Shortened SOFAST output path lengths

example/scene_reconstruction/example_scene_reconstruction_README.md

@@ -32,19 +32,12 @@ To run this on the published OpenCSP full-size example input:
           --> SceneReconstruction
           --> SceneReconstructionData_v1.1.zip
 
-   2. Unzip and place the enclosed directory within the directory:
+   2. Unzip and place the enclosed "scene_reconstruction" directory within the 
+      "OpenCSP_example" directory, producing:
 
-          C:\ctemp\OpenCSP_example_data\enclosed_energy\
+          C:\ctemp\OpenCSP_example_data\scene_reconstruction\
 
-   3. This will produce a directory structure:
-
-          C:\ctemp\OpenCSP_example_data\enclosed_energy\EnclosedEnergyData_v1.1\
-
-   4. Then rename "EnclosedEnergyData_v1.1" to "input", producing:
-
-          C:\ctemp\OpenCSP_example_data\enclosed_energy\input\
-
-   5. After this, the "example_scene_reconstruction.py" script should run without modification, 
+   3. After this, the "example_scene_reconstruction.py" script should run without modification, 
       by executing the following:
           5.1. Start a powershell.
           5.2. Ensure the OpenCSP virtual environment is activated.

example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini → example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini

@@ -9,75 +9,75 @@
 #
 # To use this file, copy it to a new filename and update the values below to point at your data source.
 # Original file:
-#    <OpenCSP_code_dir>/example/sofast_fringe/example_process_single_facet_Q.ini
+#    <OpenCSP_code_dir>/example/sofast_fringe/example_process_single_facet_ctemp.ini
 #
 # To run the standard example using the values within this file, create a directory heirarchy:
 #
 #    Directory containing mirror measurement results
-#        Q:\Mirrors\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\
 #
 #    Results for Sandia Tower Heliostat Facets
-#        Q:\Mirrors\SNLTF\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\
 #
 #    Results for Sandia Tower Heliostat Facet "A"
-#        Q:\Mirrors\SNLTF\SNLTF-A\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\SNLTF-A\
 #
 #    Measurement of facet "A" with the Optics Lab SOFAST Landscape setup, measuring in fringe mode, square image projection, white screen
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\
 #
 #    Directory containing SOFAST calibration files, constant and applicable to all measurement modes. 
-#        Q:\Instruments\OLSL_OpticsLabSofastLandscape\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\
 #    Contains:
 #        camera_sofast_optics_lab_landscape_2025_02.h5    # Camera lens calibration
 #        spatial_orientation_optics_lab_landscape.h5      # Relative positions of camera and screen
 #
 #    Directory containing SOFAST calibration files, constant and used by the fringe measurement mode, square projection, white screen.
-#        Q:\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\
 #    Contains:
 #        display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5    # Screen 3-d shape (waves, ripples,...)
 #
 #    Directory containing files defining the mirror to measure.
-#        Q:\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
 #    Contains:
 #        Facet_NSTTF.json    # Facet design (x,y,z) corners, centroid
 #
 #    Files resulting from a specific measurement at a specific time.
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\
 #    Contains:
 #        A_Collect\             # Data collection results
 #        B_Post_p001_default\   # Post-processing results, assumption set #1
-#        20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini
+#        20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini
 #            Control file for producing B_Post_p001_default\
 #            Note that "p001_default" is the post_process_id linking the control file and results.
 #        ...
 #        <other control files and output directories>
 #
 #    Files resulting from a specific measurement at a specific time.
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\
 #    Contains:
 #        A1_intensity_response\    # Results of light-response check
 #        A2_collection_result\     # Results of fringe data capture
 #
 #    Files resulting from a specific measurement at a specific time.
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A1_intensity_response\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A1_intensity_response\
 #    Contains:
 #        image_calibration_scaling_20250818_163358.h5    # Projector-to-camera response curve
 #
 #    Files resulting from a specific measurement at a specific time.
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A2_collection_result\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A2_collection_result\
 #    Contains:
 #        20250818_163443_measurement_fringe.h5           # Captured fringe images, plus distance-to-mirror, etc.
 #        20250818_163443_slope_magnitude_fringe_xy.png   # (optional) Slope magnitude plot quickly generated at data capture time.
 #
 #    Directory containing measurement postprocessing results
-#        Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post_p001_default\
+#        C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\B_Post_p001_default\
 #    Contains:
-#        This file "20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini"
+#        This file "20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini"
 #
 #
 # Then navigate to the directory containing the file "example_process_single_facet,py" and execute:
 #
-#    python example_process_single_facet.py --verbose -s Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post_p001_default\20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini
+#    python example_process_single_facet.py --verbose -s C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\B_Post_p001_default\20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini
 #
 #
 # You can modify the parameters to accomplish different purposes.  For example, suppose you want a version 
@@ -87,10 +87,10 @@
 #    1. Create a new  postprocess id, for example "p002_fast".
 #
 #    2. Create a new directory for the postprocessing results
-#          Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post_p002_fast\
+#          C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\B_Post_p002_fast\
 #
 #    3. Copy this file into the new directory, with a new name:
-#          20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_Q.ini
+#          20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_ctemp.ini
 #       Note it contains the new "p002_fast" postprocess id.
 #
 #    4. Edit the new file:
@@ -105,7 +105,7 @@
 #
 #    6. Execute, pointing to the new .ini file:
 #
-#          python example_process_single_facet.py --verbose -s Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post_p002_fast\20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_Q.ini
+#          python example_process_single_facet.py --verbose -s C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_ctemp.ini
 #
 # You can use a similar approach to develop post-processing commands for producing higher resolution 
 # slope maps, ray-tracing from different light source positions, different ray-tracing resolution, etc.
@@ -121,20 +121,20 @@
 verbose = True
 
