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plot_nexrad_level2.pro
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;#==============================================================
;#
;#
;#==-FNMOC/N38DI PYTHON PROGRAM DEFINITION-==========================================
;#
;# NAME:
;# :::::::::::::::::::::::::::::::::::::::::::::::
;# plot_nexrad_level2.pro
;# :::::::::::::::::::::::::::::::::::::::::::::::
;#
;# PROGRAM OVERVIEW:
;# (1) This program reads in the RAPIDSCAT data from Royal Netherlands Meteorological Institute (KNMI).
;# (2) The input file is in NEXRAD LEVEL II ASCII format.
;# (3) The output file is a JPG file.
;# (4) There are several functions,
;# -a- -
;# -b- -
;#
;#--------------------------------------------------------------------------------------------------
;# PARAMETER TABLE:
;#--------------------------------------------------------------------------------------------------
;#
;# I/O NAME TYPE FUNCTION
;#--------------------------------------------------------------------------------------------------
;# I NEXRAD LEVEL II input INPUT DATA FROM 557 WW.
;# O ASCII file output
;#_________________________________________________________________________________________________
;#=================================================================================================
;#
;#=================================================================================================
;#-
;#
;# Programmer: Dr. Paul Harasti (NRL) 01 JULY 2016 (Original)
;# Mr. Paul McCrone (FNMOC) 03 AUG 2016 (Maintainer-FNMOC)
;#
;# Modification History : BELOW
;#========================================================================================
;# Version 1.0, Dated 2015-AUG-03
;# ORIGINAL OPERATIONAL VERSION.
;#
;#
;#========================================================================================
;# NOTE: THIS PROGRAM ASSUMES THE USE OF IDL Version 8.0
;#---------------------------------------------------------------
;#
;#========================================================================================
;#
;# Data file contents: NEXRAD Level II data files
;#
;# File naming convention:
;#
;# YYYYMMDD_HHmmSS_iss____RRRRR_2hr_o_EEE_1903_ovw_l2.nc
;#
;# WHERE:
;# ======
;# YYYY 4-digit year of data file creation date
;# MM 2-digit month of data file creation date
;# DD 2-digit day of month of data file creation date
;# HH 2-digit hour of 24-hour day of data file creation time
;# mm 2-digit minute of hour of data file creation time
;# SS 2-digit Seconds of minute of hour of data file creation time
;# iss The International Space Station (ISS)
;# l2 Level 2
;# gz GNU Zip file extension
;#
;# EXAMPLE:
;# rapid_20160721_121748_iss____10375_2hr_o_500_1903_ovw_l2.nc
;'#
;'#
;'#========================================================================================
;#
;#
;========================================================================================
;========================================================================================
;
;
;==-FNMOC/N34DI IDL PROGRAM DEFINITION-==========================================
;
; NAMES: COMPUTE_PROCEDURE_RUNTIME
;
; PROGRAM OVERVIEW:
; (1) Computes the total wall clock time needed to run a program.
; (2) Assumes that you keep track of the start and end time.
;------------------------------------------------------------------------------
; PARAMETER TABLE:
;------------------------------------------------------------------------------
;
; I/O NAME TYPE FUNCTION
;------------------------------------------------------------------------------
; I TIME_START STRING COMES from IDL -SYSTIME()-
; I TIME_END STRING COMES from IDL -SYSTIME()-
; O pHOURS INT
; O pMINUTES INT
; O pSECONDS INT
;_______________________________________________________________________________
;==============================================================================
;
;==============================================================================
;-
;
; Programmer: Mr. Paul McCrone 31 August 2009
;
; Modified : NONE
;==============================================================================
; NOTE: THIS PROGRAM ASSUMES THE USE OF IDL version 7.0 for RHEL.
; Linux lx37.uc.nps.edu 2.4.21-40.ELsmp #1 SMP Thu Feb 2 22:22:39 EST 2006 i686 i686 i386 GNU/Linux
;
; It should work in other UNIX/LINUX when O/S specific spawns are changed.
