From 8e2abc9db614bcd4fde95730c2ebc10f140e38b1 Mon Sep 17 00:00:00 2001
From: "Adam R. Jensen" <39184289+AdamRJensen@users.noreply.github.com>
Date: Tue, 26 Nov 2024 13:49:16 +0100
Subject: [PATCH 1/2] Sort the station names in the exported catalog

---
 docs/station_catalog.ipynb | 21 ++++++++++++---------
 1 file changed, 12 insertions(+), 9 deletions(-)

diff --git a/docs/station_catalog.ipynb b/docs/station_catalog.ipynb
index 9c0c4e0..18b2bfa 100644
--- a/docs/station_catalog.ipynb
+++ b/docs/station_catalog.ipynb
@@ -16,7 +16,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 8,
+   "execution_count": 2,
    "metadata": {
     "editable": true,
     "scrolled": true,
@@ -72,7 +72,7 @@
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Is it in a supported JavaScript type (String, Blob, ArrayBuffer, etc) ?"))})}},{"./base64":1,"./external":6,"./nodejsUtils":14,"./support":30,setimmediate:54}],33:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./signature"),o=t("./zipEntry"),u=t("./support");function p(b){this.files=[],this.loadOptions=b}p.prototype={checkSignature:function(b){if(!this.reader.readAndCheckSignature(b)){this.reader.index-=4;var g=this.reader.readString(4);throw new Error("Corrupted zip or bug: unexpected signature ("+s.pretty(g)+", expected "+s.pretty(b)+")")}},isSignature:function(b,g){var m=this.reader.index;this.reader.setIndex(b);var C=this.reader.readString(4)===g;return this.reader.setIndex(m),C},readBlockEndOfCentral:function(){this.diskNumber=this.reader.readInt(2),this.diskWithCentralDirStart=this.reader.readInt(2),this.centralDirRecordsOnThisDisk=this.reader.readInt(2),this.centralDirRecords=this.reader.readInt(2),this.centralDirSize=this.reader.readInt(4),this.centralDirOffset=this.reader.readInt(4),this.zipCommentLength=this.reader.readInt(2);var b=this.reader.readData(this.zipCommentLength),g=u.uint8array?"uint8array":"array",m=s.transformTo(g,b);this.zipComment=this.loadOptions.decodeFileName(m)},readBlockZip64EndOfCentral:function(){this.zip64EndOfCentralSize=this.reader.readInt(8),this.reader.skip(4),this.diskNumber=this.reader.readInt(4),this.diskWithCentralDirStart=this.reader.readInt(4),this.centralDirRecordsOnThisDisk=this.reader.readInt(8),this.centralDirRecords=this.reader.readInt(8),this.centralDirSize=this.reader.readInt(8),this.centralDirOffset=this.reader.readInt(8),this.zip64ExtensibleData={};for(var b,g,m,C=this.zip64EndOfCentralSize-44;0<C;)b=this.reader.readInt(2),g=this.reader.readInt(4),m=this.reader.readData(g),this.zip64ExtensibleData[b]={id:b,length:g,value:m}},readBlockZip64EndOfCentralLocator:function(){if(this.diskWithZip64CentralDirStart=this.reader.readInt(4),this.relativeOffsetEndOfZip64CentralDir=this.reader.readInt(8),this.disksCount=this.reader.readInt(4),1<this.disksCount)throw new Error("Multi-volumes zip are not supported")},readLocalFiles:function(){var b,g;for(b=0;b<this.files.length;b++)g=this.files[b],this.reader.setIndex(g.localHeaderOffset),this.checkSignature(i.LOCAL_FILE_HEADER),g.readLocalPart(this.reader),g.handleUTF8(),g.processAttributes()},readCentralDir:function(){var b;for(this.reader.setIndex(this.centralDirOffset);this.reader.readAndCheckSignature(i.CENTRAL_FILE_HEADER);)(b=new o({zip64:this.zip64},this.loadOptions)).readCentralPart(this.reader),this.files.push(b);if(this.centralDirRecords!==this.files.length&&this.centralDirRecords!==0&&this.files.length===0)throw new Error("Corrupted zip or bug: expected "+this.centralDirRecords+" records in central dir, got "+this.files.length)},readEndOfCentral:function(){var b=this.reader.lastIndexOfSignature(i.CENTRAL_DIRECTORY_END);if(b<0)throw this.isSignature(0,i.LOCAL_FILE_HEADER)?new Error("Corrupted zip: can't find end of central directory"):new Error("Can't find end of central directory : is this a zip file ? If it is, see https://stuk.github.io/jszip/documentation/howto/read_zip.html");this.reader.setIndex(b);var g=b;if(this.checkSignature(i.CENTRAL_DIRECTORY_END),this.readBlockEndOfCentral(),this.diskNumber===s.MAX_VALUE_16BITS||this.diskWithCentralDirStart===s.MAX_VALUE_16BITS||this.centralDirRecordsOnThisDisk===s.MAX_VALUE_16BITS||this.centralDirRecords===s.MAX_VALUE_16BITS||this.centralDirSize===s.MAX_VALUE_32BITS||this.centralDirOffset===s.MAX_VALUE_32BITS){if(this.zip64=!0,(b=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR))<0)throw new Error("Corrupted zip: can't find the ZIP64 end of central directory locator");if(this.reader.setIndex(b),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR),this.readBlockZip64EndOfCentralLocator(),!this.isSignature(this.relativeOffsetEndOfZip64CentralDir,i.ZIP64_CENTRAL_DIRECTORY_END)&&(this.relativeOffsetEndOfZip64CentralDir=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.relativeOffsetEndOfZip64CentralDir<0))throw new Error("Corrupted zip: can't find the ZIP64 end of central directory");this.reader.setIndex(this.relativeOffsetEndOfZip64CentralDir),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.readBlockZip64EndOfCentral()}var m=this.centralDirOffset+this.centralDirSize;this.zip64&&(m+=20,m+=12+this.zip64EndOfCentralSize);var C=g-m;if(0<C)this.isSignature(g,i.CENTRAL_FILE_HEADER)||(this.reader.zero=C);else if(C<0)throw new Error("Corrupted zip: missing "+Math.abs(C)+" bytes.")},prepareReader:function(b){this.reader=r(b)},load:function(b){this.prepareReader(b),this.readEndOfCentral(),this.readCentralDir(),this.readLocalFiles()}},e.exports=p},{"./reader/readerFor":22,"./signature":23,"./support":30,"./utils":32,"./zipEntry":34}],34:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./compressedObject"),o=t("./crc32"),u=t("./utf8"),p=t("./compressions"),b=t("./support");function g(m,C){this.options=m,this.loadOptions=C}g.prototype={isEncrypted:function(){return(1&this.bitFlag)==1},useUTF8:function(){return(2048&this.bitFlag)==2048},readLocalPart:function(m){var C,y;if(m.skip(22),this.fileNameLength=m.readInt(2),y=m.readInt(2),this.fileName=m.readData(this.fileNameLength),m.skip(y),this.compressedSize===-1||this.uncompressedSize===-1)throw new Error("Bug or corrupted zip : didn't get enough information from the central directory (compressedSize === -1 || uncompressedSize === -1)");if((C=function(T){for(var P in p)if(Object.prototype.hasOwnProperty.call(p,P)&&p[P].magic===T)return p[P];return null}(this.compressionMethod))===null)throw new Error("Corrupted zip : compression "+s.pretty(this.compressionMethod)+" unknown (inner file : "+s.transformTo("string",this.fileName)+")");this.decompressed=new i(this.compressedSize,this.uncompressedSize,this.crc32,C,m.readData(this.compressedSize))},readCentralPart:function(m){this.versionMadeBy=m.readInt(2),m.skip(2),this.bitFlag=m.readInt(2),this.compressionMethod=m.readString(2),this.date=m.readDate(),this.crc32=m.readInt(4),this.compressedSize=m.readInt(4),this.uncompressedSize=m.readInt(4);var C=m.readInt(2);if(this.extraFieldsLength=m.readInt(2),this.fileCommentLength=m.readInt(2),this.diskNumberStart=m.readInt(2),this.internalFileAttributes=m.readInt(2),this.externalFileAttributes=m.readInt(4),this.localHeaderOffset=m.readInt(4),this.isEncrypted())throw new Error("Encrypted zip are not supported");m.skip(C),this.readExtraFields(m),this.parseZIP64ExtraField(m),this.fileComment=m.readData(this.fileCommentLength)},processAttributes:function(){this.unixPermissions=null,this.dosPermissions=null;var m=this.versionMadeBy>>8;this.dir=!!(16&this.externalFileAttributes),m==0&&(this.dosPermissions=63&this.externalFileAttributes),m==3&&(this.unixPermissions=this.externalFileAttributes>>16&65535),this.dir||this.fileNameStr.slice(-1)!=="/"||(this.dir=!0)},parseZIP64ExtraField:function(){if(this.extraFields[1]){var m=r(this.extraFields[1].value);this.uncompressedSize===s.MAX_VALUE_32BITS&&(this.uncompressedSize=m.readInt(8)),this.compressedSize===s.MAX_VALUE_32BITS&&(this.compressedSize=m.readInt(8)),this.localHeaderOffset===s.MAX_VALUE_32BITS&&(this.localHeaderOffset=m.readInt(8)),this.diskNumberStart===s.MAX_VALUE_32BITS&&(this.diskNumberStart=m.readInt(4))}},readExtraFields:function(m){var C,y,T,P=m.index+this.extraFieldsLength;for(this.extraFields||(this.extraFields={});m.index+4<P;)C=m.readInt(2),y=m.readInt(2),T=m.readData(y),this.extraFields[C]={id:C,length:y,value:T};m.setIndex(P)},handleUTF8:function(){var m=b.uint8array?"uint8array":"array";if(this.useUTF8())this.fileNameStr=u.utf8decode(this.fileName),this.fileCommentStr=u.utf8decode(this.fileComment);else{var C=this.findExtraFieldUnicodePath();if(C!==null)this.fileNameStr=C;else{var y=s.transformTo(m,this.fileName);this.fileNameStr=this.loadOptions.decodeFileName(y)}var T=this.findExtraFieldUnicodeComment();if(T!==null)this.fileCommentStr=T;else{var P=s.transformTo(m,this.fileComment);this.fileCommentStr=this.loadOptions.decodeFileName(P)}}},findExtraFieldUnicodePath:function(){var m=this.extraFields[28789];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileName)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null},findExtraFieldUnicodeComment:function(){var m=this.extraFields[25461];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileComment)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null}},e.exports=g},{"./compressedObject":2,"./compressions":3,"./crc32":4,"./reader/readerFor":22,"./support":30,"./utf8":31,"./utils":32}],35:[function(t,e,n){"use strict";function r(C,y,T){this.name=C,this.dir=T.dir,this.date=T.date,this.comment=T.comment,this.unixPermissions=T.unixPermissions,this.dosPermissions=T.dosPermissions,this._data=y,this._dataBinary=T.binary,this.options={compression:T.compression,compressionOptions:T.compressionOptions}}var s=t("./stream/StreamHelper"),i=t("./stream/DataWorker"),o=t("./utf8"),u=t("./compressedObject"),p=t("./stream/GenericWorker");r.prototype={internalStream:function(C){var y=null,T="string";try{if(!C)throw new Error("No output type specified.");var P=(T=C.toLowerCase())==="string"||T==="text";T!=="binarystring"&&T!=="text"||(T="string"),y=this._decompressWorker();var c=!this._dataBinary;c&&!P&&(y=y.pipe(new o.Utf8EncodeWorker)),!c&&P&&(y=y.pipe(new o.Utf8DecodeWorker))}catch(l){(y=new p("error")).error(l)}return new s(y,T,"")},async:function(C,y){return this.internalStream(C).accumulate(y)},nodeStream:function(C,y){return this.internalStream(C||"nodebuffer").toNodejsStream(y)},_compressWorker:function(C,y){if(this._data instanceof u&&this._data.compression.magic===C.magic)return this._data.getCompressedWorker();var T=this._decompressWorker();return this._dataBinary||(T=T.pipe(new o.Utf8EncodeWorker)),u.createWorkerFrom(T,C,y)},_decompressWorker:function(){return this._data instanceof u?this._data.getContentWorker():this._data instanceof p?this._data:new i(this._data)}};for(var b=["asText","asBinary","asNodeBuffer","asUint8Array","asArrayBuffer"],g=function(){throw new Error("This method has been removed in JSZip 3.0, please check the upgrade guide.")},m=0;m<b.length;m++)r.prototype[b[m]]=g;e.exports=r},{"./compressedObject":2,"./stream/DataWorker":27,"./stream/GenericWorker":28,"./stream/StreamHelper":29,"./utf8":31}],36:[function(t,e,n){(function(r){"use strict";var s,i,o=r.MutationObserver||r.WebKitMutationObserver;if(o){var u=0,p=new o(C),b=r.document.createTextNode("");p.observe(b,{characterData:!0}),s=function(){b.data=u=++u%2}}else if(r.setImmediate||r.MessageChannel===void 0)s="document"in r&&"onreadystatechange"in r.document.createElement("script")?function(){var y=r.document.createElement("script");y.onreadystatechange=function(){C(),y.onreadystatechange=null,y.parentNode.removeChild(y),y=null},r.document.documentElement.appendChild(y)}:function(){setTimeout(C,0)};else{var g=new r.MessageChannel;g.port1.onmessage=C,s=function(){g.port2.postMessage(0)}}var m=[];function C(){var y,T;i=!0;for(var P=m.length;P;){for(T=m,m=[],y=-1;++y<P;)T[y]();P=m.length}i=!1}e.exports=function(y){m.push(y)!==1||i||s()}}).call(this,typeof global<"u"?global:typeof self<"u"?self:typeof window<"u"?window:{})},{}],37:[function(t,e,n){"use strict";var r=t("immediate");function s(){}var i={},o=["REJECTED"],u=["FULFILLED"],p=["PENDING"];function b(P){if(typeof P!="function")throw new TypeError("resolver must be a function");this.state=p,this.queue=[],this.outcome=void 0,P!==s&&y(this,P)}function g(P,c,l){this.promise=P,typeof c=="function"&&(this.onFulfilled=c,this.callFulfilled=this.otherCallFulfilled),typeof l=="function"&&(this.onRejected=l,this.callRejected=this.otherCallRejected)}function m(P,c,l){r(function(){var h;try{h=c(l)}catch(_){return i.reject(P,_)}h===P?i.reject(P,new TypeError("Cannot resolve promise with itself")):i.resolve(P,h)})}function C(P){var c=P&&P.then;if(P&&(typeof P=="object"||typeof P=="function")&&typeof c=="function")return function(){c.apply(P,arguments)}}function y(P,c){var l=!1;function h(O){l||(l=!0,i.reject(P,O))}function _(O){l||(l=!0,i.resolve(P,O))}var F=T(function(){c(_,h)});F.status==="error"&&h(F.value)}function T(P,c){var l={};try{l.value=P(c),l.status="success"}catch(h){l.status="error",l.value=h}return l}(e.exports=b).prototype.finally=function(P){if(typeof P!="function")return this;var c=this.constructor;return this.then(function(l){return c.resolve(P()).then(function(){return l})},function(l){return c.resolve(P()).then(function(){throw l})})},b.prototype.catch=function(P){return this.then(null,P)},b.prototype.then=function(P,c){if(typeof P!="function"&&this.state===u||typeof c!="function"&&this.state===o)return this;var l=new this.constructor(s);return this.state!==p?m(l,this.state===u?P:c,this.outcome):this.queue.push(new g(l,P,c)),l},g.prototype.callFulfilled=function(P){i.resolve(this.promise,P)},g.prototype.otherCallFulfilled=function(P){m(this.promise,this.onFulfilled,P)},g.prototype.callRejected=function(P){i.reject(this.promise,P)},g.prototype.otherCallRejected=function(P){m(this.promise,this.onRejected,P)},i.resolve=function(P,c){var l=T(C,c);if(l.status==="error")return i.reject(P,l.value);var h=l.value;if(h)y(P,h);else{P.state=u,P.outcome=c;for(var _=-1,F=P.queue.length;++_<F;)P.queue[_].callFulfilled(c)}return P},i.reject=function(P,c){P.state=o,P.outcome=c;for(var l=-1,h=P.queue.length;++l<h;)P.queue[l].callRejected(c);return P},b.resolve=function(P){return P instanceof this?P:i.resolve(new this(s),P)},b.reject=function(P){var c=new this(s);return i.reject(c,P)},b.all=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=new Array(l),F=0,O=-1,f=new this(s);++O<l;)U(P[O],O);return f;function U(X,Q){c.resolve(X).then(function(E){_[Q]=E,++F!==l||h||(h=!0,i.resolve(f,_))},function(E){h||(h=!0,i.reject(f,E))})}},b.race=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=-1,F=new this(s);++_<l;)O=P[_],c.resolve(O).then(function(f){h||(h=!0,i.resolve(F,f))},function(f){h||(h=!0,i.reject(F,f))});var O;return F}},{immediate:36}],38:[function(t,e,n){"use strict";var r={};(0,t("./lib/utils/common").assign)(r,t("./lib/deflate"),t("./lib/inflate"),t("./lib/zlib/constants")),e.exports=r},{"./lib/deflate":39,"./lib/inflate":40,"./lib/utils/common":41,"./lib/zlib/constants":44}],39:[function(t,e,n){"use strict";var r=t("./zlib/deflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/messages"),u=t("./zlib/zstream"),p=Object.prototype.toString,b=0,g=-1,m=0,C=8;function y(P){if(!(this instanceof y))return new y(P);this.options=s.assign({level:g,method:C,chunkSize:16384,windowBits:15,memLevel:8,strategy:m,to:""},P||{});var c=this.options;c.raw&&0<c.windowBits?c.windowBits=-c.windowBits:c.gzip&&0<c.windowBits&&c.windowBits<16&&(c.windowBits+=16),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new u,this.strm.avail_out=0;var l=r.deflateInit2(this.strm,c.level,c.method,c.windowBits,c.memLevel,c.strategy);if(l!==b)throw new Error(o[l]);if(c.header&&r.deflateSetHeader(this.strm,c.header),c.dictionary){var h;if(h=typeof c.dictionary=="string"?i.string2buf(c.dictionary):p.call(c.dictionary)==="[object ArrayBuffer]"?new Uint8Array(c.dictionary):c.dictionary,(l=r.deflateSetDictionary(this.strm,h))!==b)throw new Error(o[l]);this._dict_set=!0}}function T(P,c){var l=new y(c);if(l.push(P,!0),l.err)throw l.msg||o[l.err];return l.result}y.prototype.push=function(P,c){var l,h,_=this.strm,F=this.options.chunkSize;if(this.ended)return!1;h=c===~~c?c:c===!0?4:0,typeof P=="string"?_.input=i.string2buf(P):p.call(P)==="[object ArrayBuffer]"?_.input=new Uint8Array(P):_.input=P,_.next_in=0,_.avail_in=_.input.length;do{if(_.avail_out===0&&(_.output=new s.Buf8(F),_.next_out=0,_.avail_out=F),(l=r.deflate(_,h))!==1&&l!==b)return this.onEnd(l),!(this.ended=!0);_.avail_out!==0&&(_.avail_in!==0||h!==4&&h!==2)||(this.options.to==="string"?this.onData(i.buf2binstring(s.shrinkBuf(_.output,_.next_out))):this.onData(s.shrinkBuf(_.output,_.next_out)))}while((0<_.avail_in||_.avail_out===0)&&l!==1);return h===4?(l=r.deflateEnd(this.strm),this.onEnd(l),this.ended=!0,l===b):h!==2||(this.onEnd(b),!(_.avail_out=0))},y.prototype.onData=function(P){this.chunks.push(P)},y.prototype.onEnd=function(P){P===b&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=P,this.msg=this.strm.msg},n.Deflate=y,n.deflate=T,n.deflateRaw=function(P,c){return(c=c||{}).raw=!0,T(P,c)},n.gzip=function(P,c){return(c=c||{}).gzip=!0,T(P,c)}},{"./utils/common":41,"./utils/strings":42,"./zlib/deflate":46,"./zlib/messages":51,"./zlib/zstream":53}],40:[function(t,e,n){"use strict";var r=t("./zlib/inflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/constants"),u=t("./zlib/messages"),p=t("./zlib/zstream"),b=t("./zlib/gzheader"),g=Object.prototype.toString;function m(y){if(!(this instanceof m))return new m(y);this.options=s.assign({chunkSize:16384,windowBits:0,to:""},y||{});var T=this.options;T.raw&&0<=T.windowBits&&T.windowBits<16&&(T.windowBits=-T.windowBits,T.windowBits===0&&(T.windowBits=-15)),!(0<=T.windowBits&&T.windowBits<16)||y&&y.windowBits||(T.windowBits+=32),15<T.windowBits&&T.windowBits<48&&!(15&T.windowBits)&&(T.windowBits|=15),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new p,this.strm.avail_out=0;var P=r.inflateInit2(this.strm,T.windowBits);if(P!==o.Z_OK)throw new Error(u[P]);this.header=new b,r.inflateGetHeader(this.strm,this.header)}function C(y,T){var P=new m(T);if(P.push(y,!0),P.err)throw P.msg||u[P.err];return P.result}m.prototype.push=function(y,T){var P,c,l,h,_,F,O=this.strm,f=this.options.chunkSize,U=this.options.dictionary,X=!1;if(this.ended)return!1;c=T===~~T?T:T===!0?o.Z_FINISH:o.Z_NO_FLUSH,typeof y=="string"?O.input=i.binstring2buf(y):g.call(y)==="[object ArrayBuffer]"?O.input=new Uint8Array(y):O.input=y,O.next_in=0,O.avail_in=O.input.length;do{if(O.avail_out===0&&(O.output=new 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P===o.Z_STREAM_END&&(c=o.Z_FINISH),c===o.Z_FINISH?(P=r.inflateEnd(this.strm),this.onEnd(P),this.ended=!0,P===o.Z_OK):c!==o.Z_SYNC_FLUSH||(this.onEnd(o.Z_OK),!(O.avail_out=0))},m.prototype.onData=function(y){this.chunks.push(y)},m.prototype.onEnd=function(y){y===o.Z_OK&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=y,this.msg=this.strm.msg},n.Inflate=m,n.inflate=C,n.inflateRaw=function(y,T){return(T=T||{}).raw=!0,C(y,T)},n.ungzip=C},{"./utils/common":41,"./utils/strings":42,"./zlib/constants":44,"./zlib/gzheader":47,"./zlib/inflate":49,"./zlib/messages":51,"./zlib/zstream":53}],41:[function(t,e,n){"use strict";var r=typeof Uint8Array<"u"&&typeof Uint16Array<"u"&&typeof Int32Array<"u";n.assign=function(o){for(var u=Array.prototype.slice.call(arguments,1);u.length;){var p=u.shift();if(p){if(typeof p!="object")throw new TypeError(p+"must be non-object");for(var b in p)p.hasOwnProperty(b)&&(o[b]=p[b])}}return o},n.shrinkBuf=function(o,u){return o.length===u?o:o.subarray?o.subarray(0,u):(o.length=u,o)};var s={arraySet:function(o,u,p,b,g){if(u.subarray&&o.subarray)o.set(u.subarray(p,p+b),g);else for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){var u,p,b,g,m,C;for(u=b=0,p=o.length;u<p;u++)b+=o[u].length;for(C=new Uint8Array(b),u=g=0,p=o.length;u<p;u++)m=o[u],C.set(m,g),g+=m.length;return C}},i={arraySet:function(o,u,p,b,g){for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){return[].concat.apply([],o)}};n.setTyped=function(o){o?(n.Buf8=Uint8Array,n.Buf16=Uint16Array,n.Buf32=Int32Array,n.assign(n,s)):(n.Buf8=Array,n.Buf16=Array,n.Buf32=Array,n.assign(n,i))},n.setTyped(r)},{}],42:[function(t,e,n){"use strict";var r=t("./common"),s=!0,i=!0;try{String.fromCharCode.apply(null,[0])}catch{s=!1}try{String.fromCharCode.apply(null,new Uint8Array(1))}catch{i=!1}for(var o=new r.Buf8(256),u=0;u<256;u++)o[u]=252<=u?6:248<=u?5:240<=u?4:224<=u?3:192<=u?2:1;function p(b,g){if(g<65537&&(b.subarray&&i||!b.subarray&&s))return String.fromCharCode.apply(null,r.shrinkBuf(b,g));for(var m="",C=0;C<g;C++)m+=String.fromCharCode(b[C]);return m}o[254]=o[254]=1,n.string2buf=function(b){var g,m,C,y,T,P=b.length,c=0;for(y=0;y<P;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),c+=m<128?1:m<2048?2:m<65536?3:4;for(g=new r.Buf8(c),y=T=0;T<c;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),m<128?g[T++]=m:(m<2048?g[T++]=192|m>>>6:(m<65536?g[T++]=224|m>>>12:(g[T++]=240|m>>>18,g[T++]=128|m>>>12&63),g[T++]=128|m>>>6&63),g[T++]=128|63&m);return g},n.buf2binstring=function(b){return p(b,b.length)},n.binstring2buf=function(b){for(var g=new r.Buf8(b.length),m=0,C=g.length;m<C;m++)g[m]=b.charCodeAt(m);return g},n.buf2string=function(b,g){var m,C,y,T,P=g||b.length,c=new Array(2*P);for(m=C=0;m<P;)if((y=b[m++])<128)c[C++]=y;else if(4<(T=o[y]))c[C++]=65533,m+=T-1;else{for(y&=T===2?31:T===3?15:7;1<T&&m<P;)y=y<<6|63&b[m++],T--;1<T?c[C++]=65533:y<65536?c[C++]=y:(y-=65536,c[C++]=55296|y>>10&1023,c[C++]=56320|1023&y)}return p(c,C)},n.utf8border=function(b,g){var m;for((g=g||b.length)>b.length&&(g=b.length),m=g-1;0<=m&&(192&b[m])==128;)m--;return m<0||m===0?g:m+o[b[m]]>g?m:g}},{"./common":41}],43:[function(t,e,n){"use strict";e.exports=function(r,s,i,o){for(var u=65535&r|0,p=r>>>16&65535|0,b=0;i!==0;){for(i-=b=2e3<i?2e3:i;p=p+(u=u+s[o++]|0)|0,--b;);u%=65521,p%=65521}return u|p<<16|0}},{}],44:[function(t,e,n){"use strict";e.exports={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8}},{}],45:[function(t,e,n){"use strict";var r=function(){for(var s,i=[],o=0;o<256;o++){s=o;for(var u=0;u<8;u++)s=1&s?3988292384^s>>>1:s>>>1;i[o]=s}return i}();e.exports=function(s,i,o,u){var p=r,b=u+o;s^=-1;for(var g=u;g<b;g++)s=s>>>8^p[255&(s^i[g])];return-1^s}},{}],46:[function(t,e,n){"use strict";var r,s=t("../utils/common"),i=t("./trees"),o=t("./adler32"),u=t("./crc32"),p=t("./messages"),b=0,g=4,m=0,C=-2,y=-1,T=4,P=2,c=8,l=9,h=286,_=30,F=19,O=2*h+1,f=15,U=3,X=258,Q=X+U+1,E=42,$=113,w=1,k=2,S=3,B=4;function L(D,ut){return D.msg=p[ut],ut}function R(D){return(D<<1)-(4<D?9:0)}function q(D){for(var ut=D.length;0<=--ut;)D[ut]=0}function z(D){var ut=D.state,ot=ut.pending;ot>D.avail_out&&(ot=D.avail_out),ot!==0&&(s.arraySet(D.output,ut.pending_buf,ut.pending_out,ot,D.next_out),D.next_out+=ot,ut.pending_out+=ot,D.total_out+=ot,D.avail_out-=ot,ut.pending-=ot,ut.pending===0&&(ut.pending_out=0))}function G(D,ut){i._tr_flush_block(D,0<=D.block_start?D.block_start:-1,D.strstart-D.block_start,ut),D.block_start=D.strstart,z(D.strm)}function nt(D,ut){D.pending_buf[D.pending++]=ut}function tt(D,ut){D.pending_buf[D.pending++]=ut>>>8&255,D.pending_buf[D.pending++]=255&ut}function et(D,ut){var ot,V,j=D.max_chain_length,K=D.strstart,pt=D.prev_length,vt=D.nice_match,rt=D.strstart>D.w_size-Q?D.strstart-(D.w_size-Q):0,gt=D.window,Ct=D.w_mask,xt=D.prev,mt=D.strstart+X,zt=gt[K+pt-1],Gt=gt[K+pt];D.prev_length>=D.good_match&&(j>>=2),vt>D.lookahead&&(vt=D.lookahead);do if(gt[(ot=ut)+pt]===Gt&&gt[ot+pt-1]===zt&&gt[ot]===gt[K]&&gt[++ot]===gt[K+1]){K+=2,ot++;do;while(gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&K<mt);if(V=X-(mt-K),K=mt-X,pt<V){if(D.match_start=ut,vt<=(pt=V))break;zt=gt[K+pt-1],Gt=gt[K+pt]}}while((ut=xt[ut&Ct])>rt&&--j!=0);return pt<=D.lookahead?pt:D.lookahead}function wt(D){var ut,ot,V,j,K,pt,vt,rt,gt,Ct,xt=D.w_size;do{if(j=D.window_size-D.lookahead-D.strstart,D.strstart>=xt+(xt-Q)){for(s.arraySet(D.window,D.window,xt,xt,0),D.match_start-=xt,D.strstart-=xt,D.block_start-=xt,ut=ot=D.hash_size;V=D.head[--ut],D.head[ut]=xt<=V?V-xt:0,--ot;);for(ut=ot=xt;V=D.prev[--ut],D.prev[ut]=xt<=V?V-xt:0,--ot;);j+=xt}if(D.strm.avail_in===0)break;if(pt=D.strm,vt=D.window,rt=D.strstart+D.lookahead,gt=j,Ct=void 0,Ct=pt.avail_in,gt<Ct&&(Ct=gt),ot=Ct===0?0:(pt.avail_in-=Ct,s.arraySet(vt,pt.input,pt.next_in,Ct,rt),pt.state.wrap===1?pt.adler=o(pt.adler,vt,Ct,rt):pt.state.wrap===2&&(pt.adler=u(pt.adler,vt,Ct,rt)),pt.next_in+=Ct,pt.total_in+=Ct,Ct),D.lookahead+=ot,D.lookahead+D.insert>=U)for(K=D.strstart-D.insert,D.ins_h=D.window[K],D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+1])&D.hash_mask;D.insert&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+U-1])&D.hash_mask,D.prev[K&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=K,K++,D.insert--,!(D.lookahead+D.insert<U)););}while(D.lookahead<Q&&D.strm.avail_in!==0)}function St(D,ut){for(var ot,V;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return w;if(D.lookahead===0)break}if(ot=0,D.lookahead>=U&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart),ot!==0&&D.strstart-ot<=D.w_size-Q&&(D.match_length=et(D,ot)),D.match_length>=U)if(V=i._tr_tally(D,D.strstart-D.match_start,D.match_length-U),D.lookahead-=D.match_length,D.match_length<=D.max_lazy_match&&D.lookahead>=U){for(D.match_length--;D.strstart++,D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart,--D.match_length!=0;);D.strstart++}else D.strstart+=D.match_length,D.match_length=0,D.ins_h=D.window[D.strstart],D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+1])&D.hash_mask;else V=i._tr_tally(D,0,D.window[D.strstart]),D.lookahead--,D.strstart++;if(V&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=D.strstart<U-1?D.strstart:U-1,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):D.last_lit&&(G(D,!1),D.strm.avail_out===0)?w:k}function Tt(D,ut){for(var ot,V,j;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return 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s.Buf16(2*h+1),q(this.depth),this.l_buf=0,this.lit_bufsize=0,this.last_lit=0,this.d_buf=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}function Bt(D){var ut;return D&&D.state?(D.total_in=D.total_out=0,D.data_type=P,(ut=D.state).pending=0,ut.pending_out=0,ut.wrap<0&&(ut.wrap=-ut.wrap),ut.status=ut.wrap?E:$,D.adler=ut.wrap===2?0:1,ut.last_flush=b,i._tr_init(ut),m):L(D,C)}function $t(D){var ut=Bt(D);return ut===m&&function(ot){ot.window_size=2*ot.w_size,q(ot.head),ot.max_lazy_match=r[ot.level].max_lazy,ot.good_match=r[ot.level].good_length,ot.nice_match=r[ot.level].nice_length,ot.max_chain_length=r[ot.level].max_chain,ot.strstart=0,ot.block_start=0,ot.lookahead=0,ot.insert=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,ot.ins_h=0}(D.state),ut}function Kt(D,ut,ot,V,j,K){if(!D)return C;var pt=1;if(ut===y&&(ut=6),V<0?(pt=0,V=-V):15<V&&(pt=2,V-=16),j<1||l<j||ot!==c||V<8||15<V||ut<0||9<ut||K<0||T<K)return L(D,C);V===8&&(V=9);var vt=new Lt;return(D.state=vt).strm=D,vt.wrap=pt,vt.gzhead=null,vt.w_bits=V,vt.w_size=1<<vt.w_bits,vt.w_mask=vt.w_size-1,vt.hash_bits=j+7,vt.hash_size=1<<vt.hash_bits,vt.hash_mask=vt.hash_size-1,vt.hash_shift=~~((vt.hash_bits+U-1)/U),vt.window=new s.Buf8(2*vt.w_size),vt.head=new s.Buf16(vt.hash_size),vt.prev=new s.Buf16(vt.w_size),vt.lit_bufsize=1<<j+6,vt.pending_buf_size=4*vt.lit_bufsize,vt.pending_buf=new s.Buf8(vt.pending_buf_size),vt.d_buf=1*vt.lit_bufsize,vt.l_buf=3*vt.lit_bufsize,vt.level=ut,vt.strategy=K,vt.method=ot,$t(D)}r=[new kt(0,0,0,0,function(D,ut){var ot=65535;for(ot>D.pending_buf_size-5&&(ot=D.pending_buf_size-5);;){if(D.lookahead<=1){if(wt(D),D.lookahead===0&&ut===b)return w;if(D.lookahead===0)break}D.strstart+=D.lookahead,D.lookahead=0;var V=D.block_start+ot;if((D.strstart===0||D.strstart>=V)&&(D.lookahead=D.strstart-V,D.strstart=V,G(D,!1),D.strm.avail_out===0)||D.strstart-D.block_start>=D.w_size-Q&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=0,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):(D.strstart>D.block_start&&(G(D,!1),D.strm.avail_out),w)}),new kt(4,4,8,4,St),new kt(4,5,16,8,St),new kt(4,6,32,32,St),new kt(4,4,16,16,Tt),new kt(8,16,32,32,Tt),new kt(8,16,128,128,Tt),new kt(8,32,128,256,Tt),new kt(32,128,258,1024,Tt),new kt(32,258,258,4096,Tt)],n.deflateInit=function(D,ut){return Kt(D,ut,c,15,8,0)},n.deflateInit2=Kt,n.deflateReset=$t,n.deflateResetKeep=Bt,n.deflateSetHeader=function(D,ut){return D&&D.state?D.state.wrap!==2?C:(D.state.gzhead=ut,m):C},n.deflate=function(D,ut){var ot,V,j,K;if(!D||!D.state||5<ut||ut<0)return D?L(D,C):C;if(V=D.state,!D.output||!D.input&&D.avail_in!==0||V.status===666&&ut!==g)return L(D,D.avail_out===0?-5:C);if(V.strm=D,ot=V.last_flush,V.last_flush=ut,V.status===E)if(V.wrap===2)D.adler=0,nt(V,31),nt(V,139),nt(V,8),V.gzhead?(nt(V,(V.gzhead.text?1:0)+(V.gzhead.hcrc?2:0)+(V.gzhead.extra?4:0)+(V.gzhead.name?8:0)+(V.gzhead.comment?16:0)),nt(V,255&V.gzhead.time),nt(V,V.gzhead.time>>8&255),nt(V,V.gzhead.time>>16&255),nt(V,V.gzhead.time>>24&255),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,255&V.gzhead.os),V.gzhead.extra&&V.gzhead.extra.length&&(nt(V,255&V.gzhead.extra.length),nt(V,V.gzhead.extra.length>>8&255)),V.gzhead.hcrc&&(D.adler=u(D.adler,V.pending_buf,V.pending,0)),V.gzindex=0,V.status=69):(nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,3),V.status=$);else{var pt=c+(V.w_bits-8<<4)<<8;pt|=(2<=V.strategy||V.level<2?0:V.level<6?1:V.level===6?2:3)<<6,V.strstart!==0&&(pt|=32),pt+=31-pt%31,V.status=$,tt(V,pt),V.strstart!==0&&(tt(V,D.adler>>>16),tt(V,65535&D.adler)),D.adler=1}if(V.status===69)if(V.gzhead.extra){for(j=V.pending;V.gzindex<(65535&V.gzhead.extra.length)&&(V.pending!==V.pending_buf_size||(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending!==V.pending_buf_size));)nt(V,255&V.gzhead.extra[V.gzindex]),V.gzindex++;V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),V.gzindex===V.gzhead.extra.length&&(V.gzindex=0,V.status=73)}else V.status=73;if(V.status===73)if(V.gzhead.name){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.name.length?255&V.gzhead.name.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.gzindex=0,V.status=91)}else V.status=91;if(V.status===91)if(V.gzhead.comment){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.comment.length?255&V.gzhead.comment.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.status=103)}else V.status=103;if(V.status===103&&(V.gzhead.hcrc?(V.pending+2>V.pending_buf_size&&z(D),V.pending+2<=V.pending_buf_size&&(nt(V,255&D.adler),nt(V,D.adler>>8&255),D.adler=0,V.status=$)):V.status=$),V.pending!==0){if(z(D),D.avail_out===0)return V.last_flush=-1,m}else if(D.avail_in===0&&R(ut)<=R(ot)&&ut!==g)return L(D,-5);if(V.status===666&&D.avail_in!==0)return L(D,-5);if(D.avail_in!==0||V.lookahead!==0||ut!==b&&V.status!==666){var vt=V.strategy===2?function(rt,gt){for(var Ct;;){if(rt.lookahead===0&&(wt(rt),rt.lookahead===0)){if(gt===b)return w;break}if(rt.match_length=0,Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++,Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):V.strategy===3?function(rt,gt){for(var Ct,xt,mt,zt,Gt=rt.window;;){if(rt.lookahead<=X){if(wt(rt),rt.lookahead<=X&&gt===b)return w;if(rt.lookahead===0)break}if(rt.match_length=0,rt.lookahead>=U&&0<rt.strstart&&(xt=Gt[mt=rt.strstart-1])===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]){zt=rt.strstart+X;do;while(xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&mt<zt);rt.match_length=X-(zt-mt),rt.match_length>rt.lookahead&&(rt.match_length=rt.lookahead)}if(rt.match_length>=U?(Ct=i._tr_tally(rt,1,rt.match_length-U),rt.lookahead-=rt.match_length,rt.strstart+=rt.match_length,rt.match_length=0):(Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++),Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):r[V.level].func(V,ut);if(vt!==S&&vt!==B||(V.status=666),vt===w||vt===S)return D.avail_out===0&&(V.last_flush=-1),m;if(vt===k&&(ut===1?i._tr_align(V):ut!==5&&(i._tr_stored_block(V,0,0,!1),ut===3&&(q(V.head),V.lookahead===0&&(V.strstart=0,V.block_start=0,V.insert=0))),z(D),D.avail_out===0))return V.last_flush=-1,m}return ut!==g?m:V.wrap<=0?1:(V.wrap===2?(nt(V,255&D.adler),nt(V,D.adler>>8&255),nt(V,D.adler>>16&255),nt(V,D.adler>>24&255),nt(V,255&D.total_in),nt(V,D.total_in>>8&255),nt(V,D.total_in>>16&255),nt(V,D.total_in>>24&255)):(tt(V,D.adler>>>16),tt(V,65535&D.adler)),z(D),0<V.wrap&&(V.wrap=-V.wrap),V.pending!==0?m:1)},n.deflateEnd=function(D){var ut;return D&&D.state?(ut=D.state.status)!==E&&ut!==69&&ut!==73&&ut!==91&&ut!==103&&ut!==$&&ut!==666?L(D,C):(D.state=null,ut===$?L(D,-3):m):C},n.deflateSetDictionary=function(D,ut){var ot,V,j,K,pt,vt,rt,gt,Ct=ut.length;if(!D||!D.state||(K=(ot=D.state).wrap)===2||K===1&&ot.status!==E||ot.lookahead)return C;for(K===1&&(D.adler=o(D.adler,ut,Ct,0)),ot.wrap=0,Ct>=ot.w_size&&(K===0&&(q(ot.head),ot.strstart=0,ot.block_start=0,ot.insert=0),gt=new s.Buf8(ot.w_size),s.arraySet(gt,ut,Ct-ot.w_size,ot.w_size,0),ut=gt,Ct=ot.w_size),pt=D.avail_in,vt=D.next_in,rt=D.input,D.avail_in=Ct,D.next_in=0,D.input=ut,wt(ot);ot.lookahead>=U;){for(V=ot.strstart,j=ot.lookahead-(U-1);ot.ins_h=(ot.ins_h<<ot.hash_shift^ot.window[V+U-1])&ot.hash_mask,ot.prev[V&ot.w_mask]=ot.head[ot.ins_h],ot.head[ot.ins_h]=V,V++,--j;);ot.strstart=V,ot.lookahead=U-1,wt(ot)}return ot.strstart+=ot.lookahead,ot.block_start=ot.strstart,ot.insert=ot.lookahead,ot.lookahead=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,D.next_in=vt,D.input=rt,D.avail_in=pt,ot.wrap=K,m},n.deflateInfo="pako deflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./messages":51,"./trees":52}],47:[function(t,e,n){"use strict";e.exports=function(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name="",this.comment="",this.hcrc=0,this.done=!1}},{}],48:[function(t,e,n){"use strict";e.exports=function(r,s){var i,o,u,p,b,g,m,C,y,T,P,c,l,h,_,F,O,f,U,X,Q,E,$,w,k;i=r.state,o=r.next_in,w=r.input,u=o+(r.avail_in-5),p=r.next_out,k=r.output,b=p-(s-r.avail_out),g=p+(r.avail_out-257),m=i.dmax,C=i.wsize,y=i.whave,T=i.wnext,P=i.window,c=i.hold,l=i.bits,h=i.lencode,_=i.distcode,F=(1<<i.lenbits)-1,O=(1<<i.distbits)-1;t:do{l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=h[c&F];e:for(;;){if(c>>>=U=f>>>24,l-=U,(U=f>>>16&255)===0)k[p++]=65535&f;else{if(!(16&U)){if(!(64&U)){f=h[(65535&f)+(c&(1<<U)-1)];continue e}if(32&U){i.mode=12;break t}r.msg="invalid literal/length code",i.mode=30;break t}X=65535&f,(U&=15)&&(l<U&&(c+=w[o++]<<l,l+=8),X+=c&(1<<U)-1,c>>>=U,l-=U),l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=_[c&O];n:for(;;){if(c>>>=U=f>>>24,l-=U,!(16&(U=f>>>16&255))){if(!(64&U)){f=_[(65535&f)+(c&(1<<U)-1)];continue n}r.msg="invalid distance code",i.mode=30;break t}if(Q=65535&f,l<(U&=15)&&(c+=w[o++]<<l,(l+=8)<U&&(c+=w[o++]<<l,l+=8)),m<(Q+=c&(1<<U)-1)){r.msg="invalid distance too far back",i.mode=30;break t}if(c>>>=U,l-=U,(U=p-b)<Q){if(y<(U=Q-U)&&i.sane){r.msg="invalid distance too far back",i.mode=30;break t}if($=P,(E=0)===T){if(E+=C-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}}else if(T<U){if(E+=C+T-U,(U-=T)<X){for(X-=U;k[p++]=P[E++],--U;);if(E=0,T<X){for(X-=U=T;k[p++]=P[E++],--U;);E=p-Q,$=k}}}else if(E+=T-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}for(;2<X;)k[p++]=$[E++],k[p++]=$[E++],k[p++]=$[E++],X-=3;X&&(k[p++]=$[E++],1<X&&(k[p++]=$[E++]))}else{for(E=p-Q;k[p++]=k[E++],k[p++]=k[E++],k[p++]=k[E++],2<(X-=3););X&&(k[p++]=k[E++],1<X&&(k[p++]=k[E++]))}break}}break}}while(o<u&&p<g);o-=X=l>>3,c&=(1<<(l-=X<<3))-1,r.next_in=o,r.next_out=p,r.avail_in=o<u?u-o+5:5-(o-u),r.avail_out=p<g?g-p+257:257-(p-g),i.hold=c,i.bits=l}},{}],49:[function(t,e,n){"use strict";var r=t("../utils/common"),s=t("./adler32"),i=t("./crc32"),o=t("./inffast"),u=t("./inftrees"),p=1,b=2,g=0,m=-2,C=1,y=852,T=592;function P(E){return(E>>>24&255)+(E>>>8&65280)+((65280&E)<<8)+((255&E)<<24)}function c(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new r.Buf16(320),this.work=new r.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function l(E){var $;return E&&E.state?($=E.state,E.total_in=E.total_out=$.total=0,E.msg="",$.wrap&&(E.adler=1&$.wrap),$.mode=C,$.last=0,$.havedict=0,$.dmax=32768,$.head=null,$.hold=0,$.bits=0,$.lencode=$.lendyn=new r.Buf32(y),$.distcode=$.distdyn=new r.Buf32(T),$.sane=1,$.back=-1,g):m}function h(E){var $;return E&&E.state?(($=E.state).wsize=0,$.whave=0,$.wnext=0,l(E)):m}function _(E,$){var w,k;return E&&E.state?(k=E.state,$<0?(w=0,$=-$):(w=1+($>>4),$<48&&($&=15)),$&&($<8||15<$)?m:(k.window!==null&&k.wbits!==$&&(k.window=null),k.wrap=w,k.wbits=$,h(E))):m}function F(E,$){var w,k;return E?(k=new c,(E.state=k).window=null,(w=_(E,$))!==g&&(E.state=null),w):m}var O,f,U=!0;function X(E){if(U){var $;for(O=new r.Buf32(512),f=new r.Buf32(32),$=0;$<144;)E.lens[$++]=8;for(;$<256;)E.lens[$++]=9;for(;$<280;)E.lens[$++]=7;for(;$<288;)E.lens[$++]=8;for(u(p,E.lens,0,288,O,0,E.work,{bits:9}),$=0;$<32;)E.lens[$++]=5;u(b,E.lens,0,32,f,0,E.work,{bits:5}),U=!1}E.lencode=O,E.lenbits=9,E.distcode=f,E.distbits=5}function Q(E,$,w,k){var S,B=E.state;return B.window===null&&(B.wsize=1<<B.wbits,B.wnext=0,B.whave=0,B.window=new r.Buf8(B.wsize)),k>=B.wsize?(r.arraySet(B.window,$,w-B.wsize,B.wsize,0),B.wnext=0,B.whave=B.wsize):(k<(S=B.wsize-B.wnext)&&(S=k),r.arraySet(B.window,$,w-k,S,B.wnext),(k-=S)?(r.arraySet(B.window,$,w-k,k,0),B.wnext=k,B.whave=B.wsize):(B.wnext+=S,B.wnext===B.wsize&&(B.wnext=0),B.whave<B.wsize&&(B.whave+=S))),0}n.inflateReset=h,n.inflateReset2=_,n.inflateResetKeep=l,n.inflateInit=function(E){return F(E,15)},n.inflateInit2=F,n.inflate=function(E,$){var w,k,S,B,L,R,q,z,G,nt,tt,et,wt,St,Tt,kt,Lt,Bt,$t,Kt,D,ut,ot,V,j=0,K=new r.Buf8(4),pt=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15];if(!E||!E.state||!E.output||!E.input&&E.avail_in!==0)return m;(w=E.state).mode===12&&(w.mode=13),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,nt=R,tt=q,ut=g;t:for(;;)switch(w.mode){case C:if(w.wrap===0){w.mode=13;break}for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(2&w.wrap&&z===35615){K[w.check=0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0),G=z=0,w.mode=2;break}if(w.flags=0,w.head&&(w.head.done=!1),!(1&w.wrap)||(((255&z)<<8)+(z>>8))%31){E.msg="incorrect header check",w.mode=30;break}if((15&z)!=8){E.msg="unknown compression method",w.mode=30;break}if(G-=4,D=8+(15&(z>>>=4)),w.wbits===0)w.wbits=D;else if(D>w.wbits){E.msg="invalid window size",w.mode=30;break}w.dmax=1<<D,E.adler=w.check=1,w.mode=512&z?10:12,G=z=0;break;case 2:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.flags=z,(255&w.flags)!=8){E.msg="unknown compression method",w.mode=30;break}if(57344&w.flags){E.msg="unknown header flags set",w.mode=30;break}w.head&&(w.head.text=z>>8&1),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=3;case 3:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.time=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,K[2]=z>>>16&255,K[3]=z>>>24&255,w.check=i(w.check,K,4,0)),G=z=0,w.mode=4;case 4:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.xflags=255&z,w.head.os=z>>8),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=5;case 5:if(1024&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length=z,w.head&&(w.head.extra_len=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0}else w.head&&(w.head.extra=null);w.mode=6;case 6:if(1024&w.flags&&(R<(et=w.length)&&(et=R),et&&(w.head&&(D=w.head.extra_len-w.length,w.head.extra||(w.head.extra=new Array(w.head.extra_len)),r.arraySet(w.head.extra,k,B,et,D)),512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,w.length-=et),w.length))break t;w.length=0,w.mode=7;case 7:if(2048&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.name+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.name=null);w.length=0,w.mode=8;case 8:if(4096&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.comment+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.comment=null);w.mode=9;case 9:if(512&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(65535&w.check)){E.msg="header crc mismatch",w.mode=30;break}G=z=0}w.head&&(w.head.hcrc=w.flags>>9&1,w.head.done=!0),E.adler=w.check=0,w.mode=12;break;case 10:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}E.adler=w.check=P(z),G=z=0,w.mode=11;case 11:if(w.havedict===0)return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,2;E.adler=w.check=1,w.mode=12;case 12:if($===5||$===6)break t;case 13:if(w.last){z>>>=7&G,G-=7&G,w.mode=27;break}for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}switch(w.last=1&z,G-=1,3&(z>>>=1)){case 0:w.mode=14;break;case 1:if(X(w),w.mode=20,$!==6)break;z>>>=2,G-=2;break t;case 2:w.mode=17;break;case 3:E.msg="invalid block type",w.mode=30}z>>>=2,G-=2;break;case 14:for(z>>>=7&G,G-=7&G;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if((65535&z)!=(z>>>16^65535)){E.msg="invalid stored block lengths",w.mode=30;break}if(w.length=65535&z,G=z=0,w.mode=15,$===6)break t;case 15:w.mode=16;case 16:if(et=w.length){if(R<et&&(et=R),q<et&&(et=q),et===0)break t;r.arraySet(S,k,B,et,L),R-=et,B+=et,q-=et,L+=et,w.length-=et;break}w.mode=12;break;case 17:for(;G<14;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.nlen=257+(31&z),z>>>=5,G-=5,w.ndist=1+(31&z),z>>>=5,G-=5,w.ncode=4+(15&z),z>>>=4,G-=4,286<w.nlen||30<w.ndist){E.msg="too many length or distance symbols",w.mode=30;break}w.have=0,w.mode=18;case 18:for(;w.have<w.ncode;){for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.lens[pt[w.have++]]=7&z,z>>>=3,G-=3}for(;w.have<19;)w.lens[pt[w.have++]]=0;if(w.lencode=w.lendyn,w.lenbits=7,ot={bits:w.lenbits},ut=u(0,w.lens,0,19,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid code lengths set",w.mode=30;break}w.have=0,w.mode=19;case 19:for(;w.have<w.nlen+w.ndist;){for(;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(Lt<16)z>>>=Tt,G-=Tt,w.lens[w.have++]=Lt;else{if(Lt===16){for(V=Tt+2;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z>>>=Tt,G-=Tt,w.have===0){E.msg="invalid bit length repeat",w.mode=30;break}D=w.lens[w.have-1],et=3+(3&z),z>>>=2,G-=2}else if(Lt===17){for(V=Tt+3;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=3+(7&(z>>>=Tt)),z>>>=3,G-=3}else{for(V=Tt+7;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=11+(127&(z>>>=Tt)),z>>>=7,G-=7}if(w.have+et>w.nlen+w.ndist){E.msg="invalid bit length repeat",w.mode=30;break}for(;et--;)w.lens[w.have++]=D}}if(w.mode===30)break;if(w.lens[256]===0){E.msg="invalid code -- missing end-of-block",w.mode=30;break}if(w.lenbits=9,ot={bits:w.lenbits},ut=u(p,w.lens,0,w.nlen,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid literal/lengths set",w.mode=30;break}if(w.distbits=6,w.distcode=w.distdyn,ot={bits:w.distbits},ut=u(b,w.lens,w.nlen,w.ndist,w.distcode,0,w.work,ot),w.distbits=ot.bits,ut){E.msg="invalid distances set",w.mode=30;break}if(w.mode=20,$===6)break t;case 20:w.mode=21;case 21:if(6<=R&&258<=q){E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,o(E,tt),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,w.mode===12&&(w.back=-1);break}for(w.back=0;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(kt&&!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.lencode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,w.length=Lt,kt===0){w.mode=26;break}if(32&kt){w.back=-1,w.mode=12;break}if(64&kt){E.msg="invalid literal/length code",w.mode=30;break}w.extra=15&kt,w.mode=22;case 22:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}w.was=w.length,w.mode=23;case 23:for(;kt=(j=w.distcode[z&(1<<w.distbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.distcode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,64&kt){E.msg="invalid distance code",w.mode=30;break}w.offset=Lt,w.extra=15&kt,w.mode=24;case 24:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.offset+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}if(w.offset>w.dmax){E.msg="invalid distance too far back",w.mode=30;break}w.mode=25;case 25:if(q===0)break t;if(et=tt-q,w.offset>et){if((et=w.offset-et)>w.whave&&w.sane){E.msg="invalid distance too far back",w.mode=30;break}wt=et>w.wnext?(et-=w.wnext,w.wsize-et):w.wnext-et,et>w.length&&(et=w.length),St=w.window}else St=S,wt=L-w.offset,et=w.length;for(q<et&&(et=q),q-=et,w.length-=et;S[L++]=St[wt++],--et;);w.length===0&&(w.mode=21);break;case 26:if(q===0)break t;S[L++]=w.length,q--,w.mode=21;break;case 27:if(w.wrap){for(;G<32;){if(R===0)break t;R--,z|=k[B++]<<G,G+=8}if(tt-=q,E.total_out+=tt,w.total+=tt,tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,L-tt):s(w.check,S,tt,L-tt)),tt=q,(w.flags?z:P(z))!==w.check){E.msg="incorrect data check",w.mode=30;break}G=z=0}w.mode=28;case 28:if(w.wrap&&w.flags){for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(4294967295&w.total)){E.msg="incorrect length check",w.mode=30;break}G=z=0}w.mode=29;case 29:ut=1;break t;case 30:ut=-3;break t;case 31:return-4;case 32:default:return m}return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,(w.wsize||tt!==E.avail_out&&w.mode<30&&(w.mode<27||$!==4))&&Q(E,E.output,E.next_out,tt-E.avail_out)?(w.mode=31,-4):(nt-=E.avail_in,tt-=E.avail_out,E.total_in+=nt,E.total_out+=tt,w.total+=tt,w.wrap&&tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,E.next_out-tt):s(w.check,S,tt,E.next_out-tt)),E.data_type=w.bits+(w.last?64:0)+(w.mode===12?128:0)+(w.mode===20||w.mode===15?256:0),(nt==0&&tt===0||$===4)&&ut===g&&(ut=-5),ut)},n.inflateEnd=function(E){if(!E||!E.state)return m;var $=E.state;return $.window&&($.window=null),E.state=null,g},n.inflateGetHeader=function(E,$){var w;return E&&E.state&&2&(w=E.state).wrap?((w.head=$).done=!1,g):m},n.inflateSetDictionary=function(E,$){var w,k=$.length;return E&&E.state?(w=E.state).wrap!==0&&w.mode!==11?m:w.mode===11&&s(1,$,k,0)!==w.check?-3:Q(E,$,k,k)?(w.mode=31,-4):(w.havedict=1,g):m},n.inflateInfo="pako inflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./inffast":48,"./inftrees":50}],50:[function(t,e,n){"use strict";var r=t("../utils/common"),s=[3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0],i=[16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78],o=[1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0],u=[16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64];e.exports=function(p,b,g,m,C,y,T,P){var c,l,h,_,F,O,f,U,X,Q=P.bits,E=0,$=0,w=0,k=0,S=0,B=0,L=0,R=0,q=0,z=0,G=null,nt=0,tt=new r.Buf16(16),et=new r.Buf16(16),wt=null,St=0;for(E=0;E<=15;E++)tt[E]=0;for($=0;$<m;$++)tt[b[g+$]]++;for(S=Q,k=15;1<=k&&tt[k]===0;k--);if(k<S&&(S=k),k===0)return C[y++]=20971520,C[y++]=20971520,P.bits=1,0;for(w=1;w<k&&tt[w]===0;w++);for(S<w&&(S=w),E=R=1;E<=15;E++)if(R<<=1,(R-=tt[E])<0)return-1;if(0<R&&(p===0||k!==1))return-1;for(et[1]=0,E=1;E<15;E++)et[E+1]=et[E]+tt[E];for($=0;$<m;$++)b[g+$]!==0&&(T[et[b[g+$]]++]=$);if(O=p===0?(G=wt=T,19):p===1?(G=s,nt-=257,wt=i,St-=257,256):(G=o,wt=u,-1),E=w,F=y,L=$=z=0,h=-1,_=(q=1<<(B=S))-1,p===1&&852<q||p===2&&592<q)return 1;for(;;){for(f=E-L,X=T[$]<O?(U=0,T[$]):T[$]>O?(U=wt[St+T[$]],G[nt+T[$]]):(U=96,0),c=1<<E-L,w=l=1<<B;C[F+(z>>L)+(l-=c)]=f<<24|U<<16|X|0,l!==0;);for(c=1<<E-1;z&c;)c>>=1;if(c!==0?(z&=c-1,z+=c):z=0,$++,--tt[E]==0){if(E===k)break;E=b[g+T[$]]}if(S<E&&(z&_)!==h){for(L===0&&(L=S),F+=w,R=1<<(B=E-L);B+L<k&&!((R-=tt[B+L])<=0);)B++,R<<=1;if(q+=1<<B,p===1&&852<q||p===2&&592<q)return 1;C[h=z&_]=S<<24|B<<16|F-y|0}}return z!==0&&(C[F+z]=E-L<<24|64<<16|0),P.bits=S,0}},{"../utils/common":41}],51:[function(t,e,n){"use strict";e.exports={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"}},{}],52:[function(t,e,n){"use strict";var r=t("../utils/common"),s=0,i=1;function o(j){for(var K=j.length;0<=--K;)j[K]=0}var u=0,p=29,b=256,g=b+1+p,m=30,C=19,y=2*g+1,T=15,P=16,c=7,l=256,h=16,_=17,F=18,O=[0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0],f=[0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13],U=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2,3,7],X=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15],Q=new Array(2*(g+2));o(Q);var E=new Array(2*m);o(E);var $=new Array(512);o($);var w=new Array(256);o(w);var k=new Array(p);o(k);var S,B,L,R=new Array(m);function q(j,K,pt,vt,rt){this.static_tree=j,this.extra_bits=K,this.extra_base=pt,this.elems=vt,this.max_length=rt,this.has_stree=j&&j.length}function z(j,K){this.dyn_tree=j,this.max_code=0,this.stat_desc=K}function G(j){return j<256?$[j]:$[256+(j>>>7)]}function nt(j,K){j.pending_buf[j.pending++]=255&K,j.pending_buf[j.pending++]=K>>>8&255}function tt(j,K,pt){j.bi_valid>P-pt?(j.bi_buf|=K<<j.bi_valid&65535,nt(j,j.bi_buf),j.bi_buf=K>>P-j.bi_valid,j.bi_valid+=pt-P):(j.bi_buf|=K<<j.bi_valid&65535,j.bi_valid+=pt)}function et(j,K,pt){tt(j,pt[2*K],pt[2*K+1])}function wt(j,K){for(var pt=0;pt|=1&j,j>>>=1,pt<<=1,0<--K;);return pt>>>1}function St(j,K,pt){var vt,rt,gt=new Array(T+1),Ct=0;for(vt=1;vt<=T;vt++)gt[vt]=Ct=Ct+pt[vt-1]<<1;for(rt=0;rt<=K;rt++){var xt=j[2*rt+1];xt!==0&&(j[2*rt]=wt(gt[xt]++,xt))}}function Tt(j){var K;for(K=0;K<g;K++)j.dyn_ltree[2*K]=0;for(K=0;K<m;K++)j.dyn_dtree[2*K]=0;for(K=0;K<C;K++)j.bl_tree[2*K]=0;j.dyn_ltree[2*l]=1,j.opt_len=j.static_len=0,j.last_lit=j.matches=0}function kt(j){8<j.bi_valid?nt(j,j.bi_buf):0<j.bi_valid&&(j.pending_buf[j.pending++]=j.bi_buf),j.bi_buf=0,j.bi_valid=0}function Lt(j,K,pt,vt){var rt=2*K,gt=2*pt;return j[rt]<j[gt]||j[rt]===j[gt]&&vt[K]<=vt[pt]}function Bt(j,K,pt){for(var vt=j.heap[pt],rt=pt<<1;rt<=j.heap_len&&(rt<j.heap_len&&Lt(K,j.heap[rt+1],j.heap[rt],j.depth)&&rt++,!Lt(K,vt,j.heap[rt],j.depth));)j.heap[pt]=j.heap[rt],pt=rt,rt<<=1;j.heap[pt]=vt}function $t(j,K,pt){var vt,rt,gt,Ct,xt=0;if(j.last_lit!==0)for(;vt=j.pending_buf[j.d_buf+2*xt]<<8|j.pending_buf[j.d_buf+2*xt+1],rt=j.pending_buf[j.l_buf+xt],xt++,vt===0?et(j,rt,K):(et(j,(gt=w[rt])+b+1,K),(Ct=O[gt])!==0&&tt(j,rt-=k[gt],Ct),et(j,gt=G(--vt),pt),(Ct=f[gt])!==0&&tt(j,vt-=R[gt],Ct)),xt<j.last_lit;);et(j,l,K)}function Kt(j,K){var 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e={time:+new Date,start:t._iDisplayStart,length:t._iDisplayLength,order:H.extend(!0,[],t.aaSorting),search:H.extend({},t.oPreviousSearch),columns:t.aoColumns.map(function(n,r){return{visible:n.bVisible,search:H.extend({},t.aoPreSearchCols[r])}})};t.oSavedState=e,Zt(t,"aoStateSaveParams","stateSaveParams",[t,e]),t.oFeatures.bStateSave&&!t.bDestroying&&t.fnStateSaveCallback.call(t.oInstance,t,e)}}function Sl(t,e,n){if(!t.oFeatures.bStateSave){n();return}var r=function(i){ki(t,i,n)},s=t.fnStateLoadCallback.call(t.oInstance,t,r);return s!==void 0&&ki(t,s,n),!0}function ki(t,e,n){var r,s,i=t.aoColumns;t._bLoadingState=!0;var o=t._bInitComplete?new bt.Api(t):null;if(!e||!e.time){t._bLoadingState=!1,n();return}var u=t.iStateDuration;if(u>0&&e.time<+new Date-u*1e3){t._bLoadingState=!1,n();return}var 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Wt(t);r.one("draw",function(){n(r.ajax.json())})}if(Ee(t)=="ssp")Rn(t,e);else{ke(t,!0);var s=t.jqXHR;s&&s.readyState!==4&&s.abort(),Ri(t,{},function(i){Oi(t);for(var o=Lr(t,i),u=0,p=o.length;u<p;u++)yn(t,o[u]);Rn(t,e),Pr(t),ke(t,!1)})}};It("ajax.json()",function(){var t=this.context;if(t.length>0)return t[0].json});It("ajax.params()",function(){var t=this.context;if(t.length>0)return t[0].oAjaxData});It("ajax.reload()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});It("ajax.url()",function(t){var e=this.context;return t===void 0?e.length===0?void 0:(e=e[0],H.isPlainObject(e.ajax)?e.ajax.url:e.ajax):this.iterator("table",function(n){H.isPlainObject(n.ajax)?n.ajax.url=t:n.ajax=t})});It("ajax.url().load()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});var Vi=function(t,e,n,r,s){var i=[],o,u,p,b,g,m,C=typeof e;for((!e||C==="string"||C==="function"||e.length===void 0)&&(e=[e]),p=0,b=e.length;p<b;p++)for(u=e[p]&&e[p].split&&!e[p].match(/[[(:]/)?e[p].split(","):[e[p]],g=0,m=u.length;g<m;g++)o=n(typeof u[g]=="string"?u[g].trim():u[g]),o=o.filter(function(T){return T!=null}),o&&o.length&&(i=i.concat(o));var y=le.selector[t];if(y.length)for(p=0,b=y.length;p<b;p++)i=y[p](r,s,i);return xn(i)},Hi=function(t){return t||(t={}),t.filter&&t.search===void 0&&(t.search=t.filter),H.extend({search:"none",order:"current",page:"all"},t)},Ui=function(t){let e=new Wt(t.context[0]);return t.length&&e.push(t[0]),e.selector=t.selector,e.length&&e[0].length>1&&e[0].splice(1),e},Mr=function(t,e){var n,r,s,i=[],o=t.aiDisplay,u=t.aiDisplayMaster,p=e.search,b=e.order,g=e.page;if(Ee(t)=="ssp")return p==="removed"?[]:an(0,u.length);if(g=="current")for(n=t._iDisplayStart,r=t.fnDisplayEnd();n<r;n++)i.push(o[n]);else if(b=="current"||b=="applied"){if(p=="none")i=u.slice();else if(p=="applied")i=o.slice();else if(p=="removed"){var m={};for(n=0,r=o.length;n<r;n++)m[o[n]]=null;u.forEach(function(y){Object.prototype.hasOwnProperty.call(m,y)||i.push(y)})}}else if(b=="index"||b=="original")for(n=0,r=t.aoData.length;n<r;n++)t.aoData[n]&&(p=="none"?i.push(n):(s=o.indexOf(n),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(n)));else if(typeof b=="number"){var C=zi(t,b,"asc");if(p==="none")i=C;else for(n=0;n<C.length;n++)s=o.indexOf(C[n]),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(C[n])}return i},Pl=function(t,e,n){var r,s=function(o){var u=Ja(o),p=t.aoData;if(u!==null&&!n)return[u];if(r||(r=Mr(t,n)),u!==null&&r.indexOf(u)!==-1)return[u];if(o==null||o==="")return r;if(typeof o=="function")return r.map(function(T){var P=p[T];return o(T,P._aData,P.nTr)?T:null});if(o.nodeName){var b=o._DT_RowIndex,g=o._DT_CellIndex;if(b!==void 0)return p[b]&&p[b].nTr===o?[b]:[];if(g)return p[g.row]&&p[g.row].nTr===o.parentNode?[g.row]:[];var m=H(o).closest("*[data-dt-row]");return m.length?[m.data("dt-row")]:[]}if(typeof o=="string"&&o.charAt(0)==="#"){var C=t.aIds[o.replace(/^#/,"")];if(C!==void 0)return[C.idx]}var y=ts(er(t.aoData,r,"nTr"));return H(y).filter(o).map(function(){return this._DT_RowIndex}).toArray()},i=Vi("row",e,s,t,n);return(n.order==="current"||n.order==="applied")&&bs(t,i),i};It("rows()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return Pl(r,t,e)},1);return n.selector.rows=t,n.selector.opts=e,n});It("rows().nodes()",function(){return this.iterator("row",function(t,e){return t.aoData[e].nTr||void 0},1)});It("rows().data()",function(){return this.iterator(!0,"rows",function(t,e){return er(t.aoData,e,"_aData")},1)});Qt("rows().cache()","row().cache()",function(t){return this.iterator("row",function(e,n){var r=e.aoData[n];return t==="search"?r._aFilterData:r._aSortData},1)});Qt("rows().invalidate()","row().invalidate()",function(t){return this.iterator("row",function(e,n){Rr(e,n,t)})});Qt("rows().indexes()","row().index()",function(){return this.iterator("row",function(t,e){return e},1)});Qt("rows().ids()","row().id()",function(t){for(var e=[],n=this.context,r=0,s=n.length;r<s;r++)for(var i=0,o=this[r].length;i<o;i++){var u=n[r].rowIdFn(n[r].aoData[this[r][i]]._aData);e.push((t===!0?"#":"")+u)}return new Wt(n,e)});Qt("rows().remove()","row().remove()",function(){return this.iterator("row",function(t,e){var n=t.aoData,r=n[e],s=t.aiDisplayMaster.indexOf(e);s!==-1&&t.aiDisplayMaster.splice(s,1),t._iRecordsDisplay>0&&t._iRecordsDisplay--,vs(t);var i=t.rowIdFn(r._aData);i!==void 0&&delete t.aIds[i],n[e]=null}),this});It("rows.add()",function(t){var e=this.iterator("table",function(r){var s,i,o,u=[];for(i=0,o=t.length;i<o;i++)s=t[i],s.nodeName&&s.nodeName.toUpperCase()==="TR"?u.push(Ni(r,s)[0]):u.push(yn(r,s));return u},1),n=this.rows(-1);return n.pop(),n.push.apply(n,e),n});It("row()",function(t,e){return Ui(this.rows(t,e))});It("row().data()",function(t){var e=this.context;if(t===void 0)return e.length&&this.length&&this[0].length?e[0].aoData[this[0]]._aData:void 0;var n=e[0].aoData[this[0]];return n._aData=t,Array.isArray(t)&&n.nTr&&n.nTr.id&&vn(e[0].rowId)(t,n.nTr.id),Rr(e[0],this[0],"data"),this});It("row().node()",function(){var t=this.context;if(t.length&&this.length&&this[0].length){var e=t[0].aoData[this[0]];if(e&&e.nTr)return e.nTr}return null});It("row.add()",function(t){t instanceof H&&t.length&&(t=t[0]);var e=this.iterator("table",function(n){return t.nodeName&&t.nodeName.toUpperCase()==="TR"?Ni(n,t)[0]:yn(n,t)});return this.row(e[0])});H(document).on("plugin-init.dt",function(t,e){var n=new Wt(e);n.on("stateSaveParams.DT",function(r,s,i){for(var o=s.rowIdFn,u=s.aiDisplayMaster,p=[],b=0;b<u.length;b++){var g=u[b],m=s.aoData[g];m._detailsShow&&p.push("#"+o(m._aData))}i.childRows=p}),n.on("stateLoaded.DT",function(r,s,i){Xa(n,i)}),Xa(n,n.state.loaded())});var Xa=function(t,e){e&&e.childRows&&t.rows(e.childRows.map(function(n){return n.replace(/([^:\\]*(?:\\.[^:\\]*)*):/g,"$1\\:")})).every(function(){Zt(t.settings()[0],null,"requestChild",[this])})},Fl=function(t,e,n,r){var s=[],i=function(o,u){if(Array.isArray(o)||o instanceof H){for(var p=0,b=o.length;p<b;p++)i(o[p],u);return}if(o.nodeName&&o.nodeName.toLowerCase()==="tr")o.setAttribute("data-dt-row",e.idx),s.push(o);else{var g=H("<tr><td></td></tr>").attr("data-dt-row",e.idx).addClass(u);H("td",g).addClass(u).html(o)[0].colSpan=Er(t),s.push(g[0])}};i(n,r),e._details&&e._details.detach(),e._details=H(s),e._detailsShow&&e._details.insertAfter(e.nTr)},ws=bt.util.throttle(function(t){jr(t[0])},500),Wi=function(t,e){var n=t.context;if(n.length){var r=n[0].aoData[e!==void 0?e:t[0]];r&&r._details&&(r._details.remove(),r._detailsShow=void 0,r._details=void 0,H(r.nTr).removeClass("dt-hasChild"),ws(n))}},xs=function(t,e){var n=t.context;if(n.length&&t.length){var r=n[0].aoData[t[0]];r._details&&(r._detailsShow=e,e?(r._details.insertAfter(r.nTr),H(r.nTr).addClass("dt-hasChild")):(r._details.detach(),H(r.nTr).removeClass("dt-hasChild")),Zt(n[0],null,"childRow",[e,t.row(t[0])]),Bl(n[0]),ws(n))}},Bl=function(t){var e=new Wt(t),n=".dt.DT_details",r="draw"+n,s="column-sizing"+n,i="destroy"+n,o=t.aoData;e.off(r+" "+s+" "+i),Ce(o,"_details").length>0&&(e.on(r,function(u,p){t===p&&e.rows({page:"current"}).eq(0).each(function(b){var g=o[b];g._detailsShow&&g._details.insertAfter(g.nTr)})}),e.on(s,function(u,p){if(t===p)for(var b,g=Er(p),m=0,C=o.length;m<C;m++)b=o[m],b&&b._details&&b._details.each(function(){var y=H(this).children("td");y.length==1&&y.attr("colspan",g)})}),e.on(i,function(u,p){if(t===p)for(var b=0,g=o.length;b<g;b++)o[b]&&o[b]._details&&Wi(e,b)}))},Nl="",rr=Nl+"row().child",Vr=rr+"()";It(Vr,function(t,e){var n=this.context;return t===void 0?n.length&&this.length&&n[0].aoData[this[0]]?n[0].aoData[this[0]]._details:void 0:(t===!0?this.child.show():t===!1?Wi(this):n.length&&this.length&&Fl(n[0],n[0].aoData[this[0]],t,e),this)});It([rr+".show()",Vr+".show()"],function(){return xs(this,!0),this});It([rr+".hide()",Vr+".hide()"],function(){return xs(this,!1),this});It([rr+".remove()",Vr+".remove()"],function(){return Wi(this),this});It(rr+".isShown()",function(){var t=this.context;return t.length&&this.length&&t[0].aoData[this[0]]&&t[0].aoData[this[0]]._detailsShow||!1});var Ol=/^([^:]+)?:(name|title|visIdx|visible)$/,Gi=function(t,e,n,r,s,i){for(var o=[],u=0,p=s.length;u<p;u++)o.push(Re(t,s[u],e,i));return o},_s=function(t,e,n){var r=t.aoHeader,s=n!==void 0?n:t.bSortCellsTop?0:r.length-1;return r[s][e].cell},El=function(t,e,n){var r=t.aoColumns,s=Ce(r,"sName"),i=Ce(r,"sTitle"),o=bt.util.get("[].[].cell")(t.aoHeader),u=xn(Ai([],o)),p=function(b){var g=Ja(b);if(b==="")return an(r.length);if(g!==null)return[g>=0?g:r.length+g];if(typeof b=="function"){var m=Mr(t,n);return r.map(function(l,h){return b(h,Gi(t,h,0,0,m),_s(t,h))?h:null})}var C=typeof b=="string"?b.match(Ol):"";if(C)switch(C[2]){case"visIdx":case"visible":if(C[1]&&C[1].match(/^\d+$/)){var y=parseInt(C[1],10);if(y<0){var T=r.map(function(l,h){return l.bVisible?h:null});return[T[T.length+y]]}return[Ii(t,y)]}return r.map(function(l,h){return l.bVisible?C[1]?H(u[h]).filter(C[1]).length>0?h:null:h:null});case"name":return s.map(function(l,h){return l===C[1]?h:null});case"title":return i.map(function(l,h){return l===C[1]?h:null});default:return[]}if(b.nodeName&&b._DT_CellIndex)return[b._DT_CellIndex.column];var P=H(u).filter(b).map(function(){return Bi(this)}).toArray();if(P.length||!b.nodeName)return P;var c=H(b).closest("*[data-dt-column]");return c.length?[c.data("dt-column")]:[]};return Vi("column",e,p,t,n)},Rl=function(t,e,n){var r=t.aoColumns,s=r[e],i=t.aoData,o,u,p,b;if(n===void 0)return s.bVisible;if(s.bVisible===n)return!1;if(n){var g=Ce(r,"bVisible").indexOf(!0,e+1);for(u=0,p=i.length;u<p;u++)i[u]&&(b=i[u].nTr,o=i[u].anCells,b&&b.insertBefore(o[e],o[g]||null))}else H(Ce(t.aoData,"anCells",e)).detach();return s.bVisible=n,hs(t),!0};It("columns()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return El(r,t,e)},1);return n.selector.cols=t,n.selector.opts=e,n});Qt("columns().header()","column().header()",function(t){return this.iterator("column",function(e,n){return _s(e,n,t)},1)});Qt("columns().footer()","column().footer()",function(t){return this.iterator("column",function(e,n){var r=e.aoFooter;return r.length?e.aoFooter[t!==void 0?t:0][n].cell:null},1)});Qt("columns().data()","column().data()",function(){return this.iterator("column-rows",Gi,1)});Qt("columns().render()","column().render()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return Gi(e,n,r,s,i,t)},1)});Qt("columns().dataSrc()","column().dataSrc()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e].mData},1)});Qt("columns().cache()","column().cache()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return er(e.aoData,i,t==="search"?"_aFilterData":"_aSortData",n)},1)});Qt("columns().init()","column().init()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e]},1)});Qt("columns().nodes()","column().nodes()",function(){return this.iterator("column-rows",function(t,e,n,r,s){return er(t.aoData,s,"anCells",e)},1)});Qt("columns().titles()","column().title()",function(t,e){return this.iterator("column",function(n,r){typeof t=="number"&&(e=t,t=void 0);var s=H("span.dt-column-title",this.column(r).header(e));return t!==void 0?(s.html(t),this):s.html()},1)});Qt("columns().types()","column().type()",function(){return this.iterator("column",function(t,e){var n=t.aoColumns[e].sType;return n||Fi(t),n},1)});Qt("columns().visible()","column().visible()",function(t,e){var n=this,r=[],s=this.iterator("column",function(i,o){if(t===void 0)return i.aoColumns[o].bVisible;Rl(i,o,t)&&r.push(o)});return t!==void 0&&this.iterator("table",function(i){Ir(i,i.aoHeader),Ir(i,i.aoFooter),i.aiDisplay.length||H(i.nTBody).find("td[colspan]").attr("colspan",Er(i)),jr(i),n.iterator("column",function(o,u){r.includes(u)&&Zt(o,null,"column-visibility",[o,u,t,e])}),r.length&&(e===void 0||e)&&n.columns.adjust()}),s});Qt("columns().widths()","column().width()",function(){var t=this.columns(":visible").count(),e=H("<tr>").html("<td>"+Array(t).join("</td><td>")+"</td>");H(this.table().body()).append(e);var n=e.children().map(function(){return H(this).outerWidth()});return e.remove(),this.iterator("column",function(r,s){var i=nr(r,s);return i!==null?n[i]:0},1)});Qt("columns().indexes()","column().index()",function(t){return this.iterator("column",function(e,n){return t==="visible"?nr(e,n):n},1)});It("columns.adjust()",function(){return this.iterator("table",function(t){Or(t)},1)});It("column.index()",function(t,e){if(this.context.length!==0){var n=this.context[0];if(t==="fromVisible"||t==="toData")return Ii(n,e);if(t==="fromData"||t==="toVisible")return nr(n,e)}});It("column()",function(t,e){return Ui(this.columns(t,e))});var Ll=function(t,e,n){var r=t.aoData,s=Mr(t,n),i=ts(er(r,s,"anCells")),o=H(Ai([],i)),u,p=t.aoColumns.length,b,g,m,C,y,T,P=function(c){var l=typeof c=="function";if(c==null||l){for(b=[],g=0,m=s.length;g<m;g++)for(u=s[g],C=0;C<p;C++)y={row:u,column:C},l?(T=r[u],c(y,Re(t,u,C),T.anCells?T.anCells[C]:null)&&b.push(y)):b.push(y);return b}if(H.isPlainObject(c))return c.column!==void 0&&c.row!==void 0&&s.indexOf(c.row)!==-1?[c]:[];var h=o.filter(c).map(function(_,F){return{row:F._DT_CellIndex.row,column:F._DT_CellIndex.column}}).toArray();return h.length||!c.nodeName?h:(T=H(c).closest("*[data-dt-row]"),T.length?[{row:T.data("dt-row"),column:T.data("dt-column")}]:[])};return Vi("cell",e,P,t,n)};It("cells()",function(t,e,n){if(H.isPlainObject(t)&&(t.row===void 0?(n=t,t=null):(n=e,e=null)),H.isPlainObject(e)&&(n=e,e=null),e==null)return this.iterator("table",function(C){return Ll(C,t,Hi(n))});var r=n?{page:n.page,order:n.order,search:n.search}:{},s=this.columns(e,r),i=this.rows(t,r),o,u,p,b,g=this.iterator("table",function(C,y){var T=[];for(o=0,u=i[y].length;o<u;o++)for(p=0,b=s[y].length;p<b;p++)T.push({row:i[y][o],column:s[y][p]});return T},1),m=n&&n.selected?this.cells(g,n):g;return H.extend(m.selector,{cols:e,rows:t,opts:n}),m});Qt("cells().nodes()","cell().node()",function(){return this.iterator("cell",function(t,e,n){var r=t.aoData[e];return r&&r.anCells?r.anCells[n]:void 0},1)});It("cells().data()",function(){return this.iterator("cell",function(t,e,n){return Re(t,e,n)},1)});Qt("cells().cache()","cell().cache()",function(t){return t=t==="search"?"_aFilterData":"_aSortData",this.iterator("cell",function(e,n,r){return e.aoData[n][t][r]},1)});Qt("cells().render()","cell().render()",function(t){return this.iterator("cell",function(e,n,r){return Re(e,n,r,t)},1)});Qt("cells().indexes()","cell().index()",function(){return this.iterator("cell",function(t,e,n){return{row:e,column:n,columnVisible:nr(t,n)}},1)});Qt("cells().invalidate()","cell().invalidate()",function(t){return this.iterator("cell",function(e,n,r){Rr(e,n,t,r)})});It("cell()",function(t,e,n){return Ui(this.cells(t,e,n))});It("cell().data()",function(t){var e=this.context,n=this[0];return t===void 0?e.length&&n.length?Re(e[0],n[0].row,n[0].column):void 0:(ol(e[0],n[0].row,n[0].column,t),Rr(e[0],n[0].row,"data",n[0].column),this)});It("order()",function(t,e){var n=this.context,r=Array.prototype.slice.call(arguments);return t===void 0?n.length!==0?n[0].aaSorting:void 0:(typeof t=="number"?t=[[t,e]]:r.length>1&&(t=r),this.iterator("table",function(s){s.aaSorting=Array.isArray(t)?t.slice():t}))});It("order.listener()",function(t,e,n){return this.iterator("table",function(r){ps(r,t,{},e,n)})});It("order.fixed()",function(t){if(!t){var e=this.context,n=e.length?e[0].aaSortingFixed:void 0;return Array.isArray(n)?{pre:n}:n}return this.iterator("table",function(r){r.aaSortingFixed=H.extend(!0,{},t)})});It(["columns().order()","column().order()"],function(t){var e=this;return t?this.iterator("table",function(n,r){n.aaSorting=e[r].map(function(s){return[s,t]})}):this.iterator("column",function(n,r){for(var s=zr(n),i=0,o=s.length;i<o;i++)if(s[i].col===r)return s[i].dir;return null},1)});Qt("columns().orderable()","column().orderable()",function(t){return this.iterator("column",function(e,n){var r=e.aoColumns[n];return t?r.asSorting:r.bSortable},1)});It("processing()",function(t){return this.iterator("table",function(e){ke(e,t)})});It("search()",function(t,e,n,r){var s=this.context;return t===void 0?s.length!==0?s[0].oPreviousSearch.search:void 0:this.iterator("table",function(i){i.oFeatures.bFilter&&(typeof e=="object"?tr(i,H.extend(i.oPreviousSearch,e,{search:t})):tr(i,H.extend(i.oPreviousSearch,{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r})))})});It("search.fixed()",function(t,e){var n=this.iterator(!0,"table",function(r){var s=r.searchFixed;if(t){if(e===void 0)return s[t];e===null?delete s[t]:s[t]=e}else return Object.keys(s);return this});return t!==void 0&&e===void 0?n[0]:n});Qt("columns().search()","column().search()",function(t,e,n,r){return this.iterator("column",function(s,i){var o=s.aoPreSearchCols;if(t===void 0)return o[i].search;s.oFeatures.bFilter&&(typeof e=="object"?H.extend(o[i],e,{search:t}):H.extend(o[i],{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r}),tr(s,s.oPreviousSearch))})});It(["columns().search.fixed()","column().search.fixed()"],function(t,e){var n=this.iterator(!0,"column",function(r,s){var i=r.aoColumns[s].searchFixed;if(t){if(e===void 0)return i[t];e===null?delete i[t]:i[t]=e}else return Object.keys(i);return this});return t!==void 0&&e===void 0?n[0]:n});It("state()",function(t,e){if(!t)return this.context.length?this.context[0].oSavedState:null;var n=H.extend(!0,{},t);return this.iterator("table",function(r){e!==!1&&(n.time=+new Date+100),ki(r,n,function(){})})});It("state.clear()",function(){return this.iterator("table",function(t){t.fnStateSaveCallback.call(t.oInstance,t,{})})});It("state.loaded()",function(){return this.context.length?this.context[0].oLoadedState:null});It("state.save()",function(){return this.iterator("table",function(t){jr(t)})});bt.use=function(t,e){var n=typeof t=="string"?e:t,r=typeof e=="string"?e:t;if(n===void 0&&typeof r=="string")switch(r){case"lib":case"jq":return H;case"win":return window;case"datetime":return bt.DateTime;case"luxon":return dn;case"moment":return wn;default:return null}r==="lib"||r==="jq"||n&&n.fn&&n.fn.jquery?H=n:r=="win"||n&&n.document?(window=n,document=n.document):r==="datetime"||n&&n.type==="DateTime"?bt.DateTime=n:r==="luxon"||n&&n.FixedOffsetZone?dn=n:(r==="moment"||n&&n.isMoment)&&(wn=n)};bt.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(H=e,n=!0),n};bt.versionCheck=function(t,e){for(var n=e?e.split("."):bt.version.split("."),r=t.split("."),s,i,o=0,u=r.length;o<u;o++)if(s=parseInt(n[o],10)||0,i=parseInt(r[o],10)||0,s!==i)return s>i;return!0};bt.isDataTable=function(t){var e=H(t).get(0),n=!1;return t instanceof bt.Api?!0:(H.each(bt.settings,function(r,s){var i=s.nScrollHead?H("table",s.nScrollHead)[0]:null,o=s.nScrollFoot?H("table",s.nScrollFoot)[0]:null;(s.nTable===e||i===e||o===e)&&(n=!0)}),n)};bt.tables=function(t){var e=!1;H.isPlainObject(t)&&(e=t.api,t=t.visible);var n=bt.settings.filter(function(r){return!!(!t||t&&H(r.nTable).is(":visible"))}).map(function(r){return r.nTable});return e?new Wt(n):n};bt.camelToHungarian=sn;It("$()",function(t,e){var n=this.rows(e).nodes(),r=H(n);return H([].concat(r.filter(t).toArray(),r.find(t).toArray()))});H.each(["on","one","off"],function(t,e){It(e+"()",function(){var n=Array.prototype.slice.call(arguments);n[0]=n[0].split(/\s/).map(function(s){return s.match(/\.dt\b/)?s:s+".dt"}).join(" ");var r=H(this.tables().nodes());return r[e].apply(r,n),this})});It("clear()",function(){return this.iterator("table",function(t){Oi(t)})});It("error()",function(t){return this.iterator("table",function(e){Oe(e,0,t)})});It("settings()",function(){return new Wt(this.context,this.context)});It("init()",function(){var t=this.context;return t.length?t[0].oInit:null});It("data()",function(){return this.iterator("table",function(t){return Ce(t.aoData,"_aData")}).flatten()});It("trigger()",function(t,e,n){return this.iterator("table",function(r){return Zt(r,null,t,e,n)}).flatten()});It("ready()",function(t){var e=this.context;return t?this.tables().every(function(){this.context[0]._bInitComplete?t.call(this):this.on("init",function(){t.call(this)})}):e.length?e[0]._bInitComplete||!1:null});It("destroy()",function(t){return t=t||!1,this.iterator("table",function(e){var n=e.oClasses,r=e.nTable,s=e.nTBody,i=e.nTHead,o=e.nTFoot,u=H(r),p=H(s),b=H(e.nTableWrapper),g=e.aoData.map(function(c){return c?c.nTr:null}),m=n.order;e.bDestroying=!0,Zt(e,"aoDestroyCallback","destroy",[e],!0),t||new Wt(e).columns().visible(!0),b.off(".DT").find(":not(tbody *)").off(".DT"),H(window).off(".DT-"+e.sInstance),r!=i.parentNode&&(u.children("thead").detach(),u.append(i)),o&&r!=o.parentNode&&(u.children("tfoot").detach(),u.append(o)),e.colgroup.remove(),e.aaSorting=[],e.aaSortingFixed=[],Ti(e),H("th, td",i).removeClass(m.canAsc+" "+m.canDesc+" "+m.isAsc+" "+m.isDesc).css("width",""),p.children().detach(),p.append(g);var C=e.nTableWrapper.parentNode,y=e.nTableWrapper.nextSibling,T=t?"remove":"detach";u[T](),b[T](),!t&&C&&(C.insertBefore(r,y),u.css("width",e.sDestroyWidth).removeClass(n.table));var P=bt.settings.indexOf(e);P!==-1&&bt.settings.splice(P,1)})});H.each(["column","row","cell"],function(t,e){It(e+"s().every()",function(n){var r=this.selector.opts,s=this,i,o=0;return this.iterator("every",function(u,p,b){i=s[e](p,r),e==="cell"?n.call(i,i[0][0].row,i[0][0].column,b,o):n.call(i,p,b,o),o++})})});It("i18n()",function(t,e,n){var r=this.context[0],s=En(t)(r.oLanguage);return s===void 0&&(s=e),H.isPlainObject(s)&&(s=n!==void 0&&s[n]!==void 0?s[n]:s._),typeof s=="string"?s.replace("%d",n):s});bt.version="2.1.6";bt.settings=[];bt.models={};bt.models.oSearch={caseInsensitive:!0,search:"",regex:!1,smart:!0,return:!1};bt.models.oRow={nTr:null,anCells:null,_aData:[],_aSortData:null,_aFilterData:null,_sFilterRow:null,src:null,idx:-1,displayData:null};bt.models.oColumn={idx:null,aDataSort:null,asSorting:null,bSearchable:null,bSortable:null,bVisible:null,_sManualType:null,_bAttrSrc:!1,fnCreatedCell:null,fnGetData:null,fnSetData:null,mData:null,mRender:null,sClass:null,sContentPadding:null,sDefaultContent:null,sName:null,sSortDataType:"std",sSortingClass:null,sTitle:null,sType:null,sWidth:null,sWidthOrig:null,maxLenString:null,searchFixed:null};bt.defaults={aaData:null,aaSorting:[[0,"asc"]],aaSortingFixed:[],ajax:null,aLengthMenu:[10,25,50,100],aoColumns:null,aoColumnDefs:null,aoSearchCols:[],bAutoWidth:!0,bDeferRender:!0,bDestroy:!1,bFilter:!0,bInfo:!0,bLengthChange:!0,bPaginate:!0,bProcessing:!1,bRetrieve:!1,bScrollCollapse:!1,bServerSide:!1,bSort:!0,bSortMulti:!0,bSortCellsTop:null,bSortClasses:!0,bStateSave:!1,fnCreatedRow:null,fnDrawCallback:null,fnFooterCallback:null,fnFormatNumber:function(t){return t.toString().replace(/\B(?=(\d{3})+(?!\d))/g,this.oLanguage.sThousands)},fnHeaderCallback:null,fnInfoCallback:null,fnInitComplete:null,fnPreDrawCallback:null,fnRowCallback:null,fnStateLoadCallback:function(t){try{return JSON.parse((t.iStateDuration===-1?sessionStorage:localStorage).getItem("DataTables_"+t.sInstance+"_"+location.pathname))}catch{return{}}},fnStateLoadParams:null,fnStateLoaded:null,fnStateSaveCallback:function(t,e){try{(t.iStateDuration===-1?sessionStorage:localStorage).setItem("DataTables_"+t.sInstance+"_"+location.pathname,JSON.stringify(e))}catch{}},fnStateSaveParams:null,iStateDuration:7200,iDisplayLength:10,iDisplayStart:0,iTabIndex:0,oClasses:{},oLanguage:{oAria:{orderable:": Activate to sort",orderableReverse:": Activate to invert sorting",orderableRemove:": Activate to remove sorting",paginate:{first:"First",last:"Last",next:"Next",previous:"Previous",number:""}},oPaginate:{sFirst:"\xAB",sLast:"\xBB",sNext:"\u203A",sPrevious:"\u2039"},entries:{_:"entries",1:"entry"},sEmptyTable:"No data available in table",sInfo:"Showing _START_ to _END_ of _TOTAL_ _ENTRIES-TOTAL_",sInfoEmpty:"Showing 0 to 0 of 0 _ENTRIES-TOTAL_",sInfoFiltered:"(filtered from _MAX_ total _ENTRIES-MAX_)",sInfoPostFix:"",sDecimal:"",sThousands:",",sLengthMenu:"_MENU_ _ENTRIES_ per page",sLoadingRecords:"Loading...",sProcessing:"",sSearch:"Search:",sSearchPlaceholder:"",sUrl:"",sZeroRecords:"No matching records found"},orderDescReverse:!0,oSearch:H.extend({},bt.models.oSearch),layout:{topStart:"pageLength",topEnd:"search",bottomStart:"info",bottomEnd:"paging"},sDom:null,searchDelay:null,sPaginationType:"",sScrollX:"",sScrollXInner:"",sScrollY:"",sServerMethod:"GET",renderer:null,rowId:"DT_RowId",caption:null,iDeferLoading:null};Nr(bt.defaults);bt.defaults.column={aDataSort:null,iDataSort:-1,ariaTitle:"",asSorting:["asc","desc",""],bSearchable:!0,bSortable:!0,bVisible:!0,fnCreatedCell:null,mData:null,mRender:null,sCellType:"td",sClass:"",sContentPadding:"",sDefaultContent:null,sName:"",sSortDataType:"std",sTitle:null,sType:null,sWidth:null};Nr(bt.defaults.column);bt.models.oSettings={oFeatures:{bAutoWidth:null,bDeferRender:null,bFilter:null,bInfo:!0,bLengthChange:!0,bPaginate:null,bProcessing:null,bServerSide:null,bSort:null,bSortMulti:null,bSortClasses:null,bStateSave:null},oScroll:{bCollapse:null,iBarWidth:0,sX:null,sXInner:null,sY:null},oLanguage:{fnInfoCallback:null},oBrowser:{bScrollbarLeft:!1,barWidth:0},ajax:null,aanFeatures:[],aoData:[],aiDisplay:[],aiDisplayMaster:[],aIds:{},aoColumns:[],aoHeader:[],aoFooter:[],oPreviousSearch:{},searchFixed:{},aoPreSearchCols:[],aaSorting:null,aaSortingFixed:[],sDestroyWidth:0,aoRowCallback:[],aoHeaderCallback:[],aoFooterCallback:[],aoDrawCallback:[],aoRowCreatedCallback:[],aoPreDrawCallback:[],aoInitComplete:[],aoStateSaveParams:[],aoStateLoadParams:[],aoStateLoaded:[],sTableId:"",nTable:null,nTHead:null,nTFoot:null,nTBody:null,nTableWrapper:null,bInitialised:!1,aoOpenRows:[],sDom:null,searchDelay:null,sPaginationType:"two_button",pagingControls:0,iStateDuration:0,aoStateSave:[],aoStateLoad:[],oSavedState:null,oLoadedState:null,bAjaxDataGet:!0,jqXHR:null,json:void 0,oAjaxData:void 0,sServerMethod:null,fnFormatNumber:null,aLengthMenu:null,iDraw:0,bDrawing:!1,iDrawError:-1,_iDisplayLength:10,_iDisplayStart:0,_iRecordsTotal:0,_iRecordsDisplay:0,oClasses:{},bFiltered:!1,bSorted:!1,bSortCellsTop:null,oInit:null,aoDestroyCallback:[],fnRecordsTotal:function(){return Ee(this)=="ssp"?this._iRecordsTotal*1:this.aiDisplayMaster.length},fnRecordsDisplay:function(){return Ee(this)=="ssp"?this._iRecordsDisplay*1:this.aiDisplay.length},fnDisplayEnd:function(){var t=this._iDisplayLength,e=this._iDisplayStart,n=e+t,r=this.aiDisplay.length,s=this.oFeatures,i=s.bPaginate;return s.bServerSide?i===!1||t===-1?e+r:Math.min(e+t,this._iRecordsDisplay):!i||n>r||t===-1?r:n},oInstance:null,sInstance:null,iTabIndex:0,nScrollHead:null,nScrollFoot:null,aLastSort:[],oPlugins:{},rowIdFn:null,rowId:null,caption:"",captionNode:null,colgroup:null,deferLoading:null,typeDetect:!0};var zl=bt.ext.pager;H.extend(zl,{simple:function(){return["previous","next"]},full:function(){return["first","previous","next","last"]},numbers:function(){return["numbers"]},simple_numbers:function(){return["previous","numbers","next"]},full_numbers:function(){return["first","previous","numbers","next","last"]},first_last:function(){return["first","last"]},first_last_numbers:function(){return["first","numbers","last"]},_numbers:Ss,numbers_length:7});H.extend(!0,bt.ext.renderer,{pagingButton:{_:function(t,e,n,r,s){var i=t.oClasses.paging,o=[i.button],u;return r&&o.push(i.active),s&&o.push(i.disabled),e==="ellipsis"?u=H('<span class="ellipsis"></span>').html(n)[0]:u=H("<button>",{class:o.join(" "),role:"link",type:"button"}).html(n),{display:u,clicker:u}}},pagingContainer:{_:function(t,e){return e}}});var ir=function(t,e){return function(n){return He(n)||typeof n!="string"||(n=n.replace(Jo," "),t&&(n=gn(n)),e&&(n=Dr(n,!1))),n}};function Ya(t,e,n,r,s){return wn?t[e](s):dn?t[n](s):r?t[r](s):t}var $a=!1,dn,wn;function jl(){window.luxon&&!dn&&(dn=window.luxon),window.moment&&!wn&&(wn=window.moment)}function Br(t,e,n){var r;if(jl(),wn){if(r=wn.utc(t,e,n,!0),!r.isValid())return null}else if(dn){if(r=e&&typeof t=="string"?dn.DateTime.fromFormat(t,e):dn.DateTime.fromISO(t),!r.isValid)return null;r.setLocale(n)}else e?($a||alert("DataTables warning: Formatted date without Moment.js or Luxon - https://datatables.net/tn/17"),$a=!0):r=new Date(t);return r}function gi(t){return function(e,n,r,s){arguments.length===0?(r="en",n=null,e=null):arguments.length===1?(r="en",n=e,e=null):arguments.length===2&&(r=n,n=e,e=null);var i="datetime"+(n?"-"+n:"");return bt.ext.type.order[i]||bt.type(i,{detect:function(o){return o===i?i:!1},order:{pre:function(o){return o.valueOf()}},className:"dt-right"}),function(o,u){if(o==null)if(s==="--now"){var p=new Date;o=new Date(Date.UTC(p.getFullYear(),p.getMonth(),p.getDate(),p.getHours(),p.getMinutes(),p.getSeconds()))}else o="";if(u==="type")return i;if(o==="")return u!=="sort"?"":Br("0000-01-01 00:00:00",null,r);if(n!==null&&e===n&&u!=="sort"&&u!=="type"&&!(o instanceof Date))return o;var b=Br(o,e,r);if(b===null)return o;if(u==="sort")return b;var g=n===null?Ya(b,"toDate","toJSDate","")[t]():Ya(b,"format","toFormat","toISOString",n);return u==="display"?Nn(g):g}}}var Cs=",",Ts=".";if(window.Intl!==void 0)try{for(Bn=new Intl.NumberFormat().formatToParts(100000.1),Ne=0;Ne<Bn.length;Ne++)Bn[Ne].type==="group"?Cs=Bn[Ne].value:Bn[Ne].type==="decimal"&&(Ts=Bn[Ne].value)}catch{}var Bn,Ne;bt.datetime=function(t,e){var n="datetime-"+t;e||(e="en"),bt.ext.type.order[n]||bt.type(n,{detect:function(r){var s=Br(r,t,e);return r===""||s?n:!1},order:{pre:function(r){return Br(r,t,e)||0}},className:"dt-right"})};bt.render={date:gi("toLocaleDateString"),datetime:gi("toLocaleString"),time:gi("toLocaleTimeString"),number:function(t,e,n,r,s){return t==null&&(t=Cs),e==null&&(e=Ts),{display:function(i){if(typeof i!="number"&&typeof i!="string"||i===""||i===null)return i;var o=i<0?"-":"",u=parseFloat(i),p=Math.abs(u);if(p>=1e11||p<1e-4&&p!==0){var b=u.toExponential(n).split(/e\+?/);return b[0]+" x 10<sup>"+b[1]+"</sup>"}if(isNaN(u))return Nn(i);u=u.toFixed(n),i=Math.abs(u);var g=parseInt(i,10),m=n?e+(i-g).toFixed(n).substring(2):"";return g===0&&parseFloat(m)===0&&(o=""),o+(r||"")+g.toString().replace(/\B(?=(\d{3})+(?!\d))/g,t)+m+(s||"")}}},text:function(){return{display:Nn,filter:Nn}}};var me=bt.ext.type;bt.type=function(t,e,n){if(!e)return{className:me.className[t],detect:me.detect.find(function(o){return o.name===t}),order:{pre:me.order[t+"-pre"],asc:me.order[t+"-asc"],desc:me.order[t+"-desc"]},render:me.render[t],search:me.search[t]};var r=function(o,u){me[o][t]=u},s=function(o){Object.defineProperty(o,"name",{value:t});var u=me.detect.findIndex(function(p){return p.name===t});u===-1?me.detect.unshift(o):me.detect.splice(u,1,o)},i=function(o){me.order[t+"-pre"]=o.pre,me.order[t+"-asc"]=o.asc,me.order[t+"-desc"]=o.desc};n===void 0&&(n=e,e=null),e==="className"?r("className",n):e==="detect"?s(n):e==="order"?i(n):e==="render"?r("render",n):e==="search"?r("search",n):e||(n.className&&r("className",n.className),n.detect!==void 0&&s(n.detect),n.order&&i(n.order),n.render!==void 0&&r("render",n.render),n.search!==void 0&&r("search",n.search))};bt.types=function(){return me.detect.map(function(t){return t.name})};var Za=function(t,e){return t=t.toString().toLowerCase(),e=e.toString().toLowerCase(),t.localeCompare(e,navigator.languages[0]||navigator.language,{numeric:!0,ignorePunctuation:!0})};bt.type("string",{detect:function(){return"string"},order:{pre:function(t){return He(t)&&typeof t!="boolean"?"":typeof t=="string"?t.toLowerCase():t.toString?t.toString():""}},search:ir(!1,!0)});bt.type("string-utf8",{detect:{allOf:function(t){return!0},oneOf:function(t){return!He(t)&&navigator.languages&&typeof t=="string"&&t.match(/[^\x00-\x7F]/)}},order:{asc:Za,desc:function(t,e){return Za(t,e)*-1}},search:ir(!1,!0)});bt.type("html",{detect:{allOf:function(t){return He(t)||typeof t=="string"&&t.indexOf("<")!==-1},oneOf:function(t){return!He(t)&&typeof t=="string"&&t.indexOf("<")!==-1}},order:{pre:function(t){return He(t)?"":t.replace?gn(t).trim().toLowerCase():t+""}},search:ir(!0,!0)});bt.type("date",{className:"dt-type-date",detect:{allOf:function(t){if(t&&!(t instanceof Date)&&!za.test(t))return null;var e=Date.parse(t);return e!==null&&!isNaN(e)||He(t)},oneOf:function(t){return t instanceof Date||typeof t=="string"&&za.test(t)}},order:{pre:function(t){var e=Date.parse(t);return isNaN(e)?-1/0:e}}});bt.type("html-num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si,Di)}},search:ir(!0,!0)});bt.type("html-num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si)}},search:ir(!0,!0)});bt.type("num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Di)}}});bt.type("num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n)}}});var Hr=function(t,e,n,r){if(t!==0&&(!t||t==="-"))return-1/0;var s=typeof t;return s==="number"||s==="bigint"?t:(e&&(t=Qa(t,e)),t.replace&&(n&&(t=t.replace(n,"")),r&&(t=t.replace(r,""))),t*1)};H.extend(!0,bt.ext.renderer,{footer:{_:function(t,e,n){e.addClass(n.tfoot.cell)}},header:{_:function(t,e,n){e.addClass(n.thead.cell),t.oFeatures.bSort||e.addClass(n.order.none);var r=t.bSortCellsTop,s=e.closest("thead").find("tr"),i=e.parent().index();e.attr("data-dt-order")==="disable"||e.parent().attr("data-dt-order")==="disable"||r===!0&&i!==0||r===!1&&i!==s.length-1||H(t.nTable).on("order.dt.DT column-visibility.dt.DT",function(o,u){if(t===u){var p=u.sortDetails;if(p){var b,g=n.order,m=u.api.columns(e),C=t.aoColumns[m.flatten()[0]],y=m.orderable().includes(!0),T="",P=m.indexes(),c=m.orderable(!0).flatten(),l=Ce(p,"col");e.removeClass(g.isAsc+" "+g.isDesc).toggleClass(g.none,!y).toggleClass(g.canAsc,y&&c.includes("asc")).toggleClass(g.canDesc,y&&c.includes("desc"));var h=!0;for(b=0;b<P.length;b++)l.includes(P[b])||(h=!1);if(h){var _=m.order();e.addClass(_.includes("asc")?g.isAsc:""+_.includes("desc")?g.isDesc:"")}var F=-1;for(b=0;b<l.length;b++)if(t.aoColumns[l[b]].bVisible){F=l[b];break}if(P[0]==F){var O=p[0],f=C.asSorting;e.attr("aria-sort",O.dir==="asc"?"ascending":"descending"),T=f[O.index+1]?"Reverse":"Remove"}else e.removeAttr("aria-sort");e.attr("aria-label",y?C.ariaTitle+u.api.i18n("oAria.orderable"+T):C.ariaTitle),y&&(e.find(".dt-column-title").attr("role","button"),e.attr("tabindex",0))}}})}},layout:{_:function(t,e,n){var r=t.oClasses.layout,s=H("<div/>").attr("id",n.id||null).addClass(n.className||r.row).appendTo(e);H.each(n,function(i,o){if(!(i==="id"||i==="className")){var u="";o.table&&(s.addClass(r.tableRow),u+=r.tableCell+" 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r=t._iDisplayStart+1,s=t.fnDisplayEnd(),i=t.fnRecordsTotal(),o=t.fnRecordsDisplay(),u=o?e.text:e.empty;o!==i&&(u+=" "+e.search),u+=e.postfix,u=ji(t,u),e.callback&&(u=e.callback.call(t.oInstance,t,r,s,i,o,u)),n.html(u),Zt(t,null,"info",[t,n[0],u])}var yi=0;bt.feature.register("search",function(t,e){if(!t.oFeatures.bFilter)return null;var n=t.oClasses.search,r=t.sTableId,s=t.oLanguage,i=t.oPreviousSearch,o='<input type="search" class="'+n.input+'"/>';e=H.extend({placeholder:s.sSearchPlaceholder,processing:!1,text:s.sSearch},e),e.text.indexOf("_INPUT_")===-1&&(e.text+="_INPUT_"),e.text=ji(t,e.text);var u=e.text.match(/_INPUT_$/),p=e.text.match(/^_INPUT_/),b=e.text.replace(/_INPUT_/,""),g="<label>"+e.text+"</label>";p?g="_INPUT_<label>"+b+"</label>":u&&(g="<label>"+b+"</label>_INPUT_");var m=H("<div>").addClass(n.container).append(g.replace(/_INPUT_/,o));m.find("label").attr("for","dt-search-"+yi),m.find("input").attr("id","dt-search-"+yi),yi++;var C=function(P){var c=this.value;i.return&&P.key!=="Enter"||c!=i.search&&us(t,e.processing,function(){i.search=c,tr(t,i),t._iDisplayStart=0,Ln(t)})},y=t.searchDelay!==null?t.searchDelay:0,T=H("input",m).val(i.search).attr("placeholder",e.placeholder).on("keyup.DT search.DT input.DT paste.DT cut.DT",y?bt.util.debounce(C,y):C).on("mouseup.DT",function(P){setTimeout(function(){C.call(T[0],P)},10)}).on("keypress.DT",function(P){if(P.keyCode==13)return!1}).attr("aria-controls",r);return H(t.nTable).on("search.dt.DT",function(P,c){t===c&&T[0]!==document.activeElement&&T.val(typeof i.search!="function"?i.search:"")}),m},"f");bt.feature.register("paging",function(t,e){if(!t.oFeatures.bPaginate)return null;e=H.extend({buttons:bt.ext.pager.numbers_length,type:t.sPaginationType,boundaryNumbers:!0,firstLast:!0,previousNext:!0,numbers:!0},e);var n=H("<div/>").addClass(t.oClasses.paging.container+(e.type?" 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T=="string"?s[T]:s.number?s.number+(T+1):null;H(c.clicker).attr({"aria-controls":t.sTableId,"aria-disabled":P.disabled?"true":null,"aria-current":P.active?"page":null,"aria-label":l,"data-dt-idx":T,tabIndex:P.disabled?-1:t.iTabIndex?t.iTabIndex:null}),typeof T!="number"&&H(c.clicker).addClass(T),ms(c.clicker,{action:T},function(F){F.preventDefault(),Li(t,F.data.action,!0)}),C.push(c.display)}var h=Fr(t,"pagingContainer")(t,C),_=e.find(document.activeElement).data("dt-idx");e.empty().append(h),_!==void 0&&e.find("[data-dt-idx="+_+"]").trigger("focus"),C.length&&n.buttons>1&&H(e).height()>=H(C[0]).outerHeight()*2-10&&ks(t,e,H.extend({},n,{buttons:n.buttons-2}))}}function Hl(t,e,n,r){var s=t.oLanguage.oPaginate,i={display:"",active:!1,disabled:!1};switch(e){case"ellipsis":i.display="&#x2026;",i.disabled=!0;break;case"first":i.display=s.sFirst,n===0&&(i.disabled=!0);break;case"previous":i.display=s.sPrevious,n===0&&(i.disabled=!0);break;case"next":i.display=s.sNext,(r===0||n===r-1)&&(i.disabled=!0);break;case"last":i.display=s.sLast,(r===0||n===r-1)&&(i.disabled=!0);break;default:typeof e=="number"&&(i.display=t.fnFormatNumber(e+1),n===e&&(i.active=!0));break}return i}function Ss(t,e,n,r){var s=[],i=Math.floor(n/2),o=r?2:1,u=r?1:0;return e<=n?s=an(0,e):n===1?s=[t]:n===3?t<=1?s=[0,1,"ellipsis"]:t>=e-2?(s=an(e-2,e),s.unshift("ellipsis")):s=["ellipsis",t,"ellipsis"]:t<=i?(s=an(0,n-o),s.push("ellipsis"),r&&s.push(e-1)):t>=e-1-i?(s=an(e-(n-o),e),s.unshift("ellipsis"),r&&s.unshift(0)):(s=an(t-i+o,t+i-u),s.push("ellipsis"),s.unshift("ellipsis"),r&&(s.push(e-1),s.unshift(0))),s}var wi=0;bt.feature.register("pageLength",function(t,e){var n=t.oFeatures;if(!n.bPaginate||!n.bLengthChange)return null;e=H.extend({menu:t.aLengthMenu,text:t.oLanguage.sLengthMenu},e);var r=t.oClasses.length,s=t.sTableId,i=e.menu,o=[],u=[],p;if(Array.isArray(i[0]))o=i[0],u=i[1];else for(p=0;p<i.length;p++)H.isPlainObject(i[p])?(o.push(i[p].value),u.push(i[p].label)):(o.push(i[p]),u.push(i[p]));var b=e.text.match(/_MENU_$/),g=e.text.match(/^_MENU_/),m=e.text.replace(/_MENU_/,""),C="<label>"+e.text+"</label>";g?C="_MENU_<label>"+m+"</label>":b&&(C="<label>"+m+"</label>_MENU_");var y="tmp-"+ +new Date,T=H("<div/>").addClass(r.container).append(C.replace("_MENU_",'<span id="'+y+'"></span>')),P=[];T.find("label")[0].childNodes.forEach(function(h){h.nodeType===Node.TEXT_NODE&&P.push({el:h,text:h.textContent})});var c=function(h){P.forEach(function(_){_.el.textContent=ji(t,_.text,h)})},l=H("<select/>",{name:s+"_length","aria-controls":s,class:r.select});for(p=0;p<o.length;p++)l[0][p]=new Option(typeof u[p]=="number"?t.fnFormatNumber(u[p]):u[p],o[p]);return T.find("label").attr("for","dt-length-"+wi),l.attr("id","dt-length-"+wi),wi++,T.find("#"+y).replaceWith(l),H("select",T).val(t._iDisplayLength).on("change.DT",function(){ds(t,H(this).val()),Ln(t)}),H(t.nTable).on("length.dt.DT",function(h,_,F){t===_&&(H("select",T).val(F),c(F))}),c(t._iDisplayLength),T},"l");H.fn.dataTable=bt;bt.$=H;H.fn.dataTableSettings=bt.settings;H.fn.dataTableExt=bt.ext;H.fn.DataTable=function(t){return H(this).dataTable(t).api()};H.each(bt,function(t,e){H.fn.DataTable[t]=e});var at=bt;var Le=at;var $l=ie(ae(),1);var Ps=ie(ae(),1);var ht=Ps.default,Wl=0,Gl=0,Se=at.ext.buttons,qi=null;function Xi(t,e,n){ht.fn.animate?t.stop().fadeIn(e,n):(t.css("display","block"),n&&n.call(t))}function Yi(t,e,n){ht.fn.animate?t.stop().fadeOut(e,n):(t.css("display","none"),n&&n.call(t))}var te=function(t,e){if(!at.versionCheck("2"))throw"Warning: Buttons requires DataTables 2 or newer";if(!(this instanceof te))return function(n){return new te(n,t).container()};typeof e>"u"&&(e={}),e===!0&&(e={}),Array.isArray(e)&&(e={buttons:e}),this.c=ht.extend(!0,{},te.defaults,e),e.buttons&&(this.c.buttons=e.buttons),this.s={dt:new at.Api(t),buttons:[],listenKeys:"",namespace:"dtb"+Wl++},this.dom={container:ht("<"+this.c.dom.container.tag+"/>").addClass(this.c.dom.container.className)},this._constructor()};ht.extend(te.prototype,{action:function(t,e){var n=this._nodeToButton(t);return e===void 0?n.conf.action:(n.conf.action=e,this)},active:function(t,e){var n=this._nodeToButton(t),r=this.c.dom.button.active,s=ht(n.node);return n.inCollection&&this.c.dom.collection.button&&this.c.dom.collection.button.active!==void 0&&(r=this.c.dom.collection.button.active),e===void 0?s.hasClass(r):(s.toggleClass(r,e===void 0?!0:e),this)},add:function(t,e,n){var r=this.s.buttons;if(typeof e=="string"){for(var s=e.split("-"),i=this.s,o=0,u=s.length-1;o<u;o++)i=i.buttons[s[o]*1];r=i.buttons,e=s[s.length-1]*1}return this._expandButton(r,t,t!==void 0?t.split:void 0,(t===void 0||t.split===void 0||t.split.length===0)&&i!==void 0,!1,e),(n===void 0||n===!0)&&this._draw(),this},collectionRebuild:function(t,e){var n=this._nodeToButton(t);if(e!==void 0){var r;for(r=n.buttons.length-1;r>=0;r--)this.remove(n.buttons[r].node);for(n.conf.prefixButtons&&e.unshift.apply(e,n.conf.prefixButtons),n.conf.postfixButtons&&e.push.apply(e,n.conf.postfixButtons),r=0;r<e.length;r++){var s=e[r];this._expandButton(n.buttons,s,s!==void 0&&s.config!==void 0&&s.config.split!==void 0,!0,s.parentConf!==void 0&&s.parentConf.split!==void 0,null,s.parentConf)}}this._draw(n.collection,n.buttons)},container:function(){return this.dom.container},disable:function(t){var e=this._nodeToButton(t);return ht(e.node).addClass(this.c.dom.button.disabled).prop("disabled",!0),this},destroy:function(){ht("body").off("keyup."+this.s.namespace);var t=this.s.buttons.slice(),e,n;for(e=0,n=t.length;e<n;e++)this.remove(t[e].node);this.dom.container.remove();var r=this.s.dt.settings()[0];for(e=0,n=r.length;e<n;e++)if(r.inst===this){r.splice(e,1);break}return this},enable:function(t,e){if(e===!1)return this.disable(t);var n=this._nodeToButton(t);return ht(n.node).removeClass(this.c.dom.button.disabled).prop("disabled",!1),this},index:function(t,e,n){e||(e="",n=this.s.buttons);for(var r=0,s=n.length;r<s;r++){var i=n[r].buttons;if(n[r].node===t)return e+r;if(i&&i.length){var o=this.index(t,r+"-",i);if(o!==null)return o}}return null},name:function(){return this.c.name},node:function(t){if(!t)return this.dom.container;var e=this._nodeToButton(t);return ht(e.node)},processing:function(t,e){var n=this.s.dt,r=this._nodeToButton(t);return e===void 0?ht(r.node).hasClass("processing"):(ht(r.node).toggleClass("processing",e),ht(n.table().node()).triggerHandler("buttons-processing.dt",[e,n.button(t),n,ht(t),r.conf]),this)},remove:function(t){var e=this._nodeToButton(t),n=this._nodeToHost(t),r=this.s.dt;if(e.buttons.length)for(var s=e.buttons.length-1;s>=0;s--)this.remove(e.buttons[s].node);e.conf.destroying=!0,e.conf.destroy&&e.conf.destroy.call(r.button(t),r,ht(t),e.conf),this._removeKey(e.conf),ht(e.node).remove();var i=ht.inArray(e,n);return n.splice(i,1),this},text:function(t,e){var n=this._nodeToButton(t),r=n.textNode,s=this.s.dt,i=ht(n.node),o=function(u){return typeof u=="function"?u(s,i,n.conf):u};return e===void 0?o(n.conf.text):(n.conf.text=e,r.html(o(e)),this)},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0],r=this.c.buttons;n._buttons||(n._buttons=[]),n._buttons.push({inst:this,name:this.c.name});for(var s=0,i=r.length;s<i;s++)this.add(r[s]);e.on("destroy",function(o,u){u===n&&t.destroy()}),ht("body").on("keyup."+this.s.namespace,function(o){if(!document.activeElement||document.activeElement===document.body){var u=String.fromCharCode(o.keyCode).toLowerCase();t.s.listenKeys.toLowerCase().indexOf(u)!==-1&&t._keypress(u,o)}})},_addKey:function(t){t.key&&(this.s.listenKeys+=ht.isPlainObject(t.key)?t.key.key:t.key)},_draw:function(t,e){t||(t=this.dom.container,e=this.s.buttons),t.children().detach();for(var n=0,r=e.length;n<r;n++)t.append(e[n].inserter),t.append(" "),e[n].buttons&&e[n].buttons.length&&this._draw(e[n].collection,e[n].buttons)},_expandButton:function(t,e,n,r,s,i,o){var u=this.s.dt,p=!1,b=this.c.dom.collection,g=Array.isArray(e)?e:[e];e===void 0&&(g=Array.isArray(n)?n:[n]);for(var m=0,C=g.length;m<C;m++){var y=this._resolveExtends(g[m]);if(y){if(p=!!(y.config&&y.config.split),Array.isArray(y)){this._expandButton(t,y,T!==void 0&&T.conf!==void 0?T.conf.split:void 0,r,o!==void 0&&o.split!==void 0,i,o);continue}var T=this._buildButton(y,r,y.split!==void 0||y.config!==void 0&&y.config.split!==void 0,s);if(T){if(i!=null?(t.splice(i,0,T),i++):t.push(T),T.conf.buttons&&(T.collection=ht("<"+b.container.content.tag+"/>"),T.conf._collection=T.collection,ht(T.node).append(b.action.dropHtml),this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)),T.conf.split){T.collection=ht("<"+b.container.tag+"/>"),T.conf._collection=T.collection;for(var P=0;P<T.conf.split.length;P++){var c=T.conf.split[P];typeof c=="object"&&(c.parent=o,c.collectionLayout===void 0&&(c.collectionLayout=T.conf.collectionLayout),c.dropup===void 0&&(c.dropup=T.conf.dropup),c.fade===void 0&&(c.fade=T.conf.fade))}this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)}T.conf.parent=o,y.init&&y.init.call(u.button(T.node),u,ht(T.node),y)}}}},_buildButton:function(t,e,n,r){var s=this,i=this.c.dom,o,u=this.s.dt,p=function(Q){return typeof Q=="function"?Q(u,m,t):Q},b=ht.extend(!0,{},i.button);if(e&&n&&i.collection.split?ht.extend(!0,b,i.collection.split.action):r||e?ht.extend(!0,b,i.collection.button):n&&ht.extend(!0,b,i.split.button),t.spacer){var g=ht("<"+b.spacer.tag+"/>").addClass("dt-button-spacer "+t.style+" "+b.spacer.className).html(p(t.text));return{conf:t,node:g,inserter:g,buttons:[],inCollection:e,isSplit:n,collection:null,textNode:g}}if(t.available&&!t.available(u,t)&&!t.html)return!1;var m;if(t.html)m=ht(t.html);else{var C=function(Q,E,$,w,k){w.action.call(E.button($),Q,E,$,w,k),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w])},y=function(Q,E,$,w){w.async?(s.processing($[0],!0),setTimeout(function(){C(Q,E,$,w,function(){s.processing($[0],!1)})},w.async)):C(Q,E,$,w,function(){})},T=t.tag||b.tag,P=t.clickBlurs===void 0?!0:t.clickBlurs;if(m=ht("<"+T+"/>").addClass(b.className).attr("tabindex",this.s.dt.settings()[0].iTabIndex).attr("aria-controls",this.s.dt.table().node().id).on("click.dtb",function(Q){Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t),P&&m.trigger("blur")}).on("keypress.dtb",function(Q){Q.keyCode===13&&(Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t))}),T.toLowerCase()==="a"&&m.attr("href","#"),T.toLowerCase()==="button"&&m.attr("type","button"),b.liner.tag){var c=ht("<"+b.liner.tag+"/>").html(p(t.text)).addClass(b.liner.className);b.liner.tag.toLowerCase()==="a"&&c.attr("href","#"),m.append(c),o=c}else m.html(p(t.text)),o=m;t.enabled===!1&&m.addClass(b.disabled),t.className&&m.addClass(t.className),t.titleAttr&&m.attr("title",p(t.titleAttr)),t.attr&&m.attr(t.attr),t.namespace||(t.namespace=".dt-button-"+Gl++),t.config!==void 0&&t.config.split&&(t.split=t.config.split)}var l=this.c.dom.buttonContainer,h;l&&l.tag?h=ht("<"+l.tag+"/>").addClass(l.className).append(m):h=m,this._addKey(t),this.c.buttonCreated&&(h=this.c.buttonCreated(t,h));var _;if(n){var F=e?ht.extend(!0,this.c.dom.split,this.c.dom.collection.split):this.c.dom.split,O=F.wrapper;_=ht("<"+O.tag+"/>").addClass(O.className).append(m);var f=ht.extend(t,{align:F.dropdown.align,attr:{"aria-haspopup":"dialog","aria-expanded":!1},className:F.dropdown.className,closeButton:!1,splitAlignClass:F.dropdown.splitAlignClass,text:F.dropdown.text});this._addKey(f);var U=function(Q,E,$,w){Se.split.action.call(E.button(_),Q,E,$,w),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w]),$.attr("aria-expanded",!0)},X=ht('<button class="'+F.dropdown.className+' 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g+m},0)},o.version="5.0.0",o.classes={bottomBlocker:"dtfc-bottom-blocker",fixedEnd:"dtfc-fixed-end",fixedLeft:"dtfc-fixed-left",fixedRight:"dtfc-fixed-right",fixedStart:"dtfc-fixed-start",tableFixedEnd:"dtfc-has-end",tableFixedLeft:"dtfc-has-left",tableFixedRight:"dtfc-has-right",tableFixedStart:"dtfc-has-start",tableScrollingEnd:"dtfc-scrolling-end",tableScrollingLeft:"dtfc-scrolling-left",tableScrollingRight:"dtfc-scrolling-right",tableScrollingStart:"dtfc-scrolling-start",topBlocker:"dtfc-top-blocker"},o.defaults={i18n:{button:"FixedColumns"},start:1,end:0},o}();n(un),un.fn.dataTable.FixedColumns=r,un.fn.DataTable.FixedColumns=r;var s=at.Api.register;s("fixedColumns()",function(){return this}),s("fixedColumns().start()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.start(o),this):u._fixedColumns.start()}),s("fixedColumns().end()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.end(o),this):u._fixedColumns.end()}),s("fixedColumns().left()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.left(o),this):u._fixedColumns.left()}),s("fixedColumns().right()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.right(o),this):u._fixedColumns.right()}),at.ext.buttons.fixedColumns={action:function(o,u,p,b){un(p).attr("active")?(un(p).removeAttr("active").removeClass("active"),u.fixedColumns().start(0),u.fixedColumns().end(0)):(un(p).attr("active","true").addClass("active"),u.fixedColumns().start(b.config.start),u.fixedColumns().end(b.config.end))},config:{start:1,end:0},init:function(o,u,p){o.settings()[0]._fixedColumns===void 0&&i(o.settings(),p),un(u).attr("active","true").addClass("active"),o.button(u).text(p.text||o.i18n("buttons.fixedColumns",o.settings()[0]._fixedColumns.c.i18n.button))},text:null};function i(o,u){u===void 0&&(u=null);var p=new at.Api(o),b=u||p.init().fixedColumns||at.defaults.fixedColumns,g=new r(p,b);return g}un(document).on("plugin-init.dt",function(o,u){o.namespace==="dt"&&(u.oInit.fixedColumns||at.defaults.fixedColumns)&&(u._fixedColumns||i(u,null))})})();var nd=ie(ae(),1);var qs=ie(ae(),1);var jt=qs.default,td=0,ed=0,_n=function(t,e){if(!at.versionCheck||!at.versionCheck("1.10.8"))throw"KeyTable requires DataTables 1.10.8 or newer";this.c=jt.extend(!0,{},at.defaults.keyTable,_n.defaults,e),this.s={dt:new at.Api(t),dtDrawing:!1,enable:!0,focusDraw:!1,waitingForDraw:!1,lastFocus:null,namespace:".keyTable-"+td++,tabInput:null},this.dom={};var n=this.s.dt.settings()[0],r=n.keytable;if(r)return r;n.keytable=this,this._constructor()};jt.extend(_n.prototype,{blur:function(){this._blur()},enable:function(t){this.s.enable=t},enabled:function(){return this.s.enable},focus:function(t,e){this._focus(this.s.dt.cell(t,e))},focused:function(t){var e=this.s.lastFocus;if(!e)return!1;var n=this.s.lastFocus.cell.index();return t.row===n.row&&t.column===n.column},_constructor:function(){this._tabInput();var t=this,e=this.s.dt,n=jt(e.table().node()),r=this.s.namespace,s=!1;if(n.css("position")==="static"&&n.css("position","relative"),jt(e.table().body()).on("click"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&t._focus(p,null,!1,u)}}),jt(document).on("keydown"+r,function(u){!s&&!t.s.dtDrawing?t._key(u):u.preventDefault()}),this.c.blurable&&jt(document).on("mousedown"+r,function(u){jt(u.target).parents(".dataTables_filter, .dt-search").length&&t._blur(),!jt(u.target).parents().filter(e.table().container()).length&&(jt(u.target).parents("div.DTE").length||jt(u.target).parents("div.editor-datetime").length||jt(u.target).parents("div.dt-datetime").length||jt(u.target).parents().filter(".DTFC_Cloned").length||t._blur())}),this.c.editor){var i=this.c.editor;i.on("open.keyTableMain",function(u,p,b){p!=="inline"&&t.s.enable&&(t.enable(!1),i.one("close"+r,function(){t.enable(!0)}))}),this.c.editOnFocus&&e.on("key-focus"+r+" key-refocus"+r,function(u,p,b,g){t._editor(null,g,!0)}),e.on("key"+r,function(u,p,b,g,m){t._editor(b,m,!1)}),jt(e.table().body()).on("dblclick"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&(t.s.lastFocus&&this!==t.s.lastFocus.cell.node()||t._editor(null,u,!0))}}),i.on("preSubmit",function(){s=!0}).on("preSubmitCancelled",function(){s=!1}).on("submitComplete",function(){s=!1})}e.on("stateSaveParams"+r,function(u,p,b){b.keyTable=t.s.lastFocus?t.s.lastFocus.cell.index():null}),e.on("column-visibility"+r,function(u){t._tabInput()}),e.on("column-reorder"+r,function(u,p,b){var g=t.s.lastFocus;if(g&&g.cell){var m=g.relative.column;g.cell[0][0].column=b.mapping.indexOf(m),g.relative.column=b.mapping.indexOf(m)}}),e.on("preDraw"+r+" scroller-will-draw"+r,function(u){t.s.dtDrawing=!0}),e.on("draw"+r,function(u){if(t.s.dtDrawing=!1,t._tabInput(),!t.s.focusDraw){var p=t.s.lastFocus;if(p){var b=t.s.lastFocus.relative,g=e.page.info(),m=b.row;if(g.recordsDisplay===0||m<g.start||m>g.start+g.length)return;m>=g.recordsDisplay&&(m=g.recordsDisplay-1),t._focus(m,b.column,!0,u)}}}),this.c.clipboard&&this._clipboard(),e.on("destroy"+r,function(){t._blur(!0),e.off(r),jt(e.table().body()).off("click"+r,"th, td").off("dblclick"+r,"th, td"),jt(document).off("mousedown"+r).off("keydown"+r).off("copy"+r).off("paste"+r)});var o=e.state.loaded();o&&o.keyTable?e.one("init",function(){var u=e.cell(o.keyTable);u.any()&&u.focus()}):this.c.focus&&e.cell(this.c.focus).focus()},_blur:function(t){if(!(!this.s.enable||!this.s.lastFocus)){var e=this.s.lastFocus.cell;jt(e.node()).removeClass(this.c.className),this.s.lastFocus=null,t||(this._updateFixedColumns(e.index().column),this._emitEvent("key-blur",[this.s.dt,e]))}},_clipboard:function(){var t=this.s.dt,e=this,n=this.s.namespace,r=this.c.clipboard;window.getSelection&&((r===!0||r.copy)&&jt(document).on("copy"+n,function(s){var i=s.originalEvent,o=window.getSelection().toString(),u=e.s.lastFocus;!o&&u&&(i.clipboardData.setData("text/plain",u.cell.render(e.c.clipboardOrthogonal)),i.preventDefault())}),(r===!0||r.paste)&&jt(document).on("paste"+n,function(s){var i=s.originalEvent,o=e.s.lastFocus,u=document.activeElement,p=e.c.editor,b;if(o&&(!u||u.nodeName.toLowerCase()==="body"))if(i.preventDefault(),window.clipboardData&&window.clipboardData.getData?b=window.clipboardData.getData("Text"):i.clipboardData&&i.clipboardData.getData&&(b=i.clipboardData.getData("text/plain")),p){var g=e._inlineOptions(o.cell.index());p.inline(g.cell,g.field,g.options).set(p.displayed()[0],b).submit()}else o.cell.data(b),t.draw(!1)}))},_columns:function(){var t=this.s.dt,e=t.columns(this.c.columns).indexes(),n=[];return t.columns(":visible").every(function(r){e.indexOf(r)!==-1&&n.push(r)}),n},_editor:function(t,e,n){if(this.s.lastFocus&&!(e&&e.type==="draw")){var r=this,s=this.s.dt,i=this.c.editor,o=this.s.lastFocus.cell,u=this.s.namespace+"e"+ed++;if(!jt("div.DTE",o.node()).length&&!(t!==null&&(t>=0&&t<=9||t===11||t===12||t>=14&&t<=31||t>=112&&t<=123||t>=127&&t<=159))){e&&(e.stopPropagation(),t===13&&e.preventDefault());var p=function(){var b=r._inlineOptions(o.index());i.one("open"+u,function(){i.off("cancelOpen"+u),n||jt("div.DTE_Field_InputControl input, div.DTE_Field_InputControl textarea").select(),s.keys.enable(n?"tab-only":"navigation-only"),s.on("key-blur.editor",function(g,m,C){i.s.editOpts.onBlur!=="submit"&&i.displayed()&&C.node()===o.node()&&i.submit()}),n&&jt(s.table().container()).addClass("dtk-focus-alt"),i.on("preSubmitCancelled"+u,function(){setTimeout(function(){r._focus(o,null,!1)},50)}),i.on("submitUnsuccessful"+u,function(){r._focus(o,null,!1)}),i.one("close"+u,function(){s.keys.enable(!0),s.off("key-blur.editor"),i.off(u),jt(s.table().container()).removeClass("dtk-focus-alt"),r.s.returnSubmit&&(r.s.returnSubmit=!1,r._emitEvent("key-return-submit",[s,o]))})}).one("cancelOpen"+u,function(){i.off(u)}).inline(b.cell,b.field,b.options)};t===13?(n=!0,jt(document).one("keyup",function(){p()})):p()}}},_inlineOptions:function(t){return this.c.editorOptions?this.c.editorOptions(t):{cell:t,field:void 0,options:void 0}},_emitEvent:function(t,e){return this.s.dt.iterator("table",function(n,r){return jt(n.nTable).triggerHandler(t,e)})},_focus:function(t,e,n,r){var s=this,i=this.s.dt,o=i.page.info(),u=this.s.lastFocus;if(r||(r=null),!!this.s.enable){if(typeof t!="number"){if(!t.any())return;var p=t.index();if(e=p.column,t=i.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.row),t<0)return;o.serverSide&&(t+=o.start)}if(o.length!==-1&&(t<o.start||t>=o.start+o.length)){this.s.focusDraw=!0,this.s.waitingForDraw=!0,i.one("draw",function(){s.s.focusDraw=!1,s.s.waitingForDraw=!1,s._focus(t,e,void 0,r)}).page(Math.floor(t/o.length)).draw(!1);return}if(jt.inArray(e,this._columns())!==-1){o.serverSide&&(t-=o.start);var b=i.cells(null,e,{search:"applied",order:"applied"}).flatten(),g=i.cell(b[t]),m=this._emitEvent("key-prefocus",[this.s.dt,g,r||null]);if(m.indexOf(!1)===-1){if(u){if(u.node===g.node()){this._emitEvent("key-refocus",[this.s.dt,g,r||null]);return}this._blur()}this._removeOtherFocus();var C=jt(g.node());if(C.addClass(this.c.className),this._updateFixedColumns(e),n===void 0||n===!0){this._scroll(jt(window),jt(document.body),C,"offset");var y=i.table().body().parentNode;if(y!==i.table().header().parentNode){var T=jt(y.parentNode);this._scroll(T,T,C,"position")}}var P=i.page.info();this.s.lastFocus={cell:g,node:g.node(),relative:{row:P.start+i.rows({page:"current"}).indexes().indexOf(g.index().row),column:g.index().column}},this._emitEvent("key-focus",[this.s.dt,g,r||null]),i.state.save()}}}},_key:function(t){if(this.s.waitingForDraw){t.preventDefault();return}if(!jt(t.target).closest(".dte-inlineAdd").length){var e=this.s.enable;this.s.returnSubmit=(e==="navigation-only"||e==="tab-only")&&t.keyCode===13;var n=e===!0||e==="navigation-only";if(e&&!((t.keyCode===0||t.ctrlKey||t.metaKey||t.altKey)&&!(t.ctrlKey&&t.altKey))){var r=this.s.lastFocus;if(r){if(!this.s.dt.cell(r.node).any()){this.s.lastFocus=null;return}var s=this,i=this.s.dt,o=!!this.s.dt.settings()[0].oScroll.sY;if(!(this.c.keys&&jt.inArray(t.keyCode,this.c.keys)===-1))switch(t.keyCode){case 9:t.preventDefault(),this._keyAction(function(){s._shift(t,t.shiftKey?"left":"right",!0)});break;case 27:if(jt(r.node).find("div.DTE").length)return;this.c.blurable&&e===!0&&this._blur();break;case 33:case 34:n&&!o&&(t.preventDefault(),this._keyAction(function(){i.page(t.keyCode===33?"previous":"next").draw(!1)}));break;case 35:case 36:n&&(t.preventDefault(),this._keyAction(function(){var u=i.cells({page:"current"}).indexes(),p=s._columns();s._focus(i.cell(u[t.keyCode===35?u.length-1:p[0]]),null,!0,t)}));break;case 37:n&&this._keyAction(function(){s._shift(t,"left")});break;case 38:n&&this._keyAction(function(){s._shift(t,"up")});break;case 39:n&&this._keyAction(function(){s._shift(t,"right")});break;case 40:n&&this._keyAction(function(){s._shift(t,"down")});break;case 113:if(this.c.editor){this._editor(null,t,!0);break}default:e===!0&&this._emitEvent("key",[i,t.keyCode,this.s.lastFocus.cell,t]);break}}}}},_keyAction:function(t){var e=this.c.editor;e&&e.mode()&&e.display()?e.submit(t):t()},_removeOtherFocus:function(){var t=this.s.dt.table().node();jt.fn.dataTable.tables({api:!0}).iterator("table",function(e){this.table().node()!==t&&this.cell.blur()})},_scroll:function(t,e,n,r){var s=n[r](),i=n.outerHeight(),o=n.outerWidth(),u=e.scrollTop(),p=e.scrollLeft(),b=t.height(),g=t.width();r==="position"&&(s.top+=parseInt(n.closest("table").css("top"),10)),s.top<u&&s.top+i>u-5&&e.scrollTop(s.top),s.left<p&&e.scrollLeft(s.left),s.top+i>u+b&&s.top<u+b+5&&i<b&&e.scrollTop(s.top+i-b),s.left+o>p+g&&o<g&&e.scrollLeft(s.left+o-g)},_shift:function(t,e,n){var r=this.s.dt,s=r.page.info(),i=s.recordsDisplay,o=this._columns(),u=this.s.lastFocus;if(u){var p=u.cell;if(p){var b=r.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.index().row);s.serverSide&&(b+=s.start);var g=r.columns(o).indexes().indexOf(p.index().column),m=b,C=o[g];jt(r.table().node()).css("direction")==="rtl"&&(e==="right"?e="left":e==="left"&&(e="right")),e==="right"?g>=o.length-1?(m++,C=o[0]):C=o[g+1]:e==="left"?g===0?(m--,C=o[o.length-1]):C=o[g-1]:e==="up"?m--:e==="down"&&m++,m>=0&&m<i&&jt.inArray(C,o)!==-1?(t&&t.preventDefault(),this._focus(m,C,!0,t)):!n||!this.c.blurable?t&&t.preventDefault():this._blur()}}},_tabInput:function(){var t=this,e=this.s.dt,n=this.c.tabIndex!==null?this.c.tabIndex:e.settings()[0].iTabIndex;if(n!=-1){if(!this.s.tabInput){var r=jt('<div><input type="text" tabindex="'+n+'"/></div>').css({position:"absolute",height:1,width:0,overflow:"hidden"});r.children().on("focus",function(i){var o=e.cell(":eq(0)",t._columns(),{page:"current"});o.any()&&t._focus(o,null,!0,i)}),this.s.tabInput=r}var s=this.s.dt.cell(":eq(0)","0:visible",{page:"current",order:"current"}).node();s&&jt(s).prepend(this.s.tabInput)}},_updateFixedColumns:function(t){var e=this.s.dt,n=e.settings()[0];if(n._oFixedColumns){var r=n._oFixedColumns.s.iLeftColumns,s=n.aoColumns.length-n._oFixedColumns.s.iRightColumns;(t<r||t>=s)&&e.fixedColumns().update()}}});_n.defaults={blurable:!0,className:"focus",clipboard:!0,clipboardOrthogonal:"display",columns:"",editor:null,editOnFocus:!1,editorOptions:null,focus:null,keys:null,tabIndex:null};_n.version="2.12.1";jt.fn.dataTable.KeyTable=_n;jt.fn.DataTable.KeyTable=_n;at.Api.register("cell.blur()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.blur()})});at.Api.register("cell().focus()",function(){return this.iterator("cell",function(t,e,n){t.keytable&&t.keytable.focus(e,n)})});at.Api.register("keys.disable()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.enable(!1)})});at.Api.register("keys.enable()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable.enable(t===void 0?!0:t)})});at.Api.register("keys.enabled()",function(t){var e=this.context;return e.length&&e[0].keytable?e[0].keytable.enabled():!1});at.Api.register("keys.move()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable._shift(null,t,!1)})});at.ext.selector.cell.push(function(t,e,n){var r=e.focused,s=t.keytable,i=[];if(!s||r===void 0)return n;for(var o=0,u=n.length;o<u;o++)(r===!0&&s.focused(n[o])||r===!1&&!s.focused(n[o]))&&i.push(n[o]);return i});jt(document).on("preInit.dt.dtk",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.keys,s=at.defaults.keys;if(r||s){var i=jt.extend({},s,r);r!==!1&&new _n(e,i)}}});var rd=ie(ae(),1);var Xs=ie(ae(),1);var ze=Xs.default,Cn=function(t,e){if(!at.versionCheck||!at.versionCheck("1.11"))throw"RowGroup requires DataTables 1.11 or newer";this.c=ze.extend(!0,{},at.defaults.rowGroup,Cn.defaults,e),this.s={dt:new at.Api(t)},this.dom={};var n=this.s.dt.settings()[0],r=n.rowGroup;if(r)return r;n.rowGroup=this,this._constructor()};ze.extend(Cn.prototype,{dataSrc:function(t){if(t===void 0)return this.c.dataSrc;var e=this.s.dt;return this.c.dataSrc=t,ze(e.table().node()).triggerHandler("rowgroup-datasrc.dt",[e,t]),this},disable:function(){return this.c.enable=!1,this},enable:function(t){return t===!1?this.disable():(this.c.enable=!0,this)},enabled:function(){return this.c.enable},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0];e.on("draw.dtrg",function(r,s){t.c.enable&&n===s&&t._draw()}),e.on("column-visibility.dt.dtrg responsive-resize.dt.dtrg",function(){t._adjustColspan()}),e.on("destroy",function(){e.off(".dtrg")})},_adjustColspan:function(){ze("tr."+this.c.className,this.s.dt.table().body()).find("th:visible, td:visible").attr("colspan",this._colspan())},_colspan:function(){return this.s.dt.columns().visible().reduce(function(t,e){return t+e},0)},_draw:function(){var t=this.s.dt,e=this._group(0,t.rows({page:"current"}).indexes());this._groupDisplay(0,e)},_group:function(t,e){var n=Array.isArray(this.c.dataSrc)?this.c.dataSrc:[this.c.dataSrc],r=at.util.get(n[t]),s=this.s.dt,i,o,u,p,b=[],g=this;for(u=0,p=e.length;u<p;u++){var m=e[u],C=s.row(m).data();i=r(C,t),i==null&&(i=g.c.emptyDataGroup),(o===void 0||i!==o)&&(b.push({dataPoint:i,rows:[]}),o=i),b[b.length-1].rows.push(m)}if(n[t+1]!==void 0)for(u=0,p=b.length;u<p;u++)b[u].children=this._group(t+1,b[u].rows);return b},_groupDisplay:function(t,e){for(var n=this.s.dt,r,s=0,i=e.length;s<i;s++){var o=e[s],u=o.dataPoint,p,b=o.rows;this.c.startRender&&(r=this.c.startRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.startClassName,t),p&&p.insertBefore(n.row(b[0]).node())),this.c.endRender&&(r=this.c.endRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.endClassName,t),p&&p.insertAfter(n.row(b[b.length-1]).node())),o.children&&this._groupDisplay(t+1,o.children)}},_rowWrap:function(t,e,n){var r;return(t===null||t==="")&&(t=this.c.emptyDataGroup),t==null?null:(typeof t=="object"&&t.nodeName&&t.nodeName.toLowerCase()==="tr"?r=ze(t):t instanceof ze&&t.length&&t[0].nodeName.toLowerCase()==="tr"?r=t:r=ze("<tr/>").append(ze("<th/>").attr("colspan",this._colspan()).attr("scope","row").append(t)),r.addClass(this.c.className).addClass(e).addClass("dtrg-level-"+n))}});Cn.defaults={className:"dtrg-group",dataSrc:0,emptyDataGroup:"No group",enable:!0,endClassName:"dtrg-end",endRender:null,startClassName:"dtrg-start",startRender:function(t,e){return e}};Cn.version="1.5.0";ze.fn.dataTable.RowGroup=Cn;ze.fn.DataTable.RowGroup=Cn;at.Api.register("rowGroup()",function(){return this});at.Api.register("rowGroup().disable()",function(){return this.iterator("table",function(t){t.rowGroup&&t.rowGroup.enable(!1)})});at.Api.register("rowGroup().enable()",function(t){return this.iterator("table",function(e){e.rowGroup&&e.rowGroup.enable(t===void 0?!0:t)})});at.Api.register("rowGroup().enabled()",function(){var t=this.context;return t.length&&t[0].rowGroup?t[0].rowGroup.enabled():!1});at.Api.register("rowGroup().dataSrc()",function(t){return t===void 0?this.context[0].rowGroup.dataSrc():this.iterator("table",function(e){e.rowGroup&&e.rowGroup.dataSrc(t)})});ze(document).on("preInit.dt.dtrg",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.rowGroup,s=at.defaults.rowGroup;if(r||s){var i=ze.extend({},s,r);r!==!1&&new Cn(e,i)}}});var Ys=ie(ae(),1);var Mt=Ys.default,ce,de=function(t,e){if(de.factory(t,e))return de;typeof ce>"u"&&(ce=window.moment?window.moment:window.dayjs?window.dayjs:window.luxon?window.luxon:null),this.c=Mt.extend(!0,{},de.defaults,e);var n=this.c.classPrefix;if(!ce&&this.c.format!=="YYYY-MM-DD")throw"DateTime: Without momentjs, dayjs or luxon only the format 'YYYY-MM-DD' can be used";typeof this.c.minDate=="string"&&(this.c.minDate=new Date(this.c.minDate)),typeof this.c.maxDate=="string"&&(this.c.maxDate=new Date(this.c.maxDate));var r=Mt('<div class="'+n+'"><div class="'+n+'-date"><div class="'+n+'-title"><div class="'+n+'-iconLeft"><button type="button"></button></div><div class="'+n+'-iconRight"><button type="button"></button></div><div class="'+n+'-label"><span></span><select class="'+n+'-month"></select></div><div class="'+n+'-label"><span></span><select class="'+n+'-year"></select></div></div><div class="'+n+'-buttons"><a class="'+n+'-clear"></a><a class="'+n+'-today"></a></div><div class="'+n+'-calendar"></div></div><div class="'+n+'-time"><div class="'+n+'-hours"></div><div class="'+n+'-minutes"></div><div class="'+n+'-seconds"></div></div><div class="'+n+'-error"></div></div>');this.dom={container:r,date:r.find("."+n+"-date"),title:r.find("."+n+"-title"),calendar:r.find("."+n+"-calendar"),time:r.find("."+n+"-time"),error:r.find("."+n+"-error"),buttons:r.find("."+n+"-buttons"),clear:r.find("."+n+"-clear"),today:r.find("."+n+"-today"),previous:r.find("."+n+"-iconLeft"),next:r.find("."+n+"-iconRight"),input:Mt(t)},this.s={d:null,display:null,minutesRange:null,secondsRange:null,namespace:"dateime-"+de._instance++,parts:{date:this.c.format.match(/[YMD]|L(?!T)|l/)!==null,time:this.c.format.match(/[Hhm]|LT|LTS/)!==null,seconds:this.c.format.indexOf("s")!==-1,hours12:this.c.format.match(/[haA]/)!==null}},this.dom.container.append(this.dom.date).append(this.dom.time).append(this.dom.error),this.dom.date.append(this.dom.title).append(this.dom.buttons).append(this.dom.calendar),this.dom.input.addClass("dt-datetime"),this._constructor()};Mt.extend(de.prototype,{destroy:function(){this._hide(!0),this.dom.container.off().empty(),this.dom.input.removeClass("dt-datetime").removeAttr("autocomplete").off(".datetime")},display:function(t,e){return t!==void 0&&this.s.display.setUTCFullYear(t),e!==void 0&&this.s.display.setUTCMonth(e-1),t!==void 0||e!==void 0?(this._setTitle(),this._setCalander(),this):{month:this.s.display.getUTCMonth()+1,year:this.s.display.getUTCFullYear()}},errorMsg:function(t){var e=this.dom.error;return t?e.html(t):e.empty(),this},hide:function(){return this._hide(),this},max:function(t){return this.c.maxDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},min:function(t){return this.c.minDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},owns:function(t){return Mt(t).parents().filter(this.dom.container).length>0},val:function(t,e){return t===void 0?this.s.d:(t instanceof Date?this.s.d=this._dateToUtc(t):t===null||t===""?this.s.d=null:t==="--now"?this.s.d=this._dateToUtc(new Date):typeof t=="string"&&(this.s.d=this._dateToUtc(this._convert(t,this.c.format,null))),(e||e===void 0)&&(this.s.d?this._writeOutput():this.dom.input.val(t)),this.s.display=this.s.d?new Date(this.s.d.toString()):new Date,this.s.display.setUTCDate(1),this._setTitle(),this._setCalander(),this._setTime(),this)},valFormat:function(t,e){return e?(this.val(this._convert(e,t,null)),this):this._convert(this.val(),null,t)},_constructor:function(){var t=this,e=this.c.classPrefix,n=this.dom.input.val(),r=function(){var s=t.dom.input.val();s!==n&&(t.c.onChange.call(t,s,t.s.d,t.dom.input),n=s)};this.s.parts.date||this.dom.date.css("display","none"),this.s.parts.time||this.dom.time.css("display","none"),this.s.parts.seconds||(this.dom.time.children("div."