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Revision 11 as of 2016-02-10 13:18:44
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Compiled by KD
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The information listed here goes in more depth about SHAPE.TXT than that listed in [[SHAPEFILES]]. This text file is the shape model that SPC uses. '''SHAPE.TXT''' is output by [[densify]].
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SHAPE.TXT a model that is an output from the executable [[densify]]. The shape is in the ICQ format, which is basically a 6-sided cube. Q size (resolution) values are between 8 and 512 in increments of factors of 2: 8, 16, 32, 64, 128, 256, 512.
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SHAPE.TXT is the shape model SPC uses where the first line is the Q size (between 8 and 512 in factor of 2 increments: 8, 16, 32, 64, 128, 256, 512). The shape is in the ICQ format, which is basically a 6 sided cube.  (./) I feel like I need something more in the previous to finish explaining what this output is and how it comes out of densify. But the stuff that I put under the sample seemed like it explained what is there. Maybe part of it goes in the description and less of it in the explanation???
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First line is Q (resolution). This gives the number of nodes for i and j. Multiple it by 6 coordinate vector spaces to fill out the entire region. Note: Q*Q*6 is the total number of nodes, and line entries in this file. A Q of 512 is the largest that we represent. It contains 1.5 million vertices and 56 MB uncompressed. Here is a sample '''SHAPE.TXT''' file:
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Second line and following: The location of a vertex in i, j, k space (Cartesian coordinates).


== Example of SHAPE.TXT ==
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'''Line 1''' - Q (resolution). This gives the number of nodes for i and j. Multiple Q by 6 coordinate vector spaces to fill out the entire region.

 (!) Q*Q*6 is the total number of nodes, and line entries in this file.
 (!) A Q of 512 is the largest that we represent. It contains 1.5 million vertices and is 56 MB uncompressed.

'''Lines 2 and following''' - The location of a vertex in i, j, k space (Cartesian coordinates).


----------

''(Compiled by KD)''

CategoryFiles

SHAPE.TXT

Description

This text file is the shape model that SPC uses. SHAPE.TXT is output by densify.

The shape is in the ICQ format, which is basically a 6-sided cube. Q size (resolution) values are between 8 and 512 in increments of factors of 2: 8, 16, 32, 64, 128, 256, 512.

  • (./) I feel like I need something more in the previous to finish explaining what this output is and how it comes out of densify. But the stuff that I put under the sample seemed like it explained what is there. Maybe part of it goes in the description and less of it in the explanation???

Here is a sample SHAPE.TXT file:

         128
  -218.72182    -8.78589   136.89489
  -217.94953    -6.10207   138.09736
  -217.59664    -3.46244   139.74751
  -216.83911    -0.75086   140.98874
  -216.04842     1.95086   142.19411
  -215.34667     4.53459   143.49143
  -214.06968     7.13078   144.16124
  -212.35048     9.69145   144.34511
  -210.62577    12.23122   144.54863
  -209.47201    14.69014   145.33889
  -208.85169    17.21845   146.67393
  -208.58685    19.86090   148.37467
.....

Line 1 - Q (resolution). This gives the number of nodes for i and j. Multiple Q by 6 coordinate vector spaces to fill out the entire region.

  • (!) Q*Q*6 is the total number of nodes, and line entries in this file. (!) A Q of 512 is the largest that we represent. It contains 1.5 million vertices and is 56 MB uncompressed.

Lines 2 and following - The location of a vertex in i, j, k space (Cartesian coordinates).


(Compiled by KD)

CategoryFiles

SHAPE.TXT (last edited 2016-07-24 06:36:12 by BMittan)