;
;---------------------------------------------------------------
;
;
PRO COMPUTE_PROCEDURE_RUNTIME, TIME_START, TIME_END, pHOURS, pMINUTES, pSECONDS
PRINT, ' '
PRINT, '---------------------------------------------------'
PRINT, 'EXECUTING PROCEDURE ---COMPUTE_PROCEDURE_RUNTIME---'
PRINT, '---------------------------------------------------'
PRINT, ' '
;---------------------------------------------------------------------------------------
;
; This procedure/subroutine will compute the amount on time needed by the system to
; perform the computations. It assumes that you are feeding in the start time and
; end time in the format shown below from the IDL 'systime' function:
;
; ;=======================================================
; ;IDL> TIME_1= systime()
; ;IDL> help, TIME_1,/str
; ;TIME_1 STRING = 'Thu Feb 7 17:14:50 2008'
; ;=======================================================
; ;00000000001111111111222222
; ;01234567890123456789012345
; ;Thu Feb 7 17:14:50 2008
; ;=======================================================
;
; I am going to assume that the procedure will NOT take more than 1 day to run. So I
; will not bother to read in the date. However, I will read in the hours/min/sec
; of both the start and end time strings. If there is a situation where the procedure
; starts at 23:59:00 and ends at 00:03:00, I will add 24 hours to the end time.
; Then, I will convert start/end times into total seconds. Then I will determine the
; difference in seconds, then convert that difference back to total hours, minutes, and seconds.
;
;---------------------------------------------------------------------------------------
;---------------------------------------------------------------------------------------
start_hours_string = STRMID(TIME_START, 11,2)
end_hours_string = STRMID(TIME_END, 11,2)
start_min_string = STRMID(TIME_START, 14,2)
end_min_string = STRMID(TIME_END, 14,2)
start_sec_string = STRMID(TIME_START, 17,2)
end_sec_string = STRMID(TIME_END, 17,2)
start_hours = FLOAT(start_hours_string)
end_hours = FLOAT(end_hours_string)
start_min = FLOAT(start_min_string)
end_min = FLOAT(end_min_string)
start_sec = FLOAT(start_sec_string)
end_sec = FLOAT(end_sec_string)
IF (end_hours LT start_hours) THEN end_hours=end_hours+24.0
total_start_seconds = 0
total_start_seconds = (start_hours*3600.0)+(start_min*60.0)+start_sec
total_end_seconds = 0
total_end_seconds = (end_hours * 3600.0) +(end_min*60.0) + end_sec
total_diff_seconds=total_end_seconds - total_start_seconds
IF (total_diff_seconds LT 0) THEN BEGIN
PRINT, '--error---error--error--error--'
PRINT, 'There was an error computing processing time. '
ENDIF
PRINT, ' '
PRINT, '----------------------------------------'
PRINT, 'TOTAL SECONDS OF TIME NEEDED TO PROCESS:'
PRINT, '----------------------------------------'
HELP, total_diff_seconds,/str
pHOURS = LONG(total_diff_seconds/3600.0)
remaining_secs = total_diff_seconds - (3600.0*pHOURS)
pMINUTES = LONG(remaining_secs/60.0)
remaining_secs = total_diff_seconds - (3600.0*pHOURS) - (60.0*pMINUTES)
pSECONDS = LONG(remaining_secs/1.0)
PRINT, ' '
PRINT, ' '
PRINT, '----------------------------------------'
PRINT, '----------------------------------------'
PRINT, 'TOTAL PROCESSING TIME FROM START TO END: '
PRINT, '----------------------------------------'
PRINT, 'HRS: ',pHOURS
PRINT, 'MIN: ',pMINUTES
PRINT, 'SEC: ',pSECONDS
PRINT, '----------------------------------------'
PRINT, ' '
PRINT, ' '
PRINT, ' '
PRINT, '---------------------------------------------------'
PRINT, 'COMPLETE: PROCEDURE ---COMPUTE_PROCEDURE_RUNTIME---'
PRINT, '---------------------------------------------------'
PRINT, ' '
RETURN
END
;#========================================================================================
;#========================================================================================
;#========================================================================================
;#==-FNMOC/N38DI PYTHON PROGRAM DEFINITION-==========================================
;#
;# NAME:
;# :::::::::::::::::::::::::::::::::::::::::::::::
;# plot_nexrad_level2.pro
;# :::::::::::::::::::::::::::::::::::::::::::::::
;#
;#========================================================================================
;
;
;---------------------------------------------------------------
;---------------------------------------------------------------
; Display Z or Vr values with 10 colors.