+e+"-seconds").remove(),this.dom.time.children("span").eq(1).remove()),this.c.buttons.clear||this.dom.clear.css("display","none"),this.c.buttons.today||this.dom.today.css("display","none"),this._optionsTitle(),Mt(document).on("i18n.dt",function(s,i){i.oLanguage.datetime&&(Mt.extend(!0,t.c.i18n,i.oLanguage.datetime),t._optionsTitle())}),this.dom.input.attr("type")==="hidden"&&(this.dom.container.addClass("inline"),this.c.attachTo="input",this.val(this.dom.input.val(),!1),this._show()),n&&this.val(n,!1),this.dom.input.attr("autocomplete","off").on("focus.datetime click.datetime",function(){t.dom.container.is(":visible")||t.dom.input.is(":disabled")||(t.val(t.dom.input.val(),!1),t._show())}).on("keyup.datetime",function(){t.dom.container.is(":visible")&&t.val(t.dom.input.val(),!1)}),this.dom.container[0].addEventListener("focusin",function(s){s.stopPropagation()}),this.dom.container.on("change","select",function(){var s=Mt(this),i=s.val();if(s.hasClass(e+"-month"))t._correctMonth(t.s.display,i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-year"))t.s.display.setUTCFullYear(i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-hours")||s.hasClass(e+"-ampm")){if(t.s.parts.hours12){var o=Mt(t.dom.container).find("."+e+"-hours").val()*1,u=Mt(t.dom.container).find("."+e+"-ampm").val()==="pm";t.s.d.setUTCHours(o===12&&!u?0:u&&o!==12?o+12:o)}else t.s.d.setUTCHours(i);t._setTime(),t._writeOutput(!0),r()}else s.hasClass(e+"-minutes")?(t.s.d.setUTCMinutes(i),t._setTime(),t._writeOutput(!0),r()):s.hasClass(e+"-seconds")&&(t.s.d.setSeconds(i),t._setTime(),t._writeOutput(!0),r());t.dom.input.focus(),t._position()}).on("click",function(s){var i=t.s.d,o=s.target.nodeName.toLowerCase(),u=o==="span"?s.target.parentNode:s.target;if(o=u.nodeName.toLowerCase(),o!=="select")if(s.stopPropagation(),o==="a"&&(s.preventDefault(),Mt(u).hasClass(e+"-clear")?(t.s.d=null,t.dom.input.val(""),t._writeOutput(),t._setCalander(),t._setTime(),r()):Mt(u).hasClass(e+"-today")&&(t.s.display=new Date,t._setTitle(),t._setCalander())),o==="button"){var p=Mt(u),b=p.parent();if(b.hasClass("disabled")&&!b.hasClass("range")){p.blur();return}if(b.hasClass(e+"-iconLeft"))t.s.display.setUTCMonth(t.s.display.getUTCMonth()-1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(b.hasClass(e+"-iconRight"))t._correctMonth(t.s.display,t.s.display.getUTCMonth()+1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(p.parents("."+e+"-time").length){var g=p.data("value"),m=p.data("unit");if(i=t._needValue(),m==="minutes")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.minutesRange=g,t._setTime();return}else t.s.minutesRange=null;if(m==="seconds")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.secondsRange=g,t._setTime();return}else t.s.secondsRange=null;if(g==="am")if(i.getUTCHours()>=12)g=i.getUTCHours()-12;else return;else if(g==="pm")if(i.getUTCHours()<12)g=i.getUTCHours()+12;else return;var C=m==="hours"?"setUTCHours":m==="minutes"?"setUTCMinutes":"setSeconds";i[C](g),t._setCalander(),t._setTime(),t._writeOutput(!0),r()}else i=t._needValue(),i.setUTCDate(1),i.setUTCFullYear(p.data("year")),i.setUTCMonth(p.data("month")),i.setUTCDate(p.data("day")),t._writeOutput(!0),t.s.parts.time?(t._setCalander(),t._setTime()):setTimeout(function(){t._hide()},10),r()}else t.dom.input.focus()})},_compareDates:function(t,e){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate()===ce.DateTime.fromJSDate(e).toUTC().toISODate():this._dateToUtcString(t)===this._dateToUtcString(e)},_convert:function(t,e,n){if(!t)return t;if(ce)if(this._isLuxon()){var s=t instanceof Date?ce.DateTime.fromJSDate(t).toUTC():ce.DateTime.fromFormat(t,e);return s.isValid?n?s.toFormat(n):s.toJSDate():null}else{var i=t instanceof Date?ce.utc(t,void 0,this.c.locale,this.c.strict):ce(t,e,this.c.locale,this.c.strict);return i.isValid()?n?i.format(n):i.toDate():null}else{if(!e&&!n||e&&n)return t;if(e){var r=t.match(/(\d{4})\-(\d{2})\-(\d{2})/);return r?new Date(r[1],r[2]-1,r[3]):null}else return t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())}},_correctMonth:function(t,e){var n=this._daysInMonth(t.getUTCFullYear(),e),r=t.getUTCDate()>n;t.setUTCMonth(e),r&&(t.setUTCDate(n),t.setUTCMonth(e))},_daysInMonth:function(t,e){var n=t%4===0&&(t%100!==0||t%400===0),r=[31,n?29:28,31,30,31,30,31,31,30,31,30,31];return r[e]},_dateToUtc:function(t){return t&&new Date(Date.UTC(t.getFullYear(),t.getMonth(),t.getDate(),t.getHours(),t.getMinutes(),t.getSeconds()))},_dateToUtcString:function(t){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate():t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())},_hide:function(t){if(!(!t&&this.dom.input.attr("type")==="hidden")){var e=this.s.namespace;this.dom.container.detach(),Mt(window).off("."+e),Mt(document).off("keydown."+e),Mt("div.dataTables_scrollBody").off("scroll."+e),Mt("div.DTE_Body_Content").off("scroll."+e),Mt("body").off("click."+e),Mt(this.dom.input[0].offsetParent).off("."+e)}},_hours24To12:function(t){return t===0?12:t>12?t-12:t},_htmlDay:function(t){if(t.empty)return'<td class="empty"></td>';var e=["selectable"],n=this.c.classPrefix;return t.disabled&&e.push("disabled"),t.today&&e.push("now"),t.selected&&e.push("selected"),'<td data-day="'+t.day+'" class="'+e.join(" ")+'"><button class="'+n+"-button "+n+'-day" type="button" data-year="'+t.year+'" data-month="'+t.month+'" data-day="'+t.day+'"><span>'+t.day+"</span></button></td>"},_htmlMonth:function(t,e){var n=this._dateToUtc(new Date),r=this._daysInMonth(t,e),s=new Date(Date.UTC(t,e,1)).getUTCDay(),i=[],o=[];this.c.firstDay>0&&(s-=this.c.firstDay,s<0&&(s+=7));for(var u=r+s,p=u;p>7;)p-=7;u+=7-p;var b=this.c.minDate,g=this.c.maxDate;b&&(b.setUTCHours(0),b.setUTCMinutes(0),b.setSeconds(0)),g&&(g.setUTCHours(23),g.setUTCMinutes(59),g.setSeconds(59));for(var m=0,C=0;m<u;m++){var y=new Date(Date.UTC(t,e,1+(m-s))),T=this.s.d?this._compareDates(y,this.s.d):!1,P=this._compareDates(y,n),c=m<s||m>=r+s,l=b&&y<b||g&&y>g,h=this.c.disableDays;(Array.isArray(h)&&Mt.inArray(y.getUTCDay(),h)!==-1||typeof h=="function"&&h(y)===!0)&&(l=!0);var _={day:1+(m-s),month:e,year:t,selected:T,today:P,disabled:l,empty:c};o.push(this._htmlDay(_)),++C===7&&(this.c.showWeekNumber&&o.unshift(this._htmlWeekOfYear(m-s,e,t)),i.push("<tr>"+o.join("")+"</tr>"),o=[],C=0)}var F=this.c.classPrefix,O=F+"-table";if(this.c.showWeekNumber&&(O+=" weekNumber"),b){var f=b>=new Date(Date.UTC(t,e,1,0,0,0));this.dom.title.find("div."+F+"-iconLeft").css("display",f?"none":"block")}if(g){var U=g<new Date(Date.UTC(t,e+1,1,0,0,0));this.dom.title.find("div."+F+"-iconRight").css("display",U?"none":"block")}return'<table class="'+O+'"><thead>'+this._htmlMonthHead()+"</thead><tbody>"+i.join("")+"</tbody></table>"},_htmlMonthHead:function(){var t=[],e=this.c.firstDay,n=this.c.i18n,r=function(i){for(i+=e;i>=7;)i-=7;return n.weekdays[i]};this.c.showWeekNumber&&t.push("<th></th>");for(var s=0;s<7;s++)t.push("<th>"+r(s)+"</th>");return t.join("")},_htmlWeekOfYear:function(t,e,n){var r=new Date(n,e,t,0,0,0,0);r.setDate(r.getDate()+4-(r.getDay()||7));var s=new Date(n,0,1),i=Math.ceil(((r-s)/864e5+1)/7);return'<td class="'+this.c.classPrefix+'-week">'+i+"</td>"},_isLuxon:function(){return!!(ce&&ce.DateTime&&ce.Duration&&ce.Settings)},_needValue:function(){return this.s.d||(this.s.d=this._dateToUtc(new Date),this.s.parts.time||(this.s.d.setUTCHours(0),this.s.d.setUTCMinutes(0),this.s.d.setSeconds(0),this.s.d.setMilliseconds(0))),this.s.d},_options:function(t,e,n){n||(n=e);var r=this.dom.container.find("select."+this.c.classPrefix+"-"+t);r.empty();for(var s=0,i=e.length;s<i;s++)r.append('<option value="'+e[s]+'">'+n[s]+"</option>")},_optionSet:function(t,e){var n=this.dom.container.find("select."+this.c.classPrefix+"-"+t),r=n.parent().children("span");n.val(e);var s=n.find("option:selected");r.html(s.length!==0?s.text():this.c.i18n.unknown)},_optionsTime:function(t,e,n,r,s){var i=this.c.classPrefix,o=this.dom.container.find("div."+i+"-"+t),u,p,b=e===12?function(l){return l}:this._pad,g=i+"-table",m=this.c.i18n;if(o.length){var C="",y=10,T=function(l,h,_){e===12&&typeof l=="number"&&(n>=12&&(l+=12),l==12?l=0:l==24&&(l=12));var F=n===l||l==="am"&&n<12||l==="pm"&&n>=12?"selected":"";return typeof l=="number"&&r&&Mt.inArray(l,r)===-1&&(F+=" disabled"),_&&(F+=" "+_),'<td class="selectable '+F+'"><button class="'+i+"-button "+i+'-day" type="button" data-unit="'+t+'" data-value="'+l+'"><span>'+h+"</span></button></td>"};if(e===12){for(C+="<tr>",u=1;u<=6;u++)C+=T(u,b(u));for(C+=T("am",m.amPm[0]),C+="</tr>",C+="<tr>",u=7;u<=12;u++)C+=T(u,b(u));C+=T("pm",m.amPm[1]),C+="</tr>",y=7}else if(e===24){var P=0;for(p=0;p<4;p++){for(C+="<tr>",u=0;u<6;u++)C+=T(P,b(P)),P++;C+="</tr>"}y=6}else{for(C+="<tr>",p=0;p<60;p+=10)C+=T(p,b(p),"range");C+="</tr>",C+='</tbody></thead><table class="'+g+" "+g+'-nospace"><tbody>';var c=s!==null?s:n===-1?0:Math.floor(n/10)*10;for(C+="<tr>",p=c+1;p<c+10;p++)C+=T(p,b(p));C+="</tr>",y=6}o.empty().append('<table class="'+g+'"><thead><tr><th colspan="'+y+'">'+m[t]+"</th></tr></thead><tbody>"+C+"</tbody></table>")}},_optionsTitle:function(){var t=this.c.i18n,e=this.c.minDate,n=this.c.maxDate,r=e?e.getFullYear():null,s=n?n.getFullYear():null,i=r!==null?r:new Date().getFullYear()-this.c.yearRange,o=s!==null?s:new Date().getFullYear()+this.c.yearRange;this._options("month",this._range(0,11),t.months),this._options("year",this._range(i,o)),this.dom.today.text(t.today).text(t.today),this.dom.clear.text(t.clear).text(t.clear),this.dom.previous.attr("title",t.previous).children("button").text(t.previous),this.dom.next.attr("title",t.next).children("button").text(t.next)},_pad:function(t){return t<10?"0"+t:t},_position:function(){var t=this.c.attachTo==="input"?this.dom.input.position():this.dom.input.offset(),e=this.dom.container,n=this.dom.input.outerHeight();if(e.hasClass("inline")){e.insertAfter(this.dom.input);return}this.s.parts.date&&this.s.parts.time&&Mt(window).width()>550?e.addClass("horizontal"):e.removeClass("horizontal"),this.c.attachTo==="input"?e.css({top:t.top+n,left:t.left}).insertAfter(this.dom.input):e.css({top:t.top+n,left:t.left}).appendTo("body");var r=e.outerHeight(),s=e.outerWidth(),i=Mt(window).scrollTop();if(t.top+n+r-i>Mt(window).height()){var o=t.top-r;e.css("top",o<0?0:o)}if(s+t.left>Mt(window).width()){var u=Mt(window).width()-s;this.c.attachTo==="input"&&(u-=Mt(e).offsetParent().offset().left),e.css("left",u<0?0:u)}},_range:function(t,e,n){var r=[];n||(n=1);for(var s=t;s<=e;s+=n)r.push(s);return r},_setCalander:function(){this.s.display&&this.dom.calendar.empty().append(this._htmlMonth(this.s.display.getUTCFullYear(),this.s.display.getUTCMonth()))},_setTitle:function(){this._optionSet("month",this.s.display.getUTCMonth()),this._optionSet("year",this.s.display.getUTCFullYear())},_setTime:function(){var t=this,e=this.s.d,n=null;this._isLuxon()&&(n=ce.DateTime.fromJSDate(e).toUTC());var r=n!=null?n.hour:e?e.getUTCHours():-1,s=function(i){return t.c[i+"Available"]?t.c[i+"Available"]:t._range(0,59,t.c[i+"Increment"])};this._optionsTime("hours",this.s.parts.hours12?12:24,r,this.c.hoursAvailable),this._optionsTime("minutes",60,n!=null?n.minute:e?e.getUTCMinutes():-1,s("minutes"),this.s.minutesRange),this._optionsTime("seconds",60,n!=null?n.second:e?e.getSeconds():-1,s("seconds"),this.s.secondsRange)},_show:function(){var t=this,e=this.s.namespace;this._position(),Mt(window).on("scroll."+e+" resize."+e,function(){t._position()}),Mt("div.DTE_Body_Content").on("scroll."+e,function(){t._position()}),Mt("div.dataTables_scrollBody").on("scroll."+e,function(){t._position()});var n=this.dom.input[0].offsetParent;n!==document.body&&Mt(n).on("scroll."+e,function(){t._position()}),Mt(document).on("keydown."+e,function(r){(r.keyCode===9||r.keyCode===27||r.keyCode===13)&&t._hide()}),setTimeout(function(){Mt("body").on("click."+e,function(r){var s=Mt(r.target).parents();!s.filter(t.dom.container).length&&r.target!==t.dom.input[0]&&t._hide()})},10)},_writeOutput:function(t){var e=this.s.d,n="",r=this.dom.input;e&&(n=this._convert(e,null,this.c.format)),r.val(n);var s=new Event("change",{bubbles:!0});r[0].dispatchEvent(s),r.attr("type")==="hidden"&&this.val(n,!1),t&&r.focus()}});de.use=function(t){ce=t};de._instance=0;de.type="DateTime";de.defaults={attachTo:"body",buttons:{clear:!1,today:!1},classPrefix:"dt-datetime",disableDays:null,firstDay:1,format:"YYYY-MM-DD",hoursAvailable:null,i18n:{clear:"Clear",previous:"Previous",next:"Next",months:["January","February","March","April","May","June","July","August","September","October","November","December"],weekdays:["Sun","Mon","Tue","Wed","Thu","Fri","Sat"],amPm:["am","pm"],hours:"Hour",minutes:"Minute",seconds:"Second",unknown:"-",today:"Today"},maxDate:null,minDate:null,minutesAvailable:null,minutesIncrement:1,strict:!0,locale:"en",onChange:function(){},secondsAvailable:null,secondsIncrement:1,showWeekNumber:!1,yearRange:25};de.version="1.5.3";de.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(Mt=e,n=!0),n};window.DateTime||(window.DateTime=de);window.DataTable&&(window.DataTable.DateTime=de);Mt.fn.dtDateTime=function(t){return this.each(function(){new de(this,t)})};Mt.fn.dataTable&&(Mt.fn.dataTable.DateTime=de,Mt.fn.DataTable.DateTime=de,Mt.fn.dataTable.Editor&&(Mt.fn.dataTable.Editor.DateTime=de));var id=de;var ad=ie(ae(),1);var $s=ie(ae(),1);var cn=$s.default;(function(){"use strict";var t,e;function n(){var c=at.use("moment");return c||window.moment}function r(){var c=at.use("luxon");return c||window.luxon}function s(c){t=c,e=c.fn.dataTable}var i=function(){function c(l,h,_,F,O,f,U){F===void 0&&(F=0),O===void 0&&(O=1),f===void 0&&(f=void 0),U===void 0&&(U=!1);var X=this;this.classes=t.extend(!0,{},c.classes),this.c=t.extend(!0,{},c.defaults,t.fn.dataTable.ext.searchBuilder,h);var Q=this.c.i18n;if(this.s={condition:void 0,conditions:{},data:void 0,dataIdx:-1,dataPoints:[],dateFormat:!1,depth:O,dt:l,filled:!1,index:F,liveSearch:U,origData:void 0,preventRedraw:!1,serverData:f,topGroup:_,type:"",value:[]},this.dom={buttons:t("<div/>").addClass(this.classes.buttonContainer),condition:t("<select disabled/>").addClass(this.classes.condition).addClass(this.classes.dropDown).addClass(this.classes.italic).attr("autocomplete","hacking"),conditionTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.condition",Q.condition)),container:t("<div/>").addClass(this.classes.container),data:t("<select/>").addClass(this.classes.data).addClass(this.classes.dropDown).addClass(this.classes.italic),dataTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.data",Q.data)),defaultValue:t("<select 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O=l[this.s.dataIdx];if(this.s.type&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!=="")){var f=[l[this.s.dataIdx]];if(_.oLanguage.sDecimal!==""&&(f=l[this.s.dataIdx].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var U=0;U<f.length;U++)f[U]=f[U].replace(_.oLanguage.sThousands,",");O=f.join(".")}if(this.c.orthogonal.search!=="filter"&&(O=_.fastData(h,this.s.dataIdx,typeof this.c.orthogonal=="string"?this.c.orthogonal:this.c.orthogonal.search)),this.s.type==="array"){Array.isArray(O)||(O=[O]),O.sort();for(var X=0,Q=O;X<Q.length;X++){var E=Q[X];E&&typeof E=="string"&&(E=E.replace(/[\r\n\u2028]/g," "))}}else O!==null&&typeof O=="string"&&(O=O.replace(/[\r\n\u2028]/g," "));return this.s.type.includes("html")&&typeof O=="string"&&(O=O.replace(/(<([^>]+)>)/ig,"")),O===null&&(O=""),F.search(O,this.s.value,this)}},c.prototype.getDetails=function(l){l===void 0&&(l=!1);var h,_=this.s.dt.settings()[0];if(this.s.type!==null&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!==""))for(h=0;h<this.s.value.length;h++){var F=[this.s.value[h].toString()];if(_.oLanguage.sDecimal!==""&&(F=this.s.value[h].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var O=0;O<F.length;O++)F[O]=F[O].replace(_.oLanguage.sThousands,",");this.s.value[h]=F.join(".")}else if(this.s.type!==null&&l){if(this.s.type.includes("date")||this.s.type.includes("time"))for(h=0;h<this.s.value.length;h++)this.s.value[h].match(/^\d{4}-([0]\d|1[0-2])-([0-2]\d|3[01])$/g)===null&&(this.s.value[h]="");else if(this.s.type.includes("moment"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&n()(this.s.value[h],this.s.dateFormat,!0).isValid()&&(this.s.value[h]=n()(this.s.value[h],this.s.dateFormat).format("YYYY-MM-DD HH:mm:ss"));else if(this.s.type.includes("luxon"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).invalid===null&&(this.s.value[h]=r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).toFormat("yyyy-MM-dd HH:mm:ss"))}if(this.s.type&&this.s.type.includes("num")&&this.s.dt.page.info().serverSide)for(h=0;h<this.s.value.length;h++)this.s.value[h]=this.s.value[h].replace(/[^0-9.\-]/g,"");return{condition:this.s.condition,data:this.s.data,origData:this.s.origData,type:this.s.type,value:this.s.value.map(function(f){return f!=null?f.toString():f})}},c.prototype.getNode=function(){return this.dom.container},c.prototype.parseNumber=function(l){var h=this.s.dt.i18n("decimal");return h&&h!=="."&&(l=l.replace(/\./g,"").replace(h,".")),+l.replace(/(?!^-)[^0-9.]/g,"")},c.prototype.populate=function(){this._populateData(),this.s.dataIdx!==-1&&(this._populateCondition(),this.s.condition!==void 0&&this._populateValue())},c.prototype.rebuild=function(l){var h=!1,_,F;if(this._populateData(),l.data!==void 0){var O=this.classes.italic,f=this.dom.data;this.dom.data.children("option").each(function(){!h&&(t(this).text()===l.data||l.origData&&t(this).prop("origData")===l.origData)?(t(this).prop("selected",!0),f.removeClass(O),h=!0,_=parseInt(t(this).val(),10)):t(this).removeProp("selected")})}if(h){this.s.data=l.data,this.s.origData=l.origData,this.s.dataIdx=_,this.c.orthogonal=this._getOptions().orthogonal,this.dom.dataTitle.remove(),this._populateCondition(),this.dom.conditionTitle.remove();var U=void 0,X=this.dom.condition.children("option");for(F=0;F<X.length;F++){var Q=t(X[F]);l.condition!==void 0&&Q.val()===l.condition&&typeof l.condition=="string"?(Q.prop("selected",!0),U=Q.val()):Q.removeProp("selected")}if(this.s.condition=U,this.s.condition!==void 0){for(this.dom.conditionTitle.removeProp("selected"),this.dom.conditionTitle.remove(),this.dom.condition.removeClass(this.classes.italic),F=0;F<X.length;F++){var E=t(X[F]);E.val()!==this.s.condition&&E.removeProp("selected")}this._populateValue(l)}else this.dom.conditionTitle.prependTo(this.dom.condition).prop("selected",!0)}},c.prototype.setListeners=function(){var l=this;this.dom.data.unbind("change").on("change.dtsb",function(){l.dom.dataTitle.removeProp("selected");for(var h=l.dom.data.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);F.val()===l.dom.data.val()?(l.dom.data.removeClass(l.classes.italic),F.prop("selected",!0),l.s.dataIdx=+F.val(),l.s.data=F.text(),l.s.origData=F.prop("origData"),l.c.orthogonal=l._getOptions().orthogonal,l._clearCondition(),l._clearValue(),l._populateCondition(),l.s.filled&&(l.s.filled=!1,l.doSearch(),l.setListeners()),l.s.dt.state.save()):F.removeProp("selected")}}),this.dom.condition.unbind("change").on("change.dtsb",function(){l.dom.conditionTitle.removeProp("selected");for(var h=l.dom.condition.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);if(F.val()===l.dom.condition.val()){l.dom.condition.removeClass(l.classes.italic),F.prop("selected",!0);for(var O=F.val(),f=0,U=Object.keys(l.s.conditions);f<U.length;f++){var X=U[f];if(X===O){l.s.condition=O;break}}l._clearValue(),l._populateValue();for(var Q=0,E=l.dom.value;Q<E.length;Q++){var $=E[Q];l.s.filled&&$!==void 0&&l.dom.inputCont.has($[0]).length!==0&&(l.s.filled=!1,l.doSearch(),l.setListeners())}(l.dom.value.length===0||l.dom.value.length===1&&l.dom.value[0]===void 0)&&l.doSearch()}else F.removeProp("selected")}})},c.prototype.setupButtons=function(){if(window.innerWidth>550){this.dom.container.removeClass(this.classes.vertical),this.dom.buttons.css("left",null),this.dom.buttons.css("top",null);return}this.dom.container.addClass(this.classes.vertical),this.dom.buttons.css("left",this.dom.data.innerWidth()),this.dom.buttons.css("top",this.dom.data.position().top)},c.prototype._buildCriteria=function(){this.dom.data.append(this.dom.dataTitle),this.dom.condition.append(this.dom.conditionTitle),this.dom.container.append(this.dom.data).append(this.dom.condition),this.dom.inputCont.empty();for(var l=0,h=this.dom.value;l<h.length;l++){var _=h[l];_.append(this.dom.valueTitle),this.dom.inputCont.append(_)}this.dom.buttons.append(this.dom.delete).append(this.dom.right),this.dom.container.append(this.dom.inputCont).append(this.dom.buttons),this.setListeners()},c.prototype._clearCondition=function(){this.dom.condition.empty(),this.dom.conditionTitle.prop("selected",!0).attr("disabled","true"),this.dom.condition.prepend(this.dom.conditionTitle).prop("selectedIndex",0),this.s.conditions={},this.s.condition=void 0},c.prototype._clearValue=function(){var l;if(this.s.condition!==void 0){if(this.dom.value.length>0&&this.dom.value[0]!==void 0)for(var h=0,_=this.dom.value;h<_.length;h++)l=_[h],l!==void 0&&setTimeout(function(){l.remove()},50);if(this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener)),this.dom.value.length>0&&this.dom.value[0]!==void 0){this.dom.inputCont.empty().append(this.dom.value[0]).insertAfter(this.dom.condition),t(this.dom.value[0]).trigger("dtsb-inserted");for(var F=1;F<this.dom.value.length;F++)this.dom.inputCont.append(this.dom.value[F]),t(this.dom.value[F]).trigger("dtsb-inserted")}}else{for(var O=0,f=this.dom.value;O<f.length;O++)l=f[O],l!==void 0&&setTimeout(function(){l.remove()},50);this.dom.valueTitle.prop("selected",!0),this.dom.defaultValue.append(this.dom.valueTitle).insertAfter(this.dom.condition)}this.s.value=[],this.dom.value=[t("<select disabled/>").addClass(this.classes.value).addClass(this.classes.dropDown).addClass(this.classes.italic).addClass(this.classes.select).append(this.dom.valueTitle.clone())]},c.prototype._getOptions=function(){var l=this.s.dt;return t.extend(!0,{},c.defaults,l.settings()[0].aoColumns[this.s.dataIdx].searchBuilder)},c.prototype._populateCondition=function(){var l=[],h=Object.keys(this.s.conditions).length,_=this.s.dt,F=_.settings()[0].aoColumns,O=+this.dom.data.children("option:selected").val(),f,U;if(h===0){if(this.s.type=_.column(O).type(),F!==void 0){var X=F[O];X.searchBuilderType!==void 0&&X.searchBuilderType!==null?this.s.type=X.searchBuilderType:(this.s.type===void 0||this.s.type===null)&&(this.s.type=X.sType)}(this.s.type===null||this.s.type===void 0)&&(t.fn.dataTable.ext.oApi&&t.fn.dataTable.ext.oApi._fnColumnTypes(_.settings()[0]),this.s.type=_.column(O).type()),this.dom.condition.removeAttr("disabled").empty().append(this.dom.conditionTitle).addClass(this.classes.italic),this.dom.conditionTitle.prop("selected",!0);var Q=_.settings()[0].oLanguage.sDecimal;Q!==""&&this.s.type&&this.s.type.indexOf(Q)===this.s.type.length-Q.length&&(this.s.type.includes("num-fmt")?this.s.type=this.s.type.replace(Q,""):this.s.type.includes("num")&&(this.s.type=this.s.type.replace(Q,"")));var E=void 0;this.c.conditions[this.s.type]!==void 0?E=this.c.conditions[this.s.type]:this.s.type&&this.s.type.includes("datetime-")?(E=at.use("moment")?this.c.conditions.moment:this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/datetime-/g,"")):this.s.type&&this.s.type.includes("moment")?(E=this.c.conditions.moment,this.s.dateFormat=this.s.type.replace(/moment-/g,"")):this.s.type&&this.s.type.includes("luxon")?(E=this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/luxon-/g,"")):E=this.c.conditions.string;for(var $=0,w=Object.keys(E);$<w.length;$++)if(f=w[$],E[f]!==null){if(_.page.info().serverSide&&E[f].init===c.initSelect){var k=F[O];this.s.serverData&&this.s.serverData[k.data]?(E[f].init=c.initSelectSSP,E[f].inputValue=c.inputValueSelect,E[f].isInputValid=c.isInputValidSelect):(E[f].init=c.initInput,E[f].inputValue=c.inputValueInput,E[f].isInputValid=c.isInputValidInput)}this.s.conditions[f]=E[f],U=E[f].conditionName,typeof U=="function"&&(U=U(_,this.c.i18n)),l.push(t("<option>",{text:U,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic))}}else if(h>0){this.dom.condition.empty().removeAttr("disabled").addClass(this.classes.italic);for(var S=0,B=Object.keys(this.s.conditions);S<B.length;S++){f=B[S];var L=this.s.conditions[f].conditionName;typeof L=="function"&&(L=L(_,this.c.i18n));var R=t("<option>",{text:L,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic);this.s.condition!==void 0&&this.s.condition===L&&(R.prop("selected",!0),this.dom.condition.removeClass(this.classes.italic)),l.push(R)}}else{this.dom.condition.attr("disabled","true").addClass(this.classes.italic);return}for(var q=0,z=l;q<z.length;q++){var G=z[q];this.dom.condition.append(G)}if(F[O].searchBuilder&&F[O].searchBuilder.defaultCondition){var nt=F[O].searchBuilder.defaultCondition;if(typeof nt=="number")this.dom.condition.prop("selectedIndex",nt),this.dom.condition.trigger("change");else if(typeof nt=="string")for(var tt=0;tt<l.length;tt++)for(var et=0,wt=Object.keys(this.s.conditions);et<wt.length;et++){var St=wt[et];if(U=this.s.conditions[St].conditionName,(typeof U=="string"?U:U(_,this.c.i18n))===l[tt].text()&&St===nt){this.dom.condition.prop("selectedIndex",this.dom.condition.children().toArray().indexOf(l[tt][0])).removeClass(this.classes.italic),this.dom.condition.trigger("change"),tt=l.length;break}}}else this.dom.condition.prop("selectedIndex",0)},c.prototype._populateData=function(){var l=this.s.dt.settings()[0].aoColumns,h=this.s.dt.columns(this.c.columns).indexes().toArray();this.dom.data.empty().append(this.dom.dataTitle);for(var _=0;_<l.length;_++)if(this.c.columns===!0||h.includes(_)){var F=l[_],O={index:_,origData:F.data,text:(F.searchBuilderTitle||F.sTitle).replace(/(<([^>]+)>)/ig,"")};this.dom.data.append(t("<option>",{text:O.text,value:O.index}).addClass(this.classes.option).addClass(this.classes.notItalic).prop("origData",F.data).prop("selected",this.s.dataIdx===O.index)),this.s.dataIdx===O.index&&this.dom.dataTitle.removeProp("selected")}},c.prototype._populateValue=function(l){var h=this,_=this.s.filled,F;this.s.filled=!1,setTimeout(function(){h.dom.defaultValue.remove()},50);for(var O=function(E){setTimeout(function(){E!==void 0&&E.remove()},50)},f=0,U=this.dom.value;f<U.length;f++){var X=U[f];O(X)}var Q=this.dom.inputCont.children();if(Q.length>1)for(F=0;F<Q.length;F++)t(Q[F]).remove();for(l!==void 0&&this.s.dt.columns().every(function(E){h.s.dt.settings()[0].aoColumns[E].sTitle===l.data&&(h.s.dataIdx=E)}),this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener,l!==void 0?l.value:void 0)),l!==void 0&&l.value!==void 0&&(this.s.value=l.value),this.dom.inputCont.empty(),this.dom.value[0]!==void 0&&t(this.dom.value[0]).appendTo(this.dom.inputCont).trigger("dtsb-inserted"),F=1;F<this.dom.value.length;F++)t(this.dom.value[F]).insertAfter(this.dom.value[F-1]).trigger("dtsb-inserted");this.s.filled=this.s.conditions[this.s.condition].isInputValid(this.dom.value,this),this.setListeners(),!this.s.preventRedraw&&_!==this.s.filled&&(this.s.dt.page.info().serverSide||this.doSearch(),this.setListeners())},c.prototype._throttle=function(l,h){h===void 0&&(h=200);var _=null,F=null,O=this;return h===null&&(h=200),function(){for(var f=[],U=0;U<arguments.length;U++)f[U]=arguments[U];var X=+new 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X=t("<select/>").addClass(c.classes.value).addClass(c.classes.dropDown).addClass(c.classes.italic).addClass(c.classes.select).append(l.dom.valueTitle).on("change.dtsb",function(){t(this).removeClass(c.classes.italic),h(l,this)});l.c.greyscale&&X.addClass(c.classes.greyscale);for(var Q=[],E=[],$=0,w=f;$<w.length;$++){var k=w[$],S=U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.search),B={filter:typeof S=="string"?S.replace(/[\r\n\u2028]/g," "):S,index:k,text:U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.display)};l.s.type==="array"&&(B.filter=Array.isArray(B.filter)?B.filter:[B.filter],B.text=Array.isArray(B.text)?B.text:[B.text]);var L=function(nt,tt){l.s.type.includes("html")&&nt!==null&&typeof nt=="string"&&nt.replace(/(<([^>]+)>)/ig,"");var et=t("<option>",{type:Array.isArray(nt)?"Array":"String",value:nt}).data("sbv",nt).addClass(l.classes.option).addClass(l.classes.notItalic).html(typeof 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l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notEmpty",h.conditions.number.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.stringConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.equals",h.conditions.string.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l===h[0]}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.not",h.conditions.string.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidInput,search:function(l,h){return l!==h[0]}},starts:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.startsWith",h.conditions.string.startsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())===0}},"!starts":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notStartsWith",h.conditions.string.notStartsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())!==0}},contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.contains",h.conditions.string.contains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().includes(h[0].toLowerCase())}},"!contains":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notContains",h.conditions.string.notContains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().includes(h[0].toLowerCase())}},ends:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.endsWith",h.conditions.string.endsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().endsWith(h[0].toLowerCase())}},"!ends":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEndsWith",h.conditions.string.notEndsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().endsWith(h[0].toLowerCase())}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.empty",h.conditions.string.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEmpty",h.conditions.string.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.arrayConditions={contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.contains",h.conditions.array.contains)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.includes(h[0])}},without:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.without",h.conditions.array.without)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.indexOf(h[0])===-1}},"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.equals",h.conditions.array.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!1;return!0}return!1}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.not",h.conditions.array.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!0;return!1}return!0}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.empty",h.conditions.array.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.notEmpty",h.conditions.array.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l!=null&&l.length!==0}}},c.defaults={columns:!0,conditions:{array:c.arrayConditions,date:c.dateConditions,html:c.stringConditions,"html-num":c.numConditions,"html-num-fmt":c.numFmtConditions,luxon:c.luxonDateConditions,moment:c.momentDateConditions,num:c.numConditions,"num-fmt":c.numFmtConditions,string:c.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},liveSearch:!0,logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),o;function u(c){o=c,c.fn.dataTable}var p=function(){function c(l,h,_,F,O,f,U){return F===void 0&&(F=0),O===void 0&&(O=!1),f===void 0&&(f=1),U===void 0&&(U=void 0),this.classes=o.extend(!0,{},c.classes),this.c=o.extend(!0,{},c.defaults,h),this.s={criteria:[],depth:f,dt:l,index:F,isChild:O,logic:void 0,opts:h,preventRedraw:!1,serverData:U,toDrop:void 0,topGroup:_},this.dom={add:o("<button/>").addClass(this.classes.add).addClass(this.classes.button).attr("type","button"),clear:o("<button>&times</button>").addClass(this.classes.button).addClass(this.classes.clearGroup).attr("type","button"),container:o("<div/>").addClass(this.classes.group),logic:o("<button><div/></button>").addClass(this.classes.logic).addClass(this.classes.button).attr("type","button"),logicContainer:o("<div/>").addClass(this.classes.logicContainer),search:o("<button/>").addClass(this.classes.search).addClass(this.classes.button).attr("type","button").css("display","none")},this.s.topGroup===void 0&&(this.s.topGroup=this.dom.container),this._setup(),this}return c.prototype.destroy=function(){this.dom.add.off(".dtsb"),this.dom.logic.off(".dtsb"),this.dom.search.off(".dtsb"),this.dom.container.trigger("dtsb-destroy").remove(),this.s.criteria=[]},c.prototype.getDetails=function(l){if(l===void 0&&(l=!1),this.s.criteria.length===0)return{};for(var h={criteria:[],logic:this.s.logic},_=0,F=this.s.criteria;_<F.length;_++){var O=F[_];h.criteria.push(O.criteria.getDetails(l))}return h},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){var h;if(!(l.criteria===void 0||l.criteria===null||Array.isArray(l.criteria)&&l.criteria.length===0)){if(this.s.logic=l.logic,this.dom.logic.children().first().html(this.s.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),Array.isArray(l.criteria))for(var _=0,F=l.criteria;_<F.length;_++)h=F[_],h.logic!==void 0?this._addPrevGroup(h):h.logic===void 0&&this._addPrevCriteria(h);for(var O=0,f=this.s.criteria;O<f.length;O++)h=f[O],h.criteria instanceof i&&(h.criteria.updateArrows(this.s.criteria.length>1),this._setCriteriaListeners(h.criteria))}},c.prototype.redrawContents=function(){if(!this.s.preventRedraw){this.dom.container.children().detach(),this.dom.container.append(this.dom.logicContainer).append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search),this.s.criteria.sort(function(_,F){return _.criteria.s.index<F.criteria.s.index?-1:_.criteria.s.index>F.criteria.s.index?1:0}),this.setListeners();for(var l=0;l<this.s.criteria.length;l++){var h=this.s.criteria[l].criteria;h instanceof i?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),this._setCriteriaListeners(h),this.s.criteria[l].criteria.s.preventRedraw=this.s.preventRedraw,this.s.criteria[l].criteria.rebuild(this.s.criteria[l].criteria.getDetails()),this.s.criteria[l].criteria.s.preventRedraw=!1):h instanceof c&&h.s.criteria.length>0?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),h.s.preventRedraw=this.s.preventRedraw,h.redrawContents(),h.s.preventRedraw=!1,this._setGroupListeners(h)):(this.s.criteria.splice(l,1),l--)}this.setupLogic()}},c.prototype.redrawLogic=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof c&&_.criteria.redrawLogic()}this.setupLogic()},c.prototype.search=function(l,h){return this.s.logic==="AND"?this._andSearch(l,h):this.s.logic==="OR"?this._orSearch(l,h):!0},c.prototype.setupLogic=function(){if(this.dom.logicContainer.remove(),this.dom.clear.remove(),this.s.criteria.length<1){this.s.isChild||(this.dom.container.trigger("dtsb-destroy"),this.dom.container.css("margin-left",0)),this.dom.search.css("display","none");return}this.dom.clear.height("0px"),this.dom.logicContainer.append(this.dom.clear),this.s.isChild||this.dom.search.css("display","inline-block"),this.dom.container.prepend(this.dom.logicContainer);for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof i&&_.criteria.setupButtons()}var F=this.dom.container.outerHeight()-1;this.dom.logicContainer.width(F),this._setLogicListener(),this.dom.container.css("margin-left",this.dom.logicContainer.outerHeight(!0));var O=this.dom.logicContainer.offset(),f=O.left,U=this.dom.container.offset().left,X=f-U,Q=f-X-this.dom.logicContainer.outerHeight(!0);this.dom.logicContainer.offset({left:Q});var E=this.dom.logicContainer.next(),$=O.top,w=o(E).offset().top,k=$-w,S=$-k;this.dom.logicContainer.offset({top:S}),this.dom.clear.outerHeight(this.dom.logicContainer.height()),this._setClearListener()},c.prototype.setListeners=function(){var l=this;this.dom.add.unbind("click"),this.dom.add.on("click.dtsb",function(){return l.s.isChild||l.dom.container.prepend(l.dom.logicContainer),l.addCriteria(),l.dom.container.trigger("dtsb-add"),l.s.dt.state.save(),!1}),this.dom.search.off("click.dtsb").on("click.dtsb",function(){l.s.dt.draw()});for(var h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}this._setClearListener(),this._setLogicListener()},c.prototype.addCriteria=function(l){l===void 0&&(l=null);var h=l===null?this.s.criteria.length:l.s.index,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData,this.c.liveSearch);l!==null&&(_.c=l.c,_.s=l.s,_.s.depth=this.s.depth,_.classes=l.classes),_.populate();for(var F=!1,O=0;O<this.s.criteria.length;O++)O===0&&this.s.criteria[O].criteria.s.index>_.s.index?(_.getNode().insertBefore(this.s.criteria[O].criteria.dom.container),F=!0):O<this.s.criteria.length-1&&this.s.criteria[O].criteria.s.index<_.s.index&&this.s.criteria[O+1].criteria.s.index>_.s.index&&(_.getNode().insertAfter(this.s.criteria[O].criteria.dom.container),F=!0);F||_.getNode().insertBefore(this.dom.add),this.s.criteria.push({criteria:_,index:h}),this.s.criteria=this.s.criteria.sort(function(Q,E){return Q.criteria.s.index-E.criteria.s.index});for(var f=0,U=this.s.criteria;f<U.length;f++){var X=U[f];X.criteria instanceof i&&X.criteria.updateArrows(this.s.criteria.length>1)}this._setCriteriaListeners(_),_.setListeners(),this.setupLogic()},c.prototype.checkFilled=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];if(_.criteria instanceof i&&_.criteria.s.filled||_.criteria instanceof c&&_.criteria.checkFilled())return!0}return!1},c.prototype.count=function(){for(var l=0,h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria instanceof c?l+=F.criteria.count():l++}return l},c.prototype._addPrevGroup=function(l){var h=this.s.criteria.length,_=new c(this.s.dt,this.c,this.s.topGroup,h,!0,this.s.depth+1,this.s.serverData);this.s.criteria.push({criteria:_,index:h,logic:_.s.logic}),_.rebuild(l),this.s.criteria[h].criteria=_,this.s.topGroup.trigger("dtsb-redrawContents"),this._setGroupListeners(_)},c.prototype._addPrevCriteria=function(l){var h=this.s.criteria.length,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData);_.populate(),this.s.criteria.push({criteria:_,index:h}),_.s.preventRedraw=this.s.preventRedraw,_.rebuild(l),_.s.preventRedraw=!1,this.s.criteria[h].criteria=_,this.s.preventRedraw||this.s.topGroup.trigger("dtsb-redrawContents")},c.prototype._andSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=0,F=this.s.criteria;_<F.length;_++){var O=F[_];if(!(O.criteria instanceof i&&!O.criteria.s.filled)&&!O.criteria.search(l,h))return!1}return!0},c.prototype._orSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=!1,F=0,O=this.s.criteria;F<O.length;F++){var f=O[F];if(f.criteria instanceof i&&f.criteria.s.filled){if(_=!0,f.criteria.search(l,h))return!0}else if(f.criteria instanceof c&&f.criteria.checkFilled()&&(_=!0,f.criteria.search(l,h)))return!0}return!_},c.prototype._removeCriteria=function(l,h){h===void 0&&(h=!1);var _;if(this.s.criteria.length<=1&&this.s.isChild)this.destroy();else{var F=void 0;for(_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index===l.s.index&&(!h||this.s.criteria[_].criteria instanceof c)&&(F=_);for(F!==void 0&&this.s.criteria.splice(F,1),_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index=_,this.s.criteria[_].criteria.s.index=_}},c.prototype._setCriteriaListeners=function(l){var h=this;l.dom.delete.unbind("click").on("click.dtsb",function(){h._removeCriteria(l),l.dom.container.remove();for(var _=0,F=h.s.criteria;_<F.length;_++){var O=F[_];O.criteria instanceof i&&O.criteria.updateArrows(h.s.criteria.length>1)}return l.destroy(),h.s.dt.draw(),h.s.topGroup.trigger("dtsb-redrawContents"),!1}),l.dom.right.unbind("click").on("click.dtsb",function(){var _=l.s.index,F=new c(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,!0,h.s.depth+1,h.s.serverData);return F.addCriteria(l),h.s.criteria[_].criteria=F,h.s.criteria[_].logic="AND",h.s.topGroup.trigger("dtsb-redrawContents"),h._setGroupListeners(F),!1}),l.dom.left.unbind("click").on("click.dtsb",function(){h.s.toDrop=new i(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,void 0,h.s.serverData),h.s.toDrop.s=l.s,h.s.toDrop.c=l.c,h.s.toDrop.classes=l.classes,h.s.toDrop.populate();var _=h.s.toDrop.s.index;return h.dom.container.trigger("dtsb-dropCriteria"),l.s.index=_,h._removeCriteria(l),h.s.topGroup.trigger("dtsb-redrawContents"),h.s.dt.draw(),!1})},c.prototype._setClearListener=function(){var l=this;this.dom.clear.unbind("click").on("click.dtsb",function(){return l.s.isChild?(l.destroy(),l.s.topGroup.trigger("dtsb-redrawContents"),!1):(l.dom.container.trigger("dtsb-clearContents"),!1)})},c.prototype._setGroupListeners=function(l){var h=this;l.dom.add.unbind("click").on("click.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-add").on("dtsb-add.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-destroy").on("dtsb-destroy.dtsb",function(){return h._removeCriteria(l,!0),l.dom.container.remove(),h.setupLogic(),!1}),l.dom.container.unbind("dtsb-dropCriteria").on("dtsb-dropCriteria.dtsb",function(){var _=l.s.toDrop;return _.s.index=l.s.index,_.updateArrows(h.s.criteria.length>1),h.addCriteria(_),!1}),l.setListeners()},c.prototype._setup=function(){this.setListeners(),this.dom.add.html(this.s.dt.i18n("searchBuilder.add",this.c.i18n.add)),this.dom.search.html(this.s.dt.i18n("searchBuilder.search",this.c.i18n.search)),this.dom.logic.children().first().html(this.c.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),this.s.logic=this.c.logic==="OR"?"OR":"AND",this.c.greyscale&&this.dom.logic.addClass(this.classes.greyscale),this.dom.logicContainer.append(this.dom.logic).append(this.dom.clear),this.s.isChild&&this.dom.container.append(this.dom.logicContainer),this.dom.container.append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search)},c.prototype._setLogicListener=function(){var l=this;this.dom.logic.unbind("click").on("click.dtsb",function(){l._toggleLogic(),l.s.dt.draw();for(var h=0,_=l.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}})},c.prototype._toggleLogic=function(){this.s.logic==="OR"?(this.s.logic="AND",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd))):this.s.logic==="AND"&&(this.s.logic="OR",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr)))},c.version="1.1.0",c.classes={add:"dtsb-add",button:"dtsb-button",clearGroup:"dtsb-clearGroup",greyscale:"dtsb-greyscale",group:"dtsb-group",inputButton:"dtsb-iptbtn",logic:"dtsb-logic",logicContainer:"dtsb-logicContainer",search:"dtsb-search"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),b,g;function m(c){b=c,g=c.fn.DataTable}var C=function(){function c(l,h){var _=this;if(!g||!g.versionCheck||!g.versionCheck("2"))throw new Error("SearchBuilder requires DataTables 2 or newer");var F=new g.Api(l);if(this.classes=b.extend(!0,{},c.classes),this.c=b.extend(!0,{},c.defaults,h),this.dom={clearAll:b('<button type="button">'+F.i18n("searchBuilder.clearAll",this.c.i18n.clearAll)+"</button>").addClass(this.classes.clearAll).addClass(this.classes.button).attr("type","button"),container:b("<div/>").addClass(this.classes.container),title:b("<div/>").addClass(this.classes.title),titleRow:b("<div/>").addClass(this.classes.titleRow),topGroup:void 0},this.s={dt:F,opts:h,search:void 0,serverData:void 0,topGroup:void 0},F.settings()[0]._searchBuilder===void 0)return F.settings()[0]._searchBuilder=this,this.s.dt.page.info().serverSide&&(this.s.dt.on("preXhr.dtsb",function(O,f,U){var X=_.s.dt.state.loaded();X&&X.searchBuilder&&(U.searchBuilder=_._collapseArray(X.searchBuilder))}),this.s.dt.on("xhr.dtsb",function(O,f,U){U&&U.searchBuilder&&U.searchBuilder.options&&(_.s.serverData=U.searchBuilder.options)})),this.s.dt.settings()[0]._bInitComplete?this._setUp():F.one("init.dt",function(){_._setUp()}),this}return c.prototype.getDetails=function(l){return l===void 0&&(l=!1),this.s.topGroup.getDetails(l)},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){return this.dom.clearAll.click(),l==null?this:(this.s.topGroup.s.preventRedraw=!0,this.s.topGroup.rebuild(l),this.s.topGroup.s.preventRedraw=!1,this._checkClear(),this._updateTitle(this.s.topGroup.count()),this.s.topGroup.redrawContents(),this.s.dt.draw(!1),this.s.topGroup.setListeners(),this)},c.prototype._applyPreDefDefaults=function(l){var h=this;l.criteria!==void 0&&l.logic===void 0&&(l.logic="AND");for(var _=function(X){X.criteria!==void 0?X=F._applyPreDefDefaults(X):F.s.dt.columns().every(function(Q){h.s.dt.settings()[0].aoColumns[Q].sTitle===X.data&&(X.dataIdx=Q)})},F=this,O=0,f=l.criteria;O<f.length;O++){var U=f[O];_(U)}return l},c.prototype._setUp=function(l){var h=this;if(l===void 0&&(l=!0),typeof this.s.dt.column().type!="function"&&at.Api.registerPlural("columns().types()","column().type()",function(){return this.iterator("column",function(w,k){return w.aoColumns[k].sType},1)}),!g.DateTime){var _=this.s.dt.columns().types().toArray();if(_===void 0||_.includes(void 0)||_.includes(null)){_=[];for(var F=0,O=this.s.dt.settings()[0].aoColumns;F<O.length;F++){var f=O[F];_.push(f.searchBuilderType!==void 0?f.searchBuilderType:f.sType)}}var U=this.s.dt.columns().toArray();(_===void 0||_.includes(void 0)||_.includes(null))&&(b.fn.dataTable.ext.oApi&&b.fn.dataTable.ext.oApi._fnColumnTypes(this.s.dt.settings()[0]),_=this.s.dt.columns().types().toArray());for(var X=0;X<U[0].length;X++){var Q=U[0][X],E=_[Q];if((this.c.columns===!0||Array.isArray(this.c.columns)&&this.c.columns.includes(X))&&(E.includes("date")||E.includes("moment")||E.includes("luxon")))throw alert("SearchBuilder Requires DateTime when used with dates."),new Error("SearchBuilder requires DateTime")}}if(this.s.topGroup=new p(this.s.dt,this.c,void 0,void 0,void 0,void 0,this.s.serverData),this._setClearListener(),this.s.dt.on("stateSaveParams.dtsb",function(w,k,S){S.searchBuilder=h.getDetails(),S.scroller?S.start=h.s.dt.state().start:S.page=h.s.dt.page()}),this.s.dt.on("stateLoadParams.dtsb",function(w,k,S){h.rebuild(S.searchBuilder)}),this._build(),this.s.dt.on("preXhr.dtsb",function(w,k,S){h.s.dt.page.info().serverSide&&(S.searchBuilder=h._collapseArray(h.getDetails(!0)))}),this.s.dt.on("columns-reordered",function(){h.rebuild(h.getDetails())}),l){var $=this.s.dt.state.loaded();$!==null&&$.searchBuilder!==void 0?(this.s.topGroup.rebuild($.searchBuilder),this.s.topGroup.dom.container.trigger("dtsb-redrawContents"),this.s.dt.page.info().serverSide||($.page?this.s.dt.page($.page).draw("page"):this.s.dt.scroller&&$.scroller&&this.s.dt.scroller().scrollToRow($.scroller.topRow)),this.s.topGroup.setListeners()):this.c.preDefined!==!1&&(this.c.preDefined=this._applyPreDefDefaults(this.c.preDefined),this.rebuild(this.c.preDefined))}this._setEmptyListener(),this.s.dt.state.save()},c.prototype._collapseArray=function(l){if(l.logic===void 0)l.value!==void 0&&(l.value.sort(function(_,F){return isNaN(+_)||(_=+_,F=+F),_<F?-1:F<_?1:0}),l.value1=l.value[0],l.value2=l.value[1]);else for(var h=0;h<l.criteria.length;h++)l.criteria[h]=this._collapseArray(l.criteria[h]);return l},c.prototype._updateTitle=function(l){this.dom.title.html(this.s.dt.i18n("searchBuilder.title",this.c.i18n.title,l))},c.prototype._build=function(){var l=this;this.dom.clearAll.remove(),this.dom.container.empty();var h=this.s.topGroup.count();this._updateTitle(h),this.dom.titleRow.append(this.dom.title),this.dom.container.append(this.dom.titleRow),this.dom.topGroup=this.s.topGroup.getNode(),this.dom.container.append(this.dom.topGroup),this._setRedrawListener();var _=this.s.dt.table(0).node();b.fn.dataTable.ext.search.includes(this.s.search)||(this.s.search=function(F,O,f){return F.nTable!==_?!0:l.s.topGroup.search(O,f)},b.fn.dataTable.ext.search.push(this.s.search)),this.s.dt.on("destroy.dtsb",function(){l.dom.container.remove(),l.dom.clearAll.remove();for(var F=b.fn.dataTable.ext.search.indexOf(l.s.search);F!==-1;)b.fn.dataTable.ext.search.splice(F,1),F=b.fn.dataTable.ext.search.indexOf(l.s.search);l.s.dt.off(".dtsb"),b(l.s.dt.table().node()).off(".dtsb")})},c.prototype._checkClear=function(){this.s.topGroup.s.criteria.length>0?(this.dom.clearAll.insertAfter(this.dom.title),this._setClearListener()):this.dom.clearAll.remove()},c.prototype._filterChanged=function(l){var h=this.c.filterChanged;typeof h=="function"&&h(l,this.s.dt.i18n("searchBuilder.button",this.c.i18n.button,l))},c.prototype._setClearListener=function(){var l=this;this.dom.clearAll.unbind("click"),this.dom.clearAll.on("click.dtsb",function(){return l.s.topGroup=new p(l.s.dt,l.c,void 0,void 0,void 0,void 0,l.s.serverData),l._build(),l.s.dt.draw(),l.s.topGroup.setListeners(),l.dom.clearAll.remove(),l._setEmptyListener(),l._filterChanged(0),!1})},c.prototype._setRedrawListener=function(){var l=this;this.s.topGroup.dom.container.unbind("dtsb-redrawContents"),this.s.topGroup.dom.container.on("dtsb-redrawContents.dtsb",function(){l._checkClear(),l.s.topGroup.redrawContents(),l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l.s.dt.page.info().serverSide||l.s.dt.draw(),l.s.dt.state.save()}),this.s.topGroup.dom.container.unbind("dtsb-redrawContents-noDraw"),this.s.topGroup.dom.container.on("dtsb-redrawContents-noDraw.dtsb",function(){l._checkClear(),l.s.topGroup.s.preventRedraw=!0,l.s.topGroup.redrawContents(),l.s.topGroup.s.preventRedraw=!1,l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-redrawLogic"),this.s.topGroup.dom.container.on("dtsb-redrawLogic.dtsb",function(){l.s.topGroup.redrawLogic();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-add"),this.s.topGroup.dom.container.on("dtsb-add.dtsb",function(){var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l._checkClear()}),this.s.dt.on("postEdit.dtsb postCreate.dtsb postRemove.dtsb",function(){l.s.topGroup.redrawContents()}),this.s.topGroup.dom.container.unbind("dtsb-clearContents"),this.s.topGroup.dom.container.on("dtsb-clearContents.dtsb",function(){l._setUp(!1),l._filterChanged(0),l.s.dt.draw()})},c.prototype._setEmptyListener=function(){var l=this;this.s.topGroup.dom.add.on("click.dtsb",function(){l._checkClear()}),this.s.topGroup.dom.container.on("dtsb-destroy.dtsb",function(){l.dom.clearAll.remove()})},c.version="1.8.0",c.classes={button:"dtsb-button",clearAll:"dtsb-clearAll",container:"dtsb-searchBuilder",inputButton:"dtsb-iptbtn",title:"dtsb-title",titleRow:"dtsb-titleRow"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",conditions:{array:{contains:"Contains",empty:"Empty",equals:"Equals",not:"Not",notEmpty:"Not Empty",without:"Without"},date:{after:"After",before:"Before",between:"Between",empty:"Empty",equals:"Equals",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},number:{between:"Between",empty:"Empty",equals:"Equals",gt:"Greater Than",gte:"Greater Than Equal To",lt:"Less Than",lte:"Less Than Equal To",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},string:{contains:"Contains",empty:"Empty",endsWith:"Ends With",equals:"Equals",not:"Not",notContains:"Does Not Contain",notEmpty:"Not Empty",notEndsWith:"Does Not End With",notStartsWith:"Does Not Start With",startsWith:"Starts With"}},data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}();m(cn),u(cn),s(cn);var y=cn.fn.dataTable;at.SearchBuilder=C,y.SearchBuilder=C,at.Group=p,y.Group=p,at.Criteria=i,y.Criteria=i;var T=at.Api.register;at.ext.searchBuilder={conditions:{}},at.ext.buttons.searchBuilder={action:function(c,l,h,_){this.popover(_._searchBuilder.getNode(),{align:"container",span:"container"});var F=_._searchBuilder.s.topGroup;F!==void 0&&F.dom.container.trigger("dtsb-redrawContents-noDraw"),F.s.criteria.length===0&&cn("."+cn.fn.dataTable.Group.classes.add.replace(/ /g,".")).click()},config:{},init:function(c,l,h){var _=new at.SearchBuilder(c,cn.extend({filterChanged:function(F,O){c.button(l).text(O)}},h.config));c.button(l).text(h.text||c.i18n("searchBuilder.button",_.c.i18n.button,0)),h._searchBuilder=_},text:null},T("searchBuilder.getDetails()",function(c){c===void 0&&(c=!1);var l=this.context[0];return l._searchBuilder?l._searchBuilder.getDetails(c):null}),T("searchBuilder.rebuild()",function(c){var l=this.context[0];return l._searchBuilder===void 0?null:(l._searchBuilder.rebuild(c),this)}),T("searchBuilder.container()",function(){var c=this.context[0];return c._searchBuilder?c._searchBuilder.getNode():null});function P(c,l){var h=new at.Api(c),_=l||h.init().searchBuilder||at.defaults.searchBuilder,F=new C(h,_),O=F.getNode();return O}cn(document).on("preInit.dt.dtsp",function(c,l){c.namespace==="dt"&&(l.oInit.searchBuilder||at.defaults.searchBuilder)&&(l._searchBuilder||P(l))}),at.ext.feature.push({cFeature:"Q",fnInit:P}),at.feature&&at.feature.register("searchBuilder",P)})();var sd=ie(ae(),1);var Zs=ie(ae(),1);var Ze=Zs.default;(function(){"use strict";var t,e;function n(w){t=w,e=w.fn.dataTable}var r=function(){function w(k,S,B,L,R){var q=this;if(R===void 0&&(R=null),!e||!e.versionCheck||!e.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!e.select)throw new Error("SearchPane requires Select");var z=new e.Api(k);this.classes=t.extend(!0,{},w.classes),this.c=t.extend(!0,{},w.defaults,S,R),S&&S.hideCount&&S.viewCount===void 0&&(this.c.viewCount=!this.c.hideCount);var G=z.columns().eq(0).toArray().length;this.s={colExists:B<G,colOpts:void 0,customPaneSettings:R,displayed:!1,dt:z,dtPane:void 0,firstSet:!0,index:B,indexes:[],listSet:!1,name:void 0,rowData:{arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0},scrollTop:0,searchFunction:void 0,selections:[],serverSelect:[],serverSelecting:!1,tableLength:null,updating:!1},this.s.colOpts=this.s.colExists?this._getOptions():this._getBonusOptions(),this.dom={buttonGroup:t("<div/>").addClass(this.classes.buttonGroup),clear:t('<button type="button">&#215;</button>').attr("disabled","true").addClass(this.classes.disabledButton).addClass(this.classes.paneButton).addClass(this.classes.clearButton).html(this.s.dt.i18n("searchPanes.clearPane",this.c.i18n.clearPane)),collapseButton:t('<button type="button"><span class="'+this.classes.caret+'">&#x5e;</span></button>').addClass(this.classes.paneButton).addClass(this.classes.collapseButton),container:t("<div/>").addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(this.c.layout.split("-")[1],10)<10?this.c.layout:this.c.layout.split("-")[0]+"-9")).addClass(this.s.customPaneSettings&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),countButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.countButton),dtP:t('<table width="100%"><thead><tr><th></th><th></th></tr></thead></table>'),lower:t("<div/>").addClass(this.classes.subRow2).addClass(this.classes.narrowButton),nameButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.nameButton),panesContainer:t(L),searchBox:t("<input/>").addClass(this.classes.paneInputButton).addClass(this.classes.search),searchButton:t('<button type="button"><span></span></button>').addClass(this.classes.searchIcon).addClass(this.classes.paneButton),searchCont:t("<div/>").addClass(this.classes.searchCont),searchLabelCont:t("<div/>").addClass(this.classes.searchLabelCont),topRow:t("<div/>").addClass(this.classes.topRow),upper:t("<div/>").addClass(this.classes.subRow1).addClass(this.classes.narrowSearch)};var nt="";this.s.colExists?(nt=t(this.s.dt.column(this.s.index).header()).text(),this.dom.dtP.find("th").eq(0).text(nt)):(nt=this.s.customPaneSettings.header||"Custom Pane",this.dom.dtP.find("th").eq(0).html(nt)),this.s.colOpts.name?this.s.name=this.s.colOpts.name:this.s.customPaneSettings&&this.s.customPaneSettings.name?this.s.name=this.s.customPaneSettings.name:this.s.name=nt;var tt=this.s.dt.table(0).node();return this.s.searchFunction=function(et,wt,St){if(q.s.selections.length===0||et.nTable!==tt)return!0;var Tt=null;return q.s.colExists&&(Tt=wt[q.s.index],q.s.colOpts.orthogonal.filter!=="filter"&&(Tt=q.s.rowData.filterMap.get(St),Tt instanceof t.fn.dataTable.Api&&(Tt=Tt.toArray()))),q._search(Tt,St)},t.fn.dataTable.ext.search.push(this.s.searchFunction),this.c.clear&&this.dom.clear.on("click.dtsp",function(){var et=q.dom.container.find("."+q.classes.search.replace(/\s+/g,"."));et.each(function(){t(this).val("").trigger("input")}),q.clearPane()}),this.s.dt.on("draw.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("buttons-action.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("column-reorder.dtsp",function(et,wt,St){q.s.index=St.mapping[q.s.index]}),this}return w.prototype.addRow=function(k,S,B,L,R,q,z){q||(q=this.s.rowData.bins[S]?this.s.rowData.bins[S]:0),z||(z=this._getShown(S));for(var G,nt=0,tt=this.s.indexes;nt<tt.length;nt++){var et=tt[nt];et.filter===S&&(G=et.index)}return G===void 0&&(G=this.s.indexes.length,this.s.indexes.push({filter:S,index:G})),this.s.dtPane.row.add({className:R,display:k!==""?k:this.emptyMessage(),filter:S,index:G,shown:z,sort:B,total:q,type:L})},w.prototype.adjustTopRow=function(){var k=this.dom.container.find("."+this.classes.subRowsContainer.replace(/\s+/g,".")),S=this.dom.container.find("."+this.classes.subRow1.replace(/\s+/g,".")),B=this.dom.container.find("."+this.classes.subRow2.replace(/\s+/g,".")),L=this.dom.container.find("."+this.classes.topRow.replace(/\s+/g,"."));(t(k[0]).width()<252||t(L[0]).width()<252)&&t(k[0]).width()!==0?(t(k[0]).addClass(this.classes.narrow),t(S[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowSearch),t(B[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowButton)):(t(k[0]).removeClass(this.classes.narrow),t(S[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowSearch),t(B[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowButton))},w.prototype.clearData=function(){this.s.rowData={arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0}},w.prototype.clearPane=function(){return this.s.dtPane.rows({selected:!0}).deselect(),this.updateTable(),this},w.prototype.collapse=function(){var k=this;!this.s.displayed||!this.c.collapse&&this.s.colOpts.collapse!==!0||this.s.colOpts.collapse===!1||(t(this.s.dtPane.table().container()).addClass(this.classes.hidden),this.dom.topRow.addClass(this.classes.bordered),this.dom.nameButton.addClass(this.classes.disabledButton),this.dom.countButton.addClass(this.classes.disabledButton),this.dom.searchButton.addClass(this.classes.disabledButton),this.dom.collapseButton.addClass(this.classes.rotated),this.dom.topRow.one("click.dtsp",function(){return k.show()}),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype.destroy=function(){this.s.dtPane&&this.s.dtPane.off(".dtsp"),this.s.dt.off(".dtsp"),this.dom.clear.off(".dtsp"),this.dom.nameButton.off(".dtsp"),this.dom.countButton.off(".dtsp"),this.dom.searchButton.off(".dtsp"),this.dom.collapseButton.off(".dtsp"),t(this.s.dt.table().node()).off(".dtsp"),this.dom.container.detach();for(var k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);k!==-1;)t.fn.dataTable.ext.search.splice(k,1),k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);this.s.dtPane&&this.s.dtPane.destroy(),this.s.listSet=!1},w.prototype.emptyMessage=function(){var k=this.c.i18n.emptyMessage;return this.c.emptyMessage&&(k=this.c.emptyMessage),this.s.colOpts.emptyMessage!==!1&&this.s.colOpts.emptyMessage!==null&&(k=this.s.colOpts.emptyMessage),this.s.dt.i18n("searchPanes.emptyMessage",k)},w.prototype.getPaneCount=function(){return this.s.dtPane?this.s.dtPane.rows({selected:!0}).data().toArray().length:0},w.prototype.rebuildPane=function(k,S){k===void 0&&(k=null),S===void 0&&(S=!1),this.clearData();var B=[];this.s.serverSelect=[];var L=null;return this.s.dtPane&&(S&&(this.s.dt.page.info().serverSide?this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray():B=this.s.dtPane.rows({selected:!0}).data().toArray()),this.s.dtPane.clear().destroy(),L=this.dom.container.prev(),this.destroy(),this.s.dtPane=void 0,t.fn.dataTable.ext.search.push(this.s.searchFunction)),this.dom.container.removeClass(this.classes.hidden),this.s.displayed=!1,this._buildPane(this.s.dt.page.info().serverSide?this.s.serverSelect:B,k,L),this},w.prototype.resize=function(k){this.c.layout=k,this.dom.container.removeClass().addClass(this.classes.show).addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(k.split("-")[1],10)<10?k:k.split("-")[0]+"-9")).addClass(this.s.customPaneSettings!==null&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),this.adjustTopRow()},w.prototype.setListeners=function(){var k=this;this.s.dtPane&&(this.s.dtPane.off("select.dtsp").on("select.dtsp",function(){clearTimeout(k.s.deselectTimeout),k._updateSelection(!k.s.updating),k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled")}),this.s.dtPane.off("deselect.dtsp").on("deselect.dtsp",function(){k.s.deselectTimeout=setTimeout(function(){k._updateSelection(!0),k.s.dtPane.rows({selected:!0}).data().toArray().length===0&&k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true")},50)}),this.s.firstSet&&(this.s.firstSet=!1,this.s.dt.on("stateSaveParams.dtsp",function(S,B,L){if(t.isEmptyObject(L)){k.s.dtPane.state.clear();return}var R,q,z=[],G,nt,tt;k.s.dtPane&&(z=k.s.dtPane.rows({selected:!0}).data().map(function(wt){return wt.filter!==null?wt.filter.toString():null}).toArray(),nt=k.dom.searchBox.val(),q=k.s.dtPane.order(),R=k.s.rowData.binsOriginal,tt=k.s.rowData.arrayOriginal,G=k.dom.collapseButton.hasClass(k.classes.rotated)),L.searchPanes===void 0&&(L.searchPanes={}),L.searchPanes.panes===void 0&&(L.searchPanes.panes=[]);for(var et=0;et<L.searchPanes.panes.length;et++)L.searchPanes.panes[et].id===k.s.index&&(L.searchPanes.panes.splice(et,1),et--);L.searchPanes.panes.push({arrayFilter:tt,bins:R,collapsed:G,id:k.s.index,order:q,searchTerm:nt,selected:z})})),this.s.dtPane.off("user-select.dtsp").on("user-select.dtsp",function(S,B,L,R,q){q.stopPropagation()}),this.s.dtPane.off("draw.dtsp").on("draw.dtsp",function(){return k.adjustTopRow()}),this.dom.nameButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[0,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.countButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[1,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.collapseButton.off("click.dtsp").on("click.dtsp",function(S){S.stopPropagation();var B=t(k.s.dtPane.table().container());B.toggleClass(k.classes.hidden),k.dom.topRow.toggleClass(k.classes.bordered),k.dom.nameButton.toggleClass(k.classes.disabledButton),k.dom.countButton.toggleClass(k.classes.disabledButton),k.dom.searchButton.toggleClass(k.classes.disabledButton),k.dom.collapseButton.toggleClass(k.classes.rotated),B.hasClass(k.classes.hidden)?k.dom.topRow.on("click.dtsp",function(){return k.dom.collapseButton.click()}):k.dom.topRow.off("click.dtsp"),k.s.dt.state.save(),k.dom.topRow.trigger("collapse.dtsps")}),this.dom.clear.off("click.dtsp").on("click.dtsp",function(){var S=k.dom.container.find("."+k.classes.search.replace(/ /g,"."));S.each(function(){t(this).val("").trigger("input")}),k.clearPane()}),this.dom.searchButton.off("click.dtsp").on("click.dtsp",function(){return k.dom.searchBox.focus()}),this.dom.searchBox.off("click.dtsp").on("input.dtsp",function(){var S=k.dom.searchBox.val();k.s.dtPane.search(S).draw(),typeof S=="string"&&(S.length>0||S.length===0&&k.s.dtPane.rows({selected:!0}).data().toArray().length>0)?k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled"):k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true"),k.s.dt.state.save()}),this.s.dtPane.select.style(this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.select&&this.s.colOpts.dtOpts.select.style?this.s.colOpts.dtOpts.select.style:this.c.dtOpts&&this.c.dtOpts.select&&this.c.dtOpts.select.style?this.c.dtOpts.select.style:"os"))},w.prototype._serverPopulate=function(k){k.tableLength?(this.s.tableLength=k.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var S=this.s.dt.column(this.s.index).dataSrc();if(k.searchPanes.options[S])for(var B=0,L=k.searchPanes.options[S];B<L.length;B++){var R=L[B];this.s.rowData.arrayFilter.push({display:R.label,filter:R.value,sort:R.label,type:R.label}),this.s.rowData.bins[R.value]=R.total}var q=Object.keys(this.s.rowData.bins).length,z=this._uniqueRatio(q,this.s.tableLength);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?z>this.c.threshold:z>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&q<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0},w.prototype.show=function(){this.s.displayed&&(this.dom.topRow.removeClass(this.classes.bordered),this.dom.nameButton.removeClass(this.classes.disabledButton),this.dom.countButton.removeClass(this.classes.disabledButton),this.dom.searchButton.removeClass(this.classes.disabledButton),this.dom.collapseButton.removeClass(this.classes.rotated),t(this.s.dtPane.table().container()).removeClass(this.classes.hidden),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype._uniqueRatio=function(k,S){return S>0&&(this.s.rowData.totalOptions>0&&!this.s.dt.page.info().serverSide||this.s.dt.page.info().serverSide&&this.s.tableLength>0)?k/this.s.rowData.totalOptions:1},w.prototype.updateTable=function(){var k=this.s.dtPane.rows({selected:!0}).data().toArray().map(function(S){return S.filter});this.s.selections=k,this._searchExtras()},w.prototype._getComparisonRows=function(){var k=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(k!==void 0){var S=this.s.dt.rows(),B=S.data().toArray(),L=[];this.s.dtPane.clear(),this.s.indexes=[];for(var R=0,q=k;R<q.length;R++){var z=q[R],G=z.label!==""?z.label:this.emptyMessage(),nt={className:z.className,display:G,filter:typeof z.value=="function"?z.value:[],sort:z.order!==void 0?z.order:G,total:0,type:G};if(typeof z.value=="function"){for(var tt=0;tt<B.length;tt++)z.value.call(this.s.dt,B[tt],S[0][tt])&&nt.total++;typeof nt.filter!="function"&&nt.filter.push(z.filter)}L.push(this.addRow(nt.display,nt.filter,nt.sort,nt.type,nt.className,nt.total))}return L}},w.prototype._getMessage=function(k){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,k.total)},w.prototype._getShown=function(k){},w.prototype._getPaneConfig=function(){var k=this,S=e.Scroller,B=this.s.dt.settings()[0].oLanguage;return B.url=void 0,B.sUrl=void 0,{columnDefs:[{className:"dtsp-nameColumn",data:"display",render:function(L,R,q){if(R==="sort")return q.sort;if(R==="type")return q.type;var z=k._getMessage(q),G='<span class="'+k.classes.pill+'">'+z+"</span>";return(!k.c.viewCount||!k.s.colOpts.viewCount)&&(G=""),R==="filter"?typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L:'<div class="'+k.classes.nameCont+'"><span title="'+(typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L)+'" class="'+k.classes.name+'">'+L+"</span>"+G+"</div>"},targets:0,type:this.s.dt.settings()[0].aoColumns[this.s.index]?this.s.dt.settings()[0].aoColumns[this.s.index]._sManualType:null},{className:"dtsp-countColumn "+this.classes.badgePill,data:"total",searchable:!1,targets:1,visible:!1}],deferRender:!0,info:!1,language:B,paging:!!S,scrollX:!1,scrollY:"200px",scroller:!!S,select:!0,stateSave:!!this.s.dt.settings()[0].oFeatures.bStateSave}},w.prototype._makeSelection=function(){this.updateTable(),this.s.updating=!0,this.s.dt.draw(),this.s.updating=!1},w.prototype._populatePaneArray=function(k,S,B,L){L===void 0&&(L=this.s.rowData.bins);var R=B.fastData?B.fastData:function(G,nt,tt){return B.oApi._fnGetCellData(B,G,nt,tt)};if(typeof this.s.colOpts.orthogonal=="string"){var q=R(k,this.s.index,this.s.colOpts.orthogonal);this.s.rowData.filterMap.set(k,q),this._addOption(q,q,q,q,S,L),this.s.rowData.totalOptions++}else{var z=R(k,this.s.index,this.s.colOpts.orthogonal.search);z===null&&(z=""),typeof z=="string"&&(z=z.replace(/<[^>]*>/g,"")),this.s.rowData.filterMap.set(k,z),L[z]?(L[z]++,this.s.rowData.totalOptions++):(L[z]=1,this._addOption(z,R(k,this.s.index,this.s.colOpts.orthogonal.display),R(k,this.s.index,this.s.colOpts.orthogonal.sort),R(k,this.s.index,this.s.colOpts.orthogonal.type),S,L),this.s.rowData.totalOptions++)}},w.prototype._reloadSelect=function(k){if(k!==void 0){for(var S,B=0;B<k.searchPanes.panes.length;B++)if(k.searchPanes.panes[B].id===this.s.index){S=B;break}if(S)for(var L=this.s.dtPane,R=L.rows({order:"index"}).data().map(function(tt){return tt.filter!==null?tt.filter.toString():null}).toArray(),q=0,z=k.searchPanes.panes[S].selected;q<z.length;q++){var G=z[q],nt=-1;G!==null&&(nt=R.indexOf(G.toString())),nt>-1&&(this.s.serverSelecting=!0,L.row(nt).select(),this.s.serverSelecting=!1)}}},w.prototype._updateSelection=function(k){var S=this,B=function(R){if(at.versionCheck("2"))S.s.dt.processing(R);else{var q=S.s.dt.settings()[0],z=q.oApi;z._fnProcessingDisplay(q,!1)}},L=function(){S.s.scrollTop=t(S.s.dtPane.table().node()).parent()[0].scrollTop,S.s.dt.page.info().serverSide&&!S.s.updating?S.s.serverSelecting||(S.s.serverSelect=S.s.dtPane.rows({selected:!0}).data().toArray(),S.s.dt.draw(!1)):k&&S._makeSelection(),B(!1)};B(!0),setTimeout(L,1)},w.prototype._addOption=function(k,S,B,L,R,q){if(Array.isArray(k)||k instanceof e.Api){if(k instanceof e.Api&&(k=k.toArray(),S=S.toArray()),k.length===S.length){for(var z=0;z<k.length;z++)q[k[z]]?q[k[z]]++:(q[k[z]]=1,R.push({display:S[z],filter:k[z],sort:B[z],type:L[z]})),this.s.rowData.totalOptions++;return}throw new Error("display and filter not the same length")}else typeof this.s.colOpts.orthogonal=="string"?q[k]?(q[k]++,this.s.rowData.totalOptions++):(q[k]=1,R.push({display:S,filter:k,sort:B,type:L}),this.s.rowData.totalOptions++):R.push({display:S,filter:k,sort:B,type:L})},w.prototype._buildPane=function(k,S,B){var L=this;k===void 0&&(k=[]),S===void 0&&(S=null),B===void 0&&(B=null),this.s.selections=[];var R=this.s.dt.state.loaded(),q;if(this.s.listSet&&(R=this.s.dt.state()),this.s.colExists){var z=-1;if(R&&R.searchPanes&&R.searchPanes.panes){for(var G=0;G<R.searchPanes.panes.length;G++)if(R.searchPanes.panes[G].id===this.s.index){z=G;break}}if((this.s.colOpts.show===!1||this.s.colOpts.show!==void 0&&this.s.colOpts.show!==!0)&&z===-1)return this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1,!1;if((this.s.colOpts.show===!0||z!==-1)&&(this.s.displayed=!0),!this.s.dt.page.info().serverSide&&(!S||!S.searchPanes||!S.searchPanes.options)){this.s.rowData.arrayFilter.length===0&&(this.s.rowData.totalOptions=0,this._populatePane(),this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins);var nt=Object.keys(this.s.rowData.binsOriginal).length,tt=this._uniqueRatio(nt,this.s.dt.rows()[0].length);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?tt>this.c.threshold:tt>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&nt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.dom.container.addClass(this.classes.show),this.s.displayed=!0}else S&&S.searchPanes&&S.searchPanes.options&&this._serverPopulate(S)}else this.s.displayed=!0;this._displayPane(),this.s.listSet||this.dom.dtP.on("stateLoadParams.dtsp",function(pt,vt,rt){t.isEmptyObject(L.s.dt.state.loaded())&&t.each(rt,function(gt){delete rt[gt]})}),B!==null&&this.dom.panesContainer.has(B).length>0?this.dom.container.insertAfter(B):this.dom.panesContainer.prepend(this.dom.container);var et=t.fn.dataTable.ext.errMode;t.fn.dataTable.ext.errMode="none",this.dom.dtP.on("init.dt",function(pt,vt){var rt=L.dom.dtP.DataTable(),gt=rt.select.style();rt.select.style(gt)}),this.s.dtPane=this.dom.dtP.DataTable(t.extend(!0,this._getPaneConfig(),this.c.dtOpts,this.s.colOpts?this.s.colOpts.dtOpts:{},this.s.colOpts.options||!this.s.colExists?{createdRow:function(pt,vt){t(pt).addClass(vt.className)}}:void 0,this.s.customPaneSettings!==null&&this.s.customPaneSettings.dtOpts?this.s.customPaneSettings.dtOpts:{},t.fn.dataTable.versionCheck("2")?{layout:{bottomStart:null,bottomEnd:null,topStart:null,topEnd:null}}:{dom:"t"})),this.dom.dtP.addClass(this.classes.table);var wt="Custom Pane";if(this.s.customPaneSettings&&this.s.customPaneSettings.header?wt=this.s.customPaneSettings.header:this.s.colOpts.header?wt=this.s.colOpts.header:this.s.colExists&&(wt=t.fn.dataTable.versionCheck("2")?this.s.dt.column(this.s.index).title():this.s.dt.settings()[0].aoColumns[this.s.index].sTitle),wt=this._escapeHTML(wt),this.dom.searchBox.attr("placeholder",wt),t.fn.dataTable.ext.errMode=et,this.s.colExists)for(var St=0,Tt=this.s.rowData.arrayFilter.length;St<Tt;St++)if(this.s.dt.page.info().serverSide){q=this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type);for(var kt=0,Lt=this.s.serverSelect;kt<Lt.length;kt++){var Bt=Lt[kt];Bt.filter===this.s.rowData.arrayFilter[St].filter&&(this.s.serverSelecting=!0,q.select(),this.s.serverSelecting=!1)}}else!this.s.dt.page.info().serverSide&&this.s.rowData.arrayFilter[St]?this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type):this.s.dt.page.info().serverSide||this.addRow("","","","");(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options)&&this._getComparisonRows(),this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.adjustTopRow(),this.setListeners(),this.s.listSet=!0;for(var $t=0,Kt=k;$t<Kt.length;$t++){var D=Kt[$t];if(D)for(var ut=0,ot=this.s.dtPane.rows().indexes().toArray();ut<ot.length;ut++)q=ot[ut],this.s.dtPane.row(q).data()&&D.filter===this.s.dtPane.row(q).data().filter&&(this.s.dt.page.info().serverSide?(this.s.serverSelecting=!0,this.s.dtPane.row(q).select(),this.s.serverSelecting=!1):this.s.dtPane.row(q).select())}if(this.s.dt.page.info().serverSide&&this.s.dtPane.search(this.dom.searchBox.val()).draw(),(this.c.initCollapsed&&this.s.colOpts.initCollapsed!==!1||this.s.colOpts.initCollapsed)&&(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&(this.s.dtPane.settings()[0]._bInitComplete?this.collapse():this.s.dtPane.one("init",function(){return L.collapse()})),R&&R.searchPanes&&R.searchPanes.panes&&(!S||S.draw===1)){this._reloadSelect(R);for(var V=0,j=R.searchPanes.panes;V<j.length;V++){var K=j[V];K.id===this.s.index&&(K.searchTerm&&K.searchTerm.length>0&&this.dom.searchBox.val(K.searchTerm).trigger("input"),K.order&&this.s.dtPane.order(K.order).draw(),K.collapsed?this.collapse():this.show())}}return!0},w.prototype._displayPane=function(){this.dom.dtP.empty(),this.dom.topRow.empty().addClass(this.classes.topRow),parseInt(this.c.layout.split("-")[1],10)>3&&this.dom.container.addClass(this.classes.smallGap),this.dom.topRow.addClass(this.classes.subRowsContainer).append(this.dom.upper.append(this.dom.searchCont)).append(this.dom.lower.append(this.dom.buttonGroup)),(this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.searching===!1||!this.c.controls||!this.s.colOpts.controls||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching)&&this.dom.searchBox.removeClass(this.classes.paneInputButton).addClass(this.classes.disabledButton).attr("disabled","true"),this.dom.searchBox.appendTo(this.dom.searchCont),this._searchContSetup(),this.c.clear&&this.c.controls&&this.s.colOpts.controls&&this.dom.clear.appendTo(this.dom.buttonGroup),this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.nameButton.appendTo(this.dom.buttonGroup),this.c.viewCount&&this.s.colOpts.viewCount&&this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.countButton.appendTo(this.dom.buttonGroup),(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&this.c.controls&&this.s.colOpts.controls&&this.dom.collapseButton.appendTo(this.dom.buttonGroup),this.dom.container.prepend(this.dom.topRow).append(this.dom.dtP).show()},w.prototype._escapeHTML=function(k){return k.toString().replace(/&lt;/g,"<").replace(/&gt;/g,">").replace(/&quot;/g,'"').replace(/&amp;/g,"&")},w.prototype._getBonusOptions=function(){var k={threshold:null};return t.extend(!0,{},w.defaults,k,this.c?this.c:{})},w.prototype._getOptions=function(){var k=this.s.dt,S={collapse:null,emptyMessage:!1,initCollapsed:null,threshold:null},B=k.settings()[0].aoColumns[this.s.index].searchPanes,L=t.extend(!0,{},w.defaults,S,B);return B&&B.hideCount&&B.viewCount===void 0&&(L.viewCount=!B.hideCount),L},w.prototype._populatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var k=this.s.dt.context[0];if(!this.s.dt.page.info().serverSide)for(var S=0,B=this.s.dt.rows().indexes().toArray();S<B.length;S++){var L=B[S];this._populatePaneArray(L,this.s.rowData.arrayFilter,k)}},w.prototype._search=function(k,S){for(var B=this.s.colOpts,L=this.s.dt,R=0,q=this.s.selections;R<q.length;R++){var z=q[R];if(typeof z=="string"&&typeof k=="string"&&(z=this._escapeHTML(z)),Array.isArray(k)){if(B.combiner==="and"){if(!k.includes(z))return!1}else if(k.includes(z))return!0}else if(typeof z=="function"){if(z.call(L,L.row(S).data(),S)){if(B.combiner==="or")return!0}else if(B.combiner==="and")return!1}else if(k===z||!(typeof k=="string"&&k.length===0)&&k==z||z===null&&typeof k=="string"&&k==="")return!0}return B.combiner==="and"},w.prototype._searchContSetup=function(){this.c.controls&&this.s.colOpts.controls&&this.dom.searchButton.appendTo(this.dom.searchLabelCont),this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts.searching===!1||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching||this.dom.searchLabelCont.appendTo(this.dom.searchCont)},w.prototype._searchExtras=function(){var k=this.s.updating;this.s.updating=!0;var S=this.s.dtPane.rows({selected:!0}).data().pluck("filter").toArray(),B=S.indexOf(this.emptyMessage()),L=t(this.s.dtPane.table().container());B>-1&&(S[B]=""),S.length>0?L.addClass(this.classes.selected):S.length===0&&L.removeClass(this.classes.selected),this.s.updating=k},w.version="2.1.2",w.classes={bordered:"dtsp-bordered",buttonGroup:"dtsp-buttonGroup",buttonSub:"dtsp-buttonSub",caret:"dtsp-caret",clear:"dtsp-clear",clearAll:"dtsp-clearAll",clearButton:"clearButton",collapseAll:"dtsp-collapseAll",collapseButton:"dtsp-collapseButton",container:"dtsp-searchPane",countButton:"dtsp-countButton",disabledButton:"dtsp-disabledButton",hidden:"dtsp-hidden",hide:"dtsp-hide",layout:"dtsp-",name:"dtsp-name",nameButton:"dtsp-nameButton",nameCont:"dtsp-nameCont",narrow:"dtsp-narrow",paneButton:"dtsp-paneButton",paneInputButton:"dtsp-paneInputButton",pill:"dtsp-pill",rotated:"dtsp-rotated",search:"dtsp-search",searchCont:"dtsp-searchCont",searchIcon:"dtsp-searchIcon",searchLabelCont:"dtsp-searchButtonCont",selected:"dtsp-selected",smallGap:"dtsp-smallGap",subRow1:"dtsp-subRow1",subRow2:"dtsp-subRow2",subRowsContainer:"dtsp-subRowsContainer",title:"dtsp-title",topRow:"dtsp-topRow"},w.defaults={clear:!0,collapse:!0,combiner:"or",container:function(k){return k.table().container()},controls:!0,dtOpts:{},emptyMessage:null,hideCount:!1,i18n:{clearPane:"&times;",count:"{total}",emptyMessage:"<em>No data</em>"},initCollapsed:!1,layout:"auto",name:void 0,orderable:!0,orthogonal:{display:"display",filter:"filter",hideCount:!1,search:"filter",show:void 0,sort:"sort",threshold:.6,type:"type",viewCount:!0},preSelect:[],threshold:.6,viewCount:!0},w}(),s=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),i=function(w){s(k,w);function k(S,B,L,R,q){return w.call(this,S,B,L,R,q)||this}return k.prototype._emptyPane=function(){var S=this.s.dtPane;if(at.versionCheck("2")){var B=S.select.last(),L;return B&&S.row(B.row).any()&&(L=S.row(B.row).data().index),S.rows().remove(),function(){if(L!==void 0){var R=S.row(function(q,z){return z.index===L}).index();S.select.last({row:R,column:0})}}}return S.rows().remove(),function(){}},k.prototype._serverPopulate=function(S){var B,L,R;this.s.rowData.binsShown={},this.s.rowData.arrayFilter=[],S.tableLength!==void 0?(this.s.tableLength=S.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var q=this.s.dt.column(this.s.index).dataSrc();if(S.searchPanes.options[q]!==void 0)for(var z=0,G=S.searchPanes.options[q];z<G.length;z++){var nt=G[z];this.s.rowData.arrayFilter.push({display:nt.label,filter:nt.value,shown:+nt.count,sort:nt.label,total:+nt.total,type:nt.label}),this.s.rowData.binsShown[nt.value]=+nt.count,this.s.rowData.bins[nt.value]=+nt.total}var tt=Object.keys(this.s.rowData.bins).length,et=this._uniqueRatio(tt,this.s.tableLength);if(!this.s.colOpts.show&&this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?et>this.c.threshold:et>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&tt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}if(this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0,this.s.dtPane){for(var wt=this.s.serverSelect,St=this._emptyPane(),Tt=0,kt=this.s.rowData.arrayFilter;Tt<kt.length;Tt++)if(R=kt[Tt],this._shouldAddRow(R)){L=this.addRow(R.display,R.filter,R.sort,R.type);for(var Lt=0;Lt<wt.length;Lt++)if(B=wt[Lt],B.filter===R.filter){this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,wt.splice(Lt,1),this.s.selections.push(R.filter);break}}for(var Bt=0,$t=wt;Bt<$t.length;Bt++){B=$t[Bt];for(var Kt=0,D=this.s.rowData.arrayOriginal;Kt<D.length;Kt++)R=D[Kt],R.filter===B.filter&&(L=this.addRow(R.display,R.filter,R.sort,R.type),this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,this.s.selections.push(R.filter))}this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray(),this.s.dtPane.draw(),St()}},k.prototype.updateRows=function(){if(!this.s.dt.page.info().serverSide){this.s.rowData.binsShown={};for(var S=0,B=this.s.dt.rows({search:"applied"}).indexes().toArray();S<B.length;S++){var L=B[S];this._updateShown(L,this.s.dt.settings()[0],this.s.rowData.binsShown)}}for(var R=function(tt){tt.shown=typeof q.s.rowData.binsShown[tt.filter]=="number"?q.s.rowData.binsShown[tt.filter]:0,q.s.dtPane.row(function(et,wt){return wt&&wt.index===tt.index}).data(tt)},q=this,z=0,G=this.s.dtPane.rows().data().toArray();z<G.length;z++){var nt=G[z];R(nt)}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop},k.prototype._makeSelection=function(){},k.prototype._reloadSelect=function(){},k.prototype._shouldAddRow=function(S){return!0},k.prototype._updateSelection=function(){this.s.dt.page.info().serverSide&&!this.s.updating&&!this.s.serverSelecting&&(this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray())},k.prototype._updateShown=function(S,B,L){L===void 0&&(L=this.s.rowData.binsShown);var R=typeof this.s.colOpts.orthogonal=="string"?this.s.colOpts.orthogonal:this.s.colOpts.orthogonal.search,q=B.fastData?B.fastData:function(wt,St,Tt){return B.oApi._fnGetCellData(B,wt,St,Tt)},z=q(S,this.s.index,R),G=function(wt){L[wt]?L[wt]++:L[wt]=1};if(Array.isArray(z))for(var nt=0,tt=z;nt<tt.length;nt++){var et=tt[nt];G(et)}else G(z)},k}(r),o=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),u;function p(w){u=w}var b=function(w){o(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{countFiltered:"{shown} ({total})"}};return z=w.call(this,S,u.extend(G,B),L,R,q)||this,z}return k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k}(i),g=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),m;function C(w){m=w}var y=function(w){g(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{shown}"}};return z=w.call(this,S,m.extend(G,B),L,R,q)||this,z}return k.prototype.updateRows=function(){var S=this.s.dtPane.rows({selected:!0}).data().toArray(),B;if(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options){this._getComparisonRows();for(var L=this.s.dtPane.rows().toArray()[0],R=0;R<L.length;R++){var q=this.s.dtPane.row(L[R]),z=q.data();if(z!==void 0){if(z.shown===0){q.remove(),L=this.s.dtPane.rows().toArray()[0],R--;continue}for(var G=0,nt=S;G<nt.length;G++)if(B=nt[G],z.filter===B.filter){q.select(),S.splice(R,1),this.s.selections.push(z.filter);break}}}}else{if(!this.s.dt.page.info().serverSide){this._activePopulatePane(),this.s.rowData.binsShown={};for(var tt=0,et=this.s.dt.rows({search:"applied"}).indexes().toArray();tt<et.length;tt++){var wt=et[tt];this._updateShown(wt,this.s.dt.settings()[0],this.s.rowData.binsShown)}}this.s.dtPane.rows().remove();for(var St=0,Tt=this.s.rowData.arrayFilter;St<Tt.length;St++){var kt=Tt[St];if(kt.shown!==0)for(var Lt=this.addRow(kt.display,kt.filter,kt.sort,kt.type,void 0),Bt=0;Bt<S.length;Bt++){var $t=S[Bt];if($t.filter===kt.filter){Lt.select(),S.splice(Bt,1),this.s.selections.push(kt.filter);break}}}for(var Kt=0,D=S;Kt<D.length;Kt++){B=D[Kt];for(var ut=0,ot=this.s.rowData.arrayOriginal;ut<ot.length;ut++){var V=ot[ut];if(V.filter===B.filter){var j=this.addRow(V.display,V.filter,V.sort,V.type,void 0);j.select(),this.s.selections.push(V.filter)}}}}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.s.dt.page.info().serverSide||this.s.dt.draw(!1)},k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S)}},k.prototype._getComparisonRows=function(){var S=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(S!==void 0){var B=this.s.dt.rows(),L=this.s.dt.rows({search:"applied"}),R=B.data().toArray(),q=L.data().toArray(),z=[];this.s.dtPane.clear(),this.s.indexes=[];for(var G=0,nt=S;G<nt.length;G++){var tt=nt[G],et=tt.label!==""?tt.label:this.emptyMessage(),wt={className:tt.className,display:et,filter:typeof tt.value=="function"?tt.value:[],shown:0,sort:et,total:0,type:et};if(typeof tt.value=="function"){for(var St=0;St<R.length;St++)tt.value.call(this.s.dt,R[St],B[0][St])&&wt.total++;for(var Tt=0;Tt<q.length;Tt++)tt.value.call(this.s.dt,q[Tt],L[0][Tt])&&wt.shown++;typeof wt.filter!="function"&&wt.filter.push(tt.filter)}z.push(this.addRow(wt.display,wt.filter,wt.sort,wt.type,wt.className,wt.total,wt.shown))}return z}},k.prototype._getMessage=function(S){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k.prototype._shouldAddRow=function(S){return S.shown>0},k}(i),T=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),P;function c(w){P=w}var l=function(w){T(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{total}",countFiltered:"{shown} ({total})"}};return z=w.call(this,S,P.extend(G,B),L,R,q)||this,z}return k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.binsShown={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S,this.s.rowData.binsShown)}},k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k}(y),h,_;function F(w){h=w,_=w.fn.dataTable}var O=function(){function w(k,S,B,L){var R=this;if(B===void 0&&(B=!1),L===void 0&&(L=r),!_||!_.versionCheck||!_.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!_.select)throw new Error("SearchPane requires Select");var q=new _.Api(k);if(this.classes=h.extend(!0,{},w.classes),this.c=h.extend(!0,{},w.defaults,S),this.dom={clearAll:h('<button type="button"/>').addClass(this.classes.clearAll).html(q.i18n("searchPanes.clearMessage",this.c.i18n.clearMessage)),collapseAll:h('<button type="button"/>').addClass(this.classes.collapseAll).html(q.i18n("searchPanes.collapseMessage",this.c.i18n.collapseMessage)),container:h("<div/>").addClass(this.classes.panes).html(q.i18n("searchPanes.loadMessage",this.c.i18n.loadMessage)),emptyMessage:h("<div/>").addClass(this.classes.emptyMessage),panes:h("<div/>").addClass(this.classes.container),showAll:h('<button type="button"/>').addClass(this.classes.showAll).addClass(this.classes.disabledButton).attr("disabled","true").html(q.i18n("searchPanes.showMessage",this.c.i18n.showMessage)),title:h("<div/>").addClass(this.classes.title),titleRow:h("<div/>").addClass(this.classes.titleRow)},this.s={colOpts:[],dt:q,filterCount:0,minPaneWidth:260,page:0,paging:!1,pagingST:!1,paneClass:L,panes:[],selectionList:[],serverData:{},stateRead:!1,updating:!1},!q.settings()[0]._searchPanes){if(h(document).on("draw.dt",function(G){R.dom.container.find(G.target).length&&R._updateFilterCount()}),this._getState(),this.s.dt.page.info().serverSide){var z=this.s.dt.settings()[0];this.s.dt.on("preXhr.dtsps",function(G,nt,tt){if(z===nt){tt.searchPanes===void 0&&(tt.searchPanes={}),tt.searchPanes_null===void 0&&(tt.searchPanes_null={});for(var et,wt=0,St=R.s.selectionList;wt<St.length;wt++){var Tt=St[wt];et=R.s.dt.column(Tt.column).dataSrc(),tt.searchPanes[et]===void 0&&(tt.searchPanes[et]={}),tt.searchPanes_null[et]===void 0&&(tt.searchPanes_null[et]={});for(var kt=0;kt<Tt.rows.length;kt++)tt.searchPanes[et][kt]=Tt.rows[kt],tt.searchPanes[et][kt]===null?tt.searchPanes_null[et][kt]=!0:tt.searchPanes_null[et][kt]=!1}R.s.selectionList.length>0&&(tt.searchPanesLast=et),tt.searchPanes_options={cascade:R.c.cascadePanes,viewCount:R.c.viewCount,viewTotal:R.c.viewTotal}}})}return this._setXHR(),q.settings()[0]._searchPanes=this,this.s.dt.settings()[0]._bInitComplete||B?this._paneDeclare(q,k,S):q.one("preInit.dtsps",function(){R._paneDeclare(q,k,S)}),this}}return w.prototype.clearSelections=function(){for(var k,S=0,B=this.s.panes;S<B.length;S++)k=B[S],k.s.dtPane&&(k.s.scrollTop=k.s.dtPane.table().node().parentNode.scrollTop);var L=this.dom.container.find("."+this.classes.search.replace(/\s+/g,"."));L.each(function(){h(this).val("").trigger("input")}),this.s.selectionList=[];for(var R=[],q=0,z=this.s.panes;q<z.length;q++)k=z[q],k.s.dtPane&&R.push(k.clearPane());return R},w.prototype.getNode=function(){return this.dom.container},w.prototype.rebuild=function(k,S){k===void 0&&(k=!1),S===void 0&&(S=!1),this.dom.emptyMessage.detach(),k===!1&&this.dom.panes.empty();for(var B=[],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];(k===!1||q.s.index===k)&&(q.clearData(),q.rebuildPane(this.s.dt.page.info().serverSide?this.s.serverData:void 0,S),this.dom.panes.append(q.dom.container),B.push(q))}return this._updateSelection(),this._updateFilterCount(),this._attachPaneContainer(),this._initSelectionListeners(!1),this.s.dt.draw(!S),this.resizePanes(),B.length===1?B[0]:B},w.prototype.resizePanes=function(){var k;if(this.c.layout==="auto"){for(var S=h(this.s.dt.searchPanes.container()).width(),B=Math.floor(S/this.s.minPaneWidth),L=1,R=0,q=[],z=0,G=this.s.panes;z<G.length;z++)k=G[z],k.s.displayed&&q.push(k.s.index);var nt=q.length;if(B===nt)L=B;else for(var tt=B;tt>1;tt--){var et=nt%tt;if(et===0){L=tt,R=0;break}else et>R&&(L=tt,R=et)}var wt=R!==0?q.slice(q.length-R,q.length):[];this.s.panes.forEach(function(kt){kt.s.displayed&&kt.resize("columns-"+(wt.includes(kt.s.index)?R:L))})}else for(var St=0,Tt=this.s.panes;St<Tt.length;St++)k=Tt[St],k.adjustTopRow();return this},w.prototype._initSelectionListeners=function(k){},w.prototype._serverTotals=function(){},w.prototype._setXHR=function(){var k=this,S=this.s.dt.settings()[0],B=function(L){L&&L.searchPanes&&L.searchPanes.options&&(k.s.serverData=L,k.s.serverData.tableLength=L.recordsTotal,k._serverTotals())};this.s.dt.on("xhr.dtsps",function(L,R,q){S===R&&B(q)}),B(this.s.dt.ajax.json())},w.prototype._stateLoadListener=function(){var k=this,S=this.s.dt.settings()[0];this.s.dt.on("stateLoadParams.dtsps",function(B,L,R){if(!(R.searchPanes===void 0||L!==S)){if(k.clearSelections(),k.s.selectionList=R.searchPanes.selectionList?R.searchPanes.selectionList:[],R.searchPanes.panes)for(var q=0,z=R.searchPanes.panes;q<z.length;q++)for(var G=z[q],nt=0,tt=k.s.panes;nt<tt.length;nt++){var et=tt[nt];G.id===et.s.index&&et.s.dtPane&&(et.dom.searchBox.val(G.searchTerm),et.s.dtPane.order(G.order))}k._makeSelections(k.s.selectionList)}})},w.prototype._updateSelection=function(){this.s.selectionList=[];for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.dtPane){var L=B.s.dtPane.rows({selected:!0}).data().toArray().map(function(R){return R.filter});L.length&&this.s.selectionList.push({column:B.s.index,rows:L})}}},w.prototype._attach=function(){var k=this;this.dom.titleRow.removeClass(this.classes.hide).detach().append(this.dom.title),this.c.clear&&this.dom.clearAll.appendTo(this.dom.titleRow).off("click.dtsps").on("click.dtsps",function(){return k.clearSelections()}),this.c.collapse&&(this.dom.showAll.appendTo(this.dom.titleRow),this.dom.collapseAll.appendTo(this.dom.titleRow),this._setCollapseListener());for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];this.dom.panes.append(L.dom.container)}this.dom.container.text("").removeClass(this.classes.hide).append(this.dom.titleRow).append(this.dom.panes),this.s.panes.forEach(function(R){return R.setListeners()}),h("div."+this.classes.container).length===0&&this.dom.container.prependTo(this.s.dt)},w.prototype._attachMessage=function(){var k;try{k=this.s.dt.i18n("searchPanes.emptyPanes",this.c.i18n.emptyPanes)}catch{k=null}if(k===null){this.dom.container.addClass(this.classes.hide),this.dom.titleRow.removeClass(this.classes.hide);return}this.dom.container.removeClass(this.classes.hide),this.dom.titleRow.addClass(this.classes.hide),this.dom.emptyMessage.html(k).appendTo(this.dom.container)},w.prototype._attachPaneContainer=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this._attach();return}}this._attachMessage()},w.prototype._checkCollapse=function(){for(var k=!0,S=!0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.displayed&&(R.dom.collapseButton.hasClass(R.classes.rotated)?(this.dom.showAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),S=!1):(this.dom.collapseAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),k=!1))}k&&this.dom.collapseAll.addClass(this.classes.disabledButton).attr("disabled","true"),S&&this.dom.showAll.addClass(this.classes.disabledButton).attr("disabled","true")},w.prototype._checkMessage=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this.dom.emptyMessage.detach(),this.dom.titleRow.removeClass(this.classes.hide);return}}this._attachMessage()},w.prototype._collapseAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.collapse()}},w.prototype._findPane=function(k){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(k===L.s.name)return L}},w.prototype._getState=function(){var k=this.s.dt.state.loaded();k&&k.searchPanes&&k.searchPanes.selectionList&&(this.s.selectionList=k.searchPanes.selectionList)},w.prototype._makeSelections=function(k){for(var S=0,B=k;S<B.length;S++){for(var L=B[S],R=void 0,q=0,z=this.s.panes;q<z.length;q++){var G=z[q];if(G.s.index===L.column){R=G;break}}if(R&&R.s.dtPane){for(var nt=0;nt<R.s.dtPane.rows().data().toArray().length;nt++)L.rows.includes(typeof R.s.dtPane.row(nt).data().filter=="function"?R.s.dtPane.cell(nt,0).data():R.s.dtPane.row(nt).data().filter)&&R.s.dtPane.row(nt).select();R.updateTable()}}},w.prototype._paneDeclare=function(k,S,B){var L=this;k.columns(this.c.columns.length>0?this.c.columns:void 0).eq(0).each(function(G){L.s.panes.push(new L.s.paneClass(S,B,G,L.dom.panes))});for(var R=k.columns().eq(0).toArray().length,q=0;q<this.c.panes.length;q++){var z=R+q;this.s.panes.push(new this.s.paneClass(S,B,z,this.dom.panes,this.c.panes[q]))}this.c.order.length>0&&(this.s.panes=this.c.order.map(function(G){return L._findPane(G)})),this.s.dt.settings()[0]._bInitComplete?this._startup(k):_.versionCheck("2")?this.s.dt.settings()[0].aoInitComplete.push(function(){return L._startup(k)}):this.s.dt.settings()[0].aoInitComplete.push({fn:function(){return L._startup(k)}})},w.prototype._setCollapseListener=function(){var k=this;this.dom.collapseAll.off("click.dtsps").on("click.dtsps",function(){k._collapseAll(),k.dom.collapseAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.showAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()}),this.dom.showAll.off("click.dtsps").on("click.dtsps",function(){k._showAll(),k.dom.showAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.collapseAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()});for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];L.dom.topRow.off("collapse.dtsps").on("collapse.dtsps",function(){return k._checkCollapse()})}this._checkCollapse()},w.prototype._showAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.show()}},w.prototype._startup=function(k){var S=this;this._attach(),this.dom.panes.empty();for(var B=this.s.dt.settings()[0],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.rebuildPane(Object.keys(this.s.serverData).length>0?this.s.serverData:void 0),this.dom.panes.append(q.dom.container)}this.c.layout==="auto"&&this.resizePanes();var z=this.s.dt.state.loaded();!this.s.stateRead&&z&&this.s.dt.page(z.start/this.s.dt.page.len()).draw("page"),this.s.stateRead=!0,this._checkMessage(),k.on("preDraw.dtsps",function(){!S.s.updating&&!S.s.paging&&(S._updateFilterCount(),S._updateSelection()),S.s.paging=!1}),h(window).on("resize.dtsps",_.util.throttle(function(){return S.resizePanes()})),this.s.dt.on("stateSaveParams.dtsps",function(nt,tt,et){tt===B&&(et.searchPanes===void 0&&(et.searchPanes={}),et.searchPanes.selectionList=S.s.selectionList)}),this._stateLoadListener(),k.off("page.dtsps page-nc.dtsps").on("page.dtsps page-nc.dtsps",function(nt,tt){S.s.paging=!0,S.s.pagingST=!0,S.s.page=S.s.dt.page()}),this.s.dt.page.info().serverSide?k.off("preXhr.dtsps").on("preXhr.dtsps",function(nt,tt,et){if(tt===B){et.searchPanes||(et.searchPanes={}),et.searchPanes_null||(et.searchPanes_null={});for(var wt=0,St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St],Lt=S.s.dt.column(kt.s.index).dataSrc();if(et.searchPanes[Lt]||(et.searchPanes[Lt]={}),et.searchPanes_null[Lt]||(et.searchPanes_null[Lt]={}),kt.s.dtPane)for(var Bt=kt.s.dtPane.rows({selected:!0}).data().toArray(),$t=0;$t<Bt.length;$t++)et.searchPanes[Lt][$t]=Bt[$t].filter,et.searchPanes[Lt][$t]?et.searchPanes_null[Lt][$t]=!1:et.searchPanes_null[Lt][$t]=!0,wt++}wt>0&&(wt!==S.s.filterCount?(et.start=0,S.s.page=0):et.start=S.s.page*S.s.dt.page.len(),S.s.dt.page(S.s.page),S.s.filterCount=wt),S.s.selectionList.length>0&&(et.searchPanesLast=S.s.dt.column(S.s.selectionList[S.s.selectionList.length-1].column).dataSrc()),et.searchPanes_options={cascade:S.c.cascadePanes,viewCount:S.c.viewCount,viewTotal:S.c.viewTotal}}}):k.on("preXhr.dtsps",function(){return S.s.panes.forEach(function(nt){return nt.clearData()})}),this.s.dt.on("xhr.dtsps",function(nt,tt){if(tt.nTable===S.s.dt.table().node()&&!S.s.dt.page.info().serverSide){var et=!1;S.s.dt.one("preDraw.dtsps",function(){if(!et){var wt=S.s.dt.page();et=!0,S.s.updating=!0,S.dom.panes.empty();for(var St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St];kt.clearData(),kt.rebuildPane(void 0,!0),S.dom.panes.append(kt.dom.container)}S.s.dt.page.info().serverSide||S.s.dt.draw(),S.s.updating=!1,S._updateSelection(),S._checkMessage(),S.s.dt.one("draw.dtsps",function(){S.s.updating=!0,S.s.dt.page(wt).draw(!1),S.s.updating=!1})}})}});var G=this.c.preSelect;z&&z.searchPanes&&z.searchPanes.selectionList&&(G=z.searchPanes.selectionList),this._makeSelections(G),this._updateFilterCount(),k.on("destroy.dtsps",function(nt,tt){if(tt===B){for(var et=0,wt=S.s.panes;et<wt.length;et++){var St=wt[et];St.destroy()}k.off(".dtsps"),S.dom.showAll.off(".dtsps"),S.dom.clearAll.off(".dtsps"),S.dom.collapseAll.off(".dtsps"),h(k.table().node()).off(".dtsps"),S.dom.container.detach(),S.clearSelections()}}),this.c.collapse&&this._setCollapseListener(),this.c.clear&&this.dom.clearAll.off("click.dtsps").on("click.dtsps",function(){return S.clearSelections()}),B._searchPanes=this,this.s.dt.state.save()},w.prototype._updateFilterCount=function(){for(var k=0,S=0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.dtPane&&(k+=R.getPaneCount(),R.s.dtPane.search()&&S++)}this.dom.title.html(this.s.dt.i18n("searchPanes.title",this.c.i18n.title,k)),this.c.filterChanged&&typeof this.c.filterChanged=="function"&&this.c.filterChanged.call(this.s.dt,k),k===0&&S===0?this.dom.clearAll.addClass(this.classes.disabledButton).attr("disabled","true"):this.dom.clearAll.removeClass(this.classes.disabledButton).removeAttr("disabled")},w.version="2.3.2",w.classes={clear:"dtsp-clear",clearAll:"dtsp-clearAll",collapseAll:"dtsp-collapseAll",container:"dtsp-searchPanes",disabledButton:"dtsp-disabledButton",emptyMessage:"dtsp-emptyMessage",hide:"dtsp-hidden",panes:"dtsp-panesContainer",search:"dtsp-search",showAll:"dtsp-showAll",title:"dtsp-title",titleRow:"dtsp-titleRow"},w.defaults={cascadePanes:!1,clear:!0,collapse:!0,columns:[],container:function(k){return k.table().container()},filterChanged:void 0,i18n:{clearMessage:"Clear All",clearPane:"&times;",collapse:{0:"SearchPanes",_:"SearchPanes (%d)"},collapseMessage:"Collapse All",count:"{total}",emptyMessage:"<em>No data</em>",emptyPanes:"No SearchPanes",loadMessage:"Loading Search Panes...",showMessage:"Show All",title:"Filters Active - %d"},layout:"auto",order:[],panes:[],preSelect:[],viewCount:!0,viewTotal:!1},w}(),f=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),U=function(w){f(k,w);function k(S,B,L){L===void 0&&(L=!1);var R=this,q;B.cascadePanes&&B.viewTotal?q=l:B.cascadePanes?q=y:B.viewTotal&&(q=b),R=w.call(this,S,B,L,q)||this;var z=R.s.dt,G=z.state.loaded(),nt=function(){return R._initSelectionListeners(!0,G&&G.searchPanes&&G.searchPanes.selectionList?G.searchPanes.selectionList:R.c.preSelect)};return z.settings()[0]._bInitComplete?nt():z.off("init.dtsps").on("init.dtsps",nt),R}return k.prototype._initSelectionListeners=function(S,B){S===void 0&&(S=!0),B===void 0&&(B=[]),S&&(this.s.selectionList=B);for(var L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.s.displayed&&q.s.dtPane.off("select.dtsp").on("select.dtsp",this._update(q)).off("deselect.dtsp").on("deselect.dtsp",this._updateTimeout(q))}this.s.dt.off("draw.dtsps").on("draw.dtsps",this._update()),this._updateSelectionList()},k.prototype._serverTotals=function(){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(L.s.colOpts.show){var R=this.s.dt.column(L.s.index).dataSrc(),q=!0;if(this.s.serverData.searchPanes.options[R])for(var z=0,G=this.s.serverData.searchPanes.options[R];z<G.length;z++){var nt=G[z];if(nt.total!==nt.count){q=!1;break}}L.s.filteringActive=!q,L._serverPopulate(this.s.serverData)}}},k.prototype._stateLoadListener=function(){var S=this,B=function(L,R,q){if(q.searchPanes!==void 0){if(S.s.selectionList=q.searchPanes.selectionList?q.searchPanes.selectionList:[],q.searchPanes.panes)for(var z=0,G=q.searchPanes.panes;z<G.length;z++)for(var nt=G[z],tt=0,et=S.s.panes;tt<et.length;tt++){var wt=et[tt];nt.id===wt.s.index&&wt.s.dtPane&&(wt.dom.searchBox.val(nt.searchTerm),wt.s.dtPane.order(nt.order))}S._updateSelectionList()}};this.s.dt.off("stateLoadParams.dtsps",B).on("stateLoadParams.dtsps",B)},k.prototype._updateSelection=function(){},k.prototype._update=function(S){var B=this;return S===void 0&&(S=void 0),function(){S&&clearTimeout(S.s.deselectTimeout),B._updateSelectionList(S)}},k.prototype._updateTimeout=function(S){var B=this;return S===void 0&&(S=void 0),function(){return S?S.s.deselectTimeout=setTimeout(function(){return B._updateSelectionList(S)},50):B._updateSelectionList()}},k.prototype._updateSelectionList=function(S){if(S===void 0&&(S=void 0),this.s.pagingST){this.s.pagingST=!1;return}else if(this.s.updating||S&&S.s.serverSelecting)return;if(S!==void 0){this.s.dt.page.info().serverSide&&S._updateSelection();var B=S.s.dtPane.rows({selected:!0}).data().toArray().map(function(L){return L.filter});this.s.selectionList=this.s.selectionList.filter(function(L){return L.column!==S.s.index}),B.length>0?(this.s.selectionList.push({column:S.s.index,rows:B}),S.dom.clear.removeClass(this.classes.disabledButton).removeAttr("disabled")):S.dom.clear.addClass(this.classes.disabledButton).attr("disabled","true"),this.s.dt.page.info().serverSide&&this.s.dt.draw(!1)}this._remakeSelections(),this._updateFilterCount()},k.prototype._remakeSelections=function(){var S,B;if(this.s.updating=!0,this.s.dt.page.info().serverSide){this.s.selectionList.length>0&&(B=this.s.panes[this.s.selectionList[this.s.selectionList.length-1].column]);for(var Ct=0,xt=this.s.panes;Ct<xt.length;Ct++)S=xt[Ct],S.s.displayed&&(!B||S.s.index!==B.s.index)&&S.updateRows()}else{var L=this.s.selectionList,R=!1;this.clearSelections(),this.s.dt.draw(!1),this.s.dt.rows().toArray()[0].length>this.s.dt.rows({search:"applied"}).toArray()[0].length&&(R=!0),this.s.selectionList=L;for(var q=0,z=this.s.panes;q<z.length;q++)B=z[q],B.s.displayed&&(B.s.filteringActive=R,B.updateRows());for(var G=0,nt=this.s.selectionList;G<nt.length;G++){var tt=nt[G];B=null;for(var et=0,wt=this.s.panes;et<wt.length;et++){var St=wt[et];if(St.s.index===tt.column){B=St;break}}if(B.s.dtPane){for(var Tt=B.s.dtPane.rows().indexes().toArray(),kt=0;kt<tt.rows.length;kt++){for(var Lt=!1,Bt=0,$t=Tt;Bt<$t.length;Bt++){var Kt=$t[Bt],D=B.s.dtPane.row(Kt),ut=D.data();tt.rows[kt]===ut.filter&&(D.select(),Lt=!0)}Lt||(tt.rows.splice(kt,1),kt--)}if(B.s.selections=tt.rows,tt.rows.length!==0){this.s.dt.draw();for(var ot=!1,V=0,j=0,K=0,pt=0,vt=this.s.panes;pt<vt.length;pt++)S=vt[pt],S.s.dtPane&&(V+=S.getPaneCount(),V>j&&(K++,j=V));ot=V>0;for(var rt=0,gt=this.s.panes;rt<gt.length;rt++)S=gt[rt],S.s.displayed&&(R||B.s.index!==S.s.index||!ot?S.s.filteringActive=ot||R:K===1&&(S.s.filteringActive=!1),S.s.index!==B.s.index&&S.updateRows())}}}this.s.dt.draw(!1)}this.s.updating=!1},k}(O);n(Ze),F(Ze),p(Ze),C(Ze),c(Ze);var X=Ze.fn.dataTable;X.SearchPanes=O,at.SearchPanes=O,X.SearchPanesST=U,at.SearchPanesST=U,X.SearchPane=r,at.SearchPane=r,X.SearchPaneViewTotal=b,at.SearchPaneViewTotal=b,X.SearchPaneCascade=y,at.SearchPaneCascade=y,X.SearchPaneCascadeViewTotal=l,at.SearchPaneCascadeViewTotal=l;var Q=Ze.fn.dataTable.Api.register;Q("searchPanes()",function(){return this}),Q("searchPanes.clearSelections()",function(){return this.iterator("table",function(w){w._searchPanes&&w._searchPanes.clearSelections()})}),Q("searchPanes.rebuildPane()",function(w,k){return this.iterator("table",function(S){S._searchPanes&&S._searchPanes.rebuild(w,k)})}),Q("searchPanes.resizePanes()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.resizePanes():null}),Q("searchPanes.container()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.getNode():null}),at.ext.buttons.searchPanesClear={action:function(w,k){k.searchPanes.clearSelections()},text:"Clear Panes"},at.ext.buttons.searchPanes={action:function(w,k,S,B){var L=this,R=this;B._panes?(this.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0)):(this.processing(!0),setTimeout(function(){E(k,S,B),L.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0),Ze("table.dataTable",B._panes.getNode()).DataTable().columns.adjust(),R.processing(!1)},10))},init:function(w,k,S){w.button(k).text(S.text||w.i18n("searchPanes.collapse","SearchPanes",0)),(w.init().stateSave||S.delayInit===!1)&&E(w,k,S)},config:{},text:"",delayInit:!0};function E(w,k,S){var B=Ze.extend({filterChanged:function(R){w.button(k).text(w.i18n("searchPanes.collapse",w.context[0].oLanguage.searchPanes!==void 0?w.context[0].oLanguage.searchPanes.collapse:w.context[0]._searchPanes.c.i18n.collapse,R))}},S.config),L=B&&(B.cascadePanes||B.viewTotal)?new at.SearchPanesST(w,B):new at.SearchPanes(w,B);w.button(k).text(S.text||w.i18n("searchPanes.collapse",L.c.i18n.collapse,0)),S._panes=L}function $(w,k,S){k===void 0&&(k=null),S===void 0&&(S=!1);var B=new X.Api(w),L=k||B.init().searchPanes||X.defaults.searchPanes,R=L&&(L.cascadePanes||L.viewTotal)?new U(B,L,S):new O(B,L,S),q=R.getNode();return q}Ze(document).on("preInit.dt.dtsp",function(w,k){w.namespace==="dt"&&(k.oInit.searchPanes||at.defaults.searchPanes)&&(k._searchPanes||$(k,null,!0))}),at.ext.feature.push({cFeature:"P",fnInit:$}),at.feature&&at.feature.register("searchPanes",$)})();var dd=ie(ae(),1);var eo=ie(ae(),1);var Et=eo.default;at.select={};at.select.classes={checkbox:"dt-select-checkbox"};at.select.version="2.0.5";at.select.init=function(t){var e=t.settings()[0];if(!at.versionCheck("2"))throw"Warning: Select requires DataTables 2 or newer";if(!e._select){var n=t.state.loaded(),r=function(c,l,h){if(!(h===null||h.select===void 0)){if(t.rows({selected:!0}).any()&&t.rows().deselect(),h.select.rows!==void 0&&t.rows(h.select.rows).select(),t.columns({selected:!0}).any()&&t.columns().deselect(),h.select.columns!==void 0&&t.columns(h.select.columns).select(),t.cells({selected:!0}).any()&&t.cells().deselect(),h.select.cells!==void 0)for(var _=0;_<h.select.cells.length;_++)t.cell(h.select.cells[_].row,h.select.cells[_].column).select();t.state.save()}};t.on("stateSaveParams",function(c,l,h){h.select={},h.select.rows=t.rows({selected:!0}).ids(!0).toArray(),h.select.columns=t.columns({selected:!0})[0],h.select.cells=t.cells({selected:!0})[0].map(function(_){return{row:t.row(_.row).id(!0),column:_.column}})}).on("stateLoadParams",r).one("init",function(){r(void 0,void 0,n)});var s=e.oInit.select,i=at.defaults.select,o=s===void 0?i:s,u="row",p="api",b=!1,g=!0,m=!0,C="td, th",y="selected",T=!0,P=!1;e._select={infoEls:[]},o===!0?(p="os",P=!0):typeof o=="string"?(p=o,P=!0):Et.isPlainObject(o)&&(o.blurable!==void 0&&(b=o.blurable),o.toggleable!==void 0&&(g=o.toggleable),o.info!==void 0&&(m=o.info),o.items!==void 0&&(u=o.items),o.style!==void 0?(p=o.style,P=!0):(p="os",P=!0),o.selector!==void 0&&(C=o.selector),o.className!==void 0&&(y=o.className),o.headerCheckbox!==void 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this.api().column(e,{order:"index"}).nodes().map(function(n){return t._select.items==="row"?Et(n).parent().hasClass(t._select.className).toString():t._select.items==="cell"?Et(n).hasClass(t._select.className).toString():!1})};Et.fn.DataTable.select=at.select;Et(document).on("preInit.dt.dtSelect",function(t,e){t.namespace==="dt"&&at.select.init(new at.Api(e))});Le.Buttons.jszip(ro.default);Le.get_selected_rows=function(t,e){let r=t.rows().count()/2;return Array.from(t.rows({selected:!0}).indexes().map(s=>s<r?s:s+e))};Le.set_selected_rows=function(t,e,n){let r=t.rows().count(),s=r/2,i=s+e,o=r+e;n=Array.from(n.filter(u=>u>=0&&u<o&&(u<s||u>=i)).map(u=>u<s?u:u-e)),t.rows().deselect(),t.rows(n).select()};var ac=Le;var export_jQuery=ud.default;export{Le as DataTable,id as DateTime,ac as default,export_jQuery as jQuery};
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jszip/dist/jszip.min.js:
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jquery/dist/jquery.js:
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   * Copyright OpenJS Foundation and other contributors
   * Released under the MIT license
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   *
   * Date: 2023-08-28T13:37Z
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datatables.net/js/dataTables.mjs:
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datatables.net-dt/js/dataTables.dataTables.mjs:
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datatables.net-buttons/js/dataTables.buttons.mjs:
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datatables.net-buttons-dt/js/buttons.dataTables.mjs:
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datatables.net-buttons/js/buttons.html5.min.mjs:
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datatables.net-buttons/js/buttons.print.min.mjs:
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datatables.net-buttons/js/buttons.colVis.min.mjs:
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datatables.net-fixedcolumns/js/dataTables.fixedColumns.mjs:
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datatables.net-fixedcolumns-dt/js/fixedColumns.dataTables.mjs:
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datatables.net-keytable/js/dataTables.keyTable.mjs:
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datatables.net-rowgroup/js/dataTables.rowGroup.mjs:
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datatables.net-select/js/dataTables.select.mjs:
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datatables.net-select-dt/js/select.dataTables.mjs:
