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| ## page was renamed from panaroma.e = panaroma = ||Category ?||Version ?|| |
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| == Description == '''Panaroma''' will take a big map and generate a 360-degree view of the surface. |
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| = panaroma.e = Panaroma will take a big map, and generate a 360 degree view of the surface. === Input - files === |
== Input Files == |
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| === Input - stdin === | == Input stdin == |
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| * Location - x, y, z of where to make the image. X and y are based on pixels within the bigmap (rather than lat/lon or meters). Z is meters above the surface. | * Location - x, y, z of where to make the image. x and y are based on pixels within the bigmap (rather than lat/lon or meters). Z is meters above the surface. |
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| {{{#Example | Here's an example input: {{{ |
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| === Output === | == Output Files == |
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| attachment:pan_example.jpg ---- CategoryPrograms CategoryMercator |
{{attachment:pan_example.jpg}} ---------- CategoryPrograms CategoryMercator |
panaroma
Category ? |
Version ? |
This code was developed for the Mercator Project (LASER Program). The code uses Gaskell's basic infrastructure and data files.
Description
Panaroma will take a big map and generate a 360-degree view of the surface.
Input Files
- none
Input stdin
- Bigmap - 6 character name of a bigmap
- Location - x, y, z of where to make the image. x and y are based on pixels within the bigmap (rather than lat/lon or meters). Z is meters above the surface.
Here's an example input:
123456 390, 1990, 10
Output Files
- PANORAMA.pgm - The image file (in pgm format). Currently, I've been using a version that has lines at N, E, S and W. ~epalmer