; POLYFILL routine used to display uncompressed radar data files
; Use bwppi.pro for B/W hardcopy version.
;
;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;
;
; START MAIN IDL PROCEDURE
;
;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;-;
;
PRO plot_nexrad_level2
;
TIME_START= systime()
TIME_END= systime()
help, TIME_START ,/str
PRINT, "The procedure started at:",TIME_START
;
dadots='. . . . . . . . . . . . . . . . . . . . . . . . . '
dadash='- - - - - - - - - - - - - - - - - - - - - - - - - '
jpg_path='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/JPG'
;
;#============================================================
;
;call_sign='KNKX'
call_sign='KXYZ'
;location_name="San-Diego-CA"
location_name="AAA-BBBBB-CC"
;ctr_long=-117.041944444
ctr_long=0.0
;ctr_lat=32.9188888889
ctr_lat=0.0
;#-------------------------------------------------------------------------------
;#-------------------------------------------------------------------------------
;
; Read the RADAR SITE Configuration data
;
;#-------------------------------------------------------------------------------
;#-------------------------------------------------------------------------------
;
COLOUR_PATH='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/colour/'
MAP_PATH='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/SITE_MAPS/'
SITE_DIR='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/SITE_DATA'
SITEdatafile=SITE_DIR+'/CURRENT_SITE.dat'
radarsite=READ_CSV(SITEdatafile)
help,radarsite,/str
call_sign=radarsite.FIELD1
location_name=radarsite.FIELD2
ctr_long=radarsite.FIELD3
ctr_lat=radarsite.FIELD4
MAP_FILE=MAP_PATH+STRING(call_sign)+'_MAP_ARRAY.sav'
PRINT, dadash
PRINT, 'The MAP_FILE is:'
PRINT, dadash
PRINT, MAP_FILE
PRINT, dadash+dadash
;
;#============================================================
;
print,dadash
print,"Plot NEXRAD LEVEL II data BEGINS:"
SPAWN,'date',date_info
print,date_info
print,dadash
;#DEVICE, DECOMPOSED=0
restore,'iriscol.dat'
lowz = 0. ; dBZ
stepz = 5 ; dBZ increments
infile = '' & location = ''
print, "-----------------"
print, "infile "
print, "-----------------"
print, infile
print, "==============================================="
;
month = (['January','February','March', 'April', 'May', 'June', $
'July', 'August','September','October','November','December'])
;
monthmonth = (['01','02','03','04','05','06','07','08','09','10','11','12'])
;
;
pd = !pi / 180.
OPENR,1,'nexrad_compz.in'
READF,1,infile
CLOSE,1
; open file and read the header information
OPENR,2,infile
READF,2,location,FORMAT='(A4)'
READF,2,year,imonth,day,hour,minute,second,FORMAT='(i4,5(1x,i2))'
READF,2,rbins,rstep,rstart,FORMAT='(i3,1x,f6.3,1x,f6.3)'
rangemax = rstep * (rbins-1) + rstart
range = FLTARR(rbins) & FOR I=0,rbins-1 do range(I) = rstep * I + rstart
;;tvlct,r,g,b,/GET
;tvlct,r,g,b
RESTORE, COLOUR_PATH+'rgb_01.sav'
SAVE_COLOUR_TBL='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL'
;TVLCT, rr, gg, bb, /GET
RESTORE, COLOUR_PATH+'rrggbb_02.sav'
;
;--------------------------------------------------------
; The WINDOW must be instantiated as a /pixmap
; in order to support running from cron/PBS.
; PJMC 2016-09-26
;--------------------------------------------------------
;
;WINDOW,1,xsize=700,ysize=700,title='PPI data'
;WINDOW,1,xsize=700,ysize=700,title='PPI data',/pixmap
;window_1=!D.WINDOW
; idl z-buffer device for batch mode (no X windows)
;
xwindow=700
;
ywindow=700
;
zbuff=[xwindow,ywindow]
SET_PLOT, 'Z'
DEVICE, SET_RESOLUTION=zbuff
;
;
mx=rangemax + fix(rangemax/20)
ra = FLTARR(rangemax) & th = FLTARR(rangemax)
PLOT,ra,th,XRANGE=[-1.*mx,mx],YRANGE=[-1.*mx,mx],/NODATA,xstyle=1,ystyle=1 $
,xtitle='West-East (km)',ytitle='South-North (km)',pos=[0.2,0.2,0.8,0.8] $
,background=255,color=0
;# ------------------------------------------------------------------------
;# Start FOR LOOP
;#
ly=fltarr(4) & lx=fltarr(4)
FOR i=1,10 DO BEGIN
ly(0) = -1.25 * mx & lx(0) = mx * (i-6)/5.
ly(1) = -1.35 * mx & lx(1) = mx * (i-6)/5.
ly(2) = -1.35 * mx & lx(2) = mx * (i-5)/5.
ly(3) = -1.25 * mx & lx(3) = mx * (i-5)/5.