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Is it in a supported JavaScript type (String, Blob, ArrayBuffer, etc) ?"))})}},{"./base64":1,"./external":6,"./nodejsUtils":14,"./support":30,setimmediate:54}],33:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./signature"),o=t("./zipEntry"),u=t("./support");function p(b){this.files=[],this.loadOptions=b}p.prototype={checkSignature:function(b){if(!this.reader.readAndCheckSignature(b)){this.reader.index-=4;var g=this.reader.readString(4);throw new Error("Corrupted zip or bug: unexpected signature ("+s.pretty(g)+", expected "+s.pretty(b)+")")}},isSignature:function(b,g){var m=this.reader.index;this.reader.setIndex(b);var C=this.reader.readString(4)===g;return this.reader.setIndex(m),C},readBlockEndOfCentral:function(){this.diskNumber=this.reader.readInt(2),this.diskWithCentralDirStart=this.reader.readInt(2),this.centralDirRecordsOnThisDisk=this.reader.readInt(2),this.centralDirRecords=this.reader.readInt(2),this.centralDirSize=this.reader.readInt(4),this.centralDirOffset=this.reader.readInt(4),this.zipCommentLength=this.reader.readInt(2);var b=this.reader.readData(this.zipCommentLength),g=u.uint8array?"uint8array":"array",m=s.transformTo(g,b);this.zipComment=this.loadOptions.decodeFileName(m)},readBlockZip64EndOfCentral:function(){this.zip64EndOfCentralSize=this.reader.readInt(8),this.reader.skip(4),this.diskNumber=this.reader.readInt(4),this.diskWithCentralDirStart=this.reader.readInt(4),this.centralDirRecordsOnThisDisk=this.reader.readInt(8),this.centralDirRecords=this.reader.readInt(8),this.centralDirSize=this.reader.readInt(8),this.centralDirOffset=this.reader.readInt(8),this.zip64ExtensibleData={};for(var b,g,m,C=this.zip64EndOfCentralSize-44;0<C;)b=this.reader.readInt(2),g=this.reader.readInt(4),m=this.reader.readData(g),this.zip64ExtensibleData[b]={id:b,length:g,value:m}},readBlockZip64EndOfCentralLocator:function(){if(this.diskWithZip64CentralDirStart=this.reader.readInt(4),this.relativeOffsetEndOfZip64CentralDir=this.reader.readInt(8),this.disksCount=this.reader.readInt(4),1<this.disksCount)throw new Error("Multi-volumes zip are not supported")},readLocalFiles:function(){var b,g;for(b=0;b<this.files.length;b++)g=this.files[b],this.reader.setIndex(g.localHeaderOffset),this.checkSignature(i.LOCAL_FILE_HEADER),g.readLocalPart(this.reader),g.handleUTF8(),g.processAttributes()},readCentralDir:function(){var b;for(this.reader.setIndex(this.centralDirOffset);this.reader.readAndCheckSignature(i.CENTRAL_FILE_HEADER);)(b=new o({zip64:this.zip64},this.loadOptions)).readCentralPart(this.reader),this.files.push(b);if(this.centralDirRecords!==this.files.length&&this.centralDirRecords!==0&&this.files.length===0)throw new Error("Corrupted zip or bug: expected "+this.centralDirRecords+" records in central dir, got "+this.files.length)},readEndOfCentral:function(){var b=this.reader.lastIndexOfSignature(i.CENTRAL_DIRECTORY_END);if(b<0)throw this.isSignature(0,i.LOCAL_FILE_HEADER)?new Error("Corrupted zip: can't find end of central directory"):new Error("Can't find end of central directory : is this a zip file ? If it is, see https://stuk.github.io/jszip/documentation/howto/read_zip.html");this.reader.setIndex(b);var g=b;if(this.checkSignature(i.CENTRAL_DIRECTORY_END),this.readBlockEndOfCentral(),this.diskNumber===s.MAX_VALUE_16BITS||this.diskWithCentralDirStart===s.MAX_VALUE_16BITS||this.centralDirRecordsOnThisDisk===s.MAX_VALUE_16BITS||this.centralDirRecords===s.MAX_VALUE_16BITS||this.centralDirSize===s.MAX_VALUE_32BITS||this.centralDirOffset===s.MAX_VALUE_32BITS){if(this.zip64=!0,(b=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR))<0)throw new Error("Corrupted zip: can't find the ZIP64 end of central directory locator");if(this.reader.setIndex(b),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_LOCATOR),this.readBlockZip64EndOfCentralLocator(),!this.isSignature(this.relativeOffsetEndOfZip64CentralDir,i.ZIP64_CENTRAL_DIRECTORY_END)&&(this.relativeOffsetEndOfZip64CentralDir=this.reader.lastIndexOfSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.relativeOffsetEndOfZip64CentralDir<0))throw new Error("Corrupted zip: can't find the ZIP64 end of central directory");this.reader.setIndex(this.relativeOffsetEndOfZip64CentralDir),this.checkSignature(i.ZIP64_CENTRAL_DIRECTORY_END),this.readBlockZip64EndOfCentral()}var m=this.centralDirOffset+this.centralDirSize;this.zip64&&(m+=20,m+=12+this.zip64EndOfCentralSize);var C=g-m;if(0<C)this.isSignature(g,i.CENTRAL_FILE_HEADER)||(this.reader.zero=C);else if(C<0)throw new Error("Corrupted zip: missing "+Math.abs(C)+" bytes.")},prepareReader:function(b){this.reader=r(b)},load:function(b){this.prepareReader(b),this.readEndOfCentral(),this.readCentralDir(),this.readLocalFiles()}},e.exports=p},{"./reader/readerFor":22,"./signature":23,"./support":30,"./utils":32,"./zipEntry":34}],34:[function(t,e,n){"use strict";var r=t("./reader/readerFor"),s=t("./utils"),i=t("./compressedObject"),o=t("./crc32"),u=t("./utf8"),p=t("./compressions"),b=t("./support");function g(m,C){this.options=m,this.loadOptions=C}g.prototype={isEncrypted:function(){return(1&this.bitFlag)==1},useUTF8:function(){return(2048&this.bitFlag)==2048},readLocalPart:function(m){var C,y;if(m.skip(22),this.fileNameLength=m.readInt(2),y=m.readInt(2),this.fileName=m.readData(this.fileNameLength),m.skip(y),this.compressedSize===-1||this.uncompressedSize===-1)throw new Error("Bug or corrupted zip : didn't get enough information from the central directory (compressedSize === -1 || uncompressedSize === -1)");if((C=function(T){for(var P in p)if(Object.prototype.hasOwnProperty.call(p,P)&&p[P].magic===T)return p[P];return null}(this.compressionMethod))===null)throw new Error("Corrupted zip : compression "+s.pretty(this.compressionMethod)+" unknown (inner file : "+s.transformTo("string",this.fileName)+")");this.decompressed=new i(this.compressedSize,this.uncompressedSize,this.crc32,C,m.readData(this.compressedSize))},readCentralPart:function(m){this.versionMadeBy=m.readInt(2),m.skip(2),this.bitFlag=m.readInt(2),this.compressionMethod=m.readString(2),this.date=m.readDate(),this.crc32=m.readInt(4),this.compressedSize=m.readInt(4),this.uncompressedSize=m.readInt(4);var C=m.readInt(2);if(this.extraFieldsLength=m.readInt(2),this.fileCommentLength=m.readInt(2),this.diskNumberStart=m.readInt(2),this.internalFileAttributes=m.readInt(2),this.externalFileAttributes=m.readInt(4),this.localHeaderOffset=m.readInt(4),this.isEncrypted())throw new Error("Encrypted zip are not supported");m.skip(C),this.readExtraFields(m),this.parseZIP64ExtraField(m),this.fileComment=m.readData(this.fileCommentLength)},processAttributes:function(){this.unixPermissions=null,this.dosPermissions=null;var m=this.versionMadeBy>>8;this.dir=!!(16&this.externalFileAttributes),m==0&&(this.dosPermissions=63&this.externalFileAttributes),m==3&&(this.unixPermissions=this.externalFileAttributes>>16&65535),this.dir||this.fileNameStr.slice(-1)!=="/"||(this.dir=!0)},parseZIP64ExtraField:function(){if(this.extraFields[1]){var m=r(this.extraFields[1].value);this.uncompressedSize===s.MAX_VALUE_32BITS&&(this.uncompressedSize=m.readInt(8)),this.compressedSize===s.MAX_VALUE_32BITS&&(this.compressedSize=m.readInt(8)),this.localHeaderOffset===s.MAX_VALUE_32BITS&&(this.localHeaderOffset=m.readInt(8)),this.diskNumberStart===s.MAX_VALUE_32BITS&&(this.diskNumberStart=m.readInt(4))}},readExtraFields:function(m){var C,y,T,P=m.index+this.extraFieldsLength;for(this.extraFields||(this.extraFields={});m.index+4<P;)C=m.readInt(2),y=m.readInt(2),T=m.readData(y),this.extraFields[C]={id:C,length:y,value:T};m.setIndex(P)},handleUTF8:function(){var m=b.uint8array?"uint8array":"array";if(this.useUTF8())this.fileNameStr=u.utf8decode(this.fileName),this.fileCommentStr=u.utf8decode(this.fileComment);else{var C=this.findExtraFieldUnicodePath();if(C!==null)this.fileNameStr=C;else{var y=s.transformTo(m,this.fileName);this.fileNameStr=this.loadOptions.decodeFileName(y)}var T=this.findExtraFieldUnicodeComment();if(T!==null)this.fileCommentStr=T;else{var P=s.transformTo(m,this.fileComment);this.fileCommentStr=this.loadOptions.decodeFileName(P)}}},findExtraFieldUnicodePath:function(){var m=this.extraFields[28789];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileName)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null},findExtraFieldUnicodeComment:function(){var m=this.extraFields[25461];if(m){var C=r(m.value);return C.readInt(1)!==1||o(this.fileComment)!==C.readInt(4)?null:u.utf8decode(C.readData(m.length-5))}return null}},e.exports=g},{"./compressedObject":2,"./compressions":3,"./crc32":4,"./reader/readerFor":22,"./support":30,"./utf8":31,"./utils":32}],35:[function(t,e,n){"use strict";function r(C,y,T){this.name=C,this.dir=T.dir,this.date=T.date,this.comment=T.comment,this.unixPermissions=T.unixPermissions,this.dosPermissions=T.dosPermissions,this._data=y,this._dataBinary=T.binary,this.options={compression:T.compression,compressionOptions:T.compressionOptions}}var s=t("./stream/StreamHelper"),i=t("./stream/DataWorker"),o=t("./utf8"),u=t("./compressedObject"),p=t("./stream/GenericWorker");r.prototype={internalStream:function(C){var y=null,T="string";try{if(!C)throw new Error("No output type specified.");var P=(T=C.toLowerCase())==="string"||T==="text";T!=="binarystring"&&T!=="text"||(T="string"),y=this._decompressWorker();var c=!this._dataBinary;c&&!P&&(y=y.pipe(new o.Utf8EncodeWorker)),!c&&P&&(y=y.pipe(new o.Utf8DecodeWorker))}catch(l){(y=new p("error")).error(l)}return new s(y,T,"")},async:function(C,y){return this.internalStream(C).accumulate(y)},nodeStream:function(C,y){return this.internalStream(C||"nodebuffer").toNodejsStream(y)},_compressWorker:function(C,y){if(this._data instanceof u&&this._data.compression.magic===C.magic)return this._data.getCompressedWorker();var T=this._decompressWorker();return this._dataBinary||(T=T.pipe(new o.Utf8EncodeWorker)),u.createWorkerFrom(T,C,y)},_decompressWorker:function(){return this._data instanceof u?this._data.getContentWorker():this._data instanceof p?this._data:new i(this._data)}};for(var b=["asText","asBinary","asNodeBuffer","asUint8Array","asArrayBuffer"],g=function(){throw new Error("This method has been removed in JSZip 3.0, please check the upgrade guide.")},m=0;m<b.length;m++)r.prototype[b[m]]=g;e.exports=r},{"./compressedObject":2,"./stream/DataWorker":27,"./stream/GenericWorker":28,"./stream/StreamHelper":29,"./utf8":31}],36:[function(t,e,n){(function(r){"use strict";var s,i,o=r.MutationObserver||r.WebKitMutationObserver;if(o){var u=0,p=new o(C),b=r.document.createTextNode("");p.observe(b,{characterData:!0}),s=function(){b.data=u=++u%2}}else if(r.setImmediate||r.MessageChannel===void 0)s="document"in r&&"onreadystatechange"in r.document.createElement("script")?function(){var y=r.document.createElement("script");y.onreadystatechange=function(){C(),y.onreadystatechange=null,y.parentNode.removeChild(y),y=null},r.document.documentElement.appendChild(y)}:function(){setTimeout(C,0)};else{var g=new r.MessageChannel;g.port1.onmessage=C,s=function(){g.port2.postMessage(0)}}var m=[];function C(){var y,T;i=!0;for(var P=m.length;P;){for(T=m,m=[],y=-1;++y<P;)T[y]();P=m.length}i=!1}e.exports=function(y){m.push(y)!==1||i||s()}}).call(this,typeof global<"u"?global:typeof self<"u"?self:typeof window<"u"?window:{})},{}],37:[function(t,e,n){"use strict";var r=t("immediate");function s(){}var i={},o=["REJECTED"],u=["FULFILLED"],p=["PENDING"];function b(P){if(typeof P!="function")throw new TypeError("resolver must be a function");this.state=p,this.queue=[],this.outcome=void 0,P!==s&&y(this,P)}function g(P,c,l){this.promise=P,typeof c=="function"&&(this.onFulfilled=c,this.callFulfilled=this.otherCallFulfilled),typeof l=="function"&&(this.onRejected=l,this.callRejected=this.otherCallRejected)}function m(P,c,l){r(function(){var h;try{h=c(l)}catch(_){return i.reject(P,_)}h===P?i.reject(P,new TypeError("Cannot resolve promise with itself")):i.resolve(P,h)})}function C(P){var c=P&&P.then;if(P&&(typeof P=="object"||typeof P=="function")&&typeof c=="function")return function(){c.apply(P,arguments)}}function y(P,c){var l=!1;function h(O){l||(l=!0,i.reject(P,O))}function _(O){l||(l=!0,i.resolve(P,O))}var F=T(function(){c(_,h)});F.status==="error"&&h(F.value)}function T(P,c){var l={};try{l.value=P(c),l.status="success"}catch(h){l.status="error",l.value=h}return l}(e.exports=b).prototype.finally=function(P){if(typeof P!="function")return this;var c=this.constructor;return this.then(function(l){return c.resolve(P()).then(function(){return l})},function(l){return c.resolve(P()).then(function(){throw l})})},b.prototype.catch=function(P){return this.then(null,P)},b.prototype.then=function(P,c){if(typeof P!="function"&&this.state===u||typeof c!="function"&&this.state===o)return this;var l=new this.constructor(s);return this.state!==p?m(l,this.state===u?P:c,this.outcome):this.queue.push(new g(l,P,c)),l},g.prototype.callFulfilled=function(P){i.resolve(this.promise,P)},g.prototype.otherCallFulfilled=function(P){m(this.promise,this.onFulfilled,P)},g.prototype.callRejected=function(P){i.reject(this.promise,P)},g.prototype.otherCallRejected=function(P){m(this.promise,this.onRejected,P)},i.resolve=function(P,c){var l=T(C,c);if(l.status==="error")return i.reject(P,l.value);var h=l.value;if(h)y(P,h);else{P.state=u,P.outcome=c;for(var _=-1,F=P.queue.length;++_<F;)P.queue[_].callFulfilled(c)}return P},i.reject=function(P,c){P.state=o,P.outcome=c;for(var l=-1,h=P.queue.length;++l<h;)P.queue[l].callRejected(c);return P},b.resolve=function(P){return P instanceof this?P:i.resolve(new this(s),P)},b.reject=function(P){var c=new this(s);return i.reject(c,P)},b.all=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=new Array(l),F=0,O=-1,f=new this(s);++O<l;)U(P[O],O);return f;function U(X,Q){c.resolve(X).then(function(E){_[Q]=E,++F!==l||h||(h=!0,i.resolve(f,_))},function(E){h||(h=!0,i.reject(f,E))})}},b.race=function(P){var c=this;if(Object.prototype.toString.call(P)!=="[object Array]")return this.reject(new TypeError("must be an array"));var l=P.length,h=!1;if(!l)return this.resolve([]);for(var _=-1,F=new this(s);++_<l;)O=P[_],c.resolve(O).then(function(f){h||(h=!0,i.resolve(F,f))},function(f){h||(h=!0,i.reject(F,f))});var O;return F}},{immediate:36}],38:[function(t,e,n){"use strict";var r={};(0,t("./lib/utils/common").assign)(r,t("./lib/deflate"),t("./lib/inflate"),t("./lib/zlib/constants")),e.exports=r},{"./lib/deflate":39,"./lib/inflate":40,"./lib/utils/common":41,"./lib/zlib/constants":44}],39:[function(t,e,n){"use strict";var r=t("./zlib/deflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/messages"),u=t("./zlib/zstream"),p=Object.prototype.toString,b=0,g=-1,m=0,C=8;function y(P){if(!(this instanceof y))return new y(P);this.options=s.assign({level:g,method:C,chunkSize:16384,windowBits:15,memLevel:8,strategy:m,to:""},P||{});var c=this.options;c.raw&&0<c.windowBits?c.windowBits=-c.windowBits:c.gzip&&0<c.windowBits&&c.windowBits<16&&(c.windowBits+=16),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new u,this.strm.avail_out=0;var l=r.deflateInit2(this.strm,c.level,c.method,c.windowBits,c.memLevel,c.strategy);if(l!==b)throw new Error(o[l]);if(c.header&&r.deflateSetHeader(this.strm,c.header),c.dictionary){var h;if(h=typeof c.dictionary=="string"?i.string2buf(c.dictionary):p.call(c.dictionary)==="[object ArrayBuffer]"?new Uint8Array(c.dictionary):c.dictionary,(l=r.deflateSetDictionary(this.strm,h))!==b)throw new Error(o[l]);this._dict_set=!0}}function T(P,c){var l=new y(c);if(l.push(P,!0),l.err)throw l.msg||o[l.err];return l.result}y.prototype.push=function(P,c){var l,h,_=this.strm,F=this.options.chunkSize;if(this.ended)return!1;h=c===~~c?c:c===!0?4:0,typeof P=="string"?_.input=i.string2buf(P):p.call(P)==="[object ArrayBuffer]"?_.input=new Uint8Array(P):_.input=P,_.next_in=0,_.avail_in=_.input.length;do{if(_.avail_out===0&&(_.output=new s.Buf8(F),_.next_out=0,_.avail_out=F),(l=r.deflate(_,h))!==1&&l!==b)return this.onEnd(l),!(this.ended=!0);_.avail_out!==0&&(_.avail_in!==0||h!==4&&h!==2)||(this.options.to==="string"?this.onData(i.buf2binstring(s.shrinkBuf(_.output,_.next_out))):this.onData(s.shrinkBuf(_.output,_.next_out)))}while((0<_.avail_in||_.avail_out===0)&&l!==1);return h===4?(l=r.deflateEnd(this.strm),this.onEnd(l),this.ended=!0,l===b):h!==2||(this.onEnd(b),!(_.avail_out=0))},y.prototype.onData=function(P){this.chunks.push(P)},y.prototype.onEnd=function(P){P===b&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=P,this.msg=this.strm.msg},n.Deflate=y,n.deflate=T,n.deflateRaw=function(P,c){return(c=c||{}).raw=!0,T(P,c)},n.gzip=function(P,c){return(c=c||{}).gzip=!0,T(P,c)}},{"./utils/common":41,"./utils/strings":42,"./zlib/deflate":46,"./zlib/messages":51,"./zlib/zstream":53}],40:[function(t,e,n){"use strict";var r=t("./zlib/inflate"),s=t("./utils/common"),i=t("./utils/strings"),o=t("./zlib/constants"),u=t("./zlib/messages"),p=t("./zlib/zstream"),b=t("./zlib/gzheader"),g=Object.prototype.toString;function m(y){if(!(this instanceof m))return new m(y);this.options=s.assign({chunkSize:16384,windowBits:0,to:""},y||{});var T=this.options;T.raw&&0<=T.windowBits&&T.windowBits<16&&(T.windowBits=-T.windowBits,T.windowBits===0&&(T.windowBits=-15)),!(0<=T.windowBits&&T.windowBits<16)||y&&y.windowBits||(T.windowBits+=32),15<T.windowBits&&T.windowBits<48&&!(15&T.windowBits)&&(T.windowBits|=15),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new p,this.strm.avail_out=0;var P=r.inflateInit2(this.strm,T.windowBits);if(P!==o.Z_OK)throw new Error(u[P]);this.header=new b,r.inflateGetHeader(this.strm,this.header)}function C(y,T){var P=new m(T);if(P.push(y,!0),P.err)throw P.msg||u[P.err];return P.result}m.prototype.push=function(y,T){var P,c,l,h,_,F,O=this.strm,f=this.options.chunkSize,U=this.options.dictionary,X=!1;if(this.ended)return!1;c=T===~~T?T:T===!0?o.Z_FINISH:o.Z_NO_FLUSH,typeof y=="string"?O.input=i.binstring2buf(y):g.call(y)==="[object ArrayBuffer]"?O.input=new Uint8Array(y):O.input=y,O.next_in=0,O.avail_in=O.input.length;do{if(O.avail_out===0&&(O.output=new 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P===o.Z_STREAM_END&&(c=o.Z_FINISH),c===o.Z_FINISH?(P=r.inflateEnd(this.strm),this.onEnd(P),this.ended=!0,P===o.Z_OK):c!==o.Z_SYNC_FLUSH||(this.onEnd(o.Z_OK),!(O.avail_out=0))},m.prototype.onData=function(y){this.chunks.push(y)},m.prototype.onEnd=function(y){y===o.Z_OK&&(this.options.to==="string"?this.result=this.chunks.join(""):this.result=s.flattenChunks(this.chunks)),this.chunks=[],this.err=y,this.msg=this.strm.msg},n.Inflate=m,n.inflate=C,n.inflateRaw=function(y,T){return(T=T||{}).raw=!0,C(y,T)},n.ungzip=C},{"./utils/common":41,"./utils/strings":42,"./zlib/constants":44,"./zlib/gzheader":47,"./zlib/inflate":49,"./zlib/messages":51,"./zlib/zstream":53}],41:[function(t,e,n){"use strict";var r=typeof Uint8Array<"u"&&typeof Uint16Array<"u"&&typeof Int32Array<"u";n.assign=function(o){for(var u=Array.prototype.slice.call(arguments,1);u.length;){var p=u.shift();if(p){if(typeof p!="object")throw new TypeError(p+"must be non-object");for(var b in p)p.hasOwnProperty(b)&&(o[b]=p[b])}}return o},n.shrinkBuf=function(o,u){return o.length===u?o:o.subarray?o.subarray(0,u):(o.length=u,o)};var s={arraySet:function(o,u,p,b,g){if(u.subarray&&o.subarray)o.set(u.subarray(p,p+b),g);else for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){var u,p,b,g,m,C;for(u=b=0,p=o.length;u<p;u++)b+=o[u].length;for(C=new Uint8Array(b),u=g=0,p=o.length;u<p;u++)m=o[u],C.set(m,g),g+=m.length;return C}},i={arraySet:function(o,u,p,b,g){for(var m=0;m<b;m++)o[g+m]=u[p+m]},flattenChunks:function(o){return[].concat.apply([],o)}};n.setTyped=function(o){o?(n.Buf8=Uint8Array,n.Buf16=Uint16Array,n.Buf32=Int32Array,n.assign(n,s)):(n.Buf8=Array,n.Buf16=Array,n.Buf32=Array,n.assign(n,i))},n.setTyped(r)},{}],42:[function(t,e,n){"use strict";var r=t("./common"),s=!0,i=!0;try{String.fromCharCode.apply(null,[0])}catch{s=!1}try{String.fromCharCode.apply(null,new Uint8Array(1))}catch{i=!1}for(var o=new r.Buf8(256),u=0;u<256;u++)o[u]=252<=u?6:248<=u?5:240<=u?4:224<=u?3:192<=u?2:1;function p(b,g){if(g<65537&&(b.subarray&&i||!b.subarray&&s))return String.fromCharCode.apply(null,r.shrinkBuf(b,g));for(var m="",C=0;C<g;C++)m+=String.fromCharCode(b[C]);return m}o[254]=o[254]=1,n.string2buf=function(b){var g,m,C,y,T,P=b.length,c=0;for(y=0;y<P;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),c+=m<128?1:m<2048?2:m<65536?3:4;for(g=new r.Buf8(c),y=T=0;T<c;y++)(64512&(m=b.charCodeAt(y)))==55296&&y+1<P&&(64512&(C=b.charCodeAt(y+1)))==56320&&(m=65536+(m-55296<<10)+(C-56320),y++),m<128?g[T++]=m:(m<2048?g[T++]=192|m>>>6:(m<65536?g[T++]=224|m>>>12:(g[T++]=240|m>>>18,g[T++]=128|m>>>12&63),g[T++]=128|m>>>6&63),g[T++]=128|63&m);return g},n.buf2binstring=function(b){return p(b,b.length)},n.binstring2buf=function(b){for(var g=new r.Buf8(b.length),m=0,C=g.length;m<C;m++)g[m]=b.charCodeAt(m);return g},n.buf2string=function(b,g){var m,C,y,T,P=g||b.length,c=new Array(2*P);for(m=C=0;m<P;)if((y=b[m++])<128)c[C++]=y;else if(4<(T=o[y]))c[C++]=65533,m+=T-1;else{for(y&=T===2?31:T===3?15:7;1<T&&m<P;)y=y<<6|63&b[m++],T--;1<T?c[C++]=65533:y<65536?c[C++]=y:(y-=65536,c[C++]=55296|y>>10&1023,c[C++]=56320|1023&y)}return p(c,C)},n.utf8border=function(b,g){var m;for((g=g||b.length)>b.length&&(g=b.length),m=g-1;0<=m&&(192&b[m])==128;)m--;return m<0||m===0?g:m+o[b[m]]>g?m:g}},{"./common":41}],43:[function(t,e,n){"use strict";e.exports=function(r,s,i,o){for(var u=65535&r|0,p=r>>>16&65535|0,b=0;i!==0;){for(i-=b=2e3<i?2e3:i;p=p+(u=u+s[o++]|0)|0,--b;);u%=65521,p%=65521}return u|p<<16|0}},{}],44:[function(t,e,n){"use strict";e.exports={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8}},{}],45:[function(t,e,n){"use strict";var r=function(){for(var s,i=[],o=0;o<256;o++){s=o;for(var u=0;u<8;u++)s=1&s?3988292384^s>>>1:s>>>1;i[o]=s}return i}();e.exports=function(s,i,o,u){var p=r,b=u+o;s^=-1;for(var g=u;g<b;g++)s=s>>>8^p[255&(s^i[g])];return-1^s}},{}],46:[function(t,e,n){"use strict";var r,s=t("../utils/common"),i=t("./trees"),o=t("./adler32"),u=t("./crc32"),p=t("./messages"),b=0,g=4,m=0,C=-2,y=-1,T=4,P=2,c=8,l=9,h=286,_=30,F=19,O=2*h+1,f=15,U=3,X=258,Q=X+U+1,E=42,$=113,w=1,k=2,S=3,B=4;function L(D,ut){return D.msg=p[ut],ut}function R(D){return(D<<1)-(4<D?9:0)}function q(D){for(var ut=D.length;0<=--ut;)D[ut]=0}function z(D){var ut=D.state,ot=ut.pending;ot>D.avail_out&&(ot=D.avail_out),ot!==0&&(s.arraySet(D.output,ut.pending_buf,ut.pending_out,ot,D.next_out),D.next_out+=ot,ut.pending_out+=ot,D.total_out+=ot,D.avail_out-=ot,ut.pending-=ot,ut.pending===0&&(ut.pending_out=0))}function G(D,ut){i._tr_flush_block(D,0<=D.block_start?D.block_start:-1,D.strstart-D.block_start,ut),D.block_start=D.strstart,z(D.strm)}function nt(D,ut){D.pending_buf[D.pending++]=ut}function tt(D,ut){D.pending_buf[D.pending++]=ut>>>8&255,D.pending_buf[D.pending++]=255&ut}function et(D,ut){var ot,V,j=D.max_chain_length,K=D.strstart,pt=D.prev_length,vt=D.nice_match,rt=D.strstart>D.w_size-Q?D.strstart-(D.w_size-Q):0,gt=D.window,Ct=D.w_mask,xt=D.prev,mt=D.strstart+X,zt=gt[K+pt-1],Gt=gt[K+pt];D.prev_length>=D.good_match&&(j>>=2),vt>D.lookahead&&(vt=D.lookahead);do if(gt[(ot=ut)+pt]===Gt&&gt[ot+pt-1]===zt&&gt[ot]===gt[K]&&gt[++ot]===gt[K+1]){K+=2,ot++;do;while(gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&gt[++K]===gt[++ot]&&K<mt);if(V=X-(mt-K),K=mt-X,pt<V){if(D.match_start=ut,vt<=(pt=V))break;zt=gt[K+pt-1],Gt=gt[K+pt]}}while((ut=xt[ut&Ct])>rt&&--j!=0);return pt<=D.lookahead?pt:D.lookahead}function wt(D){var ut,ot,V,j,K,pt,vt,rt,gt,Ct,xt=D.w_size;do{if(j=D.window_size-D.lookahead-D.strstart,D.strstart>=xt+(xt-Q)){for(s.arraySet(D.window,D.window,xt,xt,0),D.match_start-=xt,D.strstart-=xt,D.block_start-=xt,ut=ot=D.hash_size;V=D.head[--ut],D.head[ut]=xt<=V?V-xt:0,--ot;);for(ut=ot=xt;V=D.prev[--ut],D.prev[ut]=xt<=V?V-xt:0,--ot;);j+=xt}if(D.strm.avail_in===0)break;if(pt=D.strm,vt=D.window,rt=D.strstart+D.lookahead,gt=j,Ct=void 0,Ct=pt.avail_in,gt<Ct&&(Ct=gt),ot=Ct===0?0:(pt.avail_in-=Ct,s.arraySet(vt,pt.input,pt.next_in,Ct,rt),pt.state.wrap===1?pt.adler=o(pt.adler,vt,Ct,rt):pt.state.wrap===2&&(pt.adler=u(pt.adler,vt,Ct,rt)),pt.next_in+=Ct,pt.total_in+=Ct,Ct),D.lookahead+=ot,D.lookahead+D.insert>=U)for(K=D.strstart-D.insert,D.ins_h=D.window[K],D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+1])&D.hash_mask;D.insert&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[K+U-1])&D.hash_mask,D.prev[K&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=K,K++,D.insert--,!(D.lookahead+D.insert<U)););}while(D.lookahead<Q&&D.strm.avail_in!==0)}function St(D,ut){for(var ot,V;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return w;if(D.lookahead===0)break}if(ot=0,D.lookahead>=U&&(D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart),ot!==0&&D.strstart-ot<=D.w_size-Q&&(D.match_length=et(D,ot)),D.match_length>=U)if(V=i._tr_tally(D,D.strstart-D.match_start,D.match_length-U),D.lookahead-=D.match_length,D.match_length<=D.max_lazy_match&&D.lookahead>=U){for(D.match_length--;D.strstart++,D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+U-1])&D.hash_mask,ot=D.prev[D.strstart&D.w_mask]=D.head[D.ins_h],D.head[D.ins_h]=D.strstart,--D.match_length!=0;);D.strstart++}else D.strstart+=D.match_length,D.match_length=0,D.ins_h=D.window[D.strstart],D.ins_h=(D.ins_h<<D.hash_shift^D.window[D.strstart+1])&D.hash_mask;else V=i._tr_tally(D,0,D.window[D.strstart]),D.lookahead--,D.strstart++;if(V&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=D.strstart<U-1?D.strstart:U-1,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):D.last_lit&&(G(D,!1),D.strm.avail_out===0)?w:k}function Tt(D,ut){for(var ot,V,j;;){if(D.lookahead<Q){if(wt(D),D.lookahead<Q&&ut===b)return 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s.Buf16(2*h+1),q(this.depth),this.l_buf=0,this.lit_bufsize=0,this.last_lit=0,this.d_buf=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}function Bt(D){var ut;return D&&D.state?(D.total_in=D.total_out=0,D.data_type=P,(ut=D.state).pending=0,ut.pending_out=0,ut.wrap<0&&(ut.wrap=-ut.wrap),ut.status=ut.wrap?E:$,D.adler=ut.wrap===2?0:1,ut.last_flush=b,i._tr_init(ut),m):L(D,C)}function $t(D){var ut=Bt(D);return ut===m&&function(ot){ot.window_size=2*ot.w_size,q(ot.head),ot.max_lazy_match=r[ot.level].max_lazy,ot.good_match=r[ot.level].good_length,ot.nice_match=r[ot.level].nice_length,ot.max_chain_length=r[ot.level].max_chain,ot.strstart=0,ot.block_start=0,ot.lookahead=0,ot.insert=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,ot.ins_h=0}(D.state),ut}function Kt(D,ut,ot,V,j,K){if(!D)return C;var pt=1;if(ut===y&&(ut=6),V<0?(pt=0,V=-V):15<V&&(pt=2,V-=16),j<1||l<j||ot!==c||V<8||15<V||ut<0||9<ut||K<0||T<K)return L(D,C);V===8&&(V=9);var vt=new Lt;return(D.state=vt).strm=D,vt.wrap=pt,vt.gzhead=null,vt.w_bits=V,vt.w_size=1<<vt.w_bits,vt.w_mask=vt.w_size-1,vt.hash_bits=j+7,vt.hash_size=1<<vt.hash_bits,vt.hash_mask=vt.hash_size-1,vt.hash_shift=~~((vt.hash_bits+U-1)/U),vt.window=new s.Buf8(2*vt.w_size),vt.head=new s.Buf16(vt.hash_size),vt.prev=new s.Buf16(vt.w_size),vt.lit_bufsize=1<<j+6,vt.pending_buf_size=4*vt.lit_bufsize,vt.pending_buf=new s.Buf8(vt.pending_buf_size),vt.d_buf=1*vt.lit_bufsize,vt.l_buf=3*vt.lit_bufsize,vt.level=ut,vt.strategy=K,vt.method=ot,$t(D)}r=[new kt(0,0,0,0,function(D,ut){var ot=65535;for(ot>D.pending_buf_size-5&&(ot=D.pending_buf_size-5);;){if(D.lookahead<=1){if(wt(D),D.lookahead===0&&ut===b)return w;if(D.lookahead===0)break}D.strstart+=D.lookahead,D.lookahead=0;var V=D.block_start+ot;if((D.strstart===0||D.strstart>=V)&&(D.lookahead=D.strstart-V,D.strstart=V,G(D,!1),D.strm.avail_out===0)||D.strstart-D.block_start>=D.w_size-Q&&(G(D,!1),D.strm.avail_out===0))return w}return D.insert=0,ut===g?(G(D,!0),D.strm.avail_out===0?S:B):(D.strstart>D.block_start&&(G(D,!1),D.strm.avail_out),w)}),new kt(4,4,8,4,St),new kt(4,5,16,8,St),new kt(4,6,32,32,St),new kt(4,4,16,16,Tt),new kt(8,16,32,32,Tt),new kt(8,16,128,128,Tt),new kt(8,32,128,256,Tt),new kt(32,128,258,1024,Tt),new kt(32,258,258,4096,Tt)],n.deflateInit=function(D,ut){return Kt(D,ut,c,15,8,0)},n.deflateInit2=Kt,n.deflateReset=$t,n.deflateResetKeep=Bt,n.deflateSetHeader=function(D,ut){return D&&D.state?D.state.wrap!==2?C:(D.state.gzhead=ut,m):C},n.deflate=function(D,ut){var ot,V,j,K;if(!D||!D.state||5<ut||ut<0)return D?L(D,C):C;if(V=D.state,!D.output||!D.input&&D.avail_in!==0||V.status===666&&ut!==g)return L(D,D.avail_out===0?-5:C);if(V.strm=D,ot=V.last_flush,V.last_flush=ut,V.status===E)if(V.wrap===2)D.adler=0,nt(V,31),nt(V,139),nt(V,8),V.gzhead?(nt(V,(V.gzhead.text?1:0)+(V.gzhead.hcrc?2:0)+(V.gzhead.extra?4:0)+(V.gzhead.name?8:0)+(V.gzhead.comment?16:0)),nt(V,255&V.gzhead.time),nt(V,V.gzhead.time>>8&255),nt(V,V.gzhead.time>>16&255),nt(V,V.gzhead.time>>24&255),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,255&V.gzhead.os),V.gzhead.extra&&V.gzhead.extra.length&&(nt(V,255&V.gzhead.extra.length),nt(V,V.gzhead.extra.length>>8&255)),V.gzhead.hcrc&&(D.adler=u(D.adler,V.pending_buf,V.pending,0)),V.gzindex=0,V.status=69):(nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,0),nt(V,V.level===9?2:2<=V.strategy||V.level<2?4:0),nt(V,3),V.status=$);else{var pt=c+(V.w_bits-8<<4)<<8;pt|=(2<=V.strategy||V.level<2?0:V.level<6?1:V.level===6?2:3)<<6,V.strstart!==0&&(pt|=32),pt+=31-pt%31,V.status=$,tt(V,pt),V.strstart!==0&&(tt(V,D.adler>>>16),tt(V,65535&D.adler)),D.adler=1}if(V.status===69)if(V.gzhead.extra){for(j=V.pending;V.gzindex<(65535&V.gzhead.extra.length)&&(V.pending!==V.pending_buf_size||(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending!==V.pending_buf_size));)nt(V,255&V.gzhead.extra[V.gzindex]),V.gzindex++;V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),V.gzindex===V.gzhead.extra.length&&(V.gzindex=0,V.status=73)}else V.status=73;if(V.status===73)if(V.gzhead.name){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.name.length?255&V.gzhead.name.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.gzindex=0,V.status=91)}else V.status=91;if(V.status===91)if(V.gzhead.comment){j=V.pending;do{if(V.pending===V.pending_buf_size&&(V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),z(D),j=V.pending,V.pending===V.pending_buf_size)){K=1;break}K=V.gzindex<V.gzhead.comment.length?255&V.gzhead.comment.charCodeAt(V.gzindex++):0,nt(V,K)}while(K!==0);V.gzhead.hcrc&&V.pending>j&&(D.adler=u(D.adler,V.pending_buf,V.pending-j,j)),K===0&&(V.status=103)}else V.status=103;if(V.status===103&&(V.gzhead.hcrc?(V.pending+2>V.pending_buf_size&&z(D),V.pending+2<=V.pending_buf_size&&(nt(V,255&D.adler),nt(V,D.adler>>8&255),D.adler=0,V.status=$)):V.status=$),V.pending!==0){if(z(D),D.avail_out===0)return V.last_flush=-1,m}else if(D.avail_in===0&&R(ut)<=R(ot)&&ut!==g)return L(D,-5);if(V.status===666&&D.avail_in!==0)return L(D,-5);if(D.avail_in!==0||V.lookahead!==0||ut!==b&&V.status!==666){var vt=V.strategy===2?function(rt,gt){for(var Ct;;){if(rt.lookahead===0&&(wt(rt),rt.lookahead===0)){if(gt===b)return w;break}if(rt.match_length=0,Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++,Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):V.strategy===3?function(rt,gt){for(var Ct,xt,mt,zt,Gt=rt.window;;){if(rt.lookahead<=X){if(wt(rt),rt.lookahead<=X&&gt===b)return w;if(rt.lookahead===0)break}if(rt.match_length=0,rt.lookahead>=U&&0<rt.strstart&&(xt=Gt[mt=rt.strstart-1])===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]){zt=rt.strstart+X;do;while(xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&xt===Gt[++mt]&&mt<zt);rt.match_length=X-(zt-mt),rt.match_length>rt.lookahead&&(rt.match_length=rt.lookahead)}if(rt.match_length>=U?(Ct=i._tr_tally(rt,1,rt.match_length-U),rt.lookahead-=rt.match_length,rt.strstart+=rt.match_length,rt.match_length=0):(Ct=i._tr_tally(rt,0,rt.window[rt.strstart]),rt.lookahead--,rt.strstart++),Ct&&(G(rt,!1),rt.strm.avail_out===0))return w}return rt.insert=0,gt===g?(G(rt,!0),rt.strm.avail_out===0?S:B):rt.last_lit&&(G(rt,!1),rt.strm.avail_out===0)?w:k}(V,ut):r[V.level].func(V,ut);if(vt!==S&&vt!==B||(V.status=666),vt===w||vt===S)return D.avail_out===0&&(V.last_flush=-1),m;if(vt===k&&(ut===1?i._tr_align(V):ut!==5&&(i._tr_stored_block(V,0,0,!1),ut===3&&(q(V.head),V.lookahead===0&&(V.strstart=0,V.block_start=0,V.insert=0))),z(D),D.avail_out===0))return V.last_flush=-1,m}return ut!==g?m:V.wrap<=0?1:(V.wrap===2?(nt(V,255&D.adler),nt(V,D.adler>>8&255),nt(V,D.adler>>16&255),nt(V,D.adler>>24&255),nt(V,255&D.total_in),nt(V,D.total_in>>8&255),nt(V,D.total_in>>16&255),nt(V,D.total_in>>24&255)):(tt(V,D.adler>>>16),tt(V,65535&D.adler)),z(D),0<V.wrap&&(V.wrap=-V.wrap),V.pending!==0?m:1)},n.deflateEnd=function(D){var ut;return D&&D.state?(ut=D.state.status)!==E&&ut!==69&&ut!==73&&ut!==91&&ut!==103&&ut!==$&&ut!==666?L(D,C):(D.state=null,ut===$?L(D,-3):m):C},n.deflateSetDictionary=function(D,ut){var ot,V,j,K,pt,vt,rt,gt,Ct=ut.length;if(!D||!D.state||(K=(ot=D.state).wrap)===2||K===1&&ot.status!==E||ot.lookahead)return C;for(K===1&&(D.adler=o(D.adler,ut,Ct,0)),ot.wrap=0,Ct>=ot.w_size&&(K===0&&(q(ot.head),ot.strstart=0,ot.block_start=0,ot.insert=0),gt=new s.Buf8(ot.w_size),s.arraySet(gt,ut,Ct-ot.w_size,ot.w_size,0),ut=gt,Ct=ot.w_size),pt=D.avail_in,vt=D.next_in,rt=D.input,D.avail_in=Ct,D.next_in=0,D.input=ut,wt(ot);ot.lookahead>=U;){for(V=ot.strstart,j=ot.lookahead-(U-1);ot.ins_h=(ot.ins_h<<ot.hash_shift^ot.window[V+U-1])&ot.hash_mask,ot.prev[V&ot.w_mask]=ot.head[ot.ins_h],ot.head[ot.ins_h]=V,V++,--j;);ot.strstart=V,ot.lookahead=U-1,wt(ot)}return ot.strstart+=ot.lookahead,ot.block_start=ot.strstart,ot.insert=ot.lookahead,ot.lookahead=0,ot.match_length=ot.prev_length=U-1,ot.match_available=0,D.next_in=vt,D.input=rt,D.avail_in=pt,ot.wrap=K,m},n.deflateInfo="pako deflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./messages":51,"./trees":52}],47:[function(t,e,n){"use strict";e.exports=function(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name="",this.comment="",this.hcrc=0,this.done=!1}},{}],48:[function(t,e,n){"use strict";e.exports=function(r,s){var i,o,u,p,b,g,m,C,y,T,P,c,l,h,_,F,O,f,U,X,Q,E,$,w,k;i=r.state,o=r.next_in,w=r.input,u=o+(r.avail_in-5),p=r.next_out,k=r.output,b=p-(s-r.avail_out),g=p+(r.avail_out-257),m=i.dmax,C=i.wsize,y=i.whave,T=i.wnext,P=i.window,c=i.hold,l=i.bits,h=i.lencode,_=i.distcode,F=(1<<i.lenbits)-1,O=(1<<i.distbits)-1;t:do{l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=h[c&F];e:for(;;){if(c>>>=U=f>>>24,l-=U,(U=f>>>16&255)===0)k[p++]=65535&f;else{if(!(16&U)){if(!(64&U)){f=h[(65535&f)+(c&(1<<U)-1)];continue e}if(32&U){i.mode=12;break t}r.msg="invalid literal/length code",i.mode=30;break t}X=65535&f,(U&=15)&&(l<U&&(c+=w[o++]<<l,l+=8),X+=c&(1<<U)-1,c>>>=U,l-=U),l<15&&(c+=w[o++]<<l,l+=8,c+=w[o++]<<l,l+=8),f=_[c&O];n:for(;;){if(c>>>=U=f>>>24,l-=U,!(16&(U=f>>>16&255))){if(!(64&U)){f=_[(65535&f)+(c&(1<<U)-1)];continue n}r.msg="invalid distance code",i.mode=30;break t}if(Q=65535&f,l<(U&=15)&&(c+=w[o++]<<l,(l+=8)<U&&(c+=w[o++]<<l,l+=8)),m<(Q+=c&(1<<U)-1)){r.msg="invalid distance too far back",i.mode=30;break t}if(c>>>=U,l-=U,(U=p-b)<Q){if(y<(U=Q-U)&&i.sane){r.msg="invalid distance too far back",i.mode=30;break t}if($=P,(E=0)===T){if(E+=C-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}}else if(T<U){if(E+=C+T-U,(U-=T)<X){for(X-=U;k[p++]=P[E++],--U;);if(E=0,T<X){for(X-=U=T;k[p++]=P[E++],--U;);E=p-Q,$=k}}}else if(E+=T-U,U<X){for(X-=U;k[p++]=P[E++],--U;);E=p-Q,$=k}for(;2<X;)k[p++]=$[E++],k[p++]=$[E++],k[p++]=$[E++],X-=3;X&&(k[p++]=$[E++],1<X&&(k[p++]=$[E++]))}else{for(E=p-Q;k[p++]=k[E++],k[p++]=k[E++],k[p++]=k[E++],2<(X-=3););X&&(k[p++]=k[E++],1<X&&(k[p++]=k[E++]))}break}}break}}while(o<u&&p<g);o-=X=l>>3,c&=(1<<(l-=X<<3))-1,r.next_in=o,r.next_out=p,r.avail_in=o<u?u-o+5:5-(o-u),r.avail_out=p<g?g-p+257:257-(p-g),i.hold=c,i.bits=l}},{}],49:[function(t,e,n){"use strict";var r=t("../utils/common"),s=t("./adler32"),i=t("./crc32"),o=t("./inffast"),u=t("./inftrees"),p=1,b=2,g=0,m=-2,C=1,y=852,T=592;function P(E){return(E>>>24&255)+(E>>>8&65280)+((65280&E)<<8)+((255&E)<<24)}function c(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new r.Buf16(320),this.work=new r.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function l(E){var $;return E&&E.state?($=E.state,E.total_in=E.total_out=$.total=0,E.msg="",$.wrap&&(E.adler=1&$.wrap),$.mode=C,$.last=0,$.havedict=0,$.dmax=32768,$.head=null,$.hold=0,$.bits=0,$.lencode=$.lendyn=new r.Buf32(y),$.distcode=$.distdyn=new r.Buf32(T),$.sane=1,$.back=-1,g):m}function h(E){var $;return E&&E.state?(($=E.state).wsize=0,$.whave=0,$.wnext=0,l(E)):m}function _(E,$){var w,k;return E&&E.state?(k=E.state,$<0?(w=0,$=-$):(w=1+($>>4),$<48&&($&=15)),$&&($<8||15<$)?m:(k.window!==null&&k.wbits!==$&&(k.window=null),k.wrap=w,k.wbits=$,h(E))):m}function F(E,$){var w,k;return E?(k=new c,(E.state=k).window=null,(w=_(E,$))!==g&&(E.state=null),w):m}var O,f,U=!0;function X(E){if(U){var $;for(O=new r.Buf32(512),f=new r.Buf32(32),$=0;$<144;)E.lens[$++]=8;for(;$<256;)E.lens[$++]=9;for(;$<280;)E.lens[$++]=7;for(;$<288;)E.lens[$++]=8;for(u(p,E.lens,0,288,O,0,E.work,{bits:9}),$=0;$<32;)E.lens[$++]=5;u(b,E.lens,0,32,f,0,E.work,{bits:5}),U=!1}E.lencode=O,E.lenbits=9,E.distcode=f,E.distbits=5}function Q(E,$,w,k){var S,B=E.state;return B.window===null&&(B.wsize=1<<B.wbits,B.wnext=0,B.whave=0,B.window=new r.Buf8(B.wsize)),k>=B.wsize?(r.arraySet(B.window,$,w-B.wsize,B.wsize,0),B.wnext=0,B.whave=B.wsize):(k<(S=B.wsize-B.wnext)&&(S=k),r.arraySet(B.window,$,w-k,S,B.wnext),(k-=S)?(r.arraySet(B.window,$,w-k,k,0),B.wnext=k,B.whave=B.wsize):(B.wnext+=S,B.wnext===B.wsize&&(B.wnext=0),B.whave<B.wsize&&(B.whave+=S))),0}n.inflateReset=h,n.inflateReset2=_,n.inflateResetKeep=l,n.inflateInit=function(E){return F(E,15)},n.inflateInit2=F,n.inflate=function(E,$){var w,k,S,B,L,R,q,z,G,nt,tt,et,wt,St,Tt,kt,Lt,Bt,$t,Kt,D,ut,ot,V,j=0,K=new r.Buf8(4),pt=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15];if(!E||!E.state||!E.output||!E.input&&E.avail_in!==0)return m;(w=E.state).mode===12&&(w.mode=13),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,nt=R,tt=q,ut=g;t:for(;;)switch(w.mode){case C:if(w.wrap===0){w.mode=13;break}for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(2&w.wrap&&z===35615){K[w.check=0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0),G=z=0,w.mode=2;break}if(w.flags=0,w.head&&(w.head.done=!1),!(1&w.wrap)||(((255&z)<<8)+(z>>8))%31){E.msg="incorrect header check",w.mode=30;break}if((15&z)!=8){E.msg="unknown compression method",w.mode=30;break}if(G-=4,D=8+(15&(z>>>=4)),w.wbits===0)w.wbits=D;else if(D>w.wbits){E.msg="invalid window size",w.mode=30;break}w.dmax=1<<D,E.adler=w.check=1,w.mode=512&z?10:12,G=z=0;break;case 2:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.flags=z,(255&w.flags)!=8){E.msg="unknown compression method",w.mode=30;break}if(57344&w.flags){E.msg="unknown header flags set",w.mode=30;break}w.head&&(w.head.text=z>>8&1),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=3;case 3:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.time=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,K[2]=z>>>16&255,K[3]=z>>>24&255,w.check=i(w.check,K,4,0)),G=z=0,w.mode=4;case 4:for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.head&&(w.head.xflags=255&z,w.head.os=z>>8),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0,w.mode=5;case 5:if(1024&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length=z,w.head&&(w.head.extra_len=z),512&w.flags&&(K[0]=255&z,K[1]=z>>>8&255,w.check=i(w.check,K,2,0)),G=z=0}else w.head&&(w.head.extra=null);w.mode=6;case 6:if(1024&w.flags&&(R<(et=w.length)&&(et=R),et&&(w.head&&(D=w.head.extra_len-w.length,w.head.extra||(w.head.extra=new Array(w.head.extra_len)),r.arraySet(w.head.extra,k,B,et,D)),512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,w.length-=et),w.length))break t;w.length=0,w.mode=7;case 7:if(2048&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.name+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.name=null);w.length=0,w.mode=8;case 8:if(4096&w.flags){if(R===0)break t;for(et=0;D=k[B+et++],w.head&&D&&w.length<65536&&(w.head.comment+=String.fromCharCode(D)),D&&et<R;);if(512&w.flags&&(w.check=i(w.check,k,et,B)),R-=et,B+=et,D)break t}else w.head&&(w.head.comment=null);w.mode=9;case 9:if(512&w.flags){for(;G<16;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(65535&w.check)){E.msg="header crc mismatch",w.mode=30;break}G=z=0}w.head&&(w.head.hcrc=w.flags>>9&1,w.head.done=!0),E.adler=w.check=0,w.mode=12;break;case 10:for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}E.adler=w.check=P(z),G=z=0,w.mode=11;case 11:if(w.havedict===0)return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,2;E.adler=w.check=1,w.mode=12;case 12:if($===5||$===6)break t;case 13:if(w.last){z>>>=7&G,G-=7&G,w.mode=27;break}for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}switch(w.last=1&z,G-=1,3&(z>>>=1)){case 0:w.mode=14;break;case 1:if(X(w),w.mode=20,$!==6)break;z>>>=2,G-=2;break t;case 2:w.mode=17;break;case 3:E.msg="invalid block type",w.mode=30}z>>>=2,G-=2;break;case 14:for(z>>>=7&G,G-=7&G;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if((65535&z)!=(z>>>16^65535)){E.msg="invalid stored block lengths",w.mode=30;break}if(w.length=65535&z,G=z=0,w.mode=15,$===6)break t;case 15:w.mode=16;case 16:if(et=w.length){if(R<et&&(et=R),q<et&&(et=q),et===0)break t;r.arraySet(S,k,B,et,L),R-=et,B+=et,q-=et,L+=et,w.length-=et;break}w.mode=12;break;case 17:for(;G<14;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(w.nlen=257+(31&z),z>>>=5,G-=5,w.ndist=1+(31&z),z>>>=5,G-=5,w.ncode=4+(15&z),z>>>=4,G-=4,286<w.nlen||30<w.ndist){E.msg="too many length or distance symbols",w.mode=30;break}w.have=0,w.mode=18;case 18:for(;w.have<w.ncode;){for(;G<3;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.lens[pt[w.have++]]=7&z,z>>>=3,G-=3}for(;w.have<19;)w.lens[pt[w.have++]]=0;if(w.lencode=w.lendyn,w.lenbits=7,ot={bits:w.lenbits},ut=u(0,w.lens,0,19,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid code lengths set",w.mode=30;break}w.have=0,w.mode=19;case 19:for(;w.have<w.nlen+w.ndist;){for(;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(Lt<16)z>>>=Tt,G-=Tt,w.lens[w.have++]=Lt;else{if(Lt===16){for(V=Tt+2;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z>>>=Tt,G-=Tt,w.have===0){E.msg="invalid bit length repeat",w.mode=30;break}D=w.lens[w.have-1],et=3+(3&z),z>>>=2,G-=2}else if(Lt===17){for(V=Tt+3;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=3+(7&(z>>>=Tt)),z>>>=3,G-=3}else{for(V=Tt+7;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}G-=Tt,D=0,et=11+(127&(z>>>=Tt)),z>>>=7,G-=7}if(w.have+et>w.nlen+w.ndist){E.msg="invalid bit length repeat",w.mode=30;break}for(;et--;)w.lens[w.have++]=D}}if(w.mode===30)break;if(w.lens[256]===0){E.msg="invalid code -- missing end-of-block",w.mode=30;break}if(w.lenbits=9,ot={bits:w.lenbits},ut=u(p,w.lens,0,w.nlen,w.lencode,0,w.work,ot),w.lenbits=ot.bits,ut){E.msg="invalid literal/lengths set",w.mode=30;break}if(w.distbits=6,w.distcode=w.distdyn,ot={bits:w.distbits},ut=u(b,w.lens,w.nlen,w.ndist,w.distcode,0,w.work,ot),w.distbits=ot.bits,ut){E.msg="invalid distances set",w.mode=30;break}if(w.mode=20,$===6)break t;case 20:w.mode=21;case 21:if(6<=R&&258<=q){E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,o(E,tt),L=E.next_out,S=E.output,q=E.avail_out,B=E.next_in,k=E.input,R=E.avail_in,z=w.hold,G=w.bits,w.mode===12&&(w.back=-1);break}for(w.back=0;kt=(j=w.lencode[z&(1<<w.lenbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(kt&&!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.lencode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,w.length=Lt,kt===0){w.mode=26;break}if(32&kt){w.back=-1,w.mode=12;break}if(64&kt){E.msg="invalid literal/length code",w.mode=30;break}w.extra=15&kt,w.mode=22;case 22:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.length+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}w.was=w.length,w.mode=23;case 23:for(;kt=(j=w.distcode[z&(1<<w.distbits)-1])>>>16&255,Lt=65535&j,!((Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(!(240&kt)){for(Bt=Tt,$t=kt,Kt=Lt;kt=(j=w.distcode[Kt+((z&(1<<Bt+$t)-1)>>Bt)])>>>16&255,Lt=65535&j,!(Bt+(Tt=j>>>24)<=G);){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}z>>>=Bt,G-=Bt,w.back+=Bt}if(z>>>=Tt,G-=Tt,w.back+=Tt,64&kt){E.msg="invalid distance code",w.mode=30;break}w.offset=Lt,w.extra=15&kt,w.mode=24;case 24:if(w.extra){for(V=w.extra;G<V;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}w.offset+=z&(1<<w.extra)-1,z>>>=w.extra,G-=w.extra,w.back+=w.extra}if(w.offset>w.dmax){E.msg="invalid distance too far back",w.mode=30;break}w.mode=25;case 25:if(q===0)break t;if(et=tt-q,w.offset>et){if((et=w.offset-et)>w.whave&&w.sane){E.msg="invalid distance too far back",w.mode=30;break}wt=et>w.wnext?(et-=w.wnext,w.wsize-et):w.wnext-et,et>w.length&&(et=w.length),St=w.window}else St=S,wt=L-w.offset,et=w.length;for(q<et&&(et=q),q-=et,w.length-=et;S[L++]=St[wt++],--et;);w.length===0&&(w.mode=21);break;case 26:if(q===0)break t;S[L++]=w.length,q--,w.mode=21;break;case 27:if(w.wrap){for(;G<32;){if(R===0)break t;R--,z|=k[B++]<<G,G+=8}if(tt-=q,E.total_out+=tt,w.total+=tt,tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,L-tt):s(w.check,S,tt,L-tt)),tt=q,(w.flags?z:P(z))!==w.check){E.msg="incorrect data check",w.mode=30;break}G=z=0}w.mode=28;case 28:if(w.wrap&&w.flags){for(;G<32;){if(R===0)break t;R--,z+=k[B++]<<G,G+=8}if(z!==(4294967295&w.total)){E.msg="incorrect length check",w.mode=30;break}G=z=0}w.mode=29;case 29:ut=1;break t;case 30:ut=-3;break t;case 31:return-4;case 32:default:return m}return E.next_out=L,E.avail_out=q,E.next_in=B,E.avail_in=R,w.hold=z,w.bits=G,(w.wsize||tt!==E.avail_out&&w.mode<30&&(w.mode<27||$!==4))&&Q(E,E.output,E.next_out,tt-E.avail_out)?(w.mode=31,-4):(nt-=E.avail_in,tt-=E.avail_out,E.total_in+=nt,E.total_out+=tt,w.total+=tt,w.wrap&&tt&&(E.adler=w.check=w.flags?i(w.check,S,tt,E.next_out-tt):s(w.check,S,tt,E.next_out-tt)),E.data_type=w.bits+(w.last?64:0)+(w.mode===12?128:0)+(w.mode===20||w.mode===15?256:0),(nt==0&&tt===0||$===4)&&ut===g&&(ut=-5),ut)},n.inflateEnd=function(E){if(!E||!E.state)return m;var $=E.state;return $.window&&($.window=null),E.state=null,g},n.inflateGetHeader=function(E,$){var w;return E&&E.state&&2&(w=E.state).wrap?((w.head=$).done=!1,g):m},n.inflateSetDictionary=function(E,$){var w,k=$.length;return E&&E.state?(w=E.state).wrap!==0&&w.mode!==11?m:w.mode===11&&s(1,$,k,0)!==w.check?-3:Q(E,$,k,k)?(w.mode=31,-4):(w.havedict=1,g):m},n.inflateInfo="pako inflate (from Nodeca project)"},{"../utils/common":41,"./adler32":43,"./crc32":45,"./inffast":48,"./inftrees":50}],50:[function(t,e,n){"use strict";var r=t("../utils/common"),s=[3,4,5,6,7,8,9,10,11,13,15,17,19,23,27,31,35,43,51,59,67,83,99,115,131,163,195,227,258,0,0],i=[16,16,16,16,16,16,16,16,17,17,17,17,18,18,18,18,19,19,19,19,20,20,20,20,21,21,21,21,16,72,78],o=[1,2,3,4,5,7,9,13,17,25,33,49,65,97,129,193,257,385,513,769,1025,1537,2049,3073,4097,6145,8193,12289,16385,24577,0,0],u=[16,16,16,16,17,17,18,18,19,19,20,20,21,21,22,22,23,23,24,24,25,25,26,26,27,27,28,28,29,29,64,64];e.exports=function(p,b,g,m,C,y,T,P){var c,l,h,_,F,O,f,U,X,Q=P.bits,E=0,$=0,w=0,k=0,S=0,B=0,L=0,R=0,q=0,z=0,G=null,nt=0,tt=new r.Buf16(16),et=new r.Buf16(16),wt=null,St=0;for(E=0;E<=15;E++)tt[E]=0;for($=0;$<m;$++)tt[b[g+$]]++;for(S=Q,k=15;1<=k&&tt[k]===0;k--);if(k<S&&(S=k),k===0)return C[y++]=20971520,C[y++]=20971520,P.bits=1,0;for(w=1;w<k&&tt[w]===0;w++);for(S<w&&(S=w),E=R=1;E<=15;E++)if(R<<=1,(R-=tt[E])<0)return-1;if(0<R&&(p===0||k!==1))return-1;for(et[1]=0,E=1;E<15;E++)et[E+1]=et[E]+tt[E];for($=0;$<m;$++)b[g+$]!==0&&(T[et[b[g+$]]++]=$);if(O=p===0?(G=wt=T,19):p===1?(G=s,nt-=257,wt=i,St-=257,256):(G=o,wt=u,-1),E=w,F=y,L=$=z=0,h=-1,_=(q=1<<(B=S))-1,p===1&&852<q||p===2&&592<q)return 1;for(;;){for(f=E-L,X=T[$]<O?(U=0,T[$]):T[$]>O?(U=wt[St+T[$]],G[nt+T[$]]):(U=96,0),c=1<<E-L,w=l=1<<B;C[F+(z>>L)+(l-=c)]=f<<24|U<<16|X|0,l!==0;);for(c=1<<E-1;z&c;)c>>=1;if(c!==0?(z&=c-1,z+=c):z=0,$++,--tt[E]==0){if(E===k)break;E=b[g+T[$]]}if(S<E&&(z&_)!==h){for(L===0&&(L=S),F+=w,R=1<<(B=E-L);B+L<k&&!((R-=tt[B+L])<=0);)B++,R<<=1;if(q+=1<<B,p===1&&852<q||p===2&&592<q)return 1;C[h=z&_]=S<<24|B<<16|F-y|0}}return z!==0&&(C[F+z]=E-L<<24|64<<16|0),P.bits=S,0}},{"../utils/common":41}],51:[function(t,e,n){"use strict";e.exports={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"}},{}],52:[function(t,e,n){"use strict";var r=t("../utils/common"),s=0,i=1;function o(j){for(var K=j.length;0<=--K;)j[K]=0}var u=0,p=29,b=256,g=b+1+p,m=30,C=19,y=2*g+1,T=15,P=16,c=7,l=256,h=16,_=17,F=18,O=[0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0],f=[0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13],U=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2,3,7],X=[16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15],Q=new Array(2*(g+2));o(Q);var E=new Array(2*m);o(E);var $=new Array(512);o($);var w=new Array(256);o(w);var k=new Array(p);o(k);var S,B,L,R=new Array(m);function q(j,K,pt,vt,rt){this.static_tree=j,this.extra_bits=K,this.extra_base=pt,this.elems=vt,this.max_length=rt,this.has_stree=j&&j.length}function z(j,K){this.dyn_tree=j,this.max_code=0,this.stat_desc=K}function G(j){return j<256?$[j]:$[256+(j>>>7)]}function nt(j,K){j.pending_buf[j.pending++]=255&K,j.pending_buf[j.pending++]=K>>>8&255}function tt(j,K,pt){j.bi_valid>P-pt?(j.bi_buf|=K<<j.bi_valid&65535,nt(j,j.bi_buf),j.bi_buf=K>>P-j.bi_valid,j.bi_valid+=pt-P):(j.bi_buf|=K<<j.bi_valid&65535,j.bi_valid+=pt)}function et(j,K,pt){tt(j,pt[2*K],pt[2*K+1])}function wt(j,K){for(var pt=0;pt|=1&j,j>>>=1,pt<<=1,0<--K;);return pt>>>1}function St(j,K,pt){var vt,rt,gt=new Array(T+1),Ct=0;for(vt=1;vt<=T;vt++)gt[vt]=Ct=Ct+pt[vt-1]<<1;for(rt=0;rt<=K;rt++){var xt=j[2*rt+1];xt!==0&&(j[2*rt]=wt(gt[xt]++,xt))}}function Tt(j){var K;for(K=0;K<g;K++)j.dyn_ltree[2*K]=0;for(K=0;K<m;K++)j.dyn_dtree[2*K]=0;for(K=0;K<C;K++)j.bl_tree[2*K]=0;j.dyn_ltree[2*l]=1,j.opt_len=j.static_len=0,j.last_lit=j.matches=0}function kt(j){8<j.bi_valid?nt(j,j.bi_buf):0<j.bi_valid&&(j.pending_buf[j.pending++]=j.bi_buf),j.bi_buf=0,j.bi_valid=0}function Lt(j,K,pt,vt){var rt=2*K,gt=2*pt;return j[rt]<j[gt]||j[rt]===j[gt]&&vt[K]<=vt[pt]}function Bt(j,K,pt){for(var vt=j.heap[pt],rt=pt<<1;rt<=j.heap_len&&(rt<j.heap_len&&Lt(K,j.heap[rt+1],j.heap[rt],j.depth)&&rt++,!Lt(K,vt,j.heap[rt],j.depth));)j.heap[pt]=j.heap[rt],pt=rt,rt<<=1;j.heap[pt]=vt}function $t(j,K,pt){var vt,rt,gt,Ct,xt=0;if(j.last_lit!==0)for(;vt=j.pending_buf[j.d_buf+2*xt]<<8|j.pending_buf[j.d_buf+2*xt+1],rt=j.pending_buf[j.l_buf+xt],xt++,vt===0?et(j,rt,K):(et(j,(gt=w[rt])+b+1,K),(Ct=O[gt])!==0&&tt(j,rt-=k[gt],Ct),et(j,gt=G(--vt),pt),(Ct=f[gt])!==0&&tt(j,vt-=R[gt],Ct)),xt<j.last_lit;);et(j,l,K)}function Kt(j,K){var 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e={time:+new Date,start:t._iDisplayStart,length:t._iDisplayLength,order:H.extend(!0,[],t.aaSorting),search:H.extend({},t.oPreviousSearch),columns:t.aoColumns.map(function(n,r){return{visible:n.bVisible,search:H.extend({},t.aoPreSearchCols[r])}})};t.oSavedState=e,Zt(t,"aoStateSaveParams","stateSaveParams",[t,e]),t.oFeatures.bStateSave&&!t.bDestroying&&t.fnStateSaveCallback.call(t.oInstance,t,e)}}function Sl(t,e,n){if(!t.oFeatures.bStateSave){n();return}var r=function(i){ki(t,i,n)},s=t.fnStateLoadCallback.call(t.oInstance,t,r);return s!==void 0&&ki(t,s,n),!0}function ki(t,e,n){var r,s,i=t.aoColumns;t._bLoadingState=!0;var o=t._bInitComplete?new bt.Api(t):null;if(!e||!e.time){t._bLoadingState=!1,n();return}var u=t.iStateDuration;if(u>0&&e.time<+new Date-u*1e3){t._bLoadingState=!1,n();return}var 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Wt(t);r.one("draw",function(){n(r.ajax.json())})}if(Ee(t)=="ssp")Rn(t,e);else{ke(t,!0);var s=t.jqXHR;s&&s.readyState!==4&&s.abort(),Ri(t,{},function(i){Oi(t);for(var o=Lr(t,i),u=0,p=o.length;u<p;u++)yn(t,o[u]);Rn(t,e),Pr(t),ke(t,!1)})}};It("ajax.json()",function(){var t=this.context;if(t.length>0)return t[0].json});It("ajax.params()",function(){var t=this.context;if(t.length>0)return t[0].oAjaxData});It("ajax.reload()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});It("ajax.url()",function(t){var e=this.context;return t===void 0?e.length===0?void 0:(e=e[0],H.isPlainObject(e.ajax)?e.ajax.url:e.ajax):this.iterator("table",function(n){H.isPlainObject(n.ajax)?n.ajax.url=t:n.ajax=t})});It("ajax.url().load()",function(t,e){return this.iterator("table",function(n){ys(n,e===!1,t)})});var Vi=function(t,e,n,r,s){var i=[],o,u,p,b,g,m,C=typeof e;for((!e||C==="string"||C==="function"||e.length===void 0)&&(e=[e]),p=0,b=e.length;p<b;p++)for(u=e[p]&&e[p].split&&!e[p].match(/[[(:]/)?e[p].split(","):[e[p]],g=0,m=u.length;g<m;g++)o=n(typeof u[g]=="string"?u[g].trim():u[g]),o=o.filter(function(T){return T!=null}),o&&o.length&&(i=i.concat(o));var y=le.selector[t];if(y.length)for(p=0,b=y.length;p<b;p++)i=y[p](r,s,i);return xn(i)},Hi=function(t){return t||(t={}),t.filter&&t.search===void 0&&(t.search=t.filter),H.extend({search:"none",order:"current",page:"all"},t)},Ui=function(t){let e=new Wt(t.context[0]);return t.length&&e.push(t[0]),e.selector=t.selector,e.length&&e[0].length>1&&e[0].splice(1),e},Mr=function(t,e){var n,r,s,i=[],o=t.aiDisplay,u=t.aiDisplayMaster,p=e.search,b=e.order,g=e.page;if(Ee(t)=="ssp")return p==="removed"?[]:an(0,u.length);if(g=="current")for(n=t._iDisplayStart,r=t.fnDisplayEnd();n<r;n++)i.push(o[n]);else if(b=="current"||b=="applied"){if(p=="none")i=u.slice();else if(p=="applied")i=o.slice();else if(p=="removed"){var m={};for(n=0,r=o.length;n<r;n++)m[o[n]]=null;u.forEach(function(y){Object.prototype.hasOwnProperty.call(m,y)||i.push(y)})}}else if(b=="index"||b=="original")for(n=0,r=t.aoData.length;n<r;n++)t.aoData[n]&&(p=="none"?i.push(n):(s=o.indexOf(n),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(n)));else if(typeof b=="number"){var C=zi(t,b,"asc");if(p==="none")i=C;else for(n=0;n<C.length;n++)s=o.indexOf(C[n]),(s===-1&&p=="removed"||s>=0&&p=="applied")&&i.push(C[n])}return i},Pl=function(t,e,n){var r,s=function(o){var u=Ja(o),p=t.aoData;if(u!==null&&!n)return[u];if(r||(r=Mr(t,n)),u!==null&&r.indexOf(u)!==-1)return[u];if(o==null||o==="")return r;if(typeof o=="function")return r.map(function(T){var P=p[T];return o(T,P._aData,P.nTr)?T:null});if(o.nodeName){var b=o._DT_RowIndex,g=o._DT_CellIndex;if(b!==void 0)return p[b]&&p[b].nTr===o?[b]:[];if(g)return p[g.row]&&p[g.row].nTr===o.parentNode?[g.row]:[];var m=H(o).closest("*[data-dt-row]");return m.length?[m.data("dt-row")]:[]}if(typeof o=="string"&&o.charAt(0)==="#"){var C=t.aIds[o.replace(/^#/,"")];if(C!==void 0)return[C.idx]}var y=ts(er(t.aoData,r,"nTr"));return H(y).filter(o).map(function(){return this._DT_RowIndex}).toArray()},i=Vi("row",e,s,t,n);return(n.order==="current"||n.order==="applied")&&bs(t,i),i};It("rows()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return Pl(r,t,e)},1);return n.selector.rows=t,n.selector.opts=e,n});It("rows().nodes()",function(){return this.iterator("row",function(t,e){return t.aoData[e].nTr||void 0},1)});It("rows().data()",function(){return this.iterator(!0,"rows",function(t,e){return er(t.aoData,e,"_aData")},1)});Qt("rows().cache()","row().cache()",function(t){return this.iterator("row",function(e,n){var r=e.aoData[n];return t==="search"?r._aFilterData:r._aSortData},1)});Qt("rows().invalidate()","row().invalidate()",function(t){return this.iterator("row",function(e,n){Rr(e,n,t)})});Qt("rows().indexes()","row().index()",function(){return this.iterator("row",function(t,e){return e},1)});Qt("rows().ids()","row().id()",function(t){for(var e=[],n=this.context,r=0,s=n.length;r<s;r++)for(var i=0,o=this[r].length;i<o;i++){var u=n[r].rowIdFn(n[r].aoData[this[r][i]]._aData);e.push((t===!0?"#":"")+u)}return new Wt(n,e)});Qt("rows().remove()","row().remove()",function(){return this.iterator("row",function(t,e){var n=t.aoData,r=n[e],s=t.aiDisplayMaster.indexOf(e);s!==-1&&t.aiDisplayMaster.splice(s,1),t._iRecordsDisplay>0&&t._iRecordsDisplay--,vs(t);var i=t.rowIdFn(r._aData);i!==void 0&&delete t.aIds[i],n[e]=null}),this});It("rows.add()",function(t){var e=this.iterator("table",function(r){var s,i,o,u=[];for(i=0,o=t.length;i<o;i++)s=t[i],s.nodeName&&s.nodeName.toUpperCase()==="TR"?u.push(Ni(r,s)[0]):u.push(yn(r,s));return u},1),n=this.rows(-1);return n.pop(),n.push.apply(n,e),n});It("row()",function(t,e){return Ui(this.rows(t,e))});It("row().data()",function(t){var e=this.context;if(t===void 0)return e.length&&this.length&&this[0].length?e[0].aoData[this[0]]._aData:void 0;var n=e[0].aoData[this[0]];return n._aData=t,Array.isArray(t)&&n.nTr&&n.nTr.id&&vn(e[0].rowId)(t,n.nTr.id),Rr(e[0],this[0],"data"),this});It("row().node()",function(){var t=this.context;if(t.length&&this.length&&this[0].length){var e=t[0].aoData[this[0]];if(e&&e.nTr)return e.nTr}return null});It("row.add()",function(t){t instanceof H&&t.length&&(t=t[0]);var e=this.iterator("table",function(n){return t.nodeName&&t.nodeName.toUpperCase()==="TR"?Ni(n,t)[0]:yn(n,t)});return this.row(e[0])});H(document).on("plugin-init.dt",function(t,e){var n=new Wt(e);n.on("stateSaveParams.DT",function(r,s,i){for(var o=s.rowIdFn,u=s.aiDisplayMaster,p=[],b=0;b<u.length;b++){var g=u[b],m=s.aoData[g];m._detailsShow&&p.push("#"+o(m._aData))}i.childRows=p}),n.on("stateLoaded.DT",function(r,s,i){Xa(n,i)}),Xa(n,n.state.loaded())});var Xa=function(t,e){e&&e.childRows&&t.rows(e.childRows.map(function(n){return n.replace(/([^:\\]*(?:\\.[^:\\]*)*):/g,"$1\\:")})).every(function(){Zt(t.settings()[0],null,"requestChild",[this])})},Fl=function(t,e,n,r){var s=[],i=function(o,u){if(Array.isArray(o)||o instanceof H){for(var p=0,b=o.length;p<b;p++)i(o[p],u);return}if(o.nodeName&&o.nodeName.toLowerCase()==="tr")o.setAttribute("data-dt-row",e.idx),s.push(o);else{var g=H("<tr><td></td></tr>").attr("data-dt-row",e.idx).addClass(u);H("td",g).addClass(u).html(o)[0].colSpan=Er(t),s.push(g[0])}};i(n,r),e._details&&e._details.detach(),e._details=H(s),e._detailsShow&&e._details.insertAfter(e.nTr)},ws=bt.util.throttle(function(t){jr(t[0])},500),Wi=function(t,e){var n=t.context;if(n.length){var r=n[0].aoData[e!==void 0?e:t[0]];r&&r._details&&(r._details.remove(),r._detailsShow=void 0,r._details=void 0,H(r.nTr).removeClass("dt-hasChild"),ws(n))}},xs=function(t,e){var n=t.context;if(n.length&&t.length){var r=n[0].aoData[t[0]];r._details&&(r._detailsShow=e,e?(r._details.insertAfter(r.nTr),H(r.nTr).addClass("dt-hasChild")):(r._details.detach(),H(r.nTr).removeClass("dt-hasChild")),Zt(n[0],null,"childRow",[e,t.row(t[0])]),Bl(n[0]),ws(n))}},Bl=function(t){var e=new Wt(t),n=".dt.DT_details",r="draw"+n,s="column-sizing"+n,i="destroy"+n,o=t.aoData;e.off(r+" "+s+" "+i),Ce(o,"_details").length>0&&(e.on(r,function(u,p){t===p&&e.rows({page:"current"}).eq(0).each(function(b){var g=o[b];g._detailsShow&&g._details.insertAfter(g.nTr)})}),e.on(s,function(u,p){if(t===p)for(var b,g=Er(p),m=0,C=o.length;m<C;m++)b=o[m],b&&b._details&&b._details.each(function(){var y=H(this).children("td");y.length==1&&y.attr("colspan",g)})}),e.on(i,function(u,p){if(t===p)for(var b=0,g=o.length;b<g;b++)o[b]&&o[b]._details&&Wi(e,b)}))},Nl="",rr=Nl+"row().child",Vr=rr+"()";It(Vr,function(t,e){var n=this.context;return t===void 0?n.length&&this.length&&n[0].aoData[this[0]]?n[0].aoData[this[0]]._details:void 0:(t===!0?this.child.show():t===!1?Wi(this):n.length&&this.length&&Fl(n[0],n[0].aoData[this[0]],t,e),this)});It([rr+".show()",Vr+".show()"],function(){return xs(this,!0),this});It([rr+".hide()",Vr+".hide()"],function(){return xs(this,!1),this});It([rr+".remove()",Vr+".remove()"],function(){return Wi(this),this});It(rr+".isShown()",function(){var t=this.context;return t.length&&this.length&&t[0].aoData[this[0]]&&t[0].aoData[this[0]]._detailsShow||!1});var Ol=/^([^:]+)?:(name|title|visIdx|visible)$/,Gi=function(t,e,n,r,s,i){for(var o=[],u=0,p=s.length;u<p;u++)o.push(Re(t,s[u],e,i));return o},_s=function(t,e,n){var r=t.aoHeader,s=n!==void 0?n:t.bSortCellsTop?0:r.length-1;return r[s][e].cell},El=function(t,e,n){var r=t.aoColumns,s=Ce(r,"sName"),i=Ce(r,"sTitle"),o=bt.util.get("[].[].cell")(t.aoHeader),u=xn(Ai([],o)),p=function(b){var g=Ja(b);if(b==="")return an(r.length);if(g!==null)return[g>=0?g:r.length+g];if(typeof b=="function"){var m=Mr(t,n);return r.map(function(l,h){return b(h,Gi(t,h,0,0,m),_s(t,h))?h:null})}var C=typeof b=="string"?b.match(Ol):"";if(C)switch(C[2]){case"visIdx":case"visible":if(C[1]&&C[1].match(/^\d+$/)){var y=parseInt(C[1],10);if(y<0){var T=r.map(function(l,h){return l.bVisible?h:null});return[T[T.length+y]]}return[Ii(t,y)]}return r.map(function(l,h){return l.bVisible?C[1]?H(u[h]).filter(C[1]).length>0?h:null:h:null});case"name":return s.map(function(l,h){return l===C[1]?h:null});case"title":return i.map(function(l,h){return l===C[1]?h:null});default:return[]}if(b.nodeName&&b._DT_CellIndex)return[b._DT_CellIndex.column];var P=H(u).filter(b).map(function(){return Bi(this)}).toArray();if(P.length||!b.nodeName)return P;var c=H(b).closest("*[data-dt-column]");return c.length?[c.data("dt-column")]:[]};return Vi("column",e,p,t,n)},Rl=function(t,e,n){var r=t.aoColumns,s=r[e],i=t.aoData,o,u,p,b;if(n===void 0)return s.bVisible;if(s.bVisible===n)return!1;if(n){var g=Ce(r,"bVisible").indexOf(!0,e+1);for(u=0,p=i.length;u<p;u++)i[u]&&(b=i[u].nTr,o=i[u].anCells,b&&b.insertBefore(o[e],o[g]||null))}else H(Ce(t.aoData,"anCells",e)).detach();return s.bVisible=n,hs(t),!0};It("columns()",function(t,e){t===void 0?t="":H.isPlainObject(t)&&(e=t,t=""),e=Hi(e);var n=this.iterator("table",function(r){return El(r,t,e)},1);return n.selector.cols=t,n.selector.opts=e,n});Qt("columns().header()","column().header()",function(t){return this.iterator("column",function(e,n){return _s(e,n,t)},1)});Qt("columns().footer()","column().footer()",function(t){return this.iterator("column",function(e,n){var r=e.aoFooter;return r.length?e.aoFooter[t!==void 0?t:0][n].cell:null},1)});Qt("columns().data()","column().data()",function(){return this.iterator("column-rows",Gi,1)});Qt("columns().render()","column().render()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return Gi(e,n,r,s,i,t)},1)});Qt("columns().dataSrc()","column().dataSrc()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e].mData},1)});Qt("columns().cache()","column().cache()",function(t){return this.iterator("column-rows",function(e,n,r,s,i){return er(e.aoData,i,t==="search"?"_aFilterData":"_aSortData",n)},1)});Qt("columns().init()","column().init()",function(){return this.iterator("column",function(t,e){return t.aoColumns[e]},1)});Qt("columns().nodes()","column().nodes()",function(){return this.iterator("column-rows",function(t,e,n,r,s){return er(t.aoData,s,"anCells",e)},1)});Qt("columns().titles()","column().title()",function(t,e){return this.iterator("column",function(n,r){typeof t=="number"&&(e=t,t=void 0);var s=H("span.dt-column-title",this.column(r).header(e));return t!==void 0?(s.html(t),this):s.html()},1)});Qt("columns().types()","column().type()",function(){return this.iterator("column",function(t,e){var n=t.aoColumns[e].sType;return n||Fi(t),n},1)});Qt("columns().visible()","column().visible()",function(t,e){var n=this,r=[],s=this.iterator("column",function(i,o){if(t===void 0)return i.aoColumns[o].bVisible;Rl(i,o,t)&&r.push(o)});return t!==void 0&&this.iterator("table",function(i){Ir(i,i.aoHeader),Ir(i,i.aoFooter),i.aiDisplay.length||H(i.nTBody).find("td[colspan]").attr("colspan",Er(i)),jr(i),n.iterator("column",function(o,u){r.includes(u)&&Zt(o,null,"column-visibility",[o,u,t,e])}),r.length&&(e===void 0||e)&&n.columns.adjust()}),s});Qt("columns().widths()","column().width()",function(){var t=this.columns(":visible").count(),e=H("<tr>").html("<td>"+Array(t).join("</td><td>")+"</td>");H(this.table().body()).append(e);var n=e.children().map(function(){return H(this).outerWidth()});return e.remove(),this.iterator("column",function(r,s){var i=nr(r,s);return i!==null?n[i]:0},1)});Qt("columns().indexes()","column().index()",function(t){return this.iterator("column",function(e,n){return t==="visible"?nr(e,n):n},1)});It("columns.adjust()",function(){return this.iterator("table",function(t){Or(t)},1)});It("column.index()",function(t,e){if(this.context.length!==0){var n=this.context[0];if(t==="fromVisible"||t==="toData")return Ii(n,e);if(t==="fromData"||t==="toVisible")return nr(n,e)}});It("column()",function(t,e){return Ui(this.columns(t,e))});var Ll=function(t,e,n){var r=t.aoData,s=Mr(t,n),i=ts(er(r,s,"anCells")),o=H(Ai([],i)),u,p=t.aoColumns.length,b,g,m,C,y,T,P=function(c){var l=typeof c=="function";if(c==null||l){for(b=[],g=0,m=s.length;g<m;g++)for(u=s[g],C=0;C<p;C++)y={row:u,column:C},l?(T=r[u],c(y,Re(t,u,C),T.anCells?T.anCells[C]:null)&&b.push(y)):b.push(y);return b}if(H.isPlainObject(c))return c.column!==void 0&&c.row!==void 0&&s.indexOf(c.row)!==-1?[c]:[];var h=o.filter(c).map(function(_,F){return{row:F._DT_CellIndex.row,column:F._DT_CellIndex.column}}).toArray();return h.length||!c.nodeName?h:(T=H(c).closest("*[data-dt-row]"),T.length?[{row:T.data("dt-row"),column:T.data("dt-column")}]:[])};return Vi("cell",e,P,t,n)};It("cells()",function(t,e,n){if(H.isPlainObject(t)&&(t.row===void 0?(n=t,t=null):(n=e,e=null)),H.isPlainObject(e)&&(n=e,e=null),e==null)return this.iterator("table",function(C){return Ll(C,t,Hi(n))});var r=n?{page:n.page,order:n.order,search:n.search}:{},s=this.columns(e,r),i=this.rows(t,r),o,u,p,b,g=this.iterator("table",function(C,y){var T=[];for(o=0,u=i[y].length;o<u;o++)for(p=0,b=s[y].length;p<b;p++)T.push({row:i[y][o],column:s[y][p]});return T},1),m=n&&n.selected?this.cells(g,n):g;return H.extend(m.selector,{cols:e,rows:t,opts:n}),m});Qt("cells().nodes()","cell().node()",function(){return this.iterator("cell",function(t,e,n){var r=t.aoData[e];return r&&r.anCells?r.anCells[n]:void 0},1)});It("cells().data()",function(){return this.iterator("cell",function(t,e,n){return Re(t,e,n)},1)});Qt("cells().cache()","cell().cache()",function(t){return t=t==="search"?"_aFilterData":"_aSortData",this.iterator("cell",function(e,n,r){return e.aoData[n][t][r]},1)});Qt("cells().render()","cell().render()",function(t){return this.iterator("cell",function(e,n,r){return Re(e,n,r,t)},1)});Qt("cells().indexes()","cell().index()",function(){return this.iterator("cell",function(t,e,n){return{row:e,column:n,columnVisible:nr(t,n)}},1)});Qt("cells().invalidate()","cell().invalidate()",function(t){return this.iterator("cell",function(e,n,r){Rr(e,n,t,r)})});It("cell()",function(t,e,n){return Ui(this.cells(t,e,n))});It("cell().data()",function(t){var e=this.context,n=this[0];return t===void 0?e.length&&n.length?Re(e[0],n[0].row,n[0].column):void 0:(ol(e[0],n[0].row,n[0].column,t),Rr(e[0],n[0].row,"data",n[0].column),this)});It("order()",function(t,e){var n=this.context,r=Array.prototype.slice.call(arguments);return t===void 0?n.length!==0?n[0].aaSorting:void 0:(typeof t=="number"?t=[[t,e]]:r.length>1&&(t=r),this.iterator("table",function(s){s.aaSorting=Array.isArray(t)?t.slice():t}))});It("order.listener()",function(t,e,n){return this.iterator("table",function(r){ps(r,t,{},e,n)})});It("order.fixed()",function(t){if(!t){var e=this.context,n=e.length?e[0].aaSortingFixed:void 0;return Array.isArray(n)?{pre:n}:n}return this.iterator("table",function(r){r.aaSortingFixed=H.extend(!0,{},t)})});It(["columns().order()","column().order()"],function(t){var e=this;return t?this.iterator("table",function(n,r){n.aaSorting=e[r].map(function(s){return[s,t]})}):this.iterator("column",function(n,r){for(var s=zr(n),i=0,o=s.length;i<o;i++)if(s[i].col===r)return s[i].dir;return null},1)});Qt("columns().orderable()","column().orderable()",function(t){return this.iterator("column",function(e,n){var r=e.aoColumns[n];return t?r.asSorting:r.bSortable},1)});It("processing()",function(t){return this.iterator("table",function(e){ke(e,t)})});It("search()",function(t,e,n,r){var s=this.context;return t===void 0?s.length!==0?s[0].oPreviousSearch.search:void 0:this.iterator("table",function(i){i.oFeatures.bFilter&&(typeof e=="object"?tr(i,H.extend(i.oPreviousSearch,e,{search:t})):tr(i,H.extend(i.oPreviousSearch,{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r})))})});It("search.fixed()",function(t,e){var n=this.iterator(!0,"table",function(r){var s=r.searchFixed;if(t){if(e===void 0)return s[t];e===null?delete s[t]:s[t]=e}else return Object.keys(s);return this});return t!==void 0&&e===void 0?n[0]:n});Qt("columns().search()","column().search()",function(t,e,n,r){return this.iterator("column",function(s,i){var o=s.aoPreSearchCols;if(t===void 0)return o[i].search;s.oFeatures.bFilter&&(typeof e=="object"?H.extend(o[i],e,{search:t}):H.extend(o[i],{search:t,regex:e===null?!1:e,smart:n===null?!0:n,caseInsensitive:r===null?!0:r}),tr(s,s.oPreviousSearch))})});It(["columns().search.fixed()","column().search.fixed()"],function(t,e){var n=this.iterator(!0,"column",function(r,s){var i=r.aoColumns[s].searchFixed;if(t){if(e===void 0)return i[t];e===null?delete i[t]:i[t]=e}else return Object.keys(i);return this});return t!==void 0&&e===void 0?n[0]:n});It("state()",function(t,e){if(!t)return this.context.length?this.context[0].oSavedState:null;var n=H.extend(!0,{},t);return this.iterator("table",function(r){e!==!1&&(n.time=+new Date+100),ki(r,n,function(){})})});It("state.clear()",function(){return this.iterator("table",function(t){t.fnStateSaveCallback.call(t.oInstance,t,{})})});It("state.loaded()",function(){return this.context.length?this.context[0].oLoadedState:null});It("state.save()",function(){return this.iterator("table",function(t){jr(t)})});bt.use=function(t,e){var n=typeof t=="string"?e:t,r=typeof e=="string"?e:t;if(n===void 0&&typeof r=="string")switch(r){case"lib":case"jq":return H;case"win":return window;case"datetime":return bt.DateTime;case"luxon":return dn;case"moment":return wn;default:return null}r==="lib"||r==="jq"||n&&n.fn&&n.fn.jquery?H=n:r=="win"||n&&n.document?(window=n,document=n.document):r==="datetime"||n&&n.type==="DateTime"?bt.DateTime=n:r==="luxon"||n&&n.FixedOffsetZone?dn=n:(r==="moment"||n&&n.isMoment)&&(wn=n)};bt.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(H=e,n=!0),n};bt.versionCheck=function(t,e){for(var n=e?e.split("."):bt.version.split("."),r=t.split("."),s,i,o=0,u=r.length;o<u;o++)if(s=parseInt(n[o],10)||0,i=parseInt(r[o],10)||0,s!==i)return s>i;return!0};bt.isDataTable=function(t){var e=H(t).get(0),n=!1;return t instanceof bt.Api?!0:(H.each(bt.settings,function(r,s){var i=s.nScrollHead?H("table",s.nScrollHead)[0]:null,o=s.nScrollFoot?H("table",s.nScrollFoot)[0]:null;(s.nTable===e||i===e||o===e)&&(n=!0)}),n)};bt.tables=function(t){var e=!1;H.isPlainObject(t)&&(e=t.api,t=t.visible);var n=bt.settings.filter(function(r){return!!(!t||t&&H(r.nTable).is(":visible"))}).map(function(r){return r.nTable});return e?new Wt(n):n};bt.camelToHungarian=sn;It("$()",function(t,e){var n=this.rows(e).nodes(),r=H(n);return H([].concat(r.filter(t).toArray(),r.find(t).toArray()))});H.each(["on","one","off"],function(t,e){It(e+"()",function(){var n=Array.prototype.slice.call(arguments);n[0]=n[0].split(/\s/).map(function(s){return s.match(/\.dt\b/)?s:s+".dt"}).join(" ");var r=H(this.tables().nodes());return r[e].apply(r,n),this})});It("clear()",function(){return this.iterator("table",function(t){Oi(t)})});It("error()",function(t){return this.iterator("table",function(e){Oe(e,0,t)})});It("settings()",function(){return new Wt(this.context,this.context)});It("init()",function(){var t=this.context;return t.length?t[0].oInit:null});It("data()",function(){return this.iterator("table",function(t){return Ce(t.aoData,"_aData")}).flatten()});It("trigger()",function(t,e,n){return this.iterator("table",function(r){return Zt(r,null,t,e,n)}).flatten()});It("ready()",function(t){var e=this.context;return t?this.tables().every(function(){this.context[0]._bInitComplete?t.call(this):this.on("init",function(){t.call(this)})}):e.length?e[0]._bInitComplete||!1:null});It("destroy()",function(t){return t=t||!1,this.iterator("table",function(e){var n=e.oClasses,r=e.nTable,s=e.nTBody,i=e.nTHead,o=e.nTFoot,u=H(r),p=H(s),b=H(e.nTableWrapper),g=e.aoData.map(function(c){return c?c.nTr:null}),m=n.order;e.bDestroying=!0,Zt(e,"aoDestroyCallback","destroy",[e],!0),t||new Wt(e).columns().visible(!0),b.off(".DT").find(":not(tbody *)").off(".DT"),H(window).off(".DT-"+e.sInstance),r!=i.parentNode&&(u.children("thead").detach(),u.append(i)),o&&r!=o.parentNode&&(u.children("tfoot").detach(),u.append(o)),e.colgroup.remove(),e.aaSorting=[],e.aaSortingFixed=[],Ti(e),H("th, td",i).removeClass(m.canAsc+" "+m.canDesc+" "+m.isAsc+" "+m.isDesc).css("width",""),p.children().detach(),p.append(g);var C=e.nTableWrapper.parentNode,y=e.nTableWrapper.nextSibling,T=t?"remove":"detach";u[T](),b[T](),!t&&C&&(C.insertBefore(r,y),u.css("width",e.sDestroyWidth).removeClass(n.table));var P=bt.settings.indexOf(e);P!==-1&&bt.settings.splice(P,1)})});H.each(["column","row","cell"],function(t,e){It(e+"s().every()",function(n){var r=this.selector.opts,s=this,i,o=0;return this.iterator("every",function(u,p,b){i=s[e](p,r),e==="cell"?n.call(i,i[0][0].row,i[0][0].column,b,o):n.call(i,p,b,o),o++})})});It("i18n()",function(t,e,n){var r=this.context[0],s=En(t)(r.oLanguage);return s===void 0&&(s=e),H.isPlainObject(s)&&(s=n!==void 0&&s[n]!==void 0?s[n]:s._),typeof s=="string"?s.replace("%d",n):s});bt.version="2.1.6";bt.settings=[];bt.models={};bt.models.oSearch={caseInsensitive:!0,search:"",regex:!1,smart:!0,return:!1};bt.models.oRow={nTr:null,anCells:null,_aData:[],_aSortData:null,_aFilterData:null,_sFilterRow:null,src:null,idx:-1,displayData:null};bt.models.oColumn={idx:null,aDataSort:null,asSorting:null,bSearchable:null,bSortable:null,bVisible:null,_sManualType:null,_bAttrSrc:!1,fnCreatedCell:null,fnGetData:null,fnSetData:null,mData:null,mRender:null,sClass:null,sContentPadding:null,sDefaultContent:null,sName:null,sSortDataType:"std",sSortingClass:null,sTitle:null,sType:null,sWidth:null,sWidthOrig:null,maxLenString:null,searchFixed:null};bt.defaults={aaData:null,aaSorting:[[0,"asc"]],aaSortingFixed:[],ajax:null,aLengthMenu:[10,25,50,100],aoColumns:null,aoColumnDefs:null,aoSearchCols:[],bAutoWidth:!0,bDeferRender:!0,bDestroy:!1,bFilter:!0,bInfo:!0,bLengthChange:!0,bPaginate:!0,bProcessing:!1,bRetrieve:!1,bScrollCollapse:!1,bServerSide:!1,bSort:!0,bSortMulti:!0,bSortCellsTop:null,bSortClasses:!0,bStateSave:!1,fnCreatedRow:null,fnDrawCallback:null,fnFooterCallback:null,fnFormatNumber:function(t){return t.toString().replace(/\B(?=(\d{3})+(?!\d))/g,this.oLanguage.sThousands)},fnHeaderCallback:null,fnInfoCallback:null,fnInitComplete:null,fnPreDrawCallback:null,fnRowCallback:null,fnStateLoadCallback:function(t){try{return JSON.parse((t.iStateDuration===-1?sessionStorage:localStorage).getItem("DataTables_"+t.sInstance+"_"+location.pathname))}catch{return{}}},fnStateLoadParams:null,fnStateLoaded:null,fnStateSaveCallback:function(t,e){try{(t.iStateDuration===-1?sessionStorage:localStorage).setItem("DataTables_"+t.sInstance+"_"+location.pathname,JSON.stringify(e))}catch{}},fnStateSaveParams:null,iStateDuration:7200,iDisplayLength:10,iDisplayStart:0,iTabIndex:0,oClasses:{},oLanguage:{oAria:{orderable:": Activate to sort",orderableReverse:": Activate to invert sorting",orderableRemove:": Activate to remove sorting",paginate:{first:"First",last:"Last",next:"Next",previous:"Previous",number:""}},oPaginate:{sFirst:"\xAB",sLast:"\xBB",sNext:"\u203A",sPrevious:"\u2039"},entries:{_:"entries",1:"entry"},sEmptyTable:"No data available in table",sInfo:"Showing _START_ to _END_ of _TOTAL_ _ENTRIES-TOTAL_",sInfoEmpty:"Showing 0 to 0 of 0 _ENTRIES-TOTAL_",sInfoFiltered:"(filtered from _MAX_ total _ENTRIES-MAX_)",sInfoPostFix:"",sDecimal:"",sThousands:",",sLengthMenu:"_MENU_ _ENTRIES_ per page",sLoadingRecords:"Loading...",sProcessing:"",sSearch:"Search:",sSearchPlaceholder:"",sUrl:"",sZeroRecords:"No matching records found"},orderDescReverse:!0,oSearch:H.extend({},bt.models.oSearch),layout:{topStart:"pageLength",topEnd:"search",bottomStart:"info",bottomEnd:"paging"},sDom:null,searchDelay:null,sPaginationType:"",sScrollX:"",sScrollXInner:"",sScrollY:"",sServerMethod:"GET",renderer:null,rowId:"DT_RowId",caption:null,iDeferLoading:null};Nr(bt.defaults);bt.defaults.column={aDataSort:null,iDataSort:-1,ariaTitle:"",asSorting:["asc","desc",""],bSearchable:!0,bSortable:!0,bVisible:!0,fnCreatedCell:null,mData:null,mRender:null,sCellType:"td",sClass:"",sContentPadding:"",sDefaultContent:null,sName:"",sSortDataType:"std",sTitle:null,sType:null,sWidth:null};Nr(bt.defaults.column);bt.models.oSettings={oFeatures:{bAutoWidth:null,bDeferRender:null,bFilter:null,bInfo:!0,bLengthChange:!0,bPaginate:null,bProcessing:null,bServerSide:null,bSort:null,bSortMulti:null,bSortClasses:null,bStateSave:null},oScroll:{bCollapse:null,iBarWidth:0,sX:null,sXInner:null,sY:null},oLanguage:{fnInfoCallback:null},oBrowser:{bScrollbarLeft:!1,barWidth:0},ajax:null,aanFeatures:[],aoData:[],aiDisplay:[],aiDisplayMaster:[],aIds:{},aoColumns:[],aoHeader:[],aoFooter:[],oPreviousSearch:{},searchFixed:{},aoPreSearchCols:[],aaSorting:null,aaSortingFixed:[],sDestroyWidth:0,aoRowCallback:[],aoHeaderCallback:[],aoFooterCallback:[],aoDrawCallback:[],aoRowCreatedCallback:[],aoPreDrawCallback:[],aoInitComplete:[],aoStateSaveParams:[],aoStateLoadParams:[],aoStateLoaded:[],sTableId:"",nTable:null,nTHead:null,nTFoot:null,nTBody:null,nTableWrapper:null,bInitialised:!1,aoOpenRows:[],sDom:null,searchDelay:null,sPaginationType:"two_button",pagingControls:0,iStateDuration:0,aoStateSave:[],aoStateLoad:[],oSavedState:null,oLoadedState:null,bAjaxDataGet:!0,jqXHR:null,json:void 0,oAjaxData:void 0,sServerMethod:null,fnFormatNumber:null,aLengthMenu:null,iDraw:0,bDrawing:!1,iDrawError:-1,_iDisplayLength:10,_iDisplayStart:0,_iRecordsTotal:0,_iRecordsDisplay:0,oClasses:{},bFiltered:!1,bSorted:!1,bSortCellsTop:null,oInit:null,aoDestroyCallback:[],fnRecordsTotal:function(){return Ee(this)=="ssp"?this._iRecordsTotal*1:this.aiDisplayMaster.length},fnRecordsDisplay:function(){return Ee(this)=="ssp"?this._iRecordsDisplay*1:this.aiDisplay.length},fnDisplayEnd:function(){var t=this._iDisplayLength,e=this._iDisplayStart,n=e+t,r=this.aiDisplay.length,s=this.oFeatures,i=s.bPaginate;return s.bServerSide?i===!1||t===-1?e+r:Math.min(e+t,this._iRecordsDisplay):!i||n>r||t===-1?r:n},oInstance:null,sInstance:null,iTabIndex:0,nScrollHead:null,nScrollFoot:null,aLastSort:[],oPlugins:{},rowIdFn:null,rowId:null,caption:"",captionNode:null,colgroup:null,deferLoading:null,typeDetect:!0};var zl=bt.ext.pager;H.extend(zl,{simple:function(){return["previous","next"]},full:function(){return["first","previous","next","last"]},numbers:function(){return["numbers"]},simple_numbers:function(){return["previous","numbers","next"]},full_numbers:function(){return["first","previous","numbers","next","last"]},first_last:function(){return["first","last"]},first_last_numbers:function(){return["first","numbers","last"]},_numbers:Ss,numbers_length:7});H.extend(!0,bt.ext.renderer,{pagingButton:{_:function(t,e,n,r,s){var i=t.oClasses.paging,o=[i.button],u;return r&&o.push(i.active),s&&o.push(i.disabled),e==="ellipsis"?u=H('<span class="ellipsis"></span>').html(n)[0]:u=H("<button>",{class:o.join(" "),role:"link",type:"button"}).html(n),{display:u,clicker:u}}},pagingContainer:{_:function(t,e){return e}}});var ir=function(t,e){return function(n){return He(n)||typeof n!="string"||(n=n.replace(Jo," "),t&&(n=gn(n)),e&&(n=Dr(n,!1))),n}};function Ya(t,e,n,r,s){return wn?t[e](s):dn?t[n](s):r?t[r](s):t}var $a=!1,dn,wn;function jl(){window.luxon&&!dn&&(dn=window.luxon),window.moment&&!wn&&(wn=window.moment)}function Br(t,e,n){var r;if(jl(),wn){if(r=wn.utc(t,e,n,!0),!r.isValid())return null}else if(dn){if(r=e&&typeof t=="string"?dn.DateTime.fromFormat(t,e):dn.DateTime.fromISO(t),!r.isValid)return null;r.setLocale(n)}else e?($a||alert("DataTables warning: Formatted date without Moment.js or Luxon - https://datatables.net/tn/17"),$a=!0):r=new Date(t);return r}function gi(t){return function(e,n,r,s){arguments.length===0?(r="en",n=null,e=null):arguments.length===1?(r="en",n=e,e=null):arguments.length===2&&(r=n,n=e,e=null);var i="datetime"+(n?"-"+n:"");return bt.ext.type.order[i]||bt.type(i,{detect:function(o){return o===i?i:!1},order:{pre:function(o){return o.valueOf()}},className:"dt-right"}),function(o,u){if(o==null)if(s==="--now"){var p=new Date;o=new Date(Date.UTC(p.getFullYear(),p.getMonth(),p.getDate(),p.getHours(),p.getMinutes(),p.getSeconds()))}else o="";if(u==="type")return i;if(o==="")return u!=="sort"?"":Br("0000-01-01 00:00:00",null,r);if(n!==null&&e===n&&u!=="sort"&&u!=="type"&&!(o instanceof Date))return o;var b=Br(o,e,r);if(b===null)return o;if(u==="sort")return b;var g=n===null?Ya(b,"toDate","toJSDate","")[t]():Ya(b,"format","toFormat","toISOString",n);return u==="display"?Nn(g):g}}}var Cs=",",Ts=".";if(window.Intl!==void 0)try{for(Bn=new Intl.NumberFormat().formatToParts(100000.1),Ne=0;Ne<Bn.length;Ne++)Bn[Ne].type==="group"?Cs=Bn[Ne].value:Bn[Ne].type==="decimal"&&(Ts=Bn[Ne].value)}catch{}var Bn,Ne;bt.datetime=function(t,e){var n="datetime-"+t;e||(e="en"),bt.ext.type.order[n]||bt.type(n,{detect:function(r){var s=Br(r,t,e);return r===""||s?n:!1},order:{pre:function(r){return Br(r,t,e)||0}},className:"dt-right"})};bt.render={date:gi("toLocaleDateString"),datetime:gi("toLocaleString"),time:gi("toLocaleTimeString"),number:function(t,e,n,r,s){return t==null&&(t=Cs),e==null&&(e=Ts),{display:function(i){if(typeof i!="number"&&typeof i!="string"||i===""||i===null)return i;var o=i<0?"-":"",u=parseFloat(i),p=Math.abs(u);if(p>=1e11||p<1e-4&&p!==0){var b=u.toExponential(n).split(/e\+?/);return b[0]+" x 10<sup>"+b[1]+"</sup>"}if(isNaN(u))return Nn(i);u=u.toFixed(n),i=Math.abs(u);var g=parseInt(i,10),m=n?e+(i-g).toFixed(n).substring(2):"";return g===0&&parseFloat(m)===0&&(o=""),o+(r||"")+g.toString().replace(/\B(?=(\d{3})+(?!\d))/g,t)+m+(s||"")}}},text:function(){return{display:Nn,filter:Nn}}};var me=bt.ext.type;bt.type=function(t,e,n){if(!e)return{className:me.className[t],detect:me.detect.find(function(o){return o.name===t}),order:{pre:me.order[t+"-pre"],asc:me.order[t+"-asc"],desc:me.order[t+"-desc"]},render:me.render[t],search:me.search[t]};var r=function(o,u){me[o][t]=u},s=function(o){Object.defineProperty(o,"name",{value:t});var u=me.detect.findIndex(function(p){return p.name===t});u===-1?me.detect.unshift(o):me.detect.splice(u,1,o)},i=function(o){me.order[t+"-pre"]=o.pre,me.order[t+"-asc"]=o.asc,me.order[t+"-desc"]=o.desc};n===void 0&&(n=e,e=null),e==="className"?r("className",n):e==="detect"?s(n):e==="order"?i(n):e==="render"?r("render",n):e==="search"?r("search",n):e||(n.className&&r("className",n.className),n.detect!==void 0&&s(n.detect),n.order&&i(n.order),n.render!==void 0&&r("render",n.render),n.search!==void 0&&r("search",n.search))};bt.types=function(){return me.detect.map(function(t){return t.name})};var Za=function(t,e){return t=t.toString().toLowerCase(),e=e.toString().toLowerCase(),t.localeCompare(e,navigator.languages[0]||navigator.language,{numeric:!0,ignorePunctuation:!0})};bt.type("string",{detect:function(){return"string"},order:{pre:function(t){return He(t)&&typeof t!="boolean"?"":typeof t=="string"?t.toLowerCase():t.toString?t.toString():""}},search:ir(!1,!0)});bt.type("string-utf8",{detect:{allOf:function(t){return!0},oneOf:function(t){return!He(t)&&navigator.languages&&typeof t=="string"&&t.match(/[^\x00-\x7F]/)}},order:{asc:Za,desc:function(t,e){return Za(t,e)*-1}},search:ir(!1,!0)});bt.type("html",{detect:{allOf:function(t){return He(t)||typeof t=="string"&&t.indexOf("<")!==-1},oneOf:function(t){return!He(t)&&typeof t=="string"&&t.indexOf("<")!==-1}},order:{pre:function(t){return He(t)?"":t.replace?gn(t).trim().toLowerCase():t+""}},search:ir(!0,!0)});bt.type("date",{className:"dt-type-date",detect:{allOf:function(t){if(t&&!(t instanceof Date)&&!za.test(t))return null;var e=Date.parse(t);return e!==null&&!isNaN(e)||He(t)},oneOf:function(t){return t instanceof Date||typeof t=="string"&&za.test(t)}},order:{pre:function(t){var e=Date.parse(t);return isNaN(e)?-1/0:e}}});bt.type("html-num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si,Di)}},search:ir(!0,!0)});bt.type("html-num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Sr(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Si)}},search:ir(!0,!0)});bt.type("num-fmt",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!0,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n,Di)}}});bt.type("num",{className:"dt-type-numeric",detect:{allOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!0)},oneOf:function(t,e){var n=e.oLanguage.sDecimal;return Qn(t,n,!1,!1)}},order:{pre:function(t,e){var n=e.oLanguage.sDecimal;return Hr(t,n)}}});var Hr=function(t,e,n,r){if(t!==0&&(!t||t==="-"))return-1/0;var s=typeof t;return s==="number"||s==="bigint"?t:(e&&(t=Qa(t,e)),t.replace&&(n&&(t=t.replace(n,"")),r&&(t=t.replace(r,""))),t*1)};H.extend(!0,bt.ext.renderer,{footer:{_:function(t,e,n){e.addClass(n.tfoot.cell)}},header:{_:function(t,e,n){e.addClass(n.thead.cell),t.oFeatures.bSort||e.addClass(n.order.none);var r=t.bSortCellsTop,s=e.closest("thead").find("tr"),i=e.parent().index();e.attr("data-dt-order")==="disable"||e.parent().attr("data-dt-order")==="disable"||r===!0&&i!==0||r===!1&&i!==s.length-1||H(t.nTable).on("order.dt.DT column-visibility.dt.DT",function(o,u){if(t===u){var p=u.sortDetails;if(p){var b,g=n.order,m=u.api.columns(e),C=t.aoColumns[m.flatten()[0]],y=m.orderable().includes(!0),T="",P=m.indexes(),c=m.orderable(!0).flatten(),l=Ce(p,"col");e.removeClass(g.isAsc+" "+g.isDesc).toggleClass(g.none,!y).toggleClass(g.canAsc,y&&c.includes("asc")).toggleClass(g.canDesc,y&&c.includes("desc"));var h=!0;for(b=0;b<P.length;b++)l.includes(P[b])||(h=!1);if(h){var _=m.order();e.addClass(_.includes("asc")?g.isAsc:""+_.includes("desc")?g.isDesc:"")}var F=-1;for(b=0;b<l.length;b++)if(t.aoColumns[l[b]].bVisible){F=l[b];break}if(P[0]==F){var O=p[0],f=C.asSorting;e.attr("aria-sort",O.dir==="asc"?"ascending":"descending"),T=f[O.index+1]?"Reverse":"Remove"}else e.removeAttr("aria-sort");e.attr("aria-label",y?C.ariaTitle+u.api.i18n("oAria.orderable"+T):C.ariaTitle),y&&(e.find(".dt-column-title").attr("role","button"),e.attr("tabindex",0))}}})}},layout:{_:function(t,e,n){var r=t.oClasses.layout,s=H("<div/>").attr("id",n.id||null).addClass(n.className||r.row).appendTo(e);H.each(n,function(i,o){if(!(i==="id"||i==="className")){var u="";o.table&&(s.addClass(r.tableRow),u+=r.tableCell+" 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r=t._iDisplayStart+1,s=t.fnDisplayEnd(),i=t.fnRecordsTotal(),o=t.fnRecordsDisplay(),u=o?e.text:e.empty;o!==i&&(u+=" "+e.search),u+=e.postfix,u=ji(t,u),e.callback&&(u=e.callback.call(t.oInstance,t,r,s,i,o,u)),n.html(u),Zt(t,null,"info",[t,n[0],u])}var yi=0;bt.feature.register("search",function(t,e){if(!t.oFeatures.bFilter)return null;var n=t.oClasses.search,r=t.sTableId,s=t.oLanguage,i=t.oPreviousSearch,o='<input type="search" class="'+n.input+'"/>';e=H.extend({placeholder:s.sSearchPlaceholder,processing:!1,text:s.sSearch},e),e.text.indexOf("_INPUT_")===-1&&(e.text+="_INPUT_"),e.text=ji(t,e.text);var u=e.text.match(/_INPUT_$/),p=e.text.match(/^_INPUT_/),b=e.text.replace(/_INPUT_/,""),g="<label>"+e.text+"</label>";p?g="_INPUT_<label>"+b+"</label>":u&&(g="<label>"+b+"</label>_INPUT_");var m=H("<div>").addClass(n.container).append(g.replace(/_INPUT_/,o));m.find("label").attr("for","dt-search-"+yi),m.find("input").attr("id","dt-search-"+yi),yi++;var C=function(P){var c=this.value;i.return&&P.key!=="Enter"||c!=i.search&&us(t,e.processing,function(){i.search=c,tr(t,i),t._iDisplayStart=0,Ln(t)})},y=t.searchDelay!==null?t.searchDelay:0,T=H("input",m).val(i.search).attr("placeholder",e.placeholder).on("keyup.DT search.DT input.DT paste.DT cut.DT",y?bt.util.debounce(C,y):C).on("mouseup.DT",function(P){setTimeout(function(){C.call(T[0],P)},10)}).on("keypress.DT",function(P){if(P.keyCode==13)return!1}).attr("aria-controls",r);return H(t.nTable).on("search.dt.DT",function(P,c){t===c&&T[0]!==document.activeElement&&T.val(typeof i.search!="function"?i.search:"")}),m},"f");bt.feature.register("paging",function(t,e){if(!t.oFeatures.bPaginate)return null;e=H.extend({buttons:bt.ext.pager.numbers_length,type:t.sPaginationType,boundaryNumbers:!0,firstLast:!0,previousNext:!0,numbers:!0},e);var n=H("<div/>").addClass(t.oClasses.paging.container+(e.type?" 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T=="string"?s[T]:s.number?s.number+(T+1):null;H(c.clicker).attr({"aria-controls":t.sTableId,"aria-disabled":P.disabled?"true":null,"aria-current":P.active?"page":null,"aria-label":l,"data-dt-idx":T,tabIndex:P.disabled?-1:t.iTabIndex?t.iTabIndex:null}),typeof T!="number"&&H(c.clicker).addClass(T),ms(c.clicker,{action:T},function(F){F.preventDefault(),Li(t,F.data.action,!0)}),C.push(c.display)}var h=Fr(t,"pagingContainer")(t,C),_=e.find(document.activeElement).data("dt-idx");e.empty().append(h),_!==void 0&&e.find("[data-dt-idx="+_+"]").trigger("focus"),C.length&&n.buttons>1&&H(e).height()>=H(C[0]).outerHeight()*2-10&&ks(t,e,H.extend({},n,{buttons:n.buttons-2}))}}function Hl(t,e,n,r){var s=t.oLanguage.oPaginate,i={display:"",active:!1,disabled:!1};switch(e){case"ellipsis":i.display="&#x2026;",i.disabled=!0;break;case"first":i.display=s.sFirst,n===0&&(i.disabled=!0);break;case"previous":i.display=s.sPrevious,n===0&&(i.disabled=!0);break;case"next":i.display=s.sNext,(r===0||n===r-1)&&(i.disabled=!0);break;case"last":i.display=s.sLast,(r===0||n===r-1)&&(i.disabled=!0);break;default:typeof e=="number"&&(i.display=t.fnFormatNumber(e+1),n===e&&(i.active=!0));break}return i}function Ss(t,e,n,r){var s=[],i=Math.floor(n/2),o=r?2:1,u=r?1:0;return e<=n?s=an(0,e):n===1?s=[t]:n===3?t<=1?s=[0,1,"ellipsis"]:t>=e-2?(s=an(e-2,e),s.unshift("ellipsis")):s=["ellipsis",t,"ellipsis"]:t<=i?(s=an(0,n-o),s.push("ellipsis"),r&&s.push(e-1)):t>=e-1-i?(s=an(e-(n-o),e),s.unshift("ellipsis"),r&&s.unshift(0)):(s=an(t-i+o,t+i-u),s.push("ellipsis"),s.unshift("ellipsis"),r&&(s.push(e-1),s.unshift(0))),s}var wi=0;bt.feature.register("pageLength",function(t,e){var n=t.oFeatures;if(!n.bPaginate||!n.bLengthChange)return null;e=H.extend({menu:t.aLengthMenu,text:t.oLanguage.sLengthMenu},e);var r=t.oClasses.length,s=t.sTableId,i=e.menu,o=[],u=[],p;if(Array.isArray(i[0]))o=i[0],u=i[1];else for(p=0;p<i.length;p++)H.isPlainObject(i[p])?(o.push(i[p].value),u.push(i[p].label)):(o.push(i[p]),u.push(i[p]));var b=e.text.match(/_MENU_$/),g=e.text.match(/^_MENU_/),m=e.text.replace(/_MENU_/,""),C="<label>"+e.text+"</label>";g?C="_MENU_<label>"+m+"</label>":b&&(C="<label>"+m+"</label>_MENU_");var y="tmp-"+ +new Date,T=H("<div/>").addClass(r.container).append(C.replace("_MENU_",'<span id="'+y+'"></span>')),P=[];T.find("label")[0].childNodes.forEach(function(h){h.nodeType===Node.TEXT_NODE&&P.push({el:h,text:h.textContent})});var c=function(h){P.forEach(function(_){_.el.textContent=ji(t,_.text,h)})},l=H("<select/>",{name:s+"_length","aria-controls":s,class:r.select});for(p=0;p<o.length;p++)l[0][p]=new Option(typeof u[p]=="number"?t.fnFormatNumber(u[p]):u[p],o[p]);return T.find("label").attr("for","dt-length-"+wi),l.attr("id","dt-length-"+wi),wi++,T.find("#"+y).replaceWith(l),H("select",T).val(t._iDisplayLength).on("change.DT",function(){ds(t,H(this).val()),Ln(t)}),H(t.nTable).on("length.dt.DT",function(h,_,F){t===_&&(H("select",T).val(F),c(F))}),c(t._iDisplayLength),T},"l");H.fn.dataTable=bt;bt.$=H;H.fn.dataTableSettings=bt.settings;H.fn.dataTableExt=bt.ext;H.fn.DataTable=function(t){return H(this).dataTable(t).api()};H.each(bt,function(t,e){H.fn.DataTable[t]=e});var at=bt;var Le=at;var $l=ie(ae(),1);var Ps=ie(ae(),1);var ht=Ps.default,Wl=0,Gl=0,Se=at.ext.buttons,qi=null;function Xi(t,e,n){ht.fn.animate?t.stop().fadeIn(e,n):(t.css("display","block"),n&&n.call(t))}function Yi(t,e,n){ht.fn.animate?t.stop().fadeOut(e,n):(t.css("display","none"),n&&n.call(t))}var te=function(t,e){if(!at.versionCheck("2"))throw"Warning: Buttons requires DataTables 2 or newer";if(!(this instanceof te))return function(n){return new te(n,t).container()};typeof e>"u"&&(e={}),e===!0&&(e={}),Array.isArray(e)&&(e={buttons:e}),this.c=ht.extend(!0,{},te.defaults,e),e.buttons&&(this.c.buttons=e.buttons),this.s={dt:new at.Api(t),buttons:[],listenKeys:"",namespace:"dtb"+Wl++},this.dom={container:ht("<"+this.c.dom.container.tag+"/>").addClass(this.c.dom.container.className)},this._constructor()};ht.extend(te.prototype,{action:function(t,e){var n=this._nodeToButton(t);return e===void 0?n.conf.action:(n.conf.action=e,this)},active:function(t,e){var n=this._nodeToButton(t),r=this.c.dom.button.active,s=ht(n.node);return n.inCollection&&this.c.dom.collection.button&&this.c.dom.collection.button.active!==void 0&&(r=this.c.dom.collection.button.active),e===void 0?s.hasClass(r):(s.toggleClass(r,e===void 0?!0:e),this)},add:function(t,e,n){var r=this.s.buttons;if(typeof e=="string"){for(var s=e.split("-"),i=this.s,o=0,u=s.length-1;o<u;o++)i=i.buttons[s[o]*1];r=i.buttons,e=s[s.length-1]*1}return this._expandButton(r,t,t!==void 0?t.split:void 0,(t===void 0||t.split===void 0||t.split.length===0)&&i!==void 0,!1,e),(n===void 0||n===!0)&&this._draw(),this},collectionRebuild:function(t,e){var n=this._nodeToButton(t);if(e!==void 0){var r;for(r=n.buttons.length-1;r>=0;r--)this.remove(n.buttons[r].node);for(n.conf.prefixButtons&&e.unshift.apply(e,n.conf.prefixButtons),n.conf.postfixButtons&&e.push.apply(e,n.conf.postfixButtons),r=0;r<e.length;r++){var s=e[r];this._expandButton(n.buttons,s,s!==void 0&&s.config!==void 0&&s.config.split!==void 0,!0,s.parentConf!==void 0&&s.parentConf.split!==void 0,null,s.parentConf)}}this._draw(n.collection,n.buttons)},container:function(){return this.dom.container},disable:function(t){var e=this._nodeToButton(t);return ht(e.node).addClass(this.c.dom.button.disabled).prop("disabled",!0),this},destroy:function(){ht("body").off("keyup."+this.s.namespace);var t=this.s.buttons.slice(),e,n;for(e=0,n=t.length;e<n;e++)this.remove(t[e].node);this.dom.container.remove();var r=this.s.dt.settings()[0];for(e=0,n=r.length;e<n;e++)if(r.inst===this){r.splice(e,1);break}return this},enable:function(t,e){if(e===!1)return this.disable(t);var n=this._nodeToButton(t);return ht(n.node).removeClass(this.c.dom.button.disabled).prop("disabled",!1),this},index:function(t,e,n){e||(e="",n=this.s.buttons);for(var r=0,s=n.length;r<s;r++){var i=n[r].buttons;if(n[r].node===t)return e+r;if(i&&i.length){var o=this.index(t,r+"-",i);if(o!==null)return o}}return null},name:function(){return this.c.name},node:function(t){if(!t)return this.dom.container;var e=this._nodeToButton(t);return ht(e.node)},processing:function(t,e){var n=this.s.dt,r=this._nodeToButton(t);return e===void 0?ht(r.node).hasClass("processing"):(ht(r.node).toggleClass("processing",e),ht(n.table().node()).triggerHandler("buttons-processing.dt",[e,n.button(t),n,ht(t),r.conf]),this)},remove:function(t){var e=this._nodeToButton(t),n=this._nodeToHost(t),r=this.s.dt;if(e.buttons.length)for(var s=e.buttons.length-1;s>=0;s--)this.remove(e.buttons[s].node);e.conf.destroying=!0,e.conf.destroy&&e.conf.destroy.call(r.button(t),r,ht(t),e.conf),this._removeKey(e.conf),ht(e.node).remove();var i=ht.inArray(e,n);return n.splice(i,1),this},text:function(t,e){var n=this._nodeToButton(t),r=n.textNode,s=this.s.dt,i=ht(n.node),o=function(u){return typeof u=="function"?u(s,i,n.conf):u};return e===void 0?o(n.conf.text):(n.conf.text=e,r.html(o(e)),this)},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0],r=this.c.buttons;n._buttons||(n._buttons=[]),n._buttons.push({inst:this,name:this.c.name});for(var s=0,i=r.length;s<i;s++)this.add(r[s]);e.on("destroy",function(o,u){u===n&&t.destroy()}),ht("body").on("keyup."+this.s.namespace,function(o){if(!document.activeElement||document.activeElement===document.body){var u=String.fromCharCode(o.keyCode).toLowerCase();t.s.listenKeys.toLowerCase().indexOf(u)!==-1&&t._keypress(u,o)}})},_addKey:function(t){t.key&&(this.s.listenKeys+=ht.isPlainObject(t.key)?t.key.key:t.key)},_draw:function(t,e){t||(t=this.dom.container,e=this.s.buttons),t.children().detach();for(var n=0,r=e.length;n<r;n++)t.append(e[n].inserter),t.append(" "),e[n].buttons&&e[n].buttons.length&&this._draw(e[n].collection,e[n].buttons)},_expandButton:function(t,e,n,r,s,i,o){var u=this.s.dt,p=!1,b=this.c.dom.collection,g=Array.isArray(e)?e:[e];e===void 0&&(g=Array.isArray(n)?n:[n]);for(var m=0,C=g.length;m<C;m++){var y=this._resolveExtends(g[m]);if(y){if(p=!!(y.config&&y.config.split),Array.isArray(y)){this._expandButton(t,y,T!==void 0&&T.conf!==void 0?T.conf.split:void 0,r,o!==void 0&&o.split!==void 0,i,o);continue}var T=this._buildButton(y,r,y.split!==void 0||y.config!==void 0&&y.config.split!==void 0,s);if(T){if(i!=null?(t.splice(i,0,T),i++):t.push(T),T.conf.buttons&&(T.collection=ht("<"+b.container.content.tag+"/>"),T.conf._collection=T.collection,ht(T.node).append(b.action.dropHtml),this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)),T.conf.split){T.collection=ht("<"+b.container.tag+"/>"),T.conf._collection=T.collection;for(var P=0;P<T.conf.split.length;P++){var c=T.conf.split[P];typeof c=="object"&&(c.parent=o,c.collectionLayout===void 0&&(c.collectionLayout=T.conf.collectionLayout),c.dropup===void 0&&(c.dropup=T.conf.dropup),c.fade===void 0&&(c.fade=T.conf.fade))}this._expandButton(T.buttons,T.conf.buttons,T.conf.split,!p,p,i,T.conf)}T.conf.parent=o,y.init&&y.init.call(u.button(T.node),u,ht(T.node),y)}}}},_buildButton:function(t,e,n,r){var s=this,i=this.c.dom,o,u=this.s.dt,p=function(Q){return typeof Q=="function"?Q(u,m,t):Q},b=ht.extend(!0,{},i.button);if(e&&n&&i.collection.split?ht.extend(!0,b,i.collection.split.action):r||e?ht.extend(!0,b,i.collection.button):n&&ht.extend(!0,b,i.split.button),t.spacer){var g=ht("<"+b.spacer.tag+"/>").addClass("dt-button-spacer "+t.style+" "+b.spacer.className).html(p(t.text));return{conf:t,node:g,inserter:g,buttons:[],inCollection:e,isSplit:n,collection:null,textNode:g}}if(t.available&&!t.available(u,t)&&!t.html)return!1;var m;if(t.html)m=ht(t.html);else{var C=function(Q,E,$,w,k){w.action.call(E.button($),Q,E,$,w,k),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w])},y=function(Q,E,$,w){w.async?(s.processing($[0],!0),setTimeout(function(){C(Q,E,$,w,function(){s.processing($[0],!1)})},w.async)):C(Q,E,$,w,function(){})},T=t.tag||b.tag,P=t.clickBlurs===void 0?!0:t.clickBlurs;if(m=ht("<"+T+"/>").addClass(b.className).attr("tabindex",this.s.dt.settings()[0].iTabIndex).attr("aria-controls",this.s.dt.table().node().id).on("click.dtb",function(Q){Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t),P&&m.trigger("blur")}).on("keypress.dtb",function(Q){Q.keyCode===13&&(Q.preventDefault(),!m.hasClass(b.disabled)&&t.action&&y(Q,u,m,t))}),T.toLowerCase()==="a"&&m.attr("href","#"),T.toLowerCase()==="button"&&m.attr("type","button"),b.liner.tag){var c=ht("<"+b.liner.tag+"/>").html(p(t.text)).addClass(b.liner.className);b.liner.tag.toLowerCase()==="a"&&c.attr("href","#"),m.append(c),o=c}else m.html(p(t.text)),o=m;t.enabled===!1&&m.addClass(b.disabled),t.className&&m.addClass(t.className),t.titleAttr&&m.attr("title",p(t.titleAttr)),t.attr&&m.attr(t.attr),t.namespace||(t.namespace=".dt-button-"+Gl++),t.config!==void 0&&t.config.split&&(t.split=t.config.split)}var l=this.c.dom.buttonContainer,h;l&&l.tag?h=ht("<"+l.tag+"/>").addClass(l.className).append(m):h=m,this._addKey(t),this.c.buttonCreated&&(h=this.c.buttonCreated(t,h));var _;if(n){var F=e?ht.extend(!0,this.c.dom.split,this.c.dom.collection.split):this.c.dom.split,O=F.wrapper;_=ht("<"+O.tag+"/>").addClass(O.className).append(m);var f=ht.extend(t,{align:F.dropdown.align,attr:{"aria-haspopup":"dialog","aria-expanded":!1},className:F.dropdown.className,closeButton:!1,splitAlignClass:F.dropdown.splitAlignClass,text:F.dropdown.text});this._addKey(f);var U=function(Q,E,$,w){Se.split.action.call(E.button(_),Q,E,$,w),ht(E.table().node()).triggerHandler("buttons-action.dt",[E.button($),E,$,w]),$.attr("aria-expanded",!0)},X=ht('<button class="'+F.dropdown.className+' 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g+m},0)},o.version="5.0.0",o.classes={bottomBlocker:"dtfc-bottom-blocker",fixedEnd:"dtfc-fixed-end",fixedLeft:"dtfc-fixed-left",fixedRight:"dtfc-fixed-right",fixedStart:"dtfc-fixed-start",tableFixedEnd:"dtfc-has-end",tableFixedLeft:"dtfc-has-left",tableFixedRight:"dtfc-has-right",tableFixedStart:"dtfc-has-start",tableScrollingEnd:"dtfc-scrolling-end",tableScrollingLeft:"dtfc-scrolling-left",tableScrollingRight:"dtfc-scrolling-right",tableScrollingStart:"dtfc-scrolling-start",topBlocker:"dtfc-top-blocker"},o.defaults={i18n:{button:"FixedColumns"},start:1,end:0},o}();n(un),un.fn.dataTable.FixedColumns=r,un.fn.DataTable.FixedColumns=r;var s=at.Api.register;s("fixedColumns()",function(){return this}),s("fixedColumns().start()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.start(o),this):u._fixedColumns.start()}),s("fixedColumns().end()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.end(o),this):u._fixedColumns.end()}),s("fixedColumns().left()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.left(o),this):u._fixedColumns.left()}),s("fixedColumns().right()",function(o){var u=this.context[0];return o!==void 0?(u._fixedColumns.right(o),this):u._fixedColumns.right()}),at.ext.buttons.fixedColumns={action:function(o,u,p,b){un(p).attr("active")?(un(p).removeAttr("active").removeClass("active"),u.fixedColumns().start(0),u.fixedColumns().end(0)):(un(p).attr("active","true").addClass("active"),u.fixedColumns().start(b.config.start),u.fixedColumns().end(b.config.end))},config:{start:1,end:0},init:function(o,u,p){o.settings()[0]._fixedColumns===void 0&&i(o.settings(),p),un(u).attr("active","true").addClass("active"),o.button(u).text(p.text||o.i18n("buttons.fixedColumns",o.settings()[0]._fixedColumns.c.i18n.button))},text:null};function i(o,u){u===void 0&&(u=null);var p=new at.Api(o),b=u||p.init().fixedColumns||at.defaults.fixedColumns,g=new r(p,b);return g}un(document).on("plugin-init.dt",function(o,u){o.namespace==="dt"&&(u.oInit.fixedColumns||at.defaults.fixedColumns)&&(u._fixedColumns||i(u,null))})})();var nd=ie(ae(),1);var qs=ie(ae(),1);var jt=qs.default,td=0,ed=0,_n=function(t,e){if(!at.versionCheck||!at.versionCheck("1.10.8"))throw"KeyTable requires DataTables 1.10.8 or newer";this.c=jt.extend(!0,{},at.defaults.keyTable,_n.defaults,e),this.s={dt:new at.Api(t),dtDrawing:!1,enable:!0,focusDraw:!1,waitingForDraw:!1,lastFocus:null,namespace:".keyTable-"+td++,tabInput:null},this.dom={};var n=this.s.dt.settings()[0],r=n.keytable;if(r)return r;n.keytable=this,this._constructor()};jt.extend(_n.prototype,{blur:function(){this._blur()},enable:function(t){this.s.enable=t},enabled:function(){return this.s.enable},focus:function(t,e){this._focus(this.s.dt.cell(t,e))},focused:function(t){var e=this.s.lastFocus;if(!e)return!1;var n=this.s.lastFocus.cell.index();return t.row===n.row&&t.column===n.column},_constructor:function(){this._tabInput();var t=this,e=this.s.dt,n=jt(e.table().node()),r=this.s.namespace,s=!1;if(n.css("position")==="static"&&n.css("position","relative"),jt(e.table().body()).on("click"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&t._focus(p,null,!1,u)}}),jt(document).on("keydown"+r,function(u){!s&&!t.s.dtDrawing?t._key(u):u.preventDefault()}),this.c.blurable&&jt(document).on("mousedown"+r,function(u){jt(u.target).parents(".dataTables_filter, .dt-search").length&&t._blur(),!jt(u.target).parents().filter(e.table().container()).length&&(jt(u.target).parents("div.DTE").length||jt(u.target).parents("div.editor-datetime").length||jt(u.target).parents("div.dt-datetime").length||jt(u.target).parents().filter(".DTFC_Cloned").length||t._blur())}),this.c.editor){var i=this.c.editor;i.on("open.keyTableMain",function(u,p,b){p!=="inline"&&t.s.enable&&(t.enable(!1),i.one("close"+r,function(){t.enable(!0)}))}),this.c.editOnFocus&&e.on("key-focus"+r+" key-refocus"+r,function(u,p,b,g){t._editor(null,g,!0)}),e.on("key"+r,function(u,p,b,g,m){t._editor(b,m,!1)}),jt(e.table().body()).on("dblclick"+r,"th, td",function(u){if(t.s.enable!==!1){var p=e.cell(this);p.any()&&(t.s.lastFocus&&this!==t.s.lastFocus.cell.node()||t._editor(null,u,!0))}}),i.on("preSubmit",function(){s=!0}).on("preSubmitCancelled",function(){s=!1}).on("submitComplete",function(){s=!1})}e.on("stateSaveParams"+r,function(u,p,b){b.keyTable=t.s.lastFocus?t.s.lastFocus.cell.index():null}),e.on("column-visibility"+r,function(u){t._tabInput()}),e.on("column-reorder"+r,function(u,p,b){var g=t.s.lastFocus;if(g&&g.cell){var m=g.relative.column;g.cell[0][0].column=b.mapping.indexOf(m),g.relative.column=b.mapping.indexOf(m)}}),e.on("preDraw"+r+" scroller-will-draw"+r,function(u){t.s.dtDrawing=!0}),e.on("draw"+r,function(u){if(t.s.dtDrawing=!1,t._tabInput(),!t.s.focusDraw){var p=t.s.lastFocus;if(p){var b=t.s.lastFocus.relative,g=e.page.info(),m=b.row;if(g.recordsDisplay===0||m<g.start||m>g.start+g.length)return;m>=g.recordsDisplay&&(m=g.recordsDisplay-1),t._focus(m,b.column,!0,u)}}}),this.c.clipboard&&this._clipboard(),e.on("destroy"+r,function(){t._blur(!0),e.off(r),jt(e.table().body()).off("click"+r,"th, td").off("dblclick"+r,"th, td"),jt(document).off("mousedown"+r).off("keydown"+r).off("copy"+r).off("paste"+r)});var o=e.state.loaded();o&&o.keyTable?e.one("init",function(){var u=e.cell(o.keyTable);u.any()&&u.focus()}):this.c.focus&&e.cell(this.c.focus).focus()},_blur:function(t){if(!(!this.s.enable||!this.s.lastFocus)){var e=this.s.lastFocus.cell;jt(e.node()).removeClass(this.c.className),this.s.lastFocus=null,t||(this._updateFixedColumns(e.index().column),this._emitEvent("key-blur",[this.s.dt,e]))}},_clipboard:function(){var t=this.s.dt,e=this,n=this.s.namespace,r=this.c.clipboard;window.getSelection&&((r===!0||r.copy)&&jt(document).on("copy"+n,function(s){var i=s.originalEvent,o=window.getSelection().toString(),u=e.s.lastFocus;!o&&u&&(i.clipboardData.setData("text/plain",u.cell.render(e.c.clipboardOrthogonal)),i.preventDefault())}),(r===!0||r.paste)&&jt(document).on("paste"+n,function(s){var i=s.originalEvent,o=e.s.lastFocus,u=document.activeElement,p=e.c.editor,b;if(o&&(!u||u.nodeName.toLowerCase()==="body"))if(i.preventDefault(),window.clipboardData&&window.clipboardData.getData?b=window.clipboardData.getData("Text"):i.clipboardData&&i.clipboardData.getData&&(b=i.clipboardData.getData("text/plain")),p){var g=e._inlineOptions(o.cell.index());p.inline(g.cell,g.field,g.options).set(p.displayed()[0],b).submit()}else o.cell.data(b),t.draw(!1)}))},_columns:function(){var t=this.s.dt,e=t.columns(this.c.columns).indexes(),n=[];return t.columns(":visible").every(function(r){e.indexOf(r)!==-1&&n.push(r)}),n},_editor:function(t,e,n){if(this.s.lastFocus&&!(e&&e.type==="draw")){var r=this,s=this.s.dt,i=this.c.editor,o=this.s.lastFocus.cell,u=this.s.namespace+"e"+ed++;if(!jt("div.DTE",o.node()).length&&!(t!==null&&(t>=0&&t<=9||t===11||t===12||t>=14&&t<=31||t>=112&&t<=123||t>=127&&t<=159))){e&&(e.stopPropagation(),t===13&&e.preventDefault());var p=function(){var b=r._inlineOptions(o.index());i.one("open"+u,function(){i.off("cancelOpen"+u),n||jt("div.DTE_Field_InputControl input, div.DTE_Field_InputControl textarea").select(),s.keys.enable(n?"tab-only":"navigation-only"),s.on("key-blur.editor",function(g,m,C){i.s.editOpts.onBlur!=="submit"&&i.displayed()&&C.node()===o.node()&&i.submit()}),n&&jt(s.table().container()).addClass("dtk-focus-alt"),i.on("preSubmitCancelled"+u,function(){setTimeout(function(){r._focus(o,null,!1)},50)}),i.on("submitUnsuccessful"+u,function(){r._focus(o,null,!1)}),i.one("close"+u,function(){s.keys.enable(!0),s.off("key-blur.editor"),i.off(u),jt(s.table().container()).removeClass("dtk-focus-alt"),r.s.returnSubmit&&(r.s.returnSubmit=!1,r._emitEvent("key-return-submit",[s,o]))})}).one("cancelOpen"+u,function(){i.off(u)}).inline(b.cell,b.field,b.options)};t===13?(n=!0,jt(document).one("keyup",function(){p()})):p()}}},_inlineOptions:function(t){return this.c.editorOptions?this.c.editorOptions(t):{cell:t,field:void 0,options:void 0}},_emitEvent:function(t,e){return this.s.dt.iterator("table",function(n,r){return jt(n.nTable).triggerHandler(t,e)})},_focus:function(t,e,n,r){var s=this,i=this.s.dt,o=i.page.info(),u=this.s.lastFocus;if(r||(r=null),!!this.s.enable){if(typeof t!="number"){if(!t.any())return;var p=t.index();if(e=p.column,t=i.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.row),t<0)return;o.serverSide&&(t+=o.start)}if(o.length!==-1&&(t<o.start||t>=o.start+o.length)){this.s.focusDraw=!0,this.s.waitingForDraw=!0,i.one("draw",function(){s.s.focusDraw=!1,s.s.waitingForDraw=!1,s._focus(t,e,void 0,r)}).page(Math.floor(t/o.length)).draw(!1);return}if(jt.inArray(e,this._columns())!==-1){o.serverSide&&(t-=o.start);var b=i.cells(null,e,{search:"applied",order:"applied"}).flatten(),g=i.cell(b[t]),m=this._emitEvent("key-prefocus",[this.s.dt,g,r||null]);if(m.indexOf(!1)===-1){if(u){if(u.node===g.node()){this._emitEvent("key-refocus",[this.s.dt,g,r||null]);return}this._blur()}this._removeOtherFocus();var C=jt(g.node());if(C.addClass(this.c.className),this._updateFixedColumns(e),n===void 0||n===!0){this._scroll(jt(window),jt(document.body),C,"offset");var y=i.table().body().parentNode;if(y!==i.table().header().parentNode){var T=jt(y.parentNode);this._scroll(T,T,C,"position")}}var P=i.page.info();this.s.lastFocus={cell:g,node:g.node(),relative:{row:P.start+i.rows({page:"current"}).indexes().indexOf(g.index().row),column:g.index().column}},this._emitEvent("key-focus",[this.s.dt,g,r||null]),i.state.save()}}}},_key:function(t){if(this.s.waitingForDraw){t.preventDefault();return}if(!jt(t.target).closest(".dte-inlineAdd").length){var e=this.s.enable;this.s.returnSubmit=(e==="navigation-only"||e==="tab-only")&&t.keyCode===13;var n=e===!0||e==="navigation-only";if(e&&!((t.keyCode===0||t.ctrlKey||t.metaKey||t.altKey)&&!(t.ctrlKey&&t.altKey))){var r=this.s.lastFocus;if(r){if(!this.s.dt.cell(r.node).any()){this.s.lastFocus=null;return}var s=this,i=this.s.dt,o=!!this.s.dt.settings()[0].oScroll.sY;if(!(this.c.keys&&jt.inArray(t.keyCode,this.c.keys)===-1))switch(t.keyCode){case 9:t.preventDefault(),this._keyAction(function(){s._shift(t,t.shiftKey?"left":"right",!0)});break;case 27:if(jt(r.node).find("div.DTE").length)return;this.c.blurable&&e===!0&&this._blur();break;case 33:case 34:n&&!o&&(t.preventDefault(),this._keyAction(function(){i.page(t.keyCode===33?"previous":"next").draw(!1)}));break;case 35:case 36:n&&(t.preventDefault(),this._keyAction(function(){var u=i.cells({page:"current"}).indexes(),p=s._columns();s._focus(i.cell(u[t.keyCode===35?u.length-1:p[0]]),null,!0,t)}));break;case 37:n&&this._keyAction(function(){s._shift(t,"left")});break;case 38:n&&this._keyAction(function(){s._shift(t,"up")});break;case 39:n&&this._keyAction(function(){s._shift(t,"right")});break;case 40:n&&this._keyAction(function(){s._shift(t,"down")});break;case 113:if(this.c.editor){this._editor(null,t,!0);break}default:e===!0&&this._emitEvent("key",[i,t.keyCode,this.s.lastFocus.cell,t]);break}}}}},_keyAction:function(t){var e=this.c.editor;e&&e.mode()&&e.display()?e.submit(t):t()},_removeOtherFocus:function(){var t=this.s.dt.table().node();jt.fn.dataTable.tables({api:!0}).iterator("table",function(e){this.table().node()!==t&&this.cell.blur()})},_scroll:function(t,e,n,r){var s=n[r](),i=n.outerHeight(),o=n.outerWidth(),u=e.scrollTop(),p=e.scrollLeft(),b=t.height(),g=t.width();r==="position"&&(s.top+=parseInt(n.closest("table").css("top"),10)),s.top<u&&s.top+i>u-5&&e.scrollTop(s.top),s.left<p&&e.scrollLeft(s.left),s.top+i>u+b&&s.top<u+b+5&&i<b&&e.scrollTop(s.top+i-b),s.left+o>p+g&&o<g&&e.scrollLeft(s.left+o-g)},_shift:function(t,e,n){var r=this.s.dt,s=r.page.info(),i=s.recordsDisplay,o=this._columns(),u=this.s.lastFocus;if(u){var p=u.cell;if(p){var b=r.rows({filter:"applied",order:"applied"}).indexes().indexOf(p.index().row);s.serverSide&&(b+=s.start);var g=r.columns(o).indexes().indexOf(p.index().column),m=b,C=o[g];jt(r.table().node()).css("direction")==="rtl"&&(e==="right"?e="left":e==="left"&&(e="right")),e==="right"?g>=o.length-1?(m++,C=o[0]):C=o[g+1]:e==="left"?g===0?(m--,C=o[o.length-1]):C=o[g-1]:e==="up"?m--:e==="down"&&m++,m>=0&&m<i&&jt.inArray(C,o)!==-1?(t&&t.preventDefault(),this._focus(m,C,!0,t)):!n||!this.c.blurable?t&&t.preventDefault():this._blur()}}},_tabInput:function(){var t=this,e=this.s.dt,n=this.c.tabIndex!==null?this.c.tabIndex:e.settings()[0].iTabIndex;if(n!=-1){if(!this.s.tabInput){var r=jt('<div><input type="text" tabindex="'+n+'"/></div>').css({position:"absolute",height:1,width:0,overflow:"hidden"});r.children().on("focus",function(i){var o=e.cell(":eq(0)",t._columns(),{page:"current"});o.any()&&t._focus(o,null,!0,i)}),this.s.tabInput=r}var s=this.s.dt.cell(":eq(0)","0:visible",{page:"current",order:"current"}).node();s&&jt(s).prepend(this.s.tabInput)}},_updateFixedColumns:function(t){var e=this.s.dt,n=e.settings()[0];if(n._oFixedColumns){var r=n._oFixedColumns.s.iLeftColumns,s=n.aoColumns.length-n._oFixedColumns.s.iRightColumns;(t<r||t>=s)&&e.fixedColumns().update()}}});_n.defaults={blurable:!0,className:"focus",clipboard:!0,clipboardOrthogonal:"display",columns:"",editor:null,editOnFocus:!1,editorOptions:null,focus:null,keys:null,tabIndex:null};_n.version="2.12.1";jt.fn.dataTable.KeyTable=_n;jt.fn.DataTable.KeyTable=_n;at.Api.register("cell.blur()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.blur()})});at.Api.register("cell().focus()",function(){return this.iterator("cell",function(t,e,n){t.keytable&&t.keytable.focus(e,n)})});at.Api.register("keys.disable()",function(){return this.iterator("table",function(t){t.keytable&&t.keytable.enable(!1)})});at.Api.register("keys.enable()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable.enable(t===void 0?!0:t)})});at.Api.register("keys.enabled()",function(t){var e=this.context;return e.length&&e[0].keytable?e[0].keytable.enabled():!1});at.Api.register("keys.move()",function(t){return this.iterator("table",function(e){e.keytable&&e.keytable._shift(null,t,!1)})});at.ext.selector.cell.push(function(t,e,n){var r=e.focused,s=t.keytable,i=[];if(!s||r===void 0)return n;for(var o=0,u=n.length;o<u;o++)(r===!0&&s.focused(n[o])||r===!1&&!s.focused(n[o]))&&i.push(n[o]);return i});jt(document).on("preInit.dt.dtk",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.keys,s=at.defaults.keys;if(r||s){var i=jt.extend({},s,r);r!==!1&&new _n(e,i)}}});var rd=ie(ae(),1);var Xs=ie(ae(),1);var ze=Xs.default,Cn=function(t,e){if(!at.versionCheck||!at.versionCheck("1.11"))throw"RowGroup requires DataTables 1.11 or newer";this.c=ze.extend(!0,{},at.defaults.rowGroup,Cn.defaults,e),this.s={dt:new at.Api(t)},this.dom={};var n=this.s.dt.settings()[0],r=n.rowGroup;if(r)return r;n.rowGroup=this,this._constructor()};ze.extend(Cn.prototype,{dataSrc:function(t){if(t===void 0)return this.c.dataSrc;var e=this.s.dt;return this.c.dataSrc=t,ze(e.table().node()).triggerHandler("rowgroup-datasrc.dt",[e,t]),this},disable:function(){return this.c.enable=!1,this},enable:function(t){return t===!1?this.disable():(this.c.enable=!0,this)},enabled:function(){return this.c.enable},_constructor:function(){var t=this,e=this.s.dt,n=e.settings()[0];e.on("draw.dtrg",function(r,s){t.c.enable&&n===s&&t._draw()}),e.on("column-visibility.dt.dtrg responsive-resize.dt.dtrg",function(){t._adjustColspan()}),e.on("destroy",function(){e.off(".dtrg")})},_adjustColspan:function(){ze("tr."+this.c.className,this.s.dt.table().body()).find("th:visible, td:visible").attr("colspan",this._colspan())},_colspan:function(){return this.s.dt.columns().visible().reduce(function(t,e){return t+e},0)},_draw:function(){var t=this.s.dt,e=this._group(0,t.rows({page:"current"}).indexes());this._groupDisplay(0,e)},_group:function(t,e){var n=Array.isArray(this.c.dataSrc)?this.c.dataSrc:[this.c.dataSrc],r=at.util.get(n[t]),s=this.s.dt,i,o,u,p,b=[],g=this;for(u=0,p=e.length;u<p;u++){var m=e[u],C=s.row(m).data();i=r(C,t),i==null&&(i=g.c.emptyDataGroup),(o===void 0||i!==o)&&(b.push({dataPoint:i,rows:[]}),o=i),b[b.length-1].rows.push(m)}if(n[t+1]!==void 0)for(u=0,p=b.length;u<p;u++)b[u].children=this._group(t+1,b[u].rows);return b},_groupDisplay:function(t,e){for(var n=this.s.dt,r,s=0,i=e.length;s<i;s++){var o=e[s],u=o.dataPoint,p,b=o.rows;this.c.startRender&&(r=this.c.startRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.startClassName,t),p&&p.insertBefore(n.row(b[0]).node())),this.c.endRender&&(r=this.c.endRender.call(this,n.rows(b),u,t),p=this._rowWrap(r,this.c.endClassName,t),p&&p.insertAfter(n.row(b[b.length-1]).node())),o.children&&this._groupDisplay(t+1,o.children)}},_rowWrap:function(t,e,n){var r;return(t===null||t==="")&&(t=this.c.emptyDataGroup),t==null?null:(typeof t=="object"&&t.nodeName&&t.nodeName.toLowerCase()==="tr"?r=ze(t):t instanceof ze&&t.length&&t[0].nodeName.toLowerCase()==="tr"?r=t:r=ze("<tr/>").append(ze("<th/>").attr("colspan",this._colspan()).attr("scope","row").append(t)),r.addClass(this.c.className).addClass(e).addClass("dtrg-level-"+n))}});Cn.defaults={className:"dtrg-group",dataSrc:0,emptyDataGroup:"No group",enable:!0,endClassName:"dtrg-end",endRender:null,startClassName:"dtrg-start",startRender:function(t,e){return e}};Cn.version="1.5.0";ze.fn.dataTable.RowGroup=Cn;ze.fn.DataTable.RowGroup=Cn;at.Api.register("rowGroup()",function(){return this});at.Api.register("rowGroup().disable()",function(){return this.iterator("table",function(t){t.rowGroup&&t.rowGroup.enable(!1)})});at.Api.register("rowGroup().enable()",function(t){return this.iterator("table",function(e){e.rowGroup&&e.rowGroup.enable(t===void 0?!0:t)})});at.Api.register("rowGroup().enabled()",function(){var t=this.context;return t.length&&t[0].rowGroup?t[0].rowGroup.enabled():!1});at.Api.register("rowGroup().dataSrc()",function(t){return t===void 0?this.context[0].rowGroup.dataSrc():this.iterator("table",function(e){e.rowGroup&&e.rowGroup.dataSrc(t)})});ze(document).on("preInit.dt.dtrg",function(t,e,n){if(t.namespace==="dt"){var r=e.oInit.rowGroup,s=at.defaults.rowGroup;if(r||s){var i=ze.extend({},s,r);r!==!1&&new Cn(e,i)}}});var Ys=ie(ae(),1);var Mt=Ys.default,ce,de=function(t,e){if(de.factory(t,e))return de;typeof ce>"u"&&(ce=window.moment?window.moment:window.dayjs?window.dayjs:window.luxon?window.luxon:null),this.c=Mt.extend(!0,{},de.defaults,e);var n=this.c.classPrefix;if(!ce&&this.c.format!=="YYYY-MM-DD")throw"DateTime: Without momentjs, dayjs or luxon only the format 'YYYY-MM-DD' can be used";typeof this.c.minDate=="string"&&(this.c.minDate=new Date(this.c.minDate)),typeof this.c.maxDate=="string"&&(this.c.maxDate=new Date(this.c.maxDate));var r=Mt('<div class="'+n+'"><div class="'+n+'-date"><div class="'+n+'-title"><div class="'+n+'-iconLeft"><button type="button"></button></div><div class="'+n+'-iconRight"><button type="button"></button></div><div class="'+n+'-label"><span></span><select class="'+n+'-month"></select></div><div class="'+n+'-label"><span></span><select class="'+n+'-year"></select></div></div><div class="'+n+'-buttons"><a class="'+n+'-clear"></a><a class="'+n+'-today"></a></div><div class="'+n+'-calendar"></div></div><div class="'+n+'-time"><div class="'+n+'-hours"></div><div class="'+n+'-minutes"></div><div class="'+n+'-seconds"></div></div><div class="'+n+'-error"></div></div>');this.dom={container:r,date:r.find("."+n+"-date"),title:r.find("."+n+"-title"),calendar:r.find("."+n+"-calendar"),time:r.find("."+n+"-time"),error:r.find("."+n+"-error"),buttons:r.find("."+n+"-buttons"),clear:r.find("."+n+"-clear"),today:r.find("."+n+"-today"),previous:r.find("."+n+"-iconLeft"),next:r.find("."+n+"-iconRight"),input:Mt(t)},this.s={d:null,display:null,minutesRange:null,secondsRange:null,namespace:"dateime-"+de._instance++,parts:{date:this.c.format.match(/[YMD]|L(?!T)|l/)!==null,time:this.c.format.match(/[Hhm]|LT|LTS/)!==null,seconds:this.c.format.indexOf("s")!==-1,hours12:this.c.format.match(/[haA]/)!==null}},this.dom.container.append(this.dom.date).append(this.dom.time).append(this.dom.error),this.dom.date.append(this.dom.title).append(this.dom.buttons).append(this.dom.calendar),this.dom.input.addClass("dt-datetime"),this._constructor()};Mt.extend(de.prototype,{destroy:function(){this._hide(!0),this.dom.container.off().empty(),this.dom.input.removeClass("dt-datetime").removeAttr("autocomplete").off(".datetime")},display:function(t,e){return t!==void 0&&this.s.display.setUTCFullYear(t),e!==void 0&&this.s.display.setUTCMonth(e-1),t!==void 0||e!==void 0?(this._setTitle(),this._setCalander(),this):{month:this.s.display.getUTCMonth()+1,year:this.s.display.getUTCFullYear()}},errorMsg:function(t){var e=this.dom.error;return t?e.html(t):e.empty(),this},hide:function(){return this._hide(),this},max:function(t){return this.c.maxDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},min:function(t){return this.c.minDate=typeof t=="string"?new Date(t):t,this._optionsTitle(),this._setCalander(),this},owns:function(t){return Mt(t).parents().filter(this.dom.container).length>0},val:function(t,e){return t===void 0?this.s.d:(t instanceof Date?this.s.d=this._dateToUtc(t):t===null||t===""?this.s.d=null:t==="--now"?this.s.d=this._dateToUtc(new Date):typeof t=="string"&&(this.s.d=this._dateToUtc(this._convert(t,this.c.format,null))),(e||e===void 0)&&(this.s.d?this._writeOutput():this.dom.input.val(t)),this.s.display=this.s.d?new Date(this.s.d.toString()):new Date,this.s.display.setUTCDate(1),this._setTitle(),this._setCalander(),this._setTime(),this)},valFormat:function(t,e){return e?(this.val(this._convert(e,t,null)),this):this._convert(this.val(),null,t)},_constructor:function(){var t=this,e=this.c.classPrefix,n=this.dom.input.val(),r=function(){var s=t.dom.input.val();s!==n&&(t.c.onChange.call(t,s,t.s.d,t.dom.input),n=s)};this.s.parts.date||this.dom.date.css("display","none"),this.s.parts.time||this.dom.time.css("display","none"),this.s.parts.seconds||(this.dom.time.children("div."+e+"-seconds").remove(),this.dom.time.children("span").eq(1).remove()),this.c.buttons.clear||this.dom.clear.css("display","none"),this.c.buttons.today||this.dom.today.css("display","none"),this._optionsTitle(),Mt(document).on("i18n.dt",function(s,i){i.oLanguage.datetime&&(Mt.extend(!0,t.c.i18n,i.oLanguage.datetime),t._optionsTitle())}),this.dom.input.attr("type")==="hidden"&&(this.dom.container.addClass("inline"),this.c.attachTo="input",this.val(this.dom.input.val(),!1),this._show()),n&&this.val(n,!1),this.dom.input.attr("autocomplete","off").on("focus.datetime click.datetime",function(){t.dom.container.is(":visible")||t.dom.input.is(":disabled")||(t.val(t.dom.input.val(),!1),t._show())}).on("keyup.datetime",function(){t.dom.container.is(":visible")&&t.val(t.dom.input.val(),!1)}),this.dom.container[0].addEventListener("focusin",function(s){s.stopPropagation()}),this.dom.container.on("change","select",function(){var s=Mt(this),i=s.val();if(s.hasClass(e+"-month"))t._correctMonth(t.s.display,i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-year"))t.s.display.setUTCFullYear(i),t._setTitle(),t._setCalander();else if(s.hasClass(e+"-hours")||s.hasClass(e+"-ampm")){if(t.s.parts.hours12){var o=Mt(t.dom.container).find("."+e+"-hours").val()*1,u=Mt(t.dom.container).find("."+e+"-ampm").val()==="pm";t.s.d.setUTCHours(o===12&&!u?0:u&&o!==12?o+12:o)}else t.s.d.setUTCHours(i);t._setTime(),t._writeOutput(!0),r()}else s.hasClass(e+"-minutes")?(t.s.d.setUTCMinutes(i),t._setTime(),t._writeOutput(!0),r()):s.hasClass(e+"-seconds")&&(t.s.d.setSeconds(i),t._setTime(),t._writeOutput(!0),r());t.dom.input.focus(),t._position()}).on("click",function(s){var i=t.s.d,o=s.target.nodeName.toLowerCase(),u=o==="span"?s.target.parentNode:s.target;if(o=u.nodeName.toLowerCase(),o!=="select")if(s.stopPropagation(),o==="a"&&(s.preventDefault(),Mt(u).hasClass(e+"-clear")?(t.s.d=null,t.dom.input.val(""),t._writeOutput(),t._setCalander(),t._setTime(),r()):Mt(u).hasClass(e+"-today")&&(t.s.display=new Date,t._setTitle(),t._setCalander())),o==="button"){var p=Mt(u),b=p.parent();if(b.hasClass("disabled")&&!b.hasClass("range")){p.blur();return}if(b.hasClass(e+"-iconLeft"))t.s.display.setUTCMonth(t.s.display.getUTCMonth()-1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(b.hasClass(e+"-iconRight"))t._correctMonth(t.s.display,t.s.display.getUTCMonth()+1),t._setTitle(),t._setCalander(),t.dom.input.focus();else if(p.parents("."+e+"-time").length){var g=p.data("value"),m=p.data("unit");if(i=t._needValue(),m==="minutes")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.minutesRange=g,t._setTime();return}else t.s.minutesRange=null;if(m==="seconds")if(b.hasClass("disabled")&&b.hasClass("range")){t.s.secondsRange=g,t._setTime();return}else t.s.secondsRange=null;if(g==="am")if(i.getUTCHours()>=12)g=i.getUTCHours()-12;else return;else if(g==="pm")if(i.getUTCHours()<12)g=i.getUTCHours()+12;else return;var C=m==="hours"?"setUTCHours":m==="minutes"?"setUTCMinutes":"setSeconds";i[C](g),t._setCalander(),t._setTime(),t._writeOutput(!0),r()}else i=t._needValue(),i.setUTCDate(1),i.setUTCFullYear(p.data("year")),i.setUTCMonth(p.data("month")),i.setUTCDate(p.data("day")),t._writeOutput(!0),t.s.parts.time?(t._setCalander(),t._setTime()):setTimeout(function(){t._hide()},10),r()}else t.dom.input.focus()})},_compareDates:function(t,e){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate()===ce.DateTime.fromJSDate(e).toUTC().toISODate():this._dateToUtcString(t)===this._dateToUtcString(e)},_convert:function(t,e,n){if(!t)return t;if(ce)if(this._isLuxon()){var s=t instanceof Date?ce.DateTime.fromJSDate(t).toUTC():ce.DateTime.fromFormat(t,e);return s.isValid?n?s.toFormat(n):s.toJSDate():null}else{var i=t instanceof Date?ce.utc(t,void 0,this.c.locale,this.c.strict):ce(t,e,this.c.locale,this.c.strict);return i.isValid()?n?i.format(n):i.toDate():null}else{if(!e&&!n||e&&n)return t;if(e){var r=t.match(/(\d{4})\-(\d{2})\-(\d{2})/);return r?new Date(r[1],r[2]-1,r[3]):null}else return t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())}},_correctMonth:function(t,e){var n=this._daysInMonth(t.getUTCFullYear(),e),r=t.getUTCDate()>n;t.setUTCMonth(e),r&&(t.setUTCDate(n),t.setUTCMonth(e))},_daysInMonth:function(t,e){var n=t%4===0&&(t%100!==0||t%400===0),r=[31,n?29:28,31,30,31,30,31,31,30,31,30,31];return r[e]},_dateToUtc:function(t){return t&&new Date(Date.UTC(t.getFullYear(),t.getMonth(),t.getDate(),t.getHours(),t.getMinutes(),t.getSeconds()))},_dateToUtcString:function(t){return this._isLuxon()?ce.DateTime.fromJSDate(t).toUTC().toISODate():t.getUTCFullYear()+"-"+this._pad(t.getUTCMonth()+1)+"-"+this._pad(t.getUTCDate())},_hide:function(t){if(!(!t&&this.dom.input.attr("type")==="hidden")){var e=this.s.namespace;this.dom.container.detach(),Mt(window).off("."+e),Mt(document).off("keydown."+e),Mt("div.dataTables_scrollBody").off("scroll."+e),Mt("div.DTE_Body_Content").off("scroll."+e),Mt("body").off("click."+e),Mt(this.dom.input[0].offsetParent).off("."+e)}},_hours24To12:function(t){return t===0?12:t>12?t-12:t},_htmlDay:function(t){if(t.empty)return'<td class="empty"></td>';var e=["selectable"],n=this.c.classPrefix;return t.disabled&&e.push("disabled"),t.today&&e.push("now"),t.selected&&e.push("selected"),'<td data-day="'+t.day+'" class="'+e.join(" ")+'"><button class="'+n+"-button "+n+'-day" type="button" data-year="'+t.year+'" data-month="'+t.month+'" data-day="'+t.day+'"><span>'+t.day+"</span></button></td>"},_htmlMonth:function(t,e){var n=this._dateToUtc(new Date),r=this._daysInMonth(t,e),s=new Date(Date.UTC(t,e,1)).getUTCDay(),i=[],o=[];this.c.firstDay>0&&(s-=this.c.firstDay,s<0&&(s+=7));for(var u=r+s,p=u;p>7;)p-=7;u+=7-p;var b=this.c.minDate,g=this.c.maxDate;b&&(b.setUTCHours(0),b.setUTCMinutes(0),b.setSeconds(0)),g&&(g.setUTCHours(23),g.setUTCMinutes(59),g.setSeconds(59));for(var m=0,C=0;m<u;m++){var y=new Date(Date.UTC(t,e,1+(m-s))),T=this.s.d?this._compareDates(y,this.s.d):!1,P=this._compareDates(y,n),c=m<s||m>=r+s,l=b&&y<b||g&&y>g,h=this.c.disableDays;(Array.isArray(h)&&Mt.inArray(y.getUTCDay(),h)!==-1||typeof h=="function"&&h(y)===!0)&&(l=!0);var _={day:1+(m-s),month:e,year:t,selected:T,today:P,disabled:l,empty:c};o.push(this._htmlDay(_)),++C===7&&(this.c.showWeekNumber&&o.unshift(this._htmlWeekOfYear(m-s,e,t)),i.push("<tr>"+o.join("")+"</tr>"),o=[],C=0)}var F=this.c.classPrefix,O=F+"-table";if(this.c.showWeekNumber&&(O+=" weekNumber"),b){var f=b>=new Date(Date.UTC(t,e,1,0,0,0));this.dom.title.find("div."+F+"-iconLeft").css("display",f?"none":"block")}if(g){var U=g<new Date(Date.UTC(t,e+1,1,0,0,0));this.dom.title.find("div."+F+"-iconRight").css("display",U?"none":"block")}return'<table class="'+O+'"><thead>'+this._htmlMonthHead()+"</thead><tbody>"+i.join("")+"</tbody></table>"},_htmlMonthHead:function(){var t=[],e=this.c.firstDay,n=this.c.i18n,r=function(i){for(i+=e;i>=7;)i-=7;return n.weekdays[i]};this.c.showWeekNumber&&t.push("<th></th>");for(var s=0;s<7;s++)t.push("<th>"+r(s)+"</th>");return t.join("")},_htmlWeekOfYear:function(t,e,n){var r=new Date(n,e,t,0,0,0,0);r.setDate(r.getDate()+4-(r.getDay()||7));var s=new Date(n,0,1),i=Math.ceil(((r-s)/864e5+1)/7);return'<td class="'+this.c.classPrefix+'-week">'+i+"</td>"},_isLuxon:function(){return!!(ce&&ce.DateTime&&ce.Duration&&ce.Settings)},_needValue:function(){return this.s.d||(this.s.d=this._dateToUtc(new Date),this.s.parts.time||(this.s.d.setUTCHours(0),this.s.d.setUTCMinutes(0),this.s.d.setSeconds(0),this.s.d.setMilliseconds(0))),this.s.d},_options:function(t,e,n){n||(n=e);var r=this.dom.container.find("select."+this.c.classPrefix+"-"+t);r.empty();for(var s=0,i=e.length;s<i;s++)r.append('<option value="'+e[s]+'">'+n[s]+"</option>")},_optionSet:function(t,e){var n=this.dom.container.find("select."+this.c.classPrefix+"-"+t),r=n.parent().children("span");n.val(e);var s=n.find("option:selected");r.html(s.length!