 # Strings to denote this computation.  Must be contiguous, with no space, tabs or line feeds.
-measurement_id  = 20250818_163443_SLTF-A_OLSLrsqw
+measurement_id  = 20250818_163443_SNLTF-A_OLSLrsqw
 post_process_id = p001_default
 
 # Input
-file_camera      = Q:\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
-file_orientation = Q:\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
-file_display     = Q:\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
-file_facet       = Q:\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
-file_calibration = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
-file_measurement = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
+file_camera      = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
+file_orientation = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
+file_display     = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
+file_facet       = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
+file_calibration = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
+file_measurement = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
 
 # Directory to write output files.
 # (The post_process_id below will be added as a suffix.)
-dir_save_root = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post
+dir_save_root = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\output\Results\OLSL\20250818_163443\B_Post
 
 # Analysis control parameters
 # Distance values are meters.

example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_Q.ini → example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p002_fast_process_single_facet_settings_ctemp.ini

@@ -5,7 +5,7 @@
 # and under multiple settings of analysis parameters and output control.
 #
 # For detailed instructions on the context, see the default processing file:
-#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini
+#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini
 #
 # This version is modified to run more quickly by skipping ray tracing and some of the plots.
 #
@@ -15,20 +15,20 @@
 verbose = True
 
 # Strings to denote this computation.  Must be contiguous, with no space, tabs or line feeds.
-measurement_id  = 20250818_163443_SLTF-A_OLSLrsqw
+measurement_id  = 20250818_163443_SNLTF-A_OLSLrsqw
 post_process_id = p002_fast
 
 # Input
-file_camera      = Q:\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
-file_orientation = Q:\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
-file_display     = Q:\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
-file_facet       = Q:\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
-file_calibration = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
-file_measurement = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
+file_camera      = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
+file_orientation = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
+file_display     = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
+file_facet       = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
+file_calibration = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
+file_measurement = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
 
 # Directory to write output files.
 # (The post_process_id below will be added as a suffix.)
-dir_save_root = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post
+dir_save_root = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\output\Results\OLSL\20250818_163443\B_Post
 