POLYFILL,lX,lY,COLOR=i
label = STRING(lowz+stepz*(I-1), FORMAT='(I3)') ; lower justified
XYOUTS,(lx(1)+lx(2))/2.,(ly(0)+ly(1))/2.-0.02*mx,label, $
ALIGNMENT=0.5,CHARSIZE=1.5,color=0
ENDFOR
;#
;# End of FOR LOOP
;# ------------------------------------------------------------------------
label = 'Composite Reflectivity [dBZ]'
XYOUTS,0.,-1.5*mx,label,ALIGNMENT=0.5,CHARSIZE=2,color=0
raydat = FLTARR(rbins)
num_az=360
PRINT,'Reading data...'
data = FLTARR(rbins,num_az)
cdata = intARR(rbins,num_az)
azdata = findgen(num_az)+1
;
; loop through and read the num_azual number of rays
FOR J=0,num_az-1 DO BEGIN
READF,2,raydat
data(0:rbins-1,J) = raydat
FOR K = 0,rbins-1 DO BEGIN
color = 1 + FIX(data(K,J) -lowz) / stepz
; color = FIX(data(K,J) -lowz - stepz) / stepz
; Whiteout (color 15) missing data
; color = color*(data(K,J) NE -99.0) + 15*(data(K,J) EQ -99.0)
color = color*(data(K,J) GE lowz) + 15*(data(K,J) LT lowz)
cdata(K,J)=color < 15
END ; FOR K=0,rbins-1
ENDFOR ; J=0,num_az
CLOSE,2
; plot data
dcolor=intarr(rbins,num_az)
dcolor=cdata(*,*)
gap=fltarr(2)
x=fltarr(4) & y=fltarr(4)
for j=0,num_az-2 do begin
m=j+1
n=j-1
u=num_az-1
if m gt u then m=m-u-1
if n lt 0 then n=n+u+1
gap(0)=(azdata(m)-azdata(j))/2.
if gap(0) lt 0 then gap(0)=(360.+azdata(m)-azdata(j))/2.
gap(1)=(azdata(j)-azdata(n))/2.
if gap(1) lt 0 then gap(1)=(360.+azdata(j)-azdata(n))/2.
az=azdata(j)*pd
for k=0,rbins-1 do begin
x(0) = (range(K) + rstep/2.) * SIN(az-gap(1)*pd)
x(1) = (range(K) + rstep/2.) * SIN(az+gap(0)*pd)
x(2) = (range(K) - rstep/2.) * SIN(az+gap(0)*pd)
x(3) = (range(K) - rstep/2.) * SIN(az-gap(1)*pd)
y(0) = (range(K) + rstep/2.) * COS(az-gap(1)*pd)
y(1) = (range(K) + rstep/2.) * COS(az+gap(0)*pd)
y(2) = (range(K) - rstep/2.) * COS(az+gap(0)*pd)
y(3) = (range(K) - rstep/2.) * COS(az-gap(1)*pd)
POLYFILL,X,Y,COLOR=dcolor(k,j)
endfor
endfor
; plot left-over radial that straddles 0 degrees azimuth
az=azdata(num_az-1)*pd
for k=0,rbins-1 do begin
x(0) = (range(K) + rstep/2.) * SIN(az-pd)
x(1) = (range(K) + rstep/2.) * SIN(az+pd)
x(2) = (range(K) - rstep/2.) * SIN(az+pd)
x(3) = (range(K) - rstep/2.) * SIN(az-pd)
y(0) = (range(K) + rstep/2.) * COS(az-pd)
y(1) = (range(K) + rstep/2.) * COS(az+pd)
y(2) = (range(K) - rstep/2.) * COS(az+pd)
y(3) = (range(K) - rstep/2.) * COS(az-pd)
POLYFILL,X,Y,COLOR=dcolor(k,num_az-1)
endfor
oplot,[-1.*mx,mx],[0,0],thick=0.5,color=0
oplot,[0,0],[-1.*mx,mx],thick=0.5,color=0
; range rings every 100 km
theta=indgen(361) * pd
radcir=fltarr(fix(rangemax/100.),361)
for i=0,fix(rangemax/100)-1 do begin
radcir(i,*) = (i+1)*100.
