Update CLI docs for 0.2.97

content/pages/docs/cli/manual/zoo_kcl_center-of-mass.md

@@ -12,9 +12,6 @@ Get the center of mass of objects in a kcl file.
    <dt><code>input</code></dt>
    <dd>The path to the input file. This can also be the path to a directory containing a main.kcl file. If you pass `-` as the path, the file will be read from stdin</dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -36,17 +33,13 @@ Get the center of mass of objects in a kcl file.
 
 ```
 # get the mass of a file
-$ zoo kcl center-of-mass --src-unit=m my-file.kcl
+$ zoo kcl center-of-mass my-file.kcl
 
 # pass a file from stdin
-$ cat my-file.kcl | zoo kcl center-of-mass --src-unit=m
+$ cat my-file.kcl | zoo kcl center-of-mass
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_density.md

@@ -12,9 +12,6 @@ Get the density of objects in a kcl file.
    <dt><code>input</code></dt>
    <dd>The path to the input file. This can also be the path to a directory containing a main.kcl file. If you pass `-` as the path, the file will be read from stdin</dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-m/--material-mass</code></dt>
    <dd>Material mass</dd>
 
@@ -42,17 +39,13 @@ Get the density of objects in a kcl file.
 
 ```
 # get the density of a file
-$ zoo kcl density --src-unit=m my-file.kcl
+$ zoo kcl density my-file.kcl
 
 # pass a file from stdin
-$ cat my-file.kcl | zoo kcl density --src-unit=m
+$ cat my-file.kcl | zoo kcl density
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_export.md

@@ -18,9 +18,6 @@ Export a `kcl` file as any other supported CAD file format.
    <dt><code>-t/--output-format</code></dt>
    <dd>A valid output file format<br/>Possible values: <code>fbx | glb | gltf | obj | ply | step | stl</code></dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Command output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -51,11 +48,7 @@ $ zoo kcl export --output-format=step my-obj.kcl .
 $ cat my-obj.kcl | zoo kcl export --output-format=step - output_dir
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_mass.md

@@ -18,9 +18,6 @@ Get the mass of objects in a kcl file.
    <dt><code>--material-density-unit</code></dt>
    <dd>Material density unit<br/>Possible values: <code>lb-ft3 | kg-m3</code></dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -42,17 +39,13 @@ Get the mass of objects in a kcl file.
 
 ```
 # get the mass of a file
-$ zoo kcl mass --src-unit=m my-file.kcl
+$ zoo kcl mass my-file.kcl
 
 # pass a file from stdin
-$ cat my-file.kcl | zoo kcl mass --src-unit=m
+$ cat my-file.kcl | zoo kcl mass
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_snapshot.md

@@ -18,9 +18,6 @@ Snapshot a render of a `kcl` file as any supported image format.
    <dt><code>-t/--output-format</code></dt>
    <dd>A valid output image format<br/>Possible values: <code>png | jpeg</code></dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Command output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -51,11 +48,7 @@ $ zoo kcl snapshot my-file.kcl my-file.png
 $ cat my-obj.kcl | zoo kcl snapshot --output-format=png - my-file.png
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_surface-area.md

@@ -12,9 +12,6 @@ Get the surface area of objects in a kcl file.
    <dt><code>input</code></dt>
    <dd>The path to the input file. This can also be the path to a directory containing a main.kcl file. If you pass `-` as the path, the file will be read from stdin</dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -36,17 +33,13 @@ Get the surface area of objects in a kcl file.
 
 ```
 # get the surface-area of a file
-$ zoo kcl surface-area --src-unit=m my-file.kcl
+$ zoo kcl surface-area my-file.kcl
 
 # pass a file from stdin
-$ cat my-file.kcl | zoo kcl surface-area --src-unit=m
+$ cat my-file.kcl | zoo kcl surface-area
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_view.md

@@ -12,9 +12,6 @@ View a render of a `kcl` file in your terminal.
    <dt><code>input</code></dt>
    <dd>The path to the input kcl file to view. This can also be the path to a directory containing a main.kcl file. If you pass `-` as the path, the file will be read from stdin</dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-f/--format</code></dt>
    <dd>Command output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
@@ -35,11 +32,7 @@ $ zoo kcl view my-file.kcl
 $ cat my-obj.kcl | zoo kcl view -
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also
 

content/pages/docs/cli/manual/zoo_kcl_volume.md

@@ -15,9 +15,6 @@ Get the volume of an object in a kcl file.
    <dt><code>-f/--format</code></dt>
    <dd>Output format<br/>Possible values: <code>json | yaml | table</code></dd>
 
-   <dt><code>-s/--src-unit</code></dt>
-   <dd>The source unit to use for the kcl file. This defaults to millimeters, if not set and there is no project.toml. If there is a project.toml file, the default unit will be the one set in the project.toml file<br/>Possible values: <code>cm | ft | in | m | mm | yd</code></dd>
-
    <dt><code>-u/--output-unit</code></dt>
    <dd>Output unit<br/>Possible values: <code>cm3 | ft3 | in3 | m3 | yd3 | usfloz | usgal | l | ml</code></dd>
 
@@ -36,17 +33,13 @@ Get the volume of an object in a kcl file.
 
 ```
 # get the volume of a file
-$ zoo kcl volume --src-unit=m my-file.kcl
+$ zoo kcl volume my-file.kcl
 
 # pass a file from stdin
-$ cat my-file.kcl | zoo kcl volume --src-unit=m
+$ cat my-file.kcl | zoo kcl volume
 ```
 
-By default, this will search the input path for a `project.toml` file to determine the source
-unit and any specific execution settings. If no `project.toml` file is found, in the directory
-of the input path OR any parent directories above that, the default
-source unit will be millimeters. You can also specify the source unit with the
-`--src-unit`/`-s` command line flag.
+By default, this will search the input path for a `project.toml` file to determine any specific execution settings.
 
 ### See also