.\PotreeElevationProfile.exe "D:/dev/pointclouds/converted/CA13/cloud.js" ^ --coordinates "{693550.968, 3915914.169},{693890.618, 3916387.819},{694584.820, 3916458.180},{694786.239, 3916307.199}" ^ --width 14.0 --min-level 0 --max-level 3 ^ --stdout
.\PotreeElevationProfile.exe "D:/dev/pointclouds/converted/CA13/cloud.js" ^ --coordinates "{693550.968, 3915914.169},{693890.618, 3916387.819},{694584.820, 3916458.180},{694786.239, 3916307.199}" ^ --width 14.0 --min-level 0 --max-level 3 ^ -o result.las
.\PotreeElevationProfile.exe "D:/dev/pointclouds/converted/CA13/cloud.js" ^ --coordinates "{693550.968, 3915914.169},{693890.618, 3916387.819},{694584.820, 3916458.180},{694786.239, 3916307.199}" ^ --width 14.0 --min-level 0 --max-level 3 ^ -o result.potree
.\PotreeElevationProfile.exe "D:/dev/pointclouds/converted/CA13/cloud.js" ^ --coordinates "{693550.968, 3915914.169},{693890.618, 3916387.819},{694584.820, 3916458.180},{694786.239, 3916307.199}" ^ --width 14.0 --min-level 0 --max-level 3 ^ --stdout --output-attributes POSITION_CARTESIAN RGB
.\PotreeExtractRegion.exe ^ "D:/dev/pointclouds/converted/CA13/cloud.js" ^ --box "169.1, 0, 0, 0, 0, 169.1, 0, 0, 0, 0, 269.95, 0, 694704.38, 3916411, 17.9, 1" ^ --min-level 0 ^ --max-level 8 ^ -o result.las
--output-format POTREE, LAS, CSV default: POTREE
--output-attributes POSITION_CARTESIAN, POSITION_PROJECTED_PROFILE, COLOR_PACKED, RGB, RGBA, INTENSITY, CLASSIFICATION default: same as input point cloud + POSITION_PROJECTED_PROFILE
--stdout Write the result to stdout in the given file format. : POTREE, LAS, CSV
-o Write the result to the specified file. Supported file types are .potree, .las and .csv default: no file
--estimate-workload Instead of points, return an estimation of how many nodes and points will have to be processed.
--width Width of the profile
--coordinates Vertices of the polyline, specified as "{x1,y1},{x2,y2},..."
--min-level The result will contain points starting from this level
--max-level The result will contain points up to this level