oplot, /polar, radcir(i,*), theta, thick=0.5,color=0
endfor
;
; radials every 30 degrees
tic10 = fltarr(2)
tic10(1)=mx/cos(30.*pd)
tic10(0)=mx/sin(60.*pd)
theta=fltarr(4)
theta(0) = 30.0 * pd
theta(1) = 60.0 * pd
theta(2) = 120.0 * pd
theta(3) = 150.0 * pd
oplot, /polar,[tic10(0),tic10(0)], [theta(0),theta(0)+180.*pd],thick=0.5,color=0
oplot, /polar,[tic10(0),tic10(0)], [theta(3),theta(3)+180.*pd],thick=0.5,color=0
oplot, /polar,[tic10(1),tic10(1)], [theta(1),theta(1)+180.*pd],thick=0.5,color=0
oplot, /polar,[tic10(1),tic10(1)], [theta(2),theta(2)+180.*pd],thick=0.5,color=0
label =STRING(year,FORMAT='(I4)') + ' ' + month(imonth-1) + $
STRING(day,FORMAT='(I3)') + STRING(hour,FORMAT='(I3)') + ':' + $
STRING(minute,FORMAT='(I2.2)') +':'+ STRING(second,FORMAT='(I2.2)') $
+ ' UTC'
XYOUTS,-0.98*mx,1.17*mx,label,CHARSIZE=2,color=0
xyouts,-0.98*mx,1.05*mx,'100 km Range Rings',charsize=2,color=0
xyouts,-0.98*mx,1.29*mx,'WSR-88D '+location,charsize=2,color=0
xyouts,-0.98*mx,1.41*mx, location_name+'- NEXRAD -',charsize=2,color=0
;xyouts,-0.98*mx,1.53*mx, '-Comp. Reflectivity -',charsize=2,color=0
JPG_GRAPHIC=TVRD()
;;------------------------------------------------
;;------------------------------------------------
;WINDOW,/free,xs=440,ys=440,/pixmap
;
;window_2=!D.WINDOW
;
nd248=4.139667
;
minlat = ctr_lat - nd248
maxlat = ctr_lat + nd248
minlon = ctr_long- nd248
maxlon = ctr_long+ nd248
llimts=[minlat,minlon,maxlat,maxlon]
;map_set,ctr_lat, ctr_long, /ORTHOGRAPHIC,/CONTINENTS, LIMIT=llimts,/GRID
;plots, ctr_long,ctr_lat,PSYM=-2, SYMSIZE=2.5
;xyouts, ctr_long+.25,ctr_lat+.25,call_sign,CHARTHICK=2,CHARSIZE=2.25
;MAP_GRAPHIC=TVRD()
;
;;------------------------------------------------
;
;sMAP_GRAPHIC=MAP_GRAPHIC[5:435,10:420]
;s2map=congrid(sMAP_GRAPHIC,420,420)
;tv,s2map
;
;;------------------------------------------------
;
;
;WINDOW,xsize=700,ysize=700,title='MAP data',/free,/pixmap
;
;window_4=!D.WINDOW
;
;TV, s2map, 140,140
;s3map=TVRD()
;
RESTORE,MAP_FILE
;
;Note: The -MAP_FILE- contains the -s3map- variable used below.