==0?s.text():this.c.i18n.unknown)},_optionsTime:function(t,e,n,r,s){var i=this.c.classPrefix,o=this.dom.container.find("div."+i+"-"+t),u,p,b=e===12?function(l){return l}:this._pad,g=i+"-table",m=this.c.i18n;if(o.length){var C="",y=10,T=function(l,h,_){e===12&&typeof l=="number"&&(n>=12&&(l+=12),l==12?l=0:l==24&&(l=12));var F=n===l||l==="am"&&n<12||l==="pm"&&n>=12?"selected":"";return typeof l=="number"&&r&&Mt.inArray(l,r)===-1&&(F+=" disabled"),_&&(F+=" "+_),'<td class="selectable '+F+'"><button class="'+i+"-button "+i+'-day" type="button" data-unit="'+t+'" data-value="'+l+'"><span>'+h+"</span></button></td>"};if(e===12){for(C+="<tr>",u=1;u<=6;u++)C+=T(u,b(u));for(C+=T("am",m.amPm[0]),C+="</tr>",C+="<tr>",u=7;u<=12;u++)C+=T(u,b(u));C+=T("pm",m.amPm[1]),C+="</tr>",y=7}else if(e===24){var P=0;for(p=0;p<4;p++){for(C+="<tr>",u=0;u<6;u++)C+=T(P,b(P)),P++;C+="</tr>"}y=6}else{for(C+="<tr>",p=0;p<60;p+=10)C+=T(p,b(p),"range");C+="</tr>",C+='</tbody></thead><table class="'+g+" "+g+'-nospace"><tbody>';var c=s!==null?s:n===-1?0:Math.floor(n/10)*10;for(C+="<tr>",p=c+1;p<c+10;p++)C+=T(p,b(p));C+="</tr>",y=6}o.empty().append('<table class="'+g+'"><thead><tr><th colspan="'+y+'">'+m[t]+"</th></tr></thead><tbody>"+C+"</tbody></table>")}},_optionsTitle:function(){var t=this.c.i18n,e=this.c.minDate,n=this.c.maxDate,r=e?e.getFullYear():null,s=n?n.getFullYear():null,i=r!==null?r:new Date().getFullYear()-this.c.yearRange,o=s!==null?s:new Date().getFullYear()+this.c.yearRange;this._options("month",this._range(0,11),t.months),this._options("year",this._range(i,o)),this.dom.today.text(t.today).text(t.today),this.dom.clear.text(t.clear).text(t.clear),this.dom.previous.attr("title",t.previous).children("button").text(t.previous),this.dom.next.attr("title",t.next).children("button").text(t.next)},_pad:function(t){return t<10?"0"+t:t},_position:function(){var t=this.c.attachTo==="input"?this.dom.input.position():this.dom.input.offset(),e=this.dom.container,n=this.dom.input.outerHeight();if(e.hasClass("inline")){e.insertAfter(this.dom.input);return}this.s.parts.date&&this.s.parts.time&&Mt(window).width()>550?e.addClass("horizontal"):e.removeClass("horizontal"),this.c.attachTo==="input"?e.css({top:t.top+n,left:t.left}).insertAfter(this.dom.input):e.css({top:t.top+n,left:t.left}).appendTo("body");var r=e.outerHeight(),s=e.outerWidth(),i=Mt(window).scrollTop();if(t.top+n+r-i>Mt(window).height()){var o=t.top-r;e.css("top",o<0?0:o)}if(s+t.left>Mt(window).width()){var u=Mt(window).width()-s;this.c.attachTo==="input"&&(u-=Mt(e).offsetParent().offset().left),e.css("left",u<0?0:u)}},_range:function(t,e,n){var r=[];n||(n=1);for(var s=t;s<=e;s+=n)r.push(s);return r},_setCalander:function(){this.s.display&&this.dom.calendar.empty().append(this._htmlMonth(this.s.display.getUTCFullYear(),this.s.display.getUTCMonth()))},_setTitle:function(){this._optionSet("month",this.s.display.getUTCMonth()),this._optionSet("year",this.s.display.getUTCFullYear())},_setTime:function(){var t=this,e=this.s.d,n=null;this._isLuxon()&&(n=ce.DateTime.fromJSDate(e).toUTC());var r=n!=null?n.hour:e?e.getUTCHours():-1,s=function(i){return t.c[i+"Available"]?t.c[i+"Available"]:t._range(0,59,t.c[i+"Increment"])};this._optionsTime("hours",this.s.parts.hours12?12:24,r,this.c.hoursAvailable),this._optionsTime("minutes",60,n!=null?n.minute:e?e.getUTCMinutes():-1,s("minutes"),this.s.minutesRange),this._optionsTime("seconds",60,n!=null?n.second:e?e.getSeconds():-1,s("seconds"),this.s.secondsRange)},_show:function(){var t=this,e=this.s.namespace;this._position(),Mt(window).on("scroll."+e+" resize."+e,function(){t._position()}),Mt("div.DTE_Body_Content").on("scroll."+e,function(){t._position()}),Mt("div.dataTables_scrollBody").on("scroll."+e,function(){t._position()});var n=this.dom.input[0].offsetParent;n!==document.body&&Mt(n).on("scroll."+e,function(){t._position()}),Mt(document).on("keydown."+e,function(r){(r.keyCode===9||r.keyCode===27||r.keyCode===13)&&t._hide()}),setTimeout(function(){Mt("body").on("click."+e,function(r){var s=Mt(r.target).parents();!s.filter(t.dom.container).length&&r.target!==t.dom.input[0]&&t._hide()})},10)},_writeOutput:function(t){var e=this.s.d,n="",r=this.dom.input;e&&(n=this._convert(e,null,this.c.format)),r.val(n);var s=new Event("change",{bubbles:!0});r[0].dispatchEvent(s),r.attr("type")==="hidden"&&this.val(n,!1),t&&r.focus()}});de.use=function(t){ce=t};de._instance=0;de.type="DateTime";de.defaults={attachTo:"body",buttons:{clear:!1,today:!1},classPrefix:"dt-datetime",disableDays:null,firstDay:1,format:"YYYY-MM-DD",hoursAvailable:null,i18n:{clear:"Clear",previous:"Previous",next:"Next",months:["January","February","March","April","May","June","July","August","September","October","November","December"],weekdays:["Sun","Mon","Tue","Wed","Thu","Fri","Sat"],amPm:["am","pm"],hours:"Hour",minutes:"Minute",seconds:"Second",unknown:"-",today:"Today"},maxDate:null,minDate:null,minutesAvailable:null,minutesIncrement:1,strict:!0,locale:"en",onChange:function(){},secondsAvailable:null,secondsIncrement:1,showWeekNumber:!1,yearRange:25};de.version="1.5.3";de.factory=function(t,e){var n=!1;return t&&t.document&&(window=t,document=t.document),e&&e.fn&&e.fn.jquery&&(Mt=e,n=!0),n};window.DateTime||(window.DateTime=de);window.DataTable&&(window.DataTable.DateTime=de);Mt.fn.dtDateTime=function(t){return this.each(function(){new de(this,t)})};Mt.fn.dataTable&&(Mt.fn.dataTable.DateTime=de,Mt.fn.DataTable.DateTime=de,Mt.fn.dataTable.Editor&&(Mt.fn.dataTable.Editor.DateTime=de));var id=de;var ad=ie(ae(),1);var $s=ie(ae(),1);var cn=$s.default;(function(){"use strict";var t,e;function n(){var c=at.use("moment");return c||window.moment}function r(){var c=at.use("luxon");return c||window.luxon}function s(c){t=c,e=c.fn.dataTable}var i=function(){function c(l,h,_,F,O,f,U){F===void 0&&(F=0),O===void 0&&(O=1),f===void 0&&(f=void 0),U===void 0&&(U=!1);var X=this;this.classes=t.extend(!0,{},c.classes),this.c=t.extend(!0,{},c.defaults,t.fn.dataTable.ext.searchBuilder,h);var Q=this.c.i18n;if(this.s={condition:void 0,conditions:{},data:void 0,dataIdx:-1,dataPoints:[],dateFormat:!1,depth:O,dt:l,filled:!1,index:F,liveSearch:U,origData:void 0,preventRedraw:!1,serverData:f,topGroup:_,type:"",value:[]},this.dom={buttons:t("<div/>").addClass(this.classes.buttonContainer),condition:t("<select disabled/>").addClass(this.classes.condition).addClass(this.classes.dropDown).addClass(this.classes.italic).attr("autocomplete","hacking"),conditionTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.condition",Q.condition)),container:t("<div/>").addClass(this.classes.container),data:t("<select/>").addClass(this.classes.data).addClass(this.classes.dropDown).addClass(this.classes.italic),dataTitle:t('<option value="" disabled selected hidden/>').html(this.s.dt.i18n("searchBuilder.data",Q.data)),defaultValue:t("<select 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O=l[this.s.dataIdx];if(this.s.type&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!=="")){var f=[l[this.s.dataIdx]];if(_.oLanguage.sDecimal!==""&&(f=l[this.s.dataIdx].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var U=0;U<f.length;U++)f[U]=f[U].replace(_.oLanguage.sThousands,",");O=f.join(".")}if(this.c.orthogonal.search!=="filter"&&(O=_.fastData(h,this.s.dataIdx,typeof this.c.orthogonal=="string"?this.c.orthogonal:this.c.orthogonal.search)),this.s.type==="array"){Array.isArray(O)||(O=[O]),O.sort();for(var X=0,Q=O;X<Q.length;X++){var E=Q[X];E&&typeof E=="string"&&(E=E.replace(/[\r\n\u2028]/g," "))}}else O!==null&&typeof O=="string"&&(O=O.replace(/[\r\n\u2028]/g," "));return this.s.type.includes("html")&&typeof O=="string"&&(O=O.replace(/(<([^>]+)>)/ig,"")),O===null&&(O=""),F.search(O,this.s.value,this)}},c.prototype.getDetails=function(l){l===void 0&&(l=!1);var h,_=this.s.dt.settings()[0];if(this.s.type!==null&&this.s.type.includes("num")&&(_.oLanguage.sDecimal!==""||_.oLanguage.sThousands!==""))for(h=0;h<this.s.value.length;h++){var F=[this.s.value[h].toString()];if(_.oLanguage.sDecimal!==""&&(F=this.s.value[h].split(_.oLanguage.sDecimal)),_.oLanguage.sThousands!=="")for(var O=0;O<F.length;O++)F[O]=F[O].replace(_.oLanguage.sThousands,",");this.s.value[h]=F.join(".")}else if(this.s.type!==null&&l){if(this.s.type.includes("date")||this.s.type.includes("time"))for(h=0;h<this.s.value.length;h++)this.s.value[h].match(/^\d{4}-([0]\d|1[0-2])-([0-2]\d|3[01])$/g)===null&&(this.s.value[h]="");else if(this.s.type.includes("moment"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&n()(this.s.value[h],this.s.dateFormat,!0).isValid()&&(this.s.value[h]=n()(this.s.value[h],this.s.dateFormat).format("YYYY-MM-DD HH:mm:ss"));else if(this.s.type.includes("luxon"))for(h=0;h<this.s.value.length;h++)this.s.value[h]&&this.s.value[h].length>0&&r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).invalid===null&&(this.s.value[h]=r().DateTime.fromFormat(this.s.value[h],this.s.dateFormat).toFormat("yyyy-MM-dd HH:mm:ss"))}if(this.s.type&&this.s.type.includes("num")&&this.s.dt.page.info().serverSide)for(h=0;h<this.s.value.length;h++)this.s.value[h]=this.s.value[h].replace(/[^0-9.\-]/g,"");return{condition:this.s.condition,data:this.s.data,origData:this.s.origData,type:this.s.type,value:this.s.value.map(function(f){return f!=null?f.toString():f})}},c.prototype.getNode=function(){return this.dom.container},c.prototype.parseNumber=function(l){var h=this.s.dt.i18n("decimal");return h&&h!=="."&&(l=l.replace(/\./g,"").replace(h,".")),+l.replace(/(?!^-)[^0-9.]/g,"")},c.prototype.populate=function(){this._populateData(),this.s.dataIdx!==-1&&(this._populateCondition(),this.s.condition!==void 0&&this._populateValue())},c.prototype.rebuild=function(l){var h=!1,_,F;if(this._populateData(),l.data!==void 0){var O=this.classes.italic,f=this.dom.data;this.dom.data.children("option").each(function(){!h&&(t(this).text()===l.data||l.origData&&t(this).prop("origData")===l.origData)?(t(this).prop("selected",!0),f.removeClass(O),h=!0,_=parseInt(t(this).val(),10)):t(this).removeProp("selected")})}if(h){this.s.data=l.data,this.s.origData=l.origData,this.s.dataIdx=_,this.c.orthogonal=this._getOptions().orthogonal,this.dom.dataTitle.remove(),this._populateCondition(),this.dom.conditionTitle.remove();var U=void 0,X=this.dom.condition.children("option");for(F=0;F<X.length;F++){var Q=t(X[F]);l.condition!==void 0&&Q.val()===l.condition&&typeof l.condition=="string"?(Q.prop("selected",!0),U=Q.val()):Q.removeProp("selected")}if(this.s.condition=U,this.s.condition!==void 0){for(this.dom.conditionTitle.removeProp("selected"),this.dom.conditionTitle.remove(),this.dom.condition.removeClass(this.classes.italic),F=0;F<X.length;F++){var E=t(X[F]);E.val()!==this.s.condition&&E.removeProp("selected")}this._populateValue(l)}else this.dom.conditionTitle.prependTo(this.dom.condition).prop("selected",!0)}},c.prototype.setListeners=function(){var l=this;this.dom.data.unbind("change").on("change.dtsb",function(){l.dom.dataTitle.removeProp("selected");for(var h=l.dom.data.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);F.val()===l.dom.data.val()?(l.dom.data.removeClass(l.classes.italic),F.prop("selected",!0),l.s.dataIdx=+F.val(),l.s.data=F.text(),l.s.origData=F.prop("origData"),l.c.orthogonal=l._getOptions().orthogonal,l._clearCondition(),l._clearValue(),l._populateCondition(),l.s.filled&&(l.s.filled=!1,l.doSearch(),l.setListeners()),l.s.dt.state.save()):F.removeProp("selected")}}),this.dom.condition.unbind("change").on("change.dtsb",function(){l.dom.conditionTitle.removeProp("selected");for(var h=l.dom.condition.children("option."+l.classes.option),_=0;_<h.length;_++){var F=t(h[_]);if(F.val()===l.dom.condition.val()){l.dom.condition.removeClass(l.classes.italic),F.prop("selected",!0);for(var O=F.val(),f=0,U=Object.keys(l.s.conditions);f<U.length;f++){var X=U[f];if(X===O){l.s.condition=O;break}}l._clearValue(),l._populateValue();for(var Q=0,E=l.dom.value;Q<E.length;Q++){var $=E[Q];l.s.filled&&$!==void 0&&l.dom.inputCont.has($[0]).length!==0&&(l.s.filled=!1,l.doSearch(),l.setListeners())}(l.dom.value.length===0||l.dom.value.length===1&&l.dom.value[0]===void 0)&&l.doSearch()}else F.removeProp("selected")}})},c.prototype.setupButtons=function(){if(window.innerWidth>550){this.dom.container.removeClass(this.classes.vertical),this.dom.buttons.css("left",null),this.dom.buttons.css("top",null);return}this.dom.container.addClass(this.classes.vertical),this.dom.buttons.css("left",this.dom.data.innerWidth()),this.dom.buttons.css("top",this.dom.data.position().top)},c.prototype._buildCriteria=function(){this.dom.data.append(this.dom.dataTitle),this.dom.condition.append(this.dom.conditionTitle),this.dom.container.append(this.dom.data).append(this.dom.condition),this.dom.inputCont.empty();for(var l=0,h=this.dom.value;l<h.length;l++){var _=h[l];_.append(this.dom.valueTitle),this.dom.inputCont.append(_)}this.dom.buttons.append(this.dom.delete).append(this.dom.right),this.dom.container.append(this.dom.inputCont).append(this.dom.buttons),this.setListeners()},c.prototype._clearCondition=function(){this.dom.condition.empty(),this.dom.conditionTitle.prop("selected",!0).attr("disabled","true"),this.dom.condition.prepend(this.dom.conditionTitle).prop("selectedIndex",0),this.s.conditions={},this.s.condition=void 0},c.prototype._clearValue=function(){var l;if(this.s.condition!==void 0){if(this.dom.value.length>0&&this.dom.value[0]!==void 0)for(var h=0,_=this.dom.value;h<_.length;h++)l=_[h],l!==void 0&&setTimeout(function(){l.remove()},50);if(this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener)),this.dom.value.length>0&&this.dom.value[0]!==void 0){this.dom.inputCont.empty().append(this.dom.value[0]).insertAfter(this.dom.condition),t(this.dom.value[0]).trigger("dtsb-inserted");for(var F=1;F<this.dom.value.length;F++)this.dom.inputCont.append(this.dom.value[F]),t(this.dom.value[F]).trigger("dtsb-inserted")}}else{for(var O=0,f=this.dom.value;O<f.length;O++)l=f[O],l!==void 0&&setTimeout(function(){l.remove()},50);this.dom.valueTitle.prop("selected",!0),this.dom.defaultValue.append(this.dom.valueTitle).insertAfter(this.dom.condition)}this.s.value=[],this.dom.value=[t("<select disabled/>").addClass(this.classes.value).addClass(this.classes.dropDown).addClass(this.classes.italic).addClass(this.classes.select).append(this.dom.valueTitle.clone())]},c.prototype._getOptions=function(){var l=this.s.dt;return t.extend(!0,{},c.defaults,l.settings()[0].aoColumns[this.s.dataIdx].searchBuilder)},c.prototype._populateCondition=function(){var l=[],h=Object.keys(this.s.conditions).length,_=this.s.dt,F=_.settings()[0].aoColumns,O=+this.dom.data.children("option:selected").val(),f,U;if(h===0){if(this.s.type=_.column(O).type(),F!==void 0){var X=F[O];X.searchBuilderType!==void 0&&X.searchBuilderType!==null?this.s.type=X.searchBuilderType:(this.s.type===void 0||this.s.type===null)&&(this.s.type=X.sType)}(this.s.type===null||this.s.type===void 0)&&(t.fn.dataTable.ext.oApi&&t.fn.dataTable.ext.oApi._fnColumnTypes(_.settings()[0]),this.s.type=_.column(O).type()),this.dom.condition.removeAttr("disabled").empty().append(this.dom.conditionTitle).addClass(this.classes.italic),this.dom.conditionTitle.prop("selected",!0);var Q=_.settings()[0].oLanguage.sDecimal;Q!==""&&this.s.type&&this.s.type.indexOf(Q)===this.s.type.length-Q.length&&(this.s.type.includes("num-fmt")?this.s.type=this.s.type.replace(Q,""):this.s.type.includes("num")&&(this.s.type=this.s.type.replace(Q,"")));var E=void 0;this.c.conditions[this.s.type]!==void 0?E=this.c.conditions[this.s.type]:this.s.type&&this.s.type.includes("datetime-")?(E=at.use("moment")?this.c.conditions.moment:this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/datetime-/g,"")):this.s.type&&this.s.type.includes("moment")?(E=this.c.conditions.moment,this.s.dateFormat=this.s.type.replace(/moment-/g,"")):this.s.type&&this.s.type.includes("luxon")?(E=this.c.conditions.luxon,this.s.dateFormat=this.s.type.replace(/luxon-/g,"")):E=this.c.conditions.string;for(var $=0,w=Object.keys(E);$<w.length;$++)if(f=w[$],E[f]!==null){if(_.page.info().serverSide&&E[f].init===c.initSelect){var k=F[O];this.s.serverData&&this.s.serverData[k.data]?(E[f].init=c.initSelectSSP,E[f].inputValue=c.inputValueSelect,E[f].isInputValid=c.isInputValidSelect):(E[f].init=c.initInput,E[f].inputValue=c.inputValueInput,E[f].isInputValid=c.isInputValidInput)}this.s.conditions[f]=E[f],U=E[f].conditionName,typeof U=="function"&&(U=U(_,this.c.i18n)),l.push(t("<option>",{text:U,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic))}}else if(h>0){this.dom.condition.empty().removeAttr("disabled").addClass(this.classes.italic);for(var S=0,B=Object.keys(this.s.conditions);S<B.length;S++){f=B[S];var L=this.s.conditions[f].conditionName;typeof L=="function"&&(L=L(_,this.c.i18n));var R=t("<option>",{text:L,value:f}).addClass(this.classes.option).addClass(this.classes.notItalic);this.s.condition!==void 0&&this.s.condition===L&&(R.prop("selected",!0),this.dom.condition.removeClass(this.classes.italic)),l.push(R)}}else{this.dom.condition.attr("disabled","true").addClass(this.classes.italic);return}for(var q=0,z=l;q<z.length;q++){var G=z[q];this.dom.condition.append(G)}if(F[O].searchBuilder&&F[O].searchBuilder.defaultCondition){var nt=F[O].searchBuilder.defaultCondition;if(typeof nt=="number")this.dom.condition.prop("selectedIndex",nt),this.dom.condition.trigger("change");else if(typeof nt=="string")for(var tt=0;tt<l.length;tt++)for(var et=0,wt=Object.keys(this.s.conditions);et<wt.length;et++){var St=wt[et];if(U=this.s.conditions[St].conditionName,(typeof U=="string"?U:U(_,this.c.i18n))===l[tt].text()&&St===nt){this.dom.condition.prop("selectedIndex",this.dom.condition.children().toArray().indexOf(l[tt][0])).removeClass(this.classes.italic),this.dom.condition.trigger("change"),tt=l.length;break}}}else this.dom.condition.prop("selectedIndex",0)},c.prototype._populateData=function(){var l=this.s.dt.settings()[0].aoColumns,h=this.s.dt.columns(this.c.columns).indexes().toArray();this.dom.data.empty().append(this.dom.dataTitle);for(var _=0;_<l.length;_++)if(this.c.columns===!0||h.includes(_)){var F=l[_],O={index:_,origData:F.data,text:(F.searchBuilderTitle||F.sTitle).replace(/(<([^>]+)>)/ig,"")};this.dom.data.append(t("<option>",{text:O.text,value:O.index}).addClass(this.classes.option).addClass(this.classes.notItalic).prop("origData",F.data).prop("selected",this.s.dataIdx===O.index)),this.s.dataIdx===O.index&&this.dom.dataTitle.removeProp("selected")}},c.prototype._populateValue=function(l){var h=this,_=this.s.filled,F;this.s.filled=!1,setTimeout(function(){h.dom.defaultValue.remove()},50);for(var O=function(E){setTimeout(function(){E!==void 0&&E.remove()},50)},f=0,U=this.dom.value;f<U.length;f++){var X=U[f];O(X)}var Q=this.dom.inputCont.children();if(Q.length>1)for(F=0;F<Q.length;F++)t(Q[F]).remove();for(l!==void 0&&this.s.dt.columns().every(function(E){h.s.dt.settings()[0].aoColumns[E].sTitle===l.data&&(h.s.dataIdx=E)}),this.dom.value=[].concat(this.s.conditions[this.s.condition].init(this,c.updateListener,l!==void 0?l.value:void 0)),l!==void 0&&l.value!==void 0&&(this.s.value=l.value),this.dom.inputCont.empty(),this.dom.value[0]!==void 0&&t(this.dom.value[0]).appendTo(this.dom.inputCont).trigger("dtsb-inserted"),F=1;F<this.dom.value.length;F++)t(this.dom.value[F]).insertAfter(this.dom.value[F-1]).trigger("dtsb-inserted");this.s.filled=this.s.conditions[this.s.condition].isInputValid(this.dom.value,this),this.setListeners(),!this.s.preventRedraw&&_!==this.s.filled&&(this.s.dt.page.info().serverSide||this.doSearch(),this.setListeners())},c.prototype._throttle=function(l,h){h===void 0&&(h=200);var _=null,F=null,O=this;return h===null&&(h=200),function(){for(var f=[],U=0;U<arguments.length;U++)f[U]=arguments[U];var X=+new 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X=t("<select/>").addClass(c.classes.value).addClass(c.classes.dropDown).addClass(c.classes.italic).addClass(c.classes.select).append(l.dom.valueTitle).on("change.dtsb",function(){t(this).removeClass(c.classes.italic),h(l,this)});l.c.greyscale&&X.addClass(c.classes.greyscale);for(var Q=[],E=[],$=0,w=f;$<w.length;$++){var k=w[$],S=U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.search),B={filter:typeof S=="string"?S.replace(/[\r\n\u2028]/g," "):S,index:k,text:U(k,O,typeof l.c.orthogonal=="string"?l.c.orthogonal:l.c.orthogonal.display)};l.s.type==="array"&&(B.filter=Array.isArray(B.filter)?B.filter:[B.filter],B.text=Array.isArray(B.text)?B.text:[B.text]);var L=function(nt,tt){l.s.type.includes("html")&&nt!==null&&typeof nt=="string"&&nt.replace(/(<([^>]+)>)/ig,"");var et=t("<option>",{type:Array.isArray(nt)?"Array":"String",value:nt}).data("sbv",nt).addClass(l.classes.option).addClass(l.classes.notItalic).html(typeof 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l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.number.notEmpty",h.conditions.number.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.stringConditions={"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.equals",h.conditions.string.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l===h[0]}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.not",h.conditions.string.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidInput,search:function(l,h){return l!==h[0]}},starts:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.startsWith",h.conditions.string.startsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())===0}},"!starts":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notStartsWith",h.conditions.string.notStartsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().indexOf(h[0].toLowerCase())!==0}},contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.contains",h.conditions.string.contains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().includes(h[0].toLowerCase())}},"!contains":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notContains",h.conditions.string.notContains)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().includes(h[0].toLowerCase())}},ends:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.endsWith",h.conditions.string.endsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return l.toLowerCase().endsWith(h[0].toLowerCase())}},"!ends":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEndsWith",h.conditions.string.notEndsWith)},init:c.initInput,inputValue:c.inputValueInput,isInputValid:c.isInputValidInput,search:function(l,h){return!l.toLowerCase().endsWith(h[0].toLowerCase())}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.empty",h.conditions.string.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.string.notEmpty",h.conditions.string.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return!(l==null||l.length===0)}}},c.arrayConditions={contains:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.contains",h.conditions.array.contains)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.includes(h[0])}},without:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.without",h.conditions.array.without)},init:c.initSelectArray,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){return l.indexOf(h[0])===-1}},"=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.equals",h.conditions.array.equals)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!1;return!0}return!1}},"!=":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.not",h.conditions.array.not)},init:c.initSelect,inputValue:c.inputValueSelect,isInputValid:c.isInputValidSelect,search:function(l,h){if(l.length===h[0].length){for(var _=0;_<l.length;_++)if(l[_]!==h[0][_])return!0;return!1}return!0}},null:{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.empty",h.conditions.array.empty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l==null||l.length===0}},"!null":{conditionName:function(l,h){return l.i18n("searchBuilder.conditions.array.notEmpty",h.conditions.array.notEmpty)},init:c.initNoValue,inputValue:function(){},isInputValid:function(){return!0},search:function(l){return l!=null&&l.length!==0}}},c.defaults={columns:!0,conditions:{array:c.arrayConditions,date:c.dateConditions,html:c.stringConditions,"html-num":c.numConditions,"html-num-fmt":c.numFmtConditions,luxon:c.luxonDateConditions,moment:c.momentDateConditions,num:c.numConditions,"num-fmt":c.numFmtConditions,string:c.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},liveSearch:!0,logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),o;function u(c){o=c,c.fn.dataTable}var p=function(){function c(l,h,_,F,O,f,U){return F===void 0&&(F=0),O===void 0&&(O=!1),f===void 0&&(f=1),U===void 0&&(U=void 0),this.classes=o.extend(!0,{},c.classes),this.c=o.extend(!0,{},c.defaults,h),this.s={criteria:[],depth:f,dt:l,index:F,isChild:O,logic:void 0,opts:h,preventRedraw:!1,serverData:U,toDrop:void 0,topGroup:_},this.dom={add:o("<button/>").addClass(this.classes.add).addClass(this.classes.button).attr("type","button"),clear:o("<button>&times</button>").addClass(this.classes.button).addClass(this.classes.clearGroup).attr("type","button"),container:o("<div/>").addClass(this.classes.group),logic:o("<button><div/></button>").addClass(this.classes.logic).addClass(this.classes.button).attr("type","button"),logicContainer:o("<div/>").addClass(this.classes.logicContainer),search:o("<button/>").addClass(this.classes.search).addClass(this.classes.button).attr("type","button").css("display","none")},this.s.topGroup===void 0&&(this.s.topGroup=this.dom.container),this._setup(),this}return c.prototype.destroy=function(){this.dom.add.off(".dtsb"),this.dom.logic.off(".dtsb"),this.dom.search.off(".dtsb"),this.dom.container.trigger("dtsb-destroy").remove(),this.s.criteria=[]},c.prototype.getDetails=function(l){if(l===void 0&&(l=!1),this.s.criteria.length===0)return{};for(var h={criteria:[],logic:this.s.logic},_=0,F=this.s.criteria;_<F.length;_++){var O=F[_];h.criteria.push(O.criteria.getDetails(l))}return h},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){var h;if(!(l.criteria===void 0||l.criteria===null||Array.isArray(l.criteria)&&l.criteria.length===0)){if(this.s.logic=l.logic,this.dom.logic.children().first().html(this.s.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),Array.isArray(l.criteria))for(var _=0,F=l.criteria;_<F.length;_++)h=F[_],h.logic!==void 0?this._addPrevGroup(h):h.logic===void 0&&this._addPrevCriteria(h);for(var O=0,f=this.s.criteria;O<f.length;O++)h=f[O],h.criteria instanceof i&&(h.criteria.updateArrows(this.s.criteria.length>1),this._setCriteriaListeners(h.criteria))}},c.prototype.redrawContents=function(){if(!this.s.preventRedraw){this.dom.container.children().detach(),this.dom.container.append(this.dom.logicContainer).append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search),this.s.criteria.sort(function(_,F){return _.criteria.s.index<F.criteria.s.index?-1:_.criteria.s.index>F.criteria.s.index?1:0}),this.setListeners();for(var l=0;l<this.s.criteria.length;l++){var h=this.s.criteria[l].criteria;h instanceof i?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),this._setCriteriaListeners(h),this.s.criteria[l].criteria.s.preventRedraw=this.s.preventRedraw,this.s.criteria[l].criteria.rebuild(this.s.criteria[l].criteria.getDetails()),this.s.criteria[l].criteria.s.preventRedraw=!1):h instanceof c&&h.s.criteria.length>0?(this.s.criteria[l].index=l,this.s.criteria[l].criteria.s.index=l,this.s.criteria[l].criteria.dom.container.insertBefore(this.dom.add),h.s.preventRedraw=this.s.preventRedraw,h.redrawContents(),h.s.preventRedraw=!1,this._setGroupListeners(h)):(this.s.criteria.splice(l,1),l--)}this.setupLogic()}},c.prototype.redrawLogic=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof c&&_.criteria.redrawLogic()}this.setupLogic()},c.prototype.search=function(l,h){return this.s.logic==="AND"?this._andSearch(l,h):this.s.logic==="OR"?this._orSearch(l,h):!0},c.prototype.setupLogic=function(){if(this.dom.logicContainer.remove(),this.dom.clear.remove(),this.s.criteria.length<1){this.s.isChild||(this.dom.container.trigger("dtsb-destroy"),this.dom.container.css("margin-left",0)),this.dom.search.css("display","none");return}this.dom.clear.height("0px"),this.dom.logicContainer.append(this.dom.clear),this.s.isChild||this.dom.search.css("display","inline-block"),this.dom.container.prepend(this.dom.logicContainer);for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];_.criteria instanceof i&&_.criteria.setupButtons()}var F=this.dom.container.outerHeight()-1;this.dom.logicContainer.width(F),this._setLogicListener(),this.dom.container.css("margin-left",this.dom.logicContainer.outerHeight(!0));var O=this.dom.logicContainer.offset(),f=O.left,U=this.dom.container.offset().left,X=f-U,Q=f-X-this.dom.logicContainer.outerHeight(!0);this.dom.logicContainer.offset({left:Q});var E=this.dom.logicContainer.next(),$=O.top,w=o(E).offset().top,k=$-w,S=$-k;this.dom.logicContainer.offset({top:S}),this.dom.clear.outerHeight(this.dom.logicContainer.height()),this._setClearListener()},c.prototype.setListeners=function(){var l=this;this.dom.add.unbind("click"),this.dom.add.on("click.dtsb",function(){return l.s.isChild||l.dom.container.prepend(l.dom.logicContainer),l.addCriteria(),l.dom.container.trigger("dtsb-add"),l.s.dt.state.save(),!1}),this.dom.search.off("click.dtsb").on("click.dtsb",function(){l.s.dt.draw()});for(var h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}this._setClearListener(),this._setLogicListener()},c.prototype.addCriteria=function(l){l===void 0&&(l=null);var h=l===null?this.s.criteria.length:l.s.index,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData,this.c.liveSearch);l!==null&&(_.c=l.c,_.s=l.s,_.s.depth=this.s.depth,_.classes=l.classes),_.populate();for(var F=!1,O=0;O<this.s.criteria.length;O++)O===0&&this.s.criteria[O].criteria.s.index>_.s.index?(_.getNode().insertBefore(this.s.criteria[O].criteria.dom.container),F=!0):O<this.s.criteria.length-1&&this.s.criteria[O].criteria.s.index<_.s.index&&this.s.criteria[O+1].criteria.s.index>_.s.index&&(_.getNode().insertAfter(this.s.criteria[O].criteria.dom.container),F=!0);F||_.getNode().insertBefore(this.dom.add),this.s.criteria.push({criteria:_,index:h}),this.s.criteria=this.s.criteria.sort(function(Q,E){return Q.criteria.s.index-E.criteria.s.index});for(var f=0,U=this.s.criteria;f<U.length;f++){var X=U[f];X.criteria instanceof i&&X.criteria.updateArrows(this.s.criteria.length>1)}this._setCriteriaListeners(_),_.setListeners(),this.setupLogic()},c.prototype.checkFilled=function(){for(var l=0,h=this.s.criteria;l<h.length;l++){var _=h[l];if(_.criteria instanceof i&&_.criteria.s.filled||_.criteria instanceof c&&_.criteria.checkFilled())return!0}return!1},c.prototype.count=function(){for(var l=0,h=0,_=this.s.criteria;h<_.length;h++){var F=_[h];F.criteria instanceof c?l+=F.criteria.count():l++}return l},c.prototype._addPrevGroup=function(l){var h=this.s.criteria.length,_=new c(this.s.dt,this.c,this.s.topGroup,h,!0,this.s.depth+1,this.s.serverData);this.s.criteria.push({criteria:_,index:h,logic:_.s.logic}),_.rebuild(l),this.s.criteria[h].criteria=_,this.s.topGroup.trigger("dtsb-redrawContents"),this._setGroupListeners(_)},c.prototype._addPrevCriteria=function(l){var h=this.s.criteria.length,_=new i(this.s.dt,this.s.opts,this.s.topGroup,h,this.s.depth,this.s.serverData);_.populate(),this.s.criteria.push({criteria:_,index:h}),_.s.preventRedraw=this.s.preventRedraw,_.rebuild(l),_.s.preventRedraw=!1,this.s.criteria[h].criteria=_,this.s.preventRedraw||this.s.topGroup.trigger("dtsb-redrawContents")},c.prototype._andSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=0,F=this.s.criteria;_<F.length;_++){var O=F[_];if(!(O.criteria instanceof i&&!O.criteria.s.filled)&&!O.criteria.search(l,h))return!1}return!0},c.prototype._orSearch=function(l,h){if(this.s.criteria.length===0)return!0;for(var _=!1,F=0,O=this.s.criteria;F<O.length;F++){var f=O[F];if(f.criteria instanceof i&&f.criteria.s.filled){if(_=!0,f.criteria.search(l,h))return!0}else if(f.criteria instanceof c&&f.criteria.checkFilled()&&(_=!0,f.criteria.search(l,h)))return!0}return!_},c.prototype._removeCriteria=function(l,h){h===void 0&&(h=!1);var _;if(this.s.criteria.length<=1&&this.s.isChild)this.destroy();else{var F=void 0;for(_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index===l.s.index&&(!h||this.s.criteria[_].criteria instanceof c)&&(F=_);for(F!==void 0&&this.s.criteria.splice(F,1),_=0;_<this.s.criteria.length;_++)this.s.criteria[_].index=_,this.s.criteria[_].criteria.s.index=_}},c.prototype._setCriteriaListeners=function(l){var h=this;l.dom.delete.unbind("click").on("click.dtsb",function(){h._removeCriteria(l),l.dom.container.remove();for(var _=0,F=h.s.criteria;_<F.length;_++){var O=F[_];O.criteria instanceof i&&O.criteria.updateArrows(h.s.criteria.length>1)}return l.destroy(),h.s.dt.draw(),h.s.topGroup.trigger("dtsb-redrawContents"),!1}),l.dom.right.unbind("click").on("click.dtsb",function(){var _=l.s.index,F=new c(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,!0,h.s.depth+1,h.s.serverData);return F.addCriteria(l),h.s.criteria[_].criteria=F,h.s.criteria[_].logic="AND",h.s.topGroup.trigger("dtsb-redrawContents"),h._setGroupListeners(F),!1}),l.dom.left.unbind("click").on("click.dtsb",function(){h.s.toDrop=new i(h.s.dt,h.s.opts,h.s.topGroup,l.s.index,void 0,h.s.serverData),h.s.toDrop.s=l.s,h.s.toDrop.c=l.c,h.s.toDrop.classes=l.classes,h.s.toDrop.populate();var _=h.s.toDrop.s.index;return h.dom.container.trigger("dtsb-dropCriteria"),l.s.index=_,h._removeCriteria(l),h.s.topGroup.trigger("dtsb-redrawContents"),h.s.dt.draw(),!1})},c.prototype._setClearListener=function(){var l=this;this.dom.clear.unbind("click").on("click.dtsb",function(){return l.s.isChild?(l.destroy(),l.s.topGroup.trigger("dtsb-redrawContents"),!1):(l.dom.container.trigger("dtsb-clearContents"),!1)})},c.prototype._setGroupListeners=function(l){var h=this;l.dom.add.unbind("click").on("click.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-add").on("dtsb-add.dtsb",function(){return h.setupLogic(),h.dom.container.trigger("dtsb-add"),!1}),l.dom.container.unbind("dtsb-destroy").on("dtsb-destroy.dtsb",function(){return h._removeCriteria(l,!0),l.dom.container.remove(),h.setupLogic(),!1}),l.dom.container.unbind("dtsb-dropCriteria").on("dtsb-dropCriteria.dtsb",function(){var _=l.s.toDrop;return _.s.index=l.s.index,_.updateArrows(h.s.criteria.length>1),h.addCriteria(_),!1}),l.setListeners()},c.prototype._setup=function(){this.setListeners(),this.dom.add.html(this.s.dt.i18n("searchBuilder.add",this.c.i18n.add)),this.dom.search.html(this.s.dt.i18n("searchBuilder.search",this.c.i18n.search)),this.dom.logic.children().first().html(this.c.logic==="OR"?this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr):this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd)),this.s.logic=this.c.logic==="OR"?"OR":"AND",this.c.greyscale&&this.dom.logic.addClass(this.classes.greyscale),this.dom.logicContainer.append(this.dom.logic).append(this.dom.clear),this.s.isChild&&this.dom.container.append(this.dom.logicContainer),this.dom.container.append(this.dom.add),this.c.liveSearch||this.dom.container.append(this.dom.search)},c.prototype._setLogicListener=function(){var l=this;this.dom.logic.unbind("click").on("click.dtsb",function(){l._toggleLogic(),l.s.dt.draw();for(var h=0,_=l.s.criteria;h<_.length;h++){var F=_[h];F.criteria.setListeners()}})},c.prototype._toggleLogic=function(){this.s.logic==="OR"?(this.s.logic="AND",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicAnd",this.c.i18n.logicAnd))):this.s.logic==="AND"&&(this.s.logic="OR",this.dom.logic.children().first().html(this.s.dt.i18n("searchBuilder.logicOr",this.c.i18n.logicOr)))},c.version="1.1.0",c.classes={add:"dtsb-add",button:"dtsb-button",clearGroup:"dtsb-clearGroup",greyscale:"dtsb-greyscale",group:"dtsb-group",inputButton:"dtsb-iptbtn",logic:"dtsb-logic",logicContainer:"dtsb-logicContainer",search:"dtsb-search"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}(),b,g;function m(c){b=c,g=c.fn.DataTable}var C=function(){function c(l,h){var _=this;if(!g||!g.versionCheck||!g.versionCheck("2"))throw new Error("SearchBuilder requires DataTables 2 or newer");var F=new g.Api(l);if(this.classes=b.extend(!0,{},c.classes),this.c=b.extend(!0,{},c.defaults,h),this.dom={clearAll:b('<button type="button">'+F.i18n("searchBuilder.clearAll",this.c.i18n.clearAll)+"</button>").addClass(this.classes.clearAll).addClass(this.classes.button).attr("type","button"),container:b("<div/>").addClass(this.classes.container),title:b("<div/>").addClass(this.classes.title),titleRow:b("<div/>").addClass(this.classes.titleRow),topGroup:void 0},this.s={dt:F,opts:h,search:void 0,serverData:void 0,topGroup:void 0},F.settings()[0]._searchBuilder===void 0)return F.settings()[0]._searchBuilder=this,this.s.dt.page.info().serverSide&&(this.s.dt.on("preXhr.dtsb",function(O,f,U){var X=_.s.dt.state.loaded();X&&X.searchBuilder&&(U.searchBuilder=_._collapseArray(X.searchBuilder))}),this.s.dt.on("xhr.dtsb",function(O,f,U){U&&U.searchBuilder&&U.searchBuilder.options&&(_.s.serverData=U.searchBuilder.options)})),this.s.dt.settings()[0]._bInitComplete?this._setUp():F.one("init.dt",function(){_._setUp()}),this}return c.prototype.getDetails=function(l){return l===void 0&&(l=!1),this.s.topGroup.getDetails(l)},c.prototype.getNode=function(){return this.dom.container},c.prototype.rebuild=function(l){return this.dom.clearAll.click(),l==null?this:(this.s.topGroup.s.preventRedraw=!0,this.s.topGroup.rebuild(l),this.s.topGroup.s.preventRedraw=!1,this._checkClear(),this._updateTitle(this.s.topGroup.count()),this.s.topGroup.redrawContents(),this.s.dt.draw(!1),this.s.topGroup.setListeners(),this)},c.prototype._applyPreDefDefaults=function(l){var h=this;l.criteria!==void 0&&l.logic===void 0&&(l.logic="AND");for(var _=function(X){X.criteria!==void 0?X=F._applyPreDefDefaults(X):F.s.dt.columns().every(function(Q){h.s.dt.settings()[0].aoColumns[Q].sTitle===X.data&&(X.dataIdx=Q)})},F=this,O=0,f=l.criteria;O<f.length;O++){var U=f[O];_(U)}return l},c.prototype._setUp=function(l){var h=this;if(l===void 0&&(l=!0),typeof this.s.dt.column().type!="function"&&at.Api.registerPlural("columns().types()","column().type()",function(){return this.iterator("column",function(w,k){return w.aoColumns[k].sType},1)}),!g.DateTime){var _=this.s.dt.columns().types().toArray();if(_===void 0||_.includes(void 0)||_.includes(null)){_=[];for(var F=0,O=this.s.dt.settings()[0].aoColumns;F<O.length;F++){var f=O[F];_.push(f.searchBuilderType!==void 0?f.searchBuilderType:f.sType)}}var U=this.s.dt.columns().toArray();(_===void 0||_.includes(void 0)||_.includes(null))&&(b.fn.dataTable.ext.oApi&&b.fn.dataTable.ext.oApi._fnColumnTypes(this.s.dt.settings()[0]),_=this.s.dt.columns().types().toArray());for(var X=0;X<U[0].length;X++){var Q=U[0][X],E=_[Q];if((this.c.columns===!0||Array.isArray(this.c.columns)&&this.c.columns.includes(X))&&(E.includes("date")||E.includes("moment")||E.includes("luxon")))throw alert("SearchBuilder Requires DateTime when used with dates."),new Error("SearchBuilder requires DateTime")}}if(this.s.topGroup=new p(this.s.dt,this.c,void 0,void 0,void 0,void 0,this.s.serverData),this._setClearListener(),this.s.dt.on("stateSaveParams.dtsb",function(w,k,S){S.searchBuilder=h.getDetails(),S.scroller?S.start=h.s.dt.state().start:S.page=h.s.dt.page()}),this.s.dt.on("stateLoadParams.dtsb",function(w,k,S){h.rebuild(S.searchBuilder)}),this._build(),this.s.dt.on("preXhr.dtsb",function(w,k,S){h.s.dt.page.info().serverSide&&(S.searchBuilder=h._collapseArray(h.getDetails(!0)))}),this.s.dt.on("columns-reordered",function(){h.rebuild(h.getDetails())}),l){var $=this.s.dt.state.loaded();$!==null&&$.searchBuilder!==void 0?(this.s.topGroup.rebuild($.searchBuilder),this.s.topGroup.dom.container.trigger("dtsb-redrawContents"),this.s.dt.page.info().serverSide||($.page?this.s.dt.page($.page).draw("page"):this.s.dt.scroller&&$.scroller&&this.s.dt.scroller().scrollToRow($.scroller.topRow)),this.s.topGroup.setListeners()):this.c.preDefined!==!1&&(this.c.preDefined=this._applyPreDefDefaults(this.c.preDefined),this.rebuild(this.c.preDefined))}this._setEmptyListener(),this.s.dt.state.save()},c.prototype._collapseArray=function(l){if(l.logic===void 0)l.value!==void 0&&(l.value.sort(function(_,F){return isNaN(+_)||(_=+_,F=+F),_<F?-1:F<_?1:0}),l.value1=l.value[0],l.value2=l.value[1]);else for(var h=0;h<l.criteria.length;h++)l.criteria[h]=this._collapseArray(l.criteria[h]);return l},c.prototype._updateTitle=function(l){this.dom.title.html(this.s.dt.i18n("searchBuilder.title",this.c.i18n.title,l))},c.prototype._build=function(){var l=this;this.dom.clearAll.remove(),this.dom.container.empty();var h=this.s.topGroup.count();this._updateTitle(h),this.dom.titleRow.append(this.dom.title),this.dom.container.append(this.dom.titleRow),this.dom.topGroup=this.s.topGroup.getNode(),this.dom.container.append(this.dom.topGroup),this._setRedrawListener();var _=this.s.dt.table(0).node();b.fn.dataTable.ext.search.includes(this.s.search)||(this.s.search=function(F,O,f){return F.nTable!==_?!0:l.s.topGroup.search(O,f)},b.fn.dataTable.ext.search.push(this.s.search)),this.s.dt.on("destroy.dtsb",function(){l.dom.container.remove(),l.dom.clearAll.remove();for(var F=b.fn.dataTable.ext.search.indexOf(l.s.search);F!==-1;)b.fn.dataTable.ext.search.splice(F,1),F=b.fn.dataTable.ext.search.indexOf(l.s.search);l.s.dt.off(".dtsb"),b(l.s.dt.table().node()).off(".dtsb")})},c.prototype._checkClear=function(){this.s.topGroup.s.criteria.length>0?(this.dom.clearAll.insertAfter(this.dom.title),this._setClearListener()):this.dom.clearAll.remove()},c.prototype._filterChanged=function(l){var h=this.c.filterChanged;typeof h=="function"&&h(l,this.s.dt.i18n("searchBuilder.button",this.c.i18n.button,l))},c.prototype._setClearListener=function(){var l=this;this.dom.clearAll.unbind("click"),this.dom.clearAll.on("click.dtsb",function(){return l.s.topGroup=new p(l.s.dt,l.c,void 0,void 0,void 0,void 0,l.s.serverData),l._build(),l.s.dt.draw(),l.s.topGroup.setListeners(),l.dom.clearAll.remove(),l._setEmptyListener(),l._filterChanged(0),!1})},c.prototype._setRedrawListener=function(){var l=this;this.s.topGroup.dom.container.unbind("dtsb-redrawContents"),this.s.topGroup.dom.container.on("dtsb-redrawContents.dtsb",function(){l._checkClear(),l.s.topGroup.redrawContents(),l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l.s.dt.page.info().serverSide||l.s.dt.draw(),l.s.dt.state.save()}),this.s.topGroup.dom.container.unbind("dtsb-redrawContents-noDraw"),this.s.topGroup.dom.container.on("dtsb-redrawContents-noDraw.dtsb",function(){l._checkClear(),l.s.topGroup.s.preventRedraw=!0,l.s.topGroup.redrawContents(),l.s.topGroup.s.preventRedraw=!1,l.s.topGroup.setupLogic(),l._setEmptyListener();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-redrawLogic"),this.s.topGroup.dom.container.on("dtsb-redrawLogic.dtsb",function(){l.s.topGroup.redrawLogic();var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h)}),this.s.topGroup.dom.container.unbind("dtsb-add"),this.s.topGroup.dom.container.on("dtsb-add.dtsb",function(){var h=l.s.topGroup.count();l._updateTitle(h),l._filterChanged(h),l._checkClear()}),this.s.dt.on("postEdit.dtsb postCreate.dtsb postRemove.dtsb",function(){l.s.topGroup.redrawContents()}),this.s.topGroup.dom.container.unbind("dtsb-clearContents"),this.s.topGroup.dom.container.on("dtsb-clearContents.dtsb",function(){l._setUp(!1),l._filterChanged(0),l.s.dt.draw()})},c.prototype._setEmptyListener=function(){var l=this;this.s.topGroup.dom.add.on("click.dtsb",function(){l._checkClear()}),this.s.topGroup.dom.container.on("dtsb-destroy.dtsb",function(){l.dom.clearAll.remove()})},c.version="1.8.0",c.classes={button:"dtsb-button",clearAll:"dtsb-clearAll",container:"dtsb-searchBuilder",inputButton:"dtsb-iptbtn",title:"dtsb-title",titleRow:"dtsb-titleRow"},c.defaults={columns:!0,conditions:{date:i.dateConditions,html:i.stringConditions,"html-num":i.numConditions,"html-num-fmt":i.numFmtConditions,luxon:i.luxonDateConditions,moment:i.momentDateConditions,num:i.numConditions,"num-fmt":i.numFmtConditions,string:i.stringConditions},depthLimit:!1,enterSearch:!1,filterChanged:void 0,greyscale:!1,liveSearch:!0,i18n:{add:"Add Condition",button:{0:"Search Builder",_:"Search Builder (%d)"},clearAll:"Clear All",condition:"Condition",conditions:{array:{contains:"Contains",empty:"Empty",equals:"Equals",not:"Not",notEmpty:"Not Empty",without:"Without"},date:{after:"After",before:"Before",between:"Between",empty:"Empty",equals:"Equals",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},number:{between:"Between",empty:"Empty",equals:"Equals",gt:"Greater Than",gte:"Greater Than Equal To",lt:"Less Than",lte:"Less Than Equal To",not:"Not",notBetween:"Not Between",notEmpty:"Not Empty"},string:{contains:"Contains",empty:"Empty",endsWith:"Ends With",equals:"Equals",not:"Not",notContains:"Does Not Contain",notEmpty:"Not Empty",notEndsWith:"Does Not End With",notStartsWith:"Does Not Start With",startsWith:"Starts With"}},data:"Data",delete:"&times",deleteTitle:"Delete filtering rule",left:"<",leftTitle:"Outdent criteria",logicAnd:"And",logicOr:"Or",right:">",rightTitle:"Indent criteria",search:"Search",title:{0:"Custom Search Builder",_:"Custom Search Builder (%d)"},value:"Value",valueJoiner:"and"},logic:"AND",orthogonal:{display:"display",search:"filter"},preDefined:!1},c}();m(cn),u(cn),s(cn);var y=cn.fn.dataTable;at.SearchBuilder=C,y.SearchBuilder=C,at.Group=p,y.Group=p,at.Criteria=i,y.Criteria=i;var T=at.Api.register;at.ext.searchBuilder={conditions:{}},at.ext.buttons.searchBuilder={action:function(c,l,h,_){this.popover(_._searchBuilder.getNode(),{align:"container",span:"container"});var F=_._searchBuilder.s.topGroup;F!==void 0&&F.dom.container.trigger("dtsb-redrawContents-noDraw"),F.s.criteria.length===0&&cn("."+cn.fn.dataTable.Group.classes.add.replace(/ /g,".")).click()},config:{},init:function(c,l,h){var _=new at.SearchBuilder(c,cn.extend({filterChanged:function(F,O){c.button(l).text(O)}},h.config));c.button(l).text(h.text||c.i18n("searchBuilder.button",_.c.i18n.button,0)),h._searchBuilder=_},text:null},T("searchBuilder.getDetails()",function(c){c===void 0&&(c=!1);var l=this.context[0];return l._searchBuilder?l._searchBuilder.getDetails(c):null}),T("searchBuilder.rebuild()",function(c){var l=this.context[0];return l._searchBuilder===void 0?null:(l._searchBuilder.rebuild(c),this)}),T("searchBuilder.container()",function(){var c=this.context[0];return c._searchBuilder?c._searchBuilder.getNode():null});function P(c,l){var h=new at.Api(c),_=l||h.init().searchBuilder||at.defaults.searchBuilder,F=new C(h,_),O=F.getNode();return O}cn(document).on("preInit.dt.dtsp",function(c,l){c.namespace==="dt"&&(l.oInit.searchBuilder||at.defaults.searchBuilder)&&(l._searchBuilder||P(l))}),at.ext.feature.push({cFeature:"Q",fnInit:P}),at.feature&&at.feature.register("searchBuilder",P)})();var sd=ie(ae(),1);var Zs=ie(ae(),1);var Ze=Zs.default;(function(){"use strict";var t,e;function n(w){t=w,e=w.fn.dataTable}var r=function(){function w(k,S,B,L,R){var q=this;if(R===void 0&&(R=null),!e||!e.versionCheck||!e.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!e.select)throw new Error("SearchPane requires Select");var z=new e.Api(k);this.classes=t.extend(!0,{},w.classes),this.c=t.extend(!0,{},w.defaults,S,R),S&&S.hideCount&&S.viewCount===void 0&&(this.c.viewCount=!this.c.hideCount);var G=z.columns().eq(0).toArray().length;this.s={colExists:B<G,colOpts:void 0,customPaneSettings:R,displayed:!1,dt:z,dtPane:void 0,firstSet:!0,index:B,indexes:[],listSet:!1,name:void 0,rowData:{arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0},scrollTop:0,searchFunction:void 0,selections:[],serverSelect:[],serverSelecting:!1,tableLength:null,updating:!1},this.s.colOpts=this.s.colExists?this._getOptions():this._getBonusOptions(),this.dom={buttonGroup:t("<div/>").addClass(this.classes.buttonGroup),clear:t('<button type="button">&#215;</button>').attr("disabled","true").addClass(this.classes.disabledButton).addClass(this.classes.paneButton).addClass(this.classes.clearButton).html(this.s.dt.i18n("searchPanes.clearPane",this.c.i18n.clearPane)),collapseButton:t('<button type="button"><span class="'+this.classes.caret+'">&#x5e;</span></button>').addClass(this.classes.paneButton).addClass(this.classes.collapseButton),container:t("<div/>").addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(this.c.layout.split("-")[1],10)<10?this.c.layout:this.c.layout.split("-")[0]+"-9")).addClass(this.s.customPaneSettings&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),countButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.countButton),dtP:t('<table width="100%"><thead><tr><th></th><th></th></tr></thead></table>'),lower:t("<div/>").addClass(this.classes.subRow2).addClass(this.classes.narrowButton),nameButton:t('<button type="button"><span></span></button>').addClass(this.classes.paneButton).addClass(this.classes.nameButton),panesContainer:t(L),searchBox:t("<input/>").addClass(this.classes.paneInputButton).addClass(this.classes.search),searchButton:t('<button type="button"><span></span></button>').addClass(this.classes.searchIcon).addClass(this.classes.paneButton),searchCont:t("<div/>").addClass(this.classes.searchCont),searchLabelCont:t("<div/>").addClass(this.classes.searchLabelCont),topRow:t("<div/>").addClass(this.classes.topRow),upper:t("<div/>").addClass(this.classes.subRow1).addClass(this.classes.narrowSearch)};var nt="";this.s.colExists?(nt=t(this.s.dt.column(this.s.index).header()).text(),this.dom.dtP.find("th").eq(0).text(nt)):(nt=this.s.customPaneSettings.header||"Custom Pane",this.dom.dtP.find("th").eq(0).html(nt)),this.s.colOpts.name?this.s.name=this.s.colOpts.name:this.s.customPaneSettings&&this.s.customPaneSettings.name?this.s.name=this.s.customPaneSettings.name:this.s.name=nt;var tt=this.s.dt.table(0).node();return this.s.searchFunction=function(et,wt,St){if(q.s.selections.length===0||et.nTable!==tt)return!0;var Tt=null;return q.s.colExists&&(Tt=wt[q.s.index],q.s.colOpts.orthogonal.filter!=="filter"&&(Tt=q.s.rowData.filterMap.get(St),Tt instanceof t.fn.dataTable.Api&&(Tt=Tt.toArray()))),q._search(Tt,St)},t.fn.dataTable.ext.search.push(this.s.searchFunction),this.c.clear&&this.dom.clear.on("click.dtsp",function(){var et=q.dom.container.find("."+q.classes.search.replace(/\s+/g,"."));et.each(function(){t(this).val("").trigger("input")}),q.clearPane()}),this.s.dt.on("draw.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("buttons-action.dtsp",function(){return q.adjustTopRow()}),this.s.dt.on("column-reorder.dtsp",function(et,wt,St){q.s.index=St.mapping[q.s.index]}),this}return w.prototype.addRow=function(k,S,B,L,R,q,z){q||(q=this.s.rowData.bins[S]?this.s.rowData.bins[S]:0),z||(z=this._getShown(S));for(var G,nt=0,tt=this.s.indexes;nt<tt.length;nt++){var et=tt[nt];et.filter===S&&(G=et.index)}return G===void 0&&(G=this.s.indexes.length,this.s.indexes.push({filter:S,index:G})),this.s.dtPane.row.add({className:R,display:k!==""?k:this.emptyMessage(),filter:S,index:G,shown:z,sort:B,total:q,type:L})},w.prototype.adjustTopRow=function(){var k=this.dom.container.find("."+this.classes.subRowsContainer.replace(/\s+/g,".")),S=this.dom.container.find("."+this.classes.subRow1.replace(/\s+/g,".")),B=this.dom.container.find("."+this.classes.subRow2.replace(/\s+/g,".")),L=this.dom.container.find("."+this.classes.topRow.replace(/\s+/g,"."));(t(k[0]).width()<252||t(L[0]).width()<252)&&t(k[0]).width()!==0?(t(k[0]).addClass(this.classes.narrow),t(S[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowSearch),t(B[0]).addClass(this.classes.narrowSub).removeClass(this.classes.narrowButton)):(t(k[0]).removeClass(this.classes.narrow),t(S[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowSearch),t(B[0]).removeClass(this.classes.narrowSub).addClass(this.classes.narrowButton))},w.prototype.clearData=function(){this.s.rowData={arrayFilter:[],arrayOriginal:[],bins:{},binsOriginal:{},filterMap:new Map,totalOptions:0}},w.prototype.clearPane=function(){return this.s.dtPane.rows({selected:!0}).deselect(),this.updateTable(),this},w.prototype.collapse=function(){var k=this;!this.s.displayed||!this.c.collapse&&this.s.colOpts.collapse!==!0||this.s.colOpts.collapse===!1||(t(this.s.dtPane.table().container()).addClass(this.classes.hidden),this.dom.topRow.addClass(this.classes.bordered),this.dom.nameButton.addClass(this.classes.disabledButton),this.dom.countButton.addClass(this.classes.disabledButton),this.dom.searchButton.addClass(this.classes.disabledButton),this.dom.collapseButton.addClass(this.classes.rotated),this.dom.topRow.one("click.dtsp",function(){return k.show()}),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype.destroy=function(){this.s.dtPane&&this.s.dtPane.off(".dtsp"),this.s.dt.off(".dtsp"),this.dom.clear.off(".dtsp"),this.dom.nameButton.off(".dtsp"),this.dom.countButton.off(".dtsp"),this.dom.searchButton.off(".dtsp"),this.dom.collapseButton.off(".dtsp"),t(this.s.dt.table().node()).off(".dtsp"),this.dom.container.detach();for(var k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);k!==-1;)t.fn.dataTable.ext.search.splice(k,1),k=t.fn.dataTable.ext.search.indexOf(this.s.searchFunction);this.s.dtPane&&this.s.dtPane.destroy(),this.s.listSet=!1},w.prototype.emptyMessage=function(){var k=this.c.i18n.emptyMessage;return this.c.emptyMessage&&(k=this.c.emptyMessage),this.s.colOpts.emptyMessage!==!1&&this.s.colOpts.emptyMessage!==null&&(k=this.s.colOpts.emptyMessage),this.s.dt.i18n("searchPanes.emptyMessage",k)},w.prototype.getPaneCount=function(){return this.s.dtPane?this.s.dtPane.rows({selected:!0}).data().toArray().length:0},w.prototype.rebuildPane=function(k,S){k===void 0&&(k=null),S===void 0&&(S=!1),this.clearData();var B=[];this.s.serverSelect=[];var L=null;return this.s.dtPane&&(S&&(this.s.dt.page.info().serverSide?this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray():B=this.s.dtPane.rows({selected:!0}).data().toArray()),this.s.dtPane.clear().destroy(),L=this.dom.container.prev(),this.destroy(),this.s.dtPane=void 0,t.fn.dataTable.ext.search.push(this.s.searchFunction)),this.dom.container.removeClass(this.classes.hidden),this.s.displayed=!1,this._buildPane(this.s.dt.page.info().serverSide?this.s.serverSelect:B,k,L),this},w.prototype.resize=function(k){this.c.layout=k,this.dom.container.removeClass().addClass(this.classes.show).addClass(this.classes.container).addClass(this.s.colOpts.className).addClass(this.classes.layout+(parseInt(k.split("-")[1],10)<10?k:k.split("-")[0]+"-9")).addClass(this.s.customPaneSettings!==null&&this.s.customPaneSettings.className?this.s.customPaneSettings.className:""),this.adjustTopRow()},w.prototype.setListeners=function(){var k=this;this.s.dtPane&&(this.s.dtPane.off("select.dtsp").on("select.dtsp",function(){clearTimeout(k.s.deselectTimeout),k._updateSelection(!k.s.updating),k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled")}),this.s.dtPane.off("deselect.dtsp").on("deselect.dtsp",function(){k.s.deselectTimeout=setTimeout(function(){k._updateSelection(!0),k.s.dtPane.rows({selected:!0}).data().toArray().length===0&&k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true")},50)}),this.s.firstSet&&(this.s.firstSet=!1,this.s.dt.on("stateSaveParams.dtsp",function(S,B,L){if(t.isEmptyObject(L)){k.s.dtPane.state.clear();return}var R,q,z=[],G,nt,tt;k.s.dtPane&&(z=k.s.dtPane.rows({selected:!0}).data().map(function(wt){return wt.filter!==null?wt.filter.toString():null}).toArray(),nt=k.dom.searchBox.val(),q=k.s.dtPane.order(),R=k.s.rowData.binsOriginal,tt=k.s.rowData.arrayOriginal,G=k.dom.collapseButton.hasClass(k.classes.rotated)),L.searchPanes===void 0&&(L.searchPanes={}),L.searchPanes.panes===void 0&&(L.searchPanes.panes=[]);for(var et=0;et<L.searchPanes.panes.length;et++)L.searchPanes.panes[et].id===k.s.index&&(L.searchPanes.panes.splice(et,1),et--);L.searchPanes.panes.push({arrayFilter:tt,bins:R,collapsed:G,id:k.s.index,order:q,searchTerm:nt,selected:z})})),this.s.dtPane.off("user-select.dtsp").on("user-select.dtsp",function(S,B,L,R,q){q.stopPropagation()}),this.s.dtPane.off("draw.dtsp").on("draw.dtsp",function(){return k.adjustTopRow()}),this.dom.nameButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[0,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.countButton.off("click.dtsp").on("click.dtsp",function(){var S=k.s.dtPane.order()[0][1];k.s.dtPane.order([[1,S==="asc"?"desc":"asc"]]).draw(),k.s.dt.state.save()}),this.dom.collapseButton.off("click.dtsp").on("click.dtsp",function(S){S.stopPropagation();var B=t(k.s.dtPane.table().container());B.toggleClass(k.classes.hidden),k.dom.topRow.toggleClass(k.classes.bordered),k.dom.nameButton.toggleClass(k.classes.disabledButton),k.dom.countButton.toggleClass(k.classes.disabledButton),k.dom.searchButton.toggleClass(k.classes.disabledButton),k.dom.collapseButton.toggleClass(k.classes.rotated),B.hasClass(k.classes.hidden)?k.dom.topRow.on("click.dtsp",function(){return k.dom.collapseButton.click()}):k.dom.topRow.off("click.dtsp"),k.s.dt.state.save(),k.dom.topRow.trigger("collapse.dtsps")}),this.dom.clear.off("click.dtsp").on("click.dtsp",function(){var S=k.dom.container.find("."+k.classes.search.replace(/ /g,"."));S.each(function(){t(this).val("").trigger("input")}),k.clearPane()}),this.dom.searchButton.off("click.dtsp").on("click.dtsp",function(){return k.dom.searchBox.focus()}),this.dom.searchBox.off("click.dtsp").on("input.dtsp",function(){var S=k.dom.searchBox.val();k.s.dtPane.search(S).draw(),typeof S=="string"&&(S.length>0||S.length===0&&k.s.dtPane.rows({selected:!0}).data().toArray().length>0)?k.dom.clear.removeClass(k.classes.disabledButton).removeAttr("disabled"):k.dom.clear.addClass(k.classes.disabledButton).attr("disabled","true"),k.s.dt.state.save()}),this.s.dtPane.select.style(this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.select&&this.s.colOpts.dtOpts.select.style?this.s.colOpts.dtOpts.select.style:this.c.dtOpts&&this.c.dtOpts.select&&this.c.dtOpts.select.style?this.c.dtOpts.select.style:"os"))},w.prototype._serverPopulate=function(k){k.tableLength?(this.s.tableLength=k.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var S=this.s.dt.column(this.s.index).dataSrc();if(k.searchPanes.options[S])for(var B=0,L=k.searchPanes.options[S];B<L.length;B++){var R=L[B];this.s.rowData.arrayFilter.push({display:R.label,filter:R.value,sort:R.label,type:R.label}),this.s.rowData.bins[R.value]=R.total}var q=Object.keys(this.s.rowData.bins).length,z=this._uniqueRatio(q,this.s.tableLength);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?z>this.c.threshold:z>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&q<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0},w.prototype.show=function(){this.s.displayed&&(this.dom.topRow.removeClass(this.classes.bordered),this.dom.nameButton.removeClass(this.classes.disabledButton),this.dom.countButton.removeClass(this.classes.disabledButton),this.dom.searchButton.removeClass(this.classes.disabledButton),this.dom.collapseButton.removeClass(this.classes.rotated),t(this.s.dtPane.table().container()).removeClass(this.classes.hidden),this.dom.topRow.trigger("collapse.dtsps"))},w.prototype._uniqueRatio=function(k,S){return S>0&&(this.s.rowData.totalOptions>0&&!this.s.dt.page.info().serverSide||this.s.dt.page.info().serverSide&&this.s.tableLength>0)?k/this.s.rowData.totalOptions:1},w.prototype.updateTable=function(){var k=this.s.dtPane.rows({selected:!0}).data().toArray().map(function(S){return S.filter});this.s.selections=k,this._searchExtras()},w.prototype._getComparisonRows=function(){var k=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(k!==void 0){var S=this.s.dt.rows(),B=S.data().toArray(),L=[];this.s.dtPane.clear(),this.s.indexes=[];for(var R=0,q=k;R<q.length;R++){var z=q[R],G=z.label!==""?z.label:this.emptyMessage(),nt={className:z.className,display:G,filter:typeof z.value=="function"?z.value:[],sort:z.order!==void 0?z.order:G,total:0,type:G};if(typeof z.value=="function"){for(var tt=0;tt<B.length;tt++)z.value.call(this.s.dt,B[tt],S[0][tt])&&nt.total++;typeof nt.filter!="function"&&nt.filter.push(z.filter)}L.push(this.addRow(nt.display,nt.filter,nt.sort,nt.type,nt.className,nt.total))}return L}},w.prototype._getMessage=function(k){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,k.total)},w.prototype._getShown=function(k){},w.prototype._getPaneConfig=function(){var k=this,S=e.Scroller,B=this.s.dt.settings()[0].oLanguage;return B.url=void 0,B.sUrl=void 0,{columnDefs:[{className:"dtsp-nameColumn",data:"display",render:function(L,R,q){if(R==="sort")return q.sort;if(R==="type")return q.type;var z=k._getMessage(q),G='<span class="'+k.classes.pill+'">'+z+"</span>";return(!k.c.viewCount||!k.s.colOpts.viewCount)&&(G=""),R==="filter"?typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L:'<div class="'+k.classes.nameCont+'"><span title="'+(typeof L=="string"&&L.match(/<[^>]*>/)!==null?L.replace(/<[^>]*>/g,""):L)+'" class="'+k.classes.name+'">'+L+"</span>"+G+"</div>"},targets:0,type:this.s.dt.settings()[0].aoColumns[this.s.index]?this.s.dt.settings()[0].aoColumns[this.s.index]._sManualType:null},{className:"dtsp-countColumn "+this.classes.badgePill,data:"total",searchable:!1,targets:1,visible:!1}],deferRender:!0,info:!1,language:B,paging:!!S,scrollX:!1,scrollY:"200px",scroller:!!S,select:!0,stateSave:!!this.s.dt.settings()[0].oFeatures.bStateSave}},w.prototype._makeSelection=function(){this.updateTable(),this.s.updating=!0,this.s.dt.draw(),this.s.updating=!1},w.prototype._populatePaneArray=function(k,S,B,L){L===void 0&&(L=this.s.rowData.bins);var R=B.fastData?B.fastData:function(G,nt,tt){return B.oApi._fnGetCellData(B,G,nt,tt)};if(typeof this.s.colOpts.orthogonal=="string"){var q=R(k,this.s.index,this.s.colOpts.orthogonal);this.s.rowData.filterMap.set(k,q),this._addOption(q,q,q,q,S,L),this.s.rowData.totalOptions++}else{var z=R(k,this.s.index,this.s.colOpts.orthogonal.search);z===null&&(z=""),typeof z=="string"&&(z=z.replace(/<[^>]*>/g,"")),this.s.rowData.filterMap.set(k,z),L[z]?(L[z]++,this.s.rowData.totalOptions++):(L[z]=1,this._addOption(z,R(k,this.s.index,this.s.colOpts.orthogonal.display),R(k,this.s.index,this.s.colOpts.orthogonal.sort),R(k,this.s.index,this.s.colOpts.orthogonal.type),S,L),this.s.rowData.totalOptions++)}},w.prototype._reloadSelect=function(k){if(k!==void 0){for(var S,B=0;B<k.searchPanes.panes.length;B++)if(k.searchPanes.panes[B].id===this.s.index){S=B;break}if(S)for(var L=this.s.dtPane,R=L.rows({order:"index"}).data().map(function(tt){return tt.filter!==null?tt.filter.toString():null}).toArray(),q=0,z=k.searchPanes.panes[S].selected;q<z.length;q++){var G=z[q],nt=-1;G!==null&&(nt=R.indexOf(G.toString())),nt>-1&&(this.s.serverSelecting=!0,L.row(nt).select(),this.s.serverSelecting=!1)}}},w.prototype._updateSelection=function(k){var S=this,B=function(R){if(at.versionCheck("2"))S.s.dt.processing(R);else{var q=S.s.dt.settings()[0],z=q.oApi;z._fnProcessingDisplay(q,!1)}},L=function(){S.s.scrollTop=t(S.s.dtPane.table().node()).parent()[0].scrollTop,S.s.dt.page.info().serverSide&&!S.s.updating?S.s.serverSelecting||(S.s.serverSelect=S.s.dtPane.rows({selected:!0}).data().toArray(),S.s.dt.draw(!1)):k&&S._makeSelection(),B(!1)};B(!0),setTimeout(L,1)},w.prototype._addOption=function(k,S,B,L,R,q){if(Array.isArray(k)||k instanceof e.Api){if(k instanceof e.Api&&(k=k.toArray(),S=S.toArray()),k.length===S.length){for(var z=0;z<k.length;z++)q[k[z]]?q[k[z]]++:(q[k[z]]=1,R.push({display:S[z],filter:k[z],sort:B[z],type:L[z]})),this.s.rowData.totalOptions++;return}throw new Error("display and filter not the same length")}else typeof this.s.colOpts.orthogonal=="string"?q[k]?(q[k]++,this.s.rowData.totalOptions++):(q[k]=1,R.push({display:S,filter:k,sort:B,type:L}),this.s.rowData.totalOptions++):R.push({display:S,filter:k,sort:B,type:L})},w.prototype._buildPane=function(k,S,B){var L=this;k===void 0&&(k=[]),S===void 0&&(S=null),B===void 0&&(B=null),this.s.selections=[];var R=this.s.dt.state.loaded(),q;if(this.s.listSet&&(R=this.s.dt.state()),this.s.colExists){var z=-1;if(R&&R.searchPanes&&R.searchPanes.panes){for(var G=0;G<R.searchPanes.panes.length;G++)if(R.searchPanes.panes[G].id===this.s.index){z=G;break}}if((this.s.colOpts.show===!1||this.s.colOpts.show!==void 0&&this.s.colOpts.show!==!0)&&z===-1)return this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1,!1;if((this.s.colOpts.show===!0||z!==-1)&&(this.s.displayed=!0),!this.s.dt.page.info().serverSide&&(!S||!S.searchPanes||!S.searchPanes.options)){this.s.rowData.arrayFilter.length===0&&(this.s.rowData.totalOptions=0,this._populatePane(),this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins);var nt=Object.keys(this.s.rowData.binsOriginal).length,tt=this._uniqueRatio(nt,this.s.dt.rows()[0].length);if(this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?tt>this.c.threshold:tt>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&nt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}this.dom.container.addClass(this.classes.show),this.s.displayed=!0}else S&&S.searchPanes&&S.searchPanes.options&&this._serverPopulate(S)}else this.s.displayed=!0;this._displayPane(),this.s.listSet||this.dom.dtP.on("stateLoadParams.dtsp",function(pt,vt,rt){t.isEmptyObject(L.s.dt.state.loaded())&&t.each(rt,function(gt){delete rt[gt]})}),B!==null&&this.dom.panesContainer.has(B).length>0?this.dom.container.insertAfter(B):this.dom.panesContainer.prepend(this.dom.container);var et=t.fn.dataTable.ext.errMode;t.fn.dataTable.ext.errMode="none",this.dom.dtP.on("init.dt",function(pt,vt){var rt=L.dom.dtP.DataTable(),gt=rt.select.style();rt.select.style(gt)}),this.s.dtPane=this.dom.dtP.DataTable(t.extend(!0,this._getPaneConfig(),this.c.dtOpts,this.s.colOpts?this.s.colOpts.dtOpts:{},this.s.colOpts.options||!this.s.colExists?{createdRow:function(pt,vt){t(pt).addClass(vt.className)}}:void 0,this.s.customPaneSettings!==null&&this.s.customPaneSettings.dtOpts?this.s.customPaneSettings.dtOpts:{},t.fn.dataTable.versionCheck("2")?{layout:{bottomStart:null,bottomEnd:null,topStart:null,topEnd:null}}:{dom:"t"})),this.dom.dtP.addClass(this.classes.table);var wt="Custom Pane";if(this.s.customPaneSettings&&this.s.customPaneSettings.header?wt=this.s.customPaneSettings.header:this.s.colOpts.header?wt=this.s.colOpts.header:this.s.colExists&&(wt=t.fn.dataTable.versionCheck("2")?this.s.dt.column(this.s.index).title():this.s.dt.settings()[0].aoColumns[this.s.index].sTitle),wt=this._escapeHTML(wt),this.dom.searchBox.attr("placeholder",wt),t.fn.dataTable.ext.errMode=et,this.s.colExists)for(var St=0,Tt=this.s.rowData.arrayFilter.length;St<Tt;St++)if(this.s.dt.page.info().serverSide){q=this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type);for(var kt=0,Lt=this.s.serverSelect;kt<Lt.length;kt++){var Bt=Lt[kt];Bt.filter===this.s.rowData.arrayFilter[St].filter&&(this.s.serverSelecting=!0,q.select(),this.s.serverSelecting=!1)}}else!this.s.dt.page.info().serverSide&&this.s.rowData.arrayFilter[St]?this.addRow(this.s.rowData.arrayFilter[St].display,this.s.rowData.arrayFilter[St].filter,this.s.rowData.arrayFilter[St].sort,this.s.rowData.arrayFilter[St].type):this.s.dt.page.info().serverSide||this.addRow("","","","");(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options)&&this._getComparisonRows(),this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.adjustTopRow(),this.setListeners(),this.s.listSet=!0;for(var $t=0,Kt=k;$t<Kt.length;$t++){var D=Kt[$t];if(D)for(var ut=0,ot=this.s.dtPane.rows().indexes().toArray();ut<ot.length;ut++)q=ot[ut],this.s.dtPane.row(q).data()&&D.filter===this.s.dtPane.row(q).data().filter&&(this.s.dt.page.info().serverSide?(this.s.serverSelecting=!0,this.s.dtPane.row(q).select(),this.s.serverSelecting=!1):this.s.dtPane.row(q).select())}if(this.s.dt.page.info().serverSide&&this.s.dtPane.search(this.dom.searchBox.val()).draw(),(this.c.initCollapsed&&this.s.colOpts.initCollapsed!==!1||this.s.colOpts.initCollapsed)&&(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&(this.s.dtPane.settings()[0]._bInitComplete?this.collapse():this.s.dtPane.one("init",function(){return L.collapse()})),R&&R.searchPanes&&R.searchPanes.panes&&(!S||S.draw===1)){this._reloadSelect(R);for(var V=0,j=R.searchPanes.panes;V<j.length;V++){var K=j[V];K.id===this.s.index&&(K.searchTerm&&K.searchTerm.length>0&&this.dom.searchBox.val(K.searchTerm).trigger("input"),K.order&&this.s.dtPane.order(K.order).draw(),K.collapsed?this.collapse():this.show())}}return!0},w.prototype._displayPane=function(){this.dom.dtP.empty(),this.dom.topRow.empty().addClass(this.classes.topRow),parseInt(this.c.layout.split("-")[1],10)>3&&this.dom.container.addClass(this.classes.smallGap),this.dom.topRow.addClass(this.classes.subRowsContainer).append(this.dom.upper.append(this.dom.searchCont)).append(this.dom.lower.append(this.dom.buttonGroup)),(this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts&&this.s.colOpts.dtOpts.searching===!1||!this.c.controls||!this.s.colOpts.controls||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching)&&this.dom.searchBox.removeClass(this.classes.paneInputButton).addClass(this.classes.disabledButton).attr("disabled","true"),this.dom.searchBox.appendTo(this.dom.searchCont),this._searchContSetup(),this.c.clear&&this.c.controls&&this.s.colOpts.controls&&this.dom.clear.appendTo(this.dom.buttonGroup),this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.nameButton.appendTo(this.dom.buttonGroup),this.c.viewCount&&this.s.colOpts.viewCount&&this.c.orderable&&this.s.colOpts.orderable&&this.c.controls&&this.s.colOpts.controls&&this.dom.countButton.appendTo(this.dom.buttonGroup),(this.c.collapse&&this.s.colOpts.collapse!==!1||this.s.colOpts.collapse)&&this.c.controls&&this.s.colOpts.controls&&this.dom.collapseButton.appendTo(this.dom.buttonGroup),this.dom.container.prepend(this.dom.topRow).append(this.dom.dtP).show()},w.prototype._escapeHTML=function(k){return k.toString().replace(/&lt;/g,"<").replace(/&gt;/g,">").replace(/&quot;/g,'"').replace(/&amp;/g,"&")},w.prototype._getBonusOptions=function(){var k={threshold:null};return t.extend(!0,{},w.defaults,k,this.c?this.c:{})},w.prototype._getOptions=function(){var k=this.s.dt,S={collapse:null,emptyMessage:!1,initCollapsed:null,threshold:null},B=k.settings()[0].aoColumns[this.s.index].searchPanes,L=t.extend(!0,{},w.defaults,S,B);return B&&B.hideCount&&B.viewCount===void 0&&(L.viewCount=!B.hideCount),L},w.prototype._populatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var k=this.s.dt.context[0];if(!this.s.dt.page.info().serverSide)for(var S=0,B=this.s.dt.rows().indexes().toArray();S<B.length;S++){var L=B[S];this._populatePaneArray(L,this.s.rowData.arrayFilter,k)}},w.prototype._search=function(k,S){for(var B=this.s.colOpts,L=this.s.dt,R=0,q=this.s.selections;R<q.length;R++){var z=q[R];if(typeof z=="string"&&typeof k=="string"&&(z=this._escapeHTML(z)),Array.isArray(k)){if(B.combiner==="and"){if(!k.includes(z))return!1}else if(k.includes(z))return!0}else if(typeof z=="function"){if(z.call(L,L.row(S).data(),S)){if(B.combiner==="or")return!0}else if(B.combiner==="and")return!1}else if(k===z||!(typeof k=="string"&&k.length===0)&&k==z||z===null&&typeof k=="string"&&k==="")return!0}return B.combiner==="and"},w.prototype._searchContSetup=function(){this.c.controls&&this.s.colOpts.controls&&this.dom.searchButton.appendTo(this.dom.searchLabelCont),this.c.dtOpts.searching===!1||this.s.colOpts.dtOpts.searching===!1||this.s.customPaneSettings&&this.s.customPaneSettings.dtOpts&&this.s.customPaneSettings.dtOpts.searching!==void 0&&!this.s.customPaneSettings.dtOpts.searching||this.dom.searchLabelCont.appendTo(this.dom.searchCont)},w.prototype._searchExtras=function(){var k=this.s.updating;this.s.updating=!0;var S=this.s.dtPane.rows({selected:!0}).data().pluck("filter").toArray(),B=S.indexOf(this.emptyMessage()),L=t(this.s.dtPane.table().container());B>-1&&(S[B]=""),S.length>0?L.addClass(this.classes.selected):S.length===0&&L.removeClass(this.classes.selected),this.s.updating=k},w.version="2.1.2",w.classes={bordered:"dtsp-bordered",buttonGroup:"dtsp-buttonGroup",buttonSub:"dtsp-buttonSub",caret:"dtsp-caret",clear:"dtsp-clear",clearAll:"dtsp-clearAll",clearButton:"clearButton",collapseAll:"dtsp-collapseAll",collapseButton:"dtsp-collapseButton",container:"dtsp-searchPane",countButton:"dtsp-countButton",disabledButton:"dtsp-disabledButton",hidden:"dtsp-hidden",hide:"dtsp-hide",layout:"dtsp-",name:"dtsp-name",nameButton:"dtsp-nameButton",nameCont:"dtsp-nameCont",narrow:"dtsp-narrow",paneButton:"dtsp-paneButton",paneInputButton:"dtsp-paneInputButton",pill:"dtsp-pill",rotated:"dtsp-rotated",search:"dtsp-search",searchCont:"dtsp-searchCont",searchIcon:"dtsp-searchIcon",searchLabelCont:"dtsp-searchButtonCont",selected:"dtsp-selected",smallGap:"dtsp-smallGap",subRow1:"dtsp-subRow1",subRow2:"dtsp-subRow2",subRowsContainer:"dtsp-subRowsContainer",title:"dtsp-title",topRow:"dtsp-topRow"},w.defaults={clear:!0,collapse:!0,combiner:"or",container:function(k){return k.table().container()},controls:!0,dtOpts:{},emptyMessage:null,hideCount:!1,i18n:{clearPane:"&times;",count:"{total}",emptyMessage:"<em>No data</em>"},initCollapsed:!1,layout:"auto",name:void 0,orderable:!0,orthogonal:{display:"display",filter:"filter",hideCount:!1,search:"filter",show:void 0,sort:"sort",threshold:.6,type:"type",viewCount:!0},preSelect:[],threshold:.6,viewCount:!0},w}(),s=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),i=function(w){s(k,w);function k(S,B,L,R,q){return w.call(this,S,B,L,R,q)||this}return k.prototype._emptyPane=function(){var S=this.s.dtPane;if(at.versionCheck("2")){var B=S.select.last(),L;return B&&S.row(B.row).any()&&(L=S.row(B.row).data().index),S.rows().remove(),function(){if(L!==void 0){var R=S.row(function(q,z){return z.index===L}).index();S.select.last({row:R,column:0})}}}return S.rows().remove(),function(){}},k.prototype._serverPopulate=function(S){var B,L,R;this.s.rowData.binsShown={},this.s.rowData.arrayFilter=[],S.tableLength!==void 0?(this.s.tableLength=S.tableLength,this.s.rowData.totalOptions=this.s.tableLength):(this.s.tableLength===null||this.s.dt.rows()[0].length>this.s.tableLength)&&(this.s.tableLength=this.s.dt.rows()[0].length,this.s.rowData.totalOptions=this.s.tableLength);var q=this.s.dt.column(this.s.index).dataSrc();if(S.searchPanes.options[q]!==void 0)for(var z=0,G=S.searchPanes.options[q];z<G.length;z++){var nt=G[z];this.s.rowData.arrayFilter.push({display:nt.label,filter:nt.value,shown:+nt.count,sort:nt.label,total:+nt.total,type:nt.label}),this.s.rowData.binsShown[nt.value]=+nt.count,this.s.rowData.bins[nt.value]=+nt.total}var tt=Object.keys(this.s.rowData.bins).length,et=this._uniqueRatio(tt,this.s.tableLength);if(!this.s.colOpts.show&&this.s.displayed===!1&&((this.s.colOpts.show===void 0&&this.s.colOpts.threshold===null?et>this.c.threshold:et>this.s.colOpts.threshold)||this.s.colOpts.show!==!0&&tt<=1)){this.dom.container.addClass(this.classes.hidden),this.s.displayed=!1;return}if(this.s.rowData.arrayOriginal=this.s.rowData.arrayFilter,this.s.rowData.binsOriginal=this.s.rowData.bins,this.s.displayed=!0,this.s.dtPane){for(var wt=this.s.serverSelect,St=this._emptyPane(),Tt=0,kt=this.s.rowData.arrayFilter;Tt<kt.length;Tt++)if(R=kt[Tt],this._shouldAddRow(R)){L=this.addRow(R.display,R.filter,R.sort,R.type);for(var Lt=0;Lt<wt.length;Lt++)if(B=wt[Lt],B.filter===R.filter){this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,wt.splice(Lt,1),this.s.selections.push(R.filter);break}}for(var Bt=0,$t=wt;Bt<$t.length;Bt++){B=$t[Bt];for(var Kt=0,D=this.s.rowData.arrayOriginal;Kt<D.length;Kt++)R=D[Kt],R.filter===B.filter&&(L=this.addRow(R.display,R.filter,R.sort,R.type),this.s.serverSelecting=!0,L.select(),this.s.serverSelecting=!1,this.s.selections.push(R.filter))}this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray(),this.s.dtPane.draw(),St()}},k.prototype.updateRows=function(){if(!this.s.dt.page.info().serverSide){this.s.rowData.binsShown={};for(var S=0,B=this.s.dt.rows({search:"applied"}).indexes().toArray();S<B.length;S++){var L=B[S];this._updateShown(L,this.s.dt.settings()[0],this.s.rowData.binsShown)}}for(var R=function(tt){tt.shown=typeof q.s.rowData.binsShown[tt.filter]=="number"?q.s.rowData.binsShown[tt.filter]:0,q.s.dtPane.row(function(et,wt){return wt&&wt.index===tt.index}).data(tt)},q=this,z=0,G=this.s.dtPane.rows().data().toArray();z<G.length;z++){var nt=G[z];R(nt)}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop},k.prototype._makeSelection=function(){},k.prototype._reloadSelect=function(){},k.prototype._shouldAddRow=function(S){return!0},k.prototype._updateSelection=function(){this.s.dt.page.info().serverSide&&!this.s.updating&&!this.s.serverSelecting&&(this.s.serverSelect=this.s.dtPane.rows({selected:!0}).data().toArray())},k.prototype._updateShown=function(S,B,L){L===void 0&&(L=this.s.rowData.binsShown);var R=typeof this.s.colOpts.orthogonal=="string"?this.s.colOpts.orthogonal:this.s.colOpts.orthogonal.search,q=B.fastData?B.fastData:function(wt,St,Tt){return B.oApi._fnGetCellData(B,wt,St,Tt)},z=q(S,this.s.index,R),G=function(wt){L[wt]?L[wt]++:L[wt]=1};if(Array.isArray(z))for(var nt=0,tt=z;nt<tt.length;nt++){var et=tt[nt];G(et)}else G(z)},k}(r),o=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),u;function p(w){u=w}var b=function(w){o(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{countFiltered:"{shown} ({total})"}};return z=w.call(this,S,u.extend(G,B),L,R,q)||this,z}return k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k}(i),g=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),m;function C(w){m=w}var y=function(w){g(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{shown}"}};return z=w.call(this,S,m.extend(G,B),L,R,q)||this,z}return k.prototype.updateRows=function(){var S=this.s.dtPane.rows({selected:!0}).data().toArray(),B;if(this.s.colOpts.options||this.s.customPaneSettings&&this.s.customPaneSettings.options){this._getComparisonRows();for(var L=this.s.dtPane.rows().toArray()[0],R=0;R<L.length;R++){var q=this.s.dtPane.row(L[R]),z=q.data();if(z!==void 0){if(z.shown===0){q.remove(),L=this.s.dtPane.rows().toArray()[0],R--;continue}for(var G=0,nt=S;G<nt.length;G++)if(B=nt[G],z.filter===B.filter){q.select(),S.splice(R,1),this.s.selections.push(z.filter);break}}}}else{if(!this.s.dt.page.info().serverSide){this._activePopulatePane(),this.s.rowData.binsShown={};for(var tt=0,et=this.s.dt.rows({search:"applied"}).indexes().toArray();tt<et.length;tt++){var wt=et[tt];this._updateShown(wt,this.s.dt.settings()[0],this.s.rowData.binsShown)}}this.s.dtPane.rows().remove();for(var St=0,Tt=this.s.rowData.arrayFilter;St<Tt.length;St++){var kt=Tt[St];if(kt.shown!==0)for(var Lt=this.addRow(kt.display,kt.filter,kt.sort,kt.type,void 0),Bt=0;Bt<S.length;Bt++){var $t=S[Bt];if($t.filter===kt.filter){Lt.select(),S.splice(Bt,1),this.s.selections.push(kt.filter);break}}}for(var Kt=0,D=S;Kt<D.length;Kt++){B=D[Kt];for(var ut=0,ot=this.s.rowData.arrayOriginal;ut<ot.length;ut++){var V=ot[ut];if(V.filter===B.filter){var j=this.addRow(V.display,V.filter,V.sort,V.type,void 0);j.select(),this.s.selections.push(V.filter)}}}}this.s.dtPane.draw(),this.s.dtPane.table().node().parentNode.scrollTop=this.s.scrollTop,this.s.dt.page.info().serverSide||this.s.dt.draw(!1)},k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.bins={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S)}},k.prototype._getComparisonRows=function(){var S=this.s.colOpts.options?this.s.colOpts.options:this.s.customPaneSettings&&this.s.customPaneSettings.options?this.s.customPaneSettings.options:void 0;if(S!==void 0){var B=this.s.dt.rows(),L=this.s.dt.rows({search:"applied"}),R=B.data().toArray(),q=L.data().toArray(),z=[];this.s.dtPane.clear(),this.s.indexes=[];for(var G=0,nt=S;G<nt.length;G++){var tt=nt[G],et=tt.label!==""?tt.label:this.emptyMessage(),wt={className:tt.className,display:et,filter:typeof tt.value=="function"?tt.value:[],shown:0,sort:et,total:0,type:et};if(typeof tt.value=="function"){for(var St=0;St<R.length;St++)tt.value.call(this.s.dt,R[St],B[0][St])&&wt.total++;for(var Tt=0;Tt<q.length;Tt++)tt.value.call(this.s.dt,q[Tt],L[0][Tt])&&wt.shown++;typeof wt.filter!="function"&&wt.filter.push(tt.filter)}z.push(this.addRow(wt.display,wt.filter,wt.sort,wt.type,wt.className,wt.total,wt.shown))}return z}},k.prototype._getMessage=function(S){return this.s.dt.i18n("searchPanes.count",this.c.i18n.count).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k.prototype._getShown=function(S){return this.s.rowData.binsShown&&this.s.rowData.binsShown[S]?this.s.rowData.binsShown[S]:0},k.prototype._shouldAddRow=function(S){return S.shown>0},k}(i),T=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),P;function c(w){P=w}var l=function(w){T(k,w);function k(S,B,L,R,q){var z=this,G={i18n:{count:"{total}",countFiltered:"{shown} ({total})"}};return z=w.call(this,S,P.extend(G,B),L,R,q)||this,z}return k.prototype._activePopulatePane=function(){this.s.rowData.arrayFilter=[],this.s.rowData.binsShown={};var S=this.s.dt.settings()[0];if(!this.s.dt.page.info().serverSide)for(var B=0,L=this.s.dt.rows({search:"applied"}).indexes().toArray();B<L.length;B++){var R=L[B];this._populatePaneArray(R,this.s.rowData.arrayFilter,S,this.s.rowData.binsShown)}},k.prototype._getMessage=function(S){var B=this.s.dt.i18n("searchPanes.count",this.c.i18n.count),L=this.s.dt.i18n("searchPanes.countFiltered",this.c.i18n.countFiltered);return(this.s.filteringActive?L:B).replace(/{total}/g,S.total).replace(/{shown}/g,S.shown)},k}(y),h,_;function F(w){h=w,_=w.fn.dataTable}var O=function(){function w(k,S,B,L){var R=this;if(B===void 0&&(B=!1),L===void 0&&(L=r),!_||!_.versionCheck||!_.versionCheck("1.10.0"))throw new Error("SearchPane requires DataTables 1.10 or newer");if(!_.select)throw new Error("SearchPane requires Select");var q=new _.Api(k);if(this.classes=h.extend(!0,{},w.classes),this.c=h.extend(!0,{},w.defaults,S),this.dom={clearAll:h('<button type="button"/>').addClass(this.classes.clearAll).html(q.i18n("searchPanes.clearMessage",this.c.i18n.clearMessage)),collapseAll:h('<button type="button"/>').addClass(this.classes.collapseAll).html(q.i18n("searchPanes.collapseMessage",this.c.i18n.collapseMessage)),container:h("<div/>").addClass(this.classes.panes).html(q.i18n("searchPanes.loadMessage",this.c.i18n.loadMessage)),emptyMessage:h("<div/>").addClass(this.classes.emptyMessage),panes:h("<div/>").addClass(this.classes.container),showAll:h('<button type="button"/>').addClass(this.classes.showAll).addClass(this.classes.disabledButton).attr("disabled","true").html(q.i18n("searchPanes.showMessage",this.c.i18n.showMessage)),title:h("<div/>").addClass(this.classes.title),titleRow:h("<div/>").addClass(this.classes.titleRow)},this.s={colOpts:[],dt:q,filterCount:0,minPaneWidth:260,page:0,paging:!1,pagingST:!1,paneClass:L,panes:[],selectionList:[],serverData:{},stateRead:!1,updating:!1},!q.settings()[0]._searchPanes){if(h(document).on("draw.dt",function(G){R.dom.container.find(G.target).length&&R._updateFilterCount()}),this._getState(),this.s.dt.page.info().serverSide){var z=this.s.dt.settings()[0];this.s.dt.on("preXhr.dtsps",function(G,nt,tt){if(z===nt){tt.searchPanes===void 0&&(tt.searchPanes={}),tt.searchPanes_null===void 0&&(tt.searchPanes_null={});for(var et,wt=0,St=R.s.selectionList;wt<St.length;wt++){var Tt=St[wt];et=R.s.dt.column(Tt.column).dataSrc(),tt.searchPanes[et]===void 0&&(tt.searchPanes[et]={}),tt.searchPanes_null[et]===void 0&&(tt.searchPanes_null[et]={});for(var kt=0;kt<Tt.rows.length;kt++)tt.searchPanes[et][kt]=Tt.rows[kt],tt.searchPanes[et][kt]===null?tt.searchPanes_null[et][kt]=!0:tt.searchPanes_null[et][kt]=!1}R.s.selectionList.length>0&&(tt.searchPanesLast=et),tt.searchPanes_options={cascade:R.c.cascadePanes,viewCount:R.c.viewCount,viewTotal:R.c.viewTotal}}})}return this._setXHR(),q.settings()[0]._searchPanes=this,this.s.dt.settings()[0]._bInitComplete||B?this._paneDeclare(q,k,S):q.one("preInit.dtsps",function(){R._paneDeclare(q,k,S)}),this}}return w.prototype.clearSelections=function(){for(var k,S=0,B=this.s.panes;S<B.length;S++)k=B[S],k.s.dtPane&&(k.s.scrollTop=k.s.dtPane.table().node().parentNode.scrollTop);var L=this.dom.container.find("."+this.classes.search.replace(/\s+/g,"."));L.each(function(){h(this).val("").trigger("input")}),this.s.selectionList=[];for(var R=[],q=0,z=this.s.panes;q<z.length;q++)k=z[q],k.s.dtPane&&R.push(k.clearPane());return R},w.prototype.getNode=function(){return this.dom.container},w.prototype.rebuild=function(k,S){k===void 0&&(k=!1),S===void 0&&(S=!1),this.dom.emptyMessage.detach(),k===!1&&this.dom.panes.empty();for(var B=[],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];(k===!1||q.s.index===k)&&(q.clearData(),q.rebuildPane(this.s.dt.page.info().serverSide?this.s.serverData:void 0,S),this.dom.panes.append(q.dom.container),B.push(q))}return this._updateSelection(),this._updateFilterCount(),this._attachPaneContainer(),this._initSelectionListeners(!1),this.s.dt.draw(!S),this.resizePanes(),B.length===1?B[0]:B},w.prototype.resizePanes=function(){var k;if(this.c.layout==="auto"){for(var S=h(this.s.dt.searchPanes.container()).width(),B=Math.floor(S/this.s.minPaneWidth),L=1,R=0,q=[],z=0,G=this.s.panes;z<G.length;z++)k=G[z],k.s.displayed&&q.push(k.s.index);var nt=q.length;if(B===nt)L=B;else for(var tt=B;tt>1;tt--){var et=nt%tt;if(et===0){L=tt,R=0;break}else et>R&&(L=tt,R=et)}var wt=R!==0?q.slice(q.length-R,q.length):[];this.s.panes.forEach(function(kt){kt.s.displayed&&kt.resize("columns-"+(wt.includes(kt.s.index)?R:L))})}else for(var St=0,Tt=this.s.panes;St<Tt.length;St++)k=Tt[St],k.adjustTopRow();return this},w.prototype._initSelectionListeners=function(k){},w.prototype._serverTotals=function(){},w.prototype._setXHR=function(){var k=this,S=this.s.dt.settings()[0],B=function(L){L&&L.searchPanes&&L.searchPanes.options&&(k.s.serverData=L,k.s.serverData.tableLength=L.recordsTotal,k._serverTotals())};this.s.dt.on("xhr.dtsps",function(L,R,q){S===R&&B(q)}),B(this.s.dt.ajax.json())},w.prototype._stateLoadListener=function(){var k=this,S=this.s.dt.settings()[0];this.s.dt.on("stateLoadParams.dtsps",function(B,L,R){if(!(R.searchPanes===void 0||L!==S)){if(k.clearSelections(),k.s.selectionList=R.searchPanes.selectionList?R.searchPanes.selectionList:[],R.searchPanes.panes)for(var q=0,z=R.searchPanes.panes;q<z.length;q++)for(var G=z[q],nt=0,tt=k.s.panes;nt<tt.length;nt++){var et=tt[nt];G.id===et.s.index&&et.s.dtPane&&(et.dom.searchBox.val(G.searchTerm),et.s.dtPane.order(G.order))}k._makeSelections(k.s.selectionList)}})},w.prototype._updateSelection=function(){this.s.selectionList=[];for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.dtPane){var L=B.s.dtPane.rows({selected:!0}).data().toArray().map(function(R){return R.filter});L.length&&this.s.selectionList.push({column:B.s.index,rows:L})}}},w.prototype._attach=function(){var k=this;this.dom.titleRow.removeClass(this.classes.hide).detach().append(this.dom.title),this.c.clear&&this.dom.clearAll.appendTo(this.dom.titleRow).off("click.dtsps").on("click.dtsps",function(){return k.clearSelections()}),this.c.collapse&&(this.dom.showAll.appendTo(this.dom.titleRow),this.dom.collapseAll.appendTo(this.dom.titleRow),this._setCollapseListener());for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];this.dom.panes.append(L.dom.container)}this.dom.container.text("").removeClass(this.classes.hide).append(this.dom.titleRow).append(this.dom.panes),this.s.panes.forEach(function(R){return R.setListeners()}),h("div."+this.classes.container).length===0&&this.dom.container.prependTo(this.s.dt)},w.prototype._attachMessage=function(){var k;try{k=this.s.dt.i18n("searchPanes.emptyPanes",this.c.i18n.emptyPanes)}catch{k=null}if(k===null){this.dom.container.addClass(this.classes.hide),this.dom.titleRow.removeClass(this.classes.hide);return}this.dom.container.removeClass(this.classes.hide),this.dom.titleRow.addClass(this.classes.hide),this.dom.emptyMessage.html(k).appendTo(this.dom.container)},w.prototype._attachPaneContainer=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this._attach();return}}this._attachMessage()},w.prototype._checkCollapse=function(){for(var k=!0,S=!0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.displayed&&(R.dom.collapseButton.hasClass(R.classes.rotated)?(this.dom.showAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),S=!1):(this.dom.collapseAll.removeClass(this.classes.disabledButton).removeAttr("disabled"),k=!1))}k&&this.dom.collapseAll.addClass(this.classes.disabledButton).attr("disabled","true"),S&&this.dom.showAll.addClass(this.classes.disabledButton).attr("disabled","true")},w.prototype._checkMessage=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];if(B.s.displayed===!0){this.dom.emptyMessage.detach(),this.dom.titleRow.removeClass(this.classes.hide);return}}this._attachMessage()},w.prototype._collapseAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.collapse()}},w.prototype._findPane=function(k){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(k===L.s.name)return L}},w.prototype._getState=function(){var k=this.s.dt.state.loaded();k&&k.searchPanes&&k.searchPanes.selectionList&&(this.s.selectionList=k.searchPanes.selectionList)},w.prototype._makeSelections=function(k){for(var S=0,B=k;S<B.length;S++){for(var L=B[S],R=void 0,q=0,z=this.s.panes;q<z.length;q++){var G=z[q];if(G.s.index===L.column){R=G;break}}if(R&&R.s.dtPane){for(var nt=0;nt<R.s.dtPane.rows().data().toArray().length;nt++)L.rows.includes(typeof R.s.dtPane.row(nt).data().filter=="function"?R.s.dtPane.cell(nt,0).data():R.s.dtPane.row(nt).data().filter)&&R.s.dtPane.row(nt).select();R.updateTable()}}},w.prototype._paneDeclare=function(k,S,B){var L=this;k.columns(this.c.columns.length>0?this.c.columns:void 0).eq(0).each(function(G){L.s.panes.push(new L.s.paneClass(S,B,G,L.dom.panes))});for(var R=k.columns().eq(0).toArray().length,q=0;q<this.c.panes.length;q++){var z=R+q;this.s.panes.push(new this.s.paneClass(S,B,z,this.dom.panes,this.c.panes[q]))}this.c.order.length>0&&(this.s.panes=this.c.order.map(function(G){return L._findPane(G)})),this.s.dt.settings()[0]._bInitComplete?this._startup(k):_.versionCheck("2")?this.s.dt.settings()[0].aoInitComplete.push(function(){return L._startup(k)}):this.s.dt.settings()[0].aoInitComplete.push({fn:function(){return L._startup(k)}})},w.prototype._setCollapseListener=function(){var k=this;this.dom.collapseAll.off("click.dtsps").on("click.dtsps",function(){k._collapseAll(),k.dom.collapseAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.showAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()}),this.dom.showAll.off("click.dtsps").on("click.dtsps",function(){k._showAll(),k.dom.showAll.addClass(k.classes.disabledButton).attr("disabled","true"),k.dom.collapseAll.removeClass(k.classes.disabledButton).removeAttr("disabled"),k.s.dt.state.save()});for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];L.dom.topRow.off("collapse.dtsps").on("collapse.dtsps",function(){return k._checkCollapse()})}this._checkCollapse()},w.prototype._showAll=function(){for(var k=0,S=this.s.panes;k<S.length;k++){var B=S[k];B.show()}},w.prototype._startup=function(k){var S=this;this._attach(),this.dom.panes.empty();for(var B=this.s.dt.settings()[0],L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.rebuildPane(Object.keys(this.s.serverData).length>0?this.s.serverData:void 0),this.dom.panes.append(q.dom.container)}this.c.layout==="auto"&&this.resizePanes();var z=this.s.dt.state.loaded();!this.s.stateRead&&z&&this.s.dt.page(z.start/this.s.dt.page.len()).draw("page"),this.s.stateRead=!0,this._checkMessage(),k.on("preDraw.dtsps",function(){!S.s.updating&&!S.s.paging&&(S._updateFilterCount(),S._updateSelection()),S.s.paging=!1}),h(window).on("resize.dtsps",_.util.throttle(function(){return S.resizePanes()})),this.s.dt.on("stateSaveParams.dtsps",function(nt,tt,et){tt===B&&(et.searchPanes===void 0&&(et.searchPanes={}),et.searchPanes.selectionList=S.s.selectionList)}),this._stateLoadListener(),k.off("page.dtsps page-nc.dtsps").on("page.dtsps page-nc.dtsps",function(nt,tt){S.s.paging=!0,S.s.pagingST=!0,S.s.page=S.s.dt.page()}),this.s.dt.page.info().serverSide?k.off("preXhr.dtsps").on("preXhr.dtsps",function(nt,tt,et){if(tt===B){et.searchPanes||(et.searchPanes={}),et.searchPanes_null||(et.searchPanes_null={});for(var wt=0,St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St],Lt=S.s.dt.column(kt.s.index).dataSrc();if(et.searchPanes[Lt]||(et.searchPanes[Lt]={}),et.searchPanes_null[Lt]||(et.searchPanes_null[Lt]={}),kt.s.dtPane)for(var Bt=kt.s.dtPane.rows({selected:!0}).data().toArray(),$t=0;$t<Bt.length;$t++)et.searchPanes[Lt][$t]=Bt[$t].filter,et.searchPanes[Lt][$t]?et.searchPanes_null[Lt][$t]=!1:et.searchPanes_null[Lt][$t]=!0,wt++}wt>0&&(wt!==S.s.filterCount?(et.start=0,S.s.page=0):et.start=S.s.page*S.s.dt.page.len(),S.s.dt.page(S.s.page),S.s.filterCount=wt),S.s.selectionList.length>0&&(et.searchPanesLast=S.s.dt.column(S.s.selectionList[S.s.selectionList.length-1].column).dataSrc()),et.searchPanes_options={cascade:S.c.cascadePanes,viewCount:S.c.viewCount,viewTotal:S.c.viewTotal}}}):k.on("preXhr.dtsps",function(){return S.s.panes.forEach(function(nt){return nt.clearData()})}),this.s.dt.on("xhr.dtsps",function(nt,tt){if(tt.nTable===S.s.dt.table().node()&&!S.s.dt.page.info().serverSide){var et=!1;S.s.dt.one("preDraw.dtsps",function(){if(!et){var wt=S.s.dt.page();et=!0,S.s.updating=!0,S.dom.panes.empty();for(var St=0,Tt=S.s.panes;St<Tt.length;St++){var kt=Tt[St];kt.clearData(),kt.rebuildPane(void 0,!0),S.dom.panes.append(kt.dom.container)}S.s.dt.page.info().serverSide||S.s.dt.draw(),S.s.updating=!1,S._updateSelection(),S._checkMessage(),S.s.dt.one("draw.dtsps",function(){S.s.updating=!0,S.s.dt.page(wt).draw(!1),S.s.updating=!1})}})}});var G=this.c.preSelect;z&&z.searchPanes&&z.searchPanes.selectionList&&(G=z.searchPanes.selectionList),this._makeSelections(G),this._updateFilterCount(),k.on("destroy.dtsps",function(nt,tt){if(tt===B){for(var et=0,wt=S.s.panes;et<wt.length;et++){var St=wt[et];St.destroy()}k.off(".dtsps"),S.dom.showAll.off(".dtsps"),S.dom.clearAll.off(".dtsps"),S.dom.collapseAll.off(".dtsps"),h(k.table().node()).off(".dtsps"),S.dom.container.detach(),S.clearSelections()}}),this.c.collapse&&this._setCollapseListener(),this.c.clear&&this.dom.clearAll.off("click.dtsps").on("click.dtsps",function(){return S.clearSelections()}),B._searchPanes=this,this.s.dt.state.save()},w.prototype._updateFilterCount=function(){for(var k=0,S=0,B=0,L=this.s.panes;B<L.length;B++){var R=L[B];R.s.dtPane&&(k+=R.getPaneCount(),R.s.dtPane.search()&&S++)}this.dom.title.html(this.s.dt.i18n("searchPanes.title",this.c.i18n.title,k)),this.c.filterChanged&&typeof this.c.filterChanged=="function"&&this.c.filterChanged.call(this.s.dt,k),k===0&&S===0?this.dom.clearAll.addClass(this.classes.disabledButton).attr("disabled","true"):this.dom.clearAll.removeClass(this.classes.disabledButton).removeAttr("disabled")},w.version="2.3.2",w.classes={clear:"dtsp-clear",clearAll:"dtsp-clearAll",collapseAll:"dtsp-collapseAll",container:"dtsp-searchPanes",disabledButton:"dtsp-disabledButton",emptyMessage:"dtsp-emptyMessage",hide:"dtsp-hidden",panes:"dtsp-panesContainer",search:"dtsp-search",showAll:"dtsp-showAll",title:"dtsp-title",titleRow:"dtsp-titleRow"},w.defaults={cascadePanes:!1,clear:!0,collapse:!0,columns:[],container:function(k){return k.table().container()},filterChanged:void 0,i18n:{clearMessage:"Clear All",clearPane:"&times;",collapse:{0:"SearchPanes",_:"SearchPanes (%d)"},collapseMessage:"Collapse All",count:"{total}",emptyMessage:"<em>No data</em>",emptyPanes:"No SearchPanes",loadMessage:"Loading Search Panes...",showMessage:"Show All",title:"Filters Active - %d"},layout:"auto",order:[],panes:[],preSelect:[],viewCount:!0,viewTotal:!1},w}(),f=window&&window.__extends||function(){var w=function(k,S){return w=Object.setPrototypeOf||{__proto__:[]}instanceof Array&&function(B,L){B.__proto__=L}||function(B,L){for(var R in L)L.hasOwnProperty(R)&&(B[R]=L[R])},w(k,S)};return function(k,S){w(k,S);function B(){this.constructor=k}k.prototype=S===null?Object.create(S):(B.prototype=S.prototype,new B)}}(),U=function(w){f(k,w);function k(S,B,L){L===void 0&&(L=!1);var R=this,q;B.cascadePanes&&B.viewTotal?q=l:B.cascadePanes?q=y:B.viewTotal&&(q=b),R=w.call(this,S,B,L,q)||this;var z=R.s.dt,G=z.state.loaded(),nt=function(){return R._initSelectionListeners(!0,G&&G.searchPanes&&G.searchPanes.selectionList?G.searchPanes.selectionList:R.c.preSelect)};return z.settings()[0]._bInitComplete?nt():z.off("init.dtsps").on("init.dtsps",nt),R}return k.prototype._initSelectionListeners=function(S,B){S===void 0&&(S=!0),B===void 0&&(B=[]),S&&(this.s.selectionList=B);for(var L=0,R=this.s.panes;L<R.length;L++){var q=R[L];q.s.displayed&&q.s.dtPane.off("select.dtsp").on("select.dtsp",this._update(q)).off("deselect.dtsp").on("deselect.dtsp",this._updateTimeout(q))}this.s.dt.off("draw.dtsps").on("draw.dtsps",this._update()),this._updateSelectionList()},k.prototype._serverTotals=function(){for(var S=0,B=this.s.panes;S<B.length;S++){var L=B[S];if(L.s.colOpts.show){var R=this.s.dt.column(L.s.index).dataSrc(),q=!0;if(this.s.serverData.searchPanes.options[R])for(var z=0,G=this.s.serverData.searchPanes.options[R];z<G.length;z++){var nt=G[z];if(nt.total!==nt.count){q=!1;break}}L.s.filteringActive=!q,L._serverPopulate(this.s.serverData)}}},k.prototype._stateLoadListener=function(){var S=this,B=function(L,R,q){if(q.searchPanes!==void 0){if(S.s.selectionList=q.searchPanes.selectionList?q.searchPanes.selectionList:[],q.searchPanes.panes)for(var z=0,G=q.searchPanes.panes;z<G.length;z++)for(var nt=G[z],tt=0,et=S.s.panes;tt<et.length;tt++){var wt=et[tt];nt.id===wt.s.index&&wt.s.dtPane&&(wt.dom.searchBox.val(nt.searchTerm),wt.s.dtPane.order(nt.order))}S._updateSelectionList()}};this.s.dt.off("stateLoadParams.dtsps",B).on("stateLoadParams.dtsps",B)},k.prototype._updateSelection=function(){},k.prototype._update=function(S){var B=this;return S===void 0&&(S=void 0),function(){S&&clearTimeout(S.s.deselectTimeout),B._updateSelectionList(S)}},k.prototype._updateTimeout=function(S){var B=this;return S===void 0&&(S=void 0),function(){return S?S.s.deselectTimeout=setTimeout(function(){return B._updateSelectionList(S)},50):B._updateSelectionList()}},k.prototype._updateSelectionList=function(S){if(S===void 0&&(S=void 0),this.s.pagingST){this.s.pagingST=!1;return}else if(this.s.updating||S&&S.s.serverSelecting)return;if(S!==void 0){this.s.dt.page.info().serverSide&&S._updateSelection();var B=S.s.dtPane.rows({selected:!0}).data().toArray().map(function(L){return L.filter});this.s.selectionList=this.s.selectionList.filter(function(L){return L.column!==S.s.index}),B.length>0?(this.s.selectionList.push({column:S.s.index,rows:B}),S.dom.clear.removeClass(this.classes.disabledButton).removeAttr("disabled")):S.dom.clear.addClass(this.classes.disabledButton).attr("disabled","true"),this.s.dt.page.info().serverSide&&this.s.dt.draw(!1)}this._remakeSelections(),this._updateFilterCount()},k.prototype._remakeSelections=function(){var S,B;if(this.s.updating=!0,this.s.dt.page.info().serverSide){this.s.selectionList.length>0&&(B=this.s.panes[this.s.selectionList[this.s.selectionList.length-1].column]);for(var Ct=0,xt=this.s.panes;Ct<xt.length;Ct++)S=xt[Ct],S.s.displayed&&(!B||S.s.index!==B.s.index)&&S.updateRows()}else{var L=this.s.selectionList,R=!1;this.clearSelections(),this.s.dt.draw(!1),this.s.dt.rows().toArray()[0].length>this.s.dt.rows({search:"applied"}).toArray()[0].length&&(R=!0),this.s.selectionList=L;for(var q=0,z=this.s.panes;q<z.length;q++)B=z[q],B.s.displayed&&(B.s.filteringActive=R,B.updateRows());for(var G=0,nt=this.s.selectionList;G<nt.length;G++){var tt=nt[G];B=null;for(var et=0,wt=this.s.panes;et<wt.length;et++){var St=wt[et];if(St.s.index===tt.column){B=St;break}}if(B.s.dtPane){for(var Tt=B.s.dtPane.rows().indexes().toArray(),kt=0;kt<tt.rows.length;kt++){for(var Lt=!1,Bt=0,$t=Tt;Bt<$t.length;Bt++){var Kt=$t[Bt],D=B.s.dtPane.row(Kt),ut=D.data();tt.rows[kt]===ut.filter&&(D.select(),Lt=!0)}Lt||(tt.rows.splice(kt,1),kt--)}if(B.s.selections=tt.rows,tt.rows.length!==0){this.s.dt.draw();for(var ot=!1,V=0,j=0,K=0,pt=0,vt=this.s.panes;pt<vt.length;pt++)S=vt[pt],S.s.dtPane&&(V+=S.getPaneCount(),V>j&&(K++,j=V));ot=V>0;for(var rt=0,gt=this.s.panes;rt<gt.length;rt++)S=gt[rt],S.s.displayed&&(R||B.s.index!==S.s.index||!ot?S.s.filteringActive=ot||R:K===1&&(S.s.filteringActive=!1),S.s.index!==B.s.index&&S.updateRows())}}}this.s.dt.draw(!1)}this.s.updating=!1},k}(O);n(Ze),F(Ze),p(Ze),C(Ze),c(Ze);var X=Ze.fn.dataTable;X.SearchPanes=O,at.SearchPanes=O,X.SearchPanesST=U,at.SearchPanesST=U,X.SearchPane=r,at.SearchPane=r,X.SearchPaneViewTotal=b,at.SearchPaneViewTotal=b,X.SearchPaneCascade=y,at.SearchPaneCascade=y,X.SearchPaneCascadeViewTotal=l,at.SearchPaneCascadeViewTotal=l;var Q=Ze.fn.dataTable.Api.register;Q("searchPanes()",function(){return this}),Q("searchPanes.clearSelections()",function(){return this.iterator("table",function(w){w._searchPanes&&w._searchPanes.clearSelections()})}),Q("searchPanes.rebuildPane()",function(w,k){return this.iterator("table",function(S){S._searchPanes&&S._searchPanes.rebuild(w,k)})}),Q("searchPanes.resizePanes()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.resizePanes():null}),Q("searchPanes.container()",function(){var w=this.context[0];return w._searchPanes?w._searchPanes.getNode():null}),at.ext.buttons.searchPanesClear={action:function(w,k){k.searchPanes.clearSelections()},text:"Clear Panes"},at.ext.buttons.searchPanes={action:function(w,k,S,B){var L=this,R=this;B._panes?(this.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0)):(this.processing(!0),setTimeout(function(){E(k,S,B),L.popover(B._panes.getNode(),{align:"container",span:"container"}),B._panes.rebuild(void 0,!0),Ze("table.dataTable",B._panes.getNode()).DataTable().columns.adjust(),R.processing(!1)},10))},init:function(w,k,S){w.button(k).text(S.text||w.i18n("searchPanes.collapse","SearchPanes",0)),(w.init().stateSave||S.delayInit===!1)&&E(w,k,S)},config:{},text:"",delayInit:!0};function E(w,k,S){var B=Ze.extend({filterChanged:function(R){w.button(k).text(w.i18n("searchPanes.collapse",w.context[0].oLanguage.searchPanes!==void 0?w.context[0].oLanguage.searchPanes.collapse:w.context[0]._searchPanes.c.i18n.collapse,R))}},S.config),L=B&&(B.cascadePanes||B.viewTotal)?new at.SearchPanesST(w,B):new at.SearchPanes(w,B);w.button(k).text(S.text||w.i18n("searchPanes.collapse",L.c.i18n.collapse,0)),S._panes=L}function $(w,k,S){k===void 0&&(k=null),S===void 0&&(S=!1);var B=new X.Api(w),L=k||B.init().searchPanes||X.defaults.searchPanes,R=L&&(L.cascadePanes||L.viewTotal)?new U(B,L,S):new O(B,L,S),q=R.getNode();return q}Ze(document).on("preInit.dt.dtsp",function(w,k){w.namespace==="dt"&&(k.oInit.searchPanes||at.defaults.searchPanes)&&(k._searchPanes||$(k,null,!0))}),at.ext.feature.push({cFeature:"P",fnInit:$}),at.feature&&at.feature.register("searchPanes",$)})();var dd=ie(ae(),1);var eo=ie(ae(),1);var Et=eo.default;at.select={};at.select.classes={checkbox:"dt-select-checkbox"};at.select.version="2.0.5";at.select.init=function(t){var e=t.settings()[0];if(!at.versionCheck("2"))throw"Warning: Select requires DataTables 2 or newer";if(!e._select){var n=t.state.loaded(),r=function(c,l,h){if(!(h===null||h.select===void 0)){if(t.rows({selected:!0}).any()&&t.rows().deselect(),h.select.rows!==void 0&&t.rows(h.select.rows).select(),t.columns({selected:!0}).any()&&t.columns().deselect(),h.select.columns!==void 0&&t.columns(h.select.columns).select(),t.cells({selected:!0}).any()&&t.cells().deselect(),h.select.cells!==void 0)for(var _=0;_<h.select.cells.length;_++)t.cell(h.select.cells[_].row,h.select.cells[_].column).select();t.state.save()}};t.on("stateSaveParams",function(c,l,h){h.select={},h.select.rows=t.rows({selected:!0}).ids(!0).toArray(),h.select.columns=t.columns({selected:!0})[0],h.select.cells=t.cells({selected:!0})[0].map(function(_){return{row:t.row(_.row).id(!0),column:_.column}})}).on("stateLoadParams",r).one("init",function(){r(void 0,void 0,n)});var s=e.oInit.select,i=at.defaults.select,o=s===void 0?i:s,u="row",p="api",b=!1,g=!0,m=!0,C="td, th",y="selected",T=!0,P=!1;e._select={infoEls:[]},o===!0?(p="os",P=!0):typeof o=="string"?(p=o,P=!0):Et.isPlainObject(o)&&(o.blurable!==void 0&&(b=o.blurable),o.toggleable!==void 0&&(g=o.toggleable),o.info!==void 0&&(m=o.info),o.items!==void 0&&(u=o.items),o.style!==void 0?(p=o.style,P=!0):(p="os",P=!0),o.selector!==void 0&&(C=o.selector),o.className!==void 0&&(y=o.className),o.headerCheckbox!==void 0&&(T=o.headerCheckbox)),t.select.selector(C),t.select.items(u),t.select.style(p),t.select.blurable(b),t.select.toggleable(g),t.select.info(m),e._select.className=y,!P&&Et(t.table().node()).hasClass("selectable")&&t.select.style("os"),(T||T==="select-page"||T==="select-all")&&(Qs(t,T),t.on("init",function(){Qs(t,T)}))}};function Ks(t,e,n){var r,s,i,o=function(p,b){if(p>b){var g=b;b=p,p=g}var m=!1;return t.columns(":visible").indexes().filter(function(C){return C===p&&(m=!0),C===b?(m=!1,!0):m})},u=function(p,b){var g=t.rows({search:"applied"}).indexes();if(g.indexOf(p)>g.indexOf(b)){var m=b;b=p,p=m}var C=!1;return g.filter(function(y){return y===p&&(C=!0),y===b?(C=!1,!0):C})};!t.cells({selected:!0}).any()&&!n?(s=o(0,e.column),i=u(0,e.row)):(s=o(n.column,e.column),i=u(n.row,e.row)),r=t.cells(i,s).flatten(),t.cells(e,{selected:!0}).any()?t.cells(r).deselect():t.cells(r).select()}function Vn(t){var e=at.select.classes.checkbox;return t?e.replace(/ /g,"."):e}function ea(t){var e=t.settings()[0],n=e._select.selector;Et(t.table().container()).off("mousedown.dtSelect",n).off("mouseup.dtSelect",n).off("click.dtSelect",n),Et("body").off("click.dtSelect"+na(t.table().node()))}function no(t){var e=Et(t.table().container()),n=t.settings()[0],r=n._select.selector,s;e.on("mousedown.dtSelect",r,function(i){(i.shiftKey||i.metaKey||i.ctrlKey)&&e.css("-moz-user-select","none").one("selectstart.dtSelect",r,function(){return!1}),window.getSelection&&(s=window.getSelection())}).on("mouseup.dtSelect",r,function(){e.css("-moz-user-select","")}).on("click.dtSelect",r,function(i){var o=t.select.items(),u;if(s){var p=window.getSelection();if((!p.anchorNode||Et(p.anchorNode).closest("table")[0]===t.table().node())&&p!==s)return}var b=t.settings()[0],g=t.table().container();if(Et(i.target).closest("div.dt-container")[0]==g){var m=t.cell(Et(i.target).closest("td, th"));if(m.any()){var C=Et.Event("user-select.dt");if(Ke(t,C,[o,m,i]),!C.isDefaultPrevented()){var 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o!==void 0});e.one("draw.dt.dtSelect",function(){e.rows(s).select(),i.any()&&i.each(function(o){e.cells(o.row,o.column).select()})})}}),e.on("info.dt",function(n,r,s){r._select.infoEls.includes(s)||r._select.infoEls.push(s),Js(e,s)}),e.on("select.dtSelect.dt deselect.dtSelect.dt",function(){t._select.infoEls.forEach(function(n){Js(e,n)}),e.state.save()}),e.on("destroy.dtSelect",function(){Et(e.rows({selected:!0}).nodes()).removeClass(e.settings()[0]._select.className),Et("input."+Vn(!0),e.table().header()).remove(),ea(e),e.off(".dtSelect"),Et("body").off(".dtSelect"+na(e.table().node()))})}function to(t,e,n,r){var s=t[e+"s"]({search:"applied"}).indexes(),i=s.indexOf(r),o=s.indexOf(n);if(!t[e+"s"]({selected:!0}).any()&&i===-1)s.splice(s.indexOf(n)+1,s.length);else{if(i>o){var u=o;o=i,i=u}s.splice(o+1,s.length),s.splice(0,i)}t[e](n,{selected:!0}).any()?(s.splice(s.indexOf(n),1),t[e+"s"](s).deselect()):t[e+"s"](s).select()}function lr(t,e){if(e||t._select.style==="single"){var n=new at.Api(t);n.rows({selected:!0}).deselect(),n.columns({selected:!0}).deselect(),n.cells({selected:!0}).deselect()}}function Ji(t,e,n,r,s){var i=e.select.style(),o=e.select.toggleable(),u=e[r](s,{selected:!0}).any();if(!(u&&!o))if(i==="os")if(t.ctrlKey||t.metaKey)e[r](s).select(!u);else if(t.shiftKey)r==="cell"?Ks(e,s,n._select_lastCell||null):to(e,r,s,n._select_lastCell?n._select_lastCell[r]:null);else{var p=e[r+"s"]({selected:!0});u&&p.flatten().length===1?e[r](s).deselect():(p.deselect(),e[r](s).select())}else i=="multi+shift"&&t.shiftKey?r==="cell"?Ks(e,s,n._select_lastCell||null):to(e,r,s,n._select_lastCell?n._select_lastCell[r]:null):e[r](s).select(!u)}function na(t){return t.id.replace(/[^a-zA-Z0-9\-\_]/g,"-")}Et.each([{type:"row",prop:"aoData"},{type:"column",prop:"aoColumns"}],function(t,e){at.ext.selector[e.type].push(function(n,r,s){var i=r.selected,o,u=[];if(i!==!0&&i!==!1)return s;for(var p=0,b=s.length;p<b;p++)o=n[e.prop][s[p]],o&&(i===!0&&o._select_selected===!0||i===!1&&!o._select_selected)&&u.push(s[p]);return u})});at.ext.selector.cell.push(function(t,e,n){var r=e.selected,s,i=[];if(r===void 0)return n;for(var o=0,u=n.length;o<u;o++)s=t.aoData[n[o].row],s&&(r===!0&&s._selected_cells&&s._selected_cells[n[o].column]===!0||r===!1&&(!s._selected_cells||!s._selected_cells[n[o].column]))&&i.push(n[o]);return i});var Ue=at.Api.register,Hn=at.Api.registerPlural;Ue("select()",function(){return this.iterator("table",function(t){at.select.init(new at.Api(t))})});Ue("select.blurable()",function(t){return t===void 0?this.context[0]._select.blurable:this.iterator("table",function(e){e._select.blurable=t})});Ue("select.toggleable()",function(t){return t===void 0?this.context[0]._select.toggleable:this.iterator("table",function(e){e._select.toggleable=t})});Ue("select.info()",function(t){return t===void 0?this.context[0]._select.info:this.iterator("table",function(e){e._select.info=t})});Ue("select.items()",function(t){return t===void 0?this.context[0]._select.items:this.iterator("table",function(e){e._select.items=t,Ke(new at.Api(e),"selectItems",[t])})});Ue("select.style()",function(t){return t===void 0?this.context[0]._select.style:this.iterator("table",function(e){e._select||at.select.init(new at.Api(e)),e._select_init||od(e),e._select.style=t;var n=new at.Api(e);ea(n),t!=="api"&&no(n),Ke(new at.Api(e),"selectStyle",[t])})});Ue("select.selector()",function(t){return t===void 0?this.context[0]._select.selector:this.iterator("table",function(e){ea(new at.Api(e)),e._select.selector=t,e._select.style!=="api"&&no(new at.Api(e))})});Ue("select.last()",function(t){let e=this.context[0];return t?(e._select_lastCell=t,this):e._select_lastCell});Hn("rows().select()","row().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("row",function(n,r){lr(n);var s=n.aoData[r],i=n.aoColumns;Et(s.nTr).addClass(n._select.className),s._select_selected=!0;for(var o=0;o<i.length;o++){var u=i[o];if(u.sType===null&&e.columns().types(),qr(u)){var p=s.anCells;p&&p[o]&&Et("input."+Vn(!0),p[o]).prop("checked",!0),s._aSortData!==null&&(s._aSortData[o]=null)}}}),this.iterator("table",function(n,r){Ke(e,"select",["row",e[r]],!0)}),this)});Ue("row().selected()",function(){var t=this.context[0];return!!(t&&this.length&&t.aoData[this[0]]&&t.aoData[this[0]]._select_selected)});Hn("columns().select()","column().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("column",function(n,r){lr(n),n.aoColumns[r]._select_selected=!0;var s=new at.Api(n).column(r);Et(s.header()).addClass(n._select.className),Et(s.footer()).addClass(n._select.className),s.nodes().to$().addClass(n._select.className)}),this.iterator("table",function(n,r){Ke(e,"select",["column",e[r]],!0)}),this)});Ue("column().selected()",function(){var t=this.context[0];return!!(t&&this.length&&t.aoColumns[this[0]]&&t.aoColumns[this[0]]._select_selected)});Hn("cells().select()","cell().select()",function(t){var e=this;return t===!1?this.deselect():(this.iterator("cell",function(n,r,s){lr(n);var i=n.aoData[r];i._selected_cells===void 0&&(i._selected_cells=[]),i._selected_cells[s]=!0,i.anCells&&Et(i.anCells[s]).addClass(n._select.className)}),this.iterator("table",function(n,r){Ke(e,"select",["cell",e.cells(e[r]).indexes().toArray()],!0)}),this)});Ue("cell().selected()",function(){var t=this.context[0];if(t&&this.length){var e=t.aoData[this[0][0].row];if(e&&e._selected_cells&&e._selected_cells[this[0][0].column])return!0}return!1});Hn("rows().deselect()","row().deselect()",function(){var t=this;return this.iterator("row",function(e,n){var r=e.aoData[n],s=e.aoColumns;Et(r.nTr).removeClass(e._select.className),r._select_selected=!1,e._select_lastCell=null;for(var i=0;i<s.length;i++){var o=s[i];if(o.sType===null&&t.columns().types(),qr(o)){var u=r.anCells;u&&u[i]&&Et("input."+Vn(!0),r.anCells[i]).prop("checked",!1),r._aSortData!==null&&(r._aSortData[i]=null)}}}),this.iterator("table",function(e,n){Ke(t,"deselect",["row",t[n]],!0)}),this});Hn("columns().deselect()","column().deselect()",function(){var t=this;return this.iterator("column",function(e,n){e.aoColumns[n]._select_selected=!1;var r=new at.Api(e),s=r.column(n);Et(s.header()).removeClass(e._select.className),Et(s.footer()).removeClass(e._select.className),r.cells(null,n).indexes().each(function(i){var o=e.aoData[i.row],u=o._selected_cells;o.anCells&&(!u||!u[i.column])&&Et(o.anCells[i.column]).removeClass(e._select.className)})}),this.iterator("table",function(e,n){Ke(t,"deselect",["column",t[n]],!0)}),this});Hn("cells().deselect()","cell().deselect()",function(){var t=this;return this.iterator("cell",function(e,n,r){var s=e.aoData[n];s._selected_cells!==void 0&&(s._selected_cells[r]=!1),s.anCells&&!e.aoColumns[r]._select_selected&&Et(s.anCells[r]).removeClass(e._select.className)}),this.iterator("table",function(e,n){Ke(t,"deselect",["cell",t[n]],!0)}),this});function Mn(t,e){return function(n){return n.i18n("buttons."+t,e)}}function Qi(t){var e=t._eventNamespace;return"draw.dt.DT"+e+" select.dt.DT"+e+" deselect.dt.DT"+e}function ld(t,e){return!!(e.limitTo.indexOf("rows")!==-1&&t.rows({selected:!0}).any()||e.limitTo.indexOf("columns")!==-1&&t.columns({selected:!0}).any()||e.limitTo.indexOf("cells")!==-1&&t.cells({selected:!0}).any())}var ta=0;Et.extend(at.ext.buttons,{selected:{text:Mn("selected","Selected"),className:"buttons-selected",limitTo:["rows","columns","cells"],init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){r.enable(ld(t,n))}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},selectedSingle:{text:Mn("selectedSingle","Selected single"),className:"buttons-selected-single",init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){var s=t.rows({selected:!0}).flatten().length+t.columns({selected:!0}).flatten().length+t.cells({selected:!0}).flatten().length;r.enable(s===1)}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},selectAll:{text:Mn("selectAll","Select all"),className:"buttons-select-all",action:function(t,e,n,r){var s=this.select.items(),i=r.selectorModifier;i?(typeof i=="function"&&(i=i.call(e,t,e,n,r)),this[s+"s"](i).select()):this[s+"s"]().select()}},selectNone:{text:Mn("selectNone","Deselect all"),className:"buttons-select-none",action:function(){lr(this.settings()[0],!0)},init:function(t,e,n){var r=this;n._eventNamespace=".select"+ta++,t.on(Qi(n),function(){var s=t.rows({selected:!0}).flatten().length+t.columns({selected:!0}).flatten().length+t.cells({selected:!0}).flatten().length;r.enable(s>0)}),this.disable()},destroy:function(t,e,n){t.off(n._eventNamespace)}},showSelected:{text:Mn("showSelected","Show only selected"),className:"buttons-show-selected",action:function(t,e){if(e.search.fixed("dt-select"))e.search.fixed("dt-select",null),this.active(!1);else{var n=e.settings()[0].aoData;e.search.fixed("dt-select",function(r,s,i){return n[i]._select_selected}),this.active(!0)}e.draw()}}});Et.each(["Row","Column","Cell"],function(t,e){var n=e.toLowerCase();at.ext.buttons["select"+e+"s"]={text:Mn("select"+e+"s","Select "+n+"s"),className:"buttons-select-"+n+"s",action:function(){this.select.items(n)},init:function(r){var s=this;r.on("selectItems.dt.DT",function(i,o,u){s.active(u===n)})}}});at.type("select-checkbox",{className:"dt-select",detect:at.versionCheck("2.1")?{oneOf:function(){return!1},allOf:function(){return!1},init:function(t,e,n){return qr(e)}}:function(t){return t==="select-checkbox"?t:!1},order:{pre:function(t){return t==="X"?-1:0}}});Et.extend(!0,at.defaults.oLanguage,{select:{aria:{rowCheckbox:"Select row"}}});at.render.select=function(t,e){var n=t?at.util.get(t):null,r=e?at.util.get(e):null,s=function(i,o,u,p){var b=p.settings.aoData[p.row],g=b._select_selected,m=p.settings.oLanguage.select.aria.rowCheckbox;return o==="display"?Et("<input>").attr({"aria-label":m,class:Vn(),name:r?r(u):null,type:"checkbox",value:n?n(u):null,checked:g}).on("input",function(C){C.preventDefault(),this.checked=Et(this).closest("tr").hasClass("selected")})[0]:o==="type"?"select-checkbox":o==="filter"?"":g?"X":""};return s._name="selectCheckbox",s};at.ext.order["select-checkbox"]=function(t,e){return this.api().column(e,{order:"index"}).nodes().map(function(n){return t._select.items==="row"?Et(n).parent().hasClass(t._select.className).toString():t._select.items==="cell"?Et(n).hasClass(t._select.className).toString():!1})};Et.fn.DataTable.select=at.select;Et(document).on("preInit.dt.dtSelect",function(t,e){t.namespace==="dt"&&at.select.init(new at.Api(e))});Le.Buttons.jszip(ro.default);Le.get_selected_rows=function(t,e){let r=t.rows().count()/2;return Array.from(t.rows({selected:!0}).indexes().map(s=>s<r?s:s+e))};Le.set_selected_rows=function(t,e,n){let r=t.rows().count(),s=r/2,i=s+e,o=r+e;n=Array.from(n.filter(u=>u>=0&&u<o&&(u<s||u>=i)).map(u=>u<s?u:u-e)),t.rows().deselect(),t.rows(n).select()};var ac=Le;var export_jQuery=ud.default;export{Le as DataTable,id as DateTime,ac as default,export_jQuery as jQuery};
/*! Bundled license information:

jszip/dist/jszip.min.js:
  (*!
  
  JSZip v3.10.1 - A JavaScript class for generating and reading zip files
  <http://stuartk.com/jszip>
  
  (c) 2009-2016 Stuart Knightley <stuart [at] stuartk.com>
  Dual licenced under the MIT license or GPLv3. See https://raw.github.com/Stuk/jszip/main/LICENSE.markdown.
  
  JSZip uses the library pako released under the MIT license :
  https://github.com/nodeca/pako/blob/main/LICENSE
  *)

jquery/dist/jquery.js:
  (*!
   * jQuery JavaScript Library v3.7.1
   * https://jquery.com/
   *
   * Copyright OpenJS Foundation and other contributors
   * Released under the MIT license
   * https://jquery.org/license
   *
   * Date: 2023-08-28T13:37Z
   *)

datatables.net/js/dataTables.mjs:
  (*! DataTables 2.1.6
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-dt/js/dataTables.dataTables.mjs:
  (*! DataTables styling integration
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/dataTables.buttons.mjs:
  (*! Buttons for DataTables 3.1.2
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons-dt/js/buttons.dataTables.mjs:
  (*! DataTables styling wrapper for Buttons
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/buttons.html5.min.mjs:
  (*!
   * HTML5 export buttons for Buttons and DataTables.
   * © SpryMedia Ltd - datatables.net/license
   *
   * FileSaver.js (1.3.3) - MIT license
   * Copyright © 2016 Eli Grey - http://eligrey.com
   *)

datatables.net-buttons/js/buttons.print.min.mjs:
  (*!
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   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-buttons/js/buttons.colVis.min.mjs:
  (*!
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   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-fixedcolumns/js/dataTables.fixedColumns.mjs:
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   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-fixedcolumns-dt/js/fixedColumns.dataTables.mjs:
  (*! DataTables integration for DataTables' FixedColumns
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-keytable/js/dataTables.keyTable.mjs:
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   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-keytable-dt/js/keyTable.dataTables.mjs:
  (*! DataTables styling wrapper for KeyTable
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-rowgroup/js/dataTables.rowGroup.mjs:
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   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-rowgroup-dt/js/rowGroup.dataTables.mjs:
  (*! DataTables styling wrapper for RowGroup
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-datetime/dist/dataTables.dateTime.mjs:
  (*! DateTime picker for DataTables.net v1.5.3
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   * © SpryMedia Ltd, all rights reserved.
