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| = image_map_mono.e = What this program does === Input - files === * Bigmap - filename given as stdin * PICTFILES - === Input - stdin === ! No prompt is given for the name of the bigmap * A 6 character filename of a bigmap (which needs to be in ./MAPFILES). The program will append the required suffix "MAP" itself. * The program asks for slant angle. 0 is straight down. I assume it from 0 to 90 degrees. {{{ |
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| * Filename, filesize and bit length | |
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| * Some essence of stretch | |
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| * Sun position | |
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| * Point of view, distance from object | |
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| === Output === * An image that represents the shape file * Name: view.pgm attachment:view_shape.png ---- CategoryPrograms }}} |
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| * An output image, view.pgm | * The output image in pgm format * Name: view.pgm (or as described in geometry.in) |
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| attachment:image_view_mono.png | {{attachment:view_shape.png}} |
view_shape.e
The generates a point-of-view image of the shape model.
Input - files
- Shapefiles - filename given as stdin
- geometry.in
Input - geometry.in
'view' 1024 1024 8 * Filename, filesize and bit length 1500 40 40 * Some essence of stretch -1 0 0 0 0 -1 0 -1 0 -1 3 0 * Sun position 0 50000 0 * Point of view, distance from object
Output
- The output image in pgm format
- Name: view.pgm (or as described in geometry.in)