;
JPG_GRAPHIC2=JPG_GRAPHIC
;
;;JPG_GRAPHIC2(WHERE(s3map EQ 255))=1
JPG_GRAPHIC2(WHERE(s3map EQ 255))=0
;
;
;WINDOW,/free,xs=700,ys=700,/pixmap
;
;window_3=!D.WINDOW
;
;tv, JPG_GRAPHIC2
;loadct,39
;loadct,14
;tvlct,rrr,ggg,bbb,/GET
RESTORE, COLOUR_PATH+'rrrgggbbb_04.sav'
;SAVE, rrr, ggg, bbb,FILENAME = 'rrrgggbbb_03.sav'
;tv, JPG_GRAPHIC2
;
;#-------------------------------------------------------------------------------
; This section added by Paul McCrone to read in the completed graphic as save as
; a jpg file
; PJMC 2016-09-26
;#-------------------------------------------------------------------------------
theday = (['_00_' ,'_01_','_02_','_03_', '_04_', '_05_', '_06_','_07_','_08_','_09_','_10_','_11_','_12_', $
'_13_', '_14_','_15_','_16_','_17_','_18_', '_19_','_20_','_21_','_22_','_23_', '_24_','_25_', $
'_26_', '_27_','_28_','_29_','_30_','_31_'])
dayday= (['00' ,'01','02','03', '04', '05', '06','07','08','09','10','11','12', $
'13', '14','15','16','17','18', '19','20','21','22','23', '24','25', $
'26', '27','28','29','30','31'])
thehour = (['_00' ,'_01','_02','_03', '_04', '_05', '_06','_07','_08','_09','_10','_11','_12', $
'_13', '_14','_15','_16','_17','_18', '_19','_20','_21','_22','_23'])
hourhour= (['00' ,'01','02','03', '04', '05', '06','07','08','09','10','11','12', $
'13', '14','15','16','17','18', '19','20','21','22','23'])
themin = (['00','01','02','03','04','05','06','07','08','09', $
'10','11','12','13','14','15','16','17','18','19', $
'20','21','22','23','24','25','26','27','28','29', $
'30','31','32','33','34','35','36','37','38','39', $
'40','41','42','43','44','45','46','47','48','49', $
'50','51','52','53','54','55','56','57','58','59'])
minmin = (['00','01','02','03','04','05','06','07','08','09', $
'10','11','12','13','14','15','16','17','18','19', $
'20','21','22','23','24','25','26','27','28','29', $
'30','31','32','33','34','35','36','37','38','39', $
'40','41','42','43','44','45','46','47','48','49', $
'50','51','52','53','54','55','56','57','58','59'])
thesec = (['00_','01_','02_','03_','04_','05_','06_','07_','08_','09_', $
'10_','11_','12_','13_','14_','15_','16_','17_','18_','19_', $
'20_','21_','22_','23_','24_','25_','26_','27_','28_','29_', $
'30_','31_','32_','33_','34_','35_','36_','37_','38_','39_', $
'40_','41_','42_','43_','44_','45_','46_','47_','48_','49_', $
'50_','51_','52_','53_','54_','55_','56_','57_','58_','59_'])
secsec = (['00','01','02','03','04','05','06','07','08','09', $
'10','11','12','13','14','15','16','17','18','19', $
'20','21','22','23','24','25','26','27','28','29', $
'30','31','32','33','34','35','36','37','38','39', $
'40','41','42','43','44','45','46','47','48','49', $
'50','51','52','53','54','55','56','57','58','59'])
;
;
label2 = STRING(location)+'_'+ STRING(year,FORMAT='(I4)') + '_' + month(imonth-1) + $
STRING(theday(day)) + STRING(thehour(hour)) + $
STRING(themin(minute)) + STRING(thesec(second))+'_UTC'
;
;#
;#==========================================================================
;nexrad_KCLL_d20160819_s132800_Z_comp_refl.gif
;#.. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. ..
;nexrad_ - ..SAME..
;KCLL_ - RADAR SITE CALL SIGN
;d20160819_ - dYYYYMMDD -- the letter -d- with year-month-day
;s132800_Z_ - sHHMMSS_Z_-- the letter -s- with hour-minunte-second
;comp_refl.gif - ..SAME..