 # Analysis control parameters
 # Distance values are meters.

example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p003_refx25m_refy25m_process_single_facet_settings_Q.ini → example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p003_rx25m_ry25m_process_single_facet_settings_ctemp.ini

@@ -5,7 +5,7 @@
 # and under multiple settings of analysis parameters and output control.
 #
 # For detailed instructions on the context, see the default processing file:
-#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini
+#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini
 #
 # This version is modified to compare against a reference mirror with a 25 m focal length.
 #
@@ -15,20 +15,20 @@
 verbose = True
 
 # Strings to denote this computation.  Must be contiguous, with no space, tabs or line feeds.
-measurement_id  = 20250818_163443_SLTF-A_OLSLrsqw
-post_process_id = p003_refx25m_refy25m
+measurement_id  = 20250818_163443_SNLTF-A_OLSLrsqw
+post_process_id = p003_rx25m_ry25m
 
 # Input
-file_camera      = Q:\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
-file_orientation = Q:\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
-file_display     = Q:\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
-file_facet       = Q:\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
-file_calibration = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
-file_measurement = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
+file_camera      = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
+file_orientation = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
+file_display     = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
+file_facet       = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
+file_calibration = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
+file_measurement = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
 
 # Directory to write output files.
 # (The post_process_id below will be added as a suffix.)
-dir_save_root = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post
+dir_save_root = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\output\Results\OLSL\20250818_163443\B_Post
 
 # Analysis control parameters
 # Distance values are meters.

example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p004_ref_plano_process_single_facet_settings_Q.ini → example/sofast_fringe/single_facet/20250818_163443_SNLTF-A_OLSLrsqw_p004_rplano_process_single_facet_settings_ctemp.ini

@@ -5,7 +5,7 @@
 # and under multiple settings of analysis parameters and output control.
 #
 # For detailed instructions on the context, see the default processing file:
-#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_Q.ini
+#    20250818_163443_SNLTF-A_OLSLrsqw_p001_default_process_single_facet_settings_ctemp.ini
 #
 # This version is modified to compare against a plano reference mirror.
 #
@@ -15,20 +15,20 @@
 verbose = True
 
 # Strings to denote this computation.  Must be contiguous, with no space, tabs or line feeds.
-measurement_id  = 20250818_163443_SLTF-A_OLSLrsqw
-post_process_id = p004_ref_plano
+measurement_id  = 20250818_163443_SNLTF-A_OLSLrsqw
+post_process_id = p004_rplano
 
 # Input
-file_camera      = Q:\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
-file_orientation = Q:\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
-file_display     = Q:\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
-file_facet       = Q:\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
-file_calibration = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
-file_measurement = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
+file_camera      = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\camera_sofast_optics_lab_landscape_2025_02.h5
+file_orientation = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\spatial_orientation_optics_lab_landscape.h5
+file_display     = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Instruments\OLSL_OpticsLabSofastLandscape\OLSLrsqw_OpticsLabSofastLandscapeFringeSquareWhite\display_shape_optics_lab_landscape_square_distorted_3d_100x100.h5
+file_facet       = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Mirrors\SNLTF\0_Common\Facet_NSTTF.json
+file_calibration = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A1_intensity_response\image_calibration_scaling_20250818_163358.h5
+file_measurement = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\input\Results\OLSL\20250818_163443\A_Collect\A2_collection_result\20250818_163443_measurement_fringe.h5
 
 # Directory to write output files.
 # (The post_process_id below will be added as a suffix.)
-dir_save_root = Q:\Mirrors\SNLTF\SNLTF-A\20250818_163443_OLSLrsqw\B_Post
+dir_save_root = C:\ctemp\OpenCSP_example_data\sofast_fringe\single_facet\output\Results\OLSL\20250818_163443\B_Post
 
 # Analysis control parameters
 # Distance values are meters.