   * License: MIT datatables.net/license/mit
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datatables.net-searchbuilder/js/dataTables.searchBuilder.mjs:
  (*! SearchBuilder 1.8.0
   * ©SpryMedia Ltd - datatables.net/license/mit
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datatables.net-searchbuilder-dt/js/searchBuilder.dataTables.mjs:
  (*! DataTables integration for DataTables' SearchBuilder
   * © SpryMedia Ltd - datatables.net/license
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datatables.net-searchpanes/js/dataTables.searchPanes.mjs:
  (*! SearchPanes 2.3.2
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-searchpanes-dt/js/searchPanes.dataTables.mjs:
  (*! Bootstrap integration for DataTables' SearchPanes
   * © SpryMedia Ltd - datatables.net/license
   *)

datatables.net-select/js/dataTables.select.mjs:
  (*! Select for DataTables 2.0.5
   * © SpryMedia Ltd - datatables.net/license/mit
   *)

datatables.net-select-dt/js/select.dataTables.mjs:
  (*! DataTables styling wrapper for Select
   * © SpryMedia Ltd - datatables.net/license
   *)
*/
\";\n",
        "</script>\n",
        "<noscript>\n",
        "<div style=\"float:left; margin-right: 10px;\">\n",
@@ -168,7 +168,7 @@
        "</a>\n",
        "</div>\n",
        "\n",
-       "This is the <code>init_notebook_mode</code> cell from ITables v2.2.3<br>\n",
+       "This is the <code>init_notebook_mode</code> cell from ITables v2.2.2<br>\n",
        "(you should not see this message - is your notebook <it>trusted</it>?)\n",
        "</noscript>\n",
        "</div>\n"
@@ -183,7 +183,7 @@
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      "data": {
       "text/html": [
-       "<table id=\"itables_2788217f_b82c_440b_9dc1_a9638890ec8a\" class=\"display\" data-quarto-disable-processing=\"true\" style=\"table-layout:auto;width:auto;margin:0;caption-side:bottom\">\n",
+       "<table id=\"itables_41181737_4e96_480b_9cd3_adf2a4f4c16a\" class=\"display\" data-quarto-disable-processing=\"true\" style=\"table-layout:auto;width:auto;margin:0;caption-side:bottom\">\n",
        "<thead>\n",
        "    <tr style=\"text-align: right;\">\n",
        "      <th></th>\n",
@@ -303,20 +303,21 @@
        "</a>\n",
        "</div>\n",
        "<div>\n",
-       "Loading ITables v2.2.3 from the <code>init_notebook_mode</code> cell...\n",
+       "Loading ITables v2.2.2 from the <code>init_notebook_mode</code> cell...\n",
        "(need <a href=https://mwouts.github.io/itables/troubleshooting.html>help</a>?)</td>\n",
        "</div>\n",
        "</tr></tbody>\n",
+       "\n",
        "</table>\n",
        "<script type=\"module\">\n",
-       "    const { DataTable, jQuery: $ } = await import(window._datatables_src_for_itables_2_2_3);\n",
+       "    const { DataTable, jQuery: $ } = await import(window._datatables_src_for_itables_2_2_2);\n",
        "\n",
-       "    document.querySelectorAll(\"#itables_2788217f_b82c_440b_9dc1_a9638890ec8a:not(.dataTable)\").forEach(table => {\n",
+       "    document.querySelectorAll(\"#itables_41181737_4e96_480b_9cd3_adf2a4f4c16a:not(.dataTable)\").forEach(table => {\n",
        "        if (!(table instanceof HTMLTableElement))\n",
        "            return;\n",
        "\n",
        "        // Define the table data\n",
-       "        const data = [[0, \"Abashiri\", \"ABS\", \"\", \"Japan\", \"Asia\", 44.0178, 144.2797, \" 38.0\", \"2021-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1248.0, 642.0, 1117.0], [1, \"Alert\", \"ALE\", \"Lincoln Sea\", \"Canada\", \"North America\", 82.49, -62.42, \" 127.0\", \"2004-2014\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 891.0, 434.0, 1555.0], [2, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Alice Springs</a>\", \"ASP\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.7951, 133.889, \" 546.0\", \"1995-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2281.0, 496.0, 2865.0], [3, \"<a href=\\\"https://gml.noaa.gov/obop/brw/\\\">Barrow</a>\", \"BAR\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.607, \" 8.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [4, \"Bermuda\", \"BER\", \"Bermuda\", \"USA\", \"North America\", 32.267, -64.667, \" 8.0\", \"1992-2013& 2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1716.0, 745.0, 1548.0], [5, \"Billings\", \"BIL\", \"Oklahoma\", \"USA\", \"North America\", 36.605, -97.516, \" 317.0\", \"1993-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [6, \"<a href=\\\"http://www.srrb.noaa.gov/surfrad/bondvill.html\\\">Bondville</a>\", \"BON\", \"Illinois\", \"USA\", \"North America\", 40.05192, -88.37309, \" 230.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1478.0, 610.0, 1555.0], [7, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/tablemt.html\\\">Boulder</a>\", \"BOS\", \"Colorado\", \"USA\", \"North America\", 40.12498, -105.2368, \" 1689.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [8, \"Boulder\", \"BOU\", \"Colorado\", \"USA\", \"North America\", 40.05, -105.007, \" 1577.0\", \"1992-2016\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [9, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/brasilia.html\\\">Brasilia</a>\", \"BRB\", \"\", \"Brazil\", \"South America\", -15.601259, -47.713774, \" 1023.0\", \"2006-2015&2018-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2022.0, 723.0, 1982.0], [10, \"Budapest-Lorinc\", \"BUD\", \"Budapest\", \"Hungary\", \"Europe\", 47.4291, 19.1822, \" 139.1\", \"2019-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1285.0, 591.0, 1278.0], [11, \"<a href=\\\"https://dataplatform.knmi.nl/dataset/cesar-bsrn-irraddown-la1-t1-v1-0\\\">Cabauw</a>\", \"CAB\", \"\", \"Netherlands\", \"Europe\", 51.9711, 4.9267, \" 0.0\", \"2005-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [12, \"<a href=\\\"https://epic.awi.de/id/eprint/40425/1/Camborne_BSRN_Station_Info.pdf\\\">Camborne</a>\", \"CAM\", \"\", \"United Kingdom\", \"Europe\", 50.2167, -5.3167, \" 88.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1161.0, 606.0, 1062.0], [13, \"Cape Baranova\", \"CAP\", \"\", \"Russia\", \"Europe\", 79.27, 101.75, \"\", \"2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 829.0, 544.0, 953.0], [14, \"Carpentras\", \"CAR\", \"\", \"France\", \"Europe\", 44.083, 5.059, \" 100.0\", \"1996-2018\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1511.0, 580.0, 1745.0], [15, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Chesapeake Light</a>\", \"CLH\", \"North Atlantic Ocean\", \"USA\", \"North America\", 36.905, -75.713, \" 37.0\", \"2000-2016\", \"BSRN\", \"NASA\", \"Closed due to structural issues\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1573.0, 675.0, 1486.0], [16, \"Cener\", \"CNR\", \"Navarra\", \"Spain\", \"Europe\", 42.816, -1.601, \" 471.0\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1562.0, 631.0, 1679.0], [17, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cocos Island</a>\", \"COC\", \"Cocos (Keeling) Islands\", \"Australia\", \"Oceania\", -12.1892, 96.8344, \" 3.0\", \"2004-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2055.0, 923.0, 1599.0], [18, \"De Aar\", \"DAA\", \"\", \"South Africa\", \"Africa\", -30.6667, 23.993, \" 1287.0\", \"2000-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2212.0, 482.0, 2898.0], [19, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Darwin</a>\", \"DAR\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.4239, 130.8925, \" 30.4\", \"2002-2021\", \"BSRN\", \"BOM\", \"BSRN data available until 2015\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [20, \"Concordia Station& Dome C\", \"DOM\", \"\", \"Antarctica\", \"Antarctica\", -75.1, 123.383, \" 3233.0\", \"2006-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1296.0, 420.0, 2931.0], [21, \"Dongsha Atoll\", \"DON\", \"\", \"Taiwan\", \"Asia\", 20.7, 116.73, \" 2.0\", \"?\", \"BSRN\", \"\", \"Candidate\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1679.0, 814.0, 1245.0], [22, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/desrock.html\\\">Desert Rock</a>\", \"DRA\", \"Nevada\", \"USA\", \"North America\", 36.62373, -116.01947, \" 1007.0\", \"1994-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2095.0, 467.0, 2862.0], [23, \"Darwin Met Office\", \"DWN\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.424, 130.8925, \" 32.0\", \"2008-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [24, \"<a href=\\\"http://www.arm.gov/sites/sgp\\\">Southern Great Plains</a>\", \"E13\", \"Oklahoma\", \"USA\", \"North America\", 36.60406, -97.48525, \" 314.0\", \"1994-\", \"BSRN; ARM\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [25, \"<a href=\\\"https://www.arm.gov/capabilities/observatories/ena/locations/c1\\\">Eastern North Atlantic</a>\", \"ENA\", \"Azores\", \"Portugal\", \"Europe\", 39.0911, -28.0292, \" 15.2\", \"2015-\", \"BSRN; ARM\", \"\", \"Ongoing issues with calibration.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 730.0, 1365.0], [26, \"<a href=\\\"https://en.wikipedia.org/wiki/Eureka,_Nunavut\\\">Eureka</a>\", \"EUR\", \"Ellesmere Island\", \"Canada\", \"North America\", 79.989, -85.9404, \" 85.0\", \"2007-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 836.0, 416.0, 1387.0], [27, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/florianopolis.html\\\">Florianopolis</a>\", \"FLO;FLN\", \"\", \"Brazil\", \"South America\", -27.6017, -48.5178, \" 31.0\", \"1994-2005&2013-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1580.0, 657.0, 1478.0], [28, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/ftpeck.html\\\">Fort Peck</a>\", \"FPE\", \"Montana\", \"USA\", \"North America\", 48.30783, -105.1017, \" 634.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1453.0, 588.0, 1705.0], [29, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/41/Fukuoka_old-and-new.pdf\\\">Fukuoka</a>\", \"FUA\", \"\", \"Japan\", \"Asia\", 33.5822, 130.3764, \" 3.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1398.0, 704.0, 1153.0], [30, \"Gandhinagar\", \"GAN\", \"\", \"India\", \"Asia\", 23.1101, 72.6276, \" 65.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1982.0, 818.0, 1745.0], [31, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/goodwin.html\\\">Goodwin Creek</a>\", \"GCR\", \"Mississippi\", \"USA\", \"North America\", 34.2547, -89.8729, \" 98.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1639.0, 624.0, 1719.0], [32, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Granite Island</a>\", \"GIM\", \"Michigan\", \"USA\", \"North America\", 46.721, -87.411, \" 208.0\", \"2019-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 562.0, 1314.0], [33, \"Gobabeb\", \"GOB\", \"Namib Desert\", \"Namibia\", \"Africa\", -23.5614, 15.042, \" 407.0\", \"2012-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2416.0, 485.0, 2978.0], [34, \"Gurgaon\", \"GUR\", \"\", \"India\", \"Asia\", 28.4249, 77.156, \" 259.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1778.0, 807.0, 1482.0], [35, \"<a href=\\\"https://www.awi.de/en/science/long-term-observations/atmosphere/antarctic-neumayer.html\\\">Georg von Neumayer</a>\", \"GVN\", \"Dronning Maud Island\", \"Antarctica\", \"Antarctica\", -70.65, -8.25, \" 42.0\", \"1982-\", \"BSRN\", \"\", \"Neumayer-station II from 1992-2009& Neumayer station III from 2009. BSRN FTP server only has data from 1992.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 978.0, 573.0, 1132.0], [36, \"Howrah\", \"HOW\", \"\", \"India\", \"Asia\", 22.5535, 88.3064, \" 51.0\", \"2014-2016& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1650.0, 872.0, 1142.0], [37, \"Ilorin\", \"ILO\", \"\", \"Nigeria\", \"Africa\", 8.5333, 4.5667, \" 350.0\", \"1992-2005\", \"BSRN\", \"\", \"Station closed due to no funding\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 967.0, 1183.0], [38, \"Ishigakijima\", \"ISH\", \"\", \"Japan\", \"Asia\", 24.3367, 124.1644, \" 5.7\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1562.0, 723.0, 1248.0], [39, \"Iza\\u00f1a\", \"IZA\", \"Tenerife\", \"Spain\", \"Europe\", 28.3093, -16.4993, \" 2372.9\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 818.0, 1694.0], [40, \"<a href=\\\"https://gml.noaa.gov/grad/sites/kwa.html\\\">Kwajalein</a>\", \"KWA\", \"\", \"Marshall Islands\", \"Oceania\", 8.72, 167.731, \" 10.0\", \"1992-2017\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1997.0, 883.0, 1591.0], [41, \"Lampedusa\", \"LMP\", \"\", \"Italy\", \"Europe\", 35.518, 12.63, \" 50.0\", \"2023-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1872.0, 635.0, 2004.0], [42, \"Lauder\", \"LAU\", \"\", \"New Zealand\", \"Oceania\", -45.045, 169.689, \" 350.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1380.0, 620.0, 1507.0], [43, \"<a href=\\\"https://epic.awi.de/id/eprint/35071/1/Lerwick_site_info.pdf\\\">Lerwick</a>\", \"LER\", \"Shetland Island\", \"United Kingdom\", \"Europe\", 60.1389, -1.1847, \" 80.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 843.0, 474.0, 814.0], [44, \"<a href=\\\"https://www.dwd.de/DE/forschung/atmosphaerenbeob/lindenbergersaeule/mol/mol_node.html\\\">Lindenberg</a>\", \"LIN\", \"\", \"Germany\", \"Europe\", 52.21, 14.122, \" 125.0\", \"1994-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1069.0, 548.0, 1040.0], [45, \"<a href=\\\"http://lulin.tw/\\\">Lulin</a>\", \"LLN\", \"\", \"Taiwan\", \"Asia\", 23.4686, 120.8736, \" 2862.0\", \"2009-\", \"BSRN\", \"\", \"Not on Pangea or FTP\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1595.0, 803.0, 1204.0], [46, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Langley Research Center</a>\", \"LRC\", \"Virginia\", \"USA\", \"North America\", 37.1038, -76.3872, \" 3.0\", \"2014-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 613.0, 1694.0], [47, \"Lanyu Station\", \"LYU\", \"\", \"Taiwan\", \"Asia\", 22.037, 121.5583, \" 324.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 697.0, 1234.0], [48, \"Momote\", \"MAN\", \"\", \"Papua New Guinea\", \"Oceania\", -2.058, 147.425, \" 6.0\", \"1996-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1792.0, 850.0, 1325.0], [49, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/3/Minamitorishima.pdf\\\">Minamitorishima</a>\", \"MNM\", \"Minami-Torishima\", \"Japan\", \"Asia\", 24.2883, 153.9833, \" 7.1\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1956.0, 712.0, 1931.0], [50, \"Marguele\", \"MRS\", \"\", \"Romania\", \"Europe\", 44.3439, 26.0123, \" 110.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 88)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1409.0, 599.0, 1438.0], [51, \"Nauru Island\", \"NAU\", \"\", \"Nauru\", \"Oceania\", -0.521, 166.9167, \" 7.0\", \"1998-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2139.0, 803.0, 1894.0], [52, \"Newcastle\", \"NEW\", \"New South Wales\", \"Australia\", \"Oceania\", -32.8842, 151.7289, \" 18.5\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1741.0, 650.0, 1858.0], [53, \"<a href=\\\"https://www.awi.de/en/fleet-stations/stations/awipev-arctic-research-base.html\\\">Ny-\\u00c5lesund</a>\", \"NYA\", \"Spitsberger\", \"Norway\", \"Europe\", 78.925, 11.93, \" 11.0\", \"1992-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 602.0, 372.0, 712.0], [54, \"Observatory of Huancayo\", \"OHY\", \"\", \"Peru\", \"South America\", -12.05, -75.32, \" 3314.0\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1989.0, 861.0, 1719.0], [55, \"Palaiseau& SIRTA Observatory\", \"PAL\", \"\", \"France\", \"Europe\", 48.713, 2.208, \" 156.0\", \"2003-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1223.0, 613.0, 1183.0], [56, \"Paramaribo\", \"PAR\", \"\", \"Suriname\", \"South America\", 5.806, -55.2146, \" 4.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1887.0, 814.0, 1540.0], [57, \"Payerne\", \"PAY\", \"\", \"Switzerland\", \"Europe\", 46.8123, 6.9422, \" 491.0\", \"1992-\", \"BSRN\", \"MeteoSwiss\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1325.0, 602.0, 1391.0], [58, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/pennstat.html\\\">Rock Springs</a>\", \"PSU\", \"Pennsylvania\", \"USA\", \"North America\", 40.72012, -77.93085, \" 376.0\", \"1998-\", \"BSRN;SURFRAD\", \"NOAA\", \"SURFRAD station known as Penn State\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1398.0, 606.0, 1416.0], [59, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/petrolina.html\\\">Petrolina</a>\", \"PTR\", \"\", \"Brazil\", \"South America\", -9.068, -40.319, \" 387.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2143.0, 792.0, 2011.0], [60, \"Regina\", \"REG\", \"\", \"Canada\", \"North America\", 50.205, -104.713, \" 578.0\", \"1995-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1369.0, 591.0, 1577.0], [61, \"Rolim de Moura\", \"RLM\", \"\", \"Brazil\", \"South America\", -11.582, -61.773, \" 252.0\", \"2007\", \"BSRN\", \"\", \"Only two months of data available.\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1810.0, 832.0, 1427.0], [62, \"Reunion Island & University\", \"RUN\", \"\", \"Reunion\", \"Africa\", -20.9014, 55.4836, \" 116.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2106.0, 704.0, 2113.0], [63, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/28/Sapporo.pdf\\\">Sapporo</a>\", \"SAP\", \"\", \"Japan\", \"Asia\", 43.06, 141.3286, \" 17.2\", \"2010-2020\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1183.0, 635.0, 945.0], [64, \"Sede Boqer\", \"SBO\", \"\", \"Israel\", \"Asia\", 30.8597, 34.7794, \" 500.0\", \"2003-2012\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2190.0, 664.0, 2376.0], [65, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Selegua - Mexico Solarimetric Station</a>\", \"SEL\", \"\", \"Mexico\", \"North America\", 15.7839, -91.9902, \" 602.0\", \"2017-\", \"BSRN\", \"Mexican Solarimetric Service\", \"BSRN data from 2020.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1883.0, 759.0, 1683.0], [66, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/saomartinho.html\\\">S\\u00e3o Martinho da Serra</a>\", \"SMS\", \"\", \"Brazil\", \"South America\", -29.4428, -53.8231, \" 489.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2005-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1716.0, 602.0, 1825.0], [67, \"<a href=\\\"https://www.sonnblick.net/en/\\\">Sonnblick</a>\", \"SON\", \"\", \"Austria\", \"Europe\", 47.054, 12.9577, \" 3108.9\", \"2013-\", \"BSRN;ARAD\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1201.0, 602.0, 1172.0], [68, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Solar Village</a>\", \"SOV\", \"\", \"Saudi Arabia\", \"Asia\", 24.91, 46.41, \" 650.0\", \"1998-2003\", \"BSRN; AERONET\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [69, \"<a href=\\\"https://gml.noaa.gov/obop/spo/\\\">South Pole</a>\", \"SPO\", \"\", \"Antarctica\", \"Antarctica\", -89.983, -24.799, \" 2800.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, NaN, NaN, NaN], [70, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/siouxfalls.html\\\">Sioux Falls</a>\", \"SXF\", \"South Dakota\", \"USA\", \"North America\", 43.73403, -96.62328, \" 473.0\", \"2003-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1511.0, 584.0, 1734.0], [71, \"<a href=\\\"https://epic.awi.de/id/eprint/47515/\\\">Syowa</a>\", \"SYO\", \"\", \"Antarctica\", \"Antarctica\", -69.005, 39.589, \" 18.0\", \"1994-\", \"BSRN\", \"AWI\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1274.0, 646.0, 1668.0], [72, \"Tamanrasset\", \"TAM\", \"\", \"Algeria\", \"Africa\", 22.7903, 5.5292, \" 1385.0\", \"2000-\", \"BSRN;WMO RRC\", \"\", \"No DIR and DIF data at TAM since 2018: Due to a broken tracker which could not yet be replaced the DIR and DIF data at Tamanrasset is missing since February 2018.\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2336.0, 796.0, 2300.0], [73, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/27/Tateno.pdf\\\">Tateno;Tsukuba</a>\", \"TAT\", \"\", \"Japan\", \"Asia\", 36.0581, 140.1258, \" 25.0\", \"1996-\", \"BSRN;WMO RRC\", \"JMA\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1413.0, 642.0, 1369.0], [74, \"Tiksi\", \"TIK\", \"Siberia\", \"Russia\", \"Europe\", 71.5862, 128.9188, \" 48.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dsd\", \"Continental\", 1, 872.0, 504.0, 1033.0], [75, \"Tiruvallur\", \"TIR\", \"\", \"India\", \"Asia\", 13.0923, 79.9738, \" 36.0\", \"2014-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [76, \"Terra Nova Bay\", \"TNB\", \"\", \"Antarctica\", \"Antarctica\", -74.6223, 164.2283, \" 28.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 89)\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [77, \"<a href=\\\"https://gml.noaa.gov/grad/meetings/BSRN2018_documents/2018_%20BSRN_poster_EST_Rosin.pdf\\\">Toravere</a>\", \"TOR\", \"\", \"Estonia\", \"Europe\", 58.254, 26.462, \" 70.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 996.0, 453.0, 1164.0], [78, \"Xianghe\", \"XIA\", \"\", \"China\", \"Asia\", 39.754, 116.962, \" 32.0\", \"2005-2016\", \"BSRN\", \"\", \"Station obstructed& no longer in BSRN since 2016\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1456.0, 653.0, 1445.0], [79, \"Yushan Station\", \"YUS\", \"\", \"Taiwan\", \"Asia\", 23.4876, 120.9595, \" 3858.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1595.0, 803.0, 1204.0], [80, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/abq.html\\\">Albuquerque</a>\", \"ABQ\", \"New Mexico\", \"USA\", \"North America\", 35.03796, -106.62211, \" 1617.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [81, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/bis.html\\\">Bismarck</a>\", \"BIS\", \"North Dakota\", \"USA\", \"North America\", 46.77179, -100.75955, \" 503.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1482.0, 566.0, 1770.0], [82, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/hnx.html\\\">Hanford</a>\", \"HNX\", \"California\", \"USA\", \"North America\", 36.31357, -119.63164, \" 73.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1997.0, 464.0, 2613.0], [83, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/msn.html\\\">Madison</a>\", \"MSN\", \"Wisconsin\", \"USA\", \"North America\", 43.0725, -89.41133, \" 271.0\", \"1996-\", \"SOLRAD\", \"NOAA\", \"Madison station file format changed after Jun 2009 (https://gml.noaa.gov/aftp/data/radiation/solrad/README_SOLRAD.txt)\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1416.0, 591.0, 1551.0], [84, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ort.html\\\">Oak Ridge</a>\", \"ORT\", \"Tennessee\", \"USA\", \"North America\", 35.96101, -84.28838, \" 334.0\", \"1995-2007\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 646.0, 1610.0], [85, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/slc.html\\\">Salt Lake City</a>\", \"SLC\", \"Utah\", \"USA\", \"North America\", 40.7722, -111.95495, \" 1288.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 588.0, 2139.0], [86, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/sea.html\\\">Seattle</a>\", \"SEA\", \"Washington\", \"USA\", \"North America\", 47.68685, -122.25667, \" 20.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [87, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ste.html\\\">Sterling</a>\", \"STE\", \"Virginia\", \"USA\", \"North America\", 38.97203, -77.4869, \" 85.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"Site location pre Oct 28& 2014 (38.97673& -77.48379)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1515.0, 610.0, 1599.0], [88, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/tlh.html\\\">Tallahassee</a>\", \"TLH\", \"Florida\", \"USA\", \"North America\", 30.39675, -84.32955, \" 18.0\", \"1995-2002\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1752.0, 653.0, 1818.0], [89, \"<a href=\\\"http://solardata.uoregon.edu/PortlandPV.html\\\">Portland</a>\", \"PT\", \"Oregon\", \"USA\", \"North America\", 45.51, -122.69, \" 70.0\", \"2004-\", \"SRML\", \"University of Oregon\", \"5-min data between 2004 and 2011.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1347.0, 537.0, 1515.0], [90, \"<a href=\\\"http://solardata.uoregon.edu/Burns.html\\\">Burns</a>\", \"BU\", \"Oregon\", \"USA\", \"North America\", 43.52, -119.02, \" 1265.0\", \"1994-\", \"SRML\", \"University of Oregon\", \"5 min data from 1994 to 2011.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1664.0, 551.0, 2044.0], [91, \"<a href=\\\"http://solardata.uoregon.edu/SilverLake.html\\\">Silver lake</a>\", \"SL\", \"Oregon\", \"USA\", \"North America\", 43.12, -121.06, \" 1355.0\", \"2002-\", \"SRML\", \"University of Oregon\", \"Only 5 minute data?\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1664.0, 540.0, 2073.0], [92, \"<a href=\\\"http://solardata.uoregon.edu/Ashland.html\\\">Ashland</a>\", \"AS\", \"Oregon\", \"USA\", \"North America\", 42.19, -122.7, \" 595.0\", \"2000-\", \"SRML\", \"University of Oregon\", \"5-minute data from 2000 to 2018.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [93, \"<a href=\\\"http://solardata.uoregon.edu/SeattleUW.html\\\">Seattle</a>\", \"ST\", \"Washington\", \"USA\", \"North America\", 47.654, -122.309, \" 70.0\", \"2015-\", \"SRML\", \"University of Oregon\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [94, \"<a href=\\\"http://solardata.uoregon.edu/Eugene.html\\\">Eugene</a>\", \"EU\", \"Oregon\", \"USA\", \"North America\", 44.0468, -123.0742, \" 150.0\", \"1977-\", \"SRML\", \"University of Oregon\", \"Has tilted irradiance measurements and some spectral data.\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1424.0, 551.0, 1595.0], [95, \"<a href=\\\"http://solardata.uoregon.edu/Hermiston.html\\\">Hermiston</a>\", \"HE\", \"Oregon\", \"USA\", \"North America\", 45.82, -119.28, \" 180.0\", \"1979-\", \"SRML\", \"University of Oregon\", \"Also has a RSR.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1551.0, 529.0, 1891.0], [96, \"<a href=\\\"https://weatherdata.construct.dtu.dk/\\\">DTU Lyngby</a>\", \"DTU\", \"Capital region\", \"Denmark\", \"Europe\", 55.7906, 12.5251, \" 50.0\", \"2014-\", \"\", \"Technical University of Denmark\", \"Elevation is approximate.\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [97, \"DTU Ris\\u00f8\", \"RIS\", \"Region Zealand\", \"Denmark\", \"Europe\", 55.6943, 12.1017, \" 13.0\", \"2017-\", \"\", \"Technical University of Denmark\", \"Also has spectral measurements. Elevation is approximate.\", \"Not available\", \"G;B;D;IR;UV\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [98, \"<a href=\\\"https://sauran.ac.za/station-documents/KZH/KZH%20Station%20Details.pdf\\\">University of KwaZulu-Natal Howard College</a>\", \"UKZN\", \"Durban\", \"South Africa\", \"Africa\", -29.870979, 30.97695, \" 150.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Desmond Clarence building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [99, \"University of KwaZulu-Natal Westville\", \"ZUL\", \"Durban\", \"South Africa\", \"Africa\", -29.81694, 30.94492, \" 200.0\", \"2015-2020\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [100, \"<a href=\\\"https://sauran.ac.za\\\">Stellenbosch University</a>\", \"STB\", \"Stellenbosch\", \"South Africa\", \"Africa\", -33.928101, 18.8654, \" 119.0\", \"2010-2024\", \"SAURAN\", \"\", \"Roof of Engineering building\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [101, \"<a href=\\\"https://sauran.ac.za\\\">GIZ University of Pretoria</a>\", \"UOP\", \"Pretoria\", \"South Africa\", \"Africa\", -25.75308, 28.22859, \" 1410.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building. Also has acronym UPR.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2070.0, 628.0, 2325.0], [102, \"<a href=\\\"https://sauran.ac.za/station-documents/VAN/VAN%20Station%20Details.pdf\\\">GIZ Vanrhynsdorp</a>\", \"RVLD\", \"Vanrhynsdorp\", \"South Africa\", \"Africa\", -31.617479, 18.73834, \" 130.0\", \"2016-2019\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline. Also goes by the acronym VAN.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2139.0, 493.0, 2745.0], [103, \"<a href=\\\"https://sauran.ac.za/station-documents/UFS/UFS%20Station%20Details.pdf\\\">GIZ University of Free State</a>\", \"UFS\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.110741, 26.18503, \" 1491.0\", \"2014-2017\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [104, \"<a href=\\\"https://sauran.ac.za/station-documents/GRT/GRT%20Station%20Details.pdf\\\">GIZ Graaff-Reinet</a>\", \"GRN\", \"Graaff-Reinet\", \"South Africa\", \"Africa\", -32.48547, 24.585819, \" 660.0\", \"2013-2016\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2011.0, 540.0, 2511.0], [105, \"<a href=\\\"https://sauran.ac.za/station-documents/NMU/NMU%20Station%20Details.pdf\\\">Nelson Mandela University</a>\", \"NMU\", \"Port Elizabeth\", \"South Africa\", \"Africa\", -34.008591, 25.66526, \" 35.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Solar Outdoor Research Facility. Permanently offline. Is this really correct? Check what data comes in?\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1752.0, 664.0, 1832.0], [106, \"<a href=\\\"https://sauran.ac.za/station-documents/RVD/RVD%20Station%20Details.pdf\\\">GIZ Richtersveld</a>\", \"RVLD\", \"Alexander Bay\", \"South Africa\", \"Africa\", -28.560841, 16.761459, \" 141.0\", \"2014-2024\", \"SAURAN\", \"\", \"Inside enclosure in desert region\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2175.0, 628.0, 2460.0], [107, \"<a href=\\\"https://sauran.ac.za/station-documents/STA/STA%20Station%20Details.pdf\\\">Mangosuthu University of Technology</a>\", \"MUT\", \"Umlazi\", \"South Africa\", \"Africa\", -29.970209, 30.914909, \" 95.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of lecture complex. Diffuse with shadow band. Pyrheliometer on Eppley one-axis tracker. Permanently offline.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [108, \"<a href=\\\"https://sauran.ac.za/station-documents/SUT/SUT%20Station%20Details.pdf\\\">Eskom Sutherland</a>\", \"SALT\", \"Sutherland\", \"South Africa\", \"Africa\", -32.221992, 20.347775, \" 1450.0\", \"2016-2017\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [109, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Gaborone</a>\", \"GAB\", \"Gaborone\", \"Botswana\", \"Africa\", -24.660999, 25.934, \" 1014.0\", \"2014-2020\", \"SAURAN\", \"\", \"Roof of building in University of Botswana\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2139.0, 584.0, 2471.0], [110, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Venda</a>\", \"VEN\", \"Vuwani\", \"South Africa\", \"Africa\", -23.131001, 30.424, \" 628.0\", \"2015-2024\", \"SAURAN\", \"\", \"Vuwani Science Research Centre\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1854.0, 697.0, 1847.0], [111, \"<a href=\\\"https://sauran.ac.za/\\\">University of Zululand</a>\", \"ZUL\", \"KwaDlangezwa\", \"South Africa\", \"Africa\", -28.8529, 31.85161, \" 90.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1723.0, 683.0, 1716.0], [112, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Namibian University of Science and Technology</a>\", \"NUST\", \"Windhoek\", \"Namibia\", \"Africa\", -22.565001, 17.075001, \" 1683.0\", \"2016-2024\", \"SAURAN\", \"\", \"Roof of Engineering Building\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [113, \"<a href=\\\"https://sauran.ac.za/\\\">USAid University of Fort Hare</a>\", \"UFH\", \"Alice\", \"South Africa\", \"Africa\", -32.784611, 26.8452, \" 540.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of Zoology Department\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1905.0, 591.0, 2248.0], [114, \"<a href=\\\"https://sauran.ac.za/\\\">GIZ Murraysburg</a>\", \"MRB\", \"Murraysburg\", \"South Africa\", \"Africa\", -31.890091, 24.056231, \" 1548.0\", \"2017-2019\", \"SAURAN\", \"\", \"Permanently offline. Inside enclosure on rural farmland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2132.0, 522.0, 2734.0], [115, \"<a href=\\\"https://sauran.ac.za/\\\">Mariendal</a>\", \"HELIO\", \"Mariendal\", \"South Africa\", \"Africa\", -33.85413, 18.82445, \" 178.0\", \"2015-2020\", \"SAURAN\", \"\", \"Permanently offline. Installed on a container.\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [116, \"<a href=\\\"https://sauran.ac.za/\\\">Eskom Sutherland SALT</a>\", \"\", \"Sutherland\", \"South Africa\", \"Africa\", -32.377781, 20.81167, \" 1761.0\", \"2017-2020\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [117, \"<a href=\\\"https://sauran.ac.za/\\\">CSIR Energy Centre</a>\", \"CSIR\", \"Pretoria\", \"South Africa\", \"Africa\", -25.746519, 28.278739, \" 1400.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of building\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2070.0, 628.0, 2325.0], [118, \"<a href=\\\"https://sauran.ac.za\\\">Central University of Technology</a>\", \"CUT\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.121337, 26.215909, \" 1397.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of the Engineering building\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [119, \"<a href=\\\"https://sauran.ac.za/\\\">University of KwaZulu-Natal Pietermaritzburg</a>\", \"\", \"Pietermaritzburg\", \"South Africa\", \"Africa\", -29.621226, 30.397038, \" 680.0\", \"2021-2024\", \"SAURAN\", \"\", \"Rooftop\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [120, \"Anmyeondo GAW station\", \"AMY\", \"\", \"South Korea\", \"Asia\", 36.53, 126.32, \" 47.0\", \"1999-\", \"WMO GAW\", \"\", \"Also measured upwards shortwave and longwave irradiance and has a skyradiometer and a Brewer.\", \"\", \"\", \"Cwa\", \"Temperate\", 2, 1431.0, 694.0, 1234.0], [121, \"Jeju Gosan GAW station\", \"JGS\", \"\", \"South Korea\", \"Asia\", 33.3, 126.21, \" 52.0\", \"2008-\", \"WMO GAW\", \"\", \"The station also has a sky radiometer.\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1394.0, 734.0, 1048.0], [122, \"<a href=\\\"https://ruisdael-observatory.nl/veenkampen/\\\">Weather Station De Veenkampen</a>\", \"\", \"Wageningen\", \"Netherlands\", \"Europe\", 51.9812, 5.6202, \"\", \"2010-\", \"\", \"Wageningen University\", \"The quality of the radiation measurements are questionable.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [123, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Kiruna</a>\", \"\", \"\", \"Sweden\", \"Europe\", 67.842, 20.41, \" 424.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 839.0, 449.0, 1044.0], [124, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Norrk\\u00f6ping</a>\", \"\", \"\", \"Sweden\", \"Europe\", 58.582, 16.148, \" 43.0\", \"1983-\", \"SMHI;WMO RRC\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1040.0, 496.0, 1153.0], [125, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Visby</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.673, 18.345, \" 49.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1102.0, 496.0, 1223.0], [126, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lule\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 65.544, 22.111, \" 32.0\", \"1983-2007\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 931.0, 420.0, 1223.0], [127, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Ume\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.811, 20.24, \" 23.0\", \"1983-2008\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 967.0, 412.0, 1263.0], [128, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">\\u00d6stersund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.197, 14.48, \" 374.0\", \"1983-2009\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 894.0, 453.0, 1088.0], [129, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Borl\\u00e4nge</a>\", \"\", \"\", \"Sweden\", \"Europe\", 60.488, 15.43, \" 164.0\", \"1983-2010\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 956.0, 460.0, 1161.0], [130, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Karlstad</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.359, 13.472, \" 46.0\", \"1983-2011\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 989.0, 482.0, 1142.0], [131, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Stockholm</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.353, 18.063, \" 30.0\", \"1983-2012\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1048.0, 474.0, 1201.0], [132, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">G\\u00f6teborg</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.708, 11.992, \" 30.0\", \"1983-2013\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1058.0, 496.0, 1150.0], [133, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">V\\u00e4xj\\u00f6</a>\", \"\", \"\", \"Sweden\", \"Europe\", 56.927, 14.731, \" 182.0\", \"1983-2014\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1040.0, 507.0, 1124.0], [134, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 55.714, 13.212, \" 85.0\", \"1983-2015\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1084.0, 511.0, 1175.0], [135, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tataouine</a>\", \"\", \"\", \"Tunisia\", \"Africa\", 32.974, 10.485, \" 210.0\", \"2011-\", \"enerMENA\", \"CRTEn\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2066.0, 701.0, 2183.0], [136, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ma'an</a>\", \"\", \"\", \"Jordan\", \"Asia\", 30.172, 35.818, \" 1012.0\", \"2011-\", \"enerMENA\", \"University of Jordan\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2201.0, 628.0, 2486.0], [137, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Oujda</a>\", \"\", \"\", \"Morocco\", \"Africa\", 34.65, -1.9, \" 617.0\", \"2011-\", \"enerMENA\", \"University of oujda\", \"\", \"\", \"\", \"BSk\", \"Dry\", 2, 1949.0, 715.0, 2044.0], [138, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Cairo</a>\", \"\", \"\", \"Egypt\", \"Africa\", 30.036, 31.009, \" 104.0\", \"2012-\", \"enerMENA\", \"Cairo University\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [139, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Adrar</a>\", \"\", \"\", \"Algeria\", \"Africa\", 27.88, -0.274, \" 262.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2223.0, 803.0, 2179.0], [140, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ghardaia</a>\", \"\", \"\", \"Algeria\", \"Africa\", 32.386, 3.78, \" 463.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2124.0, 679.0, 2376.0], [141, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Missour</a>\", \"\", \"\", \"Morocco\", \"Africa\", 32.86, -4.107, \" 1107.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWk\", \"Dry\", 2, 2070.0, 661.0, 2347.0], [142, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Erfoud</a>\", \"\", \"\", \"Morocco\", \"Africa\", 31.491, -4.218, \" 859.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2146.0, 661.0, 2442.0], [143, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Zagora</a>\", \"\", \"\", \"Morocco\", \"Africa\", 30.272, -5.852, \" 783.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2205.0, 613.0, 2602.0], [144, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tan-Tan</a>\", \"\", \"\", \"Morocco\", \"Africa\", 28.498, -11.322, \" 75.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 1767.0, 898.0, 1350.0], [145, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Universitaria</a>\", \"UNAM\", \"Mexico City\", \"Mexico\", \"North America\", 19.3262, -99.176, \" 2284.0\", \"2015-\", \"WMO RRC\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 2011.0, 770.0, 1858.0], [146, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Coeneo</a>\", \"COE\", \"Michoac\\u00e1n\", \"Mexico\", \"North America\", 19.8137, -101.6946, \" 1990.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2070.0, 737.0, 2040.0], [147, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Cuahut\\u00e9moc</a>\", \"CDC\", \"Chihuahua\", \"Mexico\", \"North America\", 28.4504, -106.7942, \" 2112.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2150.0, 580.0, 2606.0], [148, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">G\\u00f3mez Palacio</a>\", \"VEN\", \"Durango\", \"Mexico\", \"North America\", 24.9568, -104.5704, \" 1877.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2186.0, 591.0, 2551.0], [149, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Guerrero Negro</a>\", \"GRN\", \"Baja California Sur\", \"Mexico\", \"North America\", 28.0377, -113.9787, \" 21.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2252.0, 485.0, 2858.0], [150, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ixmiquilpan</a>\", \"IXM\", \"Hedalgo\", \"Mexico\", \"North America\", 20.4955, -99.181, \" 1761.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2051.0, 726.0, 1967.0], [151, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Morelos</a>\", \"Mor\", \"Quintana Roo\", \"Mexico\", \"North America\", 19.759, -88.7243, \" 17.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1872.0, 756.0, 1737.0], [152, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Nuevo Laredo</a>\", \"NVL\", \"Tamaulipas\", \"Mexico\", \"North America\", 27.4526, -99.5185, \" 128.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1869.0, 624.0, 1967.0], [153, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Tepic</a>\", \"TEP\", \"Nayarit\", \"Mexico\", \"North America\", 21.4916, -104.8947, \" 959.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2175.0, 624.0, 2394.0], [154, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Zacatecas City</a>\", \"ZAC\", \"Zacatecas \", \"Mexico\", \"North America\", 22.7725, -102.6436, \" 2316.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2201.0, 646.0, 2449.0], [155, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Hermosillo</a>\", \"HMO\", \"Sonora\", \"Mexico\", \"North America\", 29.0279, -111.1456, \" 157.0\", \"2018-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2226.0, 482.0, 2880.0], [156, \"Poprad-Ganovce\", \"\", \"\", \"Slovakia\", \"Europe\", 49.035, 20.324, \" 709.0\", \"?\", \"Slovak Hydrometeorological Institute\", \"\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1132.0, 573.0, 1066.0], [157, \"Dobele\", \"\", \"\", \"Latvia\", \"Europe\", 56.62, 23.32, \" 42.0\", \"?\", \"Latvian Environment Geology and Meteorology Centre (LEGMC)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1055.0, 526.0, 1121.0], [158, \"Silutes\", \"\", \"\", \"Lithuania\", \"Europe\", 55.352, 21.447, \" 5.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1088.0, 529.0, 1110.0], [159, \"Kauno\", \"\", \"\", \"Lithuania\", \"Europe\", 54.884, 23.836, \" 77.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Dfb\", \"Continental\", 2, 1080.0, 548.0, 1088.0], [160, \"Kishinev\", \"\", \"\", \"Moldova\", \"Europe\", 47.0, 28.817, \" 205.0\", \"?\", \"ARG / Academy of Sciences of Moldova\", \"\", \"\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1321.0, 584.0, 1354.0], [161, \"Tajoura\", \"\", \"\", \"Libya\", \"Africa\", 32.815147, 13.438943, \"\", \"?\", \"\", \"\", \"\", \"\", \"\", \"BSh\", \"Dry\", 2, 1971.0, 792.0, 1843.0], [162, \"<a href=\\\"https://leps.hmu.gr/en/home/\\\">Heraklion</a>\", \"\", \"Crete\", \"Greece\", \"Europe\", 35.31139, 25.10174, \" 95.0\", \"?\", \"\", \"Hellenic Mediterranean University\", \"Tracked located on roof of building. Site also has spectral radiation measurements.\", \"Not available\", \"\", \"Csa\", \"Temperate\", 2, 1803.0, 679.0, 1807.0], [163, \"<a href=\\\"https://gml.noaa.gov/obop/mlo/\\\">Mauna Loa</a>\", \"MLO\", \"Hawaii\", \"USA\", \"North America\", 19.5362, 155.5763, \" 3397.0\", \"1976-\", \"ABO\", \"NOAA\", \"Also downwelling long- and shortwave as well as spectral irradiance measurements.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2095.0, 694.0, 2132.0], [164, \"<a href=\\\"https://gml.noaa.gov/obop/smo/\\\">Cape Matatula</a>\", \"SMO\", \"Tutila Island\", \"American Samoa\", \"Oceania\", 14.2474, 170.5644, \" 42.0\", \"1976-\", \"ABO\", \"NOAA\", \"Diffuse irradiance measurements first started in 1995.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2190.0, 774.0, 2077.0], [165, \"<a href=\\\"https://arm.gov/capabilities/observatories/nsa/locations/c1\\\">North Slope of Alaska</a>\", \"NSA\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.609, \" 8.0\", \"1997-\", \"ARM\", \"\", \"This site should note be confused with the NOAA Barrow site which is located ~1 km away. Radiation instruments are located at the Central Facility (Barrow)\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [166, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=BMS\\\">SRRL BMS</a>\", \"BMS\", \"Colorado\", \"USA\", \"North America\", 39.742, -105.18, \" 1828.8\", \"1981-\", \"NREL MIDC\", \"NREL\", \"The NREL Solar Radiation Research Laboratory (SRRL) operates the largest collection of pyranometers and pyrheliometers in the world. Regular calibration and cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [167, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=STAC\\\">SOLARTAC</a>\", \"STAC\", \"Colorado\", \"USA\", \"North America\", 39.75685, -104.62025, \" 1674.0\", \"2009-\", \"NREL MIDC\", \"\", \"Relatively good quality data, but somewhat inconsistent cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1778.0, 558.0, 2201.0], [168, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NWTC\\\">Flatirons M2</a>\", \"NWTC\", \"Colorado\", \"USA\", \"North America\", 39.9106, -105.2347, \" 1855.0\", \"2021-\", \"NREL MIDC\", \"NREL\", \"Regular calibration and cleaning as of 2022.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [169, \"Casaccia Research Center\", \"CAS\", \"Lazio\", \"Italy\", \"Europe\", 42.04167, 12.30667, \"\", \"2001-\", \"\", \"ENEA\", \"Since 2020 also has PAR,albedo,UVA,UVB,spectral\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1559.0, 613.0, 1686.0], [170, \"<a href=\\\"https://re.jrc.ec.europa.eu/meteo/meteo.php\\\">European Solar Test Installation - JRC</a>\", \"JRC\", \"Ispra\", \"Italy\", \"Europe\", 45.81206, 8.62706, \" 220.0\", \"1996-\", \"\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [171, \"Ricerca sul Sistema Energetico\", \"RSE\", \"Milan\", \"Italy\", \"Europe\", 45.47488, 9.26001, \" 150.0\", \"2012-\", \"\", \"RSE\", \"Tracker is installed on the roof of a building (ground elevation is 108 m). The station also makes spectral measurement using a Spectrafy instrument.\", \"\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [172, \"<a href=\\\"https://www.udg.edu/en/grupsrecerca/Fisica-Ambiental/Estacio-Meteorologica/Informacio-general-sobre-lestacio\\\">University of Girona</a>\", \"\", \"Catalonia\", \"Spain\", \"Europe\", 41.96, 2.83, \" 110.0\", \"1993-\", \"\", \"\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1617.0, 610.0, 1763.0], [173, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Alamosa</a>\", \"SLV\", \"Colorado\", \"USA\", \"North America\", 37.7, -105.92, \" 2317.0\", \"2014-2016\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1938.0, 580.0, 2431.0], [174, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Rutland</a>\", \"RUT\", \"Vermont\", \"USA\", \"North America\", 43.64, -72.97, \" 184.0\", \"2014-2015\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1350.0, 588.0, 1424.0], [175, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Wasco</a>\", \"WAS\", \"Oregon\", \"USA\", \"North America\", 45.59, -120.67, \" 200.0\", \"2016-2017\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1544.0, 522.0, 1876.0], [176, \"<a href=\\\"https://energydata.info/dataset/palau-solar-radiation-measurement-data\\\">Airai</a>\", \"\", \"\", \"Palau\", \"Oceania\", 7.368513, 134.53983, \" 47.0\", \"2020-2022\", \"PPA\", \"\", \"Two GHI thermopile pyranometers (Hukseflux SR30-D1 and SR20-T2), a SPN-1, three reference cells, and a weather station.\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 861.0, 1460.0], [177, \"<a href=\\\"https://energydata.info/dataset/vanuatu-solar-radiation-measurement-data\\\">Efate</a>\", \"\", \"\", \"Vanuatu\", \"Oceania\", -17.709738, 168.211453, \" 152.0\", \"2020-2022\", \"PPA\", \"\", \"The station is located on the UNELCO wind farm on Efate Island, Vanuatu.\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1883.0, 777.0, 1628.0], [178, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Nauru</a>\", \"\", \"\", \"Nauru\", \"Oceania\", 0.543447, 166.93197, \" 28.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 2124.0, 810.0, 1865.0], [179, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Chuuk</a>\", \"\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [180, \"<a href=\\\"https://energydata.info/dataset/papua-new-guinea-solar-radiation-measurement-data\\\">Alotau</a>\", \"\", \"\", \"Papua New Guinea\", \"Oceania\", -10.310113, 150.337975, \" 20.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1814.0, 821.0, 1427.0], [181, \"<a href=\\\"https://energydata.info/dataset/solomon-islands-solar-radiation-measurement-data\\\">Honiara</a>\", \"\", \"\", \"Solomon Islands\", \"Oceania\", -9.438163, 160.063212, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1789.0, 836.0, 1369.0], [182, \"<a href=\\\"https://energydata.info/dataset/marshall-islands-solar-radiation-measurement-data\\\">Majuro</a>\", \"\", \"\", \"Marshall Islands\", \"Oceania\", 7.065048, 171.268887, \" 5.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1927.0, 891.0, 1475.0], [183, \"<a href=\\\"https://energydata.info/dataset/tuvalu-solar-radiation-measurement-data\\\">Funafuti</a>\", \"\", \"\", \"Tuvalu\", \"Oceania\", -8.525087, 179.196323, \" 0.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, NaN, NaN, NaN], [184, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Lari Tal Amara</a>\", \"LBAMA\", \"\", \"Lebanon\", \"Asia\", 33.85679, 35.98659, \" 935.0\", \"2019-2021\", \"ESMAP\", \"\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1942.0, 726.0, 1924.0], [185, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Ballbak</a>\", \"LBRAS\", \"\", \"Lebanon\", \"Asia\", 34.272946, 36.427053, \" 910.0\", \"2019-2021\", \"\", \"World Bank\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [186, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Wien</a>\", \"\", \"\", \"Austria\", \"Europe\", 48.25, 16.36, \" 198.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1215.0, 580.0, 1183.0], [187, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Graz</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.08, 15.45, \" 398.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1197.0, 606.0, 1153.0], [188, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Innsbruck</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.26, 11.38, \" 578.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [189, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Kanzelh\\u00f6he</a>\", \"\", \"\", \"Austria\", \"Europe\", 46.68, 13.9, \" 1540.0\", \"2013-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1299.0, 610.0, 1358.0], [190, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Davos</a>\", \"DAV\", \"\", \"Switzerland\", \"Europe\", 46.813, 9.844, \" 1610.0\", \"2000-\", \"WMO RRC\", \"MeteoSwiss\", \"GHI started in 1995, DNI in 2000, and diffuse in 2003.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1314.0, 606.0, 1405.0], [191, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Jungfraujoch</a>\", \"JUN\", \"\", \"Switzerland\", \"Europe\", 46.55, 7.99, \" 3582.0\", \"1996-\", \"\", \"MeteoSwiss\", \"No diffuse measurements due to too hars meteorological conditions.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1325.0, 602.0, 1391.0], [192, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Locarno-Monti</a>\", \"OTL\", \"\", \"Switzerland\", \"Europe\", 46.18, 8.783, \" 366.0\", \"2000-\", \"\", \"MeteoSwiss\", \"GHI from 1996, DNI from 2000, and diffuse from 2001.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1314.0, 606.0, 1405.0], [193, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408667\\\">Amitie</a>\", \"amitie\", \"\", \"Seychelles\", \"Africa\", -4.321022, 55.693361, \" 3.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [194, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408665\\\">Anse Boileau</a>\", \"anseboileau\", \"\", \"Seychelles\", \"Africa\", -4.710958, 55.484732, \" 2.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [195, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408673\\\">Antananarivo</a>\", \"antananarivo\", \"\", \"Madagascar\", \"Africa\", -18.89833, 47.546422, \" 1309.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Cwb\", \"Temperate\", 2, 2000.0, 854.0, 1745.0], [196, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092821\\\">Bras Panon Moreau</a>\", \"braspanonmoreau\", \"\", \"Reunion\", \"Africa\", -21.002649, 55.682897, \" 20.0\", \"2010-2014\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [197, \"<a href=\\\"https://doi.org/10.5281/zenodo.5812546\\\">Caverne Dufour</a>\", \"cavernedufour\", \"\", \"Reunion\", \"Africa\", -21.109176, 55.495655, \" 2495.0\", \"2021-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [198, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092842\\\">Cilaos Bras Sec</a>\", \"cilaosbrassec\", \"\", \"Reunion\", \"Africa\", -21.141754, 55.489703, \" 1269.0\", \"2012-2013\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [199, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092835\\\">Cilaos Piscine</a>\", \"cilaospiscine\", \"\", \"Reunion\", \"Africa\", -21.136158, 55.47416, \" 1213.0\", \"2013-2016\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [200, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092847\\\">Cilaos Thermes</a>\", \"cilaosthermes\", \"\", \"Reunion\", \"Africa\", -21.12894, 55.47332, \" 1255.8\", \"2012-2013\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [201, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092849\\\">Cratere Bory</a>\", \"craterebory\", \"\", \"Reunion\", \"Africa\", -21.244138, 55.709018, \" 2584.2\", \"2016-2021\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [202, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408675\\\">Antsiranana (Diego Suarez)</a>\", \"diego\", \"\", \"Madagascar\", \"Africa\", -12.348602, 49.293412, \" 108.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Aw\", \"Tropical\", 2, 2029.0, 832.0, 1745.0], [203, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092844\\\">Durban</a>\", \"durban\", \"\", \"South Africa\", \"Africa\", -29.87098, 30.97695, \" 150.0\", \"2013-2018\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [204, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408671\\\">Hahaya</a>\", \"hahaya\", \"\", \"Comoros\", \"Africa\", -11.539412, 43.278112, \" 32.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Af\", \"Tropical\", 2, 2113.0, 756.0, 1960.0], [205, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092858\\\">Le Port Barbusse</a>\", \"leportbarbusse\", \"\", \"Reunion\", \"Africa\", -20.934157, 55.30779, \" 16.96\", \"2010-2021\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [206, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092855\\\">Le Port Mairie</a>\", \"leportmairie\", \"\", \"Reunion\", \"Africa\", -20.935233, 55.290266, \" 12.0\", \"2015-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [207, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408660\\\">Radio Telescope Bras D'Eau</a>\", \"mrtbrasdeau\", \"\", \"Mauritius\", \"Africa\", -20.139386, 57.726052, \" 27.0\", \"2015-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [208, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092871\\\">Observatoire du Piton de La Fournaise</a>\", \"observatoirevolcan\", \"\", \"Reunion\", \"Africa\", -21.208587, 55.571453, \" 1556.0\", \"2016-2018\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [209, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408669\\\">Ouani</a>\", \"ouani\", \"\", \"Comoros\", \"Africa\", -12.132659, 44.42928, \" 20.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2117.0, 748.0, 1989.0], [210, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092867\\\">Piton des Neiges</a>\", \"pitondesneiges\", \"\", \"Reunion\", \"Africa\", -21.095596, 55.480305, \" 2990.0\", \"2021-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [211, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408677\\\">Plaine des Palmistes Parc National</a>\", \"plaineparcnational\", \"\", \"Reunion\", \"Africa\", -21.1367, 55.6241, \" 1057.0\", \"2018-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [212, \"<a href=\\\"https://doi.org/10.5281/zenodo.4001619\\\">Reserve Francois Leguat</a>\", \"reservetortues\", \"\", \"Mauritius\", \"Africa\", -19.757625, 63.37075, \" 36.0\", \"2017-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2124.0, 777.0, 2029.0], [213, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092890\\\">Sainte Rose Mairie</a>\", \"sainterosemairie\", \"\", \"Reunion\", \"Africa\", -21.127324, 55.793136, \" 24.0\", \"2013-2016\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [214, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092888\\\">Saint Joseph Marie</a>\", \"saintjosephmairie\", \"\", \"Reunion\", \"Africa\", -21.379077, 55.619688, \" 36.0\", \"2013-2015\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [215, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092894\\\">Saint Louis Lycee Jean Joly</a>\", \"saintlouisjeanjoly\", \"\", \"Reunion\", \"Africa\", -21.271391, 55.43558, \" 152.0\", \"2016-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [216, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092910\\\">University of La Reunion Moufia</a>\", \"urmoufia\", \"\", \"Reunion\", \"Africa\", -20.90146, 55.483593, \" 96.0\", \"2008-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [217, \"<a href=\\\"https://doi.org/10.5281/zenodo.7092912\\\">University of La Reunion Tampon</a>\", \"urtampon\", \"\", \"Reunion\", \"Africa\", -21.269277, 55.50702, \" 553.0\", \"2012-2014\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [218, \"<a href=\\\"https://doi.org/10.5281/zenodo.4408662\\\">Vacoas</a>\", \"vacoas\", \"\", \"Mauritius\", \"Africa\", -20.297095, 57.496918, \" 431.0\", \"2019-\", \"IOS-net\", \"\", \"UV radiation is also measured.\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [219, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">HBKU-B2</a>\", \"B2\", \"\", \"Qatar\", \"Asia\", 25.32, 51.42, \"\", \"2012-2017&2021-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [220, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Kharsaah</a>\", \"Kha\", \"\", \"Qatar\", \"Asia\", 25.22, 51.0, \"\", \"2019-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [221, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Abu Samra</a>\", \"Abu\", \"\", \"Qatar\", \"Asia\", 24.75, 50.82, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2216.0, 898.0, 1920.0], [222, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Batna</a>\", \"Bat\", \"\", \"Qatar\", \"Asia\", 25.1, 51.17, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [223, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Ghuwayriyah</a>\", \"Ghu\", \"\", \"Qatar\", \"Asia\", 25.84, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [224, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Jumayliyah</a>\", \"Jum\", \"\", \"Qatar\", \"Asia\", 25.61, 51.08, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [225, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Karaanah</a>\", \"Kar\", \"\", \"Qatar\", \"Asia\", 25.01, 51.04, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [226, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shehaimiyah</a>\", \"She\", \"\", \"Qatar\", \"Asia\", 25.86, 50.96, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [227, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Wakrah</a>\", \"Wak\", \"\", \"Qatar\", \"Asia\", 25.19, 51.62, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [228, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Dukhan</a>\", \"Duk\", \"\", \"Qatar\", \"Asia\", 25.41, 50.76, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [229, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Turayna</a>\", \"Tur\", \"\", \"Qatar\", \"Asia\", 24.74, 51.21, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [230, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Khor</a>\", \"Kho\", \"\", \"Qatar\", \"Asia\", 25.66, 51.46, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [231, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shahaniya</a>\", \"Sha\", \"\", \"Qatar\", \"Asia\", 25.39, 51.11, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [232, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Ghasham Farm</a>\", \"Gha\", \"\", \"Qatar\", \"Asia\", 24.85, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [233, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Sudanthile</a>\", \"Sud\", \"\", \"Qatar\", \"Asia\", 24.63, 51.06, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [234, \"Jang Bogo\", \"JBS\", \"\", \"Antarctica\", \"Antarctica\", -74.3719, 164.1344, \" 26.0\", \"2015-\", \"\", \"KOPRI-CNR\", \"\", \"\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [235, \"<a href=\\\"https://www.psa.es/en/facilities/meteo/meteo.php\\\">Plataforma Solar de Almeria</a>\", \"METAS\", \"\", \"Spain\", \"Europe\", 37.09165, -2.36355, \" 494.0\", \"2005-\", \"\", \"CIEMAT\", \"\", \"\", \"G;B;D;UV;IR\", \"Csa\", \"Temperate\", 1, 1832.0, 661.0, 2044.0], [236, \"<a href=\\\"https://www.hshl.de/forschung-unternehmen/forschungsprojekte/meteorologische-messstation/\\\">Hamm-Lippstadt University of Applied Science</a>\", \"HSHL\", \"\", \"Germany\", \"Europe\", 51.682, 7.843, \" 60.0\", \"2016-\", \"\", \"Hamm-Lippstadt University\", \"\", \"\", \"G;RSI\", \"Cfb\", \"Temperate\", 2, 1095.0, 573.0, 1055.0], [237, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/alice-springs-2\\\">Alice Springs</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.762361, 133.875389, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2281.0, 496.0, 2865.0], [238, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/tennant-creek\\\">Tennant Creek</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6795, 134.2615, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2300.0, 533.0, 2730.0], [239, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/katherine\\\">Katherine</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -14.474694, 132.305083, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"Aw\", \"Tropical\", 2, 2241.0, 650.0, 2402.0], [240, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Artigas Airport</a>\", \"ARM\", \"\", \"Uruguay\", \"South America\", -30.3984, -56.5117, \" 136.0\", \"2011-2020\", \"\", \"Uruguay Solar Energy Laboratory\", \"Experimental site with mixed use of instruments.\", \"\", \"G;SPN1;\", \"Cfa\", \"Temperate\", 2, 1781.0, 602.0, 1942.0], [241, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Salto Grande</a>\", \"LES\", \"\", \"Uruguay\", \"South America\", -31.2827, -57.9181, \" 56.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;B;D;UV;IR\", \"Cfa\", \"Temperate\", 1, 1778.0, 617.0, 1934.0], [242, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE Palo a Pique</a>\", \"PPI\", \"\", \"Uruguay\", \"South America\", -33.2581, -54.4804, \" 26.0\", \"2016-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;SPN1\", \"Cfa\", \"Temperate\", 2, 1741.0, 661.0, 1836.0], [243, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Las Brujas</a>\", \"LBI\", \"\", \"Uruguay\", \"South America\", -34.672, -56.3401, \" 38.0\", \"2010-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1774.0, 624.0, 1938.0], [244, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE La Magnolia</a>\", \"TAI\", \"\", \"Uruguay\", \"South America\", -31.709, -55.8269, \" 142.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1734.0, 606.0, 1869.0], [249, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/caico.html\\\">Caic\\u00f3</a>\", \"CAI\", \"\", \"Brazil\", \"South America\", -6.4669, -37.0847, \" 176.0\", \"2002-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017\", \"Freely\", \"G;B;IR\", \"Aw\", \"Tropical\", 2, 2267.0, 788.0, 2157.0], [251, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/cachoeira.html\\\">Cachoeira Paulista</a>\", \"CPA\", \"\", \"Brazil\", \"South America\", -22.6896, -45.0062, \" 574.0\", \"2014-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017. No photos or instument info was provided\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1796.0, 701.0, 1719.0], [255, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Abha</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 18.23, 42.66, \" 2039.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2270.0, 810.0, 2124.0], [256, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-ahsa</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.3, 49.48, \" 178.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [257, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Gizan</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.9, 42.58, \" 7.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [258, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Qassim</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.31, 43.77, \" 647.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [259, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Jeddah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.68, 39.15, \" 4.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [260, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Madinah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.55, 39.7, \" 626.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2278.0, 726.0, 2336.0], [261, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-qaisumah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.32, 46.13, \" 358.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2132.0, 821.0, 1978.0], [262, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Sharurah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47, 47.11, \" 725.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2442.0, 788.0, 2380.0], [263, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Jouf</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79, 40.1, \" 669.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [264, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Tabouk</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38, 36.61, \" 768.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [265, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Wadi Al-Dawaser</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.44, 44.68, \" 701.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [266, \"Evora;Mitra\", \"\", \"\", \"Portugal\", \"Europe\", 38.531, -8.011, \" 220.0\", \"2014-\", \"\", \"University of \\u00c9vora\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1789.0, 599.0, 2048.0], [267, \"Badajoz\", \"\", \"\", \"Spain\", \"Europe\", 38.886028, -7.00925, \" 190.0\", \"2008-\", \"\", \"University of Extremadura\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1796.0, 606.0, 2073.0], [268, \"Varennes\", \"\", \"Quebec\", \"Canada\", \"North America\", 45.6265, -73.38203, \" 22.0\", \"1995-\", \"\", \"Natural Resources Canada\", \"Complete station upgrade in 2017. Prior to 2017, station was rather unreliable and maintenance was less rigorous. Spectral radiation measurements using Spectrafy sensors also available.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1310.0, 562.0, 1420.0], [269, \"Shagaya\", \"\", \"\", \"Kuwait\", \"Asia\", 29.2099, 47.0603, \" 241.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [270, \"Kabed\", \"\", \"\", \"Kuwait\", \"Asia\", 29.173152, 47.728054, \" 76.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [271, \"Mutribah\", \"\", \"\", \"Kuwait\", \"Asia\", 29.9, 47.28, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [272, \"Sabryia\", \"\", \"\", \"Kuwait\", \"Asia\", 29.67, 47.93, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [273, \"Gudair\", \"\", \"\", \"Kuwait\", \"Asia\", 28.88, 47.71, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2124.0, 814.0, 1982.0], [274, \"<a href=\\\"https://litdb.fmi.fi/soundingst_radiation.php\\\">Arctic Space Centre Sodankyl\\u00e4 T\\u00e4htel\\u00e4</a>\", \"\", \"\", \"Finland\", \"Europe\", 67.36664, 26.628253, \" 195.0\", \"1998-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"Data is likely of poor quality. They can be downloaded from: https://en.ilmatieteenlaitos.fi/observation-stations\", \"Freely\", \"G;B;D;IR;UV\", \"Dfc\", \"Continental\", 1, 832.0, 449.0, 1015.0], [275, \"Odeillo\", \"\", \"\", \"France\", \"Europe\", 42.4942, 2.0295, \" 1530.0\", \"1996-?\", \"\", \"PROMES\", \"Altitude is approximate\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1504.0, 602.0, 1668.0], [277, \"<a href=\\\"https://solar.minenergia.cl/mediciones\\\">Crucero II</a>\", \"Crucero2\", \"\", \"Chile\", \"South America\", -22.27, -69.57, \" 1183.0\", \"2012-2022\", \"\", \"Ministry of Energy of Chile\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2621.0, 380.0, 3562.0], [288, \"Arica\", \"\", \"\", \"Chile\", \"South America\", -18.47, -70.31, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2029.0, 734.0, 1836.0], [289, \"Pozo Almonte\", \"\", \"\", \"Chile\", \"South America\", -20.25, -69.78, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [290, \"Patache\", \"\", \"\", \"Chile\", \"South America\", -20.8, -70.19, \"\", \"2013-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2033.0, 843.0, 1686.0], [291, \"Sur Viejo\", \"\", \"\", \"Chile\", \"South America\", -20.95, -69.54, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [292, \"Crucero\", \"\", \"\", \"Chile\", \"South America\", -22.27, -69.56, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [293, \"Coya Sur\", \"\", \"\", \"Chile\", \"South America\", -22.39, -69.62, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [294, \"San Pedro\", \"\", \"\", \"Chile\", \"South America\", -22.9, -68.19, \"\", \"2010-2011\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2639.0, 438.0, 3530.0], [295, \"El Tesoro\", \"\", \"\", \"Chile\", \"South America\", -22.93, -69.07, \"\", \"2009-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [296, \"Diego de Almagro\", \"\", \"\", \"Chile\", \"South America\", -26.38, -70.04, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2183.0, 646.0, 2409.0], [297, \"Santiago\", \"\", \"\", \"Chile\", \"South America\", -33.45, -70.65, \"\", \"2010-?\", \"FONDEF;WMO RRC\", \"\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1986.0, 551.0, 2398.0], [298, \"Curic\\u00f3\", \"\", \"\", \"Chile\", \"South America\", -34.97, -71.25, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1945.0, 474.0, 2478.0], [299, \"Talca\", \"\", \"\", \"Chile\", \"South America\", -35.42, -71.64, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 482.0, 2405.0], [300, \"Marimaura\", \"\", \"\", \"Chile\", \"South America\", -35.84, -71.61, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"Csb\", \"Temperate\", 2, 1902.0, 482.0, 2405.0], [301, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Nevada Regional Test Center</a>\", \"RTC-NV\", \"Nevada\", \"USA\", \"North America\", 36.0277, -114.9195, \" 701.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 474.0, 2807.0], [302, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">New Mexico Regional Test Center</a>\", \"RTC-NM\", \"New Mexico\", \"USA\", \"North America\", 35.0542, -106.5385, \" 1659.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [303, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Florida Regional Test Center</a>\", \"RTC-FL\", \"Florida\", \"USA\", \"North America\", 28.40509, -80.7709, \" 10.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 686.0, 1737.0], [304, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Vermont Regional Test Center</a>\", \"RTC-VT\", \"Vermont\", \"USA\", \"North America\", 44.4665, -73.1024, \" 107.0\", \"2014-2020\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1307.0, 580.0, 1350.0], [305, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Colorado Regional Test Center</a>\", \"RTC-CO\", \"Colorado\", \"USA\", \"North America\", 39.7407, -105.1771, \" 1783.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [306, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Michigan Regional Test Center</a>\", \"RTC-MI\", \"Michigan\", \"USA\", \"North America\", 47.1699, -88.5061, \" 336.0\", \"2021-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 588.0, 1259.0], [310, \"Cairo\", \"\", \"\", \"Egypt\", \"Africa\", 30.08, 31.28, \" 34.4\", \"2004-?\", \"WMO RRC\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [312, \"El-Farafra\", \"\", \"\", \"Egypt\", \"Africa\", 27.06, 27.99, \" 82.2\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 701.0, 2435.0], [314, \"Aswan\", \"\", \"\", \"Egypt\", \"Africa\", 23.97, 32.78, \" 192.5\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2394.0, 726.0, 2497.0], [320, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Broome Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -17.9475, 122.2352, \" 7.42\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2270.0, 558.0, 2624.0], [321, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Learmonth Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -22.2406, 114.0967, \" 5.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2329.0, 566.0, 2708.0], [322, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Geraldton Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -28.7953, 114.6975, \" 33.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csa\", \"Temperate\", 1, 2143.0, 580.0, 2529.0], [323, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Kalgoorlie-Boulder Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -30.7847, 121.4533, \" 365.3\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2084.0, 515.0, 2654.0], [324, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Tennant Creek Airport</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6423, 134.1833, \" 375.7\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2300.0, 533.0, 2730.0], [325, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Adelaide Airport</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -34.9524, 138.5196, \" 2.0\", \"2003-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1880.0, 573.0, 2263.0], [326, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mount Gambier Aero</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -37.7473, 140.7739, \" 63.0\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1657.0, 657.0, 1781.0], [327, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mildura Airport</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -34.2358, 142.0867, \" 50.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSk\", \"Dry\", 1, 1945.0, 551.0, 2435.0], [328, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Longreach Aero</a>\", \"\", \"Quennsland\", \"Australia\", \"Oceania\", -23.4397, 144.2828, \" 192.2\", \"2012-2015\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2245.0, 522.0, 2741.0], [329, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Melbourne Airport</a>\", \"\", \"Victoria\", \"Australia\", \"Oceania\", -37.6654, 144.8322, \" 113.4\", \"1999-?\", \"BOM;WMO RRC\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1650.0, 639.0, 1792.0], [330, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cape Grim</a>\", \"\", \"Tasmania\", \"Australia\", \"Oceania\", -40.6817, 144.6892, \" 95.0\", \"1997-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1496.0, 690.0, 1405.0], [331, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cairns Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -16.8736, 145.7458, \" 2.22\", \"1997-2004\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Am\", \"Tropical\", 1, 1978.0, 715.0, 1913.0], [332, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Wagga Wagga</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -35.1583, 147.4575, \" 212.0\", \"1997-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1847.0, 588.0, 2208.0], [333, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Rockhampton Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -23.3753, 150.4775, \" 10.4\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 2040.0, 617.0, 2321.0], [334, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Townsville</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -19.2483, 146.7661, \" 4.34\", \"2012-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2088.0, 639.0, 2281.0], [337, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chilakapalem</a>\", \"\", \"\", \"India\", \"Asia\", 18.27, 83.809, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 905.0, 1219.0], [338, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajahmundry</a>\", \"\", \"\", \"India\", \"Asia\", 17.065, 81.867, \" 93.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 872.0, 1343.0], [339, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadiri</a>\", \"\", \"\", \"India\", \"Asia\", 14.11, 78.147, \" 531.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [340, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tirupati</a>\", \"\", \"\", \"India\", \"Asia\", 13.627, 79.397, \" 190.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [341, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Guntur</a>\", \"\", \"\", \"India\", \"Asia\", 16.374, 80.526, \" 31.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1836.0, 942.0, 1252.0], [342, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Medak</a>\", \"\", \"\", \"India\", \"Asia\", 18.041, 78.266, \" 467.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 883.0, 1478.0], [343, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bilaspur</a>\", \"\", \"\", \"India\", \"Asia\", 22.075, 82.184, \" 267.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 810.0, 1486.0], [344, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Charanka</a>\", \"\", \"\", \"India\", \"Asia\", 23.893, 71.212, \" 12.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2022.0, 752.0, 1927.0], [345, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhogat</a>\", \"\", \"\", \"India\", \"Asia\", 22.029, 69.261, \" 14.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1997.0, 792.0, 1799.0], [346, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jambua</a>\", \"\", \"\", \"India\", \"Asia\", 22.216, 73.19, \" 29.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 796.0, 1716.0], [347, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Keshod</a>\", \"\", \"\", \"India\", \"Asia\", 21.275, 70.212, \" 61.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1938.0, 818.0, 1661.0], [348, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vartej</a>\", \"\", \"\", \"India\", \"Asia\", 21.741, 72.071, \" 30.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 792.0, 1716.0], [349, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Idar</a>\", \"\", \"\", \"India\", \"Asia\", 23.83, 73.003, \" 221.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 807.0, 1712.0], [350, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kotada Pitha</a>\", \"\", \"\", \"India\", \"Asia\", 21.948, 71.21, \" 207.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 825.0, 1672.0], [351, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrodi</a>\", \"\", \"\", \"India\", \"Asia\", 23.334, 70.637, \" 74.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 770.0, 1821.0], [352, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tharad</a>\", \"\", \"\", \"India\", \"Asia\", 24.377, 71.63, \" 67.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2029.0, 763.0, 1931.0], [353, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sadodar</a>\", \"\", \"\", \"India\", \"Asia\", 22.051, 70.235, \" 192.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1861.0], [354, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Leh</a>\", \"\", \"\", \"India\", \"Asia\", 34.14, 77.481, \" 3252.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 1847.0, 971.0, 1537.0], [355, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Haveri</a>\", \"\", \"\", \"India\", \"Asia\", 14.788, 75.345, \" 567.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1975.0, 880.0, 1566.0], [356, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gokak</a>\", \"\", \"\", \"India\", \"Asia\", 16.288, 74.835, \" 575.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 832.0, 1559.0], [357, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kalaburagi(Gulbarga)</a>\", \"\", \"\", \"India\", \"Asia\", 17.32, 76.855, \" 478.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 836.0, 1613.0], [358, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vijayapura(Bijapur)</a>\", \"\", \"\", \"India\", \"Asia\", 16.847, 75.752, \" 567.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 843.0, 1621.0], [359, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chitradurga</a>\", \"\", \"\", \"India\", \"Asia\", 14.216, 76.428, \" 760.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2015.0, 902.0, 1591.0], [360, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gwalior</a>\", \"\", \"\", \"India\", \"Asia\", 26.223, 78.19, \" 210.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1829.0, 792.0, 1562.0], [361, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajgarh</a>\", \"\", \"\", \"India\", \"Asia\", 23.987, 76.727, \" 412.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1887.0, 788.0, 1650.0], [362, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sitamau</a>\", \"\", \"\", \"India\", \"Asia\", 23.984, 75.331, \" 469.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1902.0, 777.0, 1694.0], [363, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karad</a>\", \"\", \"\", \"India\", \"Asia\", 17.31, 74.186, \" 599.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 836.0, 1588.0], [364, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shegaon</a>\", \"\", \"\", \"India\", \"Asia\", 20.78, 76.679, \" 288.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1916.0, 799.0, 1642.0], [365, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pandharpur</a>\", \"\", \"\", \"India\", \"Asia\", 17.656, 75.369, \" 480.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1971.0, 818.0, 1690.0], [366, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Amarsagar</a>\", \"\", \"\", \"India\", \"Asia\", 26.942, 70.874, \" 273.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 737.0, 2077.0], [367, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kota</a>\", \"\", \"\", \"India\", \"Asia\", 25.141, 75.81, \" 304.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 756.0, 1843.0], [368, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bodana</a>\", \"\", \"\", \"India\", \"Asia\", 27.606, 72.109, \" 168.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [369, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mathania</a>\", \"\", \"\", \"India\", \"Asia\", 26.516, 72.985, \" 271.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 697.0, 2161.0], [370, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sirohi</a>\", \"\", \"\", \"India\", \"Asia\", 24.517, 72.786, \" 362.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [371, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Abu Road</a>\", \"\", \"\", \"India\", \"Asia\", 24.519, 72.783, \" 276.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [372, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Phalodi</a>\", \"\", \"\", \"India\", \"Asia\", 27.118, 72.345, \" 242.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [373, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Balotra</a>\", \"\", \"\", \"India\", \"Asia\", 25.805, 72.237, \" 126.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [374, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ratangarh</a>\", \"\", \"\", \"India\", \"Asia\", 28.082, 74.6, \" 312.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1978.0, 745.0, 1894.0], [375, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ajmer</a>\", \"\", \"\", \"India\", \"Asia\", 26.4, 74.661, \" 501.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2004.0, 737.0, 1956.0], [376, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jodhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.271, 73.035, \" 233.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2062.0, 712.0, 2088.0], [377, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pokhran</a>\", \"\", \"\", \"India\", \"Asia\", 26.916, 71.928, \" 293.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2088.0, 741.0, 2062.0], [378, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bagora</a>\", \"\", \"\", \"India\", \"Asia\", 25.214, 72.018, \" 91.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [379, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chennai</a>\", \"\", \"\", \"India\", \"Asia\", 12.956, 80.217, \" 1.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 905.0, 1434.0], [380, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karaikudi</a>\", \"\", \"\", \"India\", \"Asia\", 10.086, 78.796, \" 101.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [381, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramanathapuram</a>\", \"\", \"\", \"India\", \"Asia\", 9.369, 78.77, \" 10.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2004.0, 986.0, 1402.0], [382, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kayathar</a>\", \"\", \"\", \"India\", \"Asia\", 8.945, 77.723, \" 102.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1891.0, 1018.0, 1194.0], [383, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Erode</a>\", \"\", \"\", \"India\", \"Asia\", 11.27, 77.604, \" 272.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1960.0, 953.0, 1387.0], [384, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Trichy</a>\", \"\", \"\", \"India\", \"Asia\", 10.76, 78.813, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [385, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vellore</a>\", \"\", \"\", \"India\", \"Asia\", 12.974, 79.159, \" 231.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 1000.0, 1292.0], [386, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Puducherry</a>\", \"\", \"\", \"India\", \"Asia\", 11.96, 79.811, \" 36.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 967.0, 1336.0], [387, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Port Blair</a>\", \"\", \"\", \"India\", \"Asia\", 11.614, 92.716, \" 65.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1832.0, 898.0, 1299.0], [388, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadapa</a>\", \"\", \"\", \"India\", \"Asia\", 14.52, 78.785, \" 145.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [389, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mahbubnagar</a>\", \"\", \"\", \"India\", \"Asia\", 16.698, 77.94, \" 461.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 887.0, 1577.0], [390, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Warangal</a>\", \"\", \"\", \"India\", \"Asia\", 18.075, 79.705, \" 278.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1894.0, 861.0, 1471.0], [391, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Itanagar</a>\", \"\", \"\", \"India\", \"Asia\", 27.1, 93.62, \" 333.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1292.0, 719.0, 945.0], [392, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pasighat</a>\", \"\", \"\", \"India\", \"Asia\", 28.047, 95.334, \" 152.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1325.0, 697.0, 1058.0], [393, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silchar</a>\", \"\", \"\", \"India\", \"Asia\", 24.759, 92.791, \" 45.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1657.0, 880.0, 1190.0], [394, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tezpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.699, 92.833, \" 83.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1584.0, 832.0, 1175.0], [395, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.837, 84.284, \" 104.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1803.0, 799.0, 1482.0], [396, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Muzaffarpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.141, 85.367, \" 49.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1705.0, 839.0, 1281.0], [397, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Purnea</a>\", \"\", \"\", \"India\", \"Asia\", 25.798, 87.504, \" 30.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1668.0, 843.0, 1237.0], [398, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandigarh</a>\", \"\", \"\", \"India\", \"Asia\", 30.748, 76.756, \" 346.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1883.0, 756.0, 1781.0], [399, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ambikapur</a>\", \"\", \"\", \"India\", \"Asia\", 23.149, 83.149, \" 603.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 821.0, 1413.0], [400, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silvassa</a>\", \"\", \"\", \"India\", \"Asia\", 20.215, 73.037, \" 61.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 829.0, 1537.0], [401, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Panaji</a>\", \"\", \"\", \"India\", \"Asia\", 15.412, 73.977, \" 114.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1924.0, 825.0, 1555.0], [402, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Surat</a>\", \"\", \"\", \"India\", \"Asia\", 21.165, 74.783, \" 34.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [403, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murthal</a>\", \"\", \"\", \"India\", \"Asia\", 29.028, 77.057, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1756.0, 825.0, 1427.0], [404, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Solan</a>\", \"\", \"\", \"India\", \"Asia\", 30.853, 77.17, \" 1231.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [405, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palampur</a>\", \"\", \"\", \"India\", \"Asia\", 32.098, 76.548, \" 1268.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1697.0, 788.0, 1548.0], [406, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kargil</a>\", \"\", \"\", \"India\", \"Asia\", 34.554, 76.139, \" 2856.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 850.0, 1610.0], [407, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Katra</a>\", \"\", \"\", \"India\", \"Asia\", 32.94, 74.953, \" 670.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1869.0, 701.0, 1909.0], [408, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Deoghar</a>\", \"\", \"\", \"India\", \"Asia\", 24.513, 86.656, \" 262.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1723.0, 839.0, 1299.0], [409, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jamshedpur</a>\", \"\", \"\", \"India\", \"Asia\", 22.777, 86.144, \" 182.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1734.0, 843.0, 1296.0], [410, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ranchi</a>\", \"\", \"\", \"India\", \"Asia\", 23.443, 85.255, \" 738.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 843.0, 1278.0], [411, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mysuru (Mysore)</a>\", \"\", \"\", \"India\", \"Asia\", 12.371, 76.584, \" 799.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 989.0, 1329.0], [412, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Alappuzha</a>\", \"\", \"\", \"India\", \"Asia\", 9.46, 76.331, \" 19.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 949.0, 1296.0], [413, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kannur</a>\", \"\", \"\", \"India\", \"Asia\", 11.985, 75.385, \" 70.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 902.0, 1361.0], [414, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Indore</a>\", \"\", \"\", \"India\", \"Asia\", 22.689, 75.874, \" 565.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1894.0, 785.0, 1650.0], [415, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jabalpur</a>\", \"\", \"\", \"India\", \"Asia\", 23.201, 79.912, \" 385.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1865.0, 788.0, 1606.0], [416, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Khandwa</a>\", \"\", \"\", \"India\", \"Asia\", 21.815, 76.369, \" 308.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1902.0, 759.0, 1697.0], [417, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rewa</a>\", \"\", \"\", \"India\", \"Asia\", 24.555, 81.313, \" 315.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1865.0, 770.0, 1639.0], [418, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhandara</a>\", \"\", \"\", \"India\", \"Asia\", 21.157, 79.578, \" 274.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [419, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalgaon</a>\", \"\", \"\", \"India\", \"Asia\", 21.002, 75.548, \" 254.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1909.0, 759.0, 1712.0], [420, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shahada</a>\", \"\", \"\", \"India\", \"Asia\", 21.571, 74.484, \" 117.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [421, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nashik</a>\", \"\", \"\", \"India\", \"Asia\", 19.966, 73.661, \" 688.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [422, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Osmanabad</a>\", \"\", \"\", \"India\", \"Asia\", 18.145, 76.061, \" 70.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1931.0, 839.0, 1588.0], [423, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Wardha</a>\", \"\", \"\", \"India\", \"Asia\", 20.738, 78.592, \" 297.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1887.0, 818.0, 1562.0], [424, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Imphal</a>\", \"\", \"\", \"India\", \"Asia\", 24.802, 93.905, \" 762.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1661.0, 902.0, 1183.0], [425, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tura</a>\", \"\", \"\", \"India\", \"Asia\", 25.525, 90.21, \" 397.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1577.0, 821.0, 1183.0], [426, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aizawl</a>\", \"\", \"\", \"India\", \"Asia\", 23.743, 92.719, \" 1188.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1694.0, 945.0, 1139.0], [427, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kohima</a>\", \"\", \"\", \"India\", \"Asia\", 25.705, 94.056, \" 1340.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1540.0, 847.0, 1117.0], [428, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bargarh</a>\", \"\", \"\", \"India\", \"Asia\", 21.32, 83.525, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 821.0, 1471.0], [429, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhubaneshwar</a>\", \"\", \"\", \"India\", \"Asia\", 20.349, 85.89, \" 20.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1737.0, 876.0, 1234.0], [430, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Similiguda</a>\", \"\", \"\", \"India\", \"Asia\", 18.683, 82.833, \" 920.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1759.0, 839.0, 1332.0], [431, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rourkela</a>\", \"\", \"\", \"India\", \"Asia\", 22.253, 84.901, \" 220.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1803.0, 803.0, 1486.0], [432, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Talwandi Sabo</a>\", \"\", \"\", \"India\", \"Asia\", 29.961, 75.122, \" 341.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1810.0, 818.0, 1511.0], [433, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kapurthala</a>\", \"\", \"\", \"India\", \"Asia\", 31.356, 75.444, \" 240.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1748.0, 814.0, 1456.0], [434, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jaipur</a>\", \"\", \"\", \"India\", \"Asia\", 26.809, 75.862, \" 403.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1902.0], [435, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gangtok</a>\", \"\", \"\", \"India\", \"Asia\", 27.373, 88.6, \" 1920.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1471.0, 788.0, 1146.0], [436, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Agartala</a>\", \"\", \"\", \"India\", \"Asia\", 23.839, 91.423, \" 71.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1705.0, 880.0, 1270.0], [437, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Banda</a>\", \"\", \"\", \"India\", \"Asia\", 25.451, 80.345, \" 133.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 799.0, 1434.0], [438, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gorakhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.73, 83.434, \" 71.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 818.0, 1321.0], [439, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.493, 80.272, \" 130.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1770.0, 796.0, 1449.0], [440, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Moradabad</a>\", \"\", \"\", \"India\", \"Asia\", 28.872, 78.758, \" 200.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1730.0, 821.0, 1372.0], [441, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sultanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.288, 82.082, \" 90.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1719.0, 807.0, 1347.0], [442, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Dehradun</a>\", \"\", \"\", \"India\", \"Asia\", 30.416, 77.967, \" 844.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [443, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nainital</a>\", \"\", \"\", \"India\", \"Asia\", 29.357, 79.551, \" 1323.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1781.0, 788.0, 1602.0], [444, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murshidabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.1, 88.54, \" 40.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"Coordinates were updated as they were incorrect on the website.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1624.0, 850.0, 1153.0], [445, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalpaiguri</a>\", \"\", \"\", \"India\", \"Asia\", 26.546, 88.703, \" 87.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1559.0, 836.0, 1106.0], [446, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 19.868, 75.323, \" 576.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 799.0, 1668.0], [447, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nanded</a>\", \"\", \"\", \"India\", \"Asia\", 19.111, 77.293, \" 392.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1905.0, 839.0, 1548.0], [448, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Thane</a>\", \"\", \"\", \"India\", \"Asia\", 19.214, 73.183, \" 40.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [449, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pune (Manchar)</a>\", \"\", \"\", \"India\", \"Asia\", 18.988, 73.963, \" 685.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [450, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Washim</a>\", \"\", \"\", \"India\", \"Asia\", 20.101, 77.137, \" 546.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1902.0, 814.0, 1588.0], [451, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Latur</a>\", \"\", \"\", \"India\", \"Asia\", 18.4, 76.56, \" 638.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1931.0, 839.0, 1588.0], [452, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nagpur</a>\", \"\", \"\", \"India\", \"Asia\", 21.12, 79.051, \" 303.0\", \"2016-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [453, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrapur</a>\", \"\", \"\", \"India\", \"Asia\", 19.921, 79.319, \" 208.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 832.0, 1493.0], [454, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palakkad</a>\", \"\", \"\", \"India\", \"Asia\", 10.613, 76.716, \" 92.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1821.0, 993.0, 1150.0], [455, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramakkalmedu</a>\", \"\", \"\", \"India\", \"Asia\", 9.816, 77.241, \" 1045.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 953.0, 1274.0], [456, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Uyaynah Research Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.90689, 46.39721, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [457, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdullah University of Science and Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.3065, 39.10701, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 781.0, 2135.0], [458, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">University of Dammam</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.39519, 50.18898, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1913.0, 905.0, 1482.0], [459, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University Main Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.49604, 39.24492, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [460, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Qassim University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.34668, 43.76645, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [461, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Jazan University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.96035, 42.54586, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [462, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Faisal University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.34616, 49.5956, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [463, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Taif University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.43278, 40.49173, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 825.0, 2172.0], [464, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Wadi Addawasir College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.43008, 44.89433, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [465, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tabuk University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38287, 36.48396, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [466, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Wajh Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.2561, 36.443, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 715.0, 2365.0], [467, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Royal Commission of Yanbu</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14434, 37.94569, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 748.0, 2267.0], [468, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Arar Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 30.918154, 41.079801, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2190.0, 712.0, 2307.0], [469, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Jouf Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79383, 40.04886, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [470, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Rania Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.21499, 42.84852, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2303.0, 774.0, 2234.0], [471, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Baha University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.17933, 41.63561, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 770.0, 2197.0], [472, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Al Khafji)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.50671, 48.45504, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1869.0, 905.0, 1456.0], [473, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Najran University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.63228, 44.53735, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2402.0, 788.0, 2329.0], [474, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE City Site Tier 2 Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.52958, 46.43635, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [475, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE Building Olaya St</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.70814, 46.67896, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [476, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Fahd University of Petroleum & Minerals</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.30355, 50.14412, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 1913.0, 905.0, 1482.0], [477, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University East Hada Alsham Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.80117, 39.72854, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [478, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Aflaaj Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.27948, 46.73319, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2321.0, 836.0, 2164.0], [479, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Afif Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 23.92118, 42.94815, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 774.0, 2256.0], [480, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Dawadmi College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.5569, 44.47411, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2270.0, 796.0, 2179.0], [481, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Shaqra University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.17279, 45.14198, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [482, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Majmaah University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.85891, 45.41889, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [483, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Salmanbin Abdulaziz University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14717, 47.26999, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 821.0, 2128.0], [484, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Timaa Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.61727, 38.5252, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 734.0, 2402.0], [485, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Hagl)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.28997, 34.93002, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 631.0, 2540.0], [486, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Duba Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.34103, 35.72295, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2281.0, 617.0, 2559.0], [487, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Hanakiyah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.85577, 40.536, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 756.0, 2245.0], [488, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Umluj)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.00411, 37.27382, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2289.0, 679.0, 2449.0], [489, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Desalination Research Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.9042, 49.76274, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2099.0, 942.0, 1697.0], [490, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Sharurah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47586, 47.08618, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2442.0, 788.0, 2380.0], [491, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Qunfudhah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 19.15197, 41.08111, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2201.0, 839.0, 1960.0], [492, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University (Osfan Campus)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.89252, 39.2539, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [493, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Hafar Al Batin Technical College</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.33202, 45.95708, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2186.0, 766.0, 2150.0], [494, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tuhamat Qahtan Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.7749, 43.17555, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2300.0, 785.0, 2212.0], [495, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Farasan)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.692097, 42.098767, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2172.0, 883.0, 1799.0], [496, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Saud University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.72359, 46.61639, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [497, \"Thiruvananthapuram\", \"TRV\", \"\", \"India\", \"Asia\", 8.48, 76.95, \" 60.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1956.0, 916.0, 1409.0], [498, \"Bangalore\", \"BNG\", \"\", \"India\", \"Asia\", 12.96, 77.58, \" 921.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1964.0, 956.0, 1416.0], [499, \"Hyderabad\", \"HYD\", \"\", \"India\", \"Asia\", 17.45, 78.46, \" 530.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1924.0, 880.0, 1500.0], [500, \"Pune\", \"PNE\", \"\", \"India\", \"Asia\", 18.53, 73.85, \" 555.0\", \"1986-?\", \"WMO RRC\", \"India Meteorological Department (IMD)\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [501, \"Bhopal\", \"BHP\", \"\", \"India\", \"Asia\", 23.28, 77.35, \" 523.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1880.0, 785.0, 1642.0], [502, \"Ranchi\", \"RNC\", \"\", \"India\", \"Asia\", 23.31, 85.31, \" 652.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1708.0, 843.0, 1278.0], [503, \"Varanasi\", \"VNS\", \"\", \"India\", \"Asia\", 25.3, 83.01, \" 90.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1734.0, 839.0, 1307.0], [504, \"Patna\", \"PTN\", \"\", \"India\", \"Asia\", 25.6, 85.16, \" 51.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1726.0, 821.0, 1340.0], [505, \"Jaipur\", \"JPR\", \"\", \"India\", \"Asia\", 26.81, 75.8, \" 390.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1978.0, 745.0, 1902.0], [506, \"New Delhi\", \"NDL\", \"\", \"India\", \"Asia\", 28.48, 77.13, \" 273.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1778.0, 807.0, 1482.0], [507, \"Srinagar\", \"SRN\", \"\", \"India\", \"Asia\", 34.08, 74.83, \" 1585.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1730.0, 763.0, 1653.0], [508, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/index.html#/search/station/stationReportDetails/0-20008-0-TOT\\\">Toronto</a>\", \"TOT\", \"Ontario\", \"Canada\", \"North America\", 43.783333, -79.466667, \" 198.0\", \"2014-\", \"WMO GAW;WMO RRC\", \"Environment Canada\", \"\", \"\", \"G;RSI\", \"Dfb\", \"Continental\", 2, 1358.0, 569.0, 1413.0], [509, \"Peshawar\", \"\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \" 370.0\", \"2015-\", \"\", \"University of Engineering and Technology Peshawar\", \"\", \"\", \"G;RSI\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [510, \"Uccle\", \"\", \"\", \"Belgium\", \"Europe\", 50.798, 4.359, \" 101.0\", \"2014-\", \"WMO RRC\", \"Royal Meteorological Institute of Belgium (RMI)\", \"Probably got the tracker in 2014.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1121.0, 580.0, 1077.0], [511, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Mohe</a>\", \"\", \"\", \"China\", \"Asia\", 52.97, 122.52, \" 438.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dwc\", \"Continental\", 1, 1299.0, 599.0, 1646.0], [512, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xilinhot</a>\", \"\", \"\", \"China\", \"Asia\", 44.13, 116.33, \" 1107.0\", \"2007-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1639.0, 617.0, 1989.0], [513, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Yanqi</a>\", \"\", \"\", \"China\", \"Asia\", 42.05, 86.61, \" 1056.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BWk\", \"Dry\", 1, 1690.0, 675.0, 1880.0], [514, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Shangdianzi</a>\", \"\", \"\", \"China\", \"Asia\", 40.65, 117.12, \" 293.3\", \"2013-\", \"CBSRN;WMO GAW\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1548.0, 602.0, 1789.0], [515, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xuchang</a>\", \"\", \"\", \"China\", \"Asia\", 34.07, 113.93, \" 67.2\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1361.0, 708.0, 1077.0], [516, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Wenjiang</a>\", \"\", \"\", \"China\", \"Asia\", 30.75, 103.86, \" 547.7\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1117.0, 675.0, 694.0], [517, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Dali</a>\", \"\", \"\", \"China\", \"Asia\", 25.71, 100.18, \" 1990.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1719.0, 792.0, 1533.0], [518, \"<a href=\\\"http://climate.lzu.edu.cn/info/1046/1080.htm\\\">Semi-Arid Climate & Environment Observatory of Lanzhou University</a>\", \"SACOL\", \"\", \"China\", \"Asia\", 35.946, 104.13708, \" 1965.8\", \"2005-\", \"\", \"Lanzhou University\", \"\", \"\", \"G;B;D;RSR;UV\", \"BSk\", \"Dry\", 1, 1577.0, 712.0, 1478.0], [519, \"Wuhan University\", \"WHU\", \"\", \"China\", \"Asia\", 30.533, 114.35, \" 30.0\", \"2006-?\", \"\", \"Wuhan University\", \"\", \"\", \"G;B;D;PAR\", \"Cfa\", \"Temperate\", 1, 1288.0, 697.0, 927.0], [520, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-WLG\\\">Mt. Waliguan</a>\", \"\", \"\", \"China\", \"Asia\", 36.28749, 100.8963, \" 3810.0\", \"2011-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D;IR\", \"Dwc\", \"Continental\", 1, 1759.0, 807.0, 1679.0], [521, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-LFS\\\">Longfengshan</a>\", \"\", \"\", \"China\", \"Asia\", 44.7299, 127.5999, \" 331.0\", \"2009-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D\", \"Dwa\", \"Continental\", 1, 1420.0, 653.0, 1533.0], [522, \"Linan\", \"\", \"\", \"China\", \"Asia\", 30.3, 119.73, \" 138.0\", \"2005-\", \"WMO GAW\", \"China Meteorological Administration\", \"\", \"\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1274.0, 664.0, 967.0], [523, \"<a href=\\\"https://www.sintef.no/projectweb/solarlab/sintef-node/pv-metering/\\\">Trondheim</a>\", \"\", \"\", \"Norway\", \"Europe\", 63.4171, 10.4047, \" 89.0\", \"2022-\", \"\", \"Sintef\", \"10 second data\", \"Not available\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 850.0, 453.0, 967.0], [524, \"Sanya\", \"\", \"\", \"China\", \"Asia\", 18.23, 109.52, \" 5.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1686.0, 854.0, 1208.0], [525, \"Guangzhou\", \"\", \"\", \"China\", \"Asia\", 23.17, 113.33, \" 6.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1376.0, 734.0, 982.0], [526, \"Kunming\", \"\", \"\", \"China\", \"Asia\", 25.02, 102.68, \" 1891.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwb\", \"Temperate\", 2, 1632.0, 766.0, 1402.0], [527, \"Wuhan\", \"\", \"\", \"China\", \"Asia\", 30.62, 114.13, \" 23.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1288.0, 697.0, 927.0], [528, \"Shanghai\", \"\", \"\", \"China\", \"Asia\", 31.4, 121.48, \" 3.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1372.0, 712.0, 1062.0], [529, \"Chengdu\", \"\", \"\", \"China\", \"Asia\", 30.67, 104.02, \" 506.1\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1150.0, 697.0, 697.0], [530, \"Zhengzhou\", \"\", \"\", \"China\", \"Asia\", 34.72, 113.65, \" 110.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1361.0, 708.0, 1077.0], [531, \"Beijing\", \"\", \"\", \"China\", \"Asia\", 39.8, 116.47, \" 54.0\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1456.0, 653.0, 1445.0], [532, \"Haerbin\", \"\", \"\", \"China\", \"Asia\", 45.75, 126.77, \" 142.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1427.0, 628.0, 1621.0], [533, \"Shenyang\", \"\", \"\", \"China\", \"Asia\", 41.73, 123.45, \" 42.8\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1445.0, 639.0, 1515.0], [534, \"Ejinaqi\", \"\", \"\", \"China\", \"Asia\", 41.95, 101.07, \" 940.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1821.0, 620.0, 2194.0], [535, \"Wulumuqi\", \"\", \"\", \"China\", \"Asia\", 43.78, 87.65, \" 917.9\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1584.0, 653.0, 1723.0], [536, \"Kashi\", \"\", \"\", \"China\", \"Asia\", 39.47, 75.98, \" 1288.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1752.0, 661.0, 1971.0], [537, \"Lanzhou\", \"\", \"\", \"China\", \"Asia\", 36.05, 103.88, \" 1517.2\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1657.0, 704.0, 1668.0], [538, \"Lasa\", \"\", \"\", \"China\", \"Asia\", 29.67, 91.13, \" 3648.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 2000.0, 839.0, 2029.0], [539, \"Geermu\", \"\", \"\", \"China\", \"Asia\", 36.42, 94.9, \" 2807.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1931.0, 730.0, 2110.0], [540, \"Fairbanks\", \"\", \"Alaska\", \"USA\", \"North America\", 64.853, -147.8603, \" 138.0\", \"2018-\", \"\", \"University of Alaska Fairbanks (UAF)\", \"Cleaned once a week. Also measures soiling and albedo.\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [541, \"Turku\", \"\", \"\", \"Finland\", \"Europe\", 60.4484, 22.2976, \" 60.0\", \"2019-\", \"\", \"New Energy Research Center (NERC)\", \"Located ontop of tall building.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [542, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Caceres</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.4722, -6.3394, \" 405.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1785.0, 591.0, 2088.0], [543, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Cordoba</a>\", \"\", \"\", \"Spain\", \"Europe\", 37.8444, -4.8506, \" 91.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1836.0, 635.0, 2077.0], [544, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Lleida</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.6258, 0.595, \" 192.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1694.0, 599.0, 1949.0], [545, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Madrid</a>\", \"\", \"\", \"Spain\", \"Europe\", 40.4528, -3.7242, \" 664.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1730.0, 624.0, 1967.0], [546, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Malaga</a>\", \"\", \"\", \"Spain\", \"Europe\", 36.7192, -4.4803, \" 60.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1861.0, 588.0, 2135.0], [547, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Murcia</a>\", \"\", \"\", \"Spain\", \"Europe\", 38.0028, -1.1694, \" 62.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1796.0, 661.0, 1997.0], [548, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Oviedo</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3536, -5.8733, \" 336.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1318.0, 642.0, 1226.0], [549, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Palma</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.5667, 2.7439, \" 4.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1697.0, 646.0, 1785.0], [550, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Bartolome Tirajana</a>\", \"\", \"\", \"Canary Islands\", \"Africa\", 27.7581, -15.5756, \" 50.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BWk\", \"Dry\", 1, 2073.0, 715.0, 2084.0], [551, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Sebastian</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3075, -2.0394, \" 252.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1340.0, 624.0, 1270.0], [552, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Soria</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.7667, -2.4667, \" 1082.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1639.0, 650.0, 1778.0], [553, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">A Coruna</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3672, -8.4194, \" 58.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1402.0, 646.0, 1340.0], [554, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Valladolid</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.65, -4.7667, \" 735.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1672.0, 672.0, 1778.0], [555, \"<a href=\\\"https://antartida.aemet.es/index.php?pag=tiemporeal\\\">Juan Carlos I</a>\", \"\", \"\", \"Antarctica\", \"Antarctica\", -62.66325, -60.38959, \" 12.0\", \"2003-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"EF\", \"Polar\", 1, 854.0, 515.0, 766.0], [556, \"Gantner\", \"\", \"Arizona\", \"USA\", \"North America\", 33.4239, -111.9098, \" 357.0\", \"2010-\", \"\", \"Gantner Instruments\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2128.0, 478.0, 2814.0], [557, \"<a href=\\\"https://geo-summit.org/instruments\\\">Summit Station</a>\", \"\", \"\", \"Greenland\", \"North America\", 72.579583, -38.459186, \" 3216.0\", \"?\", \"\", \"Battelle Arctic Research Operations (ARO)\", \"Frequent issues with tracker malfunction resulting in many outages.\", \"Upon request\", \"G;B;D\", \"EF\", \"Polar\", 1, 1164.0, 591.0, 1548.0], [558, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-BKT\\\">Bukit Kototabang</a>\", \"BKT\", \"\", \"Indonesia\", \"Asia\", -0.20194, 100.31805, \" 864.0\", \"2015-?\", \"WMO GAW\", \"BMKG\", \"\", \"\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1701.0, 1029.0, 923.0], [559, \"Freiburg\", \"\", \"\", \"Germany\", \"Europe\", 48.0114, 7.837, \" 253.0\", \"2018-?\", \"\", \"Fraunhofer\", \"The coordinates were derived from https://www.sciencedirect.com/science/article/pii/S0038092X24000136\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1212.0, 591.0, 1175.0], [560, \"Aggeneys\", \"\", \"\", \"South Africa\", \"Africa\", -29.2945, 18.8155, \" 789.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2329.0, 431.0, 3110.0], [561, \"Helios\", \"\", \"\", \"South Africa\", \"Africa\", -30.5011, 19.5607, \" 905.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2267.0, 438.0, 3055.0], [562, \"Carouge (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.176, 6.139, \" 432.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [563, \"Bernex (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.172, 6.067, \" 473.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;SPN1\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [564, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UTPASRL\\\">Edinburg</a>\", \"UTRGV SRL\", \"Texas\", \"USA\", \"North America\", 26.3059, -98.1716, \" 45.0\", \"2011-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 1854.0, 646.0, 1902.0], [565, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ULL\\\">Lafayette</a>\", \"UL\", \"Louisiana\", \"USA\", \"North America\", 30.205, -92.3979, \" 5.0\", \"2018-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1694.0, 668.0, 1690.0], [566, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UFL\\\">University of Florida</a>\", \"UF\", \"Florida\", \"USA\", \"North America\", 29.626968, -82.360851, \" 27.4\", \"2022-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 664.0, 1854.0], [567, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UNLV\\\">University of Nevada</a>\", \"UNLV\", \"Nevada\", \"USA\", \"North America\", 36.107, -115.1425, \" 615.0\", \"2006-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;UV\", \"BWh\", \"Dry\", 1, 2062.0, 478.0, 2800.0], [568, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UAT\\\">SOLRMAP University of Arizona</a>\", \"UA OASIS\", \"Arizona\", \"USA\", \"North America\", 32.22969, -110.95534, \" 786.0\", \"2010-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 496.0, 2774.0], [569, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ORNL\\\">Oak Ridge</a>\", \"OAK\", \"Tennessee\", \"USA\", \"North America\", 35.92996, -84.30952, \" 245.0\", \"2007-2019\", \"\", \"NREL\", \"\", \"Freely\", \"G;RSR\", \"Cfa\", \"Temperate\", 2, 1584.0, 646.0, 1610.0], [570, \"Adam\", \"\", \"\", \"Oman\", \"Asia\", 22.2072, 57.523, \" 250.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [571, \"Manah\", \"\", \"\", \"Oman\", \"Asia\", 22.6031, 57.6672, \" 345.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [572, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.86, -147.87, \" 138.0\", \"1981-1984\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [573, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Atlanta</a>\", \"\", \"Georgia\", \"USA\", \"North America\", 33.77, -84.38, \" 327.0\", \"1980-1981\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1657.0, 650.0, 1690.0], [574, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Albany</a>\", \"\", \"New York\", \"USA\", \"North America\", 42.7, -73.83, \" 72.0\", \"1979-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1380.0, 584.0, 1449.0], [575, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">San Antonio</a>\", \"\", \"Texas\", \"USA\", \"North America\", 29.46, -98.49, \" 253.0\", \"1981-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1770.0, 635.0, 1851.0], [576, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alamosa</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 37.48, -105.87, \" 2304.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1938.0, 580.0, 2431.0], [577, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Mandalay</a>\", \"\", \"California\", \"USA\", \"North America\", 34.2, -119.25, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2022.0, 485.0, 2650.0], [578, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.17, -106.6, \" 1577.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [579, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Moorpark</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -118.9, \" 140.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [580, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alhambra</a>\", \"\", \"California\", \"USA\", \"North America\", 34.08, -118.15, \" 143.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [581, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Page</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 36.92, -111.45, \" 1329.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2048.0, 511.0, 2719.0], [582, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alpine</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.85, -116.1, \" 625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [583, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Palm Springs</a>\", \"\", \"California\", \"USA\", \"North America\", 33.78, -116.47, \" 93.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2135.0, 467.0, 2843.0], [584, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Arrowhead</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -117.22, \" 1542.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [585, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pardee</a>\", \"\", \"California\", \"USA\", \"North America\", 34.45, -118.58, \" 315.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [586, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Barstow</a>\", \"\", \"California\", \"USA\", \"North America\", 34.88, -117.0, \" 664.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [587, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Parker</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.15, -114.3, \" 126.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 460.0, 2909.0], [588, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Blythe</a>\", \"\", \"California\", \"USA\", \"North America\", 33.6, -114.6, \" 81.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 460.0, 2913.0], [589, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.57, -113.93, \" 381.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2157.0, 464.0, 2894.0], [590, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Boulder City</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.02, -114.77, \" 457.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2073.0, 474.0, 2807.0], [591, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pueblo</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 38.27, -104.62, \" 1481.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 566.0, 2289.0], [592, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Carlsbad</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.33, \" 23.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [593, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ramona</a>\", \"\", \"California\", \"USA\", \"North America\", 33.0, -116.75, \" 527.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2135.0, 467.0, 2843.0], [594, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Cheyenne</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 41.13, -104.82, \" 1876.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 580.0, 2029.0], [595, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Reno</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.5, -119.78, \" 1341.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1920.0, 507.0, 2522.0], [596, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Chula Vista</a>\", \"\", \"California\", \"USA\", \"North America\", 32.67, -117.03, \" 20.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [597, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Rialto</a>\", \"\", \"California\", \"USA\", \"North America\", 34.1, -117.35, \" 369.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [598, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 1 (SE)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.65, -104.85, \" 1628.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [599, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ridge Crest</a>\", \"\", \"California\", \"USA\", \"North America\", 35.62, -117.67, \" 696.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 434.0, 2935.0], [600, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 2 (Holly)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.75, -104.9, \" 1625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [601, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Saguaro</a>\", \"\", \"California\", \"USA\", \"North America\", 32.55, -111.3, \" 588.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2154.0, 478.0, 2843.0], [602, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Eldorado</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 35.8, -115.0, \" 547.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2110.0, 471.0, 2862.0], [603, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Diego</a>\", \"\", \"California\", \"USA\", \"North America\", 32.72, -117.17, \" 18.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [604, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Cajon</a>\", \"\", \"California\", \"USA\", \"North America\", 32.78, -116.97, \" 140.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [605, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Pedro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.75, -118.28, \" 12.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [606, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Segundo</a>\", \"\", \"California\", \"USA\", \"North America\", 33.9, -118.42, \" 12.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1847.0, 694.0, 1916.0], [607, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Spring Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 32.73, -116.92, \" 216.0\", \"1978-1979\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [608, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Toro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.63, -117.7, \" 110.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [609, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">St Johns</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.57, -109.3, \" 1815.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2051.0, 522.0, 2672.0], [610, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Escondido</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.1, \" 216.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [611, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Sun Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.25, -118.38, \" 277.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [612, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Gila Bend</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.93, -112.72, \" 224.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2168.0, 471.0, 2884.0], [613, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Tucson</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.17, -110.9, \" 794.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2121.0, 496.0, 2774.0], [614, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Huntington Beach</a>\", \"\", \"California\", \"USA\", \"North America\", 33.65, -117.98, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [615, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Victorville</a>\", \"\", \"California\", \"USA\", \"North America\", 34.55, -117.28, \" 870.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [616, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Imperial</a>\", \"\", \"California\", \"USA\", \"North America\", 32.82, -115.38, \"-6.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2179.0, 449.0, 2920.0], [617, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Villa Park</a>\", \"\", \"California\", \"USA\", \"North America\", 33.82, -117.85, \" 78.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [618, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Inglewood</a>\", \"\", \"California\", \"USA\", \"North America\", 33.95, -118.38, \" 30.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [619, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Visalia</a>\", \"\", \"California\", \"USA\", \"North America\", 36.33, -119.28, \" 102.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [620, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Laguna Bell</a>\", \"\", \"California\", \"USA\", \"North America\", 33.97, -118.15, \" 41.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [621, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Walnut</a>\", \"\", \"California\", \"USA\", \"North America\", 34.0, -117.97, \" 107.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [622, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Lancaster</a>\", \"\", \"California\", \"USA\", \"North America\", 34.7, -118.15, \" 715.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [623, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.45, \" 122.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [624, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.15, -115.17, \" 634.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [625, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.18, -118.57, \" 241.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [626, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.23, \" 88.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [627, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Yucca Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.12, -116.42, \" 1024.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [628, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Bluefield State College</a>\", \"\", \"West Virginia\", \"USA\", \"North America\", 37.27, -81.24, \" 803.0\", \"1985-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfb\", \"Temperate\", 2, 1486.0, 646.0, 1467.0], [629, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Elizabeth City State University</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 36.3, -76.25, \" 4.0\", \"1990-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband until 1995. In 1996 it was measured with a shading disk on a tracker.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1599.0, 617.0, 1712.0], [630, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Mississippi Valley State University</a>\", \"\", \"Mississippi\", \"USA\", \"North America\", 33.5, -90.33, \" 52.0\", \"1992-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1686.0, 617.0, 1785.0], [631, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Montgomery</a>\", \"\", \"Alabama\", \"USA\", \"North America\", 32.3, -86.4, \" 68.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1690.0, 646.0, 1734.0], [632, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.82, -147.87, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 956.0, 467.0, 1259.0], [633, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.43, -112.02, \" 339.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 474.0, 2851.0], [634, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fresno</a>\", \"\", \"California\", \"USA\", \"North America\", 36.77, -119.72, \" 102.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [635, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 33.93, -118.4, \" 36.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [636, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boulder</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 40.1, -105.25, \" 1634.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 664.0, 1894.0], [637, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Grand Junction</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.12, -108.53, \" 1473.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1836.0, 613.0, 2234.0], [638, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Miami</a>\", \"\", \"Florida\", \"USA\", \"North America\", 25.82, -80.28, \" 8.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Am\", \"Tropical\", 2, 1840.0, 737.0, 1756.0], [639, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Tallahassee</a>\", \"\", \"Florida\", \"USA\", \"North America\", 30.38, -84.37, \" 18.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1752.0, 653.0, 1818.0], [640, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Honolulu</a>\", \"\", \"Hawaii\", \"USA\", \"North America\", 21.32, -157.92, \" 2.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2073.0, 661.0, 2139.0], [641, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boise</a>\", \"\", \"Idaho\", \"USA\", \"North America\", 43.57, -116.22, \" 873.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1672.0, 533.0, 2080.0], [642, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Indianapolis</a>\", \"\", \"Indiana\", \"USA\", \"North America\", 39.73, -86.27, \" 244.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1475.0, 620.0, 1500.0], [643, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Dodge City</a>\", \"\", \"Kansas\", \"USA\", \"North America\", 37.77, -99.97, \" 795.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1785.0, 551.0, 2168.0], [644, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lake Charles</a>\", \"\", \"Louisiana\", \"USA\", \"North America\", 30.12, -93.22, \" 19.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1675.0, 657.0, 1683.0], [645, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Blue Hill</a>\", \"\", \"Massachusetts\", \"USA\", \"North America\", 42.22, -71.12, \" 200.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1405.0, 569.0, 1562.0], [646, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Caribou</a>\", \"\", \"Maine\", \"USA\", \"North America\", 46.87, -68.02, \" 195.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1285.0, 558.0, 1442.0], [647, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Guam</a>\", \"\", \"Marianas Islands\", \"USA\", \"North America\", 13.45, -144.68, \" 111.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2044.0, 854.0, 1723.0], [648, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Columbia</a>\", \"\", \"Missouri\", \"USA\", \"North America\", 38.82, -92.22, \" 277.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1559.0, 595.0, 1708.0], [649, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Great Falls</a>\", \"\", \"Montana\", \"USA\", \"North America\", 47.5, -111.37, \" 1125.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1467.0, 562.0, 1748.0], [650, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Omaha</a>\", \"\", \"Nebraska\", \"USA\", \"North America\", 41.37, -96.02, \" 404.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfa\", \"Continental\", 2, 1544.0, 573.0, 1767.0], [651, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Desert Rock</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.62, -116.02, \" 1007.0\", \"1979-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2095.0, 467.0, 2862.0], [652, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Ely</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.28, -114.85, \" 1912.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1825.0, 591.0, 2256.0], [653, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.08, -115.17, \" 661.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [654, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.03, -106.62, \" 1623.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [655, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Raleigh</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 35.87, -78.78, \" 137.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1642.0, 628.0, 1745.0], [656, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Bismarck</a>\", \"\", \"North Dakota\", \"USA\", \"North America\", 46.77, -100.77, \" 511.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1482.0, 566.0, 1770.0], [657, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Medford</a>\", \"\", \"Oregon\", \"USA\", \"North America\", 42.37, -122.87, \" 412.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [658, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Pittsburgh</a>\", \"\", \"Pennsylvania\", \"USA\", \"North America\", 40.5, -80.22, \" 371.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1383.0, 628.0, 1340.0], [659, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">San Juan</a>\", \"\", \"Puerto Rico\", \"USA\", \"North America\", 18.43, -66.0, \" 19.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Af\", \"Tropical\", 2, 2018.0, 799.0, 1803.0], [660, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Nashville</a>\", \"\", \"Tennessee\", \"USA\", \"North America\", 36.12, -86.68, \" 186.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1555.0, 639.0, 1580.0], [661, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Brownsville</a>\", \"\", \"Texas\", \"USA\", \"North America\", 25.9, -97.43, \" 12.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1821.0, 675.0, 1778.0], [662, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">El Paso</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.8, -106.4, \" 1206.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 526.0, 2741.0], [663, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Midland</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.95, -102.18, \" 872.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2044.0, 540.0, 2500.0], [664, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Salt Lake City</a>\", \"\", \"Utah\", \"USA\", \"North America\", 40.77, -111.97, \" 1288.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1759.0, 588.0, 2139.0], [665, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Burlington</a>\", \"\", \"Vermont\", \"USA\", \"North America\", 44.47, -73.15, \" 112.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1307.0, 580.0, 1350.0], [666, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Sterling</a>\", \"\", \"Virginia\", \"USA\", \"North America\", 38.98, -77.47, \" 87.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1515.0, 610.0, 1599.0], [667, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Seattle-Tacoma</a>\", \"\", \"Washington\", \"USA\", \"North America\", 47.45, -122.3, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1256.0, 551.0, 1358.0], [668, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Madison</a>\", \"\", \"Wisconsin\", \"USA\", \"North America\", 43.13, -89.33, \" 271.0\", \"1977\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1416.0, 591.0, 1551.0], [669, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lander</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 42.82, -108.73, \" 1699.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1737.0, 580.0, 2157.0], [670, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-HKR\\\">Hradec Kralove</a>\", \"HKR\", \"\", \"Czech Republic\", \"Europe\", 50.1772, 15.8386, \" 285.0\", \"2009-?\", \"WMO GAW\", \"Czech Hydrometeorological Institute (CHMI)\", \"\", \"\", \"G;B;D;UV\", \"Cfb\", \"Temperate\", 1, 1102.0, 573.0, 1026.0], [671, \"<a href=\\\"https://idmp.entpe.fr/\\\">Vaulx-en-Velin</a>\", \"\", \"\", \"France\", \"Europe\", 45.7786, 4.9225, \" 170.0\", \"2005-\", \"IDMP\", \"ENTPE\", \"Diffuse is measured with a shadowring.\", \"Freely\", \"G;B;Ds;UV\", \"Cfb\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [672, \"Chinese University of Hong Kong\", \"CUHK\", \"\", \"China\", \"Asia\", 22.4207, 114.2085, \" 150.0\", \"2003-?\", \"\", \"University of Hong Kong\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1515.0, 745.0, 1142.0], [673, \"Le Bourget-du-Lac\", \"\", \"\", \"France\", \"Europe\", 45.6416, 5.8752, \" 235.0\", \"2019-?\", \"\", \"INES\", \"There is a second tracker with a pyrheliometer on a tower (probably little maintenance).\", \"\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [674, \"Grimstad\", \"\", \"\", \"Norway\", \"Europe\", 58.3345, 8.5753, \" 40.0\", \"2019-\", \"\", \"University of Agder\", \"Also has Spectrafy instruments and reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Cfb\", \"Temperate\", 1, 1037.0, 471.0, 1201.0], [675, \"<a href=\\\"https://ife.no/service/ife-pv-module-outdoor-test-site/\\\">Kjeller</a>\", \"\", \"\", \"Norway\", \"Europe\", 59.972515, 11.052297, \" 130.0\", \"2022-\", \"\", \"IFE\", \"Also has reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Dfb\", \"Continental\", 1, 993.0, 482.0, 1150.0], [676, \"Troms\\u00f8\", \"\", \"\", \"Norway\", \"Europe\", 69.661, 18.939, \" 113.0\", \"2020-?\", \"\", \"University of Troms\\u00f8\", \"\", \"\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 737.0, 409.0, 880.0], [677, \"Parkent\", \"PAR\", \"\", \"Uzbekistan\", \"Asia\", 41.3135, 69.7408, \" 1081.0\", \"2011-?\", \"\", \"Uzhydromet\", \"\", \"\", \"G;B;D;RSP\", \"Csa\", \"Temperate\", 1, 1657.0, 719.0, 1606.0], [678, \"Arandis\", \"ARA\", \"\", \"Namibia\", \"Africa\", -22.3656, 15.0449, \" 697.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2413.0, 507.0, 2953.0], [679, \"Auas\", \"AUA\", \"\", \"Namibia\", \"Africa\", -22.5882, 17.3635, \" 1880.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [680, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/chiba/chiba.html\\\">Chiba</a>\", \"\", \"\", \"Japan\", \"Asia\", 35.625, 140.104, \" 21.0\", \"1999-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1387.0, 664.0, 1230.0], [681, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/capehedo/capehedo.html\\\">Cape Hedo</a>\", \"\", \"\", \"Japan\", \"Asia\", 26.867, 128.248, \" 65.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1573.0, 708.0, 1314.0], [682, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/fukue/fukue.html\\\">Fukue</a>\", \"\", \"\", \"Japan\", \"Asia\", 32.752, 128.682, \" 80.0\", \"2003-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1402.0, 726.0, 1055.0], [683, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/miyako/miyako.html\\\">Miyako</a>\", \"\", \"\", \"Japan\", \"Asia\", 24.737, 125.327, \" 50.0\", \"2004-2018\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1617.0, 726.0, 1332.0], [684, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/sendai/sendai.html\\\">Sendai</a>\", \"\", \"\", \"Japan\", \"Asia\", 38.26, 140.84, \" 153.0\", \"2010-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1248.0, 661.0, 1037.0], [685, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/phimai/phimai.html\\\">Phimai</a>\", \"\", \"\", \"Thailand\", \"Asia\", 15.184, 102.564, \" 212.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Aw\", \"Tropical\", 2, 1898.0, 920.0, 1413.0], [686, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/seoul/seoul.html\\\">Seoul</a>\", \"\", \"\", \"South Korea\", \"Asia\", 37.46, 126.95, \" 85.0\", \"2008-2015\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Dwa\", \"Continental\", 2, 1434.0, 675.0, 1299.0], [687, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Jokioinen Ilmala</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.8143, 23.499, \" 104.0\", \"1999-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [688, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Helsinki Kumpula</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.2038, 24.96171, \" 24.0\", \"2007-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 960.0, 434.0, 1172.0], [689, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Aurere</a>\", \"\", \"\", \"Reunion\", \"Africa\", -21.01977, 55.42472, \" 603.0\", \"2023-\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693606\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [690, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Denis Bois de Nefles</a>\", \"\", \"\", \"Reunion\", \"Africa\", -20.91731, 55.47644, \" 337.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693525\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [691, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">La Possession Baie</a>\", \"\", \"\", \"Reunion\", \"Africa\", -20.93061, 55.32897, \" 13.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693552\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [692, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Andre Chevrettes</a>\", \"\", \"\", \"Reunion\", \"Africa\", -20.9628, 55.62243, \" 200.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693536\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [693, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Leu Mazeau</a>\", \"\", \"\", \"Reunion\", \"Africa\", -21.20064, 55.30233, \" 232.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693559\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [694, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Pierre La Valle</a>\", \"\", \"\", \"Reunion\", \"Africa\", -21.31392, 55.45107, \" 67.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693567\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [695, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Marla</a>\", \"\", \"\", \"Reunion\", \"Africa\", -21.10237, 55.43058, \" 1593.25\", \"2023-\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.8419976\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [696, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Paul Le Carat</a>\", \"\", \"\", \"Reunion\", \"Africa\", -21.04323, 55.25089, \" 100.0\", \"2022-\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.8419974\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [697, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of Mauritius Reduit</a>\", \"\", \"\", \"Mauritius\", \"Africa\", -20.24497, 57.4877, \" 200.0\", \"2022-2023\", \"IOS-net\", \"\", \"Data can be donwloaded from: doi.org/10.5281/zenodo.10693484\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [698, \"<a href=\\\"https://photovoltaics.sandia.gov\\\">Sandia</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.05, 106.54, \" 1657.0\", \"1994-\", \"\", \"Sandia National Laboratories\", \"Data is available upon request with use conditions. \", \"Upon request\", \"G;B;D\", \"Dwb\", \"Continental\", 1, 1467.0, 686.0, 1332.0], [699, \"<a href=\\\"https://www.dwd.de/EN/research/observing_atmosphere/composition_atmosphere/hohenpeissenberg/start_mohp_node.html\\\">Hohenpeissenberg</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.8009, 11.0108, \" 977.0\", \"1997-\", \"WMO GAW;AERONET\", \"DWD\", \"DNI only available as hourly sums prior to 2021.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [700, \"<a href=\\\"https://www.imk-ifu.kit.edu\\\">Zugspitze</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.421, 10.9848, \" 2965.0\", \"1995-\", \"\", \"DWD\", \"Measurements are hampered by the harsh environmental conditions which prior to 2021 caused frequent tracker issues.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [701, \"<a href=\\\"https://doi.org/10.5439/1377836\\\">Niamey</a>\", \"\", \"\", \"Niger\", \"Africa\", 13.4773, 2.1758, \" 223.0\", \"2005-2007\", \"ARM\", \"ARM\", \"\", \"Freely\", \"G;B;D;IR;UVB\", \"BSh\", \"Dry\", 1, 2205.0, 923.0, 1799.0], [702, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NPC\\\">Nevada Power Clark Station</a>\", \"NPC\", \"Nevada\", \"USA\", \"North America\", 36.08581, -115.05189, \" 523.0\", \"2006-2015\", \"MIDC\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [703, \"<a href=\\\"https://www.csiro.au/en/about/locations/state-locations/ACT/Black-Mountain\\\">BMSOLx Black Mountain</a>\", \"\", \"Canberra\", \"Australia\", \"Oceania\", -35.275, 149.1136, \" 595.0\", \"2012-2014\", \"\", \"CSIRO\", \"Unknown status.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1756.0, 610.0, 2037.0], [704, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Hrazdan</a>\", \"ARM_Solar_Hrazdan\", \"\", \"Armenia\", \"Asia\", 40.5116, 44.823, \"1845\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [705, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Masrik</a>\", \"ARM_Solar_Masrik\", \"\", \"Armenia\", \"Asia\", 40.2077, 45.7645, \"1944\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1478.0, 726.0, 1321.0], [706, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Talin</a>\", \"ARM_Solar_Talin\", \"\", \"Armenia\", \"Asia\", 40.386, 43.8972, \"1641\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1683.0, 788.0, 1529.0], [707, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Yerevan Agro</a>\", \"ARM_Solar_YerevanAgro\", \"\", \"Armenia\", \"Asia\", 40.1887, 44.3976, \"946\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfa\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [708, \"<a href=\\\"https://energydata.info/dataset/bangladesh-solar-radiation-measurement-data\\\">Feni</a>\", \"BGD_Solar_BDFE2_Feni\", \"\", \"Bangladesh\", \"Asia\", 22.80029, 91.35819, \"5\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1778.0, 876.0, 1361.0], [709, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Malanville</a>\", \"BEN_Solar_Malanville\", \"\", \"B\\u00e9nin\", \"NaN\", 11.78272, 3.37349, \"184\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2059.0, 934.0, 1562.0], [710, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Parakou</a>\", \"BEN_Solar_Parakou\", \"\", \"B\\u00e9nin\", \"NaN\", 9.33117, 2.59119, \"387\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1887.0, 956.0, 1281.0], [711, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Dori</a>\", \"BFA_Solar_Dori\", \"\", \"Burkina Faso\", \"Africa\", 14.03045, -0.02435, \"285\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2219.0, 902.0, 1858.0], [712, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">D\\u00e9dougou</a>\", \"BFA_Solar_D\\u00e9dougou\", \"\", \"Burkina Faso\", \"Africa\", 12.4662, -3.47294, \"305\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2135.0, 887.0, 1759.0], [713, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Kaya</a>\", \"BFA_Solar_Kaya\", \"\", \"Burkina Faso\", \"Africa\", 13.08301, -1.07272, \"324\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2186.0, 898.0, 1807.0], [714, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Koup\\u00e9la</a>\", \"BFA_Solar_Koup\\u00e9la\", \"\", \"Burkina Faso\", \"Africa\", 12.19104, -0.36292, \"302\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2102.0, 945.0, 1621.0], [715, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">Korhogo</a>\", \"CIV_Solar_Korhogo\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 9.48058, -5.59509, \"370\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 942.0, 1369.0], [716, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">S\\u00e9r\\u00e9bou</a>\", \"CIV_Solar_S\\u00e9r\\u00e9bou\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 7.93282, -4.00525, \"195\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1705.0, 967.0, 1037.0], [717, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Weno</a>\", \"FSM_Solar_Weno\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \"4\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [718, \"<a href=\\\"https://energydata.info/dataset/the-gambia-solar-radiation-measurement-data\\\">Farafenni</a>\", \"GMB_Solar_Farafenni\", \"\", \"Gambia\", \"Africa\", 13.57301, -15.59253, \"19\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2124.0, 912.0, 1697.0], [719, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Sunyani</a>\", \"GHA_Solar_Sunyani\", \"\", \"Ghana\", \"Africa\", 7.34865, -2.34034, \"330\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1712.0, 967.0, 1033.0], [720, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Navrongo</a>\", \"GHA_Solar_Navrongo\", \"\", \"Ghana\", \"Africa\", 10.87554, -1.06293, \"180\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2011.0, 912.0, 1529.0], [721, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Kankan</a>\", \"GIN_Solar_Kankan\", \"\", \"Guin\\u00e9e\", \"NaN\", 10.36465, -9.30466, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2022.0, 927.0, 1533.0], [722, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Tarambaly</a>\", \"GIN_Solar_Tarambaly\", \"\", \"Guin\\u00e9e\", \"NaN\", 11.356, -12.13706, \"860\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2026.0, 949.0, 1496.0], [723, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Gabu</a>\", \"GNB_Solar_Gabu\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 12.30108, -14.24273, \"75\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2073.0, 916.0, 1617.0], [724, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Bissau</a>\", \"GNB_Solar_Bissau\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 11.85643, -15.58877, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1989.0, 927.0, 1467.0], [725, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Laisamis</a>\", \"KEN_Solar_Laisamis\", \"\", \"Kenya\", \"Africa\", 1.601891, 37.802681, \"576\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2267.0, 850.0, 2029.0], [726, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Narok</a>\", \"KEN_Solar_Narok\", \"\", \"Kenya\", \"Africa\", -1.321097, 35.705708, \"1914\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cfb\", \"Temperate\", 2, 2208.0, 887.0, 1847.0], [727, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Homa Bay</a>\", \"KEN_Solar_Homa Bay\", \"\", \"Kenya\", \"Africa\", -0.764707, 34.360379, \"1335\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 2168.0, 898.0, 1745.0], [728, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Baalbak</a>\", \"LBN_Solar_RasBaalbak\", \"\", \"Lebanon\", \"Asia\", 34.272985, 36.427053, \"910\", \"2019-\", \"ESMAP\", \"Fraunhofer ISE\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [729, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Buchanan</a>\", \"LBR_Solar_Buchanan\", \"\", \"Liberia\", \"Africa\", 5.92397, -9.99337, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1624.0, 956.0, 934.0], [730, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Yekepa</a>\", \"LBR_Solar_Yekepa\", \"\", \"Liberia\", \"Africa\", 7.39317, -8.66813, \"446\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1730.0, 971.0, 1062.0], [731, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Mount Coffee</a>\", \"LBR_Solar_MountCoffee\", \"\", \"Liberia\", \"Africa\", 6.4978, -10.6517, \"20\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1664.0, 960.0, 993.0], [732, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Blantyre</a>\", \"MWI_Solar_Blantyre_BLZ\", \"\", \"Malawi\", \"Africa\", -15.67996, 34.97203, \"770\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1993.0, 836.0, 1716.0], [733, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Kasungu</a>\", \"MWI_Solar_Kasungu_KBQ\", \"\", \"Malawi\", \"Africa\", -13.0153, 33.4685, \"1065\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 858.0, 1796.0], [734, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Mzuzu</a>\", \"MWI_Solar_MZUNI\", \"\", \"Malawi\", \"Africa\", -11.4199, 33.9953, \"1285\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2055.0, 854.0, 1792.0], [735, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Gan</a>\", \"MDV_Solar_Gan_GAN\", \"\", \"Maldives\", \"Asia\", -0.6911, 73.1599, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2066.0, 858.0, 1686.0], [736, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hanimaadhoo</a>\", \"MDV_Solar_Hanimaadhoo_HAQ\", \"\", \"Maldives\", \"Asia\", 6.7482, 73.1696, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1993.0, 920.0, 1475.0], [737, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Kadhdhoo</a>\", \"MDV_Solar_Kadhdhoo_KDO\", \"\", \"Maldives\", \"Asia\", 1.8599, 73.5203, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2051.0, 869.0, 1639.0], [738, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hulhul\\u00e9</a>\", \"MDV_Solar_Male _MLE\", \"\", \"Maldives\", \"Asia\", 4.1927, 73.5281, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2018.0, 902.0, 1533.0], [739, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Bougouni</a>\", \"MLI_Solar_Bougouni\", \"\", \"Mali\", \"Africa\", 11.40743, -7.48193, \"335\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2102.0, 902.0, 1694.0], [740, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Fana</a>\", \"MLI_Solar_Fana\", \"\", \"Mali\", \"Africa\", 12.76684, -6.96159, \"329\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2135.0, 891.0, 1752.0], [741, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sanankoroba</a>\", \"MLI_Solar_Sanankoroba\", \"\", \"Mali\", \"Africa\", 12.39112, -7.93737, \"356\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2132.0, 887.0, 1752.0], [742, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sikasso</a>\", \"MLI_Solar_Sikasso\", \"\", \"Mali\", \"Africa\", 11.30547, -5.73713, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2099.0, 905.0, 1679.0], [743, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Manantali</a>\", \"MLI_Solar_Manantali\", \"\", \"Mali\", \"Africa\", 13.2005, -10.4308, \"175\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2124.0, 887.0, 1741.0], [744, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Yaren</a>\", \"NRU_Solar_Yaren\", \"\", \"Nauru\", \"Oceania\", -0.543447, 166.93197, \"28\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2139.0, 803.0, 1894.0], [745, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Dharan</a>\", \"NPL_Solar_Dharan\", \"\", \"Nepal\", \"Asia\", 26.79291, 87.29263, \"315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1624.0, 858.0, 1172.0], [746, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Jumla</a>\", \"NPL_Solar_Jumla\", \"\", \"Nepal\", \"Asia\", 29.27237, 82.19351, \"2363\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwb\", \"Temperate\", 2, 1858.0, 898.0, 1621.0], [747, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Kathmandu</a>\", \"NPL_Solar_Kathmandu\", \"\", \"Nepal\", \"Asia\", 27.68157, 85.31868, \"1315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1741.0, 792.0, 1537.0], [748, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Lumle</a>\", \"NPL_Solar_Lumle\", \"\", \"Nepal\", \"Asia\", 28.29666, 83.818, \"1742\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 807.0, 1471.0], [749, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Nepalgunj</a>\", \"NPL_Solar_Nepalgunj\", \"\", \"Nepal\", \"Asia\", 28.11302, 81.58899, \"150\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 843.0, 1303.0], [750, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Maradi</a>\", \"NER_Solar_Maradi\", \"\", \"Niger\", \"Africa\", 13.52455, 7.1678, \"375\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2230.0, 986.0, 1737.0], [751, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Lossa</a>\", \"NER_Solar_Lossa\", \"\", \"Niger\", \"Africa\", 13.94701, 1.57469, \"205\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 916.0, 1781.0], [752, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Zabori</a>\", \"NER_Solar_Zabori\", \"\", \"Niger\", \"Africa\", 12.70536, 3.55519, \"235\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2110.0, 945.0, 1621.0], [753, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Bauchi</a>\", \"NGA_Solar_Bauchi\", \"\", \"Nigeria\", \"Africa\", 10.28526, 9.85059, \"597\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2110.0, 956.0, 1599.0], [754, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Kano</a>\", \"NGA_Solar_Kano\", \"\", \"Nigeria\", \"Africa\", 11.87357, 8.45837, \"449\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2128.0, 971.0, 1610.0], [755, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Bahawalpur</a>\", \"PK_Solar_Bahawalpur_QASP\", \"\", \"Pakistan\", \"Asia\", 29.32542, 71.81877, \"120\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1916.0, 829.0, 1657.0], [756, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Hyderabad</a>\", \"PK_Solar_Hyderabad_MUET\", \"\", \"Pakistan\", \"Asia\", 25.4134, 68.2595, \"60\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2029.0, 829.0, 1803.0], [757, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Islamabad</a>\", \"PK_Solar_Islamabad_NUST\", \"\", \"Pakistan\", \"Asia\", 33.64191, 72.9838, \"500\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1843.0, 715.0, 1832.0], [758, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Karachi</a>\", \"PK_Solar_Karachi_NEDUET\", \"\", \"Pakistan\", \"Asia\", 24.9334, 67.1116, \"40\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2037.0, 843.0, 1810.0], [759, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Khuzdar</a>\", \"PK_Solar_Khuzdar_BUET\", \"\", \"Pakistan\", \"Asia\", 27.8178, 66.6294, \"1260\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 712.0, 2307.0], [760, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Lahore</a>\", \"PK_Solar_Lahore_UET\", \"\", \"Pakistan\", \"Asia\", 31.69458, 74.2441, \"220\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1792.0, 799.0, 1559.0], [761, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Multan</a>\", \"PK_Solar_Multan_MSNUET\", \"\", \"Pakistan\", \"Asia\", 30.1654, 71.4978, \"95\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 1854.0, 814.0, 1599.0], [762, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Peshawar</a>\", \"PK_Solar_Peshawar_UET\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \"370\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [763, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Quetta</a>\", \"PK_Solar_Quetta_BUITEMS\", \"\", \"Pakistan\", \"Asia\", 30.2708, 66.9398, \"1590\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSk\", \"Dry\", 2, 2234.0, 639.0, 2566.0], [764, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Fatick</a>\", \"SEN_Solar_Fatick\", \"\", \"Senegal\", \"Africa\", 14.36751, -16.41346, \"8\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [765, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Kahone</a>\", \"SEN_Solar_Kahone\", \"\", \"Senegal\", \"Africa\", 14.168636, -16.034167, \"10\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [766, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Touba</a>\", \"SEN_Solar_Touba_IFC\", \"\", \"Senegal\", \"Africa\", 14.77252, -15.91955, \"37\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2179.0, 923.0, 1752.0], [767, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Tambacounda</a>\", \"SEN_Solar_Tambacounda\", \"\", \"Senegal\", \"Africa\", 13.77689, -13.72924, \"40\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 905.0, 1705.0], [768, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Ourossogui</a>\", \"SEN_Solar_Ourossogui\", \"\", \"Senegal\", \"Africa\", 15.61267, -13.3146, \"28\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2208.0, 898.0, 1840.0], [769, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Kenema</a>\", \"SLE_Solar_Kenema\", \"\", \"Sierra Leone\", \"Africa\", 7.81879, -11.18137, \"145\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1683.0, 964.0, 1000.0], [770, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Bumbuna</a>\", \"SLE_Solar_Bumbuna\", \"\", \"Sierra Leone\", \"Africa\", 9.03529, -11.76454, \"140\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 960.0, 1274.0], [771, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-radiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_DaresSalaam_UDSM\", \"\", \"Tanzania\", \"Africa\", -6.781101, 39.2039, \"190\", \"2015-\", \"ESMAP\", \"Consortium\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [772, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_Dar es Salaam\", \"\", \"Tanzania\", \"Africa\", -6.780883, 39.203773, \"93\", \"2020-\", \"ESMAP\", \"UDSM\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [773, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dodoma</a>\", \"TZA_Solarn_Dodoma\", \"\", \"Tanzania\", \"Africa\", -6.180039, 35.699039, \"1139\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2259.0, 803.0, 2110.0], [774, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Shinyanga</a>\", \"TZA_Solar_Shinyanga\", \"\", \"Tanzania\", \"Africa\", -3.626586, 33.515342, \"1179\", \"2020-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2241.0, 799.0, 2026.0], [775, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Makunduchi</a>\", \"TZA_Solar_Makunduchi\", \"\", \"Tanzania\", \"Africa\", -6.417039, 39.516945, \"30\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2062.0, 836.0, 1752.0], [776, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Dapaong</a>\", \"TGO_Solar_Dapaong\", \"\", \"Togo\", \"Africa\", 10.89189, 0.18984, \"310\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1997.0, 912.0, 1511.0], [777, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Davi\\u00e9</a>\", \"TGO_Solar_Davi\\u00e9\", \"\", \"Togo\", \"Africa\", 6.39307, 1.18647, \"91\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 975.0, 1088.0], [778, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Soroti</a>\", \"UGA_Solar_Soroti\", \"\", \"Uganda\", \"Africa\", 1.724351, 33.622098, \"1128\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2201.0, 945.0, 1737.0], [779, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Wadelai</a>\", \"UGA_Solar_Wadelai\", \"\", \"Uganda\", \"Africa\", 2.725961, 31.390403, \"644\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2080.0, 938.0, 1559.0], [780, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Bac Ninh</a>\", \"VN_Solar_VNHAN_EVN\", \"\", \"Vietnam\", \"Asia\", 21.2013, 106.0629, \"60\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1325.0, 788.0, 803.0], [781, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Central Highlands</a>\", \"VN_Solar_VNCEH_EVN\", \"\", \"Vietnam\", \"Asia\", 12.7535, 107.8761, \"290\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1825.0, 920.0, 1310.0], [782, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Da Nang</a>\", \"VN_Solar_VNDAN_EVN\", \"\", \"Vietnam\", \"Asia\", 16.0125, 108.1865, \"24\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1748.0, 818.0, 1318.0], [783, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Song Binh</a>\", \"VN_Solar_VNSOB_EVN\", \"\", \"Vietnam\", \"Asia\", 11.2641, 108.3452, \"62\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1924.0, 920.0, 1438.0], [784, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Tri An</a>\", \"VN_Solar_VNTRA_EVN\", \"\", \"Vietnam\", \"Asia\", 11.1024, 107.0378, \"57\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1832.0, 923.0, 1296.0], [785, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Chilanga</a>\", \"ZMB_Solar_Lusaka_Chilanga\", \"\", \"Zambia\", \"Africa\", -15.54831, 28.24822, \"1224\", \"2015-2018\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [786, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Choma</a>\", \"ZMB_Solar_Choma_Mochipapa\", \"\", \"Zambia\", \"Africa\", -16.83822, 27.07046, \"1282\", \"2015-2019\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2095.0, 741.0, 2073.0], [787, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kaoma</a>\", \"ZMB_Solar_Kaoma_Longe\", \"\", \"Zambia\", \"Africa\", -14.83966, 24.93186, \"1167\", \"2015-2020\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2088.0, 766.0, 1967.0], [788, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kasama</a>\", \"ZMB_Solar_Kasama_Misamfu\", \"\", \"Zambia\", \"Africa\", -10.17165, 31.22558, \"1379\", \"2015-2021\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2121.0, 847.0, 1843.0], [789, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Lusaka</a>\", \"ZMB_Solar_Lusaka_UNZA\", \"\", \"Zambia\", \"Africa\", -15.39465, 28.33711, \"1262\", \"2015-2017\", \"ESMAP\", \"SGS Inspection Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2084.0, 777.0, 1975.0], [790, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Mutanda</a>\", \"ZMB_Solar_Solwezi_Mutanda\", \"\", \"Zambia\", \"Africa\", -12.4236, 26.2153, \"1317\", \"2015-2022\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 825.0, 1814.0], [791, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Fig Tree</a>\", \"ZM_Solar_FigTree_IFC\", \"\", \"Zambia\", \"Africa\", -15.001425, 28.549047, \"1143\", \"2018\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [792, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Mumbwa</a>\", \"ZM_Solar_Mumbwa_IFC\", \"\", \"Zambia\", \"Africa\", -15.085303, 27.001552, \"1103\", \"2018-2019\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2128.0, 737.0, 2106.0], [793, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Ndeke</a>\", \"ZM_Solar_Ndeke_IFC\", \"\", \"Zambia\", \"Africa\", -12.577451, 28.292946, \"1287\", \"2018-2020\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 847.0, 1814.0]];\n",