;#
;#==========================================================================
;#
;
label3 = STRING('nexrad_')+ STRING(location)+'_d'+ STRING(year,FORMAT='(I4)') + $
monthmonth(imonth-1) + $
STRING(dayday(day)) +STRING("_s")+ STRING(hourhour(hour)) + $
STRING(themin(minute)) + STRING(thesec(second))+'UTC'
JPG_PATH='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/JPG/'
JPG_PATH3='/satdat/m4b/NEXRAD/NEXRAD_Display/NEXRAD_CompZ_IDL/GIF_TEST/'
;;--== PNG_PRJ_IMAGE_ARRAYs = TVRD()
;;--== WRITE_PNG,FILENAME_HIST_WSPD,PNG_PRJ_IMAGE_ARRAYs
FILENAME_JPG=JPG_PATH+label2+'.jpg'
FILENAME_PNG=JPG_PATH+label2+'.png'
FILENAME_GIF=JPG_PATH+label2+'.gif'
FILENAME_GIF2=JPG_PATH+label2+'_map.gif'
;
;FILENAME_GIF3=JPG_PATH3+label3+'_comp_refl.gif'
FILENAME_GIF3=JPG_PATH+label3+'_comp_refl.gif'
;
;JPG_GRAPHIC=TVRD()
;;wset,window_3
;wset,window_1
;loadct,39
;TVLCT, rrR, ggG, bbB, /GET
RESTORE, COLOUR_PATH+'rrRggGbbB_03.sav'
;SAVE, rrR, ggG, bbB, FILENAME = 'rrRggGbbB_04.sav'
JPG_GRAPHIC=TVRD()
bblack=0
wwhite=255
;WRITE_PNG,FILENAME_PNG, JPG_GRAPHIC,rrR,ggG,bbB
;WRITE_JPEG,FILENAME_JPG, JPG_GRAPHIC, TRUE =1, QUALITY=100
MY_COLOR_MODIFY=0
IF (MY_COLOR_MODIFY EQ 1) THEN BEGIN
bbB(165)=255
rrR(165)=25
gg(165)=25
;----------
rrR(1)=25
ggG(1)=25
bbB(1)=255
;===========
rrR(2)=25
ggG(2)=25
bbB(2)=255
;===========
rrR(3)=25
ggG(3)=255
bbB(3)=25
;===========
rrR(4)=25
ggG(4)=225
bbB(4)=25
;===========
rrR(5)=25
ggG(5)=225
bbB(5)=255
;===========
rrR(6)=25
ggG(6)=225
bbB(6)=255
;===========
rrR(7)=125
ggG(7)=125
bbB(7)=255
;===========
rrR(87)=125
ggG(87)=125
bbB(87)=255
;===========
rrR(9)=225
ggG(9)=25
bbB(9)=255
;===========
ENDIF
;WRITE_GIF,FILENAME_GIF , JPG_GRAPHIC, rrR, ggG, bbB , BACKGROUND_COLOR=bblack
;WRITE_GIF,FILENAME_GIF2 , JPG_GRAPHIC2, rrr, ggg, bbb , BACKGROUND_COLOR=bblack
WRITE_GIF,FILENAME_GIF3 , JPG_GRAPHIC2, rrr, ggg, bbb , BACKGROUND_COLOR=bblack
;FOR KKOLOR = 1, 74 DO BEGIN
;
; FILENAME_GIF=JPG_PATH+label2+"_CT_"+STRING(KKOLOR)+'.gif'
; loadct,KKOLOR
; TVLCT, rrR, ggG, bbB, /GET
; WRITE_GIF,FILENAME_GIF , JPG_GRAPHIC, rrR, ggG, bbB , BACKGROUND_COLOR=bblack
;
;ENDFOR
;#-------------------------------------------------------------------------------
print,dadash
print,"Plot NEXRAD LEVEL II data ENDS:"
SPAWN,'date',date_info
print,date_info
print,dadash
;#-------------------------------------------------------------------------------
;#-------------------------------------------------------------------------------
;#-------------------------------------------------------------------------------
;#-------------------------------------------------------------------------------
;=================NEXT TO LAST ITEM =====================================
;=================DETERMINE PROGRAM RUNTIME=====================================
;=================DO THIS LAST BEFORE PROGRAM ENDS==============================
CLOSEOUTPROGRAM:
;wwd
PRINT, "The procedure started at:",TIME_START
TIME_END= systime()
PRINT, "The procedure ended at :",TIME_END
pHOURS = 0
pMINUTES = 0
pSECONDS = 0
COMPUTE_PROCEDURE_RUNTIME, TIME_START, TIME_END, pHOURS, pMINUTES, pSECONDS
;#
END
;#-------------------------------------------------------------------------------
;##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--
;##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--
;##--## END OF IDL CODE
;##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--
;##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--##--
;#
;
;
;
;
;
;
;
;
;
;;