+       "        const data = [[564, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">A Coruna</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3672, -8.4194, \" 58.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1402.0, 646.0, 1340.0], [0, \"Abashiri\", \"ABS\", \"\", \"Japan\", \"Asia\", 44.0178, 144.2797, \" 38.0\", \"2021-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1248.0, 642.0, 1117.0], [266, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Abha</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 18.23, 42.66, \" 2039.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2270.0, 810.0, 2124.0], [382, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Abu Road</a>\", \"\", \"\", \"India\", \"Asia\", 24.519, 72.783, \" 276.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [232, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Abu Samra</a>\", \"Abu\", \"\", \"Qatar\", \"Asia\", 24.75, 50.82, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2216.0, 898.0, 1920.0], [581, \"Adam\", \"\", \"\", \"Oman\", \"Asia\", 22.2072, 57.523, \" 250.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [336, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Adelaide Airport</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -34.9524, 138.5196, \" 2.0\", \"2003-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1880.0, 573.0, 2263.0], [139, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Adrar</a>\", \"\", \"\", \"Algeria\", \"Africa\", 27.88, -0.274, \" 262.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2223.0, 803.0, 2179.0], [490, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Afif Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 23.92118, 42.94815, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 774.0, 2256.0], [447, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Agartala</a>\", \"\", \"\", \"India\", \"Asia\", 23.839, 91.423, \" 71.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1705.0, 880.0, 1270.0], [571, \"Aggeneys\", \"\", \"\", \"South Africa\", \"Africa\", -29.2945, 18.8155, \" 789.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2329.0, 431.0, 3110.0], [176, \"<a href=\\\"https://energydata.info/dataset/palau-solar-radiation-measurement-data\\\">Airai</a>\", \"\", \"\", \"Palau\", \"Oceania\", 7.368513, 134.53983, \" 47.0\", \"2020-2022\", \"PPA\", \"\", \"Two GHI thermopile pyranometers (Hukseflux SR30-D1 and SR20-T2), a SPN-1, three reference cells, and a weather station.\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 861.0, 1460.0], [437, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aizawl</a>\", \"\", \"\", \"India\", \"Asia\", 23.743, 92.719, \" 1188.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1694.0, 945.0, 1139.0], [386, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ajmer</a>\", \"\", \"\", \"India\", \"Asia\", 26.4, 74.661, \" 501.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2004.0, 737.0, 1956.0], [489, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Aflaaj Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.27948, 46.73319, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2321.0, 836.0, 2164.0], [482, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Baha University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.17933, 41.63561, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 770.0, 2197.0], [233, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Batna</a>\", \"Bat\", \"\", \"Qatar\", \"Asia\", 25.1, 51.17, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [491, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Dawadmi College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.5569, 44.47411, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2270.0, 796.0, 2179.0], [234, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Ghuwayriyah</a>\", \"Ghu\", \"\", \"Qatar\", \"Asia\", 25.84, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [498, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Hanakiyah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.85577, 40.536, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 756.0, 2245.0], [480, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Jouf Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79383, 40.04886, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [235, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Jumayliyah</a>\", \"Jum\", \"\", \"Qatar\", \"Asia\", 25.61, 51.08, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [236, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Karaanah</a>\", \"Kar\", \"\", \"Qatar\", \"Asia\", 25.01, 51.04, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [231, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Kharsaah</a>\", \"Kha\", \"\", \"Qatar\", \"Asia\", 25.22, 51.0, \"\", \"2019-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [241, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Khor</a>\", \"Kho\", \"\", \"Qatar\", \"Asia\", 25.66, 51.46, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [502, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Qunfudhah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 19.15197, 41.08111, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2201.0, 839.0, 1960.0], [242, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shahaniya</a>\", \"Sha\", \"\", \"Qatar\", \"Asia\", 25.39, 51.11, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [237, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shehaimiyah</a>\", \"She\", \"\", \"Qatar\", \"Asia\", 25.86, 50.96, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [467, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Uyaynah Research Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.90689, 46.39721, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [477, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Wajh Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.2561, 36.443, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 715.0, 2365.0], [238, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Wakrah</a>\", \"Wak\", \"\", \"Qatar\", \"Asia\", 25.19, 51.62, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [274, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Jouf</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79, 40.1, \" 669.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [271, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Madinah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.55, 39.7, \" 626.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2278.0, 726.0, 2336.0], [267, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-ahsa</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.3, 49.48, \" 178.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [272, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-qaisumah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.32, 46.13, \" 358.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2132.0, 821.0, 1978.0], [587, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alamosa</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 37.48, -105.87, \" 2304.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1938.0, 580.0, 2431.0], [173, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Alamosa</a>\", \"SLV\", \"Colorado\", \"USA\", \"North America\", 37.7, -105.92, \" 2317.0\", \"2014-2016\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1938.0, 580.0, 2431.0], [423, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Alappuzha</a>\", \"\", \"\", \"India\", \"Asia\", 9.46, 76.331, \" 19.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 949.0, 1296.0], [585, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Albany</a>\", \"\", \"New York\", \"USA\", \"North America\", 42.7, -73.83, \" 72.0\", \"1979-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1380.0, 584.0, 1449.0], [589, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.17, -106.6, \" 1577.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [80, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/abq.html\\\">Albuquerque</a>\", \"ABQ\", \"New Mexico\", \"USA\", \"North America\", 35.03796, -106.62211, \" 1617.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [665, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.03, -106.62, \" 1623.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [1, \"Alert\", \"ALE\", \"Lincoln Sea\", \"Canada\", \"North America\", 82.49, -62.42, \" 127.0\", \"2004-2014\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 891.0, 434.0, 1555.0], [591, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alhambra</a>\", \"\", \"California\", \"USA\", \"North America\", 34.08, -118.15, \" 143.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [248, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/alice-springs-2\\\">Alice Springs</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.762361, 133.875389, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2281.0, 496.0, 2865.0], [2, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Alice Springs</a>\", \"ASP\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.7951, 133.889, \" 546.0\", \"1995-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2281.0, 496.0, 2865.0], [180, \"<a href=\\\"https://energydata.info/dataset/papua-new-guinea-solar-radiation-measurement-data\\\">Alotau</a>\", \"\", \"\", \"Papua New Guinea\", \"Oceania\", -10.310113, 150.337975, \" 20.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1814.0, 821.0, 1427.0], [593, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alpine</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.85, -116.1, \" 625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [377, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Amarsagar</a>\", \"\", \"\", \"India\", \"Asia\", 26.942, 70.874, \" 273.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 737.0, 2077.0], [410, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ambikapur</a>\", \"\", \"\", \"India\", \"Asia\", 23.149, 83.149, \" 603.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 821.0, 1413.0], [193, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Amitie</a>\", \"amitie\", \"\", \"Seychelles\", \"Africa\", -4.321022, 55.693361, \" 3.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408667\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [120, \"Anmyeondo GAW station\", \"AMY\", \"\", \"South Korea\", \"Asia\", 36.53, 126.32, \" 47.0\", \"1999-\", \"WMO GAW\", \"\", \"Also measured upwards shortwave and longwave irradiance and has a skyradiometer and a Brewer.\", \"\", \"\", \"Cwa\", \"Temperate\", 2, 1431.0, 694.0, 1234.0], [194, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Anse Boileau</a>\", \"anseboileau\", \"\", \"Seychelles\", \"Africa\", -4.710958, 55.484732, \" 2.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408665\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [195, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antananarivo</a>\", \"antananarivo\", \"\", \"Madagascar\", \"Africa\", -18.89833, 47.546422, \" 1309.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408673\", \"Freely\", \"SPN1;UV\", \"Cwb\", \"Temperate\", 2, 2000.0, 854.0, 1745.0], [196, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antsiranana (Diego Suarez)</a>\", \"diego\", \"\", \"Madagascar\", \"Africa\", -12.348602, 49.293412, \" 108.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408675\", \"Freely\", \"SPN1;UV\", \"Aw\", \"Tropical\", 2, 2029.0, 832.0, 1745.0], [689, \"Arandis\", \"ARA\", \"\", \"Namibia\", \"Africa\", -22.3656, 15.0449, \" 697.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2413.0, 507.0, 2953.0], [479, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Arar Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 30.918154, 41.079801, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2190.0, 712.0, 2307.0], [285, \"<a href=\\\"https://litdb.fmi.fi/soundingst_radiation.php\\\">Arctic Space Centre Sodankyl\\u00e4 T\\u00e4htel\\u00e4</a>\", \"\", \"\", \"Finland\", \"Europe\", 67.36664, 26.628253, \" 195.0\", \"1998-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"Data is likely of poor quality. They can be downloaded from: https://en.ilmatieteenlaitos.fi/observation-stations\", \"Freely\", \"G;B;D;IR;UV\", \"Dfc\", \"Continental\", 1, 832.0, 449.0, 1015.0], [299, \"Arica\", \"\", \"\", \"Chile\", \"South America\", -18.47, -70.31, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2029.0, 734.0, 1836.0], [595, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Arrowhead</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -117.22, \" 1542.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [251, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Artigas Airport</a>\", \"ARM\", \"\", \"Uruguay\", \"South America\", -30.3984, -56.5117, \" 136.0\", \"2011-2020\", \"\", \"Uruguay Solar Energy Laboratory\", \"Experimental site with mixed use of instruments.\", \"\", \"G;SPN1;\", \"Cfa\", \"Temperate\", 2, 1781.0, 602.0, 1942.0], [92, \"<a href=\\\"http://solardata.uoregon.edu/Ashland.html\\\">Ashland</a>\", \"AS\", \"Oregon\", \"USA\", \"North America\", 42.19, -122.7, \" 595.0\", \"2000-\", \"SRML\", \"University of Oregon\", \"5-minute data from 2000 to 2018.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [325, \"Aswan\", \"\", \"\", \"Egypt\", \"Africa\", 23.97, 32.78, \" 192.5\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2394.0, 726.0, 2497.0], [584, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Atlanta</a>\", \"\", \"Georgia\", \"USA\", \"North America\", 33.77, -84.38, \" 327.0\", \"1980-1981\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1657.0, 650.0, 1690.0], [690, \"Auas\", \"AUA\", \"\", \"Namibia\", \"Africa\", -22.5882, 17.3635, \" 1880.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [457, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 19.868, 75.323, \" 576.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 799.0, 1668.0], [406, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.837, 84.284, \" 104.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1803.0, 799.0, 1482.0], [197, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Aurere</a>\", \"aurere\", \"\", \"Reunion\", \"Africa\", -21.01977, 55.42472, \" 603.0\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693606\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [705, \"<a href=\\\"https://www.csiro.au/en/about/locations/state-locations/ACT/Black-Mountain\\\">BMSOLx Black Mountain</a>\", \"\", \"Canberra\", \"Australia\", \"Oceania\", -35.275, 149.1136, \" 595.0\", \"2012-2014\", \"\", \"CSIRO\", \"Unknown status.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1756.0, 610.0, 2037.0], [782, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Bac Ninh</a>\", \"VN_Solar_VNHAN_EVN\", \"\", \"Vietnam\", \"Asia\", 21.2013, 106.0629, \"60\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1325.0, 788.0, 803.0], [278, \"Badajoz\", \"\", \"\", \"Spain\", \"Europe\", 38.886028, -7.00925, \" 190.0\", \"2008-\", \"\", \"University of Extremadura\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1796.0, 606.0, 2073.0], [389, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bagora</a>\", \"\", \"\", \"India\", \"Asia\", 25.214, 72.018, \" 91.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [757, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Bahawalpur</a>\", \"PK_Solar_Bahawalpur_QASP\", \"\", \"Pakistan\", \"Asia\", 29.32542, 71.81877, \"120\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1916.0, 829.0, 1657.0], [384, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Balotra</a>\", \"\", \"\", \"India\", \"Asia\", 25.805, 72.237, \" 126.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [448, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Banda</a>\", \"\", \"\", \"India\", \"Asia\", 25.451, 80.345, \" 133.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 799.0, 1434.0], [509, \"Bangalore\", \"BNG\", \"\", \"India\", \"Asia\", 12.96, 77.58, \" 921.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1964.0, 956.0, 1416.0], [439, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bargarh</a>\", \"\", \"\", \"India\", \"Asia\", 21.32, 83.525, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 821.0, 1471.0], [3, \"<a href=\\\"https://gml.noaa.gov/obop/brw/\\\">Barrow</a>\", \"BAR\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.607, \" 8.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [597, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Barstow</a>\", \"\", \"California\", \"USA\", \"North America\", 34.88, -117.0, \" 664.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [755, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Bauchi</a>\", \"NGA_Solar_Bauchi\", \"\", \"Nigeria\", \"Africa\", 10.28526, 9.85059, \"597\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2110.0, 956.0, 1599.0], [542, \"Beijing\", \"\", \"\", \"China\", \"Asia\", 39.8, 116.47, \" 54.0\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1456.0, 653.0, 1445.0], [4, \"Bermuda\", \"BER\", \"Bermuda\", \"USA\", \"North America\", 32.267, -64.667, \" 8.0\", \"1992-2013& 2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1716.0, 745.0, 1548.0], [574, \"Bernex (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.172, 6.067, \" 473.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;SPN1\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [429, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhandara</a>\", \"\", \"\", \"India\", \"Asia\", 21.157, 79.578, \" 274.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [356, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhogat</a>\", \"\", \"\", \"India\", \"Asia\", 22.029, 69.261, \" 14.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1997.0, 792.0, 1799.0], [512, \"Bhopal\", \"BHP\", \"\", \"India\", \"Asia\", 23.28, 77.35, \" 523.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1880.0, 785.0, 1642.0], [440, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhubaneshwar</a>\", \"\", \"\", \"India\", \"Asia\", 20.349, 85.89, \" 20.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1737.0, 876.0, 1234.0], [354, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bilaspur</a>\", \"\", \"\", \"India\", \"Asia\", 22.075, 82.184, \" 267.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 810.0, 1486.0], [5, \"Billings\", \"BIL\", \"Oklahoma\", \"USA\", \"North America\", 36.605, -97.516, \" 317.0\", \"1993-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [81, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/bis.html\\\">Bismarck</a>\", \"BIS\", \"North Dakota\", \"USA\", \"North America\", 46.77179, -100.75955, \" 503.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1482.0, 566.0, 1770.0], [667, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Bismarck</a>\", \"\", \"North Dakota\", \"USA\", \"North America\", 46.77, -100.77, \" 511.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1482.0, 566.0, 1770.0], [726, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Bissau</a>\", \"GNB_Solar_Bissau\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 11.85643, -15.58877, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1989.0, 927.0, 1467.0], [734, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Blantyre</a>\", \"MWI_Solar_Blantyre_BLZ\", \"\", \"Malawi\", \"Africa\", -15.67996, 34.97203, \"770\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1993.0, 836.0, 1716.0], [656, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Blue Hill</a>\", \"\", \"Massachusetts\", \"USA\", \"North America\", 42.22, -71.12, \" 200.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1405.0, 569.0, 1562.0], [639, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Bluefield State College</a>\", \"\", \"West Virginia\", \"USA\", \"North America\", 37.27, -81.24, \" 803.0\", \"1985-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfb\", \"Temperate\", 2, 1486.0, 646.0, 1467.0], [599, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Blythe</a>\", \"\", \"California\", \"USA\", \"North America\", 33.6, -114.6, \" 81.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 460.0, 2913.0], [379, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bodana</a>\", \"\", \"\", \"India\", \"Asia\", 27.606, 72.109, \" 168.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [652, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boise</a>\", \"\", \"Idaho\", \"USA\", \"North America\", 43.57, -116.22, \" 873.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1672.0, 533.0, 2080.0], [6, \"<a href=\\\"http://www.srrb.noaa.gov/surfrad/bondvill.html\\\">Bondville</a>\", \"BON\", \"Illinois\", \"USA\", \"North America\", 40.05192, -88.37309, \" 230.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1478.0, 610.0, 1555.0], [129, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Borl\\u00e4nge</a>\", \"\", \"\", \"Sweden\", \"Europe\", 60.488, 15.43, \" 164.0\", \"1983-2010\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 956.0, 460.0, 1161.0], [741, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Bougouni</a>\", \"MLI_Solar_Bougouni\", \"\", \"Mali\", \"Africa\", 11.40743, -7.48193, \"335\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2102.0, 902.0, 1694.0], [647, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boulder</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 40.1, -105.25, \" 1634.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 664.0, 1894.0], [8, \"Boulder\", \"BOU\", \"Colorado\", \"USA\", \"North America\", 40.05, -105.007, \" 1577.0\", \"1992-2016\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [7, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/tablemt.html\\\">Boulder</a>\", \"BOS\", \"Colorado\", \"USA\", \"North America\", 40.12498, -105.2368, \" 1689.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [601, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Boulder City</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.02, -114.77, \" 457.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2073.0, 474.0, 2807.0], [198, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Bras Panon Moreau</a>\", \"braspanonmoreau\", \"\", \"Reunion\", \"Africa\", -21.002649, 55.682897, \" 20.0\", \"2010-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092821\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [9, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/brasilia.html\\\">Brasilia</a>\", \"BRB\", \"\", \"Brazil\", \"South America\", -15.601259, -47.713774, \" 1023.0\", \"2006-2015&2018-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2022.0, 723.0, 1982.0], [331, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Broome Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -17.9475, 122.2352, \" 7.42\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2270.0, 558.0, 2624.0], [672, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Brownsville</a>\", \"\", \"Texas\", \"USA\", \"North America\", 25.9, -97.43, \" 12.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1821.0, 675.0, 1778.0], [731, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Buchanan</a>\", \"LBR_Solar_Buchanan\", \"\", \"Liberia\", \"Africa\", 5.92397, -9.99337, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1624.0, 956.0, 934.0], [10, \"Budapest-Lorinc\", \"BUD\", \"Budapest\", \"Hungary\", \"Europe\", 47.4291, 19.1822, \" 139.1\", \"2019-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1285.0, 591.0, 1278.0], [569, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-BKT\\\">Bukit Kototabang</a>\", \"BKT\", \"\", \"Indonesia\", \"Asia\", -0.20194, 100.31805, \" 864.0\", \"2015-?\", \"WMO GAW\", \"BMKG\", \"\", \"\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1701.0, 1029.0, 923.0], [772, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Bumbuna</a>\", \"SLE_Solar_Bumbuna\", \"\", \"Sierra Leone\", \"Africa\", 9.03529, -11.76454, \"140\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 960.0, 1274.0], [676, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Burlington</a>\", \"\", \"Vermont\", \"USA\", \"North America\", 44.47, -73.15, \" 112.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1307.0, 580.0, 1350.0], [90, \"<a href=\\\"http://solardata.uoregon.edu/Burns.html\\\">Burns</a>\", \"BU\", \"Oregon\", \"USA\", \"North America\", 43.52, -119.02, \" 1265.0\", \"1994-\", \"SRML\", \"University of Oregon\", \"5 min data from 1994 to 2011.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1664.0, 551.0, 2044.0], [117, \"<a href=\\\"https://sauran.ac.za/\\\">CSIR Energy Centre</a>\", \"CSIR\", \"Pretoria\", \"South Africa\", \"Africa\", -25.746519, 28.278739, \" 1400.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of building\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2070.0, 628.0, 2325.0], [11, \"<a href=\\\"https://dataplatform.knmi.nl/dataset/cesar-bsrn-irraddown-la1-t1-v1-0\\\">Cabauw</a>\", \"CAB\", \"\", \"Netherlands\", \"Europe\", 51.9711, 4.9267, \" 0.0\", \"2005-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [553, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Caceres</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.4722, -6.3394, \" 405.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1785.0, 591.0, 2088.0], [262, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/cachoeira.html\\\">Cachoeira Paulista</a>\", \"CPA\", \"\", \"Brazil\", \"South America\", -22.6896, -45.0062, \" 574.0\", \"2014-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017. No photos or instument info was provided\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1796.0, 701.0, 1719.0], [260, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/caico.html\\\">Caic\\u00f3</a>\", \"CAI\", \"\", \"Brazil\", \"South America\", -6.4669, -37.0847, \" 176.0\", \"2002-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017\", \"Freely\", \"G;B;IR\", \"Aw\", \"Tropical\", 2, 2267.0, 788.0, 2157.0], [342, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cairns Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -16.8736, 145.7458, \" 2.22\", \"1997-2004\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Am\", \"Tropical\", 1, 1978.0, 715.0, 1913.0], [321, \"Cairo\", \"\", \"\", \"Egypt\", \"Africa\", 30.08, 31.28, \" 34.4\", \"2004-?\", \"WMO RRC\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [138, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Cairo</a>\", \"\", \"\", \"Egypt\", \"Africa\", 30.036, 31.009, \" 104.0\", \"2012-\", \"enerMENA\", \"Cairo University\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [12, \"<a href=\\\"https://epic.awi.de/id/eprint/40425/1/Camborne_BSRN_Station_Info.pdf\\\">Camborne</a>\", \"CAM\", \"\", \"United Kingdom\", \"Europe\", 50.2167, -5.3167, \" 88.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1161.0, 606.0, 1062.0], [13, \"Cape Baranova\", \"CAP\", \"\", \"Russia\", \"Europe\", 79.27, 101.75, \"\", \"2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 829.0, 544.0, 953.0], [341, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cape Grim</a>\", \"\", \"Tasmania\", \"Australia\", \"Oceania\", -40.6817, 144.6892, \" 95.0\", \"1997-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1496.0, 690.0, 1405.0], [692, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/capehedo/capehedo.html\\\">Cape Hedo</a>\", \"\", \"\", \"Japan\", \"Asia\", 26.867, 128.248, \" 65.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1573.0, 708.0, 1314.0], [164, \"<a href=\\\"https://gml.noaa.gov/obop/smo/\\\">Cape Matatula</a>\", \"SMO\", \"Tutila Island\", \"American Samoa\", \"Oceania\", 14.2474, 170.5644, \" 42.0\", \"1976-\", \"ABO\", \"NOAA\", \"Diffuse irradiance measurements first started in 1995.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2190.0, 774.0, 2077.0], [657, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Caribou</a>\", \"\", \"Maine\", \"USA\", \"North America\", 46.87, -68.02, \" 195.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1285.0, 558.0, 1442.0], [603, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Carlsbad</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.33, \" 23.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [573, \"Carouge (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.176, 6.139, \" 432.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [14, \"Carpentras\", \"CAR\", \"\", \"France\", \"Europe\", 44.083, 5.059, \" 100.0\", \"1996-2018\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1511.0, 580.0, 1745.0], [169, \"Casaccia Research Center\", \"CAS\", \"Lazio\", \"Italy\", \"Europe\", 42.04167, 12.30667, \"\", \"2001-\", \"\", \"ENEA\", \"Since 2020 also has PAR,albedo,UVA,UVB,spectral\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1559.0, 613.0, 1686.0], [199, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Caverne Dufour</a>\", \"cavernedufour\", \"\", \"Reunion\", \"Africa\", -21.109176, 55.495655, \" 2495.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.5812546\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [16, \"Cener\", \"CNR\", \"Navarra\", \"Spain\", \"Europe\", 42.816, -1.601, \" 471.0\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1562.0, 631.0, 1679.0], [783, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Central Highlands</a>\", \"VN_Solar_VNCEH_EVN\", \"\", \"Vietnam\", \"Asia\", 12.7535, 107.8761, \"290\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1825.0, 920.0, 1310.0], [118, \"<a href=\\\"https://sauran.ac.za\\\">Central University of Technology</a>\", \"CUT\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.121337, 26.215909, \" 1397.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of the Engineering building\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [409, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandigarh</a>\", \"\", \"\", \"India\", \"Asia\", 30.748, 76.756, \" 346.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1883.0, 756.0, 1781.0], [464, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrapur</a>\", \"\", \"\", \"India\", \"Asia\", 19.921, 79.319, \" 208.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 832.0, 1493.0], [362, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrodi</a>\", \"\", \"\", \"India\", \"Asia\", 23.334, 70.637, \" 74.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 770.0, 1821.0], [355, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Charanka</a>\", \"\", \"\", \"India\", \"Asia\", 23.893, 71.212, \" 12.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2022.0, 752.0, 1927.0], [540, \"Chengdu\", \"\", \"\", \"China\", \"Asia\", 30.67, 104.02, \" 506.1\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1150.0, 697.0, 697.0], [390, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chennai</a>\", \"\", \"\", \"India\", \"Asia\", 12.956, 80.217, \" 1.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 905.0, 1434.0], [15, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Chesapeake Light</a>\", \"CLH\", \"North Atlantic Ocean\", \"USA\", \"North America\", 36.905, -75.713, \" 37.0\", \"2000-2016\", \"BSRN\", \"NASA\", \"Closed due to structural issues\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1573.0, 675.0, 1486.0], [605, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Cheyenne</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 41.13, -104.82, \" 1876.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 580.0, 2029.0], [691, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/chiba/chiba.html\\\">Chiba</a>\", \"\", \"\", \"Japan\", \"Asia\", 35.625, 140.104, \" 21.0\", \"1999-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1387.0, 664.0, 1230.0], [348, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chilakapalem</a>\", \"\", \"\", \"India\", \"Asia\", 18.27, 83.809, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 905.0, 1219.0], [787, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Chilanga</a>\", \"ZMB_Solar_Lusaka_Chilanga\", \"\", \"Zambia\", \"Africa\", -15.54831, 28.24822, \"1224\", \"2015-2018\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [683, \"Chinese University of Hong Kong\", \"CUHK\", \"\", \"China\", \"Asia\", 22.4207, 114.2085, \" 150.0\", \"2003-?\", \"\", \"University of Hong Kong\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1515.0, 745.0, 1142.0], [370, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chitradurga</a>\", \"\", \"\", \"India\", \"Asia\", 14.216, 76.428, \" 760.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2015.0, 902.0, 1591.0], [788, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Choma</a>\", \"ZMB_Solar_Choma_Mochipapa\", \"\", \"Zambia\", \"Africa\", -16.83822, 27.07046, \"1282\", \"2015-2019\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2095.0, 741.0, 2073.0], [607, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Chula Vista</a>\", \"\", \"California\", \"USA\", \"North America\", 32.67, -117.03, \" 20.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [179, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Chuuk</a>\", \"\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [200, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Bras Sec</a>\", \"cilaosbrassec\", \"\", \"Reunion\", \"Africa\", -21.141754, 55.489703, \" 1269.0\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092842\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [201, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Piscine</a>\", \"cilaospiscine\", \"\", \"Reunion\", \"Africa\", -21.136158, 55.47416, \" 1213.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092835\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [202, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Thermes</a>\", \"cilaosthermes\", \"\", \"Reunion\", \"Africa\", -21.12894, 55.47332, \" 1255.8\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092847\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [147, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Cuahut\\u00e9moc</a>\", \"CDC\", \"Chihuahua\", \"Mexico\", \"North America\", 28.4504, -106.7942, \" 2112.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2150.0, 580.0, 2606.0], [145, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Universitaria</a>\", \"UNAM\", \"Mexico City\", \"Mexico\", \"North America\", 19.3262, -99.176, \" 2284.0\", \"2015-\", \"WMO RRC\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 2011.0, 770.0, 1858.0], [17, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cocos Island</a>\", \"COC\", \"Cocos (Keeling) Islands\", \"Australia\", \"Oceania\", -12.1892, 96.8344, \" 3.0\", \"2004-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2055.0, 923.0, 1599.0], [146, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Coeneo</a>\", \"COE\", \"Michoac\\u00e1n\", \"Mexico\", \"North America\", 19.8137, -101.6946, \" 1990.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2070.0, 737.0, 2040.0], [316, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Colorado Regional Test Center</a>\", \"RTC-CO\", \"Colorado\", \"USA\", \"North America\", 39.7407, -105.1771, \" 1783.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [659, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Columbia</a>\", \"\", \"Missouri\", \"USA\", \"North America\", 38.82, -92.22, \" 277.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1559.0, 595.0, 1708.0], [20, \"Concordia Station& Dome C\", \"DOM\", \"\", \"Antarctica\", \"Antarctica\", -75.1, 123.383, \" 3233.0\", \"2006-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1296.0, 420.0, 2931.0], [554, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Cordoba</a>\", \"\", \"\", \"Spain\", \"Europe\", 37.8444, -4.8506, \" 91.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1836.0, 635.0, 2077.0], [304, \"Coya Sur\", \"\", \"\", \"Chile\", \"South America\", -22.39, -69.62, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [203, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cratere Bory</a>\", \"craterebory\", \"\", \"Reunion\", \"Africa\", -21.244138, 55.709018, \" 2584.2\", \"2016-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092849\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [303, \"Crucero\", \"\", \"\", \"Chile\", \"South America\", -22.27, -69.56, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [288, \"<a href=\\\"https://solar.minenergia.cl/mediciones\\\">Crucero II</a>\", \"Crucero2\", \"\", \"Chile\", \"South America\", -22.27, -69.57, \" 1183.0\", \"2012-2022\", \"\", \"Ministry of Energy of Chile\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2621.0, 380.0, 3562.0], [309, \"Curic\\u00f3\", \"\", \"\", \"Chile\", \"South America\", -34.97, -71.25, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1945.0, 474.0, 2478.0], [96, \"<a href=\\\"https://weatherdata.construct.dtu.dk/\\\">DTU Lyngby</a>\", \"DTU\", \"Capital region\", \"Denmark\", \"Europe\", 55.7906, 12.5251, \" 50.0\", \"2014-\", \"\", \"Technical University of Denmark\", \"Elevation is approximate.\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [97, \"DTU Ris\\u00f8\", \"RIS\", \"Region Zealand\", \"Denmark\", \"Europe\", 55.6943, 12.1017, \" 13.0\", \"2017-\", \"\", \"Technical University of Denmark\", \"Also has spectral measurements. Elevation is approximate.\", \"Not available\", \"G;B;D;IR;UV\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [784, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Da Nang</a>\", \"VN_Solar_VNDAN_EVN\", \"\", \"Vietnam\", \"Asia\", 16.0125, 108.1865, \"24\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1748.0, 818.0, 1318.0], [528, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Dali</a>\", \"\", \"\", \"China\", \"Asia\", 25.71, 100.18, \" 1990.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1719.0, 792.0, 1533.0], [778, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Dapaong</a>\", \"TGO_Solar_Dapaong\", \"\", \"Togo\", \"Africa\", 10.89189, 0.18984, \"310\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1997.0, 912.0, 1511.0], [774, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_Dar es Salaam\", \"\", \"Tanzania\", \"Africa\", -6.780883, 39.203773, \"93\", \"2020-\", \"ESMAP\", \"UDSM\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [773, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-radiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_DaresSalaam_UDSM\", \"\", \"Tanzania\", \"Africa\", -6.781101, 39.2039, \"190\", \"2015-\", \"ESMAP\", \"Consortium\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [19, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Darwin</a>\", \"DAR\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.4239, 130.8925, \" 30.4\", \"2002-2021\", \"BSRN\", \"BOM\", \"BSRN data available until 2015\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [23, \"Darwin Met Office\", \"DWN\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.424, 130.8925, \" 32.0\", \"2008-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [779, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Davi\\u00e9</a>\", \"TGO_Solar_Davi\\u00e9\", \"\", \"Togo\", \"Africa\", 6.39307, 1.18647, \"91\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 975.0, 1088.0], [190, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Davos</a>\", \"DAV\", \"\", \"Switzerland\", \"Europe\", 46.813, 9.844, \" 1610.0\", \"2000-\", \"WMO RRC\", \"MeteoSwiss\", \"GHI started in 1995, DNI in 2000, and diffuse in 2003.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1314.0, 606.0, 1405.0], [18, \"De Aar\", \"DAA\", \"\", \"South Africa\", \"Africa\", -30.6667, 23.993, \" 1287.0\", \"2000-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2212.0, 482.0, 2898.0], [453, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Dehradun</a>\", \"\", \"\", \"India\", \"Asia\", 30.416, 77.967, \" 844.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [204, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Dembeni</a>\", \"dembeni\", \"\", \"Mayotte\", \"Africa\", -12.846892, 45.18093, \" 107.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [609, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 1 (SE)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.65, -104.85, \" 1628.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [611, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 2 (Holly)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.75, -104.9, \" 1625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [419, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Deoghar</a>\", \"\", \"\", \"India\", \"Asia\", 24.513, 86.656, \" 262.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1723.0, 839.0, 1299.0], [662, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Desert Rock</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.62, -116.02, \" 1007.0\", \"1979-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2095.0, 467.0, 2862.0], [22, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/desrock.html\\\">Desert Rock</a>\", \"DRA\", \"Nevada\", \"USA\", \"North America\", 36.62373, -116.01947, \" 1007.0\", \"1994-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2095.0, 467.0, 2862.0], [747, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Dharan</a>\", \"NPL_Solar_Dharan\", \"\", \"Nepal\", \"Asia\", 26.79291, 87.29263, \"315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1624.0, 858.0, 1172.0], [307, \"Diego de Almagro\", \"\", \"\", \"Chile\", \"South America\", -26.38, -70.04, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2183.0, 646.0, 2409.0], [157, \"Dobele\", \"\", \"\", \"Latvia\", \"Europe\", 56.62, 23.32, \" 42.0\", \"?\", \"Latvian Environment Geology and Meteorology Centre (LEGMC)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1055.0, 526.0, 1121.0], [654, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Dodge City</a>\", \"\", \"Kansas\", \"USA\", \"North America\", 37.77, -99.97, \" 795.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1785.0, 551.0, 2168.0], [775, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dodoma</a>\", \"TZA_Solarn_Dodoma\", \"\", \"Tanzania\", \"Africa\", -6.180039, 35.699039, \"1139\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2259.0, 803.0, 2110.0], [21, \"Dongsha Atoll\", \"DON\", \"\", \"Taiwan\", \"Asia\", 20.7, 116.73, \" 2.0\", \"?\", \"BSRN\", \"\", \"Candidate\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1679.0, 814.0, 1245.0], [713, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Dori</a>\", \"BFA_Solar_Dori\", \"\", \"Burkina Faso\", \"Africa\", 14.03045, -0.02435, \"285\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2219.0, 902.0, 1858.0], [497, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Duba Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.34103, 35.72295, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2281.0, 617.0, 2559.0], [239, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Dukhan</a>\", \"Duk\", \"\", \"Qatar\", \"Asia\", 25.41, 50.76, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [205, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Durban</a>\", \"durban\", \"\", \"South Africa\", \"Africa\", -29.87098, 30.97695, \" 150.0\", \"2013-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092844\", \"Freely\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [714, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">D\\u00e9dougou</a>\", \"BFA_Solar_D\\u00e9dougou\", \"\", \"Burkina Faso\", \"Africa\", 12.4662, -3.47294, \"305\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2135.0, 887.0, 1759.0], [255, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE La Magnolia</a>\", \"TAI\", \"\", \"Uruguay\", \"South America\", -31.709, -55.8269, \" 142.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1734.0, 606.0, 1869.0], [253, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE Palo a Pique</a>\", \"PPI\", \"\", \"Uruguay\", \"South America\", -33.2581, -54.4804, \" 26.0\", \"2016-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;SPN1\", \"Cfa\", \"Temperate\", 2, 1741.0, 661.0, 1836.0], [25, \"<a href=\\\"https://www.arm.gov/capabilities/observatories/ena/locations/c1\\\">Eastern North Atlantic</a>\", \"ENA\", \"Azores\", \"Portugal\", \"Europe\", 39.0911, -28.0292, \" 15.2\", \"2015-\", \"BSRN; ARM\", \"\", \"Ongoing issues with calibration.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 730.0, 1365.0], [575, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UTPASRL\\\">Edinburg</a>\", \"UTRGV SRL\", \"Texas\", \"USA\", \"North America\", 26.3059, -98.1716, \" 45.0\", \"2011-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 1854.0, 646.0, 1902.0], [177, \"<a href=\\\"https://energydata.info/dataset/vanuatu-solar-radiation-measurement-data\\\">Efate</a>\", \"\", \"\", \"Vanuatu\", \"Oceania\", -17.709738, 168.211453, \" 152.0\", \"2020-2022\", \"PPA\", \"\", \"The station is located on the UNELCO wind farm on Efate Island, Vanuatu.\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1883.0, 777.0, 1628.0], [545, \"Ejinaqi\", \"\", \"\", \"China\", \"Asia\", 41.95, 101.07, \" 940.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1821.0, 620.0, 2194.0], [615, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Cajon</a>\", \"\", \"California\", \"USA\", \"North America\", 32.78, -116.97, \" 140.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [673, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">El Paso</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.8, -106.4, \" 1206.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 526.0, 2741.0], [617, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Segundo</a>\", \"\", \"California\", \"USA\", \"North America\", 33.9, -118.42, \" 12.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1847.0, 694.0, 1916.0], [306, \"El Tesoro\", \"\", \"\", \"Chile\", \"South America\", -22.93, -69.07, \"\", \"2009-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [619, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Toro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.63, -117.7, \" 110.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [323, \"El-Farafra\", \"\", \"\", \"Egypt\", \"Africa\", 27.06, 27.99, \" 82.2\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 701.0, 2435.0], [613, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Eldorado</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 35.8, -115.0, \" 547.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2110.0, 471.0, 2862.0], [640, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Elizabeth City State University</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 36.3, -76.25, \" 4.0\", \"1990-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband until 1995. In 1996 it was measured with a shading disk on a tracker.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1599.0, 617.0, 1712.0], [663, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Ely</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.28, -114.85, \" 1912.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1825.0, 591.0, 2256.0], [142, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Erfoud</a>\", \"\", \"\", \"Morocco\", \"Africa\", 31.491, -4.218, \" 859.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2146.0, 661.0, 2442.0], [394, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Erode</a>\", \"\", \"\", \"India\", \"Asia\", 11.27, 77.604, \" 272.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1960.0, 953.0, 1387.0], [621, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Escondido</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.1, \" 216.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [108, \"<a href=\\\"https://sauran.ac.za/station-documents/SUT/SUT%20Station%20Details.pdf\\\">Eskom Sutherland</a>\", \"SALT\", \"Sutherland\", \"South Africa\", \"Africa\", -32.221992, 20.347775, \" 1450.0\", \"2016-2017\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [116, \"<a href=\\\"https://sauran.ac.za/\\\">Eskom Sutherland SALT</a>\", \"\", \"Sutherland\", \"South Africa\", \"Africa\", -32.377781, 20.81167, \" 1761.0\", \"2017-2020\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [94, \"<a href=\\\"http://solardata.uoregon.edu/Eugene.html\\\">Eugene</a>\", \"EU\", \"Oregon\", \"USA\", \"North America\", 44.0468, -123.0742, \" 150.0\", \"1977-\", \"SRML\", \"University of Oregon\", \"Has tilted irradiance measurements and some spectral data.\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1424.0, 551.0, 1595.0], [26, \"<a href=\\\"https://en.wikipedia.org/wiki/Eureka,_Nunavut\\\">Eureka</a>\", \"EUR\", \"Ellesmere Island\", \"Canada\", \"North America\", 79.989, -85.9404, \" 85.0\", \"2007-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 836.0, 416.0, 1387.0], [170, \"<a href=\\\"https://re.jrc.ec.europa.eu/meteo/meteo.php\\\">European Solar Test Installation - JRC</a>\", \"JRC\", \"Ispra\", \"Italy\", \"Europe\", 45.81206, 8.62706, \" 220.0\", \"1996-\", \"\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [277, \"Evora;Mitra\", \"\", \"\", \"Portugal\", \"Europe\", 38.531, -8.011, \" 220.0\", \"2014-\", \"\", \"University of \\u00c9vora\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1789.0, 599.0, 2048.0], [551, \"Fairbanks\", \"\", \"Alaska\", \"USA\", \"North America\", 64.853, -147.8603, \" 138.0\", \"2018-\", \"\", \"University of Alaska Fairbanks (UAF)\", \"Cleaned once a week. Also measures soiling and albedo.\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [643, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.82, -147.87, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 956.0, 467.0, 1259.0], [583, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.86, -147.87, \" 138.0\", \"1981-1984\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [742, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Fana</a>\", \"MLI_Solar_Fana\", \"\", \"Mali\", \"Africa\", 12.76684, -6.96159, \"329\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2135.0, 891.0, 1752.0], [720, \"<a href=\\\"https://energydata.info/dataset/the-gambia-solar-radiation-measurement-data\\\">Farafenni</a>\", \"GMB_Solar_Farafenni\", \"\", \"Gambia\", \"Africa\", 13.57301, -15.59253, \"19\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2124.0, 912.0, 1697.0], [766, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Fatick</a>\", \"SEN_Solar_Fatick\", \"\", \"Senegal\", \"Africa\", 14.36751, -16.41346, \"8\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [710, \"<a href=\\\"https://energydata.info/dataset/bangladesh-solar-radiation-measurement-data\\\">Feni</a>\", \"BGD_Solar_BDFE2_Feni\", \"\", \"Bangladesh\", \"Asia\", 22.80029, 91.35819, \"5\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1778.0, 876.0, 1361.0], [793, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Fig Tree</a>\", \"ZM_Solar_FigTree_IFC\", \"\", \"Zambia\", \"Africa\", -15.001425, 28.549047, \"1143\", \"2018\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [168, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NWTC\\\">Flatirons M2</a>\", \"NWTC\", \"Colorado\", \"USA\", \"North America\", 39.9106, -105.2347, \" 1855.0\", \"2021-\", \"NREL MIDC\", \"NREL\", \"Regular calibration and cleaning as of 2022.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [27, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/florianopolis.html\\\">Florianopolis</a>\", \"FLO;FLN\", \"\", \"Brazil\", \"South America\", -27.6017, -48.5178, \" 31.0\", \"1994-2005&2013-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1580.0, 657.0, 1478.0], [314, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Florida Regional Test Center</a>\", \"RTC-FL\", \"Florida\", \"USA\", \"North America\", 28.40509, -80.7709, \" 10.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 686.0, 1737.0], [28, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/ftpeck.html\\\">Fort Peck</a>\", \"FPE\", \"Montana\", \"USA\", \"North America\", 48.30783, -105.1017, \" 634.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1453.0, 588.0, 1705.0], [570, \"Freiburg\", \"\", \"\", \"Germany\", \"Europe\", 48.0114, 7.837, \" 253.0\", \"2018-?\", \"\", \"Fraunhofer\", \"The coordinates were derived from https://www.sciencedirect.com/science/article/pii/S0038092X24000136\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1212.0, 591.0, 1175.0], [645, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fresno</a>\", \"\", \"California\", \"USA\", \"North America\", 36.77, -119.72, \" 102.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [693, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/fukue/fukue.html\\\">Fukue</a>\", \"\", \"\", \"Japan\", \"Asia\", 32.752, 128.682, \" 80.0\", \"2003-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1402.0, 726.0, 1055.0], [29, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/41/Fukuoka_old-and-new.pdf\\\">Fukuoka</a>\", \"FUA\", \"\", \"Japan\", \"Asia\", 33.5822, 130.3764, \" 3.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1398.0, 704.0, 1153.0], [183, \"<a href=\\\"https://energydata.info/dataset/tuvalu-solar-radiation-measurement-data\\\">Funafuti</a>\", \"\", \"\", \"Tuvalu\", \"Oceania\", -8.525087, 179.196323, \" 0.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, NaN, NaN, NaN], [104, \"<a href=\\\"https://sauran.ac.za/station-documents/GRT/GRT%20Station%20Details.pdf\\\">GIZ Graaff-Reinet</a>\", \"GRN\", \"Graaff-Reinet\", \"South Africa\", \"Africa\", -32.48547, 24.585819, \" 660.0\", \"2013-2016\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2011.0, 540.0, 2511.0], [114, \"<a href=\\\"https://sauran.ac.za/\\\">GIZ Murraysburg</a>\", \"MRB\", \"Murraysburg\", \"South Africa\", \"Africa\", -31.890091, 24.056231, \" 1548.0\", \"2017-2019\", \"SAURAN\", \"\", \"Permanently offline. Inside enclosure on rural farmland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2132.0, 522.0, 2734.0], [106, \"<a href=\\\"https://sauran.ac.za/station-documents/RVD/RVD%20Station%20Details.pdf\\\">GIZ Richtersveld</a>\", \"RVLD\", \"Alexander Bay\", \"South Africa\", \"Africa\", -28.560841, 16.761459, \" 141.0\", \"2014-2024\", \"SAURAN\", \"\", \"Inside enclosure in desert region\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2175.0, 628.0, 2460.0], [103, \"<a href=\\\"https://sauran.ac.za/station-documents/UFS/UFS%20Station%20Details.pdf\\\">GIZ University of Free State</a>\", \"UFS\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.110741, 26.18503, \" 1491.0\", \"2014-2017\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [101, \"<a href=\\\"https://sauran.ac.za\\\">GIZ University of Pretoria</a>\", \"UOP\", \"Pretoria\", \"South Africa\", \"Africa\", -25.75308, 28.22859, \" 1410.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building. Also has acronym UPR.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2070.0, 628.0, 2325.0], [102, \"<a href=\\\"https://sauran.ac.za/station-documents/VAN/VAN%20Station%20Details.pdf\\\">GIZ Vanrhynsdorp</a>\", \"RVLD\", \"Vanrhynsdorp\", \"South Africa\", \"Africa\", -31.617479, 18.73834, \" 130.0\", \"2016-2019\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline. Also goes by the acronym VAN.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2139.0, 493.0, 2745.0], [725, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Gabu</a>\", \"GNB_Solar_Gabu\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 12.30108, -14.24273, \"75\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2073.0, 916.0, 1617.0], [737, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Gan</a>\", \"MDV_Solar_Gan_GAN\", \"\", \"Maldives\", \"Asia\", -0.6911, 73.1599, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2066.0, 858.0, 1686.0], [30, \"Gandhinagar\", \"GAN\", \"\", \"India\", \"Asia\", 23.1101, 72.6276, \" 65.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1982.0, 818.0, 1745.0], [446, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gangtok</a>\", \"\", \"\", \"India\", \"Asia\", 27.373, 88.6, \" 1920.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1471.0, 788.0, 1146.0], [567, \"Gantner\", \"\", \"Arizona\", \"USA\", \"North America\", 33.4239, -111.9098, \" 357.0\", \"2010-\", \"\", \"Gantner Instruments\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2128.0, 478.0, 2814.0], [550, \"Geermu\", \"\", \"\", \"China\", \"Asia\", 36.42, 94.9, \" 2807.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1931.0, 730.0, 2110.0], [35, \"<a href=\\\"https://www.awi.de/en/science/long-term-observations/atmosphere/antarctic-neumayer.html\\\">Georg von Neumayer</a>\", \"GVN\", \"Dronning Maud Island\", \"Antarctica\", \"Antarctica\", -70.65, -8.25, \" 42.0\", \"1982-\", \"BSRN\", \"\", \"Neumayer-station II from 1992-2009& Neumayer station III from 2009. BSRN FTP server only has data from 1992.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 978.0, 573.0, 1132.0], [333, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Geraldton Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -28.7953, 114.6975, \" 33.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csa\", \"Temperate\", 1, 2143.0, 580.0, 2529.0], [140, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ghardaia</a>\", \"\", \"\", \"Algeria\", \"Africa\", 32.386, 3.78, \" 463.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2124.0, 679.0, 2376.0], [243, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Ghasham Farm</a>\", \"Gha\", \"\", \"Qatar\", \"Asia\", 24.85, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [623, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Gila Bend</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.93, -112.72, \" 224.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2168.0, 471.0, 2884.0], [268, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Gizan</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.9, 42.58, \" 7.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [33, \"Gobabeb\", \"GOB\", \"Namib Desert\", \"Namibia\", \"Africa\", -23.5614, 15.042, \" 407.0\", \"2012-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2416.0, 485.0, 2978.0], [367, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gokak</a>\", \"\", \"\", \"India\", \"Asia\", 16.288, 74.835, \" 575.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 832.0, 1559.0], [31, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/goodwin.html\\\">Goodwin Creek</a>\", \"GCR\", \"Mississippi\", \"USA\", \"North America\", 34.2547, -89.8729, \" 98.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1639.0, 624.0, 1719.0], [449, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gorakhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.73, 83.434, \" 71.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 818.0, 1321.0], [648, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Grand Junction</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.12, -108.53, \" 1473.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1836.0, 613.0, 2234.0], [32, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Granite Island</a>\", \"GIM\", \"Michigan\", \"USA\", \"North America\", 46.721, -87.411, \" 208.0\", \"2019-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 562.0, 1314.0], [187, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Graz</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.08, 15.45, \" 398.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1197.0, 606.0, 1153.0], [660, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Great Falls</a>\", \"\", \"Montana\", \"USA\", \"North America\", 47.5, -111.37, \" 1125.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1467.0, 562.0, 1748.0], [685, \"Grimstad\", \"\", \"\", \"Norway\", \"Europe\", 58.3345, 8.5753, \" 40.0\", \"2019-\", \"\", \"University of Agder\", \"Also has Spectrafy instruments and reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Cfb\", \"Temperate\", 1, 1037.0, 471.0, 1201.0], [658, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Guam</a>\", \"\", \"Marianas Islands\", \"USA\", \"North America\", 13.45, -144.68, \" 111.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2044.0, 854.0, 1723.0], [536, \"Guangzhou\", \"\", \"\", \"China\", \"Asia\", 23.17, 113.33, \" 6.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1376.0, 734.0, 982.0], [284, \"Gudair\", \"\", \"\", \"Kuwait\", \"Asia\", 28.88, 47.71, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2124.0, 814.0, 1982.0], [149, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Guerrero Negro</a>\", \"GRN\", \"Baja California Sur\", \"Mexico\", \"North America\", 28.0377, -113.9787, \" 21.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2252.0, 485.0, 2858.0], [352, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Guntur</a>\", \"\", \"\", \"India\", \"Asia\", 16.374, 80.526, \" 31.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1836.0, 942.0, 1252.0], [34, \"Gurgaon\", \"GUR\", \"\", \"India\", \"Asia\", 28.4249, 77.156, \" 259.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1778.0, 807.0, 1482.0], [371, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gwalior</a>\", \"\", \"\", \"India\", \"Asia\", 26.223, 78.19, \" 210.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1829.0, 792.0, 1562.0], [148, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">G\\u00f3mez Palacio</a>\", \"VEN\", \"Durango\", \"Mexico\", \"North America\", 24.9568, -104.5704, \" 1877.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2186.0, 591.0, 2551.0], [132, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">G\\u00f6teborg</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.708, 11.992, \" 30.0\", \"1983-2013\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1058.0, 496.0, 1150.0], [230, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">HBKU-B2</a>\", \"B2\", \"\", \"Qatar\", \"Asia\", 25.32, 51.42, \"\", \"2012-2017&2021-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [543, \"Haerbin\", \"\", \"\", \"China\", \"Asia\", 45.75, 126.77, \" 142.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1427.0, 628.0, 1621.0], [504, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Hafar Al Batin Technical College</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.33202, 45.95708, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2186.0, 766.0, 2150.0], [206, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Hahaya</a>\", \"hahaya\", \"\", \"Comoros\", \"Africa\", -11.539412, 43.278112, \" 32.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408671\", \"Freely\", \"SPN1;UV\", \"Af\", \"Tropical\", 2, 2113.0, 756.0, 1960.0], [247, \"<a href=\\\"https://www.hshl.de/forschung-unternehmen/forschungsprojekte/meteorologische-messstation/\\\">Hamm-Lippstadt University of Applied Science</a>\", \"HSHL\", \"\", \"Germany\", \"Europe\", 51.682, 7.843, \" 60.0\", \"2016-\", \"\", \"Hamm-Lippstadt University\", \"\", \"\", \"G;RSI\", \"Cfb\", \"Temperate\", 2, 1095.0, 573.0, 1055.0], [82, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/hnx.html\\\">Hanford</a>\", \"HNX\", \"California\", \"USA\", \"North America\", 36.31357, -119.63164, \" 73.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1997.0, 464.0, 2613.0], [738, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hanimaadhoo</a>\", \"MDV_Solar_Hanimaadhoo_HAQ\", \"\", \"Maldives\", \"Asia\", 6.7482, 73.1696, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1993.0, 920.0, 1475.0], [366, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Haveri</a>\", \"\", \"\", \"India\", \"Asia\", 14.788, 75.345, \" 567.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1975.0, 880.0, 1566.0], [572, \"Helios\", \"\", \"\", \"South Africa\", \"Africa\", -30.5011, 19.5607, \" 905.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2267.0, 438.0, 3055.0], [699, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Helsinki Kumpula</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.2038, 24.96171, \" 24.0\", \"2007-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 960.0, 434.0, 1172.0], [162, \"<a href=\\\"https://leps.hmu.gr/en/home/\\\">Heraklion</a>\", \"\", \"Crete\", \"Greece\", \"Europe\", 35.31139, 25.10174, \" 95.0\", \"?\", \"\", \"Hellenic Mediterranean University\", \"Tracked located on roof of building. Site also has spectral radiation measurements.\", \"Not available\", \"\", \"Csa\", \"Temperate\", 2, 1803.0, 679.0, 1807.0], [95, \"<a href=\\\"http://solardata.uoregon.edu/Hermiston.html\\\">Hermiston</a>\", \"HE\", \"Oregon\", \"USA\", \"North America\", 45.82, -119.28, \" 180.0\", \"1979-\", \"SRML\", \"University of Oregon\", \"Also has a RSR.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1551.0, 529.0, 1891.0], [155, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Hermosillo</a>\", \"HMO\", \"Sonora\", \"Mexico\", \"North America\", 29.0279, -111.1456, \" 157.0\", \"2018-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2226.0, 482.0, 2880.0], [701, \"<a href=\\\"https://www.dwd.de/EN/research/observing_atmosphere/composition_atmosphere/hohenpeissenberg/start_mohp_node.html\\\">Hohenpeissenberg</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.8009, 11.0108, \" 977.0\", \"1997-\", \"WMO GAW;AERONET\", \"DWD\", \"DNI only available as hourly sums prior to 2021.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [729, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Homa Bay</a>\", \"KEN_Solar_Homa Bay\", \"\", \"Kenya\", \"Africa\", -0.764707, 34.360379, \"1335\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 2168.0, 898.0, 1745.0], [181, \"<a href=\\\"https://energydata.info/dataset/solomon-islands-solar-radiation-measurement-data\\\">Honiara</a>\", \"\", \"\", \"Solomon Islands\", \"Oceania\", -9.438163, 160.063212, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1789.0, 836.0, 1369.0], [651, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Honolulu</a>\", \"\", \"Hawaii\", \"USA\", \"North America\", 21.32, -157.92, \" 2.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2073.0, 661.0, 2139.0], [36, \"Howrah\", \"HOW\", \"\", \"India\", \"Asia\", 22.5535, 88.3064, \" 51.0\", \"2014-2016& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1650.0, 872.0, 1142.0], [681, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-HKR\\\">Hradec Kralove</a>\", \"HKR\", \"\", \"Czech Republic\", \"Europe\", 50.1772, 15.8386, \" 285.0\", \"2009-?\", \"WMO GAW\", \"Czech Hydrometeorological Institute (CHMI)\", \"\", \"\", \"G;B;D;UV\", \"Cfb\", \"Temperate\", 1, 1102.0, 573.0, 1026.0], [706, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Hrazdan</a>\", \"ARM_Solar_Hrazdan\", \"\", \"Armenia\", \"Asia\", 40.5116, 44.823, \"1845\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [740, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hulhul\\u00e9</a>\", \"MDV_Solar_Male _MLE\", \"\", \"Maldives\", \"Asia\", 4.1927, 73.5281, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2018.0, 902.0, 1533.0], [625, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Huntington Beach</a>\", \"\", \"California\", \"USA\", \"North America\", 33.65, -117.98, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [758, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Hyderabad</a>\", \"PK_Solar_Hyderabad_MUET\", \"\", \"Pakistan\", \"Asia\", 25.4134, 68.2595, \"60\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2029.0, 829.0, 1803.0], [510, \"Hyderabad\", \"HYD\", \"\", \"India\", \"Asia\", 17.45, 78.46, \" 530.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1924.0, 880.0, 1500.0], [360, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Idar</a>\", \"\", \"\", \"India\", \"Asia\", 23.83, 73.003, \" 221.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 807.0, 1712.0], [37, \"Ilorin\", \"ILO\", \"\", \"Nigeria\", \"Africa\", 8.5333, 4.5667, \" 350.0\", \"1992-2005\", \"BSRN\", \"\", \"Station closed due to no funding\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 967.0, 1183.0], [627, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Imperial</a>\", \"\", \"California\", \"USA\", \"North America\", 32.82, -115.38, \"-6.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2179.0, 449.0, 2920.0], [435, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Imphal</a>\", \"\", \"\", \"India\", \"Asia\", 24.802, 93.905, \" 762.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1661.0, 902.0, 1183.0], [653, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Indianapolis</a>\", \"\", \"Indiana\", \"USA\", \"North America\", 39.73, -86.27, \" 244.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1475.0, 620.0, 1500.0], [425, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Indore</a>\", \"\", \"\", \"India\", \"Asia\", 22.689, 75.874, \" 565.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1894.0, 785.0, 1650.0], [629, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Inglewood</a>\", \"\", \"California\", \"USA\", \"North America\", 33.95, -118.38, \" 30.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [188, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Innsbruck</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.26, 11.38, \" 578.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [38, \"Ishigakijima\", \"ISH\", \"\", \"Japan\", \"Asia\", 24.3367, 124.1644, \" 5.7\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1562.0, 723.0, 1248.0], [759, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Islamabad</a>\", \"PK_Solar_Islamabad_NUST\", \"\", \"Pakistan\", \"Asia\", 33.64191, 72.9838, \"500\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1843.0, 715.0, 1832.0], [402, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Itanagar</a>\", \"\", \"\", \"India\", \"Asia\", 27.1, 93.62, \" 333.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1292.0, 719.0, 945.0], [150, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ixmiquilpan</a>\", \"IXM\", \"Hedalgo\", \"Mexico\", \"North America\", 20.4955, -99.181, \" 1761.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2051.0, 726.0, 1967.0], [39, \"Iza\\u00f1a\", \"IZA\", \"Tenerife\", \"Spain\", \"Europe\", 28.3093, -16.4993, \" 2372.9\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 818.0, 1694.0], [426, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jabalpur</a>\", \"\", \"\", \"India\", \"Asia\", 23.201, 79.912, \" 385.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1865.0, 788.0, 1606.0], [516, \"Jaipur\", \"JPR\", \"\", \"India\", \"Asia\", 26.81, 75.8, \" 390.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1978.0, 745.0, 1902.0], [445, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jaipur</a>\", \"\", \"\", \"India\", \"Asia\", 26.809, 75.862, \" 403.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1902.0], [430, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalgaon</a>\", \"\", \"\", \"India\", \"Asia\", 21.002, 75.548, \" 254.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1909.0, 759.0, 1712.0], [456, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalpaiguri</a>\", \"\", \"\", \"India\", \"Asia\", 26.546, 88.703, \" 87.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1559.0, 836.0, 1106.0], [357, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jambua</a>\", \"\", \"\", \"India\", \"Asia\", 22.216, 73.19, \" 29.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 796.0, 1716.0], [420, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jamshedpur</a>\", \"\", \"\", \"India\", \"Asia\", 22.777, 86.144, \" 182.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1734.0, 843.0, 1296.0], [245, \"Jang Bogo\", \"JBS\", \"\", \"Antarctica\", \"Antarctica\", -74.3719, 164.1344, \" 26.0\", \"2015-\", \"\", \"KOPRI-CNR\", \"\", \"\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [472, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Jazan University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.96035, 42.54586, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [270, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Jeddah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.68, 39.15, \" 4.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [121, \"Jeju Gosan GAW station\", \"JGS\", \"\", \"South Korea\", \"Asia\", 33.3, 126.21, \" 52.0\", \"2008-\", \"WMO GAW\", \"\", \"The station also has a sky radiometer.\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1394.0, 734.0, 1048.0], [387, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jodhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.271, 73.035, \" 233.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2062.0, 712.0, 2088.0], [698, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Jokioinen Ilmala</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.8143, 23.499, \" 104.0\", \"1999-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [566, \"<a href=\\\"https://antartida.aemet.es/index.php?pag=tiemporeal\\\">Juan Carlos I</a>\", \"\", \"\", \"Antarctica\", \"Antarctica\", -62.66325, -60.38959, \" 12.0\", \"2003-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"EF\", \"Polar\", 1, 854.0, 515.0, 766.0], [748, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Jumla</a>\", \"NPL_Solar_Jumla\", \"\", \"Nepal\", \"Asia\", 29.27237, 82.19351, \"2363\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwb\", \"Temperate\", 2, 1858.0, 898.0, 1621.0], [191, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Jungfraujoch</a>\", \"JUN\", \"\", \"Switzerland\", \"Europe\", 46.55, 7.99, \" 3582.0\", \"1996-\", \"\", \"MeteoSwiss\", \"No diffuse measurements due to too hars meteorological conditions.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1325.0, 602.0, 1391.0], [486, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE Building Olaya St</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.70814, 46.67896, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [485, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE City Site Tier 2 Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.52958, 46.43635, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [281, \"Kabed\", \"\", \"\", \"Kuwait\", \"Asia\", 29.173152, 47.728054, \" 76.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [399, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadapa</a>\", \"\", \"\", \"India\", \"Asia\", 14.52, 78.785, \" 145.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [739, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Kadhdhoo</a>\", \"MDV_Solar_Kadhdhoo_KDO\", \"\", \"Maldives\", \"Asia\", 1.8599, 73.5203, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2051.0, 869.0, 1639.0], [350, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadiri</a>\", \"\", \"\", \"India\", \"Asia\", 14.11, 78.147, \" 531.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [767, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Kahone</a>\", \"SEN_Solar_Kahone\", \"\", \"Senegal\", \"Africa\", 14.168636, -16.034167, \"10\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [368, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kalaburagi(Gulbarga)</a>\", \"\", \"\", \"India\", \"Asia\", 17.32, 76.855, \" 478.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 836.0, 1613.0], [334, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Kalgoorlie-Boulder Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -30.7847, 121.4533, \" 365.3\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2084.0, 515.0, 2654.0], [723, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Kankan</a>\", \"GIN_Solar_Kankan\", \"\", \"Guin\\u00e9e\", \"NaN\", 10.36465, -9.30466, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2022.0, 927.0, 1533.0], [424, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kannur</a>\", \"\", \"\", \"India\", \"Asia\", 11.985, 75.385, \" 70.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 902.0, 1361.0], [756, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Kano</a>\", \"NGA_Solar_Kano\", \"\", \"Nigeria\", \"Africa\", 11.87357, 8.45837, \"449\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2128.0, 971.0, 1610.0], [450, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.493, 80.272, \" 130.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1770.0, 796.0, 1449.0], [189, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Kanzelh\\u00f6he</a>\", \"\", \"\", \"Austria\", \"Europe\", 46.68, 13.9, \" 1540.0\", \"2013-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1299.0, 610.0, 1358.0], [789, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kaoma</a>\", \"ZMB_Solar_Kaoma_Longe\", \"\", \"Zambia\", \"Africa\", -14.83966, 24.93186, \"1167\", \"2015-2020\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2088.0, 766.0, 1967.0], [444, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kapurthala</a>\", \"\", \"\", \"India\", \"Asia\", 31.356, 75.444, \" 240.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1748.0, 814.0, 1456.0], [760, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Karachi</a>\", \"PK_Solar_Karachi_NEDUET\", \"\", \"Pakistan\", \"Asia\", 24.9334, 67.1116, \"40\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2037.0, 843.0, 1810.0], [374, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karad</a>\", \"\", \"\", \"India\", \"Asia\", 17.31, 74.186, \" 599.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 836.0, 1588.0], [391, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karaikudi</a>\", \"\", \"\", \"India\", \"Asia\", 10.086, 78.796, \" 101.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [417, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kargil</a>\", \"\", \"\", \"India\", \"Asia\", 34.554, 76.139, \" 2856.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 850.0, 1610.0], [130, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Karlstad</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.359, 13.472, \" 46.0\", \"1983-2011\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 989.0, 482.0, 1142.0], [790, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kasama</a>\", \"ZMB_Solar_Kasama_Misamfu\", \"\", \"Zambia\", \"Africa\", -10.17165, 31.22558, \"1379\", \"2015-2021\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2121.0, 847.0, 1843.0], [547, \"Kashi\", \"\", \"\", \"China\", \"Asia\", 39.47, 75.98, \" 1288.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1752.0, 661.0, 1971.0], [735, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Kasungu</a>\", \"MWI_Solar_Kasungu_KBQ\", \"\", \"Malawi\", \"Africa\", -13.0153, 33.4685, \"1065\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 858.0, 1796.0], [250, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/katherine\\\">Katherine</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -14.474694, 132.305083, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"Aw\", \"Tropical\", 2, 2241.0, 650.0, 2402.0], [749, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Kathmandu</a>\", \"NPL_Solar_Kathmandu\", \"\", \"Nepal\", \"Asia\", 27.68157, 85.31868, \"1315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1741.0, 792.0, 1537.0], [418, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Katra</a>\", \"\", \"\", \"India\", \"Asia\", 32.94, 74.953, \" 670.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1869.0, 701.0, 1909.0], [159, \"Kauno\", \"\", \"\", \"Lithuania\", \"Europe\", 54.884, 23.836, \" 77.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Dfb\", \"Continental\", 2, 1080.0, 548.0, 1088.0], [715, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Kaya</a>\", \"BFA_Solar_Kaya\", \"\", \"Burkina Faso\", \"Africa\", 13.08301, -1.07272, \"324\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2186.0, 898.0, 1807.0], [393, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kayathar</a>\", \"\", \"\", \"India\", \"Asia\", 8.945, 77.723, \" 102.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1891.0, 1018.0, 1194.0], [771, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Kenema</a>\", \"SLE_Solar_Kenema\", \"\", \"Sierra Leone\", \"Africa\", 7.81879, -11.18137, \"145\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1683.0, 964.0, 1000.0], [358, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Keshod</a>\", \"\", \"\", \"India\", \"Asia\", 21.275, 70.212, \" 61.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1938.0, 818.0, 1661.0], [427, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Khandwa</a>\", \"\", \"\", \"India\", \"Asia\", 21.815, 76.369, \" 308.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1902.0, 759.0, 1697.0], [761, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Khuzdar</a>\", \"PK_Solar_Khuzdar_BUET\", \"\", \"Pakistan\", \"Asia\", 27.8178, 66.6294, \"1260\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 712.0, 2307.0], [503, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University (Osfan Campus)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.89252, 39.2539, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [488, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University East Hada Alsham Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.80117, 39.72854, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [470, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University Main Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.49604, 39.24492, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [468, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdullah University of Science and Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.3065, 39.10701, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 781.0, 2135.0], [487, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Fahd University of Petroleum & Minerals</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.30355, 50.14412, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 1913.0, 905.0, 1482.0], [473, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Faisal University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.34616, 49.5956, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [507, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Saud University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.72359, 46.61639, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [123, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Kiruna</a>\", \"\", \"\", \"Sweden\", \"Europe\", 67.842, 20.41, \" 424.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 839.0, 449.0, 1044.0], [160, \"Kishinev\", \"\", \"\", \"Moldova\", \"Europe\", 47.0, 28.817, \" 205.0\", \"?\", \"ARG / Academy of Sciences of Moldova\", \"\", \"\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1321.0, 584.0, 1354.0], [686, \"<a href=\\\"https://ife.no/service/ife-pv-module-outdoor-test-site/\\\">Kjeller</a>\", \"\", \"\", \"Norway\", \"Europe\", 59.972515, 11.052297, \" 130.0\", \"2022-\", \"\", \"IFE\", \"Also has reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Dfb\", \"Continental\", 1, 993.0, 482.0, 1150.0], [438, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kohima</a>\", \"\", \"\", \"India\", \"Asia\", 25.705, 94.056, \" 1340.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1540.0, 847.0, 1117.0], [717, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">Korhogo</a>\", \"CIV_Solar_Korhogo\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 9.48058, -5.59509, \"370\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 942.0, 1369.0], [378, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kota</a>\", \"\", \"\", \"India\", \"Asia\", 25.141, 75.81, \" 304.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 756.0, 1843.0], [361, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kotada Pitha</a>\", \"\", \"\", \"India\", \"Asia\", 21.948, 71.21, \" 207.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 825.0, 1672.0], [716, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Koup\\u00e9la</a>\", \"BFA_Solar_Koup\\u00e9la\", \"\", \"Burkina Faso\", \"Africa\", 12.19104, -0.36292, \"302\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2102.0, 945.0, 1621.0], [537, \"Kunming\", \"\", \"\", \"China\", \"Asia\", 25.02, 102.68, \" 1891.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwb\", \"Temperate\", 2, 1632.0, 766.0, 1402.0], [40, \"<a href=\\\"https://gml.noaa.gov/grad/sites/kwa.html\\\">Kwajalein</a>\", \"KWA\", \"\", \"Marshall Islands\", \"Oceania\", 8.72, 167.731, \" 10.0\", \"1992-2017\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1997.0, 883.0, 1591.0], [207, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">La Possession Baie</a>\", \"edflapossession\", \"\", \"Reunion\", \"Africa\", -20.93061, 55.32897, \" 13.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693552\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [576, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ULL\\\">Lafayette</a>\", \"UL\", \"Louisiana\", \"USA\", \"North America\", 30.205, -92.3979, \" 5.0\", \"2018-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1694.0, 668.0, 1690.0], [631, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Laguna Bell</a>\", \"\", \"California\", \"USA\", \"North America\", 33.97, -118.15, \" 41.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [762, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Lahore</a>\", \"PK_Solar_Lahore_UET\", \"\", \"Pakistan\", \"Asia\", 31.69458, 74.2441, \"220\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1792.0, 799.0, 1559.0], [727, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Laisamis</a>\", \"KEN_Solar_Laisamis\", \"\", \"Kenya\", \"Africa\", 1.601891, 37.802681, \"576\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2267.0, 850.0, 2029.0], [655, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lake Charles</a>\", \"\", \"Louisiana\", \"USA\", \"North America\", 30.12, -93.22, \" 19.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1675.0, 657.0, 1683.0], [41, \"Lampedusa\", \"LMP\", \"\", \"Italy\", \"Europe\", 35.518, 12.63, \" 50.0\", \"2023-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1872.0, 635.0, 2004.0], [633, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Lancaster</a>\", \"\", \"California\", \"USA\", \"North America\", 34.7, -118.15, \" 715.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [680, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lander</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 42.82, -108.73, \" 1699.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1737.0, 580.0, 2157.0], [46, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Langley Research Center</a>\", \"LRC\", \"Virginia\", \"USA\", \"North America\", 37.1038, -76.3872, \" 3.0\", \"2014-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 613.0, 1694.0], [47, \"Lanyu Station\", \"LYU\", \"\", \"Taiwan\", \"Asia\", 22.037, 121.5583, \" 324.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 697.0, 1234.0], [548, \"Lanzhou\", \"\", \"\", \"China\", \"Asia\", 36.05, 103.88, \" 1517.2\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1657.0, 704.0, 1668.0], [184, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Lari Tal Amara</a>\", \"LBAMA\", \"\", \"Lebanon\", \"Asia\", 33.85679, 35.98659, \" 935.0\", \"2019-2021\", \"ESMAP\", \"\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1942.0, 726.0, 1924.0], [254, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Las Brujas</a>\", \"LBI\", \"\", \"Uruguay\", \"South America\", -34.672, -56.3401, \" 38.0\", \"2010-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1774.0, 624.0, 1938.0], [664, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.08, -115.17, \" 661.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [635, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.15, -115.17, \" 634.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [549, \"Lasa\", \"\", \"\", \"China\", \"Asia\", 29.67, 91.13, \" 3648.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 2000.0, 839.0, 2029.0], [462, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Latur</a>\", \"\", \"\", \"India\", \"Asia\", 18.4, 76.56, \" 638.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1931.0, 839.0, 1588.0], [42, \"Lauder\", \"LAU\", \"\", \"New Zealand\", \"Oceania\", -45.045, 169.689, \" 350.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1380.0, 620.0, 1507.0], [684, \"Le Bourget-du-Lac\", \"\", \"\", \"France\", \"Europe\", 45.6416, 5.8752, \" 235.0\", \"2019-?\", \"\", \"INES\", \"There is a second tracker with a pyrheliometer on a tower (probably little maintenance).\", \"\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [208, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Barbusse</a>\", \"leportbarbusse\", \"\", \"Reunion\", \"Africa\", -20.934157, 55.30779, \" 16.96\", \"2010-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092858\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [209, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Mairie</a>\", \"leportmairie\", \"\", \"Reunion\", \"Africa\", -20.935233, 55.290266, \" 12.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092855\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [332, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Learmonth Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -22.2406, 114.0967, \" 5.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2329.0, 566.0, 2708.0], [365, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Leh</a>\", \"\", \"\", \"India\", \"Asia\", 34.14, 77.481, \" 3252.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 1847.0, 971.0, 1537.0], [43, \"<a href=\\\"https://epic.awi.de/id/eprint/35071/1/Lerwick_site_info.pdf\\\">Lerwick</a>\", \"LER\", \"Shetland Island\", \"United Kingdom\", \"Europe\", 60.1389, -1.1847, \" 80.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 843.0, 474.0, 814.0], [533, \"Linan\", \"\", \"\", \"China\", \"Asia\", 30.3, 119.73, \" 138.0\", \"2005-\", \"WMO GAW\", \"China Meteorological Administration\", \"\", \"\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1274.0, 664.0, 967.0], [44, \"<a href=\\\"https://www.dwd.de/DE/forschung/atmosphaerenbeob/lindenbergersaeule/mol/mol_node.html\\\">Lindenberg</a>\", \"LIN\", \"\", \"Germany\", \"Europe\", 52.21, 14.122, \" 125.0\", \"1994-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1069.0, 548.0, 1040.0], [555, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Lleida</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.6258, 0.595, \" 192.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1694.0, 599.0, 1949.0], [192, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Locarno-Monti</a>\", \"OTL\", \"\", \"Switzerland\", \"Europe\", 46.18, 8.783, \" 366.0\", \"2000-\", \"\", \"MeteoSwiss\", \"GHI from 1996, DNI from 2000, and diffuse from 2001.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1314.0, 606.0, 1405.0], [532, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-LFS\\\">Longfengshan</a>\", \"\", \"\", \"China\", \"Asia\", 44.7299, 127.5999, \" 331.0\", \"2009-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D\", \"Dwa\", \"Continental\", 1, 1420.0, 653.0, 1533.0], [339, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Longreach Aero</a>\", \"\", \"Quennsland\", \"Australia\", \"Oceania\", -23.4397, 144.2828, \" 192.2\", \"2012-2015\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2245.0, 522.0, 2741.0], [646, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 33.93, -118.4, \" 36.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [637, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.23, \" 88.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [753, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Lossa</a>\", \"NER_Solar_Lossa\", \"\", \"Niger\", \"Africa\", 13.94701, 1.57469, \"205\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 916.0, 1781.0], [126, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lule\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 65.544, 22.111, \" 32.0\", \"1983-2007\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 931.0, 420.0, 1223.0], [45, \"<a href=\\\"http://lulin.tw/\\\">Lulin</a>\", \"LLN\", \"\", \"Taiwan\", \"Asia\", 23.4686, 120.8736, \" 2862.0\", \"2009-\", \"BSRN\", \"\", \"Not on Pangea or FTP\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1595.0, 803.0, 1204.0], [750, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Lumle</a>\", \"NPL_Solar_Lumle\", \"\", \"Nepal\", \"Asia\", 28.29666, 83.818, \"1742\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 807.0, 1471.0], [134, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 55.714, 13.212, \" 85.0\", \"1983-2015\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1084.0, 511.0, 1175.0], [791, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Lusaka</a>\", \"ZMB_Solar_Lusaka_UNZA\", \"\", \"Zambia\", \"Africa\", -15.39465, 28.33711, \"1262\", \"2015-2017\", \"ESMAP\", \"SGS Inspection Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2084.0, 777.0, 1975.0], [136, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ma'an</a>\", \"\", \"\", \"Jordan\", \"Asia\", 30.172, 35.818, \" 1012.0\", \"2011-\", \"enerMENA\", \"University of Jordan\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2201.0, 628.0, 2486.0], [679, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Madison</a>\", \"\", \"Wisconsin\", \"USA\", \"North America\", 43.13, -89.33, \" 271.0\", \"1977\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1416.0, 591.0, 1551.0], [83, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/msn.html\\\">Madison</a>\", \"MSN\", \"Wisconsin\", \"USA\", \"North America\", 43.0725, -89.41133, \" 271.0\", \"1996-\", \"SOLRAD\", \"NOAA\", \"Madison station file format changed after Jun 2009 (https://gml.noaa.gov/aftp/data/radiation/solrad/README_SOLRAD.txt)\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1416.0, 591.0, 1551.0], [556, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Madrid</a>\", \"\", \"\", \"Spain\", \"Europe\", 40.4528, -3.7242, \" 664.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1730.0, 624.0, 1967.0], [400, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mahbubnagar</a>\", \"\", \"\", \"India\", \"Asia\", 16.698, 77.94, \" 461.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 887.0, 1577.0], [493, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Majmaah University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.85891, 45.41889, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [182, \"<a href=\\\"https://energydata.info/dataset/marshall-islands-solar-radiation-measurement-data\\\">Majuro</a>\", \"\", \"\", \"Marshall Islands\", \"Oceania\", 7.065048, 171.268887, \" 5.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1927.0, 891.0, 1475.0], [777, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Makunduchi</a>\", \"TZA_Solar_Makunduchi\", \"\", \"Tanzania\", \"Africa\", -6.417039, 39.516945, \"30\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2062.0, 836.0, 1752.0], [557, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Malaga</a>\", \"\", \"\", \"Spain\", \"Europe\", 36.7192, -4.4803, \" 60.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1861.0, 588.0, 2135.0], [711, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Malanville</a>\", \"BEN_Solar_Malanville\", \"\", \"B\\u00e9nin\", \"NaN\", 11.78272, 3.37349, \"184\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2059.0, 934.0, 1562.0], [582, \"Manah\", \"\", \"\", \"Oman\", \"Asia\", 22.6031, 57.6672, \" 345.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [745, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Manantali</a>\", \"MLI_Solar_Manantali\", \"\", \"Mali\", \"Africa\", 13.2005, -10.4308, \"175\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2124.0, 887.0, 1741.0], [588, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Mandalay</a>\", \"\", \"California\", \"USA\", \"North America\", 34.2, -119.25, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2022.0, 485.0, 2650.0], [107, \"<a href=\\\"https://sauran.ac.za/station-documents/STA/STA%20Station%20Details.pdf\\\">Mangosuthu University of Technology</a>\", \"MUT\", \"Umlazi\", \"South Africa\", \"Africa\", -29.970209, 30.914909, \" 95.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of lecture complex. Diffuse with shadow band. Pyrheliometer on Eppley one-axis tracker. Permanently offline.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [752, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Maradi</a>\", \"NER_Solar_Maradi\", \"\", \"Niger\", \"Africa\", 13.52455, 7.1678, \"375\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2230.0, 986.0, 1737.0], [50, \"Marguele\", \"MRS\", \"\", \"Romania\", \"Europe\", 44.3439, 26.0123, \" 110.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 88)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1409.0, 599.0, 1438.0], [115, \"<a href=\\\"https://sauran.ac.za/\\\">Mariendal</a>\", \"HELIO\", \"Mariendal\", \"South Africa\", \"Africa\", -33.85413, 18.82445, \" 178.0\", \"2015-2020\", \"SAURAN\", \"\", \"Permanently offline. Installed on a container.\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [311, \"Marimaura\", \"\", \"\", \"Chile\", \"South America\", -35.84, -71.61, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"Csb\", \"Temperate\", 2, 1902.0, 482.0, 2405.0], [210, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Marla</a>\", \"marla\", \"\", \"Reunion\", \"Africa\", -21.10237, 55.43058, \" 1593.25\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419976\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [707, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Masrik</a>\", \"ARM_Solar_Masrik\", \"\", \"Armenia\", \"Asia\", 40.2077, 45.7645, \"1944\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1478.0, 726.0, 1321.0], [380, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mathania</a>\", \"\", \"\", \"India\", \"Asia\", 26.516, 72.985, \" 271.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 697.0, 2161.0], [163, \"<a href=\\\"https://gml.noaa.gov/obop/mlo/\\\">Mauna Loa</a>\", \"MLO\", \"Hawaii\", \"USA\", \"North America\", 19.5362, 155.5763, \" 3397.0\", \"1976-\", \"ABO\", \"NOAA\", \"Also downwelling long- and shortwave as well as spectral irradiance measurements.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2095.0, 694.0, 2132.0], [353, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Medak</a>\", \"\", \"\", \"India\", \"Asia\", 18.041, 78.266, \" 467.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 883.0, 1478.0], [668, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Medford</a>\", \"\", \"Oregon\", \"USA\", \"North America\", 42.37, -122.87, \" 412.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [340, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Melbourne Airport</a>\", \"\", \"Victoria\", \"Australia\", \"Oceania\", -37.6654, 144.8322, \" 113.4\", \"1999-?\", \"BOM;WMO RRC\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1650.0, 639.0, 1792.0], [649, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Miami</a>\", \"\", \"Florida\", \"USA\", \"North America\", 25.82, -80.28, \" 8.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Am\", \"Tropical\", 2, 1840.0, 737.0, 1756.0], [317, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Michigan Regional Test Center</a>\", \"RTC-MI\", \"Michigan\", \"USA\", \"North America\", 47.1699, -88.5061, \" 336.0\", \"2021-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 588.0, 1259.0], [674, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Midland</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.95, -102.18, \" 872.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2044.0, 540.0, 2500.0], [338, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mildura Airport</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -34.2358, 142.0867, \" 50.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSk\", \"Dry\", 1, 1945.0, 551.0, 2435.0], [49, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/3/Minamitorishima.pdf\\\">Minamitorishima</a>\", \"MNM\", \"Minami-Torishima\", \"Japan\", \"Asia\", 24.2883, 153.9833, \" 7.1\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1956.0, 712.0, 1931.0], [641, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Mississippi Valley State University</a>\", \"\", \"Mississippi\", \"USA\", \"North America\", 33.5, -90.33, \" 52.0\", \"1992-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1686.0, 617.0, 1785.0], [141, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Missour</a>\", \"\", \"\", \"Morocco\", \"Africa\", 32.86, -4.107, \" 1107.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWk\", \"Dry\", 2, 2070.0, 661.0, 2347.0], [694, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/miyako/miyako.html\\\">Miyako</a>\", \"\", \"\", \"Japan\", \"Asia\", 24.737, 125.327, \" 50.0\", \"2004-2018\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1617.0, 726.0, 1332.0], [522, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Mohe</a>\", \"\", \"\", \"China\", \"Asia\", 52.97, 122.52, \" 438.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dwc\", \"Continental\", 1, 1299.0, 599.0, 1646.0], [48, \"Momote\", \"MAN\", \"\", \"Papua New Guinea\", \"Oceania\", -2.058, 147.425, \" 6.0\", \"1996-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1792.0, 850.0, 1325.0], [642, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Montgomery</a>\", \"\", \"Alabama\", \"USA\", \"North America\", 32.3, -86.4, \" 68.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1690.0, 646.0, 1734.0], [590, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Moorpark</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -118.9, \" 140.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [451, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Moradabad</a>\", \"\", \"\", \"India\", \"Asia\", 28.872, 78.758, \" 200.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1730.0, 821.0, 1372.0], [151, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Morelos</a>\", \"Mor\", \"Quintana Roo\", \"Mexico\", \"North America\", 19.759, -88.7243, \" 17.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1872.0, 756.0, 1737.0], [733, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Mount Coffee</a>\", \"LBR_Solar_MountCoffee\", \"\", \"Liberia\", \"Africa\", 6.4978, -10.6517, \"20\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1664.0, 960.0, 993.0], [337, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mount Gambier Aero</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -37.7473, 140.7739, \" 63.0\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1657.0, 657.0, 1781.0], [531, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-WLG\\\">Mt. Waliguan</a>\", \"\", \"\", \"China\", \"Asia\", 36.28749, 100.8963, \" 3810.0\", \"2011-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D;IR\", \"Dwc\", \"Continental\", 1, 1759.0, 807.0, 1679.0], [763, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Multan</a>\", \"PK_Solar_Multan_MSNUET\", \"\", \"Pakistan\", \"Asia\", 30.1654, 71.4978, \"95\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 1854.0, 814.0, 1599.0], [794, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Mumbwa</a>\", \"ZM_Solar_Mumbwa_IFC\", \"\", \"Zambia\", \"Africa\", -15.085303, 27.001552, \"1103\", \"2018-2019\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2128.0, 737.0, 2106.0], [558, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Murcia</a>\", \"\", \"\", \"Spain\", \"Europe\", 38.0028, -1.1694, \" 62.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1796.0, 661.0, 1997.0], [455, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murshidabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.1, 88.54, \" 40.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"Coordinates were updated as they were incorrect on the website.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1624.0, 850.0, 1153.0], [414, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murthal</a>\", \"\", \"\", \"India\", \"Asia\", 29.028, 77.057, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1756.0, 825.0, 1427.0], [792, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Mutanda</a>\", \"ZMB_Solar_Solwezi_Mutanda\", \"\", \"Zambia\", \"Africa\", -12.4236, 26.2153, \"1317\", \"2015-2022\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 825.0, 1814.0], [282, \"Mutribah\", \"\", \"\", \"Kuwait\", \"Asia\", 29.9, 47.28, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [407, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Muzaffarpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.141, 85.367, \" 49.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1705.0, 839.0, 1281.0], [422, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mysuru (Mysore)</a>\", \"\", \"\", \"India\", \"Asia\", 12.371, 76.584, \" 799.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 989.0, 1329.0], [736, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Mzuzu</a>\", \"MWI_Solar_MZUNI\", \"\", \"Malawi\", \"Africa\", -11.4199, 33.9953, \"1285\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2055.0, 854.0, 1792.0], [463, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nagpur</a>\", \"\", \"\", \"India\", \"Asia\", 21.12, 79.051, \" 303.0\", \"2016-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [454, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nainital</a>\", \"\", \"\", \"India\", \"Asia\", 29.357, 79.551, \" 1323.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1781.0, 788.0, 1602.0], [484, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Najran University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.63228, 44.53735, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2402.0, 788.0, 2329.0], [458, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nanded</a>\", \"\", \"\", \"India\", \"Asia\", 19.111, 77.293, \" 392.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1905.0, 839.0, 1548.0], [728, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Narok</a>\", \"KEN_Solar_Narok\", \"\", \"Kenya\", \"Africa\", -1.321097, 35.705708, \"1914\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cfb\", \"Temperate\", 2, 2208.0, 887.0, 1847.0], [432, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nashik</a>\", \"\", \"\", \"India\", \"Asia\", 19.966, 73.661, \" 688.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [671, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Nashville</a>\", \"\", \"Tennessee\", \"USA\", \"North America\", 36.12, -86.68, \" 186.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1555.0, 639.0, 1580.0], [178, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Nauru</a>\", \"\", \"\", \"Nauru\", \"Oceania\", 0.543447, 166.93197, \" 28.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 2124.0, 810.0, 1865.0], [51, \"Nauru Island\", \"NAU\", \"\", \"Nauru\", \"Oceania\", -0.521, 166.9167, \" 7.0\", \"1998-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2139.0, 803.0, 1894.0], [722, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Navrongo</a>\", \"GHA_Solar_Navrongo\", \"\", \"Ghana\", \"Africa\", 10.87554, -1.06293, \"180\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2011.0, 912.0, 1529.0], [795, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Ndeke</a>\", \"ZM_Solar_Ndeke_IFC\", \"\", \"Zambia\", \"Africa\", -12.577451, 28.292946, \"1287\", \"2018-2020\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 847.0, 1814.0], [105, \"<a href=\\\"https://sauran.ac.za/station-documents/NMU/NMU%20Station%20Details.pdf\\\">Nelson Mandela University</a>\", \"NMU\", \"Port Elizabeth\", \"South Africa\", \"Africa\", -34.008591, 25.66526, \" 35.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Solar Outdoor Research Facility. Permanently offline. Is this really correct? Check what data comes in?\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1752.0, 664.0, 1832.0], [751, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Nepalgunj</a>\", \"NPL_Solar_Nepalgunj\", \"\", \"Nepal\", \"Asia\", 28.11302, 81.58899, \"150\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 843.0, 1303.0], [704, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NPC\\\">Nevada Power Clark Station</a>\", \"NPC\", \"Nevada\", \"USA\", \"North America\", 36.08581, -115.05189, \" 523.0\", \"2006-2015\", \"MIDC\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [312, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Nevada Regional Test Center</a>\", \"RTC-NV\", \"Nevada\", \"USA\", \"North America\", 36.0277, -114.9195, \" 701.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 474.0, 2807.0], [517, \"New Delhi\", \"NDL\", \"\", \"India\", \"Asia\", 28.48, 77.13, \" 273.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1778.0, 807.0, 1482.0], [313, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">New Mexico Regional Test Center</a>\", \"RTC-NM\", \"New Mexico\", \"USA\", \"North America\", 35.0542, -106.5385, \" 1659.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [52, \"Newcastle\", \"NEW\", \"New South Wales\", \"Australia\", \"Oceania\", -32.8842, 151.7289, \" 18.5\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1741.0, 650.0, 1858.0], [703, \"<a href=\\\"https://doi.org/10.5439/1377836\\\">Niamey</a>\", \"\", \"\", \"Niger\", \"Africa\", 13.4773, 2.1758, \" 223.0\", \"2005-2007\", \"ARM\", \"ARM\", \"\", \"Freely\", \"G;B;D;IR;UVB\", \"BSh\", \"Dry\", 1, 2205.0, 923.0, 1799.0], [124, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Norrk\\u00f6ping</a>\", \"\", \"\", \"Sweden\", \"Europe\", 58.582, 16.148, \" 43.0\", \"1983-\", \"SMHI;WMO RRC\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1040.0, 496.0, 1153.0], [165, \"<a href=\\\"https://arm.gov/capabilities/observatories/nsa/locations/c1\\\">North Slope of Alaska</a>\", \"NSA\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.609, \" 8.0\", \"1997-\", \"ARM\", \"\", \"This site should note be confused with the NOAA Barrow site which is located ~1 km away. Radiation instruments are located at the Central Facility (Barrow)\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [152, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Nuevo Laredo</a>\", \"NVL\", \"Tamaulipas\", \"Mexico\", \"North America\", 27.4526, -99.5185, \" 128.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1869.0, 624.0, 1967.0], [53, \"<a href=\\\"https://www.awi.de/en/fleet-stations/stations/awipev-arctic-research-base.html\\\">Ny-\\u00c5lesund</a>\", \"NYA\", \"Spitsberger\", \"Norway\", \"Europe\", 78.925, 11.93, \" 11.0\", \"1992-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 602.0, 372.0, 712.0], [580, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ORNL\\\">Oak Ridge</a>\", \"OAK\", \"Tennessee\", \"USA\", \"North America\", 35.92996, -84.30952, \" 245.0\", \"2007-2019\", \"\", \"NREL\", \"\", \"Freely\", \"G;RSR\", \"Cfa\", \"Temperate\", 2, 1584.0, 646.0, 1610.0], [84, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ort.html\\\">Oak Ridge</a>\", \"ORT\", \"Tennessee\", \"USA\", \"North America\", 35.96101, -84.28838, \" 334.0\", \"1995-2007\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 646.0, 1610.0], [211, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Observatoire du Piton de La Fournaise</a>\", \"observatoirevolcan\", \"\", \"Reunion\", \"Africa\", -21.208587, 55.571453, \" 1556.0\", \"2016-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092871\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [54, \"Observatory of Huancayo\", \"OHY\", \"\", \"Peru\", \"South America\", -12.05, -75.32, \" 3314.0\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1989.0, 861.0, 1719.0], [286, \"Odeillo\", \"\", \"\", \"France\", \"Europe\", 42.4942, 2.0295, \" 1530.0\", \"1996-?\", \"\", \"PROMES\", \"Altitude is approximate\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1504.0, 602.0, 1668.0], [661, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Omaha</a>\", \"\", \"Nebraska\", \"USA\", \"North America\", 41.37, -96.02, \" 404.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfa\", \"Continental\", 2, 1544.0, 573.0, 1767.0], [433, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Osmanabad</a>\", \"\", \"\", \"India\", \"Asia\", 18.145, 76.061, \" 70.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1931.0, 839.0, 1588.0], [212, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouangani</a>\", \"ouangani\", \"\", \"Mayotte\", \"Africa\", -12.840881, 45.12891, \" 118.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [213, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouani</a>\", \"ouani\", \"\", \"Comoros\", \"Africa\", -12.132659, 44.42928, \" 20.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408669\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2117.0, 748.0, 1989.0], [137, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Oujda</a>\", \"\", \"\", \"Morocco\", \"Africa\", 34.65, -1.9, \" 617.0\", \"2011-\", \"enerMENA\", \"University of oujda\", \"\", \"\", \"\", \"BSk\", \"Dry\", 2, 1949.0, 715.0, 2044.0], [770, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Ourossogui</a>\", \"SEN_Solar_Ourossogui\", \"\", \"Senegal\", \"Africa\", 15.61267, -13.3146, \"28\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2208.0, 898.0, 1840.0], [559, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Oviedo</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3536, -5.8733, \" 336.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1318.0, 642.0, 1226.0], [592, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Page</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 36.92, -111.45, \" 1329.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2048.0, 511.0, 2719.0], [55, \"Palaiseau& SIRTA Observatory\", \"PAL\", \"\", \"France\", \"Europe\", 48.713, 2.208, \" 156.0\", \"2003-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1223.0, 613.0, 1183.0], [465, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palakkad</a>\", \"\", \"\", \"India\", \"Asia\", 10.613, 76.716, \" 92.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1821.0, 993.0, 1150.0], [416, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palampur</a>\", \"\", \"\", \"India\", \"Asia\", 32.098, 76.548, \" 1268.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1697.0, 788.0, 1548.0], [594, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Palm Springs</a>\", \"\", \"California\", \"USA\", \"North America\", 33.78, -116.47, \" 93.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2135.0, 467.0, 2843.0], [560, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Palma</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.5667, 2.7439, \" 4.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1697.0, 646.0, 1785.0], [412, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Panaji</a>\", \"\", \"\", \"India\", \"Asia\", 15.412, 73.977, \" 114.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1924.0, 825.0, 1555.0], [376, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pandharpur</a>\", \"\", \"\", \"India\", \"Asia\", 17.656, 75.369, \" 480.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1971.0, 818.0, 1690.0], [712, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Parakou</a>\", \"BEN_Solar_Parakou\", \"\", \"B\\u00e9nin\", \"NaN\", 9.33117, 2.59119, \"387\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1887.0, 956.0, 1281.0], [56, \"Paramaribo\", \"PAR\", \"\", \"Suriname\", \"South America\", 5.806, -55.2146, \" 4.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1887.0, 814.0, 1540.0], [596, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pardee</a>\", \"\", \"California\", \"USA\", \"North America\", 34.45, -118.58, \" 315.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [688, \"Parkent\", \"PAR\", \"\", \"Uzbekistan\", \"Asia\", 41.3135, 69.7408, \" 1081.0\", \"2011-?\", \"\", \"Uzhydromet\", \"\", \"\", \"G;B;D;RSP\", \"Csa\", \"Temperate\", 1, 1657.0, 719.0, 1606.0], [598, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Parker</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.15, -114.3, \" 126.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 460.0, 2909.0], [403, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pasighat</a>\", \"\", \"\", \"India\", \"Asia\", 28.047, 95.334, \" 152.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1325.0, 697.0, 1058.0], [301, \"Patache\", \"\", \"\", \"Chile\", \"South America\", -20.8, -70.19, \"\", \"2013-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2033.0, 843.0, 1686.0], [515, \"Patna\", \"PTN\", \"\", \"India\", \"Asia\", 25.6, 85.16, \" 51.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1726.0, 821.0, 1340.0], [57, \"Payerne\", \"PAY\", \"\", \"Switzerland\", \"Europe\", 46.8123, 6.9422, \" 491.0\", \"1992-\", \"BSRN\", \"MeteoSwiss\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1325.0, 602.0, 1391.0], [520, \"Peshawar\", \"\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \" 370.0\", \"2015-\", \"\", \"University of Engineering and Technology Peshawar\", \"\", \"\", \"G;RSI\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [764, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Peshawar</a>\", \"PK_Solar_Peshawar_UET\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \"370\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [59, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/petrolina.html\\\">Petrolina</a>\", \"PTR\", \"\", \"Brazil\", \"South America\", -9.068, -40.319, \" 387.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2143.0, 792.0, 2011.0], [383, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Phalodi</a>\", \"\", \"\", \"India\", \"Asia\", 27.118, 72.345, \" 242.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [696, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/phimai/phimai.html\\\">Phimai</a>\", \"\", \"\", \"Thailand\", \"Asia\", 15.184, 102.564, \" 212.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Aw\", \"Tropical\", 2, 1898.0, 920.0, 1413.0], [600, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.57, -113.93, \" 381.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2157.0, 464.0, 2894.0], [644, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.43, -112.02, \" 339.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 474.0, 2851.0], [214, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Piton des Neiges</a>\", \"pitondesneiges\", \"\", \"Reunion\", \"Africa\", -21.095596, 55.480305, \" 2990.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092867\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [669, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Pittsburgh</a>\", \"\", \"Pennsylvania\", \"USA\", \"North America\", 40.5, -80.22, \" 371.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1383.0, 628.0, 1340.0], [215, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Plaine des Palmistes Parc National</a>\", \"plaineparcnational\", \"\", \"Reunion\", \"Africa\", -21.1367, 55.6241, \" 1057.0\", \"2018-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408677\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [246, \"<a href=\\\"https://www.psa.es/en/facilities/meteo/meteo.php\\\">Plataforma Solar de Almeria</a>\", \"METAS\", \"\", \"Spain\", \"Europe\", 37.09165, -2.36355, \" 494.0\", \"2005-\", \"\", \"CIEMAT\", \"\", \"\", \"G;B;D;UV;IR\", \"Csa\", \"Temperate\", 1, 1832.0, 661.0, 2044.0], [388, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pokhran</a>\", \"\", \"\", \"India\", \"Asia\", 26.916, 71.928, \" 293.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2088.0, 741.0, 2062.0], [156, \"Poprad-Ganovce\", \"\", \"\", \"Slovakia\", \"Europe\", 49.035, 20.324, \" 709.0\", \"?\", \"Slovak Hydrometeorological Institute\", \"\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1132.0, 573.0, 1066.0], [398, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Port Blair</a>\", \"\", \"\", \"India\", \"Asia\", 11.614, 92.716, \" 65.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1832.0, 898.0, 1299.0], [89, \"<a href=\\\"http://solardata.uoregon.edu/PortlandPV.html\\\">Portland</a>\", \"PT\", \"Oregon\", \"USA\", \"North America\", 45.51, -122.69, \" 70.0\", \"2004-\", \"SRML\", \"University of Oregon\", \"5-min data between 2004 and 2011.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1347.0, 537.0, 1515.0], [300, \"Pozo Almonte\", \"\", \"\", \"Chile\", \"South America\", -20.25, -69.78, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [397, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Puducherry</a>\", \"\", \"\", \"India\", \"Asia\", 11.96, 79.811, \" 36.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 967.0, 1336.0], [602, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pueblo</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 38.27, -104.62, \" 1481.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 566.0, 2289.0], [511, \"Pune\", \"PNE\", \"\", \"India\", \"Asia\", 18.53, 73.85, \" 555.0\", \"1986-?\", \"WMO RRC\", \"India Meteorological Department (IMD)\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [460, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pune (Manchar)</a>\", \"\", \"\", \"India\", \"Asia\", 18.988, 73.963, \" 685.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [408, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Purnea</a>\", \"\", \"\", \"India\", \"Asia\", 25.798, 87.504, \" 30.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1668.0, 843.0, 1237.0], [269, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Qassim</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.31, 43.77, \" 647.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [471, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Qassim University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.34668, 43.76645, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [765, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Quetta</a>\", \"PK_Solar_Quetta_BUITEMS\", \"\", \"Pakistan\", \"Asia\", 30.2708, 66.9398, \"1590\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSk\", \"Dry\", 2, 2234.0, 639.0, 2566.0], [216, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Radio Telescope Bras D'Eau</a>\", \"mrtbrasdeau\", \"\", \"Mauritius\", \"Africa\", -20.139386, 57.726052, \" 27.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408660\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [349, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajahmundry</a>\", \"\", \"\", \"India\", \"Asia\", 17.065, 81.867, \" 93.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 872.0, 1343.0], [372, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajgarh</a>\", \"\", \"\", \"India\", \"Asia\", 23.987, 76.727, \" 412.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1887.0, 788.0, 1650.0], [666, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Raleigh</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 35.87, -78.78, \" 137.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1642.0, 628.0, 1745.0], [466, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramakkalmedu</a>\", \"\", \"\", \"India\", \"Asia\", 9.816, 77.241, \" 1045.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 953.0, 1274.0], [392, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramanathapuram</a>\", \"\", \"\", \"India\", \"Asia\", 9.369, 78.77, \" 10.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2004.0, 986.0, 1402.0], [604, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ramona</a>\", \"\", \"California\", \"USA\", \"North America\", 33.0, -116.75, \" 527.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2135.0, 467.0, 2843.0], [513, \"Ranchi\", \"RNC\", \"\", \"India\", \"Asia\", 23.31, 85.31, \" 652.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1708.0, 843.0, 1278.0], [421, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ranchi</a>\", \"\", \"\", \"India\", \"Asia\", 23.443, 85.255, \" 738.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 843.0, 1278.0], [481, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Rania Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.21499, 42.84852, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2303.0, 774.0, 2234.0], [730, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Baalbak</a>\", \"LBN_Solar_RasBaalbak\", \"\", \"Lebanon\", \"Asia\", 34.272985, 36.427053, \"910\", \"2019-\", \"ESMAP\", \"Fraunhofer ISE\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [185, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Ballbak</a>\", \"LBRAS\", \"\", \"Lebanon\", \"Asia\", 34.272946, 36.427053, \" 910.0\", \"2019-2021\", \"\", \"World Bank\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [385, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ratangarh</a>\", \"\", \"\", \"India\", \"Asia\", 28.082, 74.6, \" 312.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1978.0, 745.0, 1894.0], [60, \"Regina\", \"REG\", \"\", \"Canada\", \"North America\", 50.205, -104.713, \" 578.0\", \"1995-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1369.0, 591.0, 1577.0], [606, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Reno</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.5, -119.78, \" 1341.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1920.0, 507.0, 2522.0], [217, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Reserve Francois Leguat</a>\", \"reservetortues\", \"\", \"Mauritius\", \"Africa\", -19.757625, 63.37075, \" 36.0\", \"2017-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4001619\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2124.0, 777.0, 2029.0], [62, \"Reunion Island & University\", \"RUN\", \"\", \"Reunion\", \"Africa\", -20.9014, 55.4836, \" 116.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2106.0, 704.0, 2113.0], [428, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rewa</a>\", \"\", \"\", \"India\", \"Asia\", 24.555, 81.313, \" 315.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1865.0, 770.0, 1639.0], [608, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Rialto</a>\", \"\", \"California\", \"USA\", \"North America\", 34.1, -117.35, \" 369.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [171, \"Ricerca sul Sistema Energetico\", \"RSE\", \"Milan\", \"Italy\", \"Europe\", 45.47488, 9.26001, \" 150.0\", \"2012-\", \"\", \"RSE\", \"Tracker is installed on the roof of a building (ground elevation is 108 m). The station also makes spectral measurement using a Spectrafy instrument.\", \"\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [610, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ridge Crest</a>\", \"\", \"California\", \"USA\", \"North America\", 35.62, -117.67, \" 696.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 434.0, 2935.0], [58, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/pennstat.html\\\">Rock Springs</a>\", \"PSU\", \"Pennsylvania\", \"USA\", \"North America\", 40.72012, -77.93085, \" 376.0\", \"1998-\", \"BSRN;SURFRAD\", \"NOAA\", \"SURFRAD station known as Penn State\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1398.0, 606.0, 1416.0], [344, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Rockhampton Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -23.3753, 150.4775, \" 10.4\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 2040.0, 617.0, 2321.0], [61, \"Rolim de Moura\", \"RLM\", \"\", \"Brazil\", \"South America\", -11.582, -61.773, \" 252.0\", \"2007\", \"BSRN\", \"\", \"Only two months of data available.\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1810.0, 832.0, 1427.0], [442, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rourkela</a>\", \"\", \"\", \"India\", \"Asia\", 22.253, 84.901, \" 220.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1803.0, 803.0, 1486.0], [478, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Royal Commission of Yanbu</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14434, 37.94569, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 748.0, 2267.0], [174, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Rutland</a>\", \"RUT\", \"Vermont\", \"USA\", \"North America\", 43.64, -72.97, \" 184.0\", \"2014-2015\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1350.0, 588.0, 1424.0], [167, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=STAC\\\">SOLARTAC</a>\", \"STAC\", \"Colorado\", \"USA\", \"North America\", 39.75685, -104.62025, \" 1674.0\", \"2009-\", \"NREL MIDC\", \"\", \"Relatively good quality data, but somewhat inconsistent cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1778.0, 558.0, 2201.0], [579, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UAT\\\">SOLRMAP University of Arizona</a>\", \"UA OASIS\", \"Arizona\", \"USA\", \"North America\", 32.22969, -110.95534, \" 786.0\", \"2010-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 496.0, 2774.0], [166, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=BMS\\\">SRRL BMS</a>\", \"BMS\", \"Colorado\", \"USA\", \"North America\", 39.742, -105.18, \" 1828.8\", \"1981-\", \"NREL MIDC\", \"NREL\", \"The NREL Solar Radiation Research Laboratory (SRRL) operates the largest collection of pyranometers and pyrheliometers in the world. Regular calibration and cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [283, \"Sabryia\", \"\", \"\", \"Kuwait\", \"Asia\", 29.67, 47.93, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [364, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sadodar</a>\", \"\", \"\", \"India\", \"Asia\", 22.051, 70.235, \" 192.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1861.0], [612, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Saguaro</a>\", \"\", \"California\", \"USA\", \"North America\", 32.55, -111.3, \" 588.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2154.0, 478.0, 2843.0], [218, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Andre Chevrettes</a>\", \"edfsaintandre\", \"\", \"Reunion\", \"Africa\", -20.9628, 55.62243, \" 200.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693536\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [219, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Denis Bois de Nefles</a>\", \"edfboisdenefles\", \"\", \"Reunion\", \"Africa\", -20.91731, 55.47644, \" 337.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693525\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [220, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Joseph Marie</a>\", \"saintjosephmairie\", \"\", \"Reunion\", \"Africa\", -21.379077, 55.619688, \" 36.0\", \"2013-2015\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092888\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [221, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Leu Mazeau</a>\", \"edfsaintleu\", \"\", \"Reunion\", \"Africa\", -21.20064, 55.30233, \" 232.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693559\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [222, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Louis Lycee Jean Joly</a>\", \"saintlouisjeanjoly\", \"\", \"Reunion\", \"Africa\", -21.271391, 55.43558, \" 152.0\", \"2016-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092894\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [223, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Paul Le Carat</a>\", \"saintpaulcarat\", \"\", \"Reunion\", \"Africa\", -21.04323, 55.25089, \" 100.0\", \"2022-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419974\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [224, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Pierre La Valle</a>\", \"edfsaintpierre\", \"\", \"Reunion\", \"Africa\", -21.31392, 55.45107, \" 67.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693567\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [225, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Sainte Rose Mairie</a>\", \"sainterosemairie\", \"\", \"Reunion\", \"Africa\", -21.127324, 55.793136, \" 24.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092890\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [483, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Al Khafji)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.50671, 48.45504, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1869.0, 905.0, 1456.0], [506, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Farasan)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.692097, 42.098767, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2172.0, 883.0, 1799.0], [496, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Hagl)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.28997, 34.93002, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 631.0, 2540.0], [499, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Umluj)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.00411, 37.27382, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2289.0, 679.0, 2449.0], [500, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Desalination Research Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.9042, 49.76274, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2099.0, 942.0, 1697.0], [494, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Salmanbin Abdulaziz University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14717, 47.26999, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 821.0, 2128.0], [675, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Salt Lake City</a>\", \"\", \"Utah\", \"USA\", \"North America\", 40.77, -111.97, \" 1288.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1759.0, 588.0, 2139.0], [85, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/slc.html\\\">Salt Lake City</a>\", \"SLC\", \"Utah\", \"USA\", \"North America\", 40.7722, -111.95495, \" 1288.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 588.0, 2139.0], [252, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Salto Grande</a>\", \"LES\", \"\", \"Uruguay\", \"South America\", -31.2827, -57.9181, \" 56.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;B;D;UV;IR\", \"Cfa\", \"Temperate\", 1, 1778.0, 617.0, 1934.0], [586, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">San Antonio</a>\", \"\", \"Texas\", \"USA\", \"North America\", 29.46, -98.49, \" 253.0\", \"1981-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1770.0, 635.0, 1851.0], [561, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Bartolome Tirajana</a>\", \"\", \"\", \"Canary Islands\", \"Africa\", 27.7581, -15.5756, \" 50.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BWk\", \"Dry\", 1, 2073.0, 715.0, 2084.0], [614, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Diego</a>\", \"\", \"California\", \"USA\", \"North America\", 32.72, -117.17, \" 18.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [670, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">San Juan</a>\", \"\", \"Puerto Rico\", \"USA\", \"North America\", 18.43, -66.0, \" 19.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Af\", \"Tropical\", 2, 2018.0, 799.0, 1803.0], [616, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Pedro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.75, -118.28, \" 12.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [305, \"San Pedro\", \"\", \"\", \"Chile\", \"South America\", -22.9, -68.19, \"\", \"2010-2011\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2639.0, 438.0, 3530.0], [562, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Sebastian</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3075, -2.0394, \" 252.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1340.0, 624.0, 1270.0], [743, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sanankoroba</a>\", \"MLI_Solar_Sanankoroba\", \"\", \"Mali\", \"Africa\", 12.39112, -7.93737, \"356\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2132.0, 887.0, 1752.0], [700, \"<a href=\\\"https://photovoltaics.sandia.gov\\\">Sandia</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.05, 106.54, \" 1657.0\", \"1994-\", \"\", \"Sandia National Laboratories\", \"Data is available upon request with use conditions. \", \"Upon request\", \"G;B;D\", \"Dwb\", \"Continental\", 1, 1467.0, 686.0, 1332.0], [308, \"Santiago\", \"\", \"\", \"Chile\", \"South America\", -33.45, -70.65, \"\", \"2010-?\", \"FONDEF;WMO RRC\", \"\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1986.0, 551.0, 2398.0], [535, \"Sanya\", \"\", \"\", \"China\", \"Asia\", 18.23, 109.52, \" 5.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1686.0, 854.0, 1208.0], [63, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/28/Sapporo.pdf\\\">Sapporo</a>\", \"SAP\", \"\", \"Japan\", \"Asia\", 43.06, 141.3286, \" 17.2\", \"2010-2020\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1183.0, 635.0, 945.0], [86, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/sea.html\\\">Seattle</a>\", \"SEA\", \"Washington\", \"USA\", \"North America\", 47.68685, -122.25667, \" 20.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [93, \"<a href=\\\"http://solardata.uoregon.edu/SeattleUW.html\\\">Seattle</a>\", \"ST\", \"Washington\", \"USA\", \"North America\", 47.654, -122.309, \" 70.0\", \"2015-\", \"SRML\", \"University of Oregon\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [678, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Seattle-Tacoma</a>\", \"\", \"Washington\", \"USA\", \"North America\", 47.45, -122.3, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1256.0, 551.0, 1358.0], [64, \"Sede Boqer\", \"SBO\", \"\", \"Israel\", \"Asia\", 30.8597, 34.7794, \" 500.0\", \"2003-2012\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2190.0, 664.0, 2376.0], [65, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Selegua - Mexico Solarimetric Station</a>\", \"SEL\", \"\", \"Mexico\", \"North America\", 15.7839, -91.9902, \" 602.0\", \"2017-\", \"BSRN\", \"Mexican Solarimetric Service\", \"BSRN data from 2020.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1883.0, 759.0, 1683.0], [529, \"<a href=\\\"http://climate.lzu.edu.cn/info/1046/1080.htm\\\">Semi-Arid Climate & Environment Observatory of Lanzhou University</a>\", \"SACOL\", \"\", \"China\", \"Asia\", 35.946, 104.13708, \" 1965.8\", \"2005-\", \"\", \"Lanzhou University\", \"\", \"\", \"G;B;D;RSR;UV\", \"BSk\", \"Dry\", 1, 1577.0, 712.0, 1478.0], [695, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/sendai/sendai.html\\\">Sendai</a>\", \"\", \"\", \"Japan\", \"Asia\", 38.26, 140.84, \" 153.0\", \"2010-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1248.0, 661.0, 1037.0], [697, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/seoul/seoul.html\\\">Seoul</a>\", \"\", \"\", \"South Korea\", \"Asia\", 37.46, 126.95, \" 85.0\", \"2008-2015\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Dwa\", \"Continental\", 2, 1434.0, 675.0, 1299.0], [280, \"Shagaya\", \"\", \"\", \"Kuwait\", \"Asia\", 29.2099, 47.0603, \" 241.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [431, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shahada</a>\", \"\", \"\", \"India\", \"Asia\", 21.571, 74.484, \" 117.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [525, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Shangdianzi</a>\", \"\", \"\", \"China\", \"Asia\", 40.65, 117.12, \" 293.3\", \"2013-\", \"CBSRN;WMO GAW\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1548.0, 602.0, 1789.0], [539, \"Shanghai\", \"\", \"\", \"China\", \"Asia\", 31.4, 121.48, \" 3.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1372.0, 712.0, 1062.0], [492, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Shaqra University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.17279, 45.14198, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [273, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Sharurah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47, 47.11, \" 725.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2442.0, 788.0, 2380.0], [501, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Sharurah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47586, 47.08618, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2442.0, 788.0, 2380.0], [375, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shegaon</a>\", \"\", \"\", \"India\", \"Asia\", 20.78, 76.679, \" 288.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1916.0, 799.0, 1642.0], [544, \"Shenyang\", \"\", \"\", \"China\", \"Asia\", 41.73, 123.45, \" 42.8\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1445.0, 639.0, 1515.0], [776, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Shinyanga</a>\", \"TZA_Solar_Shinyanga\", \"\", \"Tanzania\", \"Africa\", -3.626586, 33.515342, \"1179\", \"2020-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2241.0, 799.0, 2026.0], [744, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sikasso</a>\", \"MLI_Solar_Sikasso\", \"\", \"Mali\", \"Africa\", 11.30547, -5.73713, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2099.0, 905.0, 1679.0], [404, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silchar</a>\", \"\", \"\", \"India\", \"Asia\", 24.759, 92.791, \" 45.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1657.0, 880.0, 1190.0], [158, \"Silutes\", \"\", \"\", \"Lithuania\", \"Europe\", 55.352, 21.447, \" 5.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1088.0, 529.0, 1110.0], [411, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silvassa</a>\", \"\", \"\", \"India\", \"Asia\", 20.215, 73.037, \" 61.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 829.0, 1537.0], [91, \"<a href=\\\"http://solardata.uoregon.edu/SilverLake.html\\\">Silver lake</a>\", \"SL\", \"Oregon\", \"USA\", \"North America\", 43.12, -121.06, \" 1355.0\", \"2002-\", \"SRML\", \"University of Oregon\", \"Only 5 minute data?\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1664.0, 540.0, 2073.0], [441, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Similiguda</a>\", \"\", \"\", \"India\", \"Asia\", 18.683, 82.833, \" 920.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1759.0, 839.0, 1332.0], [70, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/siouxfalls.html\\\">Sioux Falls</a>\", \"SXF\", \"South Dakota\", \"USA\", \"North America\", 43.73403, -96.62328, \" 473.0\", \"2003-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1511.0, 584.0, 1734.0], [381, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sirohi</a>\", \"\", \"\", \"India\", \"Asia\", 24.517, 72.786, \" 362.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [373, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sitamau</a>\", \"\", \"\", \"India\", \"Asia\", 23.984, 75.331, \" 469.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1902.0, 777.0, 1694.0], [415, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Solan</a>\", \"\", \"\", \"India\", \"Asia\", 30.853, 77.17, \" 1231.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [68, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Solar Village</a>\", \"SOV\", \"\", \"Saudi Arabia\", \"Asia\", 24.91, 46.41, \" 650.0\", \"1998-2003\", \"BSRN; AERONET\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [785, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Song Binh</a>\", \"VN_Solar_VNSOB_EVN\", \"\", \"Vietnam\", \"Asia\", 11.2641, 108.3452, \"62\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1924.0, 920.0, 1438.0], [67, \"<a href=\\\"https://www.sonnblick.net/en/\\\">Sonnblick</a>\", \"SON\", \"\", \"Austria\", \"Europe\", 47.054, 12.9577, \" 3108.9\", \"2013-\", \"BSRN;ARAD\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1201.0, 602.0, 1172.0], [563, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Soria</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.7667, -2.4667, \" 1082.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1639.0, 650.0, 1778.0], [780, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Soroti</a>\", \"UGA_Solar_Soroti\", \"\", \"Uganda\", \"Africa\", 1.724351, 33.622098, \"1128\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2201.0, 945.0, 1737.0], [69, \"<a href=\\\"https://gml.noaa.gov/obop/spo/\\\">South Pole</a>\", \"SPO\", \"\", \"Antarctica\", \"Antarctica\", -89.983, -24.799, \" 2800.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, NaN, NaN, NaN], [24, \"<a href=\\\"http://www.arm.gov/sites/sgp\\\">Southern Great Plains</a>\", \"E13\", \"Oklahoma\", \"USA\", \"North America\", 36.60406, -97.48525, \" 314.0\", \"1994-\", \"BSRN; ARM\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [618, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Spring Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 32.73, -116.92, \" 216.0\", \"1978-1979\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [518, \"Srinagar\", \"SRN\", \"\", \"India\", \"Asia\", 34.08, 74.83, \" 1585.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1730.0, 763.0, 1653.0], [620, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">St Johns</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.57, -109.3, \" 1815.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2051.0, 522.0, 2672.0], [100, \"<a href=\\\"https://sauran.ac.za\\\">Stellenbosch University</a>\", \"STB\", \"Stellenbosch\", \"South Africa\", \"Africa\", -33.928101, 18.8654, \" 119.0\", \"2010-2024\", \"SAURAN\", \"\", \"Roof of Engineering building\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [677, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Sterling</a>\", \"\", \"Virginia\", \"USA\", \"North America\", 38.98, -77.47, \" 87.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1515.0, 610.0, 1599.0], [87, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ste.html\\\">Sterling</a>\", \"STE\", \"Virginia\", \"USA\", \"North America\", 38.97203, -77.4869, \" 85.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"Site location pre Oct 28& 2014 (38.97673& -77.48379)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1515.0, 610.0, 1599.0], [131, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Stockholm</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.353, 18.063, \" 30.0\", \"1983-2012\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1048.0, 474.0, 1201.0], [244, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Sudanthile</a>\", \"Sud\", \"\", \"Qatar\", \"Asia\", 24.63, 51.06, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [452, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sultanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.288, 82.082, \" 90.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1719.0, 807.0, 1347.0], [568, \"<a href=\\\"https://geo-summit.org/instruments\\\">Summit Station</a>\", \"\", \"\", \"Greenland\", \"North America\", 72.579583, -38.459186, \" 3216.0\", \"?\", \"\", \"Battelle Arctic Research Operations (ARO)\", \"Frequent issues with tracker malfunction resulting in many outages.\", \"Upon request\", \"G;B;D\", \"EF\", \"Polar\", 1, 1164.0, 591.0, 1548.0], [622, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Sun Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.25, -118.38, \" 277.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [721, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Sunyani</a>\", \"GHA_Solar_Sunyani\", \"\", \"Ghana\", \"Africa\", 7.34865, -2.34034, \"330\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1712.0, 967.0, 1033.0], [302, \"Sur Viejo\", \"\", \"\", \"Chile\", \"South America\", -20.95, -69.54, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [413, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Surat</a>\", \"\", \"\", \"India\", \"Asia\", 21.165, 74.783, \" 34.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [71, \"<a href=\\\"https://epic.awi.de/id/eprint/47515/\\\">Syowa</a>\", \"SYO\", \"\", \"Antarctica\", \"Antarctica\", -69.005, 39.589, \" 18.0\", \"1994-\", \"BSRN\", \"AWI\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1274.0, 646.0, 1668.0], [66, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/saomartinho.html\\\">S\\u00e3o Martinho da Serra</a>\", \"SMS\", \"\", \"Brazil\", \"South America\", -29.4428, -53.8231, \" 489.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2005-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1716.0, 602.0, 1825.0], [718, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">S\\u00e9r\\u00e9bou</a>\", \"CIV_Solar_S\\u00e9r\\u00e9bou\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 7.93282, -4.00525, \"195\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1705.0, 967.0, 1037.0], [275, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Tabouk</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38, 36.61, \" 768.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [476, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tabuk University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38287, 36.48396, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [474, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Taif University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.43278, 40.49173, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 825.0, 2172.0], [161, \"Tajoura\", \"\", \"\", \"Libya\", \"Africa\", 32.815147, 13.438943, \"\", \"?\", \"\", \"\", \"\", \"\", \"\", \"BSh\", \"Dry\", 2, 1971.0, 792.0, 1843.0], [310, \"Talca\", \"\", \"\", \"Chile\", \"South America\", -35.42, -71.64, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 482.0, 2405.0], [708, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Talin</a>\", \"ARM_Solar_Talin\", \"\", \"Armenia\", \"Asia\", 40.386, 43.8972, \"1641\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1683.0, 788.0, 1529.0], [650, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Tallahassee</a>\", \"\", \"Florida\", \"USA\", \"North America\", 30.38, -84.37, \" 18.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1752.0, 653.0, 1818.0], [88, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/tlh.html\\\">Tallahassee</a>\", \"TLH\", \"Florida\", \"USA\", \"North America\", 30.39675, -84.32955, \" 18.0\", \"1995-2002\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1752.0, 653.0, 1818.0], [443, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Talwandi Sabo</a>\", \"\", \"\", \"India\", \"Asia\", 29.961, 75.122, \" 341.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1810.0, 818.0, 1511.0], [72, \"Tamanrasset\", \"TAM\", \"\", \"Algeria\", \"Africa\", 22.7903, 5.5292, \" 1385.0\", \"2000-\", \"BSRN;WMO RRC\", \"\", \"No DIR and DIF data at TAM since 2018: Due to a broken tracker which could not yet be replaced the DIR and DIF data at Tamanrasset is missing since February 2018.\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2336.0, 796.0, 2300.0], [769, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Tambacounda</a>\", \"SEN_Solar_Tambacounda\", \"\", \"Senegal\", \"Africa\", 13.77689, -13.72924, \"40\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 905.0, 1705.0], [144, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tan-Tan</a>\", \"\", \"\", \"Morocco\", \"Africa\", 28.498, -11.322, \" 75.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 1767.0, 898.0, 1350.0], [724, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Tarambaly</a>\", \"GIN_Solar_Tarambaly\", \"\", \"Guin\\u00e9e\", \"NaN\", 11.356, -12.13706, \"860\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2026.0, 949.0, 1496.0], [135, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tataouine</a>\", \"\", \"\", \"Tunisia\", \"Africa\", 32.974, 10.485, \" 210.0\", \"2011-\", \"enerMENA\", \"CRTEn\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2066.0, 701.0, 2183.0], [73, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/27/Tateno.pdf\\\">Tateno;Tsukuba</a>\", \"TAT\", \"\", \"Japan\", \"Asia\", 36.0581, 140.1258, \" 25.0\", \"1996-\", \"BSRN;WMO RRC\", \"JMA\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1413.0, 642.0, 1369.0], [249, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/tennant-creek\\\">Tennant Creek</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6795, 134.2615, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2300.0, 533.0, 2730.0], [335, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Tennant Creek Airport</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6423, 134.1833, \" 375.7\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2300.0, 533.0, 2730.0], [153, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Tepic</a>\", \"TEP\", \"Nayarit\", \"Mexico\", \"North America\", 21.4916, -104.8947, \" 959.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2175.0, 624.0, 2394.0], [76, \"Terra Nova Bay\", \"TNB\", \"\", \"Antarctica\", \"Antarctica\", -74.6223, 164.2283, \" 28.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 89)\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [405, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tezpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.699, 92.833, \" 83.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1584.0, 832.0, 1175.0], [459, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Thane</a>\", \"\", \"\", \"India\", \"Asia\", 19.214, 73.183, \" 40.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [363, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tharad</a>\", \"\", \"\", \"India\", \"Asia\", 24.377, 71.63, \" 67.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2029.0, 763.0, 1931.0], [508, \"Thiruvananthapuram\", \"TRV\", \"\", \"India\", \"Asia\", 8.48, 76.95, \" 60.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1956.0, 916.0, 1409.0], [74, \"Tiksi\", \"TIK\", \"Siberia\", \"Russia\", \"Europe\", 71.5862, 128.9188, \" 48.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dsd\", \"Continental\", 1, 872.0, 504.0, 1033.0], [495, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Timaa Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.61727, 38.5252, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 734.0, 2402.0], [351, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tirupati</a>\", \"\", \"\", \"India\", \"Asia\", 13.627, 79.397, \" 190.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [75, \"Tiruvallur\", \"TIR\", \"\", \"India\", \"Asia\", 13.0923, 79.9738, \" 36.0\", \"2014-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [77, \"<a href=\\\"https://gml.noaa.gov/grad/meetings/BSRN2018_documents/2018_%20BSRN_poster_EST_Rosin.pdf\\\">Toravere</a>\", \"TOR\", \"\", \"Estonia\", \"Europe\", 58.254, 26.462, \" 70.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 996.0, 453.0, 1164.0], [519, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/index.html#/search/station/stationReportDetails/0-20008-0-TOT\\\">Toronto</a>\", \"TOT\", \"Ontario\", \"Canada\", \"North America\", 43.783333, -79.466667, \" 198.0\", \"2014-\", \"WMO GAW;WMO RRC\", \"Environment Canada\", \"\", \"\", \"G;RSI\", \"Dfb\", \"Continental\", 2, 1358.0, 569.0, 1413.0], [768, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Touba</a>\", \"SEN_Solar_Touba_IFC\", \"\", \"Senegal\", \"Africa\", 14.77252, -15.91955, \"37\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2179.0, 923.0, 1752.0], [345, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Townsville</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -19.2483, 146.7661, \" 4.34\", \"2012-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2088.0, 639.0, 2281.0], [786, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Tri An</a>\", \"VN_Solar_VNTRA_EVN\", \"\", \"Vietnam\", \"Asia\", 11.1024, 107.0378, \"57\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1832.0, 923.0, 1296.0], [395, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Trichy</a>\", \"\", \"\", \"India\", \"Asia\", 10.76, 78.813, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [687, \"Troms\\u00f8\", \"\", \"\", \"Norway\", \"Europe\", 69.661, 18.939, \" 113.0\", \"2020-?\", \"\", \"University of Troms\\u00f8\", \"\", \"\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 737.0, 409.0, 880.0], [534, \"<a href=\\\"https://www.sintef.no/projectweb/solarlab/sintef-node/pv-metering/\\\">Trondheim</a>\", \"\", \"\", \"Norway\", \"Europe\", 63.4171, 10.4047, \" 89.0\", \"2022-\", \"\", \"Sintef\", \"10 second data\", \"Not available\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 850.0, 453.0, 967.0], [624, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Tucson</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.17, -110.9, \" 794.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2121.0, 496.0, 2774.0], [505, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tuhamat Qahtan Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.7749, 43.17555, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2300.0, 785.0, 2212.0], [436, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tura</a>\", \"\", \"\", \"India\", \"Asia\", 25.525, 90.21, \" 397.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1577.0, 821.0, 1183.0], [240, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Turayna</a>\", \"Tur\", \"\", \"Qatar\", \"Asia\", 24.74, 51.21, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [552, \"Turku\", \"\", \"\", \"Finland\", \"Europe\", 60.4484, 22.2976, \" 60.0\", \"2019-\", \"\", \"New Energy Research Center (NERC)\", \"Located ontop of tall building.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [109, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Gaborone</a>\", \"GAB\", \"Gaborone\", \"Botswana\", \"Africa\", -24.660999, 25.934, \" 1014.0\", \"2014-2020\", \"SAURAN\", \"\", \"Roof of building in University of Botswana\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2139.0, 584.0, 2471.0], [112, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Namibian University of Science and Technology</a>\", \"NUST\", \"Windhoek\", \"Namibia\", \"Africa\", -22.565001, 17.075001, \" 1683.0\", \"2016-2024\", \"SAURAN\", \"\", \"Roof of Engineering Building\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [113, \"<a href=\\\"https://sauran.ac.za/\\\">USAid University of Fort Hare</a>\", \"UFH\", \"Alice\", \"South Africa\", \"Africa\", -32.784611, 26.8452, \" 540.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of Zoology Department\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1905.0, 591.0, 2248.0], [110, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Venda</a>\", \"VEN\", \"Vuwani\", \"South Africa\", \"Africa\", -23.131001, 30.424, \" 628.0\", \"2015-2024\", \"SAURAN\", \"\", \"Vuwani Science Research Centre\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1854.0, 697.0, 1847.0], [521, \"Uccle\", \"\", \"\", \"Belgium\", \"Europe\", 50.798, 4.359, \" 101.0\", \"2014-\", \"WMO RRC\", \"Royal Meteorological Institute of Belgium (RMI)\", \"Probably got the tracker in 2014.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1121.0, 580.0, 1077.0], [127, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Ume\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.811, 20.24, \" 23.0\", \"1983-2008\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 967.0, 412.0, 1263.0], [469, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">University of Dammam</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.39519, 50.18898, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1913.0, 905.0, 1482.0], [577, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UFL\\\">University of Florida</a>\", \"UF\", \"Florida\", \"USA\", \"North America\", 29.626968, -82.360851, \" 27.4\", \"2022-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 664.0, 1854.0], [172, \"<a href=\\\"https://www.udg.edu/en/grupsrecerca/Fisica-Ambiental/Estacio-Meteorologica/Informacio-general-sobre-lestacio\\\">University of Girona</a>\", \"\", \"Catalonia\", \"Spain\", \"Europe\", 41.96, 2.83, \" 110.0\", \"1993-\", \"\", \"\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1617.0, 610.0, 1763.0], [98, \"<a href=\\\"https://sauran.ac.za/station-documents/KZH/KZH%20Station%20Details.pdf\\\">University of KwaZulu-Natal Howard College</a>\", \"UKZN\", \"Durban\", \"South Africa\", \"Africa\", -29.870979, 30.97695, \" 150.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Desmond Clarence building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [119, \"<a href=\\\"https://sauran.ac.za/\\\">University of KwaZulu-Natal Pietermaritzburg</a>\", \"\", \"Pietermaritzburg\", \"South Africa\", \"Africa\", -29.621226, 30.397038, \" 680.0\", \"2021-2024\", \"SAURAN\", \"\", \"Rooftop\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [99, \"University of KwaZulu-Natal Westville\", \"ZUL\", \"Durban\", \"South Africa\", \"Africa\", -29.81694, 30.94492, \" 200.0\", \"2015-2020\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [226, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Moufia</a>\", \"urmoufia\", \"\", \"Reunion\", \"Africa\", -20.90146, 55.483593, \" 96.0\", \"2008-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092910\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [227, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Tampon</a>\", \"urtampon\", \"\", \"Reunion\", \"Africa\", -21.269277, 55.50702, \" 553.0\", \"2012-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092912\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [228, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of Mauritius Reduit</a>\", \"uomreduit\", \"\", \"Mauritius\", \"Africa\", -20.24497, 57.4877, \" 200.0\", \"2022-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693484\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [578, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UNLV\\\">University of Nevada</a>\", \"UNLV\", \"Nevada\", \"USA\", \"North America\", 36.107, -115.1425, \" 615.0\", \"2006-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;UV\", \"BWh\", \"Dry\", 1, 2062.0, 478.0, 2800.0], [111, \"<a href=\\\"https://sauran.ac.za/\\\">University of Zululand</a>\", \"ZUL\", \"KwaDlangezwa\", \"South Africa\", \"Africa\", -28.8529, 31.85161, \" 90.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1723.0, 683.0, 1716.0], [229, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Vacoas</a>\", \"vacoas\", \"\", \"Mauritius\", \"Africa\", -20.297095, 57.496918, \" 431.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408662\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [565, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Valladolid</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.65, -4.7667, \" 735.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1672.0, 672.0, 1778.0], [514, \"Varanasi\", \"VNS\", \"\", \"India\", \"Asia\", 25.3, 83.01, \" 90.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1734.0, 839.0, 1307.0], [279, \"Varennes\", \"\", \"Quebec\", \"Canada\", \"North America\", 45.6265, -73.38203, \" 22.0\", \"1995-\", \"\", \"Natural Resources Canada\", \"Complete station upgrade in 2017. Prior to 2017, station was rather unreliable and maintenance was less rigorous. Spectral radiation measurements using Spectrafy sensors also available.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1310.0, 562.0, 1420.0], [359, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vartej</a>\", \"\", \"\", \"India\", \"Asia\", 21.741, 72.071, \" 30.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 792.0, 1716.0], [682, \"<a href=\\\"https://idmp.entpe.fr/\\\">Vaulx-en-Velin</a>\", \"\", \"\", \"France\", \"Europe\", 45.7786, 4.9225, \" 170.0\", \"2005-\", \"IDMP\", \"ENTPE\", \"Diffuse is measured with a shadowring.\", \"Freely\", \"G;B;Ds;UV\", \"Cfb\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [396, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vellore</a>\", \"\", \"\", \"India\", \"Asia\", 12.974, 79.159, \" 231.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 1000.0, 1292.0], [315, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Vermont Regional Test Center</a>\", \"RTC-VT\", \"Vermont\", \"USA\", \"North America\", 44.4665, -73.1024, \" 107.0\", \"2014-2020\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1307.0, 580.0, 1350.0], [626, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Victorville</a>\", \"\", \"California\", \"USA\", \"North America\", 34.55, -117.28, \" 870.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [369, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vijayapura(Bijapur)</a>\", \"\", \"\", \"India\", \"Asia\", 16.847, 75.752, \" 567.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 843.0, 1621.0], [628, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Villa Park</a>\", \"\", \"California\", \"USA\", \"North America\", 33.82, -117.85, \" 78.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [630, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Visalia</a>\", \"\", \"California\", \"USA\", \"North America\", 36.33, -119.28, \" 102.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [125, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Visby</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.673, 18.345, \" 49.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1102.0, 496.0, 1223.0], [133, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">V\\u00e4xj\\u00f6</a>\", \"\", \"\", \"Sweden\", \"Europe\", 56.927, 14.731, \" 182.0\", \"1983-2014\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1040.0, 507.0, 1124.0], [781, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Wadelai</a>\", \"UGA_Solar_Wadelai\", \"\", \"Uganda\", \"Africa\", 2.725961, 31.390403, \"644\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2080.0, 938.0, 1559.0], [475, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Wadi Addawasir College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.43008, 44.89433, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [276, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Wadi Al-Dawaser</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.44, 44.68, \" 701.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [343, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Wagga Wagga</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -35.1583, 147.4575, \" 212.0\", \"1997-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1847.0, 588.0, 2208.0], [632, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Walnut</a>\", \"\", \"California\", \"USA\", \"North America\", 34.0, -117.97, \" 107.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [401, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Warangal</a>\", \"\", \"\", \"India\", \"Asia\", 18.075, 79.705, \" 278.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1894.0, 861.0, 1471.0], [434, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Wardha</a>\", \"\", \"\", \"India\", \"Asia\", 20.738, 78.592, \" 297.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1887.0, 818.0, 1562.0], [175, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Wasco</a>\", \"WAS\", \"Oregon\", \"USA\", \"North America\", 45.59, -120.67, \" 200.0\", \"2016-2017\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1544.0, 522.0, 1876.0], [461, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Washim</a>\", \"\", \"\", \"India\", \"Asia\", 20.101, 77.137, \" 546.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1902.0, 814.0, 1588.0], [122, \"<a href=\\\"https://ruisdael-observatory.nl/veenkampen/\\\">Weather Station De Veenkampen</a>\", \"\", \"Wageningen\", \"Netherlands\", \"Europe\", 51.9812, 5.6202, \"\", \"2010-\", \"\", \"Wageningen University\", \"The quality of the radiation measurements are questionable.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [527, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Wenjiang</a>\", \"\", \"\", \"China\", \"Asia\", 30.75, 103.86, \" 547.7\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1117.0, 675.0, 694.0], [719, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Weno</a>\", \"FSM_Solar_Weno\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \"4\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [634, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.45, \" 122.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [636, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.18, -118.57, \" 241.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [186, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Wien</a>\", \"\", \"\", \"Austria\", \"Europe\", 48.25, 16.36, \" 198.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1215.0, 580.0, 1183.0], [538, \"Wuhan\", \"\", \"\", \"China\", \"Asia\", 30.62, 114.13, \" 23.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1288.0, 697.0, 927.0], [530, \"Wuhan University\", \"WHU\", \"\", \"China\", \"Asia\", 30.533, 114.35, \" 30.0\", \"2006-?\", \"\", \"Wuhan University\", \"\", \"\", \"G;B;D;PAR\", \"Cfa\", \"Temperate\", 1, 1288.0, 697.0, 927.0], [546, \"Wulumuqi\", \"\", \"\", \"China\", \"Asia\", 43.78, 87.65, \" 917.9\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1584.0, 653.0, 1723.0], [78, \"Xianghe\", \"XIA\", \"\", \"China\", \"Asia\", 39.754, 116.962, \" 32.0\", \"2005-2016\", \"BSRN\", \"\", \"Station obstructed& no longer in BSRN since 2016\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1456.0, 653.0, 1445.0], [523, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xilinhot</a>\", \"\", \"\", \"China\", \"Asia\", 44.13, 116.33, \" 1107.0\", \"2007-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1639.0, 617.0, 1989.0], [526, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xuchang</a>\", \"\", \"\", \"China\", \"Asia\", 34.07, 113.93, \" 67.2\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1361.0, 708.0, 1077.0], [524, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Yanqi</a>\", \"\", \"\", \"China\", \"Asia\", 42.05, 86.61, \" 1056.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BWk\", \"Dry\", 1, 1690.0, 675.0, 1880.0], [746, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Yaren</a>\", \"NRU_Solar_Yaren\", \"\", \"Nauru\", \"Oceania\", -0.543447, 166.93197, \"28\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2139.0, 803.0, 1894.0], [732, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Yekepa</a>\", \"LBR_Solar_Yekepa\", \"\", \"Liberia\", \"Africa\", 7.39317, -8.66813, \"446\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1730.0, 971.0, 1062.0], [709, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Yerevan Agro</a>\", \"ARM_Solar_YerevanAgro\", \"\", \"Armenia\", \"Asia\", 40.1887, 44.3976, \"946\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfa\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [638, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Yucca Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.12, -116.42, \" 1024.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [79, \"Yushan Station\", \"YUS\", \"\", \"Taiwan\", \"Asia\", 23.4876, 120.9595, \" 3858.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1595.0, 803.0, 1204.0], [754, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Zabori</a>\", \"NER_Solar_Zabori\", \"\", \"Niger\", \"Africa\", 12.70536, 3.55519, \"235\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2110.0, 945.0, 1621.0], [154, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Zacatecas City</a>\", \"ZAC\", \"Zacatecas \", \"Mexico\", \"North America\", 22.7725, -102.6436, \" 2316.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2201.0, 646.0, 2449.0], [143, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Zagora</a>\", \"\", \"\", \"Morocco\", \"Africa\", 30.272, -5.852, \" 783.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2205.0, 613.0, 2602.0], [541, \"Zhengzhou\", \"\", \"\", \"China\", \"Asia\", 34.72, 113.65, \" 110.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1361.0, 708.0, 1077.0], [702, \"<a href=\\\"https://www.imk-ifu.kit.edu\\\">Zugspitze</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.421, 10.9848, \" 2965.0\", \"1995-\", \"\", \"DWD\", \"Measurements are hampered by the harsh environmental conditions which prior to 2021 caused frequent tracker issues.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [128, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">\\u00d6stersund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.197, 14.48, \" 374.0\", \"1983-2009\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 894.0, 453.0, 1088.0]];\n",
        "\n",
        "        // Define the dt_args\n",
        "        let dt_args = {\"scrollY\": \"700px\", \"scrollX\": true, \"scrollCollapse\": true, \"paging\": false, \"order\": [[0, \"asc\"]], \"columnDefs\": [{\"className\": \"dt-left\", \"targets\": \"_all\"}], \"layout\": {\"topStart\": \"pageLength\", \"topEnd\": \"search\", \"bottomStart\": \"info\", \"bottomEnd\": \"paging\"}, \"warn_on_selected_rows_not_rendered\": true};\n",
@@ -373,6 +374,8 @@
     "\n",
     "stations = stations[~stations['Instrumentation'].str.contains('G;Ds')]  # remove Tier 3 stations\n",
     "\n",
+    "stations = stations.sort_values('Station name')\n",
+    "\n",
     "# Write file containing all columns, linked to above\n",
     "stations.to_csv('./SolarStationsOrg-station-catalog.csv', index=False)\n",
     "\n",
@@ -420,7 +423,7 @@
    "name": "python",
    "nbconvert_exporter": "python",
    "pygments_lexer": "ipython3",
-   "version": "3.11.9"
+   "version": "3.11.7"
   }
  },
  "nbformat": 4,

From 4c43b590b68b6af0e1dfca9752db607612b01bbd Mon Sep 17 00:00:00 2001
From: "Adam R. Jensen" <39184289+AdamRJensen@users.noreply.github.com>
Date: Tue, 26 Nov 2024 14:04:22 +0100
Subject: [PATCH 2/2] Reset index

---
 docs/station_catalog.ipynb | 12 ++++++------
 1 file changed, 6 insertions(+), 6 deletions(-)

diff --git a/docs/station_catalog.ipynb b/docs/station_catalog.ipynb
index 18b2bfa..245a2cb 100644
--- a/docs/station_catalog.ipynb
+++ b/docs/station_catalog.ipynb
@@ -16,7 +16,7 @@
   },
   {
    "cell_type": "code",
-   "execution_count": 2,
+   "execution_count": 12,
    "metadata": {
     "editable": true,
     "scrolled": true,
@@ -183,10 +183,10 @@
     {
      "data": {
       "text/html": [
-       "<table id=\"itables_41181737_4e96_480b_9cd3_adf2a4f4c16a\" class=\"display\" data-quarto-disable-processing=\"true\" style=\"table-layout:auto;width:auto;margin:0;caption-side:bottom\">\n",
+       "<table id=\"itables_e371a0c6_2d99_4912_83be_24247b719da3\" class=\"display\" data-quarto-disable-processing=\"true\" style=\"table-layout:auto;width:auto;margin:0;caption-side:bottom\">\n",
        "<thead>\n",
        "    <tr style=\"text-align: right;\">\n",
-       "      <th></th>\n",
+       "      \n",
        "      <th>Station name</th>\n",
        "      <th>Abbreviation</th>\n",
        "      <th>State</th>\n",
@@ -312,12 +312,12 @@
        "<script type=\"module\">\n",
        "    const { DataTable, jQuery: $ } = await import(window._datatables_src_for_itables_2_2_2);\n",
        "\n",
-       "    document.querySelectorAll(\"#itables_41181737_4e96_480b_9cd3_adf2a4f4c16a:not(.dataTable)\").forEach(table => {\n",
+       "    document.querySelectorAll(\"#itables_e371a0c6_2d99_4912_83be_24247b719da3:not(.dataTable)\").forEach(table => {\n",
        "        if (!(table instanceof HTMLTableElement))\n",
        "            return;\n",
        "\n",
        "        // Define the table data\n",
-       "        const data = [[564, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">A Coruna</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3672, -8.4194, \" 58.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1402.0, 646.0, 1340.0], [0, \"Abashiri\", \"ABS\", \"\", \"Japan\", \"Asia\", 44.0178, 144.2797, \" 38.0\", \"2021-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1248.0, 642.0, 1117.0], [266, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Abha</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 18.23, 42.66, \" 2039.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2270.0, 810.0, 2124.0], [382, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Abu Road</a>\", \"\", \"\", \"India\", \"Asia\", 24.519, 72.783, \" 276.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [232, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Abu Samra</a>\", \"Abu\", \"\", \"Qatar\", \"Asia\", 24.75, 50.82, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2216.0, 898.0, 1920.0], [581, \"Adam\", \"\", \"\", \"Oman\", \"Asia\", 22.2072, 57.523, \" 250.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [336, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Adelaide Airport</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -34.9524, 138.5196, \" 2.0\", \"2003-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1880.0, 573.0, 2263.0], [139, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Adrar</a>\", \"\", \"\", \"Algeria\", \"Africa\", 27.88, -0.274, \" 262.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2223.0, 803.0, 2179.0], [490, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Afif Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 23.92118, 42.94815, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 774.0, 2256.0], [447, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Agartala</a>\", \"\", \"\", \"India\", \"Asia\", 23.839, 91.423, \" 71.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1705.0, 880.0, 1270.0], [571, \"Aggeneys\", \"\", \"\", \"South Africa\", \"Africa\", -29.2945, 18.8155, \" 789.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2329.0, 431.0, 3110.0], [176, \"<a href=\\\"https://energydata.info/dataset/palau-solar-radiation-measurement-data\\\">Airai</a>\", \"\", \"\", \"Palau\", \"Oceania\", 7.368513, 134.53983, \" 47.0\", \"2020-2022\", \"PPA\", \"\", \"Two GHI thermopile pyranometers (Hukseflux SR30-D1 and SR20-T2), a SPN-1, three reference cells, and a weather station.\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 861.0, 1460.0], [437, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aizawl</a>\", \"\", \"\", \"India\", \"Asia\", 23.743, 92.719, \" 1188.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1694.0, 945.0, 1139.0], [386, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ajmer</a>\", \"\", \"\", \"India\", \"Asia\", 26.4, 74.661, \" 501.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2004.0, 737.0, 1956.0], [489, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Aflaaj Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.27948, 46.73319, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2321.0, 836.0, 2164.0], [482, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Baha University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.17933, 41.63561, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 770.0, 2197.0], [233, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Batna</a>\", \"Bat\", \"\", \"Qatar\", \"Asia\", 25.1, 51.17, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [491, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Dawadmi College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.5569, 44.47411, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2270.0, 796.0, 2179.0], [234, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Ghuwayriyah</a>\", \"Ghu\", \"\", \"Qatar\", \"Asia\", 25.84, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [498, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Hanakiyah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.85577, 40.536, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 756.0, 2245.0], [480, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Jouf Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79383, 40.04886, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [235, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Jumayliyah</a>\", \"Jum\", \"\", \"Qatar\", \"Asia\", 25.61, 51.08, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [236, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Karaanah</a>\", \"Kar\", \"\", \"Qatar\", \"Asia\", 25.01, 51.04, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [231, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Kharsaah</a>\", \"Kha\", \"\", \"Qatar\", \"Asia\", 25.22, 51.0, \"\", \"2019-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [241, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Khor</a>\", \"Kho\", \"\", \"Qatar\", \"Asia\", 25.66, 51.46, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [502, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Qunfudhah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 19.15197, 41.08111, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2201.0, 839.0, 1960.0], [242, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shahaniya</a>\", \"Sha\", \"\", \"Qatar\", \"Asia\", 25.39, 51.11, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [237, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shehaimiyah</a>\", \"She\", \"\", \"Qatar\", \"Asia\", 25.86, 50.96, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [467, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Uyaynah Research Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.90689, 46.39721, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [477, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Wajh Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.2561, 36.443, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 715.0, 2365.0], [238, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Wakrah</a>\", \"Wak\", \"\", \"Qatar\", \"Asia\", 25.19, 51.62, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [274, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Jouf</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79, 40.1, \" 669.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [271, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Madinah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.55, 39.7, \" 626.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2278.0, 726.0, 2336.0], [267, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-ahsa</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.3, 49.48, \" 178.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [272, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-qaisumah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.32, 46.13, \" 358.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2132.0, 821.0, 1978.0], [587, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alamosa</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 37.48, -105.87, \" 2304.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1938.0, 580.0, 2431.0], [173, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Alamosa</a>\", \"SLV\", \"Colorado\", \"USA\", \"North America\", 37.7, -105.92, \" 2317.0\", \"2014-2016\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1938.0, 580.0, 2431.0], [423, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Alappuzha</a>\", \"\", \"\", \"India\", \"Asia\", 9.46, 76.331, \" 19.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 949.0, 1296.0], [585, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Albany</a>\", \"\", \"New York\", \"USA\", \"North America\", 42.7, -73.83, \" 72.0\", \"1979-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1380.0, 584.0, 1449.0], [589, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.17, -106.6, \" 1577.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [80, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/abq.html\\\">Albuquerque</a>\", \"ABQ\", \"New Mexico\", \"USA\", \"North America\", 35.03796, -106.62211, \" 1617.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [665, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.03, -106.62, \" 1623.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [1, \"Alert\", \"ALE\", \"Lincoln Sea\", \"Canada\", \"North America\", 82.49, -62.42, \" 127.0\", \"2004-2014\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 891.0, 434.0, 1555.0], [591, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alhambra</a>\", \"\", \"California\", \"USA\", \"North America\", 34.08, -118.15, \" 143.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [248, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/alice-springs-2\\\">Alice Springs</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.762361, 133.875389, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2281.0, 496.0, 2865.0], [2, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Alice Springs</a>\", \"ASP\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.7951, 133.889, \" 546.0\", \"1995-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2281.0, 496.0, 2865.0], [180, \"<a href=\\\"https://energydata.info/dataset/papua-new-guinea-solar-radiation-measurement-data\\\">Alotau</a>\", \"\", \"\", \"Papua New Guinea\", \"Oceania\", -10.310113, 150.337975, \" 20.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1814.0, 821.0, 1427.0], [593, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alpine</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.85, -116.1, \" 625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [377, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Amarsagar</a>\", \"\", \"\", \"India\", \"Asia\", 26.942, 70.874, \" 273.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 737.0, 2077.0], [410, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ambikapur</a>\", \"\", \"\", \"India\", \"Asia\", 23.149, 83.149, \" 603.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 821.0, 1413.0], [193, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Amitie</a>\", \"amitie\", \"\", \"Seychelles\", \"Africa\", -4.321022, 55.693361, \" 3.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408667\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [120, \"Anmyeondo GAW station\", \"AMY\", \"\", \"South Korea\", \"Asia\", 36.53, 126.32, \" 47.0\", \"1999-\", \"WMO GAW\", \"\", \"Also measured upwards shortwave and longwave irradiance and has a skyradiometer and a Brewer.\", \"\", \"\", \"Cwa\", \"Temperate\", 2, 1431.0, 694.0, 1234.0], [194, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Anse Boileau</a>\", \"anseboileau\", \"\", \"Seychelles\", \"Africa\", -4.710958, 55.484732, \" 2.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408665\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [195, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antananarivo</a>\", \"antananarivo\", \"\", \"Madagascar\", \"Africa\", -18.89833, 47.546422, \" 1309.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408673\", \"Freely\", \"SPN1;UV\", \"Cwb\", \"Temperate\", 2, 2000.0, 854.0, 1745.0], [196, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antsiranana (Diego Suarez)</a>\", \"diego\", \"\", \"Madagascar\", \"Africa\", -12.348602, 49.293412, \" 108.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408675\", \"Freely\", \"SPN1;UV\", \"Aw\", \"Tropical\", 2, 2029.0, 832.0, 1745.0], [689, \"Arandis\", \"ARA\", \"\", \"Namibia\", \"Africa\", -22.3656, 15.0449, \" 697.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2413.0, 507.0, 2953.0], [479, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Arar Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 30.918154, 41.079801, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2190.0, 712.0, 2307.0], [285, \"<a href=\\\"https://litdb.fmi.fi/soundingst_radiation.php\\\">Arctic Space Centre Sodankyl\\u00e4 T\\u00e4htel\\u00e4</a>\", \"\", \"\", \"Finland\", \"Europe\", 67.36664, 26.628253, \" 195.0\", \"1998-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"Data is likely of poor quality. They can be downloaded from: https://en.ilmatieteenlaitos.fi/observation-stations\", \"Freely\", \"G;B;D;IR;UV\", \"Dfc\", \"Continental\", 1, 832.0, 449.0, 1015.0], [299, \"Arica\", \"\", \"\", \"Chile\", \"South America\", -18.47, -70.31, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2029.0, 734.0, 1836.0], [595, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Arrowhead</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -117.22, \" 1542.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [251, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Artigas Airport</a>\", \"ARM\", \"\", \"Uruguay\", \"South America\", -30.3984, -56.5117, \" 136.0\", \"2011-2020\", \"\", \"Uruguay Solar Energy Laboratory\", \"Experimental site with mixed use of instruments.\", \"\", \"G;SPN1;\", \"Cfa\", \"Temperate\", 2, 1781.0, 602.0, 1942.0], [92, \"<a href=\\\"http://solardata.uoregon.edu/Ashland.html\\\">Ashland</a>\", \"AS\", \"Oregon\", \"USA\", \"North America\", 42.19, -122.7, \" 595.0\", \"2000-\", \"SRML\", \"University of Oregon\", \"5-minute data from 2000 to 2018.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [325, \"Aswan\", \"\", \"\", \"Egypt\", \"Africa\", 23.97, 32.78, \" 192.5\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2394.0, 726.0, 2497.0], [584, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Atlanta</a>\", \"\", \"Georgia\", \"USA\", \"North America\", 33.77, -84.38, \" 327.0\", \"1980-1981\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1657.0, 650.0, 1690.0], [690, \"Auas\", \"AUA\", \"\", \"Namibia\", \"Africa\", -22.5882, 17.3635, \" 1880.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [457, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 19.868, 75.323, \" 576.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 799.0, 1668.0], [406, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.837, 84.284, \" 104.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1803.0, 799.0, 1482.0], [197, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Aurere</a>\", \"aurere\", \"\", \"Reunion\", \"Africa\", -21.01977, 55.42472, \" 603.0\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693606\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [705, \"<a href=\\\"https://www.csiro.au/en/about/locations/state-locations/ACT/Black-Mountain\\\">BMSOLx Black Mountain</a>\", \"\", \"Canberra\", \"Australia\", \"Oceania\", -35.275, 149.1136, \" 595.0\", \"2012-2014\", \"\", \"CSIRO\", \"Unknown status.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1756.0, 610.0, 2037.0], [782, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Bac Ninh</a>\", \"VN_Solar_VNHAN_EVN\", \"\", \"Vietnam\", \"Asia\", 21.2013, 106.0629, \"60\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1325.0, 788.0, 803.0], [278, \"Badajoz\", \"\", \"\", \"Spain\", \"Europe\", 38.886028, -7.00925, \" 190.0\", \"2008-\", \"\", \"University of Extremadura\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1796.0, 606.0, 2073.0], [389, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bagora</a>\", \"\", \"\", \"India\", \"Asia\", 25.214, 72.018, \" 91.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [757, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Bahawalpur</a>\", \"PK_Solar_Bahawalpur_QASP\", \"\", \"Pakistan\", \"Asia\", 29.32542, 71.81877, \"120\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1916.0, 829.0, 1657.0], [384, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Balotra</a>\", \"\", \"\", \"India\", \"Asia\", 25.805, 72.237, \" 126.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [448, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Banda</a>\", \"\", \"\", \"India\", \"Asia\", 25.451, 80.345, \" 133.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 799.0, 1434.0], [509, \"Bangalore\", \"BNG\", \"\", \"India\", \"Asia\", 12.96, 77.58, \" 921.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1964.0, 956.0, 1416.0], [439, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bargarh</a>\", \"\", \"\", \"India\", \"Asia\", 21.32, 83.525, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 821.0, 1471.0], [3, \"<a href=\\\"https://gml.noaa.gov/obop/brw/\\\">Barrow</a>\", \"BAR\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.607, \" 8.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [597, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Barstow</a>\", \"\", \"California\", \"USA\", \"North America\", 34.88, -117.0, \" 664.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [755, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Bauchi</a>\", \"NGA_Solar_Bauchi\", \"\", \"Nigeria\", \"Africa\", 10.28526, 9.85059, \"597\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2110.0, 956.0, 1599.0], [542, \"Beijing\", \"\", \"\", \"China\", \"Asia\", 39.8, 116.47, \" 54.0\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1456.0, 653.0, 1445.0], [4, \"Bermuda\", \"BER\", \"Bermuda\", \"USA\", \"North America\", 32.267, -64.667, \" 8.0\", \"1992-2013& 2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1716.0, 745.0, 1548.0], [574, \"Bernex (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.172, 6.067, \" 473.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;SPN1\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [429, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhandara</a>\", \"\", \"\", \"India\", \"Asia\", 21.157, 79.578, \" 274.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [356, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhogat</a>\", \"\", \"\", \"India\", \"Asia\", 22.029, 69.261, \" 14.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1997.0, 792.0, 1799.0], [512, \"Bhopal\", \"BHP\", \"\", \"India\", \"Asia\", 23.28, 77.35, \" 523.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1880.0, 785.0, 1642.0], [440, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhubaneshwar</a>\", \"\", \"\", \"India\", \"Asia\", 20.349, 85.89, \" 20.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1737.0, 876.0, 1234.0], [354, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bilaspur</a>\", \"\", \"\", \"India\", \"Asia\", 22.075, 82.184, \" 267.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 810.0, 1486.0], [5, \"Billings\", \"BIL\", \"Oklahoma\", \"USA\", \"North America\", 36.605, -97.516, \" 317.0\", \"1993-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [81, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/bis.html\\\">Bismarck</a>\", \"BIS\", \"North Dakota\", \"USA\", \"North America\", 46.77179, -100.75955, \" 503.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1482.0, 566.0, 1770.0], [667, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Bismarck</a>\", \"\", \"North Dakota\", \"USA\", \"North America\", 46.77, -100.77, \" 511.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1482.0, 566.0, 1770.0], [726, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Bissau</a>\", \"GNB_Solar_Bissau\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 11.85643, -15.58877, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1989.0, 927.0, 1467.0], [734, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Blantyre</a>\", \"MWI_Solar_Blantyre_BLZ\", \"\", \"Malawi\", \"Africa\", -15.67996, 34.97203, \"770\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1993.0, 836.0, 1716.0], [656, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Blue Hill</a>\", \"\", \"Massachusetts\", \"USA\", \"North America\", 42.22, -71.12, \" 200.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1405.0, 569.0, 1562.0], [639, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Bluefield State College</a>\", \"\", \"West Virginia\", \"USA\", \"North America\", 37.27, -81.24, \" 803.0\", \"1985-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfb\", \"Temperate\", 2, 1486.0, 646.0, 1467.0], [599, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Blythe</a>\", \"\", \"California\", \"USA\", \"North America\", 33.6, -114.6, \" 81.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 460.0, 2913.0], [379, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bodana</a>\", \"\", \"\", \"India\", \"Asia\", 27.606, 72.109, \" 168.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [652, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boise</a>\", \"\", \"Idaho\", \"USA\", \"North America\", 43.57, -116.22, \" 873.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1672.0, 533.0, 2080.0], [6, \"<a href=\\\"http://www.srrb.noaa.gov/surfrad/bondvill.html\\\">Bondville</a>\", \"BON\", \"Illinois\", \"USA\", \"North America\", 40.05192, -88.37309, \" 230.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1478.0, 610.0, 1555.0], [129, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Borl\\u00e4nge</a>\", \"\", \"\", \"Sweden\", \"Europe\", 60.488, 15.43, \" 164.0\", \"1983-2010\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 956.0, 460.0, 1161.0], [741, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Bougouni</a>\", \"MLI_Solar_Bougouni\", \"\", \"Mali\", \"Africa\", 11.40743, -7.48193, \"335\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2102.0, 902.0, 1694.0], [647, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boulder</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 40.1, -105.25, \" 1634.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 664.0, 1894.0], [8, \"Boulder\", \"BOU\", \"Colorado\", \"USA\", \"North America\", 40.05, -105.007, \" 1577.0\", \"1992-2016\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [7, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/tablemt.html\\\">Boulder</a>\", \"BOS\", \"Colorado\", \"USA\", \"North America\", 40.12498, -105.2368, \" 1689.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [601, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Boulder City</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.02, -114.77, \" 457.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2073.0, 474.0, 2807.0], [198, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Bras Panon Moreau</a>\", \"braspanonmoreau\", \"\", \"Reunion\", \"Africa\", -21.002649, 55.682897, \" 20.0\", \"2010-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092821\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [9, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/brasilia.html\\\">Brasilia</a>\", \"BRB\", \"\", \"Brazil\", \"South America\", -15.601259, -47.713774, \" 1023.0\", \"2006-2015&2018-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2022.0, 723.0, 1982.0], [331, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Broome Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -17.9475, 122.2352, \" 7.42\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2270.0, 558.0, 2624.0], [672, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Brownsville</a>\", \"\", \"Texas\", \"USA\", \"North America\", 25.9, -97.43, \" 12.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1821.0, 675.0, 1778.0], [731, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Buchanan</a>\", \"LBR_Solar_Buchanan\", \"\", \"Liberia\", \"Africa\", 5.92397, -9.99337, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1624.0, 956.0, 934.0], [10, \"Budapest-Lorinc\", \"BUD\", \"Budapest\", \"Hungary\", \"Europe\", 47.4291, 19.1822, \" 139.1\", \"2019-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1285.0, 591.0, 1278.0], [569, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-BKT\\\">Bukit Kototabang</a>\", \"BKT\", \"\", \"Indonesia\", \"Asia\", -0.20194, 100.31805, \" 864.0\", \"2015-?\", \"WMO GAW\", \"BMKG\", \"\", \"\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1701.0, 1029.0, 923.0], [772, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Bumbuna</a>\", \"SLE_Solar_Bumbuna\", \"\", \"Sierra Leone\", \"Africa\", 9.03529, -11.76454, \"140\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 960.0, 1274.0], [676, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Burlington</a>\", \"\", \"Vermont\", \"USA\", \"North America\", 44.47, -73.15, \" 112.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1307.0, 580.0, 1350.0], [90, \"<a href=\\\"http://solardata.uoregon.edu/Burns.html\\\">Burns</a>\", \"BU\", \"Oregon\", \"USA\", \"North America\", 43.52, -119.02, \" 1265.0\", \"1994-\", \"SRML\", \"University of Oregon\", \"5 min data from 1994 to 2011.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1664.0, 551.0, 2044.0], [117, \"<a href=\\\"https://sauran.ac.za/\\\">CSIR Energy Centre</a>\", \"CSIR\", \"Pretoria\", \"South Africa\", \"Africa\", -25.746519, 28.278739, \" 1400.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of building\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2070.0, 628.0, 2325.0], [11, \"<a href=\\\"https://dataplatform.knmi.nl/dataset/cesar-bsrn-irraddown-la1-t1-v1-0\\\">Cabauw</a>\", \"CAB\", \"\", \"Netherlands\", \"Europe\", 51.9711, 4.9267, \" 0.0\", \"2005-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [553, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Caceres</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.4722, -6.3394, \" 405.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1785.0, 591.0, 2088.0], [262, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/cachoeira.html\\\">Cachoeira Paulista</a>\", \"CPA\", \"\", \"Brazil\", \"South America\", -22.6896, -45.0062, \" 574.0\", \"2014-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017. No photos or instument info was provided\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1796.0, 701.0, 1719.0], [260, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/caico.html\\\">Caic\\u00f3</a>\", \"CAI\", \"\", \"Brazil\", \"South America\", -6.4669, -37.0847, \" 176.0\", \"2002-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017\", \"Freely\", \"G;B;IR\", \"Aw\", \"Tropical\", 2, 2267.0, 788.0, 2157.0], [342, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cairns Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -16.8736, 145.7458, \" 2.22\", \"1997-2004\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Am\", \"Tropical\", 1, 1978.0, 715.0, 1913.0], [321, \"Cairo\", \"\", \"\", \"Egypt\", \"Africa\", 30.08, 31.28, \" 34.4\", \"2004-?\", \"WMO RRC\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [138, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Cairo</a>\", \"\", \"\", \"Egypt\", \"Africa\", 30.036, 31.009, \" 104.0\", \"2012-\", \"enerMENA\", \"Cairo University\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [12, \"<a href=\\\"https://epic.awi.de/id/eprint/40425/1/Camborne_BSRN_Station_Info.pdf\\\">Camborne</a>\", \"CAM\", \"\", \"United Kingdom\", \"Europe\", 50.2167, -5.3167, \" 88.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1161.0, 606.0, 1062.0], [13, \"Cape Baranova\", \"CAP\", \"\", \"Russia\", \"Europe\", 79.27, 101.75, \"\", \"2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 829.0, 544.0, 953.0], [341, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cape Grim</a>\", \"\", \"Tasmania\", \"Australia\", \"Oceania\", -40.6817, 144.6892, \" 95.0\", \"1997-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1496.0, 690.0, 1405.0], [692, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/capehedo/capehedo.html\\\">Cape Hedo</a>\", \"\", \"\", \"Japan\", \"Asia\", 26.867, 128.248, \" 65.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1573.0, 708.0, 1314.0], [164, \"<a href=\\\"https://gml.noaa.gov/obop/smo/\\\">Cape Matatula</a>\", \"SMO\", \"Tutila Island\", \"American Samoa\", \"Oceania\", 14.2474, 170.5644, \" 42.0\", \"1976-\", \"ABO\", \"NOAA\", \"Diffuse irradiance measurements first started in 1995.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2190.0, 774.0, 2077.0], [657, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Caribou</a>\", \"\", \"Maine\", \"USA\", \"North America\", 46.87, -68.02, \" 195.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1285.0, 558.0, 1442.0], [603, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Carlsbad</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.33, \" 23.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [573, \"Carouge (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.176, 6.139, \" 432.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [14, \"Carpentras\", \"CAR\", \"\", \"France\", \"Europe\", 44.083, 5.059, \" 100.0\", \"1996-2018\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1511.0, 580.0, 1745.0], [169, \"Casaccia Research Center\", \"CAS\", \"Lazio\", \"Italy\", \"Europe\", 42.04167, 12.30667, \"\", \"2001-\", \"\", \"ENEA\", \"Since 2020 also has PAR,albedo,UVA,UVB,spectral\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1559.0, 613.0, 1686.0], [199, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Caverne Dufour</a>\", \"cavernedufour\", \"\", \"Reunion\", \"Africa\", -21.109176, 55.495655, \" 2495.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.5812546\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [16, \"Cener\", \"CNR\", \"Navarra\", \"Spain\", \"Europe\", 42.816, -1.601, \" 471.0\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1562.0, 631.0, 1679.0], [783, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Central Highlands</a>\", \"VN_Solar_VNCEH_EVN\", \"\", \"Vietnam\", \"Asia\", 12.7535, 107.8761, \"290\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1825.0, 920.0, 1310.0], [118, \"<a href=\\\"https://sauran.ac.za\\\">Central University of Technology</a>\", \"CUT\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.121337, 26.215909, \" 1397.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of the Engineering building\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [409, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandigarh</a>\", \"\", \"\", \"India\", \"Asia\", 30.748, 76.756, \" 346.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1883.0, 756.0, 1781.0], [464, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrapur</a>\", \"\", \"\", \"India\", \"Asia\", 19.921, 79.319, \" 208.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 832.0, 1493.0], [362, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrodi</a>\", \"\", \"\", \"India\", \"Asia\", 23.334, 70.637, \" 74.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 770.0, 1821.0], [355, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Charanka</a>\", \"\", \"\", \"India\", \"Asia\", 23.893, 71.212, \" 12.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2022.0, 752.0, 1927.0], [540, \"Chengdu\", \"\", \"\", \"China\", \"Asia\", 30.67, 104.02, \" 506.1\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1150.0, 697.0, 697.0], [390, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chennai</a>\", \"\", \"\", \"India\", \"Asia\", 12.956, 80.217, \" 1.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 905.0, 1434.0], [15, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Chesapeake Light</a>\", \"CLH\", \"North Atlantic Ocean\", \"USA\", \"North America\", 36.905, -75.713, \" 37.0\", \"2000-2016\", \"BSRN\", \"NASA\", \"Closed due to structural issues\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1573.0, 675.0, 1486.0], [605, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Cheyenne</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 41.13, -104.82, \" 1876.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 580.0, 2029.0], [691, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/chiba/chiba.html\\\">Chiba</a>\", \"\", \"\", \"Japan\", \"Asia\", 35.625, 140.104, \" 21.0\", \"1999-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1387.0, 664.0, 1230.0], [348, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chilakapalem</a>\", \"\", \"\", \"India\", \"Asia\", 18.27, 83.809, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 905.0, 1219.0], [787, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Chilanga</a>\", \"ZMB_Solar_Lusaka_Chilanga\", \"\", \"Zambia\", \"Africa\", -15.54831, 28.24822, \"1224\", \"2015-2018\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [683, \"Chinese University of Hong Kong\", \"CUHK\", \"\", \"China\", \"Asia\", 22.4207, 114.2085, \" 150.0\", \"2003-?\", \"\", \"University of Hong Kong\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1515.0, 745.0, 1142.0], [370, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chitradurga</a>\", \"\", \"\", \"India\", \"Asia\", 14.216, 76.428, \" 760.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2015.0, 902.0, 1591.0], [788, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Choma</a>\", \"ZMB_Solar_Choma_Mochipapa\", \"\", \"Zambia\", \"Africa\", -16.83822, 27.07046, \"1282\", \"2015-2019\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2095.0, 741.0, 2073.0], [607, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Chula Vista</a>\", \"\", \"California\", \"USA\", \"North America\", 32.67, -117.03, \" 20.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [179, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Chuuk</a>\", \"\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [200, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Bras Sec</a>\", \"cilaosbrassec\", \"\", \"Reunion\", \"Africa\", -21.141754, 55.489703, \" 1269.0\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092842\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [201, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Piscine</a>\", \"cilaospiscine\", \"\", \"Reunion\", \"Africa\", -21.136158, 55.47416, \" 1213.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092835\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [202, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Thermes</a>\", \"cilaosthermes\", \"\", \"Reunion\", \"Africa\", -21.12894, 55.47332, \" 1255.8\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092847\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [147, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Cuahut\\u00e9moc</a>\", \"CDC\", \"Chihuahua\", \"Mexico\", \"North America\", 28.4504, -106.7942, \" 2112.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2150.0, 580.0, 2606.0], [145, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Universitaria</a>\", \"UNAM\", \"Mexico City\", \"Mexico\", \"North America\", 19.3262, -99.176, \" 2284.0\", \"2015-\", \"WMO RRC\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 2011.0, 770.0, 1858.0], [17, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cocos Island</a>\", \"COC\", \"Cocos (Keeling) Islands\", \"Australia\", \"Oceania\", -12.1892, 96.8344, \" 3.0\", \"2004-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2055.0, 923.0, 1599.0], [146, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Coeneo</a>\", \"COE\", \"Michoac\\u00e1n\", \"Mexico\", \"North America\", 19.8137, -101.6946, \" 1990.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2070.0, 737.0, 2040.0], [316, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Colorado Regional Test Center</a>\", \"RTC-CO\", \"Colorado\", \"USA\", \"North America\", 39.7407, -105.1771, \" 1783.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [659, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Columbia</a>\", \"\", \"Missouri\", \"USA\", \"North America\", 38.82, -92.22, \" 277.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1559.0, 595.0, 1708.0], [20, \"Concordia Station& Dome C\", \"DOM\", \"\", \"Antarctica\", \"Antarctica\", -75.1, 123.383, \" 3233.0\", \"2006-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1296.0, 420.0, 2931.0], [554, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Cordoba</a>\", \"\", \"\", \"Spain\", \"Europe\", 37.8444, -4.8506, \" 91.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1836.0, 635.0, 2077.0], [304, \"Coya Sur\", \"\", \"\", \"Chile\", \"South America\", -22.39, -69.62, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [203, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cratere Bory</a>\", \"craterebory\", \"\", \"Reunion\", \"Africa\", -21.244138, 55.709018, \" 2584.2\", \"2016-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092849\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [303, \"Crucero\", \"\", \"\", \"Chile\", \"South America\", -22.27, -69.56, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [288, \"<a href=\\\"https://solar.minenergia.cl/mediciones\\\">Crucero II</a>\", \"Crucero2\", \"\", \"Chile\", \"South America\", -22.27, -69.57, \" 1183.0\", \"2012-2022\", \"\", \"Ministry of Energy of Chile\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2621.0, 380.0, 3562.0], [309, \"Curic\\u00f3\", \"\", \"\", \"Chile\", \"South America\", -34.97, -71.25, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1945.0, 474.0, 2478.0], [96, \"<a href=\\\"https://weatherdata.construct.dtu.dk/\\\">DTU Lyngby</a>\", \"DTU\", \"Capital region\", \"Denmark\", \"Europe\", 55.7906, 12.5251, \" 50.0\", \"2014-\", \"\", \"Technical University of Denmark\", \"Elevation is approximate.\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [97, \"DTU Ris\\u00f8\", \"RIS\", \"Region Zealand\", \"Denmark\", \"Europe\", 55.6943, 12.1017, \" 13.0\", \"2017-\", \"\", \"Technical University of Denmark\", \"Also has spectral measurements. Elevation is approximate.\", \"Not available\", \"G;B;D;IR;UV\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [784, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Da Nang</a>\", \"VN_Solar_VNDAN_EVN\", \"\", \"Vietnam\", \"Asia\", 16.0125, 108.1865, \"24\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1748.0, 818.0, 1318.0], [528, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Dali</a>\", \"\", \"\", \"China\", \"Asia\", 25.71, 100.18, \" 1990.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1719.0, 792.0, 1533.0], [778, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Dapaong</a>\", \"TGO_Solar_Dapaong\", \"\", \"Togo\", \"Africa\", 10.89189, 0.18984, \"310\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1997.0, 912.0, 1511.0], [774, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_Dar es Salaam\", \"\", \"Tanzania\", \"Africa\", -6.780883, 39.203773, \"93\", \"2020-\", \"ESMAP\", \"UDSM\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [773, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-radiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_DaresSalaam_UDSM\", \"\", \"Tanzania\", \"Africa\", -6.781101, 39.2039, \"190\", \"2015-\", \"ESMAP\", \"Consortium\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [19, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Darwin</a>\", \"DAR\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.4239, 130.8925, \" 30.4\", \"2002-2021\", \"BSRN\", \"BOM\", \"BSRN data available until 2015\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [23, \"Darwin Met Office\", \"DWN\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.424, 130.8925, \" 32.0\", \"2008-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [779, \"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Davi\\u00e9</a>\", \"TGO_Solar_Davi\\u00e9\", \"\", \"Togo\", \"Africa\", 6.39307, 1.18647, \"91\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 975.0, 1088.0], [190, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Davos</a>\", \"DAV\", \"\", \"Switzerland\", \"Europe\", 46.813, 9.844, \" 1610.0\", \"2000-\", \"WMO RRC\", \"MeteoSwiss\", \"GHI started in 1995, DNI in 2000, and diffuse in 2003.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1314.0, 606.0, 1405.0], [18, \"De Aar\", \"DAA\", \"\", \"South Africa\", \"Africa\", -30.6667, 23.993, \" 1287.0\", \"2000-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2212.0, 482.0, 2898.0], [453, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Dehradun</a>\", \"\", \"\", \"India\", \"Asia\", 30.416, 77.967, \" 844.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [204, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Dembeni</a>\", \"dembeni\", \"\", \"Mayotte\", \"Africa\", -12.846892, 45.18093, \" 107.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [609, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 1 (SE)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.65, -104.85, \" 1628.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [611, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 2 (Holly)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.75, -104.9, \" 1625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [419, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Deoghar</a>\", \"\", \"\", \"India\", \"Asia\", 24.513, 86.656, \" 262.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1723.0, 839.0, 1299.0], [662, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Desert Rock</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.62, -116.02, \" 1007.0\", \"1979-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2095.0, 467.0, 2862.0], [22, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/desrock.html\\\">Desert Rock</a>\", \"DRA\", \"Nevada\", \"USA\", \"North America\", 36.62373, -116.01947, \" 1007.0\", \"1994-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2095.0, 467.0, 2862.0], [747, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Dharan</a>\", \"NPL_Solar_Dharan\", \"\", \"Nepal\", \"Asia\", 26.79291, 87.29263, \"315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1624.0, 858.0, 1172.0], [307, \"Diego de Almagro\", \"\", \"\", \"Chile\", \"South America\", -26.38, -70.04, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2183.0, 646.0, 2409.0], [157, \"Dobele\", \"\", \"\", \"Latvia\", \"Europe\", 56.62, 23.32, \" 42.0\", \"?\", \"Latvian Environment Geology and Meteorology Centre (LEGMC)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1055.0, 526.0, 1121.0], [654, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Dodge City</a>\", \"\", \"Kansas\", \"USA\", \"North America\", 37.77, -99.97, \" 795.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1785.0, 551.0, 2168.0], [775, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dodoma</a>\", \"TZA_Solarn_Dodoma\", \"\", \"Tanzania\", \"Africa\", -6.180039, 35.699039, \"1139\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2259.0, 803.0, 2110.0], [21, \"Dongsha Atoll\", \"DON\", \"\", \"Taiwan\", \"Asia\", 20.7, 116.73, \" 2.0\", \"?\", \"BSRN\", \"\", \"Candidate\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1679.0, 814.0, 1245.0], [713, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Dori</a>\", \"BFA_Solar_Dori\", \"\", \"Burkina Faso\", \"Africa\", 14.03045, -0.02435, \"285\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2219.0, 902.0, 1858.0], [497, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Duba Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.34103, 35.72295, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2281.0, 617.0, 2559.0], [239, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Dukhan</a>\", \"Duk\", \"\", \"Qatar\", \"Asia\", 25.41, 50.76, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [205, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Durban</a>\", \"durban\", \"\", \"South Africa\", \"Africa\", -29.87098, 30.97695, \" 150.0\", \"2013-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092844\", \"Freely\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [714, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">D\\u00e9dougou</a>\", \"BFA_Solar_D\\u00e9dougou\", \"\", \"Burkina Faso\", \"Africa\", 12.4662, -3.47294, \"305\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2135.0, 887.0, 1759.0], [255, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE La Magnolia</a>\", \"TAI\", \"\", \"Uruguay\", \"South America\", -31.709, -55.8269, \" 142.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1734.0, 606.0, 1869.0], [253, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE Palo a Pique</a>\", \"PPI\", \"\", \"Uruguay\", \"South America\", -33.2581, -54.4804, \" 26.0\", \"2016-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;SPN1\", \"Cfa\", \"Temperate\", 2, 1741.0, 661.0, 1836.0], [25, \"<a href=\\\"https://www.arm.gov/capabilities/observatories/ena/locations/c1\\\">Eastern North Atlantic</a>\", \"ENA\", \"Azores\", \"Portugal\", \"Europe\", 39.0911, -28.0292, \" 15.2\", \"2015-\", \"BSRN; ARM\", \"\", \"Ongoing issues with calibration.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 730.0, 1365.0], [575, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UTPASRL\\\">Edinburg</a>\", \"UTRGV SRL\", \"Texas\", \"USA\", \"North America\", 26.3059, -98.1716, \" 45.0\", \"2011-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 1854.0, 646.0, 1902.0], [177, \"<a href=\\\"https://energydata.info/dataset/vanuatu-solar-radiation-measurement-data\\\">Efate</a>\", \"\", \"\", \"Vanuatu\", \"Oceania\", -17.709738, 168.211453, \" 152.0\", \"2020-2022\", \"PPA\", \"\", \"The station is located on the UNELCO wind farm on Efate Island, Vanuatu.\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1883.0, 777.0, 1628.0], [545, \"Ejinaqi\", \"\", \"\", \"China\", \"Asia\", 41.95, 101.07, \" 940.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1821.0, 620.0, 2194.0], [615, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Cajon</a>\", \"\", \"California\", \"USA\", \"North America\", 32.78, -116.97, \" 140.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [673, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">El Paso</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.8, -106.4, \" 1206.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 526.0, 2741.0], [617, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Segundo</a>\", \"\", \"California\", \"USA\", \"North America\", 33.9, -118.42, \" 12.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1847.0, 694.0, 1916.0], [306, \"El Tesoro\", \"\", \"\", \"Chile\", \"South America\", -22.93, -69.07, \"\", \"2009-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [619, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Toro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.63, -117.7, \" 110.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [323, \"El-Farafra\", \"\", \"\", \"Egypt\", \"Africa\", 27.06, 27.99, \" 82.2\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 701.0, 2435.0], [613, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Eldorado</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 35.8, -115.0, \" 547.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2110.0, 471.0, 2862.0], [640, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Elizabeth City State University</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 36.3, -76.25, \" 4.0\", \"1990-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband until 1995. In 1996 it was measured with a shading disk on a tracker.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1599.0, 617.0, 1712.0], [663, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Ely</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.28, -114.85, \" 1912.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1825.0, 591.0, 2256.0], [142, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Erfoud</a>\", \"\", \"\", \"Morocco\", \"Africa\", 31.491, -4.218, \" 859.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2146.0, 661.0, 2442.0], [394, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Erode</a>\", \"\", \"\", \"India\", \"Asia\", 11.27, 77.604, \" 272.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1960.0, 953.0, 1387.0], [621, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Escondido</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.1, \" 216.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [108, \"<a href=\\\"https://sauran.ac.za/station-documents/SUT/SUT%20Station%20Details.pdf\\\">Eskom Sutherland</a>\", \"SALT\", \"Sutherland\", \"South Africa\", \"Africa\", -32.221992, 20.347775, \" 1450.0\", \"2016-2017\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [116, \"<a href=\\\"https://sauran.ac.za/\\\">Eskom Sutherland SALT</a>\", \"\", \"Sutherland\", \"South Africa\", \"Africa\", -32.377781, 20.81167, \" 1761.0\", \"2017-2020\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [94, \"<a href=\\\"http://solardata.uoregon.edu/Eugene.html\\\">Eugene</a>\", \"EU\", \"Oregon\", \"USA\", \"North America\", 44.0468, -123.0742, \" 150.0\", \"1977-\", \"SRML\", \"University of Oregon\", \"Has tilted irradiance measurements and some spectral data.\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1424.0, 551.0, 1595.0], [26, \"<a href=\\\"https://en.wikipedia.org/wiki/Eureka,_Nunavut\\\">Eureka</a>\", \"EUR\", \"Ellesmere Island\", \"Canada\", \"North America\", 79.989, -85.9404, \" 85.0\", \"2007-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 836.0, 416.0, 1387.0], [170, \"<a href=\\\"https://re.jrc.ec.europa.eu/meteo/meteo.php\\\">European Solar Test Installation - JRC</a>\", \"JRC\", \"Ispra\", \"Italy\", \"Europe\", 45.81206, 8.62706, \" 220.0\", \"1996-\", \"\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [277, \"Evora;Mitra\", \"\", \"\", \"Portugal\", \"Europe\", 38.531, -8.011, \" 220.0\", \"2014-\", \"\", \"University of \\u00c9vora\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1789.0, 599.0, 2048.0], [551, \"Fairbanks\", \"\", \"Alaska\", \"USA\", \"North America\", 64.853, -147.8603, \" 138.0\", \"2018-\", \"\", \"University of Alaska Fairbanks (UAF)\", \"Cleaned once a week. Also measures soiling and albedo.\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [643, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.82, -147.87, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 956.0, 467.0, 1259.0], [583, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.86, -147.87, \" 138.0\", \"1981-1984\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [742, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Fana</a>\", \"MLI_Solar_Fana\", \"\", \"Mali\", \"Africa\", 12.76684, -6.96159, \"329\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2135.0, 891.0, 1752.0], [720, \"<a href=\\\"https://energydata.info/dataset/the-gambia-solar-radiation-measurement-data\\\">Farafenni</a>\", \"GMB_Solar_Farafenni\", \"\", \"Gambia\", \"Africa\", 13.57301, -15.59253, \"19\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2124.0, 912.0, 1697.0], [766, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Fatick</a>\", \"SEN_Solar_Fatick\", \"\", \"Senegal\", \"Africa\", 14.36751, -16.41346, \"8\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [710, \"<a href=\\\"https://energydata.info/dataset/bangladesh-solar-radiation-measurement-data\\\">Feni</a>\", \"BGD_Solar_BDFE2_Feni\", \"\", \"Bangladesh\", \"Asia\", 22.80029, 91.35819, \"5\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1778.0, 876.0, 1361.0], [793, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Fig Tree</a>\", \"ZM_Solar_FigTree_IFC\", \"\", \"Zambia\", \"Africa\", -15.001425, 28.549047, \"1143\", \"2018\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [168, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NWTC\\\">Flatirons M2</a>\", \"NWTC\", \"Colorado\", \"USA\", \"North America\", 39.9106, -105.2347, \" 1855.0\", \"2021-\", \"NREL MIDC\", \"NREL\", \"Regular calibration and cleaning as of 2022.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [27, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/florianopolis.html\\\">Florianopolis</a>\", \"FLO;FLN\", \"\", \"Brazil\", \"South America\", -27.6017, -48.5178, \" 31.0\", \"1994-2005&2013-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1580.0, 657.0, 1478.0], [314, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Florida Regional Test Center</a>\", \"RTC-FL\", \"Florida\", \"USA\", \"North America\", 28.40509, -80.7709, \" 10.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 686.0, 1737.0], [28, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/ftpeck.html\\\">Fort Peck</a>\", \"FPE\", \"Montana\", \"USA\", \"North America\", 48.30783, -105.1017, \" 634.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1453.0, 588.0, 1705.0], [570, \"Freiburg\", \"\", \"\", \"Germany\", \"Europe\", 48.0114, 7.837, \" 253.0\", \"2018-?\", \"\", \"Fraunhofer\", \"The coordinates were derived from https://www.sciencedirect.com/science/article/pii/S0038092X24000136\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1212.0, 591.0, 1175.0], [645, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fresno</a>\", \"\", \"California\", \"USA\", \"North America\", 36.77, -119.72, \" 102.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [693, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/fukue/fukue.html\\\">Fukue</a>\", \"\", \"\", \"Japan\", \"Asia\", 32.752, 128.682, \" 80.0\", \"2003-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1402.0, 726.0, 1055.0], [29, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/41/Fukuoka_old-and-new.pdf\\\">Fukuoka</a>\", \"FUA\", \"\", \"Japan\", \"Asia\", 33.5822, 130.3764, \" 3.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1398.0, 704.0, 1153.0], [183, \"<a href=\\\"https://energydata.info/dataset/tuvalu-solar-radiation-measurement-data\\\">Funafuti</a>\", \"\", \"\", \"Tuvalu\", \"Oceania\", -8.525087, 179.196323, \" 0.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, NaN, NaN, NaN], [104, \"<a href=\\\"https://sauran.ac.za/station-documents/GRT/GRT%20Station%20Details.pdf\\\">GIZ Graaff-Reinet</a>\", \"GRN\", \"Graaff-Reinet\", \"South Africa\", \"Africa\", -32.48547, 24.585819, \" 660.0\", \"2013-2016\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2011.0, 540.0, 2511.0], [114, \"<a href=\\\"https://sauran.ac.za/\\\">GIZ Murraysburg</a>\", \"MRB\", \"Murraysburg\", \"South Africa\", \"Africa\", -31.890091, 24.056231, \" 1548.0\", \"2017-2019\", \"SAURAN\", \"\", \"Permanently offline. Inside enclosure on rural farmland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2132.0, 522.0, 2734.0], [106, \"<a href=\\\"https://sauran.ac.za/station-documents/RVD/RVD%20Station%20Details.pdf\\\">GIZ Richtersveld</a>\", \"RVLD\", \"Alexander Bay\", \"South Africa\", \"Africa\", -28.560841, 16.761459, \" 141.0\", \"2014-2024\", \"SAURAN\", \"\", \"Inside enclosure in desert region\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2175.0, 628.0, 2460.0], [103, \"<a href=\\\"https://sauran.ac.za/station-documents/UFS/UFS%20Station%20Details.pdf\\\">GIZ University of Free State</a>\", \"UFS\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.110741, 26.18503, \" 1491.0\", \"2014-2017\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [101, \"<a href=\\\"https://sauran.ac.za\\\">GIZ University of Pretoria</a>\", \"UOP\", \"Pretoria\", \"South Africa\", \"Africa\", -25.75308, 28.22859, \" 1410.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building. Also has acronym UPR.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2070.0, 628.0, 2325.0], [102, \"<a href=\\\"https://sauran.ac.za/station-documents/VAN/VAN%20Station%20Details.pdf\\\">GIZ Vanrhynsdorp</a>\", \"RVLD\", \"Vanrhynsdorp\", \"South Africa\", \"Africa\", -31.617479, 18.73834, \" 130.0\", \"2016-2019\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline. Also goes by the acronym VAN.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2139.0, 493.0, 2745.0], [725, \"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Gabu</a>\", \"GNB_Solar_Gabu\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 12.30108, -14.24273, \"75\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2073.0, 916.0, 1617.0], [737, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Gan</a>\", \"MDV_Solar_Gan_GAN\", \"\", \"Maldives\", \"Asia\", -0.6911, 73.1599, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2066.0, 858.0, 1686.0], [30, \"Gandhinagar\", \"GAN\", \"\", \"India\", \"Asia\", 23.1101, 72.6276, \" 65.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1982.0, 818.0, 1745.0], [446, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gangtok</a>\", \"\", \"\", \"India\", \"Asia\", 27.373, 88.6, \" 1920.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1471.0, 788.0, 1146.0], [567, \"Gantner\", \"\", \"Arizona\", \"USA\", \"North America\", 33.4239, -111.9098, \" 357.0\", \"2010-\", \"\", \"Gantner Instruments\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2128.0, 478.0, 2814.0], [550, \"Geermu\", \"\", \"\", \"China\", \"Asia\", 36.42, 94.9, \" 2807.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1931.0, 730.0, 2110.0], [35, \"<a href=\\\"https://www.awi.de/en/science/long-term-observations/atmosphere/antarctic-neumayer.html\\\">Georg von Neumayer</a>\", \"GVN\", \"Dronning Maud Island\", \"Antarctica\", \"Antarctica\", -70.65, -8.25, \" 42.0\", \"1982-\", \"BSRN\", \"\", \"Neumayer-station II from 1992-2009& Neumayer station III from 2009. BSRN FTP server only has data from 1992.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 978.0, 573.0, 1132.0], [333, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Geraldton Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -28.7953, 114.6975, \" 33.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csa\", \"Temperate\", 1, 2143.0, 580.0, 2529.0], [140, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ghardaia</a>\", \"\", \"\", \"Algeria\", \"Africa\", 32.386, 3.78, \" 463.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2124.0, 679.0, 2376.0], [243, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Ghasham Farm</a>\", \"Gha\", \"\", \"Qatar\", \"Asia\", 24.85, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [623, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Gila Bend</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.93, -112.72, \" 224.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2168.0, 471.0, 2884.0], [268, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Gizan</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.9, 42.58, \" 7.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [33, \"Gobabeb\", \"GOB\", \"Namib Desert\", \"Namibia\", \"Africa\", -23.5614, 15.042, \" 407.0\", \"2012-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2416.0, 485.0, 2978.0], [367, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gokak</a>\", \"\", \"\", \"India\", \"Asia\", 16.288, 74.835, \" 575.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 832.0, 1559.0], [31, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/goodwin.html\\\">Goodwin Creek</a>\", \"GCR\", \"Mississippi\", \"USA\", \"North America\", 34.2547, -89.8729, \" 98.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1639.0, 624.0, 1719.0], [449, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gorakhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.73, 83.434, \" 71.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 818.0, 1321.0], [648, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Grand Junction</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.12, -108.53, \" 1473.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1836.0, 613.0, 2234.0], [32, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Granite Island</a>\", \"GIM\", \"Michigan\", \"USA\", \"North America\", 46.721, -87.411, \" 208.0\", \"2019-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 562.0, 1314.0], [187, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Graz</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.08, 15.45, \" 398.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1197.0, 606.0, 1153.0], [660, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Great Falls</a>\", \"\", \"Montana\", \"USA\", \"North America\", 47.5, -111.37, \" 1125.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1467.0, 562.0, 1748.0], [685, \"Grimstad\", \"\", \"\", \"Norway\", \"Europe\", 58.3345, 8.5753, \" 40.0\", \"2019-\", \"\", \"University of Agder\", \"Also has Spectrafy instruments and reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Cfb\", \"Temperate\", 1, 1037.0, 471.0, 1201.0], [658, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Guam</a>\", \"\", \"Marianas Islands\", \"USA\", \"North America\", 13.45, -144.68, \" 111.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2044.0, 854.0, 1723.0], [536, \"Guangzhou\", \"\", \"\", \"China\", \"Asia\", 23.17, 113.33, \" 6.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1376.0, 734.0, 982.0], [284, \"Gudair\", \"\", \"\", \"Kuwait\", \"Asia\", 28.88, 47.71, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2124.0, 814.0, 1982.0], [149, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Guerrero Negro</a>\", \"GRN\", \"Baja California Sur\", \"Mexico\", \"North America\", 28.0377, -113.9787, \" 21.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2252.0, 485.0, 2858.0], [352, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Guntur</a>\", \"\", \"\", \"India\", \"Asia\", 16.374, 80.526, \" 31.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1836.0, 942.0, 1252.0], [34, \"Gurgaon\", \"GUR\", \"\", \"India\", \"Asia\", 28.4249, 77.156, \" 259.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1778.0, 807.0, 1482.0], [371, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gwalior</a>\", \"\", \"\", \"India\", \"Asia\", 26.223, 78.19, \" 210.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1829.0, 792.0, 1562.0], [148, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">G\\u00f3mez Palacio</a>\", \"VEN\", \"Durango\", \"Mexico\", \"North America\", 24.9568, -104.5704, \" 1877.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2186.0, 591.0, 2551.0], [132, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">G\\u00f6teborg</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.708, 11.992, \" 30.0\", \"1983-2013\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1058.0, 496.0, 1150.0], [230, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">HBKU-B2</a>\", \"B2\", \"\", \"Qatar\", \"Asia\", 25.32, 51.42, \"\", \"2012-2017&2021-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [543, \"Haerbin\", \"\", \"\", \"China\", \"Asia\", 45.75, 126.77, \" 142.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1427.0, 628.0, 1621.0], [504, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Hafar Al Batin Technical College</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.33202, 45.95708, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2186.0, 766.0, 2150.0], [206, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Hahaya</a>\", \"hahaya\", \"\", \"Comoros\", \"Africa\", -11.539412, 43.278112, \" 32.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408671\", \"Freely\", \"SPN1;UV\", \"Af\", \"Tropical\", 2, 2113.0, 756.0, 1960.0], [247, \"<a href=\\\"https://www.hshl.de/forschung-unternehmen/forschungsprojekte/meteorologische-messstation/\\\">Hamm-Lippstadt University of Applied Science</a>\", \"HSHL\", \"\", \"Germany\", \"Europe\", 51.682, 7.843, \" 60.0\", \"2016-\", \"\", \"Hamm-Lippstadt University\", \"\", \"\", \"G;RSI\", \"Cfb\", \"Temperate\", 2, 1095.0, 573.0, 1055.0], [82, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/hnx.html\\\">Hanford</a>\", \"HNX\", \"California\", \"USA\", \"North America\", 36.31357, -119.63164, \" 73.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1997.0, 464.0, 2613.0], [738, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hanimaadhoo</a>\", \"MDV_Solar_Hanimaadhoo_HAQ\", \"\", \"Maldives\", \"Asia\", 6.7482, 73.1696, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1993.0, 920.0, 1475.0], [366, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Haveri</a>\", \"\", \"\", \"India\", \"Asia\", 14.788, 75.345, \" 567.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1975.0, 880.0, 1566.0], [572, \"Helios\", \"\", \"\", \"South Africa\", \"Africa\", -30.5011, 19.5607, \" 905.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2267.0, 438.0, 3055.0], [699, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Helsinki Kumpula</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.2038, 24.96171, \" 24.0\", \"2007-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 960.0, 434.0, 1172.0], [162, \"<a href=\\\"https://leps.hmu.gr/en/home/\\\">Heraklion</a>\", \"\", \"Crete\", \"Greece\", \"Europe\", 35.31139, 25.10174, \" 95.0\", \"?\", \"\", \"Hellenic Mediterranean University\", \"Tracked located on roof of building. Site also has spectral radiation measurements.\", \"Not available\", \"\", \"Csa\", \"Temperate\", 2, 1803.0, 679.0, 1807.0], [95, \"<a href=\\\"http://solardata.uoregon.edu/Hermiston.html\\\">Hermiston</a>\", \"HE\", \"Oregon\", \"USA\", \"North America\", 45.82, -119.28, \" 180.0\", \"1979-\", \"SRML\", \"University of Oregon\", \"Also has a RSR.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1551.0, 529.0, 1891.0], [155, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Hermosillo</a>\", \"HMO\", \"Sonora\", \"Mexico\", \"North America\", 29.0279, -111.1456, \" 157.0\", \"2018-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2226.0, 482.0, 2880.0], [701, \"<a href=\\\"https://www.dwd.de/EN/research/observing_atmosphere/composition_atmosphere/hohenpeissenberg/start_mohp_node.html\\\">Hohenpeissenberg</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.8009, 11.0108, \" 977.0\", \"1997-\", \"WMO GAW;AERONET\", \"DWD\", \"DNI only available as hourly sums prior to 2021.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [729, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Homa Bay</a>\", \"KEN_Solar_Homa Bay\", \"\", \"Kenya\", \"Africa\", -0.764707, 34.360379, \"1335\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 2168.0, 898.0, 1745.0], [181, \"<a href=\\\"https://energydata.info/dataset/solomon-islands-solar-radiation-measurement-data\\\">Honiara</a>\", \"\", \"\", \"Solomon Islands\", \"Oceania\", -9.438163, 160.063212, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1789.0, 836.0, 1369.0], [651, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Honolulu</a>\", \"\", \"Hawaii\", \"USA\", \"North America\", 21.32, -157.92, \" 2.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2073.0, 661.0, 2139.0], [36, \"Howrah\", \"HOW\", \"\", \"India\", \"Asia\", 22.5535, 88.3064, \" 51.0\", \"2014-2016& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1650.0, 872.0, 1142.0], [681, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-HKR\\\">Hradec Kralove</a>\", \"HKR\", \"\", \"Czech Republic\", \"Europe\", 50.1772, 15.8386, \" 285.0\", \"2009-?\", \"WMO GAW\", \"Czech Hydrometeorological Institute (CHMI)\", \"\", \"\", \"G;B;D;UV\", \"Cfb\", \"Temperate\", 1, 1102.0, 573.0, 1026.0], [706, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Hrazdan</a>\", \"ARM_Solar_Hrazdan\", \"\", \"Armenia\", \"Asia\", 40.5116, 44.823, \"1845\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [740, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hulhul\\u00e9</a>\", \"MDV_Solar_Male _MLE\", \"\", \"Maldives\", \"Asia\", 4.1927, 73.5281, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2018.0, 902.0, 1533.0], [625, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Huntington Beach</a>\", \"\", \"California\", \"USA\", \"North America\", 33.65, -117.98, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [758, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Hyderabad</a>\", \"PK_Solar_Hyderabad_MUET\", \"\", \"Pakistan\", \"Asia\", 25.4134, 68.2595, \"60\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2029.0, 829.0, 1803.0], [510, \"Hyderabad\", \"HYD\", \"\", \"India\", \"Asia\", 17.45, 78.46, \" 530.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1924.0, 880.0, 1500.0], [360, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Idar</a>\", \"\", \"\", \"India\", \"Asia\", 23.83, 73.003, \" 221.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 807.0, 1712.0], [37, \"Ilorin\", \"ILO\", \"\", \"Nigeria\", \"Africa\", 8.5333, 4.5667, \" 350.0\", \"1992-2005\", \"BSRN\", \"\", \"Station closed due to no funding\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 967.0, 1183.0], [627, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Imperial</a>\", \"\", \"California\", \"USA\", \"North America\", 32.82, -115.38, \"-6.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2179.0, 449.0, 2920.0], [435, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Imphal</a>\", \"\", \"\", \"India\", \"Asia\", 24.802, 93.905, \" 762.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1661.0, 902.0, 1183.0], [653, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Indianapolis</a>\", \"\", \"Indiana\", \"USA\", \"North America\", 39.73, -86.27, \" 244.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1475.0, 620.0, 1500.0], [425, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Indore</a>\", \"\", \"\", \"India\", \"Asia\", 22.689, 75.874, \" 565.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1894.0, 785.0, 1650.0], [629, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Inglewood</a>\", \"\", \"California\", \"USA\", \"North America\", 33.95, -118.38, \" 30.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [188, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Innsbruck</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.26, 11.38, \" 578.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [38, \"Ishigakijima\", \"ISH\", \"\", \"Japan\", \"Asia\", 24.3367, 124.1644, \" 5.7\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1562.0, 723.0, 1248.0], [759, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Islamabad</a>\", \"PK_Solar_Islamabad_NUST\", \"\", \"Pakistan\", \"Asia\", 33.64191, 72.9838, \"500\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1843.0, 715.0, 1832.0], [402, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Itanagar</a>\", \"\", \"\", \"India\", \"Asia\", 27.1, 93.62, \" 333.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1292.0, 719.0, 945.0], [150, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ixmiquilpan</a>\", \"IXM\", \"Hedalgo\", \"Mexico\", \"North America\", 20.4955, -99.181, \" 1761.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2051.0, 726.0, 1967.0], [39, \"Iza\\u00f1a\", \"IZA\", \"Tenerife\", \"Spain\", \"Europe\", 28.3093, -16.4993, \" 2372.9\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 818.0, 1694.0], [426, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jabalpur</a>\", \"\", \"\", \"India\", \"Asia\", 23.201, 79.912, \" 385.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1865.0, 788.0, 1606.0], [516, \"Jaipur\", \"JPR\", \"\", \"India\", \"Asia\", 26.81, 75.8, \" 390.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1978.0, 745.0, 1902.0], [445, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jaipur</a>\", \"\", \"\", \"India\", \"Asia\", 26.809, 75.862, \" 403.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1902.0], [430, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalgaon</a>\", \"\", \"\", \"India\", \"Asia\", 21.002, 75.548, \" 254.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1909.0, 759.0, 1712.0], [456, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalpaiguri</a>\", \"\", \"\", \"India\", \"Asia\", 26.546, 88.703, \" 87.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1559.0, 836.0, 1106.0], [357, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jambua</a>\", \"\", \"\", \"India\", \"Asia\", 22.216, 73.19, \" 29.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 796.0, 1716.0], [420, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jamshedpur</a>\", \"\", \"\", \"India\", \"Asia\", 22.777, 86.144, \" 182.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1734.0, 843.0, 1296.0], [245, \"Jang Bogo\", \"JBS\", \"\", \"Antarctica\", \"Antarctica\", -74.3719, 164.1344, \" 26.0\", \"2015-\", \"\", \"KOPRI-CNR\", \"\", \"\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [472, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Jazan University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.96035, 42.54586, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [270, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Jeddah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.68, 39.15, \" 4.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [121, \"Jeju Gosan GAW station\", \"JGS\", \"\", \"South Korea\", \"Asia\", 33.3, 126.21, \" 52.0\", \"2008-\", \"WMO GAW\", \"\", \"The station also has a sky radiometer.\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1394.0, 734.0, 1048.0], [387, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jodhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.271, 73.035, \" 233.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2062.0, 712.0, 2088.0], [698, \"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Jokioinen Ilmala</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.8143, 23.499, \" 104.0\", \"1999-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [566, \"<a href=\\\"https://antartida.aemet.es/index.php?pag=tiemporeal\\\">Juan Carlos I</a>\", \"\", \"\", \"Antarctica\", \"Antarctica\", -62.66325, -60.38959, \" 12.0\", \"2003-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"EF\", \"Polar\", 1, 854.0, 515.0, 766.0], [748, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Jumla</a>\", \"NPL_Solar_Jumla\", \"\", \"Nepal\", \"Asia\", 29.27237, 82.19351, \"2363\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwb\", \"Temperate\", 2, 1858.0, 898.0, 1621.0], [191, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Jungfraujoch</a>\", \"JUN\", \"\", \"Switzerland\", \"Europe\", 46.55, 7.99, \" 3582.0\", \"1996-\", \"\", \"MeteoSwiss\", \"No diffuse measurements due to too hars meteorological conditions.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1325.0, 602.0, 1391.0], [486, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE Building Olaya St</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.70814, 46.67896, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [485, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE City Site Tier 2 Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.52958, 46.43635, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [281, \"Kabed\", \"\", \"\", \"Kuwait\", \"Asia\", 29.173152, 47.728054, \" 76.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [399, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadapa</a>\", \"\", \"\", \"India\", \"Asia\", 14.52, 78.785, \" 145.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [739, \"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Kadhdhoo</a>\", \"MDV_Solar_Kadhdhoo_KDO\", \"\", \"Maldives\", \"Asia\", 1.8599, 73.5203, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2051.0, 869.0, 1639.0], [350, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadiri</a>\", \"\", \"\", \"India\", \"Asia\", 14.11, 78.147, \" 531.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [767, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Kahone</a>\", \"SEN_Solar_Kahone\", \"\", \"Senegal\", \"Africa\", 14.168636, -16.034167, \"10\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [368, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kalaburagi(Gulbarga)</a>\", \"\", \"\", \"India\", \"Asia\", 17.32, 76.855, \" 478.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 836.0, 1613.0], [334, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Kalgoorlie-Boulder Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -30.7847, 121.4533, \" 365.3\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2084.0, 515.0, 2654.0], [723, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Kankan</a>\", \"GIN_Solar_Kankan\", \"\", \"Guin\\u00e9e\", \"NaN\", 10.36465, -9.30466, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2022.0, 927.0, 1533.0], [424, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kannur</a>\", \"\", \"\", \"India\", \"Asia\", 11.985, 75.385, \" 70.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 902.0, 1361.0], [756, \"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Kano</a>\", \"NGA_Solar_Kano\", \"\", \"Nigeria\", \"Africa\", 11.87357, 8.45837, \"449\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2128.0, 971.0, 1610.0], [450, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.493, 80.272, \" 130.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1770.0, 796.0, 1449.0], [189, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Kanzelh\\u00f6he</a>\", \"\", \"\", \"Austria\", \"Europe\", 46.68, 13.9, \" 1540.0\", \"2013-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1299.0, 610.0, 1358.0], [789, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kaoma</a>\", \"ZMB_Solar_Kaoma_Longe\", \"\", \"Zambia\", \"Africa\", -14.83966, 24.93186, \"1167\", \"2015-2020\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2088.0, 766.0, 1967.0], [444, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kapurthala</a>\", \"\", \"\", \"India\", \"Asia\", 31.356, 75.444, \" 240.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1748.0, 814.0, 1456.0], [760, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Karachi</a>\", \"PK_Solar_Karachi_NEDUET\", \"\", \"Pakistan\", \"Asia\", 24.9334, 67.1116, \"40\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2037.0, 843.0, 1810.0], [374, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karad</a>\", \"\", \"\", \"India\", \"Asia\", 17.31, 74.186, \" 599.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 836.0, 1588.0], [391, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karaikudi</a>\", \"\", \"\", \"India\", \"Asia\", 10.086, 78.796, \" 101.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [417, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kargil</a>\", \"\", \"\", \"India\", \"Asia\", 34.554, 76.139, \" 2856.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 850.0, 1610.0], [130, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Karlstad</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.359, 13.472, \" 46.0\", \"1983-2011\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 989.0, 482.0, 1142.0], [790, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kasama</a>\", \"ZMB_Solar_Kasama_Misamfu\", \"\", \"Zambia\", \"Africa\", -10.17165, 31.22558, \"1379\", \"2015-2021\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2121.0, 847.0, 1843.0], [547, \"Kashi\", \"\", \"\", \"China\", \"Asia\", 39.47, 75.98, \" 1288.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1752.0, 661.0, 1971.0], [735, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Kasungu</a>\", \"MWI_Solar_Kasungu_KBQ\", \"\", \"Malawi\", \"Africa\", -13.0153, 33.4685, \"1065\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 858.0, 1796.0], [250, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/katherine\\\">Katherine</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -14.474694, 132.305083, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"Aw\", \"Tropical\", 2, 2241.0, 650.0, 2402.0], [749, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Kathmandu</a>\", \"NPL_Solar_Kathmandu\", \"\", \"Nepal\", \"Asia\", 27.68157, 85.31868, \"1315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1741.0, 792.0, 1537.0], [418, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Katra</a>\", \"\", \"\", \"India\", \"Asia\", 32.94, 74.953, \" 670.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1869.0, 701.0, 1909.0], [159, \"Kauno\", \"\", \"\", \"Lithuania\", \"Europe\", 54.884, 23.836, \" 77.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Dfb\", \"Continental\", 2, 1080.0, 548.0, 1088.0], [715, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Kaya</a>\", \"BFA_Solar_Kaya\", \"\", \"Burkina Faso\", \"Africa\", 13.08301, -1.07272, \"324\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2186.0, 898.0, 1807.0], [393, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kayathar</a>\", \"\", \"\", \"India\", \"Asia\", 8.945, 77.723, \" 102.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1891.0, 1018.0, 1194.0], [771, \"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Kenema</a>\", \"SLE_Solar_Kenema\", \"\", \"Sierra Leone\", \"Africa\", 7.81879, -11.18137, \"145\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1683.0, 964.0, 1000.0], [358, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Keshod</a>\", \"\", \"\", \"India\", \"Asia\", 21.275, 70.212, \" 61.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1938.0, 818.0, 1661.0], [427, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Khandwa</a>\", \"\", \"\", \"India\", \"Asia\", 21.815, 76.369, \" 308.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1902.0, 759.0, 1697.0], [761, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Khuzdar</a>\", \"PK_Solar_Khuzdar_BUET\", \"\", \"Pakistan\", \"Asia\", 27.8178, 66.6294, \"1260\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 712.0, 2307.0], [503, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University (Osfan Campus)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.89252, 39.2539, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [488, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University East Hada Alsham Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.80117, 39.72854, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [470, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University Main Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.49604, 39.24492, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [468, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdullah University of Science and Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.3065, 39.10701, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 781.0, 2135.0], [487, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Fahd University of Petroleum & Minerals</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.30355, 50.14412, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 1913.0, 905.0, 1482.0], [473, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Faisal University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.34616, 49.5956, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [507, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Saud University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.72359, 46.61639, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [123, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Kiruna</a>\", \"\", \"\", \"Sweden\", \"Europe\", 67.842, 20.41, \" 424.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 839.0, 449.0, 1044.0], [160, \"Kishinev\", \"\", \"\", \"Moldova\", \"Europe\", 47.0, 28.817, \" 205.0\", \"?\", \"ARG / Academy of Sciences of Moldova\", \"\", \"\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1321.0, 584.0, 1354.0], [686, \"<a href=\\\"https://ife.no/service/ife-pv-module-outdoor-test-site/\\\">Kjeller</a>\", \"\", \"\", \"Norway\", \"Europe\", 59.972515, 11.052297, \" 130.0\", \"2022-\", \"\", \"IFE\", \"Also has reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Dfb\", \"Continental\", 1, 993.0, 482.0, 1150.0], [438, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kohima</a>\", \"\", \"\", \"India\", \"Asia\", 25.705, 94.056, \" 1340.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1540.0, 847.0, 1117.0], [717, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">Korhogo</a>\", \"CIV_Solar_Korhogo\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 9.48058, -5.59509, \"370\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 942.0, 1369.0], [378, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kota</a>\", \"\", \"\", \"India\", \"Asia\", 25.141, 75.81, \" 304.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 756.0, 1843.0], [361, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kotada Pitha</a>\", \"\", \"\", \"India\", \"Asia\", 21.948, 71.21, \" 207.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 825.0, 1672.0], [716, \"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Koup\\u00e9la</a>\", \"BFA_Solar_Koup\\u00e9la\", \"\", \"Burkina Faso\", \"Africa\", 12.19104, -0.36292, \"302\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2102.0, 945.0, 1621.0], [537, \"Kunming\", \"\", \"\", \"China\", \"Asia\", 25.02, 102.68, \" 1891.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwb\", \"Temperate\", 2, 1632.0, 766.0, 1402.0], [40, \"<a href=\\\"https://gml.noaa.gov/grad/sites/kwa.html\\\">Kwajalein</a>\", \"KWA\", \"\", \"Marshall Islands\", \"Oceania\", 8.72, 167.731, \" 10.0\", \"1992-2017\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1997.0, 883.0, 1591.0], [207, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">La Possession Baie</a>\", \"edflapossession\", \"\", \"Reunion\", \"Africa\", -20.93061, 55.32897, \" 13.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693552\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [576, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ULL\\\">Lafayette</a>\", \"UL\", \"Louisiana\", \"USA\", \"North America\", 30.205, -92.3979, \" 5.0\", \"2018-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1694.0, 668.0, 1690.0], [631, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Laguna Bell</a>\", \"\", \"California\", \"USA\", \"North America\", 33.97, -118.15, \" 41.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [762, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Lahore</a>\", \"PK_Solar_Lahore_UET\", \"\", \"Pakistan\", \"Asia\", 31.69458, 74.2441, \"220\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1792.0, 799.0, 1559.0], [727, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Laisamis</a>\", \"KEN_Solar_Laisamis\", \"\", \"Kenya\", \"Africa\", 1.601891, 37.802681, \"576\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2267.0, 850.0, 2029.0], [655, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lake Charles</a>\", \"\", \"Louisiana\", \"USA\", \"North America\", 30.12, -93.22, \" 19.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1675.0, 657.0, 1683.0], [41, \"Lampedusa\", \"LMP\", \"\", \"Italy\", \"Europe\", 35.518, 12.63, \" 50.0\", \"2023-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1872.0, 635.0, 2004.0], [633, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Lancaster</a>\", \"\", \"California\", \"USA\", \"North America\", 34.7, -118.15, \" 715.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [680, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lander</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 42.82, -108.73, \" 1699.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1737.0, 580.0, 2157.0], [46, \"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Langley Research Center</a>\", \"LRC\", \"Virginia\", \"USA\", \"North America\", 37.1038, -76.3872, \" 3.0\", \"2014-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 613.0, 1694.0], [47, \"Lanyu Station\", \"LYU\", \"\", \"Taiwan\", \"Asia\", 22.037, 121.5583, \" 324.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 697.0, 1234.0], [548, \"Lanzhou\", \"\", \"\", \"China\", \"Asia\", 36.05, 103.88, \" 1517.2\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1657.0, 704.0, 1668.0], [184, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Lari Tal Amara</a>\", \"LBAMA\", \"\", \"Lebanon\", \"Asia\", 33.85679, 35.98659, \" 935.0\", \"2019-2021\", \"ESMAP\", \"\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1942.0, 726.0, 1924.0], [254, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Las Brujas</a>\", \"LBI\", \"\", \"Uruguay\", \"South America\", -34.672, -56.3401, \" 38.0\", \"2010-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1774.0, 624.0, 1938.0], [664, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.08, -115.17, \" 661.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [635, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.15, -115.17, \" 634.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [549, \"Lasa\", \"\", \"\", \"China\", \"Asia\", 29.67, 91.13, \" 3648.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 2000.0, 839.0, 2029.0], [462, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Latur</a>\", \"\", \"\", \"India\", \"Asia\", 18.4, 76.56, \" 638.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1931.0, 839.0, 1588.0], [42, \"Lauder\", \"LAU\", \"\", \"New Zealand\", \"Oceania\", -45.045, 169.689, \" 350.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1380.0, 620.0, 1507.0], [684, \"Le Bourget-du-Lac\", \"\", \"\", \"France\", \"Europe\", 45.6416, 5.8752, \" 235.0\", \"2019-?\", \"\", \"INES\", \"There is a second tracker with a pyrheliometer on a tower (probably little maintenance).\", \"\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [208, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Barbusse</a>\", \"leportbarbusse\", \"\", \"Reunion\", \"Africa\", -20.934157, 55.30779, \" 16.96\", \"2010-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092858\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [209, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Mairie</a>\", \"leportmairie\", \"\", \"Reunion\", \"Africa\", -20.935233, 55.290266, \" 12.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092855\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [332, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Learmonth Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -22.2406, 114.0967, \" 5.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2329.0, 566.0, 2708.0], [365, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Leh</a>\", \"\", \"\", \"India\", \"Asia\", 34.14, 77.481, \" 3252.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 1847.0, 971.0, 1537.0], [43, \"<a href=\\\"https://epic.awi.de/id/eprint/35071/1/Lerwick_site_info.pdf\\\">Lerwick</a>\", \"LER\", \"Shetland Island\", \"United Kingdom\", \"Europe\", 60.1389, -1.1847, \" 80.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 843.0, 474.0, 814.0], [533, \"Linan\", \"\", \"\", \"China\", \"Asia\", 30.3, 119.73, \" 138.0\", \"2005-\", \"WMO GAW\", \"China Meteorological Administration\", \"\", \"\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1274.0, 664.0, 967.0], [44, \"<a href=\\\"https://www.dwd.de/DE/forschung/atmosphaerenbeob/lindenbergersaeule/mol/mol_node.html\\\">Lindenberg</a>\", \"LIN\", \"\", \"Germany\", \"Europe\", 52.21, 14.122, \" 125.0\", \"1994-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1069.0, 548.0, 1040.0], [555, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Lleida</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.6258, 0.595, \" 192.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1694.0, 599.0, 1949.0], [192, \"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Locarno-Monti</a>\", \"OTL\", \"\", \"Switzerland\", \"Europe\", 46.18, 8.783, \" 366.0\", \"2000-\", \"\", \"MeteoSwiss\", \"GHI from 1996, DNI from 2000, and diffuse from 2001.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1314.0, 606.0, 1405.0], [532, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-LFS\\\">Longfengshan</a>\", \"\", \"\", \"China\", \"Asia\", 44.7299, 127.5999, \" 331.0\", \"2009-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D\", \"Dwa\", \"Continental\", 1, 1420.0, 653.0, 1533.0], [339, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Longreach Aero</a>\", \"\", \"Quennsland\", \"Australia\", \"Oceania\", -23.4397, 144.2828, \" 192.2\", \"2012-2015\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2245.0, 522.0, 2741.0], [646, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 33.93, -118.4, \" 36.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [637, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.23, \" 88.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [753, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Lossa</a>\", \"NER_Solar_Lossa\", \"\", \"Niger\", \"Africa\", 13.94701, 1.57469, \"205\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 916.0, 1781.0], [126, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lule\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 65.544, 22.111, \" 32.0\", \"1983-2007\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 931.0, 420.0, 1223.0], [45, \"<a href=\\\"http://lulin.tw/\\\">Lulin</a>\", \"LLN\", \"\", \"Taiwan\", \"Asia\", 23.4686, 120.8736, \" 2862.0\", \"2009-\", \"BSRN\", \"\", \"Not on Pangea or FTP\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1595.0, 803.0, 1204.0], [750, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Lumle</a>\", \"NPL_Solar_Lumle\", \"\", \"Nepal\", \"Asia\", 28.29666, 83.818, \"1742\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 807.0, 1471.0], [134, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 55.714, 13.212, \" 85.0\", \"1983-2015\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1084.0, 511.0, 1175.0], [791, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Lusaka</a>\", \"ZMB_Solar_Lusaka_UNZA\", \"\", \"Zambia\", \"Africa\", -15.39465, 28.33711, \"1262\", \"2015-2017\", \"ESMAP\", \"SGS Inspection Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2084.0, 777.0, 1975.0], [136, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ma'an</a>\", \"\", \"\", \"Jordan\", \"Asia\", 30.172, 35.818, \" 1012.0\", \"2011-\", \"enerMENA\", \"University of Jordan\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2201.0, 628.0, 2486.0], [679, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Madison</a>\", \"\", \"Wisconsin\", \"USA\", \"North America\", 43.13, -89.33, \" 271.0\", \"1977\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1416.0, 591.0, 1551.0], [83, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/msn.html\\\">Madison</a>\", \"MSN\", \"Wisconsin\", \"USA\", \"North America\", 43.0725, -89.41133, \" 271.0\", \"1996-\", \"SOLRAD\", \"NOAA\", \"Madison station file format changed after Jun 2009 (https://gml.noaa.gov/aftp/data/radiation/solrad/README_SOLRAD.txt)\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1416.0, 591.0, 1551.0], [556, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Madrid</a>\", \"\", \"\", \"Spain\", \"Europe\", 40.4528, -3.7242, \" 664.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1730.0, 624.0, 1967.0], [400, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mahbubnagar</a>\", \"\", \"\", \"India\", \"Asia\", 16.698, 77.94, \" 461.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 887.0, 1577.0], [493, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Majmaah University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.85891, 45.41889, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [182, \"<a href=\\\"https://energydata.info/dataset/marshall-islands-solar-radiation-measurement-data\\\">Majuro</a>\", \"\", \"\", \"Marshall Islands\", \"Oceania\", 7.065048, 171.268887, \" 5.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1927.0, 891.0, 1475.0], [777, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Makunduchi</a>\", \"TZA_Solar_Makunduchi\", \"\", \"Tanzania\", \"Africa\", -6.417039, 39.516945, \"30\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2062.0, 836.0, 1752.0], [557, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Malaga</a>\", \"\", \"\", \"Spain\", \"Europe\", 36.7192, -4.4803, \" 60.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1861.0, 588.0, 2135.0], [711, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Malanville</a>\", \"BEN_Solar_Malanville\", \"\", \"B\\u00e9nin\", \"NaN\", 11.78272, 3.37349, \"184\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2059.0, 934.0, 1562.0], [582, \"Manah\", \"\", \"\", \"Oman\", \"Asia\", 22.6031, 57.6672, \" 345.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [745, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Manantali</a>\", \"MLI_Solar_Manantali\", \"\", \"Mali\", \"Africa\", 13.2005, -10.4308, \"175\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2124.0, 887.0, 1741.0], [588, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Mandalay</a>\", \"\", \"California\", \"USA\", \"North America\", 34.2, -119.25, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2022.0, 485.0, 2650.0], [107, \"<a href=\\\"https://sauran.ac.za/station-documents/STA/STA%20Station%20Details.pdf\\\">Mangosuthu University of Technology</a>\", \"MUT\", \"Umlazi\", \"South Africa\", \"Africa\", -29.970209, 30.914909, \" 95.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of lecture complex. Diffuse with shadow band. Pyrheliometer on Eppley one-axis tracker. Permanently offline.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [752, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Maradi</a>\", \"NER_Solar_Maradi\", \"\", \"Niger\", \"Africa\", 13.52455, 7.1678, \"375\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2230.0, 986.0, 1737.0], [50, \"Marguele\", \"MRS\", \"\", \"Romania\", \"Europe\", 44.3439, 26.0123, \" 110.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 88)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1409.0, 599.0, 1438.0], [115, \"<a href=\\\"https://sauran.ac.za/\\\">Mariendal</a>\", \"HELIO\", \"Mariendal\", \"South Africa\", \"Africa\", -33.85413, 18.82445, \" 178.0\", \"2015-2020\", \"SAURAN\", \"\", \"Permanently offline. Installed on a container.\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [311, \"Marimaura\", \"\", \"\", \"Chile\", \"South America\", -35.84, -71.61, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"Csb\", \"Temperate\", 2, 1902.0, 482.0, 2405.0], [210, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Marla</a>\", \"marla\", \"\", \"Reunion\", \"Africa\", -21.10237, 55.43058, \" 1593.25\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419976\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [707, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Masrik</a>\", \"ARM_Solar_Masrik\", \"\", \"Armenia\", \"Asia\", 40.2077, 45.7645, \"1944\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1478.0, 726.0, 1321.0], [380, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mathania</a>\", \"\", \"\", \"India\", \"Asia\", 26.516, 72.985, \" 271.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 697.0, 2161.0], [163, \"<a href=\\\"https://gml.noaa.gov/obop/mlo/\\\">Mauna Loa</a>\", \"MLO\", \"Hawaii\", \"USA\", \"North America\", 19.5362, 155.5763, \" 3397.0\", \"1976-\", \"ABO\", \"NOAA\", \"Also downwelling long- and shortwave as well as spectral irradiance measurements.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2095.0, 694.0, 2132.0], [353, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Medak</a>\", \"\", \"\", \"India\", \"Asia\", 18.041, 78.266, \" 467.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 883.0, 1478.0], [668, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Medford</a>\", \"\", \"Oregon\", \"USA\", \"North America\", 42.37, -122.87, \" 412.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [340, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Melbourne Airport</a>\", \"\", \"Victoria\", \"Australia\", \"Oceania\", -37.6654, 144.8322, \" 113.4\", \"1999-?\", \"BOM;WMO RRC\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1650.0, 639.0, 1792.0], [649, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Miami</a>\", \"\", \"Florida\", \"USA\", \"North America\", 25.82, -80.28, \" 8.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Am\", \"Tropical\", 2, 1840.0, 737.0, 1756.0], [317, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Michigan Regional Test Center</a>\", \"RTC-MI\", \"Michigan\", \"USA\", \"North America\", 47.1699, -88.5061, \" 336.0\", \"2021-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 588.0, 1259.0], [674, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Midland</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.95, -102.18, \" 872.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2044.0, 540.0, 2500.0], [338, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mildura Airport</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -34.2358, 142.0867, \" 50.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSk\", \"Dry\", 1, 1945.0, 551.0, 2435.0], [49, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/3/Minamitorishima.pdf\\\">Minamitorishima</a>\", \"MNM\", \"Minami-Torishima\", \"Japan\", \"Asia\", 24.2883, 153.9833, \" 7.1\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1956.0, 712.0, 1931.0], [641, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Mississippi Valley State University</a>\", \"\", \"Mississippi\", \"USA\", \"North America\", 33.5, -90.33, \" 52.0\", \"1992-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1686.0, 617.0, 1785.0], [141, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Missour</a>\", \"\", \"\", \"Morocco\", \"Africa\", 32.86, -4.107, \" 1107.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWk\", \"Dry\", 2, 2070.0, 661.0, 2347.0], [694, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/miyako/miyako.html\\\">Miyako</a>\", \"\", \"\", \"Japan\", \"Asia\", 24.737, 125.327, \" 50.0\", \"2004-2018\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1617.0, 726.0, 1332.0], [522, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Mohe</a>\", \"\", \"\", \"China\", \"Asia\", 52.97, 122.52, \" 438.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dwc\", \"Continental\", 1, 1299.0, 599.0, 1646.0], [48, \"Momote\", \"MAN\", \"\", \"Papua New Guinea\", \"Oceania\", -2.058, 147.425, \" 6.0\", \"1996-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1792.0, 850.0, 1325.0], [642, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Montgomery</a>\", \"\", \"Alabama\", \"USA\", \"North America\", 32.3, -86.4, \" 68.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1690.0, 646.0, 1734.0], [590, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Moorpark</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -118.9, \" 140.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [451, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Moradabad</a>\", \"\", \"\", \"India\", \"Asia\", 28.872, 78.758, \" 200.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1730.0, 821.0, 1372.0], [151, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Morelos</a>\", \"Mor\", \"Quintana Roo\", \"Mexico\", \"North America\", 19.759, -88.7243, \" 17.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1872.0, 756.0, 1737.0], [733, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Mount Coffee</a>\", \"LBR_Solar_MountCoffee\", \"\", \"Liberia\", \"Africa\", 6.4978, -10.6517, \"20\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1664.0, 960.0, 993.0], [337, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mount Gambier Aero</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -37.7473, 140.7739, \" 63.0\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1657.0, 657.0, 1781.0], [531, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-WLG\\\">Mt. Waliguan</a>\", \"\", \"\", \"China\", \"Asia\", 36.28749, 100.8963, \" 3810.0\", \"2011-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D;IR\", \"Dwc\", \"Continental\", 1, 1759.0, 807.0, 1679.0], [763, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Multan</a>\", \"PK_Solar_Multan_MSNUET\", \"\", \"Pakistan\", \"Asia\", 30.1654, 71.4978, \"95\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 1854.0, 814.0, 1599.0], [794, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Mumbwa</a>\", \"ZM_Solar_Mumbwa_IFC\", \"\", \"Zambia\", \"Africa\", -15.085303, 27.001552, \"1103\", \"2018-2019\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2128.0, 737.0, 2106.0], [558, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Murcia</a>\", \"\", \"\", \"Spain\", \"Europe\", 38.0028, -1.1694, \" 62.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1796.0, 661.0, 1997.0], [455, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murshidabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.1, 88.54, \" 40.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"Coordinates were updated as they were incorrect on the website.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1624.0, 850.0, 1153.0], [414, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murthal</a>\", \"\", \"\", \"India\", \"Asia\", 29.028, 77.057, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1756.0, 825.0, 1427.0], [792, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Mutanda</a>\", \"ZMB_Solar_Solwezi_Mutanda\", \"\", \"Zambia\", \"Africa\", -12.4236, 26.2153, \"1317\", \"2015-2022\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 825.0, 1814.0], [282, \"Mutribah\", \"\", \"\", \"Kuwait\", \"Asia\", 29.9, 47.28, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [407, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Muzaffarpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.141, 85.367, \" 49.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1705.0, 839.0, 1281.0], [422, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mysuru (Mysore)</a>\", \"\", \"\", \"India\", \"Asia\", 12.371, 76.584, \" 799.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 989.0, 1329.0], [736, \"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Mzuzu</a>\", \"MWI_Solar_MZUNI\", \"\", \"Malawi\", \"Africa\", -11.4199, 33.9953, \"1285\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2055.0, 854.0, 1792.0], [463, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nagpur</a>\", \"\", \"\", \"India\", \"Asia\", 21.12, 79.051, \" 303.0\", \"2016-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [454, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nainital</a>\", \"\", \"\", \"India\", \"Asia\", 29.357, 79.551, \" 1323.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1781.0, 788.0, 1602.0], [484, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Najran University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.63228, 44.53735, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2402.0, 788.0, 2329.0], [458, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nanded</a>\", \"\", \"\", \"India\", \"Asia\", 19.111, 77.293, \" 392.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1905.0, 839.0, 1548.0], [728, \"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Narok</a>\", \"KEN_Solar_Narok\", \"\", \"Kenya\", \"Africa\", -1.321097, 35.705708, \"1914\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cfb\", \"Temperate\", 2, 2208.0, 887.0, 1847.0], [432, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nashik</a>\", \"\", \"\", \"India\", \"Asia\", 19.966, 73.661, \" 688.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [671, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Nashville</a>\", \"\", \"Tennessee\", \"USA\", \"North America\", 36.12, -86.68, \" 186.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1555.0, 639.0, 1580.0], [178, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Nauru</a>\", \"\", \"\", \"Nauru\", \"Oceania\", 0.543447, 166.93197, \" 28.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 2124.0, 810.0, 1865.0], [51, \"Nauru Island\", \"NAU\", \"\", \"Nauru\", \"Oceania\", -0.521, 166.9167, \" 7.0\", \"1998-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2139.0, 803.0, 1894.0], [722, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Navrongo</a>\", \"GHA_Solar_Navrongo\", \"\", \"Ghana\", \"Africa\", 10.87554, -1.06293, \"180\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2011.0, 912.0, 1529.0], [795, \"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Ndeke</a>\", \"ZM_Solar_Ndeke_IFC\", \"\", \"Zambia\", \"Africa\", -12.577451, 28.292946, \"1287\", \"2018-2020\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 847.0, 1814.0], [105, \"<a href=\\\"https://sauran.ac.za/station-documents/NMU/NMU%20Station%20Details.pdf\\\">Nelson Mandela University</a>\", \"NMU\", \"Port Elizabeth\", \"South Africa\", \"Africa\", -34.008591, 25.66526, \" 35.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Solar Outdoor Research Facility. Permanently offline. Is this really correct? Check what data comes in?\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1752.0, 664.0, 1832.0], [751, \"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Nepalgunj</a>\", \"NPL_Solar_Nepalgunj\", \"\", \"Nepal\", \"Asia\", 28.11302, 81.58899, \"150\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 843.0, 1303.0], [704, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NPC\\\">Nevada Power Clark Station</a>\", \"NPC\", \"Nevada\", \"USA\", \"North America\", 36.08581, -115.05189, \" 523.0\", \"2006-2015\", \"MIDC\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [312, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Nevada Regional Test Center</a>\", \"RTC-NV\", \"Nevada\", \"USA\", \"North America\", 36.0277, -114.9195, \" 701.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 474.0, 2807.0], [517, \"New Delhi\", \"NDL\", \"\", \"India\", \"Asia\", 28.48, 77.13, \" 273.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1778.0, 807.0, 1482.0], [313, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">New Mexico Regional Test Center</a>\", \"RTC-NM\", \"New Mexico\", \"USA\", \"North America\", 35.0542, -106.5385, \" 1659.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [52, \"Newcastle\", \"NEW\", \"New South Wales\", \"Australia\", \"Oceania\", -32.8842, 151.7289, \" 18.5\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1741.0, 650.0, 1858.0], [703, \"<a href=\\\"https://doi.org/10.5439/1377836\\\">Niamey</a>\", \"\", \"\", \"Niger\", \"Africa\", 13.4773, 2.1758, \" 223.0\", \"2005-2007\", \"ARM\", \"ARM\", \"\", \"Freely\", \"G;B;D;IR;UVB\", \"BSh\", \"Dry\", 1, 2205.0, 923.0, 1799.0], [124, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Norrk\\u00f6ping</a>\", \"\", \"\", \"Sweden\", \"Europe\", 58.582, 16.148, \" 43.0\", \"1983-\", \"SMHI;WMO RRC\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1040.0, 496.0, 1153.0], [165, \"<a href=\\\"https://arm.gov/capabilities/observatories/nsa/locations/c1\\\">North Slope of Alaska</a>\", \"NSA\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.609, \" 8.0\", \"1997-\", \"ARM\", \"\", \"This site should note be confused with the NOAA Barrow site which is located ~1 km away. Radiation instruments are located at the Central Facility (Barrow)\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [152, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Nuevo Laredo</a>\", \"NVL\", \"Tamaulipas\", \"Mexico\", \"North America\", 27.4526, -99.5185, \" 128.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1869.0, 624.0, 1967.0], [53, \"<a href=\\\"https://www.awi.de/en/fleet-stations/stations/awipev-arctic-research-base.html\\\">Ny-\\u00c5lesund</a>\", \"NYA\", \"Spitsberger\", \"Norway\", \"Europe\", 78.925, 11.93, \" 11.0\", \"1992-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 602.0, 372.0, 712.0], [580, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ORNL\\\">Oak Ridge</a>\", \"OAK\", \"Tennessee\", \"USA\", \"North America\", 35.92996, -84.30952, \" 245.0\", \"2007-2019\", \"\", \"NREL\", \"\", \"Freely\", \"G;RSR\", \"Cfa\", \"Temperate\", 2, 1584.0, 646.0, 1610.0], [84, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ort.html\\\">Oak Ridge</a>\", \"ORT\", \"Tennessee\", \"USA\", \"North America\", 35.96101, -84.28838, \" 334.0\", \"1995-2007\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 646.0, 1610.0], [211, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Observatoire du Piton de La Fournaise</a>\", \"observatoirevolcan\", \"\", \"Reunion\", \"Africa\", -21.208587, 55.571453, \" 1556.0\", \"2016-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092871\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [54, \"Observatory of Huancayo\", \"OHY\", \"\", \"Peru\", \"South America\", -12.05, -75.32, \" 3314.0\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1989.0, 861.0, 1719.0], [286, \"Odeillo\", \"\", \"\", \"France\", \"Europe\", 42.4942, 2.0295, \" 1530.0\", \"1996-?\", \"\", \"PROMES\", \"Altitude is approximate\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1504.0, 602.0, 1668.0], [661, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Omaha</a>\", \"\", \"Nebraska\", \"USA\", \"North America\", 41.37, -96.02, \" 404.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfa\", \"Continental\", 2, 1544.0, 573.0, 1767.0], [433, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Osmanabad</a>\", \"\", \"\", \"India\", \"Asia\", 18.145, 76.061, \" 70.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1931.0, 839.0, 1588.0], [212, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouangani</a>\", \"ouangani\", \"\", \"Mayotte\", \"Africa\", -12.840881, 45.12891, \" 118.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [213, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouani</a>\", \"ouani\", \"\", \"Comoros\", \"Africa\", -12.132659, 44.42928, \" 20.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408669\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2117.0, 748.0, 1989.0], [137, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Oujda</a>\", \"\", \"\", \"Morocco\", \"Africa\", 34.65, -1.9, \" 617.0\", \"2011-\", \"enerMENA\", \"University of oujda\", \"\", \"\", \"\", \"BSk\", \"Dry\", 2, 1949.0, 715.0, 2044.0], [770, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Ourossogui</a>\", \"SEN_Solar_Ourossogui\", \"\", \"Senegal\", \"Africa\", 15.61267, -13.3146, \"28\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2208.0, 898.0, 1840.0], [559, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Oviedo</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3536, -5.8733, \" 336.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1318.0, 642.0, 1226.0], [592, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Page</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 36.92, -111.45, \" 1329.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2048.0, 511.0, 2719.0], [55, \"Palaiseau& SIRTA Observatory\", \"PAL\", \"\", \"France\", \"Europe\", 48.713, 2.208, \" 156.0\", \"2003-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1223.0, 613.0, 1183.0], [465, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palakkad</a>\", \"\", \"\", \"India\", \"Asia\", 10.613, 76.716, \" 92.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1821.0, 993.0, 1150.0], [416, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palampur</a>\", \"\", \"\", \"India\", \"Asia\", 32.098, 76.548, \" 1268.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1697.0, 788.0, 1548.0], [594, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Palm Springs</a>\", \"\", \"California\", \"USA\", \"North America\", 33.78, -116.47, \" 93.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2135.0, 467.0, 2843.0], [560, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Palma</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.5667, 2.7439, \" 4.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1697.0, 646.0, 1785.0], [412, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Panaji</a>\", \"\", \"\", \"India\", \"Asia\", 15.412, 73.977, \" 114.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1924.0, 825.0, 1555.0], [376, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pandharpur</a>\", \"\", \"\", \"India\", \"Asia\", 17.656, 75.369, \" 480.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1971.0, 818.0, 1690.0], [712, \"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Parakou</a>\", \"BEN_Solar_Parakou\", \"\", \"B\\u00e9nin\", \"NaN\", 9.33117, 2.59119, \"387\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1887.0, 956.0, 1281.0], [56, \"Paramaribo\", \"PAR\", \"\", \"Suriname\", \"South America\", 5.806, -55.2146, \" 4.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1887.0, 814.0, 1540.0], [596, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pardee</a>\", \"\", \"California\", \"USA\", \"North America\", 34.45, -118.58, \" 315.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [688, \"Parkent\", \"PAR\", \"\", \"Uzbekistan\", \"Asia\", 41.3135, 69.7408, \" 1081.0\", \"2011-?\", \"\", \"Uzhydromet\", \"\", \"\", \"G;B;D;RSP\", \"Csa\", \"Temperate\", 1, 1657.0, 719.0, 1606.0], [598, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Parker</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.15, -114.3, \" 126.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 460.0, 2909.0], [403, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pasighat</a>\", \"\", \"\", \"India\", \"Asia\", 28.047, 95.334, \" 152.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1325.0, 697.0, 1058.0], [301, \"Patache\", \"\", \"\", \"Chile\", \"South America\", -20.8, -70.19, \"\", \"2013-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2033.0, 843.0, 1686.0], [515, \"Patna\", \"PTN\", \"\", \"India\", \"Asia\", 25.6, 85.16, \" 51.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1726.0, 821.0, 1340.0], [57, \"Payerne\", \"PAY\", \"\", \"Switzerland\", \"Europe\", 46.8123, 6.9422, \" 491.0\", \"1992-\", \"BSRN\", \"MeteoSwiss\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1325.0, 602.0, 1391.0], [520, \"Peshawar\", \"\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \" 370.0\", \"2015-\", \"\", \"University of Engineering and Technology Peshawar\", \"\", \"\", \"G;RSI\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [764, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Peshawar</a>\", \"PK_Solar_Peshawar_UET\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \"370\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [59, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/petrolina.html\\\">Petrolina</a>\", \"PTR\", \"\", \"Brazil\", \"South America\", -9.068, -40.319, \" 387.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2143.0, 792.0, 2011.0], [383, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Phalodi</a>\", \"\", \"\", \"India\", \"Asia\", 27.118, 72.345, \" 242.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [696, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/phimai/phimai.html\\\">Phimai</a>\", \"\", \"\", \"Thailand\", \"Asia\", 15.184, 102.564, \" 212.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Aw\", \"Tropical\", 2, 1898.0, 920.0, 1413.0], [600, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.57, -113.93, \" 381.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2157.0, 464.0, 2894.0], [644, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.43, -112.02, \" 339.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 474.0, 2851.0], [214, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Piton des Neiges</a>\", \"pitondesneiges\", \"\", \"Reunion\", \"Africa\", -21.095596, 55.480305, \" 2990.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092867\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [669, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Pittsburgh</a>\", \"\", \"Pennsylvania\", \"USA\", \"North America\", 40.5, -80.22, \" 371.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1383.0, 628.0, 1340.0], [215, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Plaine des Palmistes Parc National</a>\", \"plaineparcnational\", \"\", \"Reunion\", \"Africa\", -21.1367, 55.6241, \" 1057.0\", \"2018-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408677\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [246, \"<a href=\\\"https://www.psa.es/en/facilities/meteo/meteo.php\\\">Plataforma Solar de Almeria</a>\", \"METAS\", \"\", \"Spain\", \"Europe\", 37.09165, -2.36355, \" 494.0\", \"2005-\", \"\", \"CIEMAT\", \"\", \"\", \"G;B;D;UV;IR\", \"Csa\", \"Temperate\", 1, 1832.0, 661.0, 2044.0], [388, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pokhran</a>\", \"\", \"\", \"India\", \"Asia\", 26.916, 71.928, \" 293.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2088.0, 741.0, 2062.0], [156, \"Poprad-Ganovce\", \"\", \"\", \"Slovakia\", \"Europe\", 49.035, 20.324, \" 709.0\", \"?\", \"Slovak Hydrometeorological Institute\", \"\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1132.0, 573.0, 1066.0], [398, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Port Blair</a>\", \"\", \"\", \"India\", \"Asia\", 11.614, 92.716, \" 65.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1832.0, 898.0, 1299.0], [89, \"<a href=\\\"http://solardata.uoregon.edu/PortlandPV.html\\\">Portland</a>\", \"PT\", \"Oregon\", \"USA\", \"North America\", 45.51, -122.69, \" 70.0\", \"2004-\", \"SRML\", \"University of Oregon\", \"5-min data between 2004 and 2011.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1347.0, 537.0, 1515.0], [300, \"Pozo Almonte\", \"\", \"\", \"Chile\", \"South America\", -20.25, -69.78, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [397, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Puducherry</a>\", \"\", \"\", \"India\", \"Asia\", 11.96, 79.811, \" 36.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 967.0, 1336.0], [602, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pueblo</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 38.27, -104.62, \" 1481.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 566.0, 2289.0], [511, \"Pune\", \"PNE\", \"\", \"India\", \"Asia\", 18.53, 73.85, \" 555.0\", \"1986-?\", \"WMO RRC\", \"India Meteorological Department (IMD)\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [460, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pune (Manchar)</a>\", \"\", \"\", \"India\", \"Asia\", 18.988, 73.963, \" 685.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [408, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Purnea</a>\", \"\", \"\", \"India\", \"Asia\", 25.798, 87.504, \" 30.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1668.0, 843.0, 1237.0], [269, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Qassim</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.31, 43.77, \" 647.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [471, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Qassim University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.34668, 43.76645, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [765, \"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Quetta</a>\", \"PK_Solar_Quetta_BUITEMS\", \"\", \"Pakistan\", \"Asia\", 30.2708, 66.9398, \"1590\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSk\", \"Dry\", 2, 2234.0, 639.0, 2566.0], [216, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Radio Telescope Bras D'Eau</a>\", \"mrtbrasdeau\", \"\", \"Mauritius\", \"Africa\", -20.139386, 57.726052, \" 27.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408660\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [349, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajahmundry</a>\", \"\", \"\", \"India\", \"Asia\", 17.065, 81.867, \" 93.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 872.0, 1343.0], [372, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajgarh</a>\", \"\", \"\", \"India\", \"Asia\", 23.987, 76.727, \" 412.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1887.0, 788.0, 1650.0], [666, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Raleigh</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 35.87, -78.78, \" 137.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1642.0, 628.0, 1745.0], [466, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramakkalmedu</a>\", \"\", \"\", \"India\", \"Asia\", 9.816, 77.241, \" 1045.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 953.0, 1274.0], [392, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramanathapuram</a>\", \"\", \"\", \"India\", \"Asia\", 9.369, 78.77, \" 10.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2004.0, 986.0, 1402.0], [604, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ramona</a>\", \"\", \"California\", \"USA\", \"North America\", 33.0, -116.75, \" 527.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2135.0, 467.0, 2843.0], [513, \"Ranchi\", \"RNC\", \"\", \"India\", \"Asia\", 23.31, 85.31, \" 652.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1708.0, 843.0, 1278.0], [421, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ranchi</a>\", \"\", \"\", \"India\", \"Asia\", 23.443, 85.255, \" 738.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 843.0, 1278.0], [481, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Rania Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.21499, 42.84852, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2303.0, 774.0, 2234.0], [730, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Baalbak</a>\", \"LBN_Solar_RasBaalbak\", \"\", \"Lebanon\", \"Asia\", 34.272985, 36.427053, \"910\", \"2019-\", \"ESMAP\", \"Fraunhofer ISE\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [185, \"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Ballbak</a>\", \"LBRAS\", \"\", \"Lebanon\", \"Asia\", 34.272946, 36.427053, \" 910.0\", \"2019-2021\", \"\", \"World Bank\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [385, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ratangarh</a>\", \"\", \"\", \"India\", \"Asia\", 28.082, 74.6, \" 312.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1978.0, 745.0, 1894.0], [60, \"Regina\", \"REG\", \"\", \"Canada\", \"North America\", 50.205, -104.713, \" 578.0\", \"1995-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1369.0, 591.0, 1577.0], [606, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Reno</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.5, -119.78, \" 1341.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1920.0, 507.0, 2522.0], [217, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Reserve Francois Leguat</a>\", \"reservetortues\", \"\", \"Mauritius\", \"Africa\", -19.757625, 63.37075, \" 36.0\", \"2017-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4001619\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2124.0, 777.0, 2029.0], [62, \"Reunion Island & University\", \"RUN\", \"\", \"Reunion\", \"Africa\", -20.9014, 55.4836, \" 116.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2106.0, 704.0, 2113.0], [428, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rewa</a>\", \"\", \"\", \"India\", \"Asia\", 24.555, 81.313, \" 315.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1865.0, 770.0, 1639.0], [608, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Rialto</a>\", \"\", \"California\", \"USA\", \"North America\", 34.1, -117.35, \" 369.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [171, \"Ricerca sul Sistema Energetico\", \"RSE\", \"Milan\", \"Italy\", \"Europe\", 45.47488, 9.26001, \" 150.0\", \"2012-\", \"\", \"RSE\", \"Tracker is installed on the roof of a building (ground elevation is 108 m). The station also makes spectral measurement using a Spectrafy instrument.\", \"\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [610, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ridge Crest</a>\", \"\", \"California\", \"USA\", \"North America\", 35.62, -117.67, \" 696.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 434.0, 2935.0], [58, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/pennstat.html\\\">Rock Springs</a>\", \"PSU\", \"Pennsylvania\", \"USA\", \"North America\", 40.72012, -77.93085, \" 376.0\", \"1998-\", \"BSRN;SURFRAD\", \"NOAA\", \"SURFRAD station known as Penn State\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1398.0, 606.0, 1416.0], [344, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Rockhampton Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -23.3753, 150.4775, \" 10.4\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 2040.0, 617.0, 2321.0], [61, \"Rolim de Moura\", \"RLM\", \"\", \"Brazil\", \"South America\", -11.582, -61.773, \" 252.0\", \"2007\", \"BSRN\", \"\", \"Only two months of data available.\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1810.0, 832.0, 1427.0], [442, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rourkela</a>\", \"\", \"\", \"India\", \"Asia\", 22.253, 84.901, \" 220.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1803.0, 803.0, 1486.0], [478, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Royal Commission of Yanbu</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14434, 37.94569, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 748.0, 2267.0], [174, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Rutland</a>\", \"RUT\", \"Vermont\", \"USA\", \"North America\", 43.64, -72.97, \" 184.0\", \"2014-2015\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1350.0, 588.0, 1424.0], [167, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=STAC\\\">SOLARTAC</a>\", \"STAC\", \"Colorado\", \"USA\", \"North America\", 39.75685, -104.62025, \" 1674.0\", \"2009-\", \"NREL MIDC\", \"\", \"Relatively good quality data, but somewhat inconsistent cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1778.0, 558.0, 2201.0], [579, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UAT\\\">SOLRMAP University of Arizona</a>\", \"UA OASIS\", \"Arizona\", \"USA\", \"North America\", 32.22969, -110.95534, \" 786.0\", \"2010-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 496.0, 2774.0], [166, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=BMS\\\">SRRL BMS</a>\", \"BMS\", \"Colorado\", \"USA\", \"North America\", 39.742, -105.18, \" 1828.8\", \"1981-\", \"NREL MIDC\", \"NREL\", \"The NREL Solar Radiation Research Laboratory (SRRL) operates the largest collection of pyranometers and pyrheliometers in the world. Regular calibration and cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [283, \"Sabryia\", \"\", \"\", \"Kuwait\", \"Asia\", 29.67, 47.93, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [364, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sadodar</a>\", \"\", \"\", \"India\", \"Asia\", 22.051, 70.235, \" 192.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1861.0], [612, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Saguaro</a>\", \"\", \"California\", \"USA\", \"North America\", 32.55, -111.3, \" 588.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2154.0, 478.0, 2843.0], [218, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Andre Chevrettes</a>\", \"edfsaintandre\", \"\", \"Reunion\", \"Africa\", -20.9628, 55.62243, \" 200.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693536\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [219, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Denis Bois de Nefles</a>\", \"edfboisdenefles\", \"\", \"Reunion\", \"Africa\", -20.91731, 55.47644, \" 337.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693525\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [220, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Joseph Marie</a>\", \"saintjosephmairie\", \"\", \"Reunion\", \"Africa\", -21.379077, 55.619688, \" 36.0\", \"2013-2015\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092888\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [221, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Leu Mazeau</a>\", \"edfsaintleu\", \"\", \"Reunion\", \"Africa\", -21.20064, 55.30233, \" 232.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693559\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [222, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Louis Lycee Jean Joly</a>\", \"saintlouisjeanjoly\", \"\", \"Reunion\", \"Africa\", -21.271391, 55.43558, \" 152.0\", \"2016-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092894\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [223, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Paul Le Carat</a>\", \"saintpaulcarat\", \"\", \"Reunion\", \"Africa\", -21.04323, 55.25089, \" 100.0\", \"2022-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419974\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [224, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Pierre La Valle</a>\", \"edfsaintpierre\", \"\", \"Reunion\", \"Africa\", -21.31392, 55.45107, \" 67.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693567\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [225, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Sainte Rose Mairie</a>\", \"sainterosemairie\", \"\", \"Reunion\", \"Africa\", -21.127324, 55.793136, \" 24.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092890\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [483, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Al Khafji)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.50671, 48.45504, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1869.0, 905.0, 1456.0], [506, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Farasan)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.692097, 42.098767, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2172.0, 883.0, 1799.0], [496, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Hagl)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.28997, 34.93002, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 631.0, 2540.0], [499, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Umluj)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.00411, 37.27382, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2289.0, 679.0, 2449.0], [500, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Desalination Research Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.9042, 49.76274, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2099.0, 942.0, 1697.0], [494, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Salmanbin Abdulaziz University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14717, 47.26999, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 821.0, 2128.0], [675, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Salt Lake City</a>\", \"\", \"Utah\", \"USA\", \"North America\", 40.77, -111.97, \" 1288.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1759.0, 588.0, 2139.0], [85, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/slc.html\\\">Salt Lake City</a>\", \"SLC\", \"Utah\", \"USA\", \"North America\", 40.7722, -111.95495, \" 1288.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 588.0, 2139.0], [252, \"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Salto Grande</a>\", \"LES\", \"\", \"Uruguay\", \"South America\", -31.2827, -57.9181, \" 56.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;B;D;UV;IR\", \"Cfa\", \"Temperate\", 1, 1778.0, 617.0, 1934.0], [586, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">San Antonio</a>\", \"\", \"Texas\", \"USA\", \"North America\", 29.46, -98.49, \" 253.0\", \"1981-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1770.0, 635.0, 1851.0], [561, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Bartolome Tirajana</a>\", \"\", \"\", \"Canary Islands\", \"Africa\", 27.7581, -15.5756, \" 50.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BWk\", \"Dry\", 1, 2073.0, 715.0, 2084.0], [614, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Diego</a>\", \"\", \"California\", \"USA\", \"North America\", 32.72, -117.17, \" 18.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [670, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">San Juan</a>\", \"\", \"Puerto Rico\", \"USA\", \"North America\", 18.43, -66.0, \" 19.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Af\", \"Tropical\", 2, 2018.0, 799.0, 1803.0], [616, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Pedro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.75, -118.28, \" 12.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [305, \"San Pedro\", \"\", \"\", \"Chile\", \"South America\", -22.9, -68.19, \"\", \"2010-2011\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2639.0, 438.0, 3530.0], [562, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Sebastian</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3075, -2.0394, \" 252.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1340.0, 624.0, 1270.0], [743, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sanankoroba</a>\", \"MLI_Solar_Sanankoroba\", \"\", \"Mali\", \"Africa\", 12.39112, -7.93737, \"356\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2132.0, 887.0, 1752.0], [700, \"<a href=\\\"https://photovoltaics.sandia.gov\\\">Sandia</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.05, 106.54, \" 1657.0\", \"1994-\", \"\", \"Sandia National Laboratories\", \"Data is available upon request with use conditions. \", \"Upon request\", \"G;B;D\", \"Dwb\", \"Continental\", 1, 1467.0, 686.0, 1332.0], [308, \"Santiago\", \"\", \"\", \"Chile\", \"South America\", -33.45, -70.65, \"\", \"2010-?\", \"FONDEF;WMO RRC\", \"\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1986.0, 551.0, 2398.0], [535, \"Sanya\", \"\", \"\", \"China\", \"Asia\", 18.23, 109.52, \" 5.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1686.0, 854.0, 1208.0], [63, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/28/Sapporo.pdf\\\">Sapporo</a>\", \"SAP\", \"\", \"Japan\", \"Asia\", 43.06, 141.3286, \" 17.2\", \"2010-2020\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1183.0, 635.0, 945.0], [86, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/sea.html\\\">Seattle</a>\", \"SEA\", \"Washington\", \"USA\", \"North America\", 47.68685, -122.25667, \" 20.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [93, \"<a href=\\\"http://solardata.uoregon.edu/SeattleUW.html\\\">Seattle</a>\", \"ST\", \"Washington\", \"USA\", \"North America\", 47.654, -122.309, \" 70.0\", \"2015-\", \"SRML\", \"University of Oregon\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [678, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Seattle-Tacoma</a>\", \"\", \"Washington\", \"USA\", \"North America\", 47.45, -122.3, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1256.0, 551.0, 1358.0], [64, \"Sede Boqer\", \"SBO\", \"\", \"Israel\", \"Asia\", 30.8597, 34.7794, \" 500.0\", \"2003-2012\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2190.0, 664.0, 2376.0], [65, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Selegua - Mexico Solarimetric Station</a>\", \"SEL\", \"\", \"Mexico\", \"North America\", 15.7839, -91.9902, \" 602.0\", \"2017-\", \"BSRN\", \"Mexican Solarimetric Service\", \"BSRN data from 2020.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1883.0, 759.0, 1683.0], [529, \"<a href=\\\"http://climate.lzu.edu.cn/info/1046/1080.htm\\\">Semi-Arid Climate & Environment Observatory of Lanzhou University</a>\", \"SACOL\", \"\", \"China\", \"Asia\", 35.946, 104.13708, \" 1965.8\", \"2005-\", \"\", \"Lanzhou University\", \"\", \"\", \"G;B;D;RSR;UV\", \"BSk\", \"Dry\", 1, 1577.0, 712.0, 1478.0], [695, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/sendai/sendai.html\\\">Sendai</a>\", \"\", \"\", \"Japan\", \"Asia\", 38.26, 140.84, \" 153.0\", \"2010-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1248.0, 661.0, 1037.0], [697, \"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/seoul/seoul.html\\\">Seoul</a>\", \"\", \"\", \"South Korea\", \"Asia\", 37.46, 126.95, \" 85.0\", \"2008-2015\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Dwa\", \"Continental\", 2, 1434.0, 675.0, 1299.0], [280, \"Shagaya\", \"\", \"\", \"Kuwait\", \"Asia\", 29.2099, 47.0603, \" 241.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [431, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shahada</a>\", \"\", \"\", \"India\", \"Asia\", 21.571, 74.484, \" 117.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [525, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Shangdianzi</a>\", \"\", \"\", \"China\", \"Asia\", 40.65, 117.12, \" 293.3\", \"2013-\", \"CBSRN;WMO GAW\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1548.0, 602.0, 1789.0], [539, \"Shanghai\", \"\", \"\", \"China\", \"Asia\", 31.4, 121.48, \" 3.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1372.0, 712.0, 1062.0], [492, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Shaqra University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.17279, 45.14198, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [273, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Sharurah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47, 47.11, \" 725.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2442.0, 788.0, 2380.0], [501, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Sharurah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47586, 47.08618, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2442.0, 788.0, 2380.0], [375, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shegaon</a>\", \"\", \"\", \"India\", \"Asia\", 20.78, 76.679, \" 288.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1916.0, 799.0, 1642.0], [544, \"Shenyang\", \"\", \"\", \"China\", \"Asia\", 41.73, 123.45, \" 42.8\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1445.0, 639.0, 1515.0], [776, \"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Shinyanga</a>\", \"TZA_Solar_Shinyanga\", \"\", \"Tanzania\", \"Africa\", -3.626586, 33.515342, \"1179\", \"2020-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2241.0, 799.0, 2026.0], [744, \"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sikasso</a>\", \"MLI_Solar_Sikasso\", \"\", \"Mali\", \"Africa\", 11.30547, -5.73713, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2099.0, 905.0, 1679.0], [404, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silchar</a>\", \"\", \"\", \"India\", \"Asia\", 24.759, 92.791, \" 45.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1657.0, 880.0, 1190.0], [158, \"Silutes\", \"\", \"\", \"Lithuania\", \"Europe\", 55.352, 21.447, \" 5.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1088.0, 529.0, 1110.0], [411, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silvassa</a>\", \"\", \"\", \"India\", \"Asia\", 20.215, 73.037, \" 61.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 829.0, 1537.0], [91, \"<a href=\\\"http://solardata.uoregon.edu/SilverLake.html\\\">Silver lake</a>\", \"SL\", \"Oregon\", \"USA\", \"North America\", 43.12, -121.06, \" 1355.0\", \"2002-\", \"SRML\", \"University of Oregon\", \"Only 5 minute data?\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1664.0, 540.0, 2073.0], [441, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Similiguda</a>\", \"\", \"\", \"India\", \"Asia\", 18.683, 82.833, \" 920.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1759.0, 839.0, 1332.0], [70, \"<a href=\\\"https://gml.noaa.gov/grad/surfrad/siouxfalls.html\\\">Sioux Falls</a>\", \"SXF\", \"South Dakota\", \"USA\", \"North America\", 43.73403, -96.62328, \" 473.0\", \"2003-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1511.0, 584.0, 1734.0], [381, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sirohi</a>\", \"\", \"\", \"India\", \"Asia\", 24.517, 72.786, \" 362.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [373, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sitamau</a>\", \"\", \"\", \"India\", \"Asia\", 23.984, 75.331, \" 469.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1902.0, 777.0, 1694.0], [415, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Solan</a>\", \"\", \"\", \"India\", \"Asia\", 30.853, 77.17, \" 1231.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [68, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Solar Village</a>\", \"SOV\", \"\", \"Saudi Arabia\", \"Asia\", 24.91, 46.41, \" 650.0\", \"1998-2003\", \"BSRN; AERONET\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [785, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Song Binh</a>\", \"VN_Solar_VNSOB_EVN\", \"\", \"Vietnam\", \"Asia\", 11.2641, 108.3452, \"62\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1924.0, 920.0, 1438.0], [67, \"<a href=\\\"https://www.sonnblick.net/en/\\\">Sonnblick</a>\", \"SON\", \"\", \"Austria\", \"Europe\", 47.054, 12.9577, \" 3108.9\", \"2013-\", \"BSRN;ARAD\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1201.0, 602.0, 1172.0], [563, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Soria</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.7667, -2.4667, \" 1082.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1639.0, 650.0, 1778.0], [780, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Soroti</a>\", \"UGA_Solar_Soroti\", \"\", \"Uganda\", \"Africa\", 1.724351, 33.622098, \"1128\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2201.0, 945.0, 1737.0], [69, \"<a href=\\\"https://gml.noaa.gov/obop/spo/\\\">South Pole</a>\", \"SPO\", \"\", \"Antarctica\", \"Antarctica\", -89.983, -24.799, \" 2800.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, NaN, NaN, NaN], [24, \"<a href=\\\"http://www.arm.gov/sites/sgp\\\">Southern Great Plains</a>\", \"E13\", \"Oklahoma\", \"USA\", \"North America\", 36.60406, -97.48525, \" 314.0\", \"1994-\", \"BSRN; ARM\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [618, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Spring Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 32.73, -116.92, \" 216.0\", \"1978-1979\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [518, \"Srinagar\", \"SRN\", \"\", \"India\", \"Asia\", 34.08, 74.83, \" 1585.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1730.0, 763.0, 1653.0], [620, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">St Johns</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.57, -109.3, \" 1815.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2051.0, 522.0, 2672.0], [100, \"<a href=\\\"https://sauran.ac.za\\\">Stellenbosch University</a>\", \"STB\", \"Stellenbosch\", \"South Africa\", \"Africa\", -33.928101, 18.8654, \" 119.0\", \"2010-2024\", \"SAURAN\", \"\", \"Roof of Engineering building\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [677, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Sterling</a>\", \"\", \"Virginia\", \"USA\", \"North America\", 38.98, -77.47, \" 87.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1515.0, 610.0, 1599.0], [87, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/ste.html\\\">Sterling</a>\", \"STE\", \"Virginia\", \"USA\", \"North America\", 38.97203, -77.4869, \" 85.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"Site location pre Oct 28& 2014 (38.97673& -77.48379)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1515.0, 610.0, 1599.0], [131, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Stockholm</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.353, 18.063, \" 30.0\", \"1983-2012\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1048.0, 474.0, 1201.0], [244, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Sudanthile</a>\", \"Sud\", \"\", \"Qatar\", \"Asia\", 24.63, 51.06, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [452, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sultanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.288, 82.082, \" 90.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1719.0, 807.0, 1347.0], [568, \"<a href=\\\"https://geo-summit.org/instruments\\\">Summit Station</a>\", \"\", \"\", \"Greenland\", \"North America\", 72.579583, -38.459186, \" 3216.0\", \"?\", \"\", \"Battelle Arctic Research Operations (ARO)\", \"Frequent issues with tracker malfunction resulting in many outages.\", \"Upon request\", \"G;B;D\", \"EF\", \"Polar\", 1, 1164.0, 591.0, 1548.0], [622, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Sun Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.25, -118.38, \" 277.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [721, \"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Sunyani</a>\", \"GHA_Solar_Sunyani\", \"\", \"Ghana\", \"Africa\", 7.34865, -2.34034, \"330\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1712.0, 967.0, 1033.0], [302, \"Sur Viejo\", \"\", \"\", \"Chile\", \"South America\", -20.95, -69.54, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [413, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Surat</a>\", \"\", \"\", \"India\", \"Asia\", 21.165, 74.783, \" 34.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [71, \"<a href=\\\"https://epic.awi.de/id/eprint/47515/\\\">Syowa</a>\", \"SYO\", \"\", \"Antarctica\", \"Antarctica\", -69.005, 39.589, \" 18.0\", \"1994-\", \"BSRN\", \"AWI\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1274.0, 646.0, 1668.0], [66, \"<a href=\\\"http://sonda.ccst.inpe.br/basedados/saomartinho.html\\\">S\\u00e3o Martinho da Serra</a>\", \"SMS\", \"\", \"Brazil\", \"South America\", -29.4428, -53.8231, \" 489.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2005-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1716.0, 602.0, 1825.0], [718, \"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">S\\u00e9r\\u00e9bou</a>\", \"CIV_Solar_S\\u00e9r\\u00e9bou\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 7.93282, -4.00525, \"195\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1705.0, 967.0, 1037.0], [275, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Tabouk</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38, 36.61, \" 768.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [476, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tabuk University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38287, 36.48396, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [474, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Taif University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.43278, 40.49173, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 825.0, 2172.0], [161, \"Tajoura\", \"\", \"\", \"Libya\", \"Africa\", 32.815147, 13.438943, \"\", \"?\", \"\", \"\", \"\", \"\", \"\", \"BSh\", \"Dry\", 2, 1971.0, 792.0, 1843.0], [310, \"Talca\", \"\", \"\", \"Chile\", \"South America\", -35.42, -71.64, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 482.0, 2405.0], [708, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Talin</a>\", \"ARM_Solar_Talin\", \"\", \"Armenia\", \"Asia\", 40.386, 43.8972, \"1641\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1683.0, 788.0, 1529.0], [650, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Tallahassee</a>\", \"\", \"Florida\", \"USA\", \"North America\", 30.38, -84.37, \" 18.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1752.0, 653.0, 1818.0], [88, \"<a href=\\\"https://gml.noaa.gov/grad/solrad/tlh.html\\\">Tallahassee</a>\", \"TLH\", \"Florida\", \"USA\", \"North America\", 30.39675, -84.32955, \" 18.0\", \"1995-2002\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1752.0, 653.0, 1818.0], [443, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Talwandi Sabo</a>\", \"\", \"\", \"India\", \"Asia\", 29.961, 75.122, \" 341.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1810.0, 818.0, 1511.0], [72, \"Tamanrasset\", \"TAM\", \"\", \"Algeria\", \"Africa\", 22.7903, 5.5292, \" 1385.0\", \"2000-\", \"BSRN;WMO RRC\", \"\", \"No DIR and DIF data at TAM since 2018: Due to a broken tracker which could not yet be replaced the DIR and DIF data at Tamanrasset is missing since February 2018.\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2336.0, 796.0, 2300.0], [769, \"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Tambacounda</a>\", \"SEN_Solar_Tambacounda\", \"\", \"Senegal\", \"Africa\", 13.77689, -13.72924, \"40\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 905.0, 1705.0], [144, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tan-Tan</a>\", \"\", \"\", \"Morocco\", \"Africa\", 28.498, -11.322, \" 75.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 1767.0, 898.0, 1350.0], [724, \"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Tarambaly</a>\", \"GIN_Solar_Tarambaly\", \"\", \"Guin\\u00e9e\", \"NaN\", 11.356, -12.13706, \"860\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2026.0, 949.0, 1496.0], [135, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tataouine</a>\", \"\", \"\", \"Tunisia\", \"Africa\", 32.974, 10.485, \" 210.0\", \"2011-\", \"enerMENA\", \"CRTEn\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2066.0, 701.0, 2183.0], [73, \"<a href=\\\"https://epic.awi.de/id/eprint/36862/27/Tateno.pdf\\\">Tateno;Tsukuba</a>\", \"TAT\", \"\", \"Japan\", \"Asia\", 36.0581, 140.1258, \" 25.0\", \"1996-\", \"BSRN;WMO RRC\", \"JMA\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1413.0, 642.0, 1369.0], [249, \"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/tennant-creek\\\">Tennant Creek</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6795, 134.2615, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2300.0, 533.0, 2730.0], [335, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Tennant Creek Airport</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6423, 134.1833, \" 375.7\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2300.0, 533.0, 2730.0], [153, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Tepic</a>\", \"TEP\", \"Nayarit\", \"Mexico\", \"North America\", 21.4916, -104.8947, \" 959.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2175.0, 624.0, 2394.0], [76, \"Terra Nova Bay\", \"TNB\", \"\", \"Antarctica\", \"Antarctica\", -74.6223, 164.2283, \" 28.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 89)\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [405, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tezpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.699, 92.833, \" 83.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1584.0, 832.0, 1175.0], [459, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Thane</a>\", \"\", \"\", \"India\", \"Asia\", 19.214, 73.183, \" 40.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [363, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tharad</a>\", \"\", \"\", \"India\", \"Asia\", 24.377, 71.63, \" 67.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2029.0, 763.0, 1931.0], [508, \"Thiruvananthapuram\", \"TRV\", \"\", \"India\", \"Asia\", 8.48, 76.95, \" 60.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1956.0, 916.0, 1409.0], [74, \"Tiksi\", \"TIK\", \"Siberia\", \"Russia\", \"Europe\", 71.5862, 128.9188, \" 48.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dsd\", \"Continental\", 1, 872.0, 504.0, 1033.0], [495, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Timaa Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.61727, 38.5252, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 734.0, 2402.0], [351, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tirupati</a>\", \"\", \"\", \"India\", \"Asia\", 13.627, 79.397, \" 190.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [75, \"Tiruvallur\", \"TIR\", \"\", \"India\", \"Asia\", 13.0923, 79.9738, \" 36.0\", \"2014-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [77, \"<a href=\\\"https://gml.noaa.gov/grad/meetings/BSRN2018_documents/2018_%20BSRN_poster_EST_Rosin.pdf\\\">Toravere</a>\", \"TOR\", \"\", \"Estonia\", \"Europe\", 58.254, 26.462, \" 70.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 996.0, 453.0, 1164.0], [519, \"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/index.html#/search/station/stationReportDetails/0-20008-0-TOT\\\">Toronto</a>\", \"TOT\", \"Ontario\", \"Canada\", \"North America\", 43.783333, -79.466667, \" 198.0\", \"2014-\", \"WMO GAW;WMO RRC\", \"Environment Canada\", \"\", \"\", \"G;RSI\", \"Dfb\", \"Continental\", 2, 1358.0, 569.0, 1413.0], [768, \"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Touba</a>\", \"SEN_Solar_Touba_IFC\", \"\", \"Senegal\", \"Africa\", 14.77252, -15.91955, \"37\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2179.0, 923.0, 1752.0], [345, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Townsville</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -19.2483, 146.7661, \" 4.34\", \"2012-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2088.0, 639.0, 2281.0], [786, \"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Tri An</a>\", \"VN_Solar_VNTRA_EVN\", \"\", \"Vietnam\", \"Asia\", 11.1024, 107.0378, \"57\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1832.0, 923.0, 1296.0], [395, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Trichy</a>\", \"\", \"\", \"India\", \"Asia\", 10.76, 78.813, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [687, \"Troms\\u00f8\", \"\", \"\", \"Norway\", \"Europe\", 69.661, 18.939, \" 113.0\", \"2020-?\", \"\", \"University of Troms\\u00f8\", \"\", \"\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 737.0, 409.0, 880.0], [534, \"<a href=\\\"https://www.sintef.no/projectweb/solarlab/sintef-node/pv-metering/\\\">Trondheim</a>\", \"\", \"\", \"Norway\", \"Europe\", 63.4171, 10.4047, \" 89.0\", \"2022-\", \"\", \"Sintef\", \"10 second data\", \"Not available\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 850.0, 453.0, 967.0], [624, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Tucson</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.17, -110.9, \" 794.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2121.0, 496.0, 2774.0], [505, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tuhamat Qahtan Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.7749, 43.17555, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2300.0, 785.0, 2212.0], [436, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tura</a>\", \"\", \"\", \"India\", \"Asia\", 25.525, 90.21, \" 397.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1577.0, 821.0, 1183.0], [240, \"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Turayna</a>\", \"Tur\", \"\", \"Qatar\", \"Asia\", 24.74, 51.21, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [552, \"Turku\", \"\", \"\", \"Finland\", \"Europe\", 60.4484, 22.2976, \" 60.0\", \"2019-\", \"\", \"New Energy Research Center (NERC)\", \"Located ontop of tall building.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [109, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Gaborone</a>\", \"GAB\", \"Gaborone\", \"Botswana\", \"Africa\", -24.660999, 25.934, \" 1014.0\", \"2014-2020\", \"SAURAN\", \"\", \"Roof of building in University of Botswana\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2139.0, 584.0, 2471.0], [112, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Namibian University of Science and Technology</a>\", \"NUST\", \"Windhoek\", \"Namibia\", \"Africa\", -22.565001, 17.075001, \" 1683.0\", \"2016-2024\", \"SAURAN\", \"\", \"Roof of Engineering Building\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [113, \"<a href=\\\"https://sauran.ac.za/\\\">USAid University of Fort Hare</a>\", \"UFH\", \"Alice\", \"South Africa\", \"Africa\", -32.784611, 26.8452, \" 540.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of Zoology Department\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1905.0, 591.0, 2248.0], [110, \"<a href=\\\"https://sauran.ac.za/\\\">USAid Venda</a>\", \"VEN\", \"Vuwani\", \"South Africa\", \"Africa\", -23.131001, 30.424, \" 628.0\", \"2015-2024\", \"SAURAN\", \"\", \"Vuwani Science Research Centre\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1854.0, 697.0, 1847.0], [521, \"Uccle\", \"\", \"\", \"Belgium\", \"Europe\", 50.798, 4.359, \" 101.0\", \"2014-\", \"WMO RRC\", \"Royal Meteorological Institute of Belgium (RMI)\", \"Probably got the tracker in 2014.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1121.0, 580.0, 1077.0], [127, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Ume\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.811, 20.24, \" 23.0\", \"1983-2008\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 967.0, 412.0, 1263.0], [469, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">University of Dammam</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.39519, 50.18898, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1913.0, 905.0, 1482.0], [577, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UFL\\\">University of Florida</a>\", \"UF\", \"Florida\", \"USA\", \"North America\", 29.626968, -82.360851, \" 27.4\", \"2022-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 664.0, 1854.0], [172, \"<a href=\\\"https://www.udg.edu/en/grupsrecerca/Fisica-Ambiental/Estacio-Meteorologica/Informacio-general-sobre-lestacio\\\">University of Girona</a>\", \"\", \"Catalonia\", \"Spain\", \"Europe\", 41.96, 2.83, \" 110.0\", \"1993-\", \"\", \"\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1617.0, 610.0, 1763.0], [98, \"<a href=\\\"https://sauran.ac.za/station-documents/KZH/KZH%20Station%20Details.pdf\\\">University of KwaZulu-Natal Howard College</a>\", \"UKZN\", \"Durban\", \"South Africa\", \"Africa\", -29.870979, 30.97695, \" 150.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Desmond Clarence building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [119, \"<a href=\\\"https://sauran.ac.za/\\\">University of KwaZulu-Natal Pietermaritzburg</a>\", \"\", \"Pietermaritzburg\", \"South Africa\", \"Africa\", -29.621226, 30.397038, \" 680.0\", \"2021-2024\", \"SAURAN\", \"\", \"Rooftop\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [99, \"University of KwaZulu-Natal Westville\", \"ZUL\", \"Durban\", \"South Africa\", \"Africa\", -29.81694, 30.94492, \" 200.0\", \"2015-2020\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [226, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Moufia</a>\", \"urmoufia\", \"\", \"Reunion\", \"Africa\", -20.90146, 55.483593, \" 96.0\", \"2008-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092910\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [227, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Tampon</a>\", \"urtampon\", \"\", \"Reunion\", \"Africa\", -21.269277, 55.50702, \" 553.0\", \"2012-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092912\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [228, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of Mauritius Reduit</a>\", \"uomreduit\", \"\", \"Mauritius\", \"Africa\", -20.24497, 57.4877, \" 200.0\", \"2022-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693484\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [578, \"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UNLV\\\">University of Nevada</a>\", \"UNLV\", \"Nevada\", \"USA\", \"North America\", 36.107, -115.1425, \" 615.0\", \"2006-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;UV\", \"BWh\", \"Dry\", 1, 2062.0, 478.0, 2800.0], [111, \"<a href=\\\"https://sauran.ac.za/\\\">University of Zululand</a>\", \"ZUL\", \"KwaDlangezwa\", \"South Africa\", \"Africa\", -28.8529, 31.85161, \" 90.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1723.0, 683.0, 1716.0], [229, \"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Vacoas</a>\", \"vacoas\", \"\", \"Mauritius\", \"Africa\", -20.297095, 57.496918, \" 431.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408662\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [565, \"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Valladolid</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.65, -4.7667, \" 735.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1672.0, 672.0, 1778.0], [514, \"Varanasi\", \"VNS\", \"\", \"India\", \"Asia\", 25.3, 83.01, \" 90.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1734.0, 839.0, 1307.0], [279, \"Varennes\", \"\", \"Quebec\", \"Canada\", \"North America\", 45.6265, -73.38203, \" 22.0\", \"1995-\", \"\", \"Natural Resources Canada\", \"Complete station upgrade in 2017. Prior to 2017, station was rather unreliable and maintenance was less rigorous. Spectral radiation measurements using Spectrafy sensors also available.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1310.0, 562.0, 1420.0], [359, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vartej</a>\", \"\", \"\", \"India\", \"Asia\", 21.741, 72.071, \" 30.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 792.0, 1716.0], [682, \"<a href=\\\"https://idmp.entpe.fr/\\\">Vaulx-en-Velin</a>\", \"\", \"\", \"France\", \"Europe\", 45.7786, 4.9225, \" 170.0\", \"2005-\", \"IDMP\", \"ENTPE\", \"Diffuse is measured with a shadowring.\", \"Freely\", \"G;B;Ds;UV\", \"Cfb\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [396, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vellore</a>\", \"\", \"\", \"India\", \"Asia\", 12.974, 79.159, \" 231.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 1000.0, 1292.0], [315, \"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Vermont Regional Test Center</a>\", \"RTC-VT\", \"Vermont\", \"USA\", \"North America\", 44.4665, -73.1024, \" 107.0\", \"2014-2020\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1307.0, 580.0, 1350.0], [626, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Victorville</a>\", \"\", \"California\", \"USA\", \"North America\", 34.55, -117.28, \" 870.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [369, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vijayapura(Bijapur)</a>\", \"\", \"\", \"India\", \"Asia\", 16.847, 75.752, \" 567.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 843.0, 1621.0], [628, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Villa Park</a>\", \"\", \"California\", \"USA\", \"North America\", 33.82, -117.85, \" 78.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [630, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Visalia</a>\", \"\", \"California\", \"USA\", \"North America\", 36.33, -119.28, \" 102.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [125, \"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Visby</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.673, 18.345, \" 49.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1102.0, 496.0, 1223.0], [133, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">V\\u00e4xj\\u00f6</a>\", \"\", \"\", \"Sweden\", \"Europe\", 56.927, 14.731, \" 182.0\", \"1983-2014\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1040.0, 507.0, 1124.0], [781, \"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Wadelai</a>\", \"UGA_Solar_Wadelai\", \"\", \"Uganda\", \"Africa\", 2.725961, 31.390403, \"644\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2080.0, 938.0, 1559.0], [475, \"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Wadi Addawasir College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.43008, 44.89433, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [276, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Wadi Al-Dawaser</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.44, 44.68, \" 701.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [343, \"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Wagga Wagga</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -35.1583, 147.4575, \" 212.0\", \"1997-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1847.0, 588.0, 2208.0], [632, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Walnut</a>\", \"\", \"California\", \"USA\", \"North America\", 34.0, -117.97, \" 107.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [401, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Warangal</a>\", \"\", \"\", \"India\", \"Asia\", 18.075, 79.705, \" 278.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1894.0, 861.0, 1471.0], [434, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Wardha</a>\", \"\", \"\", \"India\", \"Asia\", 20.738, 78.592, \" 297.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1887.0, 818.0, 1562.0], [175, \"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Wasco</a>\", \"WAS\", \"Oregon\", \"USA\", \"North America\", 45.59, -120.67, \" 200.0\", \"2016-2017\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1544.0, 522.0, 1876.0], [461, \"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Washim</a>\", \"\", \"\", \"India\", \"Asia\", 20.101, 77.137, \" 546.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1902.0, 814.0, 1588.0], [122, \"<a href=\\\"https://ruisdael-observatory.nl/veenkampen/\\\">Weather Station De Veenkampen</a>\", \"\", \"Wageningen\", \"Netherlands\", \"Europe\", 51.9812, 5.6202, \"\", \"2010-\", \"\", \"Wageningen University\", \"The quality of the radiation measurements are questionable.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [527, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Wenjiang</a>\", \"\", \"\", \"China\", \"Asia\", 30.75, 103.86, \" 547.7\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1117.0, 675.0, 694.0], [719, \"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Weno</a>\", \"FSM_Solar_Weno\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \"4\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [634, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.45, \" 122.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [636, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.18, -118.57, \" 241.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [186, \"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Wien</a>\", \"\", \"\", \"Austria\", \"Europe\", 48.25, 16.36, \" 198.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1215.0, 580.0, 1183.0], [538, \"Wuhan\", \"\", \"\", \"China\", \"Asia\", 30.62, 114.13, \" 23.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1288.0, 697.0, 927.0], [530, \"Wuhan University\", \"WHU\", \"\", \"China\", \"Asia\", 30.533, 114.35, \" 30.0\", \"2006-?\", \"\", \"Wuhan University\", \"\", \"\", \"G;B;D;PAR\", \"Cfa\", \"Temperate\", 1, 1288.0, 697.0, 927.0], [546, \"Wulumuqi\", \"\", \"\", \"China\", \"Asia\", 43.78, 87.65, \" 917.9\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1584.0, 653.0, 1723.0], [78, \"Xianghe\", \"XIA\", \"\", \"China\", \"Asia\", 39.754, 116.962, \" 32.0\", \"2005-2016\", \"BSRN\", \"\", \"Station obstructed& no longer in BSRN since 2016\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1456.0, 653.0, 1445.0], [523, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xilinhot</a>\", \"\", \"\", \"China\", \"Asia\", 44.13, 116.33, \" 1107.0\", \"2007-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1639.0, 617.0, 1989.0], [526, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xuchang</a>\", \"\", \"\", \"China\", \"Asia\", 34.07, 113.93, \" 67.2\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1361.0, 708.0, 1077.0], [524, \"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Yanqi</a>\", \"\", \"\", \"China\", \"Asia\", 42.05, 86.61, \" 1056.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BWk\", \"Dry\", 1, 1690.0, 675.0, 1880.0], [746, \"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Yaren</a>\", \"NRU_Solar_Yaren\", \"\", \"Nauru\", \"Oceania\", -0.543447, 166.93197, \"28\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2139.0, 803.0, 1894.0], [732, \"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Yekepa</a>\", \"LBR_Solar_Yekepa\", \"\", \"Liberia\", \"Africa\", 7.39317, -8.66813, \"446\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1730.0, 971.0, 1062.0], [709, \"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Yerevan Agro</a>\", \"ARM_Solar_YerevanAgro\", \"\", \"Armenia\", \"Asia\", 40.1887, 44.3976, \"946\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfa\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [638, \"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Yucca Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.12, -116.42, \" 1024.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [79, \"Yushan Station\", \"YUS\", \"\", \"Taiwan\", \"Asia\", 23.4876, 120.9595, \" 3858.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1595.0, 803.0, 1204.0], [754, \"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Zabori</a>\", \"NER_Solar_Zabori\", \"\", \"Niger\", \"Africa\", 12.70536, 3.55519, \"235\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2110.0, 945.0, 1621.0], [154, \"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Zacatecas City</a>\", \"ZAC\", \"Zacatecas \", \"Mexico\", \"North America\", 22.7725, -102.6436, \" 2316.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2201.0, 646.0, 2449.0], [143, \"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Zagora</a>\", \"\", \"\", \"Morocco\", \"Africa\", 30.272, -5.852, \" 783.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2205.0, 613.0, 2602.0], [541, \"Zhengzhou\", \"\", \"\", \"China\", \"Asia\", 34.72, 113.65, \" 110.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1361.0, 708.0, 1077.0], [702, \"<a href=\\\"https://www.imk-ifu.kit.edu\\\">Zugspitze</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.421, 10.9848, \" 2965.0\", \"1995-\", \"\", \"DWD\", \"Measurements are hampered by the harsh environmental conditions which prior to 2021 caused frequent tracker issues.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [128, \"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">\\u00d6stersund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.197, 14.48, \" 374.0\", \"1983-2009\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 894.0, 453.0, 1088.0]];\n",
+       "        const data = [[\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">A Coruna</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3672, -8.4194, \" 58.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1402.0, 646.0, 1340.0], [\"Abashiri\", \"ABS\", \"\", \"Japan\", \"Asia\", 44.0178, 144.2797, \" 38.0\", \"2021-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1248.0, 642.0, 1117.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Abha</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 18.23, 42.66, \" 2039.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2270.0, 810.0, 2124.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Abu Road</a>\", \"\", \"\", \"India\", \"Asia\", 24.519, 72.783, \" 276.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Abu Samra</a>\", \"Abu\", \"\", \"Qatar\", \"Asia\", 24.75, 50.82, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2216.0, 898.0, 1920.0], [\"Adam\", \"\", \"\", \"Oman\", \"Asia\", 22.2072, 57.523, \" 250.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Adelaide Airport</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -34.9524, 138.5196, \" 2.0\", \"2003-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1880.0, 573.0, 2263.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Adrar</a>\", \"\", \"\", \"Algeria\", \"Africa\", 27.88, -0.274, \" 262.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2223.0, 803.0, 2179.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Afif Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 23.92118, 42.94815, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 774.0, 2256.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Agartala</a>\", \"\", \"\", \"India\", \"Asia\", 23.839, 91.423, \" 71.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1705.0, 880.0, 1270.0], [\"Aggeneys\", \"\", \"\", \"South Africa\", \"Africa\", -29.2945, 18.8155, \" 789.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2329.0, 431.0, 3110.0], [\"<a href=\\\"https://energydata.info/dataset/palau-solar-radiation-measurement-data\\\">Airai</a>\", \"\", \"\", \"Palau\", \"Oceania\", 7.368513, 134.53983, \" 47.0\", \"2020-2022\", \"PPA\", \"\", \"Two GHI thermopile pyranometers (Hukseflux SR30-D1 and SR20-T2), a SPN-1, three reference cells, and a weather station.\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 861.0, 1460.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aizawl</a>\", \"\", \"\", \"India\", \"Asia\", 23.743, 92.719, \" 1188.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1694.0, 945.0, 1139.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ajmer</a>\", \"\", \"\", \"India\", \"Asia\", 26.4, 74.661, \" 501.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2004.0, 737.0, 1956.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Aflaaj Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.27948, 46.73319, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2321.0, 836.0, 2164.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Baha University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.17933, 41.63561, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 770.0, 2197.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Batna</a>\", \"Bat\", \"\", \"Qatar\", \"Asia\", 25.1, 51.17, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Dawadmi College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.5569, 44.47411, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2270.0, 796.0, 2179.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Ghuwayriyah</a>\", \"Ghu\", \"\", \"Qatar\", \"Asia\", 25.84, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Hanakiyah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.85577, 40.536, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 756.0, 2245.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Jouf Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79383, 40.04886, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Jumayliyah</a>\", \"Jum\", \"\", \"Qatar\", \"Asia\", 25.61, 51.08, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Karaanah</a>\", \"Kar\", \"\", \"Qatar\", \"Asia\", 25.01, 51.04, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Kharsaah</a>\", \"Kha\", \"\", \"Qatar\", \"Asia\", 25.22, 51.0, \"\", \"2019-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Khor</a>\", \"Kho\", \"\", \"Qatar\", \"Asia\", 25.66, 51.46, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Qunfudhah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 19.15197, 41.08111, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2201.0, 839.0, 1960.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shahaniya</a>\", \"Sha\", \"\", \"Qatar\", \"Asia\", 25.39, 51.11, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Shehaimiyah</a>\", \"She\", \"\", \"Qatar\", \"Asia\", 25.86, 50.96, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Uyaynah Research Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.90689, 46.39721, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Al Wajh Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.2561, 36.443, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 715.0, 2365.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Al Wakrah</a>\", \"Wak\", \"\", \"Qatar\", \"Asia\", 25.19, 51.62, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Jouf</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.79, 40.1, \" 669.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 708.0, 2354.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-Madinah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.55, 39.7, \" 626.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2278.0, 726.0, 2336.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-ahsa</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.3, 49.48, \" 178.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Al-qaisumah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.32, 46.13, \" 358.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2132.0, 821.0, 1978.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alamosa</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 37.48, -105.87, \" 2304.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1938.0, 580.0, 2431.0], [\"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Alamosa</a>\", \"SLV\", \"Colorado\", \"USA\", \"North America\", 37.7, -105.92, \" 2317.0\", \"2014-2016\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1938.0, 580.0, 2431.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Alappuzha</a>\", \"\", \"\", \"India\", \"Asia\", 9.46, 76.331, \" 19.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 949.0, 1296.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Albany</a>\", \"\", \"New York\", \"USA\", \"North America\", 42.7, -73.83, \" 72.0\", \"1979-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1380.0, 584.0, 1449.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.17, -106.6, \" 1577.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/abq.html\\\">Albuquerque</a>\", \"ABQ\", \"New Mexico\", \"USA\", \"North America\", 35.03796, -106.62211, \" 1617.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Albuquerque</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.03, -106.62, \" 1623.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2026.0, 548.0, 2599.0], [\"Alert\", \"ALE\", \"Lincoln Sea\", \"Canada\", \"North America\", 82.49, -62.42, \" 127.0\", \"2004-2014\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 891.0, 434.0, 1555.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alhambra</a>\", \"\", \"California\", \"USA\", \"North America\", 34.08, -118.15, \" 143.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/alice-springs-2\\\">Alice Springs</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.762361, 133.875389, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2281.0, 496.0, 2865.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Alice Springs</a>\", \"ASP\", \"Northern Territory\", \"Australia\", \"Oceania\", -23.7951, 133.889, \" 546.0\", \"1995-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2281.0, 496.0, 2865.0], [\"<a href=\\\"https://energydata.info/dataset/papua-new-guinea-solar-radiation-measurement-data\\\">Alotau</a>\", \"\", \"\", \"Papua New Guinea\", \"Oceania\", -10.310113, 150.337975, \" 20.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1814.0, 821.0, 1427.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Alpine</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.85, -116.1, \" 625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Amarsagar</a>\", \"\", \"\", \"India\", \"Asia\", 26.942, 70.874, \" 273.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 737.0, 2077.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ambikapur</a>\", \"\", \"\", \"India\", \"Asia\", 23.149, 83.149, \" 603.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 821.0, 1413.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Amitie</a>\", \"amitie\", \"\", \"Seychelles\", \"Africa\", -4.321022, 55.693361, \" 3.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408667\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [\"Anmyeondo GAW station\", \"AMY\", \"\", \"South Korea\", \"Asia\", 36.53, 126.32, \" 47.0\", \"1999-\", \"WMO GAW\", \"\", \"Also measured upwards shortwave and longwave irradiance and has a skyradiometer and a Brewer.\", \"\", \"\", \"Cwa\", \"Temperate\", 2, 1431.0, 694.0, 1234.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Anse Boileau</a>\", \"anseboileau\", \"\", \"Seychelles\", \"Africa\", -4.710958, 55.484732, \" 2.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408665\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2113.0, 803.0, 1865.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antananarivo</a>\", \"antananarivo\", \"\", \"Madagascar\", \"Africa\", -18.89833, 47.546422, \" 1309.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408673\", \"Freely\", \"SPN1;UV\", \"Cwb\", \"Temperate\", 2, 2000.0, 854.0, 1745.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Antsiranana (Diego Suarez)</a>\", \"diego\", \"\", \"Madagascar\", \"Africa\", -12.348602, 49.293412, \" 108.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408675\", \"Freely\", \"SPN1;UV\", \"Aw\", \"Tropical\", 2, 2029.0, 832.0, 1745.0], [\"Arandis\", \"ARA\", \"\", \"Namibia\", \"Africa\", -22.3656, 15.0449, \" 697.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2413.0, 507.0, 2953.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Arar Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 30.918154, 41.079801, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2190.0, 712.0, 2307.0], [\"<a href=\\\"https://litdb.fmi.fi/soundingst_radiation.php\\\">Arctic Space Centre Sodankyl\\u00e4 T\\u00e4htel\\u00e4</a>\", \"\", \"\", \"Finland\", \"Europe\", 67.36664, 26.628253, \" 195.0\", \"1998-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"Data is likely of poor quality. They can be downloaded from: https://en.ilmatieteenlaitos.fi/observation-stations\", \"Freely\", \"G;B;D;IR;UV\", \"Dfc\", \"Continental\", 1, 832.0, 449.0, 1015.0], [\"Arica\", \"\", \"\", \"Chile\", \"South America\", -18.47, -70.31, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2029.0, 734.0, 1836.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Arrowhead</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -117.22, \" 1542.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [\"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Artigas Airport</a>\", \"ARM\", \"\", \"Uruguay\", \"South America\", -30.3984, -56.5117, \" 136.0\", \"2011-2020\", \"\", \"Uruguay Solar Energy Laboratory\", \"Experimental site with mixed use of instruments.\", \"\", \"G;SPN1;\", \"Cfa\", \"Temperate\", 2, 1781.0, 602.0, 1942.0], [\"<a href=\\\"http://solardata.uoregon.edu/Ashland.html\\\">Ashland</a>\", \"AS\", \"Oregon\", \"USA\", \"North America\", 42.19, -122.7, \" 595.0\", \"2000-\", \"SRML\", \"University of Oregon\", \"5-minute data from 2000 to 2018.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [\"Aswan\", \"\", \"\", \"Egypt\", \"Africa\", 23.97, 32.78, \" 192.5\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2394.0, 726.0, 2497.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Atlanta</a>\", \"\", \"Georgia\", \"USA\", \"North America\", 33.77, -84.38, \" 327.0\", \"1980-1981\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1657.0, 650.0, 1690.0], [\"Auas\", \"AUA\", \"\", \"Namibia\", \"Africa\", -22.5882, 17.3635, \" 1880.0\", \"2016-?\", \"\", \"NamPower\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 19.868, 75.323, \" 576.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 799.0, 1668.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Aurangabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.837, 84.284, \" 104.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1803.0, 799.0, 1482.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Aurere</a>\", \"aurere\", \"\", \"Reunion\", \"Africa\", -21.01977, 55.42472, \" 603.0\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693606\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://www.csiro.au/en/about/locations/state-locations/ACT/Black-Mountain\\\">BMSOLx Black Mountain</a>\", \"\", \"Canberra\", \"Australia\", \"Oceania\", -35.275, 149.1136, \" 595.0\", \"2012-2014\", \"\", \"CSIRO\", \"Unknown status.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1756.0, 610.0, 2037.0], [\"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Bac Ninh</a>\", \"VN_Solar_VNHAN_EVN\", \"\", \"Vietnam\", \"Asia\", 21.2013, 106.0629, \"60\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1325.0, 788.0, 803.0], [\"Badajoz\", \"\", \"\", \"Spain\", \"Europe\", 38.886028, -7.00925, \" 190.0\", \"2008-\", \"\", \"University of Extremadura\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1796.0, 606.0, 2073.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bagora</a>\", \"\", \"\", \"India\", \"Asia\", 25.214, 72.018, \" 91.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Bahawalpur</a>\", \"PK_Solar_Bahawalpur_QASP\", \"\", \"Pakistan\", \"Asia\", 29.32542, 71.81877, \"120\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1916.0, 829.0, 1657.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Balotra</a>\", \"\", \"\", \"India\", \"Asia\", 25.805, 72.237, \" 126.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 708.0, 2106.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Banda</a>\", \"\", \"\", \"India\", \"Asia\", 25.451, 80.345, \" 133.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1778.0, 799.0, 1434.0], [\"Bangalore\", \"BNG\", \"\", \"India\", \"Asia\", 12.96, 77.58, \" 921.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1964.0, 956.0, 1416.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bargarh</a>\", \"\", \"\", \"India\", \"Asia\", 21.32, 83.525, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 821.0, 1471.0], [\"<a href=\\\"https://gml.noaa.gov/obop/brw/\\\">Barrow</a>\", \"BAR\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.607, \" 8.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Barstow</a>\", \"\", \"California\", \"USA\", \"North America\", 34.88, -117.0, \" 664.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [\"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Bauchi</a>\", \"NGA_Solar_Bauchi\", \"\", \"Nigeria\", \"Africa\", 10.28526, 9.85059, \"597\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2110.0, 956.0, 1599.0], [\"Beijing\", \"\", \"\", \"China\", \"Asia\", 39.8, 116.47, \" 54.0\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1456.0, 653.0, 1445.0], [\"Bermuda\", \"BER\", \"Bermuda\", \"USA\", \"North America\", 32.267, -64.667, \" 8.0\", \"1992-2013& 2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1716.0, 745.0, 1548.0], [\"Bernex (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.172, 6.067, \" 473.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;SPN1\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhandara</a>\", \"\", \"\", \"India\", \"Asia\", 21.157, 79.578, \" 274.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhogat</a>\", \"\", \"\", \"India\", \"Asia\", 22.029, 69.261, \" 14.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1997.0, 792.0, 1799.0], [\"Bhopal\", \"BHP\", \"\", \"India\", \"Asia\", 23.28, 77.35, \" 523.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1880.0, 785.0, 1642.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bhubaneshwar</a>\", \"\", \"\", \"India\", \"Asia\", 20.349, 85.89, \" 20.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1737.0, 876.0, 1234.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bilaspur</a>\", \"\", \"\", \"India\", \"Asia\", 22.075, 82.184, \" 267.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 810.0, 1486.0], [\"Billings\", \"BIL\", \"Oklahoma\", \"USA\", \"North America\", 36.605, -97.516, \" 317.0\", \"1993-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/bis.html\\\">Bismarck</a>\", \"BIS\", \"North Dakota\", \"USA\", \"North America\", 46.77179, -100.75955, \" 503.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1482.0, 566.0, 1770.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Bismarck</a>\", \"\", \"North Dakota\", \"USA\", \"North America\", 46.77, -100.77, \" 511.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1482.0, 566.0, 1770.0], [\"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Bissau</a>\", \"GNB_Solar_Bissau\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 11.85643, -15.58877, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1989.0, 927.0, 1467.0], [\"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Blantyre</a>\", \"MWI_Solar_Blantyre_BLZ\", \"\", \"Malawi\", \"Africa\", -15.67996, 34.97203, \"770\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1993.0, 836.0, 1716.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Blue Hill</a>\", \"\", \"Massachusetts\", \"USA\", \"North America\", 42.22, -71.12, \" 200.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1405.0, 569.0, 1562.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Bluefield State College</a>\", \"\", \"West Virginia\", \"USA\", \"North America\", 37.27, -81.24, \" 803.0\", \"1985-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfb\", \"Temperate\", 2, 1486.0, 646.0, 1467.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Blythe</a>\", \"\", \"California\", \"USA\", \"North America\", 33.6, -114.6, \" 81.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 460.0, 2913.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Bodana</a>\", \"\", \"\", \"India\", \"Asia\", 27.606, 72.109, \" 168.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boise</a>\", \"\", \"Idaho\", \"USA\", \"North America\", 43.57, -116.22, \" 873.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1672.0, 533.0, 2080.0], [\"<a href=\\\"http://www.srrb.noaa.gov/surfrad/bondvill.html\\\">Bondville</a>\", \"BON\", \"Illinois\", \"USA\", \"North America\", 40.05192, -88.37309, \" 230.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1478.0, 610.0, 1555.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Borl\\u00e4nge</a>\", \"\", \"\", \"Sweden\", \"Europe\", 60.488, 15.43, \" 164.0\", \"1983-2010\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 956.0, 460.0, 1161.0], [\"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Bougouni</a>\", \"MLI_Solar_Bougouni\", \"\", \"Mali\", \"Africa\", 11.40743, -7.48193, \"335\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2102.0, 902.0, 1694.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Boulder</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 40.1, -105.25, \" 1634.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 664.0, 1894.0], [\"Boulder\", \"BOU\", \"Colorado\", \"USA\", \"North America\", 40.05, -105.007, \" 1577.0\", \"1992-2016\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/tablemt.html\\\">Boulder</a>\", \"BOS\", \"Colorado\", \"USA\", \"North America\", 40.12498, -105.2368, \" 1689.0\", \"1995-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1679.0, 664.0, 1894.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Boulder City</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.02, -114.77, \" 457.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2073.0, 474.0, 2807.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Bras Panon Moreau</a>\", \"braspanonmoreau\", \"\", \"Reunion\", \"Africa\", -21.002649, 55.682897, \" 20.0\", \"2010-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092821\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/brasilia.html\\\">Brasilia</a>\", \"BRB\", \"\", \"Brazil\", \"South America\", -15.601259, -47.713774, \" 1023.0\", \"2006-2015&2018-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2022.0, 723.0, 1982.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Broome Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -17.9475, 122.2352, \" 7.42\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2270.0, 558.0, 2624.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Brownsville</a>\", \"\", \"Texas\", \"USA\", \"North America\", 25.9, -97.43, \" 12.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1821.0, 675.0, 1778.0], [\"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Buchanan</a>\", \"LBR_Solar_Buchanan\", \"\", \"Liberia\", \"Africa\", 5.92397, -9.99337, \"20\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1624.0, 956.0, 934.0], [\"Budapest-Lorinc\", \"BUD\", \"Budapest\", \"Hungary\", \"Europe\", 47.4291, 19.1822, \" 139.1\", \"2019-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1285.0, 591.0, 1278.0], [\"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-BKT\\\">Bukit Kototabang</a>\", \"BKT\", \"\", \"Indonesia\", \"Asia\", -0.20194, 100.31805, \" 864.0\", \"2015-?\", \"WMO GAW\", \"BMKG\", \"\", \"\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1701.0, 1029.0, 923.0], [\"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Bumbuna</a>\", \"SLE_Solar_Bumbuna\", \"\", \"Sierra Leone\", \"Africa\", 9.03529, -11.76454, \"140\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 960.0, 1274.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Burlington</a>\", \"\", \"Vermont\", \"USA\", \"North America\", 44.47, -73.15, \" 112.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1307.0, 580.0, 1350.0], [\"<a href=\\\"http://solardata.uoregon.edu/Burns.html\\\">Burns</a>\", \"BU\", \"Oregon\", \"USA\", \"North America\", 43.52, -119.02, \" 1265.0\", \"1994-\", \"SRML\", \"University of Oregon\", \"5 min data from 1994 to 2011.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1664.0, 551.0, 2044.0], [\"<a href=\\\"https://sauran.ac.za/\\\">CSIR Energy Centre</a>\", \"CSIR\", \"Pretoria\", \"South Africa\", \"Africa\", -25.746519, 28.278739, \" 1400.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of building\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2070.0, 628.0, 2325.0], [\"<a href=\\\"https://dataplatform.knmi.nl/dataset/cesar-bsrn-irraddown-la1-t1-v1-0\\\">Cabauw</a>\", \"CAB\", \"\", \"Netherlands\", \"Europe\", 51.9711, 4.9267, \" 0.0\", \"2005-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Caceres</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.4722, -6.3394, \" 405.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1785.0, 591.0, 2088.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/cachoeira.html\\\">Cachoeira Paulista</a>\", \"CPA\", \"\", \"Brazil\", \"South America\", -22.6896, -45.0062, \" 574.0\", \"2014-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017. No photos or instument info was provided\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1796.0, 701.0, 1719.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/caico.html\\\">Caic\\u00f3</a>\", \"CAI\", \"\", \"Brazil\", \"South America\", -6.4669, -37.0847, \" 176.0\", \"2002-2019\", \"SONDA\", \"INPE\", \"No maintenance between 2016-2017\", \"Freely\", \"G;B;IR\", \"Aw\", \"Tropical\", 2, 2267.0, 788.0, 2157.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cairns Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -16.8736, 145.7458, \" 2.22\", \"1997-2004\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Am\", \"Tropical\", 1, 1978.0, 715.0, 1913.0], [\"Cairo\", \"\", \"\", \"Egypt\", \"Africa\", 30.08, 31.28, \" 34.4\", \"2004-?\", \"WMO RRC\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Cairo</a>\", \"\", \"\", \"Egypt\", \"Africa\", 30.036, 31.009, \" 104.0\", \"2012-\", \"enerMENA\", \"Cairo University\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2084.0, 741.0, 2077.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/40425/1/Camborne_BSRN_Station_Info.pdf\\\">Camborne</a>\", \"CAM\", \"\", \"United Kingdom\", \"Europe\", 50.2167, -5.3167, \" 88.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1161.0, 606.0, 1062.0], [\"Cape Baranova\", \"CAP\", \"\", \"Russia\", \"Europe\", 79.27, 101.75, \"\", \"2016-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 829.0, 544.0, 953.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cape Grim</a>\", \"\", \"Tasmania\", \"Australia\", \"Oceania\", -40.6817, 144.6892, \" 95.0\", \"1997-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1496.0, 690.0, 1405.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/capehedo/capehedo.html\\\">Cape Hedo</a>\", \"\", \"\", \"Japan\", \"Asia\", 26.867, 128.248, \" 65.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1573.0, 708.0, 1314.0], [\"<a href=\\\"https://gml.noaa.gov/obop/smo/\\\">Cape Matatula</a>\", \"SMO\", \"Tutila Island\", \"American Samoa\", \"Oceania\", 14.2474, 170.5644, \" 42.0\", \"1976-\", \"ABO\", \"NOAA\", \"Diffuse irradiance measurements first started in 1995.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2190.0, 774.0, 2077.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Caribou</a>\", \"\", \"Maine\", \"USA\", \"North America\", 46.87, -68.02, \" 195.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1285.0, 558.0, 1442.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Carlsbad</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.33, \" 23.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [\"Carouge (Geneva)\", \"\", \"\", \"Switzerland\", \"Europe\", 46.176, 6.139, \" 432.0\", \"2010-?\", \"\", \"University of Geneva\", \"\", \"\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1325.0, 602.0, 1391.0], [\"Carpentras\", \"CAR\", \"\", \"France\", \"Europe\", 44.083, 5.059, \" 100.0\", \"1996-2018\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1511.0, 580.0, 1745.0], [\"Casaccia Research Center\", \"CAS\", \"Lazio\", \"Italy\", \"Europe\", 42.04167, 12.30667, \"\", \"2001-\", \"\", \"ENEA\", \"Since 2020 also has PAR,albedo,UVA,UVB,spectral\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1559.0, 613.0, 1686.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Caverne Dufour</a>\", \"cavernedufour\", \"\", \"Reunion\", \"Africa\", -21.109176, 55.495655, \" 2495.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.5812546\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"Cener\", \"CNR\", \"Navarra\", \"Spain\", \"Europe\", 42.816, -1.601, \" 471.0\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1562.0, 631.0, 1679.0], [\"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Central Highlands</a>\", \"VN_Solar_VNCEH_EVN\", \"\", \"Vietnam\", \"Asia\", 12.7535, 107.8761, \"290\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1825.0, 920.0, 1310.0], [\"<a href=\\\"https://sauran.ac.za\\\">Central University of Technology</a>\", \"CUT\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.121337, 26.215909, \" 1397.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of the Engineering building\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandigarh</a>\", \"\", \"\", \"India\", \"Asia\", 30.748, 76.756, \" 346.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1883.0, 756.0, 1781.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrapur</a>\", \"\", \"\", \"India\", \"Asia\", 19.921, 79.319, \" 208.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 832.0, 1493.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chandrodi</a>\", \"\", \"\", \"India\", \"Asia\", 23.334, 70.637, \" 74.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 770.0, 1821.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Charanka</a>\", \"\", \"\", \"India\", \"Asia\", 23.893, 71.212, \" 12.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2022.0, 752.0, 1927.0], [\"Chengdu\", \"\", \"\", \"China\", \"Asia\", 30.67, 104.02, \" 506.1\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1150.0, 697.0, 697.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chennai</a>\", \"\", \"\", \"India\", \"Asia\", 12.956, 80.217, \" 1.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 905.0, 1434.0], [\"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Chesapeake Light</a>\", \"CLH\", \"North Atlantic Ocean\", \"USA\", \"North America\", 36.905, -75.713, \" 37.0\", \"2000-2016\", \"BSRN\", \"NASA\", \"Closed due to structural issues\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1573.0, 675.0, 1486.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Cheyenne</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 41.13, -104.82, \" 1876.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1679.0, 580.0, 2029.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/chiba/chiba.html\\\">Chiba</a>\", \"\", \"\", \"Japan\", \"Asia\", 35.625, 140.104, \" 21.0\", \"1999-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1387.0, 664.0, 1230.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chilakapalem</a>\", \"\", \"\", \"India\", \"Asia\", 18.27, 83.809, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 905.0, 1219.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Chilanga</a>\", \"ZMB_Solar_Lusaka_Chilanga\", \"\", \"Zambia\", \"Africa\", -15.54831, 28.24822, \"1224\", \"2015-2018\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [\"Chinese University of Hong Kong\", \"CUHK\", \"\", \"China\", \"Asia\", 22.4207, 114.2085, \" 150.0\", \"2003-?\", \"\", \"University of Hong Kong\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1515.0, 745.0, 1142.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Chitradurga</a>\", \"\", \"\", \"India\", \"Asia\", 14.216, 76.428, \" 760.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2015.0, 902.0, 1591.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Choma</a>\", \"ZMB_Solar_Choma_Mochipapa\", \"\", \"Zambia\", \"Africa\", -16.83822, 27.07046, \"1282\", \"2015-2019\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2095.0, 741.0, 2073.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Chula Vista</a>\", \"\", \"California\", \"USA\", \"North America\", 32.67, -117.03, \" 20.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [\"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Chuuk</a>\", \"\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Bras Sec</a>\", \"cilaosbrassec\", \"\", \"Reunion\", \"Africa\", -21.141754, 55.489703, \" 1269.0\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092842\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Piscine</a>\", \"cilaospiscine\", \"\", \"Reunion\", \"Africa\", -21.136158, 55.47416, \" 1213.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092835\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cilaos Thermes</a>\", \"cilaosthermes\", \"\", \"Reunion\", \"Africa\", -21.12894, 55.47332, \" 1255.8\", \"2012-2013\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092847\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Cuahut\\u00e9moc</a>\", \"CDC\", \"Chihuahua\", \"Mexico\", \"North America\", 28.4504, -106.7942, \" 2112.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2150.0, 580.0, 2606.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ciudad Universitaria</a>\", \"UNAM\", \"Mexico City\", \"Mexico\", \"North America\", 19.3262, -99.176, \" 2284.0\", \"2015-\", \"WMO RRC\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 2011.0, 770.0, 1858.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Cocos Island</a>\", \"COC\", \"Cocos (Keeling) Islands\", \"Australia\", \"Oceania\", -12.1892, 96.8344, \" 3.0\", \"2004-\", \"BSRN\", \"BOM\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2055.0, 923.0, 1599.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Coeneo</a>\", \"COE\", \"Michoac\\u00e1n\", \"Mexico\", \"North America\", 19.8137, -101.6946, \" 1990.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2070.0, 737.0, 2040.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Colorado Regional Test Center</a>\", \"RTC-CO\", \"Colorado\", \"USA\", \"North America\", 39.7407, -105.1771, \" 1783.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Columbia</a>\", \"\", \"Missouri\", \"USA\", \"North America\", 38.82, -92.22, \" 277.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1559.0, 595.0, 1708.0], [\"Concordia Station& Dome C\", \"DOM\", \"\", \"Antarctica\", \"Antarctica\", -75.1, 123.383, \" 3233.0\", \"2006-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1296.0, 420.0, 2931.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Cordoba</a>\", \"\", \"\", \"Spain\", \"Europe\", 37.8444, -4.8506, \" 91.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1836.0, 635.0, 2077.0], [\"Coya Sur\", \"\", \"\", \"Chile\", \"South America\", -22.39, -69.62, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Cratere Bory</a>\", \"craterebory\", \"\", \"Reunion\", \"Africa\", -21.244138, 55.709018, \" 2584.2\", \"2016-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092849\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"Crucero\", \"\", \"\", \"Chile\", \"South America\", -22.27, -69.56, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [\"<a href=\\\"https://solar.minenergia.cl/mediciones\\\">Crucero II</a>\", \"Crucero2\", \"\", \"Chile\", \"South America\", -22.27, -69.57, \" 1183.0\", \"2012-2022\", \"\", \"Ministry of Energy of Chile\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2621.0, 380.0, 3562.0], [\"Curic\\u00f3\", \"\", \"\", \"Chile\", \"South America\", -34.97, -71.25, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1945.0, 474.0, 2478.0], [\"<a href=\\\"https://weatherdata.construct.dtu.dk/\\\">DTU Lyngby</a>\", \"DTU\", \"Capital region\", \"Denmark\", \"Europe\", 55.7906, 12.5251, \" 50.0\", \"2014-\", \"\", \"Technical University of Denmark\", \"Elevation is approximate.\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [\"DTU Ris\\u00f8\", \"RIS\", \"Region Zealand\", \"Denmark\", \"Europe\", 55.6943, 12.1017, \" 13.0\", \"2017-\", \"\", \"Technical University of Denmark\", \"Also has spectral measurements. Elevation is approximate.\", \"Not available\", \"G;B;D;IR;UV\", \"Cfb\", \"Temperate\", 1, 1084.0, 511.0, 1175.0], [\"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Da Nang</a>\", \"VN_Solar_VNDAN_EVN\", \"\", \"Vietnam\", \"Asia\", 16.0125, 108.1865, \"24\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1748.0, 818.0, 1318.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Dali</a>\", \"\", \"\", \"China\", \"Asia\", 25.71, 100.18, \" 1990.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1719.0, 792.0, 1533.0], [\"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Dapaong</a>\", \"TGO_Solar_Dapaong\", \"\", \"Togo\", \"Africa\", 10.89189, 0.18984, \"310\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1997.0, 912.0, 1511.0], [\"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_Dar es Salaam\", \"\", \"Tanzania\", \"Africa\", -6.780883, 39.203773, \"93\", \"2020-\", \"ESMAP\", \"UDSM\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [\"<a href=\\\"https://energydata.info/dataset/tanzania-solar-radiation-measurement-data\\\">Dar es Salaam</a>\", \"TZA_Solar_DaresSalaam_UDSM\", \"\", \"Tanzania\", \"Africa\", -6.781101, 39.2039, \"190\", \"2015-\", \"ESMAP\", \"Consortium\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2062.0, 836.0, 1752.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Darwin</a>\", \"DAR\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.4239, 130.8925, \" 30.4\", \"2002-2021\", \"BSRN\", \"BOM\", \"BSRN data available until 2015\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [\"Darwin Met Office\", \"DWN\", \"Northern Territory\", \"Australia\", \"Oceania\", -12.424, 130.8925, \" 32.0\", \"2008-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2077.0, 839.0, 1807.0], [\"<a href=\\\"https://energydata.info/dataset/togo-solar-radiation-measurement-data\\\">Davi\\u00e9</a>\", \"TGO_Solar_Davi\\u00e9\", \"\", \"Togo\", \"Africa\", 6.39307, 1.18647, \"91\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1763.0, 975.0, 1088.0], [\"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Davos</a>\", \"DAV\", \"\", \"Switzerland\", \"Europe\", 46.813, 9.844, \" 1610.0\", \"2000-\", \"WMO RRC\", \"MeteoSwiss\", \"GHI started in 1995, DNI in 2000, and diffuse in 2003.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1314.0, 606.0, 1405.0], [\"De Aar\", \"DAA\", \"\", \"South Africa\", \"Africa\", -30.6667, 23.993, \" 1287.0\", \"2000-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2212.0, 482.0, 2898.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Dehradun</a>\", \"\", \"\", \"India\", \"Asia\", 30.416, 77.967, \" 844.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Dembeni</a>\", \"dembeni\", \"\", \"Mayotte\", \"Africa\", -12.846892, 45.18093, \" 107.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 1 (SE)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.65, -104.85, \" 1628.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Denver 2 (Holly)</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.75, -104.9, \" 1625.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1778.0, 558.0, 2201.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Deoghar</a>\", \"\", \"\", \"India\", \"Asia\", 24.513, 86.656, \" 262.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1723.0, 839.0, 1299.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Desert Rock</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.62, -116.02, \" 1007.0\", \"1979-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2095.0, 467.0, 2862.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/desrock.html\\\">Desert Rock</a>\", \"DRA\", \"Nevada\", \"USA\", \"North America\", 36.62373, -116.01947, \" 1007.0\", \"1994-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2095.0, 467.0, 2862.0], [\"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Dharan</a>\", \"NPL_Solar_Dharan\", \"\", \"Nepal\", \"Asia\", 26.79291, 87.29263, \"315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1624.0, 858.0, 1172.0], [\"Diego de Almagro\", \"\", \"\", \"Chile\", \"South America\", -26.38, -70.04, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2183.0, 646.0, 2409.0], [\"Dobele\", \"\", \"\", \"Latvia\", \"Europe\", 56.62, 23.32, \" 42.0\", \"?\", \"Latvian Environment Geology and Meteorology Centre (LEGMC)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1055.0, 526.0, 1121.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Dodge City</a>\", \"\", \"Kansas\", \"USA\", \"North America\", 37.77, -99.97, \" 795.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1785.0, 551.0, 2168.0], [\"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Dodoma</a>\", \"TZA_Solarn_Dodoma\", \"\", \"Tanzania\", \"Africa\", -6.180039, 35.699039, \"1139\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2259.0, 803.0, 2110.0], [\"Dongsha Atoll\", \"DON\", \"\", \"Taiwan\", \"Asia\", 20.7, 116.73, \" 2.0\", \"?\", \"BSRN\", \"\", \"Candidate\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1679.0, 814.0, 1245.0], [\"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Dori</a>\", \"BFA_Solar_Dori\", \"\", \"Burkina Faso\", \"Africa\", 14.03045, -0.02435, \"285\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2219.0, 902.0, 1858.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Duba Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.34103, 35.72295, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2281.0, 617.0, 2559.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Dukhan</a>\", \"Duk\", \"\", \"Qatar\", \"Asia\", 25.41, 50.76, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2117.0, 880.0, 1818.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Durban</a>\", \"durban\", \"\", \"South Africa\", \"Africa\", -29.87098, 30.97695, \" 150.0\", \"2013-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092844\", \"Freely\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [\"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">D\\u00e9dougou</a>\", \"BFA_Solar_D\\u00e9dougou\", \"\", \"Burkina Faso\", \"Africa\", 12.4662, -3.47294, \"305\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2135.0, 887.0, 1759.0], [\"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE La Magnolia</a>\", \"TAI\", \"\", \"Uruguay\", \"South America\", -31.709, -55.8269, \" 142.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1734.0, 606.0, 1869.0], [\"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">EE Palo a Pique</a>\", \"PPI\", \"\", \"Uruguay\", \"South America\", -33.2581, -54.4804, \" 26.0\", \"2016-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;SPN1\", \"Cfa\", \"Temperate\", 2, 1741.0, 661.0, 1836.0], [\"<a href=\\\"https://www.arm.gov/capabilities/observatories/ena/locations/c1\\\">Eastern North Atlantic</a>\", \"ENA\", \"Azores\", \"Portugal\", \"Europe\", 39.0911, -28.0292, \" 15.2\", \"2015-\", \"BSRN; ARM\", \"\", \"Ongoing issues with calibration.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 730.0, 1365.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UTPASRL\\\">Edinburg</a>\", \"UTRGV SRL\", \"Texas\", \"USA\", \"North America\", 26.3059, -98.1716, \" 45.0\", \"2011-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 1854.0, 646.0, 1902.0], [\"<a href=\\\"https://energydata.info/dataset/vanuatu-solar-radiation-measurement-data\\\">Efate</a>\", \"\", \"\", \"Vanuatu\", \"Oceania\", -17.709738, 168.211453, \" 152.0\", \"2020-2022\", \"PPA\", \"\", \"The station is located on the UNELCO wind farm on Efate Island, Vanuatu.\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1883.0, 777.0, 1628.0], [\"Ejinaqi\", \"\", \"\", \"China\", \"Asia\", 41.95, 101.07, \" 940.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1821.0, 620.0, 2194.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Cajon</a>\", \"\", \"California\", \"USA\", \"North America\", 32.78, -116.97, \" 140.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">El Paso</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.8, -106.4, \" 1206.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2164.0, 526.0, 2741.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Segundo</a>\", \"\", \"California\", \"USA\", \"North America\", 33.9, -118.42, \" 12.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1847.0, 694.0, 1916.0], [\"El Tesoro\", \"\", \"\", \"Chile\", \"South America\", -22.93, -69.07, \"\", \"2009-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2621.0, 380.0, 3562.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">El Toro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.63, -117.7, \" 110.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [\"El-Farafra\", \"\", \"\", \"Egypt\", \"Africa\", 27.06, 27.99, \" 82.2\", \"2004-?\", \"\", \"Egyptian Meteorological Authority (EMA)\", \"Data from 2004-2010 can be downloaded from http://www.pangaea.de/ using the unique identifier doi:10.1594/PANGAEA.848804\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 701.0, 2435.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Eldorado</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 35.8, -115.0, \" 547.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2110.0, 471.0, 2862.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Elizabeth City State University</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 36.3, -76.25, \" 4.0\", \"1990-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband until 1995. In 1996 it was measured with a shading disk on a tracker.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1599.0, 617.0, 1712.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Ely</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.28, -114.85, \" 1912.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1825.0, 591.0, 2256.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Erfoud</a>\", \"\", \"\", \"Morocco\", \"Africa\", 31.491, -4.218, \" 859.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2146.0, 661.0, 2442.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Erode</a>\", \"\", \"\", \"India\", \"Asia\", 11.27, 77.604, \" 272.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1960.0, 953.0, 1387.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Escondido</a>\", \"\", \"California\", \"USA\", \"North America\", 33.13, -117.1, \" 216.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/SUT/SUT%20Station%20Details.pdf\\\">Eskom Sutherland</a>\", \"SALT\", \"Sutherland\", \"South Africa\", \"Africa\", -32.221992, 20.347775, \" 1450.0\", \"2016-2017\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [\"<a href=\\\"https://sauran.ac.za/\\\">Eskom Sutherland SALT</a>\", \"\", \"Sutherland\", \"South Africa\", \"Africa\", -32.377781, 20.81167, \" 1761.0\", \"2017-2020\", \"SAURAN\", \"\", \"Permanently offline. Karoo scrubland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2179.0, 456.0, 2942.0], [\"<a href=\\\"http://solardata.uoregon.edu/Eugene.html\\\">Eugene</a>\", \"EU\", \"Oregon\", \"USA\", \"North America\", 44.0468, -123.0742, \" 150.0\", \"1977-\", \"SRML\", \"University of Oregon\", \"Has tilted irradiance measurements and some spectral data.\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1424.0, 551.0, 1595.0], [\"<a href=\\\"https://en.wikipedia.org/wiki/Eureka,_Nunavut\\\">Eureka</a>\", \"EUR\", \"Ellesmere Island\", \"Canada\", \"North America\", 79.989, -85.9404, \" 85.0\", \"2007-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 836.0, 416.0, 1387.0], [\"<a href=\\\"https://re.jrc.ec.europa.eu/meteo/meteo.php\\\">European Solar Test Installation - JRC</a>\", \"JRC\", \"Ispra\", \"Italy\", \"Europe\", 45.81206, 8.62706, \" 220.0\", \"1996-\", \"\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [\"Evora;Mitra\", \"\", \"\", \"Portugal\", \"Europe\", 38.531, -8.011, \" 220.0\", \"2014-\", \"\", \"University of \\u00c9vora\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1789.0, 599.0, 2048.0], [\"Fairbanks\", \"\", \"Alaska\", \"USA\", \"North America\", 64.853, -147.8603, \" 138.0\", \"2018-\", \"\", \"University of Alaska Fairbanks (UAF)\", \"Cleaned once a week. Also measures soiling and albedo.\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.82, -147.87, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 956.0, 467.0, 1259.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">Fairbanks</a>\", \"\", \"Alaska\", \"USA\", \"North America\", 64.86, -147.87, \" 138.0\", \"1981-1984\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 956.0, 467.0, 1259.0], [\"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Fana</a>\", \"MLI_Solar_Fana\", \"\", \"Mali\", \"Africa\", 12.76684, -6.96159, \"329\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2135.0, 891.0, 1752.0], [\"<a href=\\\"https://energydata.info/dataset/the-gambia-solar-radiation-measurement-data\\\">Farafenni</a>\", \"GMB_Solar_Farafenni\", \"\", \"Gambia\", \"Africa\", 13.57301, -15.59253, \"19\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2124.0, 912.0, 1697.0], [\"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Fatick</a>\", \"SEN_Solar_Fatick\", \"\", \"Senegal\", \"Africa\", 14.36751, -16.41346, \"8\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [\"<a href=\\\"https://energydata.info/dataset/bangladesh-solar-radiation-measurement-data\\\">Feni</a>\", \"BGD_Solar_BDFE2_Feni\", \"\", \"Bangladesh\", \"Asia\", 22.80029, 91.35819, \"5\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1778.0, 876.0, 1361.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Fig Tree</a>\", \"ZM_Solar_FigTree_IFC\", \"\", \"Zambia\", \"Africa\", -15.001425, 28.549047, \"1143\", \"2018\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 777.0, 1975.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NWTC\\\">Flatirons M2</a>\", \"NWTC\", \"Colorado\", \"USA\", \"North America\", 39.9106, -105.2347, \" 1855.0\", \"2021-\", \"NREL MIDC\", \"NREL\", \"Regular calibration and cleaning as of 2022.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/florianopolis.html\\\">Florianopolis</a>\", \"FLO;FLN\", \"\", \"Brazil\", \"South America\", -27.6017, -48.5178, \" 31.0\", \"1994-2005&2013-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1580.0, 657.0, 1478.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Florida Regional Test Center</a>\", \"RTC-FL\", \"Florida\", \"USA\", \"North America\", 28.40509, -80.7709, \" 10.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 686.0, 1737.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/ftpeck.html\\\">Fort Peck</a>\", \"FPE\", \"Montana\", \"USA\", \"North America\", 48.30783, -105.1017, \" 634.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1453.0, 588.0, 1705.0], [\"Freiburg\", \"\", \"\", \"Germany\", \"Europe\", 48.0114, 7.837, \" 253.0\", \"2018-?\", \"\", \"Fraunhofer\", \"The coordinates were derived from https://www.sciencedirect.com/science/article/pii/S0038092X24000136\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1212.0, 591.0, 1175.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Fresno</a>\", \"\", \"California\", \"USA\", \"North America\", 36.77, -119.72, \" 102.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/fukue/fukue.html\\\">Fukue</a>\", \"\", \"\", \"Japan\", \"Asia\", 32.752, 128.682, \" 80.0\", \"2003-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1402.0, 726.0, 1055.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/36862/41/Fukuoka_old-and-new.pdf\\\">Fukuoka</a>\", \"FUA\", \"\", \"Japan\", \"Asia\", 33.5822, 130.3764, \" 3.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1398.0, 704.0, 1153.0], [\"<a href=\\\"https://energydata.info/dataset/tuvalu-solar-radiation-measurement-data\\\">Funafuti</a>\", \"\", \"\", \"Tuvalu\", \"Oceania\", -8.525087, 179.196323, \" 0.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, NaN, NaN, NaN], [\"<a href=\\\"https://sauran.ac.za/station-documents/GRT/GRT%20Station%20Details.pdf\\\">GIZ Graaff-Reinet</a>\", \"GRN\", \"Graaff-Reinet\", \"South Africa\", \"Africa\", -32.48547, 24.585819, \" 660.0\", \"2013-2016\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2011.0, 540.0, 2511.0], [\"<a href=\\\"https://sauran.ac.za/\\\">GIZ Murraysburg</a>\", \"MRB\", \"Murraysburg\", \"South Africa\", \"Africa\", -31.890091, 24.056231, \" 1548.0\", \"2017-2019\", \"SAURAN\", \"\", \"Permanently offline. Inside enclosure on rural farmland.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2132.0, 522.0, 2734.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/RVD/RVD%20Station%20Details.pdf\\\">GIZ Richtersveld</a>\", \"RVLD\", \"Alexander Bay\", \"South Africa\", \"Africa\", -28.560841, 16.761459, \" 141.0\", \"2014-2024\", \"SAURAN\", \"\", \"Inside enclosure in desert region\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2175.0, 628.0, 2460.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/UFS/UFS%20Station%20Details.pdf\\\">GIZ University of Free State</a>\", \"UFS\", \"Bloemfontein\", \"South Africa\", \"Africa\", -29.110741, 26.18503, \" 1491.0\", \"2014-2017\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2124.0, 562.0, 2610.0], [\"<a href=\\\"https://sauran.ac.za\\\">GIZ University of Pretoria</a>\", \"UOP\", \"Pretoria\", \"South Africa\", \"Africa\", -25.75308, 28.22859, \" 1410.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building. Also has acronym UPR.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2070.0, 628.0, 2325.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/VAN/VAN%20Station%20Details.pdf\\\">GIZ Vanrhynsdorp</a>\", \"RVLD\", \"Vanrhynsdorp\", \"South Africa\", \"Africa\", -31.617479, 18.73834, \" 130.0\", \"2016-2019\", \"SAURAN\", \"\", \"Inside enclosure on rural farmland. Permanently offline. Also goes by the acronym VAN.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2139.0, 493.0, 2745.0], [\"<a href=\\\"https://energydata.info/dataset/guinea-bissau-solar-radiation-measurement-data\\\">Gabu</a>\", \"GNB_Solar_Gabu\", \"\", \"Guin\\u00e9e-Bissau\", \"NaN\", 12.30108, -14.24273, \"75\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2073.0, 916.0, 1617.0], [\"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Gan</a>\", \"MDV_Solar_Gan_GAN\", \"\", \"Maldives\", \"Asia\", -0.6911, 73.1599, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2066.0, 858.0, 1686.0], [\"Gandhinagar\", \"GAN\", \"\", \"India\", \"Asia\", 23.1101, 72.6276, \" 65.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1982.0, 818.0, 1745.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gangtok</a>\", \"\", \"\", \"India\", \"Asia\", 27.373, 88.6, \" 1920.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1471.0, 788.0, 1146.0], [\"Gantner\", \"\", \"Arizona\", \"USA\", \"North America\", 33.4239, -111.9098, \" 357.0\", \"2010-\", \"\", \"Gantner Instruments\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2128.0, 478.0, 2814.0], [\"Geermu\", \"\", \"\", \"China\", \"Asia\", 36.42, 94.9, \" 2807.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1931.0, 730.0, 2110.0], [\"<a href=\\\"https://www.awi.de/en/science/long-term-observations/atmosphere/antarctic-neumayer.html\\\">Georg von Neumayer</a>\", \"GVN\", \"Dronning Maud Island\", \"Antarctica\", \"Antarctica\", -70.65, -8.25, \" 42.0\", \"1982-\", \"BSRN\", \"\", \"Neumayer-station II from 1992-2009& Neumayer station III from 2009. BSRN FTP server only has data from 1992.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 978.0, 573.0, 1132.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Geraldton Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -28.7953, 114.6975, \" 33.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csa\", \"Temperate\", 1, 2143.0, 580.0, 2529.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ghardaia</a>\", \"\", \"\", \"Algeria\", \"Africa\", 32.386, 3.78, \" 463.0\", \"2012-\", \"enerMENA\", \"CDER\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2124.0, 679.0, 2376.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Ghasham Farm</a>\", \"Gha\", \"\", \"Qatar\", \"Asia\", 24.85, 51.27, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Gila Bend</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.93, -112.72, \" 224.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2168.0, 471.0, 2884.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Gizan</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.9, 42.58, \" 7.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [\"Gobabeb\", \"GOB\", \"Namib Desert\", \"Namibia\", \"Africa\", -23.5614, 15.042, \" 407.0\", \"2012-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2416.0, 485.0, 2978.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gokak</a>\", \"\", \"\", \"India\", \"Asia\", 16.288, 74.835, \" 575.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 832.0, 1559.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/goodwin.html\\\">Goodwin Creek</a>\", \"GCR\", \"Mississippi\", \"USA\", \"North America\", 34.2547, -89.8729, \" 98.0\", \"1995-\", \"BSRN;SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1639.0, 624.0, 1719.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gorakhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.73, 83.434, \" 71.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 818.0, 1321.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Grand Junction</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 39.12, -108.53, \" 1473.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1836.0, 613.0, 2234.0], [\"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Granite Island</a>\", \"GIM\", \"Michigan\", \"USA\", \"North America\", 46.721, -87.411, \" 208.0\", \"2019-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 562.0, 1314.0], [\"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Graz</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.08, 15.45, \" 398.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1197.0, 606.0, 1153.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Great Falls</a>\", \"\", \"Montana\", \"USA\", \"North America\", 47.5, -111.37, \" 1125.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1467.0, 562.0, 1748.0], [\"Grimstad\", \"\", \"\", \"Norway\", \"Europe\", 58.3345, 8.5753, \" 40.0\", \"2019-\", \"\", \"University of Agder\", \"Also has Spectrafy instruments and reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Cfb\", \"Temperate\", 1, 1037.0, 471.0, 1201.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Guam</a>\", \"\", \"Marianas Islands\", \"USA\", \"North America\", 13.45, -144.68, \" 111.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2044.0, 854.0, 1723.0], [\"Guangzhou\", \"\", \"\", \"China\", \"Asia\", 23.17, 113.33, \" 6.6\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1376.0, 734.0, 982.0], [\"Gudair\", \"\", \"\", \"Kuwait\", \"Asia\", 28.88, 47.71, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2124.0, 814.0, 1982.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Guerrero Negro</a>\", \"GRN\", \"Baja California Sur\", \"Mexico\", \"North America\", 28.0377, -113.9787, \" 21.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2252.0, 485.0, 2858.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Guntur</a>\", \"\", \"\", \"India\", \"Asia\", 16.374, 80.526, \" 31.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1836.0, 942.0, 1252.0], [\"Gurgaon\", \"GUR\", \"\", \"India\", \"Asia\", 28.4249, 77.156, \" 259.0\", \"2014-2015& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1778.0, 807.0, 1482.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Gwalior</a>\", \"\", \"\", \"India\", \"Asia\", 26.223, 78.19, \" 210.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1829.0, 792.0, 1562.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">G\\u00f3mez Palacio</a>\", \"VEN\", \"Durango\", \"Mexico\", \"North America\", 24.9568, -104.5704, \" 1877.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2186.0, 591.0, 2551.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">G\\u00f6teborg</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.708, 11.992, \" 30.0\", \"1983-2013\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1058.0, 496.0, 1150.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">HBKU-B2</a>\", \"B2\", \"\", \"Qatar\", \"Asia\", 25.32, 51.42, \"\", \"2012-2017&2021-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1887.0, 993.0, 1318.0], [\"Haerbin\", \"\", \"\", \"China\", \"Asia\", 45.75, 126.77, \" 142.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1427.0, 628.0, 1621.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Hafar Al Batin Technical College</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.33202, 45.95708, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2186.0, 766.0, 2150.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Hahaya</a>\", \"hahaya\", \"\", \"Comoros\", \"Africa\", -11.539412, 43.278112, \" 32.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408671\", \"Freely\", \"SPN1;UV\", \"Af\", \"Tropical\", 2, 2113.0, 756.0, 1960.0], [\"<a href=\\\"https://www.hshl.de/forschung-unternehmen/forschungsprojekte/meteorologische-messstation/\\\">Hamm-Lippstadt University of Applied Science</a>\", \"HSHL\", \"\", \"Germany\", \"Europe\", 51.682, 7.843, \" 60.0\", \"2016-\", \"\", \"Hamm-Lippstadt University\", \"\", \"\", \"G;RSI\", \"Cfb\", \"Temperate\", 2, 1095.0, 573.0, 1055.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/hnx.html\\\">Hanford</a>\", \"HNX\", \"California\", \"USA\", \"North America\", 36.31357, -119.63164, \" 73.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1997.0, 464.0, 2613.0], [\"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hanimaadhoo</a>\", \"MDV_Solar_Hanimaadhoo_HAQ\", \"\", \"Maldives\", \"Asia\", 6.7482, 73.1696, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1993.0, 920.0, 1475.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Haveri</a>\", \"\", \"\", \"India\", \"Asia\", 14.788, 75.345, \" 567.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1975.0, 880.0, 1566.0], [\"Helios\", \"\", \"\", \"South Africa\", \"Africa\", -30.5011, 19.5607, \" 905.0\", \"2006-?\", \"\", \"ESKOM\", \"Data was reported to be of low quality due to a lack of regular cleaning.\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2267.0, 438.0, 3055.0], [\"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Helsinki Kumpula</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.2038, 24.96171, \" 24.0\", \"2007-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 960.0, 434.0, 1172.0], [\"<a href=\\\"https://leps.hmu.gr/en/home/\\\">Heraklion</a>\", \"\", \"Crete\", \"Greece\", \"Europe\", 35.31139, 25.10174, \" 95.0\", \"?\", \"\", \"Hellenic Mediterranean University\", \"Tracked located on roof of building. Site also has spectral radiation measurements.\", \"Not available\", \"\", \"Csa\", \"Temperate\", 2, 1803.0, 679.0, 1807.0], [\"<a href=\\\"http://solardata.uoregon.edu/Hermiston.html\\\">Hermiston</a>\", \"HE\", \"Oregon\", \"USA\", \"North America\", 45.82, -119.28, \" 180.0\", \"1979-\", \"SRML\", \"University of Oregon\", \"Also has a RSR.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1551.0, 529.0, 1891.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Hermosillo</a>\", \"HMO\", \"Sonora\", \"Mexico\", \"North America\", 29.0279, -111.1456, \" 157.0\", \"2018-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2226.0, 482.0, 2880.0], [\"<a href=\\\"https://www.dwd.de/EN/research/observing_atmosphere/composition_atmosphere/hohenpeissenberg/start_mohp_node.html\\\">Hohenpeissenberg</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.8009, 11.0108, \" 977.0\", \"1997-\", \"WMO GAW;AERONET\", \"DWD\", \"DNI only available as hourly sums prior to 2021.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [\"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Homa Bay</a>\", \"KEN_Solar_Homa Bay\", \"\", \"Kenya\", \"Africa\", -0.764707, 34.360379, \"1335\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 2168.0, 898.0, 1745.0], [\"<a href=\\\"https://energydata.info/dataset/solomon-islands-solar-radiation-measurement-data\\\">Honiara</a>\", \"\", \"\", \"Solomon Islands\", \"Oceania\", -9.438163, 160.063212, \" 4.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Af\", \"Tropical\", 2, 1789.0, 836.0, 1369.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Honolulu</a>\", \"\", \"Hawaii\", \"USA\", \"North America\", 21.32, -157.92, \" 2.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Ocean\", \"Ocean\", 2, 2073.0, 661.0, 2139.0], [\"Howrah\", \"HOW\", \"\", \"India\", \"Asia\", 22.5535, 88.3064, \" 51.0\", \"2014-2016& 2018-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1650.0, 872.0, 1142.0], [\"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-HKR\\\">Hradec Kralove</a>\", \"HKR\", \"\", \"Czech Republic\", \"Europe\", 50.1772, 15.8386, \" 285.0\", \"2009-?\", \"WMO GAW\", \"Czech Hydrometeorological Institute (CHMI)\", \"\", \"\", \"G;B;D;UV\", \"Cfb\", \"Temperate\", 1, 1102.0, 573.0, 1026.0], [\"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Hrazdan</a>\", \"ARM_Solar_Hrazdan\", \"\", \"Armenia\", \"Asia\", 40.5116, 44.823, \"1845\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [\"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Hulhul\\u00e9</a>\", \"MDV_Solar_Male _MLE\", \"\", \"Maldives\", \"Asia\", 4.1927, 73.5281, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2018.0, 902.0, 1533.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Huntington Beach</a>\", \"\", \"California\", \"USA\", \"North America\", 33.65, -117.98, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Hyderabad</a>\", \"PK_Solar_Hyderabad_MUET\", \"\", \"Pakistan\", \"Asia\", 25.4134, 68.2595, \"60\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2029.0, 829.0, 1803.0], [\"Hyderabad\", \"HYD\", \"\", \"India\", \"Asia\", 17.45, 78.46, \" 530.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1924.0, 880.0, 1500.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Idar</a>\", \"\", \"\", \"India\", \"Asia\", 23.83, 73.003, \" 221.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 807.0, 1712.0], [\"Ilorin\", \"ILO\", \"\", \"Nigeria\", \"Africa\", 8.5333, 4.5667, \" 350.0\", \"1992-2005\", \"BSRN\", \"\", \"Station closed due to no funding\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1825.0, 967.0, 1183.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Imperial</a>\", \"\", \"California\", \"USA\", \"North America\", 32.82, -115.38, \"-6.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2179.0, 449.0, 2920.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Imphal</a>\", \"\", \"\", \"India\", \"Asia\", 24.802, 93.905, \" 762.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1661.0, 902.0, 1183.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Indianapolis</a>\", \"\", \"Indiana\", \"USA\", \"North America\", 39.73, -86.27, \" 244.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1475.0, 620.0, 1500.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Indore</a>\", \"\", \"\", \"India\", \"Asia\", 22.689, 75.874, \" 565.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1894.0, 785.0, 1650.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Inglewood</a>\", \"\", \"California\", \"USA\", \"North America\", 33.95, -118.38, \" 30.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [\"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Innsbruck</a>\", \"\", \"\", \"Austria\", \"Europe\", 47.26, 11.38, \" 578.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [\"Ishigakijima\", \"ISH\", \"\", \"Japan\", \"Asia\", 24.3367, 124.1644, \" 5.7\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1562.0, 723.0, 1248.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Islamabad</a>\", \"PK_Solar_Islamabad_NUST\", \"\", \"Pakistan\", \"Asia\", 33.64191, 72.9838, \"500\", \"2014-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1843.0, 715.0, 1832.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Itanagar</a>\", \"\", \"\", \"India\", \"Asia\", 27.1, 93.62, \" 333.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1292.0, 719.0, 945.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Ixmiquilpan</a>\", \"IXM\", \"Hedalgo\", \"Mexico\", \"North America\", 20.4955, -99.181, \" 1761.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2051.0, 726.0, 1967.0], [\"Iza\\u00f1a\", \"IZA\", \"Tenerife\", \"Spain\", \"Europe\", 28.3093, -16.4993, \" 2372.9\", \"2009-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 818.0, 1694.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jabalpur</a>\", \"\", \"\", \"India\", \"Asia\", 23.201, 79.912, \" 385.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1865.0, 788.0, 1606.0], [\"Jaipur\", \"JPR\", \"\", \"India\", \"Asia\", 26.81, 75.8, \" 390.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1978.0, 745.0, 1902.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jaipur</a>\", \"\", \"\", \"India\", \"Asia\", 26.809, 75.862, \" 403.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1902.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalgaon</a>\", \"\", \"\", \"India\", \"Asia\", 21.002, 75.548, \" 254.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1909.0, 759.0, 1712.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jalpaiguri</a>\", \"\", \"\", \"India\", \"Asia\", 26.546, 88.703, \" 87.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1559.0, 836.0, 1106.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jambua</a>\", \"\", \"\", \"India\", \"Asia\", 22.216, 73.19, \" 29.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1945.0, 796.0, 1716.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jamshedpur</a>\", \"\", \"\", \"India\", \"Asia\", 22.777, 86.144, \" 182.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1734.0, 843.0, 1296.0], [\"Jang Bogo\", \"JBS\", \"\", \"Antarctica\", \"Antarctica\", -74.3719, 164.1344, \" 26.0\", \"2015-\", \"\", \"KOPRI-CNR\", \"\", \"\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Jazan University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.96035, 42.54586, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2172.0, 883.0, 1799.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Jeddah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.68, 39.15, \" 4.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [\"Jeju Gosan GAW station\", \"JGS\", \"\", \"South Korea\", \"Asia\", 33.3, 126.21, \" 52.0\", \"2008-\", \"WMO GAW\", \"\", \"The station also has a sky radiometer.\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1394.0, 734.0, 1048.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Jodhpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.271, 73.035, \" 233.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2062.0, 712.0, 2088.0], [\"<a href=\\\"https://en.ilmatieteenlaitos.fi/observation-stations\\\">Jokioinen Ilmala</a>\", \"\", \"\", \"Finland\", \"Europe\", 60.8143, 23.499, \" 104.0\", \"1999-\", \"\", \"Finnish Meteorological Institute (FMI)\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [\"<a href=\\\"https://antartida.aemet.es/index.php?pag=tiemporeal\\\">Juan Carlos I</a>\", \"\", \"\", \"Antarctica\", \"Antarctica\", -62.66325, -60.38959, \" 12.0\", \"2003-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"EF\", \"Polar\", 1, 854.0, 515.0, 766.0], [\"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Jumla</a>\", \"NPL_Solar_Jumla\", \"\", \"Nepal\", \"Asia\", 29.27237, 82.19351, \"2363\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwb\", \"Temperate\", 2, 1858.0, 898.0, 1621.0], [\"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Jungfraujoch</a>\", \"JUN\", \"\", \"Switzerland\", \"Europe\", 46.55, 7.99, \" 3582.0\", \"1996-\", \"\", \"MeteoSwiss\", \"No diffuse measurements due to too hars meteorological conditions.\", \"Upon request\", \"G;B;D\", \"ET\", \"Polar\", 1, 1325.0, 602.0, 1391.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE Building Olaya St</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.70814, 46.67896, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">KACARE City Site Tier 2 Station</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.52958, 46.43635, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [\"Kabed\", \"\", \"\", \"Kuwait\", \"Asia\", 29.173152, 47.728054, \" 76.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadapa</a>\", \"\", \"\", \"India\", \"Asia\", 14.52, 78.785, \" 145.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [\"<a href=\\\"https://energydata.info/dataset/maldives-solar-radiation-measurement-data\\\">Kadhdhoo</a>\", \"MDV_Solar_Kadhdhoo_KDO\", \"\", \"Maldives\", \"Asia\", 1.8599, 73.5203, \"2\", \"2015-\", \"ESMAP\", \"Renewable Energy Maldives\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2051.0, 869.0, 1639.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kadiri</a>\", \"\", \"\", \"India\", \"Asia\", 14.11, 78.147, \" 531.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1967.0, 905.0, 1504.0], [\"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Kahone</a>\", \"SEN_Solar_Kahone\", \"\", \"Senegal\", \"Africa\", 14.168636, -16.034167, \"10\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2183.0, 931.0, 1752.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kalaburagi(Gulbarga)</a>\", \"\", \"\", \"India\", \"Asia\", 17.32, 76.855, \" 478.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 836.0, 1613.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Kalgoorlie-Boulder Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -30.7847, 121.4533, \" 365.3\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2084.0, 515.0, 2654.0], [\"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Kankan</a>\", \"GIN_Solar_Kankan\", \"\", \"Guin\\u00e9e\", \"NaN\", 10.36465, -9.30466, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2022.0, 927.0, 1533.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kannur</a>\", \"\", \"\", \"India\", \"Asia\", 11.985, 75.385, \" 70.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1891.0, 902.0, 1361.0], [\"<a href=\\\"https://energydata.info/dataset/nigeria-solar-radiation-measurement-data\\\">Kano</a>\", \"NGA_Solar_Kano\", \"\", \"Nigeria\", \"Africa\", 11.87357, 8.45837, \"449\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2128.0, 971.0, 1610.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.493, 80.272, \" 130.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1770.0, 796.0, 1449.0], [\"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Kanzelh\\u00f6he</a>\", \"\", \"\", \"Austria\", \"Europe\", 46.68, 13.9, \" 1540.0\", \"2013-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1299.0, 610.0, 1358.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kaoma</a>\", \"ZMB_Solar_Kaoma_Longe\", \"\", \"Zambia\", \"Africa\", -14.83966, 24.93186, \"1167\", \"2015-2020\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2088.0, 766.0, 1967.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kapurthala</a>\", \"\", \"\", \"India\", \"Asia\", 31.356, 75.444, \" 240.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1748.0, 814.0, 1456.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Karachi</a>\", \"PK_Solar_Karachi_NEDUET\", \"\", \"Pakistan\", \"Asia\", 24.9334, 67.1116, \"40\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2037.0, 843.0, 1810.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karad</a>\", \"\", \"\", \"India\", \"Asia\", 17.31, 74.186, \" 599.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 836.0, 1588.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Karaikudi</a>\", \"\", \"\", \"India\", \"Asia\", 10.086, 78.796, \" 101.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kargil</a>\", \"\", \"\", \"India\", \"Asia\", 34.554, 76.139, \" 2856.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 850.0, 1610.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Karlstad</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.359, 13.472, \" 46.0\", \"1983-2011\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 989.0, 482.0, 1142.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Kasama</a>\", \"ZMB_Solar_Kasama_Misamfu\", \"\", \"Zambia\", \"Africa\", -10.17165, 31.22558, \"1379\", \"2015-2021\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2121.0, 847.0, 1843.0], [\"Kashi\", \"\", \"\", \"China\", \"Asia\", 39.47, 75.98, \" 1288.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BWk\", \"Dry\", 2, 1752.0, 661.0, 1971.0], [\"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Kasungu</a>\", \"MWI_Solar_Kasungu_KBQ\", \"\", \"Malawi\", \"Africa\", -13.0153, 33.4685, \"1065\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 858.0, 1796.0], [\"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/katherine\\\">Katherine</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -14.474694, 132.305083, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"Aw\", \"Tropical\", 2, 2241.0, 650.0, 2402.0], [\"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Kathmandu</a>\", \"NPL_Solar_Kathmandu\", \"\", \"Nepal\", \"Asia\", 27.68157, 85.31868, \"1315\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1741.0, 792.0, 1537.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Katra</a>\", \"\", \"\", \"India\", \"Asia\", 32.94, 74.953, \" 670.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1869.0, 701.0, 1909.0], [\"Kauno\", \"\", \"\", \"Lithuania\", \"Europe\", 54.884, 23.836, \" 77.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Dfb\", \"Continental\", 2, 1080.0, 548.0, 1088.0], [\"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Kaya</a>\", \"BFA_Solar_Kaya\", \"\", \"Burkina Faso\", \"Africa\", 13.08301, -1.07272, \"324\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2186.0, 898.0, 1807.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kayathar</a>\", \"\", \"\", \"India\", \"Asia\", 8.945, 77.723, \" 102.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1891.0, 1018.0, 1194.0], [\"<a href=\\\"https://energydata.info/dataset/sierra-leone-solar-radiation-measurement-data\\\">Kenema</a>\", \"SLE_Solar_Kenema\", \"\", \"Sierra Leone\", \"Africa\", 7.81879, -11.18137, \"145\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1683.0, 964.0, 1000.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Keshod</a>\", \"\", \"\", \"India\", \"Asia\", 21.275, 70.212, \" 61.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1938.0, 818.0, 1661.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Khandwa</a>\", \"\", \"\", \"India\", \"Asia\", 21.815, 76.369, \" 308.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1902.0, 759.0, 1697.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Khuzdar</a>\", \"PK_Solar_Khuzdar_BUET\", \"\", \"Pakistan\", \"Asia\", 27.8178, 66.6294, \"1260\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 712.0, 2307.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University (Osfan Campus)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.89252, 39.2539, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University East Hada Alsham Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.80117, 39.72854, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2230.0, 847.0, 2011.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdulaziz University Main Campus</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.49604, 39.24492, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2230.0, 847.0, 2011.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Abdullah University of Science and Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 22.3065, 39.10701, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2234.0, 781.0, 2135.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Fahd University of Petroleum & Minerals</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.30355, 50.14412, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 1913.0, 905.0, 1482.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Faisal University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.34616, 49.5956, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2194.0, 887.0, 1920.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">King Saud University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.72359, 46.61639, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 818.0, 2132.0], [\"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Kiruna</a>\", \"\", \"\", \"Sweden\", \"Europe\", 67.842, 20.41, \" 424.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 839.0, 449.0, 1044.0], [\"Kishinev\", \"\", \"\", \"Moldova\", \"Europe\", 47.0, 28.817, \" 205.0\", \"?\", \"ARG / Academy of Sciences of Moldova\", \"\", \"\", \"\", \"\", \"Cfa\", \"Temperate\", 2, 1321.0, 584.0, 1354.0], [\"<a href=\\\"https://ife.no/service/ife-pv-module-outdoor-test-site/\\\">Kjeller</a>\", \"\", \"\", \"Norway\", \"Europe\", 59.972515, 11.052297, \" 130.0\", \"2022-\", \"\", \"IFE\", \"Also has reference cells.\", \"\", \"G;B;D;GTI;Albedo\", \"Dfb\", \"Continental\", 1, 993.0, 482.0, 1150.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kohima</a>\", \"\", \"\", \"India\", \"Asia\", 25.705, 94.056, \" 1340.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1540.0, 847.0, 1117.0], [\"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">Korhogo</a>\", \"CIV_Solar_Korhogo\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 9.48058, -5.59509, \"370\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1924.0, 942.0, 1369.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kota</a>\", \"\", \"\", \"India\", \"Asia\", 25.141, 75.81, \" 304.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 756.0, 1843.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Kotada Pitha</a>\", \"\", \"\", \"India\", \"Asia\", 21.948, 71.21, \" 207.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1945.0, 825.0, 1672.0], [\"<a href=\\\"https://energydata.info/dataset/burkina-faso-solar-radiation-measurement-data\\\">Koup\\u00e9la</a>\", \"BFA_Solar_Koup\\u00e9la\", \"\", \"Burkina Faso\", \"Africa\", 12.19104, -0.36292, \"302\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2102.0, 945.0, 1621.0], [\"Kunming\", \"\", \"\", \"China\", \"Asia\", 25.02, 102.68, \" 1891.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwb\", \"Temperate\", 2, 1632.0, 766.0, 1402.0], [\"<a href=\\\"https://gml.noaa.gov/grad/sites/kwa.html\\\">Kwajalein</a>\", \"KWA\", \"\", \"Marshall Islands\", \"Oceania\", 8.72, 167.731, \" 10.0\", \"1992-2017\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1997.0, 883.0, 1591.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">La Possession Baie</a>\", \"edflapossession\", \"\", \"Reunion\", \"Africa\", -20.93061, 55.32897, \" 13.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693552\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ULL\\\">Lafayette</a>\", \"UL\", \"Louisiana\", \"USA\", \"North America\", 30.205, -92.3979, \" 5.0\", \"2018-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1694.0, 668.0, 1690.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Laguna Bell</a>\", \"\", \"California\", \"USA\", \"North America\", 33.97, -118.15, \" 41.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Lahore</a>\", \"PK_Solar_Lahore_UET\", \"\", \"Pakistan\", \"Asia\", 31.69458, 74.2441, \"220\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1792.0, 799.0, 1559.0], [\"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Laisamis</a>\", \"KEN_Solar_Laisamis\", \"\", \"Kenya\", \"Africa\", 1.601891, 37.802681, \"576\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2267.0, 850.0, 2029.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lake Charles</a>\", \"\", \"Louisiana\", \"USA\", \"North America\", 30.12, -93.22, \" 19.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1675.0, 657.0, 1683.0], [\"Lampedusa\", \"LMP\", \"\", \"Italy\", \"Europe\", 35.518, 12.63, \" 50.0\", \"2023-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1872.0, 635.0, 2004.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Lancaster</a>\", \"\", \"California\", \"USA\", \"North America\", 34.7, -118.15, \" 715.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Lander</a>\", \"\", \"Wyoming\", \"USA\", \"North America\", 42.82, -108.73, \" 1699.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1737.0, 580.0, 2157.0], [\"<a href=\\\"https://science.larc.nasa.gov/crave/\\\">Langley Research Center</a>\", \"LRC\", \"Virginia\", \"USA\", \"North America\", 37.1038, -76.3872, \" 3.0\", \"2014-\", \"BSRN\", \"NASA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 613.0, 1694.0], [\"Lanyu Station\", \"LYU\", \"\", \"Taiwan\", \"Asia\", 22.037, 121.5583, \" 324.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1540.0, 697.0, 1234.0], [\"Lanzhou\", \"\", \"\", \"China\", \"Asia\", 36.05, 103.88, \" 1517.2\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1657.0, 704.0, 1668.0], [\"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Lari Tal Amara</a>\", \"LBAMA\", \"\", \"Lebanon\", \"Asia\", 33.85679, 35.98659, \" 935.0\", \"2019-2021\", \"ESMAP\", \"\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1942.0, 726.0, 1924.0], [\"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Las Brujas</a>\", \"LBI\", \"\", \"Uruguay\", \"South America\", -34.672, -56.3401, \" 38.0\", \"2010-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"SPN1\", \"Cfa\", \"Temperate\", 2, 1774.0, 624.0, 1938.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.08, -115.17, \" 661.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Las Vegas</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 36.15, -115.17, \" 634.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [\"Lasa\", \"\", \"\", \"China\", \"Asia\", 29.67, 91.13, \" 3648.7\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 2000.0, 839.0, 2029.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Latur</a>\", \"\", \"\", \"India\", \"Asia\", 18.4, 76.56, \" 638.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1931.0, 839.0, 1588.0], [\"Lauder\", \"LAU\", \"\", \"New Zealand\", \"Oceania\", -45.045, 169.689, \" 350.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1380.0, 620.0, 1507.0], [\"Le Bourget-du-Lac\", \"\", \"\", \"France\", \"Europe\", 45.6416, 5.8752, \" 235.0\", \"2019-?\", \"\", \"INES\", \"There is a second tracker with a pyrheliometer on a tower (probably little maintenance).\", \"\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Barbusse</a>\", \"leportbarbusse\", \"\", \"Reunion\", \"Africa\", -20.934157, 55.30779, \" 16.96\", \"2010-2021\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092858\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Le Port Mairie</a>\", \"leportmairie\", \"\", \"Reunion\", \"Africa\", -20.935233, 55.290266, \" 12.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092855\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Learmonth Airport</a>\", \"\", \"Western Australia\", \"Australia\", \"Oceania\", -22.2406, 114.0967, \" 5.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BWh\", \"Dry\", 1, 2329.0, 566.0, 2708.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Leh</a>\", \"\", \"\", \"India\", \"Asia\", 34.14, 77.481, \" 3252.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 1847.0, 971.0, 1537.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/35071/1/Lerwick_site_info.pdf\\\">Lerwick</a>\", \"LER\", \"Shetland Island\", \"United Kingdom\", \"Europe\", 60.1389, -1.1847, \" 80.0\", \"2001-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 843.0, 474.0, 814.0], [\"Linan\", \"\", \"\", \"China\", \"Asia\", 30.3, 119.73, \" 138.0\", \"2005-\", \"WMO GAW\", \"China Meteorological Administration\", \"\", \"\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1274.0, 664.0, 967.0], [\"<a href=\\\"https://www.dwd.de/DE/forschung/atmosphaerenbeob/lindenbergersaeule/mol/mol_node.html\\\">Lindenberg</a>\", \"LIN\", \"\", \"Germany\", \"Europe\", 52.21, 14.122, \" 125.0\", \"1994-\", \"BSRN;WMO RRC\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1069.0, 548.0, 1040.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Lleida</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.6258, 0.595, \" 192.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1694.0, 599.0, 1949.0], [\"<a href=\\\"https://www.meteoswiss.admin.ch/home/climate/swiss-climate-in-detail/radiation-monitoring.html\\\">Locarno-Monti</a>\", \"OTL\", \"\", \"Switzerland\", \"Europe\", 46.18, 8.783, \" 366.0\", \"2000-\", \"\", \"MeteoSwiss\", \"GHI from 1996, DNI from 2000, and diffuse from 2001.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1314.0, 606.0, 1405.0], [\"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-LFS\\\">Longfengshan</a>\", \"\", \"\", \"China\", \"Asia\", 44.7299, 127.5999, \" 331.0\", \"2009-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D\", \"Dwa\", \"Continental\", 1, 1420.0, 653.0, 1533.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Longreach Aero</a>\", \"\", \"Quennsland\", \"Australia\", \"Oceania\", -23.4397, 144.2828, \" 192.2\", \"2012-2015\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2245.0, 522.0, 2741.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 33.93, -118.4, \" 36.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.23, \" 88.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Lossa</a>\", \"NER_Solar_Lossa\", \"\", \"Niger\", \"Africa\", 13.94701, 1.57469, \"205\", \"2022-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 2186.0, 916.0, 1781.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lule\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 65.544, 22.111, \" 32.0\", \"1983-2007\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 931.0, 420.0, 1223.0], [\"<a href=\\\"http://lulin.tw/\\\">Lulin</a>\", \"LLN\", \"\", \"Taiwan\", \"Asia\", 23.4686, 120.8736, \" 2862.0\", \"2009-\", \"BSRN\", \"\", \"Not on Pangea or FTP\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1595.0, 803.0, 1204.0], [\"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Lumle</a>\", \"NPL_Solar_Lumle\", \"\", \"Nepal\", \"Asia\", 28.29666, 83.818, \"1742\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 807.0, 1471.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Lund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 55.714, 13.212, \" 85.0\", \"1983-2015\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1084.0, 511.0, 1175.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Lusaka</a>\", \"ZMB_Solar_Lusaka_UNZA\", \"\", \"Zambia\", \"Africa\", -15.39465, 28.33711, \"1262\", \"2015-2017\", \"ESMAP\", \"SGS Inspection Services\", \"\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 2084.0, 777.0, 1975.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Ma'an</a>\", \"\", \"\", \"Jordan\", \"Asia\", 30.172, 35.818, \" 1012.0\", \"2011-\", \"enerMENA\", \"University of Jordan\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2201.0, 628.0, 2486.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Madison</a>\", \"\", \"Wisconsin\", \"USA\", \"North America\", 43.13, -89.33, \" 271.0\", \"1977\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfb\", \"Continental\", 2, 1416.0, 591.0, 1551.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/msn.html\\\">Madison</a>\", \"MSN\", \"Wisconsin\", \"USA\", \"North America\", 43.0725, -89.41133, \" 271.0\", \"1996-\", \"SOLRAD\", \"NOAA\", \"Madison station file format changed after Jun 2009 (https://gml.noaa.gov/aftp/data/radiation/solrad/README_SOLRAD.txt)\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1416.0, 591.0, 1551.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Madrid</a>\", \"\", \"\", \"Spain\", \"Europe\", 40.4528, -3.7242, \" 664.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1730.0, 624.0, 1967.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mahbubnagar</a>\", \"\", \"\", \"India\", \"Asia\", 16.698, 77.94, \" 461.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 887.0, 1577.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Majmaah University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.85891, 45.41889, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [\"<a href=\\\"https://energydata.info/dataset/marshall-islands-solar-radiation-measurement-data\\\">Majuro</a>\", \"\", \"\", \"Marshall Islands\", \"Oceania\", 7.065048, 171.268887, \" 5.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 1927.0, 891.0, 1475.0], [\"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Makunduchi</a>\", \"TZA_Solar_Makunduchi\", \"\", \"Tanzania\", \"Africa\", -6.417039, 39.516945, \"30\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2062.0, 836.0, 1752.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Malaga</a>\", \"\", \"\", \"Spain\", \"Europe\", 36.7192, -4.4803, \" 60.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1861.0, 588.0, 2135.0], [\"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Malanville</a>\", \"BEN_Solar_Malanville\", \"\", \"B\\u00e9nin\", \"NaN\", 11.78272, 3.37349, \"184\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2059.0, 934.0, 1562.0], [\"Manah\", \"\", \"\", \"Oman\", \"Asia\", 22.6031, 57.6672, \" 345.0\", \"2011-?\", \"\", \"OPWP\", \"Instruments were not regularly cleaned which led to inconsistencies in the data collected from the monitoring stations\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2270.0, 766.0, 2230.0], [\"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Manantali</a>\", \"MLI_Solar_Manantali\", \"\", \"Mali\", \"Africa\", 13.2005, -10.4308, \"175\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2124.0, 887.0, 1741.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Mandalay</a>\", \"\", \"California\", \"USA\", \"North America\", 34.2, -119.25, \" 6.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2022.0, 485.0, 2650.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/STA/STA%20Station%20Details.pdf\\\">Mangosuthu University of Technology</a>\", \"MUT\", \"Umlazi\", \"South Africa\", \"Africa\", -29.970209, 30.914909, \" 95.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of lecture complex. Diffuse with shadow band. Pyrheliometer on Eppley one-axis tracker. Permanently offline.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1705.0, 675.0, 1708.0], [\"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Maradi</a>\", \"NER_Solar_Maradi\", \"\", \"Niger\", \"Africa\", 13.52455, 7.1678, \"375\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2230.0, 986.0, 1737.0], [\"Marguele\", \"MRS\", \"\", \"Romania\", \"Europe\", 44.3439, 26.0123, \" 110.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 88)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1409.0, 599.0, 1438.0], [\"<a href=\\\"https://sauran.ac.za/\\\">Mariendal</a>\", \"HELIO\", \"Mariendal\", \"South Africa\", \"Africa\", -33.85413, 18.82445, \" 178.0\", \"2015-2020\", \"SAURAN\", \"\", \"Permanently offline. Installed on a container.\", \"Freely\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [\"Marimaura\", \"\", \"\", \"Chile\", \"South America\", -35.84, -71.61, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"Csb\", \"Temperate\", 2, 1902.0, 482.0, 2405.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Marla</a>\", \"marla\", \"\", \"Reunion\", \"Africa\", -21.10237, 55.43058, \" 1593.25\", \"2023-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419976\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Masrik</a>\", \"ARM_Solar_Masrik\", \"\", \"Armenia\", \"Asia\", 40.2077, 45.7645, \"1944\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1478.0, 726.0, 1321.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mathania</a>\", \"\", \"\", \"India\", \"Asia\", 26.516, 72.985, \" 271.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2099.0, 697.0, 2161.0], [\"<a href=\\\"https://gml.noaa.gov/obop/mlo/\\\">Mauna Loa</a>\", \"MLO\", \"Hawaii\", \"USA\", \"North America\", 19.5362, 155.5763, \" 3397.0\", \"1976-\", \"ABO\", \"NOAA\", \"Also downwelling long- and shortwave as well as spectral irradiance measurements.\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2095.0, 694.0, 2132.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Medak</a>\", \"\", \"\", \"India\", \"Asia\", 18.041, 78.266, \" 467.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 883.0, 1478.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Medford</a>\", \"\", \"Oregon\", \"USA\", \"North America\", 42.37, -122.87, \" 412.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1672.0, 507.0, 2102.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Melbourne Airport</a>\", \"\", \"Victoria\", \"Australia\", \"Oceania\", -37.6654, 144.8322, \" 113.4\", \"1999-?\", \"BOM;WMO RRC\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfb\", \"Temperate\", 1, 1650.0, 639.0, 1792.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Miami</a>\", \"\", \"Florida\", \"USA\", \"North America\", 25.82, -80.28, \" 8.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Am\", \"Tropical\", 2, 1840.0, 737.0, 1756.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Michigan Regional Test Center</a>\", \"RTC-MI\", \"Michigan\", \"USA\", \"North America\", 47.1699, -88.5061, \" 336.0\", \"2021-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1270.0, 588.0, 1259.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Midland</a>\", \"\", \"Texas\", \"USA\", \"North America\", 31.95, -102.18, \" 872.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2044.0, 540.0, 2500.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mildura Airport</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -34.2358, 142.0867, \" 50.0\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSk\", \"Dry\", 1, 1945.0, 551.0, 2435.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/36862/3/Minamitorishima.pdf\\\">Minamitorishima</a>\", \"MNM\", \"Minami-Torishima\", \"Japan\", \"Asia\", 24.2883, 153.9833, \" 7.1\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 1956.0, 712.0, 1931.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/hbcu.html\\\">Mississippi Valley State University</a>\", \"\", \"Mississippi\", \"USA\", \"North America\", 33.5, -90.33, \" 52.0\", \"1992-1996\", \"HBCU\", \"NREL\", \"Diffuse was measured with a shadowband.\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1686.0, 617.0, 1785.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Missour</a>\", \"\", \"\", \"Morocco\", \"Africa\", 32.86, -4.107, \" 1107.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWk\", \"Dry\", 2, 2070.0, 661.0, 2347.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/miyako/miyako.html\\\">Miyako</a>\", \"\", \"\", \"Japan\", \"Asia\", 24.737, 125.327, \" 50.0\", \"2004-2018\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Ocean\", \"Ocean\", 2, 1617.0, 726.0, 1332.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Mohe</a>\", \"\", \"\", \"China\", \"Asia\", 52.97, 122.52, \" 438.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Dwc\", \"Continental\", 1, 1299.0, 599.0, 1646.0], [\"Momote\", \"MAN\", \"\", \"Papua New Guinea\", \"Oceania\", -2.058, 147.425, \" 6.0\", \"1996-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1792.0, 850.0, 1325.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Montgomery</a>\", \"\", \"Alabama\", \"USA\", \"North America\", 32.3, -86.4, \" 68.0\", \"1977-1979\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1690.0, 646.0, 1734.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Moorpark</a>\", \"\", \"California\", \"USA\", \"North America\", 34.28, -118.9, \" 140.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Moradabad</a>\", \"\", \"\", \"India\", \"Asia\", 28.872, 78.758, \" 200.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1730.0, 821.0, 1372.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Morelos</a>\", \"Mor\", \"Quintana Roo\", \"Mexico\", \"North America\", 19.759, -88.7243, \" 17.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1872.0, 756.0, 1737.0], [\"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Mount Coffee</a>\", \"LBR_Solar_MountCoffee\", \"\", \"Liberia\", \"Africa\", 6.4978, -10.6517, \"20\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Am\", \"Tropical\", 2, 1664.0, 960.0, 993.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Mount Gambier Aero</a>\", \"\", \"South Australia\", \"Australia\", \"Oceania\", -37.7473, 140.7739, \" 63.0\", \"1998-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Csb\", \"Temperate\", 1, 1657.0, 657.0, 1781.0], [\"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/#/search/station/stationReportDetails/0-20008-0-WLG\\\">Mt. Waliguan</a>\", \"\", \"\", \"China\", \"Asia\", 36.28749, 100.8963, \" 3810.0\", \"2011-\", \"WMO GAW\", \"\", \"\", \"\", \"G;B;D;IR\", \"Dwc\", \"Continental\", 1, 1759.0, 807.0, 1679.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Multan</a>\", \"PK_Solar_Multan_MSNUET\", \"\", \"Pakistan\", \"Asia\", 30.1654, 71.4978, \"95\", \"2014-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BWh\", \"Dry\", 2, 1854.0, 814.0, 1599.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Mumbwa</a>\", \"ZM_Solar_Mumbwa_IFC\", \"\", \"Zambia\", \"Africa\", -15.085303, 27.001552, \"1103\", \"2018-2019\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2128.0, 737.0, 2106.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Murcia</a>\", \"\", \"\", \"Spain\", \"Europe\", 38.0028, -1.1694, \" 62.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BSk\", \"Dry\", 1, 1796.0, 661.0, 1997.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murshidabad</a>\", \"\", \"\", \"India\", \"Asia\", 24.1, 88.54, \" 40.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"Coordinates were updated as they were incorrect on the website.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1624.0, 850.0, 1153.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Murthal</a>\", \"\", \"\", \"India\", \"Asia\", 29.028, 77.057, \" 213.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1756.0, 825.0, 1427.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data-0\\\">Mutanda</a>\", \"ZMB_Solar_Solwezi_Mutanda\", \"\", \"Zambia\", \"Africa\", -12.4236, 26.2153, \"1317\", \"2015-2022\", \"ESMAP\", \"SGS Inspection Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2059.0, 825.0, 1814.0], [\"Mutribah\", \"\", \"\", \"Kuwait\", \"Asia\", 29.9, 47.28, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Muzaffarpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.141, 85.367, \" 49.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1705.0, 839.0, 1281.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Mysuru (Mysore)</a>\", \"\", \"\", \"India\", \"Asia\", 12.371, 76.584, \" 799.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 989.0, 1329.0], [\"<a href=\\\"https://energydata.info/dataset/malawi-solar-radiation-measurement-data\\\">Mzuzu</a>\", \"MWI_Solar_MZUNI\", \"\", \"Malawi\", \"Africa\", -11.4199, 33.9953, \"1285\", \"2016-2018\", \"ESMAP\", \"SGS Malawi\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2055.0, 854.0, 1792.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nagpur</a>\", \"\", \"\", \"India\", \"Asia\", 21.12, 79.051, \" 303.0\", \"2016-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1858.0, 821.0, 1526.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nainital</a>\", \"\", \"\", \"India\", \"Asia\", 29.357, 79.551, \" 1323.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1781.0, 788.0, 1602.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Najran University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.63228, 44.53735, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2402.0, 788.0, 2329.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nanded</a>\", \"\", \"\", \"India\", \"Asia\", 19.111, 77.293, \" 392.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1905.0, 839.0, 1548.0], [\"<a href=\\\"https://energydata.info/dataset/kenya-solar-radiation-measurement-data\\\">Narok</a>\", \"KEN_Solar_Narok\", \"\", \"Kenya\", \"Africa\", -1.321097, 35.705708, \"1914\", \"2019-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cfb\", \"Temperate\", 2, 2208.0, 887.0, 1847.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Nashik</a>\", \"\", \"\", \"India\", \"Asia\", 19.966, 73.661, \" 688.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Nashville</a>\", \"\", \"Tennessee\", \"USA\", \"North America\", 36.12, -86.68, \" 186.0\", \"1977-1978\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1555.0, 639.0, 1580.0], [\"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Nauru</a>\", \"\", \"\", \"Nauru\", \"Oceania\", 0.543447, 166.93197, \" 28.0\", \"2020-2022\", \"PPA\", \"\", \"\", \"Freely\", \"G;SPN1\", \"Ocean\", \"Ocean\", 2, 2124.0, 810.0, 1865.0], [\"Nauru Island\", \"NAU\", \"\", \"Nauru\", \"Oceania\", -0.521, 166.9167, \" 7.0\", \"1998-2013\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2139.0, 803.0, 1894.0], [\"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Navrongo</a>\", \"GHA_Solar_Navrongo\", \"\", \"Ghana\", \"Africa\", 10.87554, -1.06293, \"180\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2011.0, 912.0, 1529.0], [\"<a href=\\\"https://energydata.info/dataset/zambia-solar-radiation-measurement-data\\\">Ndeke</a>\", \"ZM_Solar_Ndeke_IFC\", \"\", \"Zambia\", \"Africa\", -12.577451, 28.292946, \"1287\", \"2018-2020\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 2084.0, 847.0, 1814.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/NMU/NMU%20Station%20Details.pdf\\\">Nelson Mandela University</a>\", \"NMU\", \"Port Elizabeth\", \"South Africa\", \"Africa\", -34.008591, 25.66526, \" 35.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Solar Outdoor Research Facility. Permanently offline. Is this really correct? Check what data comes in?\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1752.0, 664.0, 1832.0], [\"<a href=\\\"https://energydata.info/dataset/nepal-solar-radiation-measurement-data\\\">Nepalgunj</a>\", \"NPL_Solar_Nepalgunj\", \"\", \"Nepal\", \"Asia\", 28.11302, 81.58899, \"150\", \"2018-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Cwa\", \"Temperate\", 2, 1690.0, 843.0, 1303.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=NPC\\\">Nevada Power Clark Station</a>\", \"NPC\", \"Nevada\", \"USA\", \"North America\", 36.08581, -115.05189, \" 523.0\", \"2006-2015\", \"MIDC\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2062.0, 478.0, 2800.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Nevada Regional Test Center</a>\", \"RTC-NV\", \"Nevada\", \"USA\", \"North America\", 36.0277, -114.9195, \" 701.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2073.0, 474.0, 2807.0], [\"New Delhi\", \"NDL\", \"\", \"India\", \"Asia\", 28.48, 77.13, \" 273.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"BSh\", \"Dry\", 2, 1778.0, 807.0, 1482.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">New Mexico Regional Test Center</a>\", \"RTC-NM\", \"New Mexico\", \"USA\", \"North America\", 35.0542, -106.5385, \" 1659.0\", \"2014-\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2026.0, 548.0, 2599.0], [\"Newcastle\", \"NEW\", \"New South Wales\", \"Australia\", \"Oceania\", -32.8842, 151.7289, \" 18.5\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1741.0, 650.0, 1858.0], [\"<a href=\\\"https://doi.org/10.5439/1377836\\\">Niamey</a>\", \"\", \"\", \"Niger\", \"Africa\", 13.4773, 2.1758, \" 223.0\", \"2005-2007\", \"ARM\", \"ARM\", \"\", \"Freely\", \"G;B;D;IR;UVB\", \"BSh\", \"Dry\", 1, 2205.0, 923.0, 1799.0], [\"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Norrk\\u00f6ping</a>\", \"\", \"\", \"Sweden\", \"Europe\", 58.582, 16.148, \" 43.0\", \"1983-\", \"SMHI;WMO RRC\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1040.0, 496.0, 1153.0], [\"<a href=\\\"https://arm.gov/capabilities/observatories/nsa/locations/c1\\\">North Slope of Alaska</a>\", \"NSA\", \"Alaska\", \"USA\", \"North America\", 71.323, -156.609, \" 8.0\", \"1997-\", \"ARM\", \"\", \"This site should note be confused with the NOAA Barrow site which is located ~1 km away. Radiation instruments are located at the Central Facility (Barrow)\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 847.0, 507.0, 956.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Nuevo Laredo</a>\", \"NVL\", \"Tamaulipas\", \"Mexico\", \"North America\", 27.4526, -99.5185, \" 128.0\", \"2017-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1869.0, 624.0, 1967.0], [\"<a href=\\\"https://www.awi.de/en/fleet-stations/stations/awipev-arctic-research-base.html\\\">Ny-\\u00c5lesund</a>\", \"NYA\", \"Spitsberger\", \"Norway\", \"Europe\", 78.925, 11.93, \" 11.0\", \"1992-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 602.0, 372.0, 712.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=ORNL\\\">Oak Ridge</a>\", \"OAK\", \"Tennessee\", \"USA\", \"North America\", 35.92996, -84.30952, \" 245.0\", \"2007-2019\", \"\", \"NREL\", \"\", \"Freely\", \"G;RSR\", \"Cfa\", \"Temperate\", 2, 1584.0, 646.0, 1610.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/ort.html\\\">Oak Ridge</a>\", \"ORT\", \"Tennessee\", \"USA\", \"North America\", 35.96101, -84.28838, \" 334.0\", \"1995-2007\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1584.0, 646.0, 1610.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Observatoire du Piton de La Fournaise</a>\", \"observatoirevolcan\", \"\", \"Reunion\", \"Africa\", -21.208587, 55.571453, \" 1556.0\", \"2016-2018\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092871\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"Observatory of Huancayo\", \"OHY\", \"\", \"Peru\", \"South America\", -12.05, -75.32, \" 3314.0\", \"2017-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cwb\", \"Temperate\", 1, 1989.0, 861.0, 1719.0], [\"Odeillo\", \"\", \"\", \"France\", \"Europe\", 42.4942, 2.0295, \" 1530.0\", \"1996-?\", \"\", \"PROMES\", \"Altitude is approximate\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1504.0, 602.0, 1668.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Omaha</a>\", \"\", \"Nebraska\", \"USA\", \"North America\", 41.37, -96.02, \" 404.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Dfa\", \"Continental\", 2, 1544.0, 573.0, 1767.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Osmanabad</a>\", \"\", \"\", \"India\", \"Asia\", 18.145, 76.061, \" 70.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1931.0, 839.0, 1588.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouangani</a>\", \"ouangani\", \"\", \"Mayotte\", \"Africa\", -12.840881, 45.12891, \" 118.0\", \"2024-\", \"IOS-net\", \"\", \"Data can be downloaded from: see URL (DOI coming soon)\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2095.0, 763.0, 1953.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Ouani</a>\", \"ouani\", \"\", \"Comoros\", \"Africa\", -12.132659, 44.42928, \" 20.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408669\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2117.0, 748.0, 1989.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Oujda</a>\", \"\", \"\", \"Morocco\", \"Africa\", 34.65, -1.9, \" 617.0\", \"2011-\", \"enerMENA\", \"University of oujda\", \"\", \"\", \"\", \"BSk\", \"Dry\", 2, 1949.0, 715.0, 2044.0], [\"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Ourossogui</a>\", \"SEN_Solar_Ourossogui\", \"\", \"Senegal\", \"Africa\", 15.61267, -13.3146, \"28\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2208.0, 898.0, 1840.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Oviedo</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3536, -5.8733, \" 336.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csb\", \"Temperate\", 1, 1318.0, 642.0, 1226.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Page</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 36.92, -111.45, \" 1329.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWk\", \"Dry\", 2, 2048.0, 511.0, 2719.0], [\"Palaiseau& SIRTA Observatory\", \"PAL\", \"\", \"France\", \"Europe\", 48.713, 2.208, \" 156.0\", \"2003-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1223.0, 613.0, 1183.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palakkad</a>\", \"\", \"\", \"India\", \"Asia\", 10.613, 76.716, \" 92.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1821.0, 993.0, 1150.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Palampur</a>\", \"\", \"\", \"India\", \"Asia\", 32.098, 76.548, \" 1268.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1697.0, 788.0, 1548.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Palm Springs</a>\", \"\", \"California\", \"USA\", \"North America\", 33.78, -116.47, \" 93.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2135.0, 467.0, 2843.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Palma</a>\", \"\", \"\", \"Spain\", \"Europe\", 39.5667, 2.7439, \" 4.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1697.0, 646.0, 1785.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Panaji</a>\", \"\", \"\", \"India\", \"Asia\", 15.412, 73.977, \" 114.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1924.0, 825.0, 1555.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pandharpur</a>\", \"\", \"\", \"India\", \"Asia\", 17.656, 75.369, \" 480.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1971.0, 818.0, 1690.0], [\"<a href=\\\"https://energydata.info/dataset/benin-solar-radiation-measurement-data\\\">Parakou</a>\", \"BEN_Solar_Parakou\", \"\", \"B\\u00e9nin\", \"NaN\", 9.33117, 2.59119, \"387\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1887.0, 956.0, 1281.0], [\"Paramaribo\", \"PAR\", \"\", \"Suriname\", \"South America\", 5.806, -55.2146, \" 4.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Af\", \"Tropical\", 1, 1887.0, 814.0, 1540.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pardee</a>\", \"\", \"California\", \"USA\", \"North America\", 34.45, -118.58, \" 315.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [\"Parkent\", \"PAR\", \"\", \"Uzbekistan\", \"Asia\", 41.3135, 69.7408, \" 1081.0\", \"2011-?\", \"\", \"Uzhydromet\", \"\", \"\", \"G;B;D;RSP\", \"Csa\", \"Temperate\", 1, 1657.0, 719.0, 1606.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Parker</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.15, -114.3, \" 126.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 460.0, 2909.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pasighat</a>\", \"\", \"\", \"India\", \"Asia\", 28.047, 95.334, \" 152.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1325.0, 697.0, 1058.0], [\"Patache\", \"\", \"\", \"Chile\", \"South America\", -20.8, -70.19, \"\", \"2013-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWh\", \"Dry\", 2, 2033.0, 843.0, 1686.0], [\"Patna\", \"PTN\", \"\", \"India\", \"Asia\", 25.6, 85.16, \" 51.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1726.0, 821.0, 1340.0], [\"Payerne\", \"PAY\", \"\", \"Switzerland\", \"Europe\", 46.8123, 6.9422, \" 491.0\", \"1992-\", \"BSRN\", \"MeteoSwiss\", \"\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1325.0, 602.0, 1391.0], [\"Peshawar\", \"\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \" 370.0\", \"2015-\", \"\", \"University of Engineering and Technology Peshawar\", \"\", \"\", \"G;RSI\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Peshawar</a>\", \"PK_Solar_Peshawar_UET\", \"\", \"Pakistan\", \"Asia\", 34.0017, 71.4854, \"370\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 1905.0, 635.0, 2132.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/petrolina.html\\\">Petrolina</a>\", \"PTR\", \"\", \"Brazil\", \"South America\", -9.068, -40.319, \" 387.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2004-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2143.0, 792.0, 2011.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Phalodi</a>\", \"\", \"\", \"India\", \"Asia\", 27.118, 72.345, \" 242.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2070.0, 730.0, 2059.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/phimai/phimai.html\\\">Phimai</a>\", \"\", \"\", \"Thailand\", \"Asia\", 15.184, 102.564, \" 212.0\", \"2005-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Aw\", \"Tropical\", 2, 1898.0, 920.0, 1413.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.57, -113.93, \" 381.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2157.0, 464.0, 2894.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Phoenix</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 33.43, -112.02, \" 339.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2146.0, 474.0, 2851.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Piton des Neiges</a>\", \"pitondesneiges\", \"\", \"Reunion\", \"Africa\", -21.095596, 55.480305, \" 2990.0\", \"2021-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092867\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Pittsburgh</a>\", \"\", \"Pennsylvania\", \"USA\", \"North America\", 40.5, -80.22, \" 371.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1383.0, 628.0, 1340.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Plaine des Palmistes Parc National</a>\", \"plaineparcnational\", \"\", \"Reunion\", \"Africa\", -21.1367, 55.6241, \" 1057.0\", \"2018-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408677\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://www.psa.es/en/facilities/meteo/meteo.php\\\">Plataforma Solar de Almeria</a>\", \"METAS\", \"\", \"Spain\", \"Europe\", 37.09165, -2.36355, \" 494.0\", \"2005-\", \"\", \"CIEMAT\", \"\", \"\", \"G;B;D;UV;IR\", \"Csa\", \"Temperate\", 1, 1832.0, 661.0, 2044.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pokhran</a>\", \"\", \"\", \"India\", \"Asia\", 26.916, 71.928, \" 293.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2088.0, 741.0, 2062.0], [\"Poprad-Ganovce\", \"\", \"\", \"Slovakia\", \"Europe\", 49.035, 20.324, \" 709.0\", \"?\", \"Slovak Hydrometeorological Institute\", \"\", \"\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1132.0, 573.0, 1066.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Port Blair</a>\", \"\", \"\", \"India\", \"Asia\", 11.614, 92.716, \" 65.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1832.0, 898.0, 1299.0], [\"<a href=\\\"http://solardata.uoregon.edu/PortlandPV.html\\\">Portland</a>\", \"PT\", \"Oregon\", \"USA\", \"North America\", 45.51, -122.69, \" 70.0\", \"2004-\", \"SRML\", \"University of Oregon\", \"5-min data between 2004 and 2011.\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1347.0, 537.0, 1515.0], [\"Pozo Almonte\", \"\", \"\", \"Chile\", \"South America\", -20.25, -69.78, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Puducherry</a>\", \"\", \"\", \"India\", \"Asia\", 11.96, 79.811, \" 36.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1942.0, 967.0, 1336.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Pueblo</a>\", \"\", \"Colorado\", \"USA\", \"North America\", 38.27, -104.62, \" 1481.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 566.0, 2289.0], [\"Pune\", \"PNE\", \"\", \"India\", \"Asia\", 18.53, 73.85, \" 555.0\", \"1986-?\", \"WMO RRC\", \"India Meteorological Department (IMD)\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Pune (Manchar)</a>\", \"\", \"\", \"India\", \"Asia\", 18.988, 73.963, \" 685.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1843.0, 814.0, 1504.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Purnea</a>\", \"\", \"\", \"India\", \"Asia\", 25.798, 87.504, \" 30.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1668.0, 843.0, 1237.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Qassim</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.31, 43.77, \" 647.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Qassim University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.34668, 43.76645, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2248.0, 756.0, 2237.0], [\"<a href=\\\"https://energydata.info/dataset/pakistan-solar-radiation-measurement-data\\\">Quetta</a>\", \"PK_Solar_Quetta_BUITEMS\", \"\", \"Pakistan\", \"Asia\", 30.2708, 66.9398, \"1590\", \"2015-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSk\", \"Dry\", 2, 2234.0, 639.0, 2566.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Radio Telescope Bras D'Eau</a>\", \"mrtbrasdeau\", \"\", \"Mauritius\", \"Africa\", -20.139386, 57.726052, \" 27.0\", \"2015-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408660\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajahmundry</a>\", \"\", \"\", \"India\", \"Asia\", 17.065, 81.867, \" 93.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1814.0, 872.0, 1343.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rajgarh</a>\", \"\", \"\", \"India\", \"Asia\", 23.987, 76.727, \" 412.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1887.0, 788.0, 1650.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Raleigh</a>\", \"\", \"North Carolina\", \"USA\", \"North America\", 35.87, -78.78, \" 137.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1642.0, 628.0, 1745.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramakkalmedu</a>\", \"\", \"\", \"India\", \"Asia\", 9.816, 77.241, \" 1045.0\", \"2018-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1880.0, 953.0, 1274.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ramanathapuram</a>\", \"\", \"\", \"India\", \"Asia\", 9.369, 78.77, \" 10.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2004.0, 986.0, 1402.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ramona</a>\", \"\", \"California\", \"USA\", \"North America\", 33.0, -116.75, \" 527.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2135.0, 467.0, 2843.0], [\"Ranchi\", \"RNC\", \"\", \"India\", \"Asia\", 23.31, 85.31, \" 652.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1708.0, 843.0, 1278.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ranchi</a>\", \"\", \"\", \"India\", \"Asia\", 23.443, 85.255, \" 738.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1708.0, 843.0, 1278.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Rania Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.21499, 42.84852, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2303.0, 774.0, 2234.0], [\"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Baalbak</a>\", \"LBN_Solar_RasBaalbak\", \"\", \"Lebanon\", \"Asia\", 34.272985, 36.427053, \"910\", \"2019-\", \"ESMAP\", \"Fraunhofer ISE\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [\"<a href=\\\"https://energydata.info/dataset/lebanon-solar-radiation-measurements\\\">Ras Ballbak</a>\", \"LBRAS\", \"\", \"Lebanon\", \"Asia\", 34.272946, 36.427053, \" 910.0\", \"2019-2021\", \"\", \"World Bank\", \"\", \"Freely\", \"G;RSI\", \"Csa\", \"Temperate\", 2, 1924.0, 686.0, 1975.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Ratangarh</a>\", \"\", \"\", \"India\", \"Asia\", 28.082, 74.6, \" 312.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1978.0, 745.0, 1894.0], [\"Regina\", \"REG\", \"\", \"Canada\", \"North America\", 50.205, -104.713, \" 578.0\", \"1995-2011\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1369.0, 591.0, 1577.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Reno</a>\", \"\", \"Nevada\", \"USA\", \"North America\", 39.5, -119.78, \" 1341.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 1920.0, 507.0, 2522.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Reserve Francois Leguat</a>\", \"reservetortues\", \"\", \"Mauritius\", \"Africa\", -19.757625, 63.37075, \" 36.0\", \"2017-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4001619\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2124.0, 777.0, 2029.0], [\"Reunion Island & University\", \"RUN\", \"\", \"Reunion\", \"Africa\", -20.9014, 55.4836, \" 116.0\", \"2019-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Ocean\", \"Ocean\", 1, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rewa</a>\", \"\", \"\", \"India\", \"Asia\", 24.555, 81.313, \" 315.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1865.0, 770.0, 1639.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Rialto</a>\", \"\", \"California\", \"USA\", \"North America\", 34.1, -117.35, \" 369.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [\"Ricerca sul Sistema Energetico\", \"RSE\", \"Milan\", \"Italy\", \"Europe\", 45.47488, 9.26001, \" 150.0\", \"2012-\", \"\", \"RSE\", \"Tracker is installed on the roof of a building (ground elevation is 108 m). The station also makes spectral measurement using a Spectrafy instrument.\", \"\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1405.0, 580.0, 1526.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Ridge Crest</a>\", \"\", \"California\", \"USA\", \"North America\", 35.62, -117.67, \" 696.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2132.0, 434.0, 2935.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/pennstat.html\\\">Rock Springs</a>\", \"PSU\", \"Pennsylvania\", \"USA\", \"North America\", 40.72012, -77.93085, \" 376.0\", \"1998-\", \"BSRN;SURFRAD\", \"NOAA\", \"SURFRAD station known as Penn State\", \"Freely\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1398.0, 606.0, 1416.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Rockhampton Aero</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -23.3753, 150.4775, \" 10.4\", \"1996-?\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 2040.0, 617.0, 2321.0], [\"Rolim de Moura\", \"RLM\", \"\", \"Brazil\", \"South America\", -11.582, -61.773, \" 252.0\", \"2007\", \"BSRN\", \"\", \"Only two months of data available.\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1810.0, 832.0, 1427.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Rourkela</a>\", \"\", \"\", \"India\", \"Asia\", 22.253, 84.901, \" 220.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1803.0, 803.0, 1486.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Royal Commission of Yanbu</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14434, 37.94569, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2263.0, 748.0, 2267.0], [\"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Rutland</a>\", \"RUT\", \"Vermont\", \"USA\", \"North America\", 43.64, -72.97, \" 184.0\", \"2014-2015\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1350.0, 588.0, 1424.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=STAC\\\">SOLARTAC</a>\", \"STAC\", \"Colorado\", \"USA\", \"North America\", 39.75685, -104.62025, \" 1674.0\", \"2009-\", \"NREL MIDC\", \"\", \"Relatively good quality data, but somewhat inconsistent cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1778.0, 558.0, 2201.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UAT\\\">SOLRMAP University of Arizona</a>\", \"UA OASIS\", \"Arizona\", \"USA\", \"North America\", 32.22969, -110.95534, \" 786.0\", \"2010-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 496.0, 2774.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=BMS\\\">SRRL BMS</a>\", \"BMS\", \"Colorado\", \"USA\", \"North America\", 39.742, -105.18, \" 1828.8\", \"1981-\", \"NREL MIDC\", \"NREL\", \"The NREL Solar Radiation Research Laboratory (SRRL) operates the largest collection of pyranometers and pyrheliometers in the world. Regular calibration and cleaning.\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1737.0, 661.0, 2011.0], [\"Sabryia\", \"\", \"\", \"Kuwait\", \"Asia\", 29.67, 47.93, \"\", \"2012-?\", \"\", \"KISR\", \"Location is approximate\", \"\", \"G;RSI\", \"BWh\", \"Dry\", 2, 2077.0, 803.0, 1934.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sadodar</a>\", \"\", \"\", \"India\", \"Asia\", 22.051, 70.235, \" 192.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1978.0, 745.0, 1861.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Saguaro</a>\", \"\", \"California\", \"USA\", \"North America\", 32.55, -111.3, \" 588.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BWh\", \"Dry\", 2, 2154.0, 478.0, 2843.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Andre Chevrettes</a>\", \"edfsaintandre\", \"\", \"Reunion\", \"Africa\", -20.9628, 55.62243, \" 200.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693536\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Denis Bois de Nefles</a>\", \"edfboisdenefles\", \"\", \"Reunion\", \"Africa\", -20.91731, 55.47644, \" 337.0\", \"2012-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693525\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Joseph Marie</a>\", \"saintjosephmairie\", \"\", \"Reunion\", \"Africa\", -21.379077, 55.619688, \" 36.0\", \"2013-2015\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092888\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Leu Mazeau</a>\", \"edfsaintleu\", \"\", \"Reunion\", \"Africa\", -21.20064, 55.30233, \" 232.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693559\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Louis Lycee Jean Joly</a>\", \"saintlouisjeanjoly\", \"\", \"Reunion\", \"Africa\", -21.271391, 55.43558, \" 152.0\", \"2016-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092894\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Paul Le Carat</a>\", \"saintpaulcarat\", \"\", \"Reunion\", \"Africa\", -21.04323, 55.25089, \" 100.0\", \"2022-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.8419974\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Saint Pierre La Valle</a>\", \"edfsaintpierre\", \"\", \"Reunion\", \"Africa\", -21.31392, 55.45107, \" 67.0\", \"2012-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693567\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Sainte Rose Mairie</a>\", \"sainterosemairie\", \"\", \"Reunion\", \"Africa\", -21.127324, 55.793136, \" 24.0\", \"2013-2016\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092890\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Al Khafji)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.50671, 48.45504, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1869.0, 905.0, 1456.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Farasan)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 16.692097, 42.098767, \"\", \"2014-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2172.0, 883.0, 1799.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Hagl)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 29.28997, 34.93002, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2259.0, 631.0, 2540.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Conversion Corporation (Umluj)</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.00411, 37.27382, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2289.0, 679.0, 2449.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Saline Water Desalination Research Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.9042, 49.76274, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2099.0, 942.0, 1697.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Salmanbin Abdulaziz University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 24.14717, 47.26999, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 821.0, 2128.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Salt Lake City</a>\", \"\", \"Utah\", \"USA\", \"North America\", 40.77, -111.97, \" 1288.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1759.0, 588.0, 2139.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/slc.html\\\">Salt Lake City</a>\", \"SLC\", \"Utah\", \"USA\", \"North America\", 40.7722, -111.95495, \" 1288.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1759.0, 588.0, 2139.0], [\"<a href=\\\"http://les.edu.uy/en/rmcis-en/\\\">Salto Grande</a>\", \"LES\", \"\", \"Uruguay\", \"South America\", -31.2827, -57.9181, \" 56.0\", \"2015-\", \"\", \"Uruguay Solar Energy Laboratory\", \"\", \"\", \"G;B;D;UV;IR\", \"Cfa\", \"Temperate\", 1, 1778.0, 617.0, 1934.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/semrts.html\\\">San Antonio</a>\", \"\", \"Texas\", \"USA\", \"North America\", 29.46, -98.49, \" 253.0\", \"1981-1982\", \"SEMRTS\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1770.0, 635.0, 1851.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Bartolome Tirajana</a>\", \"\", \"\", \"Canary Islands\", \"Africa\", 27.7581, -15.5756, \" 50.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"BWk\", \"Dry\", 1, 2073.0, 715.0, 2084.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Diego</a>\", \"\", \"California\", \"USA\", \"North America\", 32.72, -117.17, \" 18.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1803.0, 766.0, 1719.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">San Juan</a>\", \"\", \"Puerto Rico\", \"USA\", \"North America\", 18.43, -66.0, \" 19.0\", \"1978-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Af\", \"Tropical\", 2, 2018.0, 799.0, 1803.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">San Pedro</a>\", \"\", \"California\", \"USA\", \"North America\", 33.75, -118.28, \" 12.0\", \"1979-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1847.0, 694.0, 1916.0], [\"San Pedro\", \"\", \"\", \"Chile\", \"South America\", -22.9, -68.19, \"\", \"2010-2011\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"BWk\", \"Dry\", 1, 2639.0, 438.0, 3530.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">San Sebastian</a>\", \"\", \"\", \"Spain\", \"Europe\", 43.3075, -2.0394, \" 252.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1340.0, 624.0, 1270.0], [\"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sanankoroba</a>\", \"MLI_Solar_Sanankoroba\", \"\", \"Mali\", \"Africa\", 12.39112, -7.93737, \"356\", \"2021-\", \"ESMAP\", \"CSP Services\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2132.0, 887.0, 1752.0], [\"<a href=\\\"https://photovoltaics.sandia.gov\\\">Sandia</a>\", \"\", \"New Mexico\", \"USA\", \"North America\", 35.05, 106.54, \" 1657.0\", \"1994-\", \"\", \"Sandia National Laboratories\", \"Data is available upon request with use conditions. \", \"Upon request\", \"G;B;D\", \"Dwb\", \"Continental\", 1, 1467.0, 686.0, 1332.0], [\"Santiago\", \"\", \"\", \"Chile\", \"South America\", -33.45, -70.65, \"\", \"2010-?\", \"FONDEF;WMO RRC\", \"\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1986.0, 551.0, 2398.0], [\"Sanya\", \"\", \"\", \"China\", \"Asia\", 18.23, 109.52, \" 5.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1686.0, 854.0, 1208.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/36862/28/Sapporo.pdf\\\">Sapporo</a>\", \"SAP\", \"\", \"Japan\", \"Asia\", 43.06, 141.3286, \" 17.2\", \"2010-2020\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1183.0, 635.0, 945.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/sea.html\\\">Seattle</a>\", \"SEA\", \"Washington\", \"USA\", \"North America\", 47.68685, -122.25667, \" 20.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [\"<a href=\\\"http://solardata.uoregon.edu/SeattleUW.html\\\">Seattle</a>\", \"ST\", \"Washington\", \"USA\", \"North America\", 47.654, -122.309, \" 70.0\", \"2015-\", \"SRML\", \"University of Oregon\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1256.0, 551.0, 1358.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Seattle-Tacoma</a>\", \"\", \"Washington\", \"USA\", \"North America\", 47.45, -122.3, \" 143.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 1256.0, 551.0, 1358.0], [\"Sede Boqer\", \"SBO\", \"\", \"Israel\", \"Asia\", 30.8597, 34.7794, \" 500.0\", \"2003-2012\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2190.0, 664.0, 2376.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Selegua - Mexico Solarimetric Station</a>\", \"SEL\", \"\", \"Mexico\", \"North America\", 15.7839, -91.9902, \" 602.0\", \"2017-\", \"BSRN\", \"Mexican Solarimetric Service\", \"BSRN data from 2020.\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1883.0, 759.0, 1683.0], [\"<a href=\\\"http://climate.lzu.edu.cn/info/1046/1080.htm\\\">Semi-Arid Climate & Environment Observatory of Lanzhou University</a>\", \"SACOL\", \"\", \"China\", \"Asia\", 35.946, 104.13708, \" 1965.8\", \"2005-\", \"\", \"Lanzhou University\", \"\", \"\", \"G;B;D;RSR;UV\", \"BSk\", \"Dry\", 1, 1577.0, 712.0, 1478.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/sendai/sendai.html\\\">Sendai</a>\", \"\", \"\", \"Japan\", \"Asia\", 38.26, 140.84, \" 153.0\", \"2010-\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Cfa\", \"Temperate\", 2, 1248.0, 661.0, 1037.0], [\"<a href=\\\"http://atmos3.cr.chiba-u.jp/skynet/seoul/seoul.html\\\">Seoul</a>\", \"\", \"\", \"South Korea\", \"Asia\", 37.46, 126.95, \" 85.0\", \"2008-2015\", \"SKYNET\", \"Hitoshi Irie and Tamio Takamura (CEReS/Chiba-U.)\", \"Photometer and longwave downdewlling irradiance.\", \"Freely\", \"G;D\", \"Dwa\", \"Continental\", 2, 1434.0, 675.0, 1299.0], [\"Shagaya\", \"\", \"\", \"Kuwait\", \"Asia\", 29.2099, 47.0603, \" 241.0\", \"2012-?\", \"\", \"KISR\", \"\", \"\", \"G;B;D;RSI\", \"BWh\", \"Dry\", 1, 2077.0, 803.0, 1934.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shahada</a>\", \"\", \"\", \"India\", \"Asia\", 21.571, 74.484, \" 117.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Shangdianzi</a>\", \"\", \"\", \"China\", \"Asia\", 40.65, 117.12, \" 293.3\", \"2013-\", \"CBSRN;WMO GAW\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1548.0, 602.0, 1789.0], [\"Shanghai\", \"\", \"\", \"China\", \"Asia\", 31.4, 121.48, \" 3.5\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1372.0, 712.0, 1062.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Shaqra University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 25.17279, 45.14198, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2263.0, 766.0, 2234.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Sharurah</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47, 47.11, \" 725.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2442.0, 788.0, 2380.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Sharurah Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.47586, 47.08618, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2442.0, 788.0, 2380.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Shegaon</a>\", \"\", \"\", \"India\", \"Asia\", 20.78, 76.679, \" 288.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1916.0, 799.0, 1642.0], [\"Shenyang\", \"\", \"\", \"China\", \"Asia\", 41.73, 123.45, \" 42.8\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Dwa\", \"Continental\", 2, 1445.0, 639.0, 1515.0], [\"<a href=\\\"https://energydata.info/dataset/tanzania-solar-irradiation-measurement-data\\\">Shinyanga</a>\", \"TZA_Solar_Shinyanga\", \"\", \"Tanzania\", \"Africa\", -3.626586, 33.515342, \"1179\", \"2020-2021\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2241.0, 799.0, 2026.0], [\"<a href=\\\"https://energydata.info/dataset/mali-solar-radiation-measurement-data\\\">Sikasso</a>\", \"MLI_Solar_Sikasso\", \"\", \"Mali\", \"Africa\", 11.30547, -5.73713, \"375\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2099.0, 905.0, 1679.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silchar</a>\", \"\", \"\", \"India\", \"Asia\", 24.759, 92.791, \" 45.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1657.0, 880.0, 1190.0], [\"Silutes\", \"\", \"\", \"Lithuania\", \"Europe\", 55.352, 21.447, \" 5.0\", \"?\", \"Lithuanian Hydrometeorological Service (LHMS)\", \"\", \"\", \"\", \"\", \"Cfb\", \"Temperate\", 2, 1088.0, 529.0, 1110.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Silvassa</a>\", \"\", \"\", \"India\", \"Asia\", 20.215, 73.037, \" 61.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1865.0, 829.0, 1537.0], [\"<a href=\\\"http://solardata.uoregon.edu/SilverLake.html\\\">Silver lake</a>\", \"SL\", \"Oregon\", \"USA\", \"North America\", 43.12, -121.06, \" 1355.0\", \"2002-\", \"SRML\", \"University of Oregon\", \"Only 5 minute data?\", \"Freely\", \"RSR\", \"Csb\", \"Temperate\", 2, 1664.0, 540.0, 2073.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Similiguda</a>\", \"\", \"\", \"India\", \"Asia\", 18.683, 82.833, \" 920.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1759.0, 839.0, 1332.0], [\"<a href=\\\"https://gml.noaa.gov/grad/surfrad/siouxfalls.html\\\">Sioux Falls</a>\", \"SXF\", \"South Dakota\", \"USA\", \"North America\", 43.73403, -96.62328, \" 473.0\", \"2003-\", \"BSRN; SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Dfa\", \"Continental\", 1, 1511.0, 584.0, 1734.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sirohi</a>\", \"\", \"\", \"India\", \"Asia\", 24.517, 72.786, \" 362.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1989.0, 763.0, 1861.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sitamau</a>\", \"\", \"\", \"India\", \"Asia\", 23.984, 75.331, \" 469.0\", \"2015-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1902.0, 777.0, 1694.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Solan</a>\", \"\", \"\", \"India\", \"Asia\", 30.853, 77.17, \" 1231.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1821.0, 752.0, 1737.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Solar Village</a>\", \"SOV\", \"\", \"Saudi Arabia\", \"Asia\", 24.91, 46.41, \" 650.0\", \"1998-2003\", \"BSRN; AERONET\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2259.0, 818.0, 2132.0], [\"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Song Binh</a>\", \"VN_Solar_VNSOB_EVN\", \"\", \"Vietnam\", \"Asia\", 11.2641, 108.3452, \"62\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1924.0, 920.0, 1438.0], [\"<a href=\\\"https://www.sonnblick.net/en/\\\">Sonnblick</a>\", \"SON\", \"\", \"Austria\", \"Europe\", 47.054, 12.9577, \" 3108.9\", \"2013-\", \"BSRN;ARAD\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1201.0, 602.0, 1172.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Soria</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.7667, -2.4667, \" 1082.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Cfb\", \"Temperate\", 1, 1639.0, 650.0, 1778.0], [\"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Soroti</a>\", \"UGA_Solar_Soroti\", \"\", \"Uganda\", \"Africa\", 1.724351, 33.622098, \"1128\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2201.0, 945.0, 1737.0], [\"<a href=\\\"https://gml.noaa.gov/obop/spo/\\\">South Pole</a>\", \"SPO\", \"\", \"Antarctica\", \"Antarctica\", -89.983, -24.799, \" 2800.0\", \"1992-\", \"BSRN; ABO\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, NaN, NaN, NaN], [\"<a href=\\\"http://www.arm.gov/sites/sgp\\\">Southern Great Plains</a>\", \"E13\", \"Oklahoma\", \"USA\", \"North America\", 36.60406, -97.48525, \" 314.0\", \"1994-\", \"BSRN; ARM\", \"\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1730.0, 569.0, 2026.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Spring Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 32.73, -116.92, \" 216.0\", \"1978-1979\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2132.0, 478.0, 2796.0], [\"Srinagar\", \"SRN\", \"\", \"India\", \"Asia\", 34.08, 74.83, \" 1585.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1730.0, 763.0, 1653.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">St Johns</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 34.57, -109.3, \" 1815.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2051.0, 522.0, 2672.0], [\"<a href=\\\"https://sauran.ac.za\\\">Stellenbosch University</a>\", \"STB\", \"Stellenbosch\", \"South Africa\", \"Africa\", -33.928101, 18.8654, \" 119.0\", \"2010-2024\", \"SAURAN\", \"\", \"Roof of Engineering building\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 2026.0, 555.0, 2508.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Sterling</a>\", \"\", \"Virginia\", \"USA\", \"North America\", 38.98, -77.47, \" 87.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1515.0, 610.0, 1599.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/ste.html\\\">Sterling</a>\", \"STE\", \"Virginia\", \"USA\", \"North America\", 38.97203, -77.4869, \" 85.0\", \"1995-\", \"SOLRAD\", \"NOAA\", \"Site location pre Oct 28& 2014 (38.97673& -77.48379)\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1515.0, 610.0, 1599.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Stockholm</a>\", \"\", \"\", \"Sweden\", \"Europe\", 59.353, 18.063, \" 30.0\", \"1983-2012\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1048.0, 474.0, 1201.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Sudanthile</a>\", \"Sud\", \"\", \"Qatar\", \"Asia\", 24.63, 51.06, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D;UV;IR\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Sultanpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.288, 82.082, \" 90.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1719.0, 807.0, 1347.0], [\"<a href=\\\"https://geo-summit.org/instruments\\\">Summit Station</a>\", \"\", \"\", \"Greenland\", \"North America\", 72.579583, -38.459186, \" 3216.0\", \"?\", \"\", \"Battelle Arctic Research Operations (ARO)\", \"Frequent issues with tracker malfunction resulting in many outages.\", \"Upon request\", \"G;B;D\", \"EF\", \"Polar\", 1, 1164.0, 591.0, 1548.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Sun Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.25, -118.38, \" 277.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://energydata.info/dataset/ghana-solar-radiation-measurement-data\\\">Sunyani</a>\", \"GHA_Solar_Sunyani\", \"\", \"Ghana\", \"Africa\", 7.34865, -2.34034, \"330\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1712.0, 967.0, 1033.0], [\"Sur Viejo\", \"\", \"\", \"Chile\", \"South America\", -20.95, -69.54, \"\", \"2011-?\", \"FONDEF\", \"\", \"\", \"\", \"RSP\", \"BWk\", \"Dry\", 2, 2570.0, 412.0, 3380.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Surat</a>\", \"\", \"\", \"India\", \"Asia\", 21.165, 74.783, \" 34.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1913.0, 752.0, 1723.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/47515/\\\">Syowa</a>\", \"SYO\", \"\", \"Antarctica\", \"Antarctica\", -69.005, 39.589, \" 18.0\", \"1994-\", \"BSRN\", \"AWI\", \"\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1274.0, 646.0, 1668.0], [\"<a href=\\\"http://sonda.ccst.inpe.br/basedados/saomartinho.html\\\">S\\u00e3o Martinho da Serra</a>\", \"SMS\", \"\", \"Brazil\", \"South America\", -29.4428, -53.8231, \" 489.0\", \"2006-\", \"BSRN;SONDA\", \"INPE\", \"SONDA station (2005-2019). No maintenance between 2016-2017.\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1716.0, 602.0, 1825.0], [\"<a href=\\\"https://energydata.info/dataset/cote-divoire-solar-radiation-measurement-data\\\">S\\u00e9r\\u00e9bou</a>\", \"CIV_Solar_S\\u00e9r\\u00e9bou\", \"\", \"C\\u00f4te d'Ivoire\", \"Africa\", 7.93282, -4.00525, \"195\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1705.0, 967.0, 1037.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Tabouk</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38, 36.61, \" 768.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tabuk University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 28.38287, 36.48396, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 628.0, 2617.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Taif University</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 21.43278, 40.49173, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 825.0, 2172.0], [\"Tajoura\", \"\", \"\", \"Libya\", \"Africa\", 32.815147, 13.438943, \"\", \"?\", \"\", \"\", \"\", \"\", \"\", \"BSh\", \"Dry\", 2, 1971.0, 792.0, 1843.0], [\"Talca\", \"\", \"\", \"Chile\", \"South America\", -35.42, -71.64, \"\", \"2012-?\", \"FONDEF\", \"\", \"\", \"\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1902.0, 482.0, 2405.0], [\"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Talin</a>\", \"ARM_Solar_Talin\", \"\", \"Armenia\", \"Asia\", 40.386, 43.8972, \"1641\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfb\", \"Continental\", 2, 1683.0, 788.0, 1529.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/noaa.html\\\">Tallahassee</a>\", \"\", \"Florida\", \"USA\", \"North America\", 30.38, -84.37, \" 18.0\", \"1977-1980\", \"NOAA\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Cfa\", \"Temperate\", 2, 1752.0, 653.0, 1818.0], [\"<a href=\\\"https://gml.noaa.gov/grad/solrad/tlh.html\\\">Tallahassee</a>\", \"TLH\", \"Florida\", \"USA\", \"North America\", 30.39675, -84.32955, \" 18.0\", \"1995-2002\", \"SOLRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1752.0, 653.0, 1818.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Talwandi Sabo</a>\", \"\", \"\", \"India\", \"Asia\", 29.961, 75.122, \" 341.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1810.0, 818.0, 1511.0], [\"Tamanrasset\", \"TAM\", \"\", \"Algeria\", \"Africa\", 22.7903, 5.5292, \" 1385.0\", \"2000-\", \"BSRN;WMO RRC\", \"\", \"No DIR and DIF data at TAM since 2018: Due to a broken tracker which could not yet be replaced the DIR and DIF data at Tamanrasset is missing since February 2018.\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2336.0, 796.0, 2300.0], [\"<a href=\\\"https://energydata.info/dataset/senegal-2021-solar-radiation-measurement-data\\\">Tambacounda</a>\", \"SEN_Solar_Tambacounda\", \"\", \"Senegal\", \"Africa\", 13.77689, -13.72924, \"40\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2121.0, 905.0, 1705.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tan-Tan</a>\", \"\", \"\", \"Morocco\", \"Africa\", 28.498, -11.322, \" 75.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 1767.0, 898.0, 1350.0], [\"<a href=\\\"https://energydata.info/dataset/guinea-solar-radiation-measurement-data\\\">Tarambaly</a>\", \"GIN_Solar_Tarambaly\", \"\", \"Guin\\u00e9e\", \"NaN\", 11.356, -12.13706, \"860\", \"2021-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 2026.0, 949.0, 1496.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Tataouine</a>\", \"\", \"\", \"Tunisia\", \"Africa\", 32.974, 10.485, \" 210.0\", \"2011-\", \"enerMENA\", \"CRTEn\", \"\", \"\", \"\", \"BWh\", \"Dry\", 2, 2066.0, 701.0, 2183.0], [\"<a href=\\\"https://epic.awi.de/id/eprint/36862/27/Tateno.pdf\\\">Tateno;Tsukuba</a>\", \"TAT\", \"\", \"Japan\", \"Asia\", 36.0581, 140.1258, \" 25.0\", \"1996-\", \"BSRN;WMO RRC\", \"JMA\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1413.0, 642.0, 1369.0], [\"<a href=\\\"https://dkasolarcentre.com.au/locations/nt-solar-resource/tennant-creek\\\">Tennant Creek</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6795, 134.2615, \"\", \"2019-\", \"\", \"DKA Solar Centre\", \"Parameters sampled at 1-second intervals and averaged at 5-second intervals\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2300.0, 533.0, 2730.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Tennant Creek Airport</a>\", \"\", \"Northern Territory\", \"Australia\", \"Oceania\", -19.6423, 134.1833, \" 375.7\", \"1996-2006\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"BSh\", \"Dry\", 1, 2300.0, 533.0, 2730.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Tepic</a>\", \"TEP\", \"Nayarit\", \"Mexico\", \"North America\", 21.4916, -104.8947, \" 959.0\", \"2016-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 2175.0, 624.0, 2394.0], [\"Terra Nova Bay\", \"TNB\", \"\", \"Antarctica\", \"Antarctica\", -74.6223, 164.2283, \" 28.0\", \"?\", \"BSRN\", \"\", \"Candidate Station (no. 89)\", \"Freely\", \"G;B;D\", \"EF\", \"Polar\", 1, 1080.0, 507.0, 1712.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tezpur</a>\", \"\", \"\", \"India\", \"Asia\", 26.699, 92.833, \" 83.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1584.0, 832.0, 1175.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Thane</a>\", \"\", \"\", \"India\", \"Asia\", 19.214, 73.183, \" 40.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Am\", \"Tropical\", 1, 1851.0, 803.0, 1544.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tharad</a>\", \"\", \"\", \"India\", \"Asia\", 24.377, 71.63, \" 67.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2029.0, 763.0, 1931.0], [\"Thiruvananthapuram\", \"TRV\", \"\", \"India\", \"Asia\", 8.48, 76.95, \" 60.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Aw\", \"Tropical\", 2, 1956.0, 916.0, 1409.0], [\"Tiksi\", \"TIK\", \"Siberia\", \"Russia\", \"Europe\", 71.5862, 128.9188, \" 48.0\", \"2010-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dsd\", \"Continental\", 1, 872.0, 504.0, 1033.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Timaa Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 27.61727, 38.5252, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2307.0, 734.0, 2402.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tirupati</a>\", \"\", \"\", \"India\", \"Asia\", 13.627, 79.397, \" 190.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [\"Tiruvallur\", \"TIR\", \"\", \"India\", \"Asia\", 13.0923, 79.9738, \" 36.0\", \"2014-\", \"BSRN;SRRA\", \"National Institute of wind energy\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1909.0, 967.0, 1307.0], [\"<a href=\\\"https://gml.noaa.gov/grad/meetings/BSRN2018_documents/2018_%20BSRN_poster_EST_Rosin.pdf\\\">Toravere</a>\", \"TOR\", \"\", \"Estonia\", \"Europe\", 58.254, 26.462, \" 70.0\", \"1999-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 996.0, 453.0, 1164.0], [\"<a href=\\\"https://gawsis.meteoswiss.ch/GAWSIS/index.html#/search/station/stationReportDetails/0-20008-0-TOT\\\">Toronto</a>\", \"TOT\", \"Ontario\", \"Canada\", \"North America\", 43.783333, -79.466667, \" 198.0\", \"2014-\", \"WMO GAW;WMO RRC\", \"Environment Canada\", \"\", \"\", \"G;RSI\", \"Dfb\", \"Continental\", 2, 1358.0, 569.0, 1413.0], [\"<a href=\\\"https://energydata.info/dataset/senegal-solar-radiation-measurement-data\\\">Touba</a>\", \"SEN_Solar_Touba_IFC\", \"\", \"Senegal\", \"Africa\", 14.77252, -15.91955, \"37\", \"2016-2017\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"BSh\", \"Dry\", 2, 2179.0, 923.0, 1752.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Townsville</a>\", \"\", \"Queensland\", \"Australia\", \"Oceania\", -19.2483, 146.7661, \" 4.34\", \"2012-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Aw\", \"Tropical\", 1, 2088.0, 639.0, 2281.0], [\"<a href=\\\"https://energydata.info/dataset/vietnam-solar-radiation-measurement-data\\\">Tri An</a>\", \"VN_Solar_VNTRA_EVN\", \"\", \"Vietnam\", \"Asia\", 11.1024, 107.0378, \"57\", \"2017-\", \"ESMAP\", \"Suntrace GmbH\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 1832.0, 923.0, 1296.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Trichy</a>\", \"\", \"\", \"India\", \"Asia\", 10.76, 78.813, \" 87.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1989.0, 993.0, 1361.0], [\"Troms\\u00f8\", \"\", \"\", \"Norway\", \"Europe\", 69.661, 18.939, \" 113.0\", \"2020-?\", \"\", \"University of Troms\\u00f8\", \"\", \"\", \"G;B;D\", \"Dfc\", \"Continental\", 1, 737.0, 409.0, 880.0], [\"<a href=\\\"https://www.sintef.no/projectweb/solarlab/sintef-node/pv-metering/\\\">Trondheim</a>\", \"\", \"\", \"Norway\", \"Europe\", 63.4171, 10.4047, \" 89.0\", \"2022-\", \"\", \"Sintef\", \"10 second data\", \"Not available\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 850.0, 453.0, 967.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Tucson</a>\", \"\", \"Arizona\", \"USA\", \"North America\", 32.17, -110.9, \" 794.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 2121.0, 496.0, 2774.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Tuhamat Qahtan Technical Institute</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 17.7749, 43.17555, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"RSR\", \"BWh\", \"Dry\", 2, 2300.0, 785.0, 2212.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Tura</a>\", \"\", \"\", \"India\", \"Asia\", 25.525, 90.21, \" 397.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1577.0, 821.0, 1183.0], [\"<a href=\\\"https://www.hbku.edu.qa/en/qeeri/energy-center\\\">Turayna</a>\", \"Tur\", \"\", \"Qatar\", \"Asia\", 24.74, 51.21, \"\", \"2020-\", \"QEERI\", \"QEERI\", \"\", \"Upon request\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2066.0, 931.0, 1657.0], [\"Turku\", \"\", \"\", \"Finland\", \"Europe\", 60.4484, 22.2976, \" 60.0\", \"2019-\", \"\", \"New Energy Research Center (NERC)\", \"Located ontop of tall building.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 971.0, 445.0, 1150.0], [\"<a href=\\\"https://sauran.ac.za/\\\">USAid Gaborone</a>\", \"GAB\", \"Gaborone\", \"Botswana\", \"Africa\", -24.660999, 25.934, \" 1014.0\", \"2014-2020\", \"SAURAN\", \"\", \"Roof of building in University of Botswana\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2139.0, 584.0, 2471.0], [\"<a href=\\\"https://sauran.ac.za/\\\">USAid Namibian University of Science and Technology</a>\", \"NUST\", \"Windhoek\", \"Namibia\", \"Africa\", -22.565001, 17.075001, \" 1683.0\", \"2016-2024\", \"SAURAN\", \"\", \"Roof of Engineering Building\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2307.0, 569.0, 2734.0], [\"<a href=\\\"https://sauran.ac.za/\\\">USAid University of Fort Hare</a>\", \"UFH\", \"Alice\", \"South Africa\", \"Africa\", -32.784611, 26.8452, \" 540.0\", \"2017-2024\", \"SAURAN\", \"\", \"Roof of Zoology Department\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1905.0, 591.0, 2248.0], [\"<a href=\\\"https://sauran.ac.za/\\\">USAid Venda</a>\", \"VEN\", \"Vuwani\", \"South Africa\", \"Africa\", -23.131001, 30.424, \" 628.0\", \"2015-2024\", \"SAURAN\", \"\", \"Vuwani Science Research Centre\", \"Freely\", \"G;B;D\", \"Cwa\", \"Temperate\", 1, 1854.0, 697.0, 1847.0], [\"Uccle\", \"\", \"\", \"Belgium\", \"Europe\", 50.798, 4.359, \" 101.0\", \"2014-\", \"WMO RRC\", \"Royal Meteorological Institute of Belgium (RMI)\", \"Probably got the tracker in 2014.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1121.0, 580.0, 1077.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">Ume\\u00e5</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.811, 20.24, \" 23.0\", \"1983-2008\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfb\", \"Continental\", 2, 967.0, 412.0, 1263.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">University of Dammam</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 26.39519, 50.18898, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 1913.0, 905.0, 1482.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UFL\\\">University of Florida</a>\", \"UF\", \"Florida\", \"USA\", \"North America\", 29.626968, -82.360851, \" 27.4\", \"2022-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1781.0, 664.0, 1854.0], [\"<a href=\\\"https://www.udg.edu/en/grupsrecerca/Fisica-Ambiental/Estacio-Meteorologica/Informacio-general-sobre-lestacio\\\">University of Girona</a>\", \"\", \"Catalonia\", \"Spain\", \"Europe\", 41.96, 2.83, \" 110.0\", \"1993-\", \"\", \"\", \"\", \"\", \"G;B;D\", \"Csa\", \"Temperate\", 1, 1617.0, 610.0, 1763.0], [\"<a href=\\\"https://sauran.ac.za/station-documents/KZH/KZH%20Station%20Details.pdf\\\">University of KwaZulu-Natal Howard College</a>\", \"UKZN\", \"Durban\", \"South Africa\", \"Africa\", -29.870979, 30.97695, \" 150.0\", \"2015-2021\", \"SAURAN\", \"\", \"Roof of Desmond Clarence building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [\"<a href=\\\"https://sauran.ac.za/\\\">University of KwaZulu-Natal Pietermaritzburg</a>\", \"\", \"Pietermaritzburg\", \"South Africa\", \"Africa\", -29.621226, 30.397038, \" 680.0\", \"2021-2024\", \"SAURAN\", \"\", \"Rooftop\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [\"University of KwaZulu-Natal Westville\", \"ZUL\", \"Durban\", \"South Africa\", \"Africa\", -29.81694, 30.94492, \" 200.0\", \"2015-2020\", \"SAURAN\", \"\", \"Roof of Physics building. Permanently offline.\", \"Freely\", \"G;B;D\", \"Cfa\", \"Temperate\", 1, 1705.0, 675.0, 1708.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Moufia</a>\", \"urmoufia\", \"\", \"Reunion\", \"Africa\", -20.90146, 55.483593, \" 96.0\", \"2008-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092910\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2106.0, 704.0, 2113.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of La Reunion Tampon</a>\", \"urtampon\", \"\", \"Reunion\", \"Africa\", -21.269277, 55.50702, \" 553.0\", \"2012-2014\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.7092912\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2008.0, 741.0, 1931.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">University of Mauritius Reduit</a>\", \"uomreduit\", \"\", \"Mauritius\", \"Africa\", -20.24497, 57.4877, \" 200.0\", \"2022-2023\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.10693484\", \"Freely\", \"SPN1\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [\"<a href=\\\"https://midcdmz.nrel.gov/apps/sitehome.pl?site=UNLV\\\">University of Nevada</a>\", \"UNLV\", \"Nevada\", \"USA\", \"North America\", 36.107, -115.1425, \" 615.0\", \"2006-\", \"\", \"NREL\", \"\", \"Freely\", \"G;B;D;UV\", \"BWh\", \"Dry\", 1, 2062.0, 478.0, 2800.0], [\"<a href=\\\"https://sauran.ac.za/\\\">University of Zululand</a>\", \"ZUL\", \"KwaDlangezwa\", \"South Africa\", \"Africa\", -28.8529, 31.85161, \" 90.0\", \"2013-2024\", \"SAURAN\", \"\", \"Roof of university building\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1723.0, 683.0, 1716.0], [\"<a href=\\\"https://galilee.univ-reunion.fr/\\\">Vacoas</a>\", \"vacoas\", \"\", \"Mauritius\", \"Africa\", -20.297095, 57.496918, \" 431.0\", \"2019-\", \"IOS-net\", \"\", \"Data can be downloaded from: https://doi.org/10.5281/zenodo.4408662\", \"Freely\", \"SPN1;UV\", \"Ocean\", \"Ocean\", 2, 2018.0, 785.0, 1869.0], [\"<a href=\\\"https://www.aemet.es/en/eltiempo/observacion/radiacion/radiacion?datos=mapa\\\">Valladolid</a>\", \"\", \"\", \"Spain\", \"Europe\", 41.65, -4.7667, \" 735.0\", \"2008-\", \"AEMET\", \"State Meteorological Agency of Spain\", \"\", \"Freely\", \"G;B;D;IR;UV;PAR\", \"Csa\", \"Temperate\", 1, 1672.0, 672.0, 1778.0], [\"Varanasi\", \"VNS\", \"\", \"India\", \"Asia\", 25.3, 83.01, \" 90.0\", \"1986-?\", \"\", \"India Meteorological Department (IMD)\", \"DHI is probably measured with shadowring\", \"\", \"G;B;Ds\", \"Csa\", \"Temperate\", 2, 1734.0, 839.0, 1307.0], [\"Varennes\", \"\", \"Quebec\", \"Canada\", \"North America\", 45.6265, -73.38203, \" 22.0\", \"1995-\", \"\", \"Natural Resources Canada\", \"Complete station upgrade in 2017. Prior to 2017, station was rather unreliable and maintenance was less rigorous. Spectral radiation measurements using Spectrafy sensors also available.\", \"Upon request\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1310.0, 562.0, 1420.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vartej</a>\", \"\", \"\", \"India\", \"Asia\", 21.741, 72.071, \" 30.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1953.0, 792.0, 1716.0], [\"<a href=\\\"https://idmp.entpe.fr/\\\">Vaulx-en-Velin</a>\", \"\", \"\", \"France\", \"Europe\", 45.7786, 4.9225, \" 170.0\", \"2005-\", \"IDMP\", \"ENTPE\", \"Diffuse is measured with a shadowring.\", \"Freely\", \"G;B;Ds;UV\", \"Cfb\", \"Temperate\", 2, 1376.0, 591.0, 1464.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vellore</a>\", \"\", \"\", \"India\", \"Asia\", 12.974, 79.159, \" 231.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1938.0, 1000.0, 1292.0], [\"<a href=\\\"https://rtc.sandia.gov/about-the-us-doe-regional-test-centers/rtc-fact-sheets/\\\">Vermont Regional Test Center</a>\", \"RTC-VT\", \"Vermont\", \"USA\", \"North America\", 44.4665, -73.1024, \" 107.0\", \"2014-2020\", \"DOE RTC\", \"US DOE\", \"\", \"Not available\", \"G;B;D\", \"Dfb\", \"Continental\", 1, 1307.0, 580.0, 1350.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Victorville</a>\", \"\", \"California\", \"USA\", \"North America\", 34.55, -117.28, \" 870.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Vijayapura(Bijapur)</a>\", \"\", \"\", \"India\", \"Asia\", 16.847, 75.752, \" 567.0\", \"2011-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"BSh\", \"Dry\", 1, 1964.0, 843.0, 1621.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Villa Park</a>\", \"\", \"California\", \"USA\", \"North America\", 33.82, -117.85, \" 78.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 1989.0, 515.0, 2478.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Visalia</a>\", \"\", \"California\", \"USA\", \"North America\", 36.33, -119.28, \" 102.0\", \"1977-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSh\", \"Dry\", 2, 1997.0, 464.0, 2613.0], [\"<a href=\\\"https://www.smhi.se/data/meteorologi/ladda-ner-meteorologiska-observationer/#param=globalIrradians,stations=all\\\">Visby</a>\", \"\", \"\", \"Sweden\", \"Europe\", 57.673, 18.345, \" 49.0\", \"1983-\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1102.0, 496.0, 1223.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">V\\u00e4xj\\u00f6</a>\", \"\", \"\", \"Sweden\", \"Europe\", 56.927, 14.731, \" 182.0\", \"1983-2014\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Cfb\", \"Temperate\", 2, 1040.0, 507.0, 1124.0], [\"<a href=\\\"https://energydata.info/dataset/uganda-solar-radiation-measurement-data\\\">Wadelai</a>\", \"UGA_Solar_Wadelai\", \"\", \"Uganda\", \"Africa\", 2.725961, 31.390403, \"644\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Aw\", \"Tropical\", 2, 2080.0, 938.0, 1559.0], [\"<a href=\\\"https://rratlas.energy.gov.sa/RRMMDataPortal/MapTool\\\">Wadi Addawasir College of Technology</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.43008, 44.89433, \"\", \"2013-?\", \"\", \"KACARE\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/saudi-arabia.html\\\">Wadi Al-Dawaser</a>\", \"\", \"\", \"Saudi Arabia\", \"Asia\", 20.44, 44.68, \" 701.0\", \"1998-2003\", \"\", \"NREL;KACST\", \"\", \"Freely\", \"G;B;D\", \"BWh\", \"Dry\", 1, 2372.0, 777.0, 2321.0], [\"<a href=\\\"http://www.bom.gov.au/climate/data/oneminsolar/about-IDCJAC0022.shtml\\\">Wagga Wagga</a>\", \"\", \"New South Wales\", \"Australia\", \"Oceania\", -35.1583, 147.4575, \" 212.0\", \"1997-2020\", \"BOM\", \"BOM\", \"\", \"Freely\", \"G;B;D;IR\", \"Cfa\", \"Temperate\", 1, 1847.0, 588.0, 2208.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Walnut</a>\", \"\", \"California\", \"USA\", \"North America\", 34.0, -117.97, \" 107.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2121.0, 431.0, 2909.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Warangal</a>\", \"\", \"\", \"India\", \"Asia\", 18.075, 79.705, \" 278.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1894.0, 861.0, 1471.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Wardha</a>\", \"\", \"\", \"India\", \"Asia\", 20.738, 78.592, \" 297.0\", \"2013-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"As\", \"Tropical\", 1, 1887.0, 818.0, 1562.0], [\"<a href=\\\"https://gml.noaa.gov/aftp/data/radiation/surfrad/\\\">Wasco</a>\", \"WAS\", \"Oregon\", \"USA\", \"North America\", 45.59, -120.67, \" 200.0\", \"2016-2017\", \"SURFRAD\", \"NOAA\", \"\", \"Freely\", \"G;B;D\", \"Csb\", \"Temperate\", 1, 1544.0, 522.0, 1876.0], [\"<a href=\\\"https://niwe.res.in/department_srra_stations_phase1.php\\\">Washim</a>\", \"\", \"\", \"India\", \"Asia\", 20.101, 77.137, \" 546.0\", \"2014-\", \"SRRA\", \"National Institute of wind energy\", \"\", \"\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1902.0, 814.0, 1588.0], [\"<a href=\\\"https://ruisdael-observatory.nl/veenkampen/\\\">Weather Station De Veenkampen</a>\", \"\", \"Wageningen\", \"Netherlands\", \"Europe\", 51.9812, 5.6202, \"\", \"2010-\", \"\", \"Wageningen University\", \"The quality of the radiation measurements are questionable.\", \"\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1113.0, 591.0, 1026.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Wenjiang</a>\", \"\", \"\", \"China\", \"Asia\", 30.75, 103.86, \" 547.7\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1117.0, 675.0, 694.0], [\"<a href=\\\"https://energydata.info/dataset/federates-states-of-micronesia-solar-radiation-measurement-data\\\">Weno</a>\", \"FSM_Solar_Weno\", \"\", \"Federated States of Micronesia\", \"Oceania\", 7.467517, 151.849834, \"4\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 1891.0, 876.0, 1442.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Los Angeles</a>\", \"\", \"California\", \"USA\", \"North America\", 34.07, -118.45, \" 122.0\", \"1978-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csa\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">West Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.18, -118.57, \" 241.0\", \"1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"Csb\", \"Temperate\", 2, 2070.0, 456.0, 2767.0], [\"<a href=\\\"https://www.zamg.ac.at/cms/de/klima/klimaforschung/datensaetze/arad\\\">Wien</a>\", \"\", \"\", \"Austria\", \"Europe\", 48.25, 16.36, \" 198.0\", \"2011-\", \"ARAD\", \"ZAMG\", \"\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1215.0, 580.0, 1183.0], [\"Wuhan\", \"\", \"\", \"China\", \"Asia\", 30.62, 114.13, \" 23.3\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cfa\", \"Temperate\", 2, 1288.0, 697.0, 927.0], [\"Wuhan University\", \"WHU\", \"\", \"China\", \"Asia\", 30.533, 114.35, \" 30.0\", \"2006-?\", \"\", \"Wuhan University\", \"\", \"\", \"G;B;D;PAR\", \"Cfa\", \"Temperate\", 1, 1288.0, 697.0, 927.0], [\"Wulumuqi\", \"\", \"\", \"China\", \"Asia\", 43.78, 87.65, \" 917.9\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"BSk\", \"Dry\", 2, 1584.0, 653.0, 1723.0], [\"Xianghe\", \"XIA\", \"\", \"China\", \"Asia\", 39.754, 116.962, \" 32.0\", \"2005-2016\", \"BSRN\", \"\", \"Station obstructed& no longer in BSRN since 2016\", \"Freely\", \"G;B;D\", \"BSk\", \"Dry\", 1, 1456.0, 653.0, 1445.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xilinhot</a>\", \"\", \"\", \"China\", \"Asia\", 44.13, 116.33, \" 1107.0\", \"2007-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BSk\", \"Dry\", 1, 1639.0, 617.0, 1989.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Xuchang</a>\", \"\", \"\", \"China\", \"Asia\", 34.07, 113.93, \" 67.2\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"Cwa\", \"Temperate\", 1, 1361.0, 708.0, 1077.0], [\"<a href=\\\"https://www.re3data.org/repository/r3d100011141\\\">Yanqi</a>\", \"\", \"\", \"China\", \"Asia\", 42.05, 86.61, \" 1056.5\", \"2013-\", \"CBSRN\", \"China Meteorological Administration\", \"\", \"Freely\", \"G;B;D;IR;UV\", \"BWk\", \"Dry\", 1, 1690.0, 675.0, 1880.0], [\"<a href=\\\"https://energydata.info/dataset/nauru-solar-radiation-measurement-data\\\">Yaren</a>\", \"NRU_Solar_Yaren\", \"\", \"Nauru\", \"Oceania\", -0.543447, 166.93197, \"28\", \"2020-2022\", \"ESMAP\", \"GeoSUN Africa\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Ocean\", \"Ocean\", 2, 2139.0, 803.0, 1894.0], [\"<a href=\\\"https://energydata.info/dataset/liberia-solar-radiation-measurement-data\\\">Yekepa</a>\", \"LBR_Solar_Yekepa\", \"\", \"Liberia\", \"Africa\", 7.39317, -8.66813, \"446\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"Aw\", \"Tropical\", 1, 1730.0, 971.0, 1062.0], [\"<a href=\\\"https://energydata.info/dataset/armenia-solar-radiation-measurement-data\\\">Yerevan Agro</a>\", \"ARM_Solar_YerevanAgro\", \"\", \"Armenia\", \"Asia\", 40.1887, 44.3976, \"946\", \"2016-\", \"ESMAP\", \"\", \"Instrument and components have not been checked manually.\", \"Freely\", \"\", \"Dfa\", \"Continental\", 2, 1548.0, 774.0, 1340.0], [\"<a href=\\\"https://www.nrel.gov/grid/solar-resource/west.html\\\">Yucca Valley</a>\", \"\", \"California\", \"USA\", \"North America\", 34.12, -116.42, \" 1024.0\", \"1976-1980\", \"WEST\", \"NREL\", \"\", \"Freely\", \"G;B\", \"BSk\", \"Dry\", 2, 2161.0, 445.0, 2967.0], [\"Yushan Station\", \"YUS\", \"\", \"Taiwan\", \"Asia\", 23.4876, 120.9595, \" 3858.0\", \"2018-\", \"BSRN\", \"\", \"\", \"Freely\", \"G;B;D\", \"ET\", \"Polar\", 1, 1595.0, 803.0, 1204.0], [\"<a href=\\\"https://energydata.info/dataset/niger-solar-radiation-measurement-data\\\">Zabori</a>\", \"NER_Solar_Zabori\", \"\", \"Niger\", \"Africa\", 12.70536, 3.55519, \"235\", \"2022-\", \"ESMAP\", \"CSP Services\", \"\", \"Freely\", \"G;B;D\", \"BSh\", \"Dry\", 1, 2110.0, 945.0, 1621.0], [\"<a href=\\\"https://solarimetrico.geofisica.unam.mx/\\\">Zacatecas City</a>\", \"ZAC\", \"Zacatecas \", \"Mexico\", \"North America\", 22.7725, -102.6436, \" 2316.0\", \"2015-\", \"\", \"Mexican Solarimetric Service\", \"\", \"\", \"G;B;D\", \"BSk\", \"Dry\", 1, 2201.0, 646.0, 2449.0], [\"<a href=\\\"https://www.dlr.de/sf/en/desktopdefault.aspx/tabid-8680/12865_read-32404/\\\">Zagora</a>\", \"\", \"\", \"Morocco\", \"Africa\", 30.272, -5.852, \" 783.0\", \"2013-\", \"enerMENA\", \"IRESEN\", \"\", \"\", \"RSI\", \"BWh\", \"Dry\", 2, 2205.0, 613.0, 2602.0], [\"Zhengzhou\", \"\", \"\", \"China\", \"Asia\", 34.72, 113.65, \" 110.4\", \"1993-\", \"\", \"China Meteorological Administration\", \"Diffuse is measured with shadowring. Data can be downloaded from http://dcpzx.cma.cn/#/data-collect\", \"Freely\", \"G;B;Ds\", \"Cwa\", \"Temperate\", 2, 1361.0, 708.0, 1077.0], [\"<a href=\\\"https://www.imk-ifu.kit.edu\\\">Zugspitze</a>\", \"\", \"Bavaria\", \"Germany\", \"Europe\", 47.421, 10.9848, \" 2965.0\", \"1995-\", \"\", \"DWD\", \"Measurements are hampered by the harsh environmental conditions which prior to 2021 caused frequent tracker issues.\", \"Upon request\", \"G;B;D\", \"Cfb\", \"Temperate\", 1, 1234.0, 613.0, 1219.0], [\"<a href=\\\"https://www.smhi.se/polopoly_fs/1.166869!/Meteorologi_148%20Upgrade%20of%20SMHI%E2%80%99s%20meteorological%20radiation%20netwrok%202006-2007%20-%20Effects%20on%20direct%20and%20global%20solar%20radiation.pdf\\\">\\u00d6stersund</a>\", \"\", \"\", \"Sweden\", \"Europe\", 63.197, 14.48, \" 374.0\", \"1983-2009\", \"SMHI\", \"SMHI\", \"\", \"Upon request\", \"G;B\", \"Dfc\", \"Continental\", 2, 894.0, 453.0, 1088.0]];\n",
        "\n",
        "        // Define the dt_args\n",
        "        let dt_args = {\"scrollY\": \"700px\", \"scrollX\": true, \"scrollCollapse\": true, \"paging\": false, \"order\": [[0, \"asc\"]], \"columnDefs\": [{\"className\": \"dt-left\", \"targets\": \"_all\"}], \"layout\": {\"topStart\": \"pageLength\", \"topEnd\": \"search\", \"bottomStart\": \"info\", \"bottomEnd\": \"paging\"}, \"warn_on_selected_rows_not_rendered\": true};\n",
@@ -374,7 +374,7 @@
     "\n",
     "stations = stations[~stations['Instrumentation'].str.contains('G;Ds')]  # remove Tier 3 stations\n",
     "\n",
-    "stations = stations.sort_values('Station name')\n",
+    "stations = stations.sort_values('Station name', ignore_index=True)\n",
     "\n",
     "# Write file containing all columns, linked to above\n",
     "stations.to_csv('./SolarStationsOrg-station-catalog.csv', index=False)\n",