Editing Space Partitioning for Tessellation

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Proposals for this task should outline partitioning strategies as well as testing methods - before-and-after timing for tessellation performance and quality testing of resulting geometry are key benchmarks to track.
 
Proposals for this task should outline partitioning strategies as well as testing methods - before-and-after timing for tessellation performance and quality testing of resulting geometry are key benchmarks to track.
 
=References=
 
 
* src/libgcv
 
* src/librt/primitives/**
 
** each primitive is in a subdirectory with an rt_*_tess() function defined that performs tessellation
 
** the rt_*_prep() routine calculates the bounding box, ideal candidate to be broken out into a separate callback which could be useful during space partitioning
 
* src/conv
 
** just about every converter performs boolean evaluation on tessellated geometry
 
  
 
Requirements:
 
Requirements:
  
 
*Familiarity with C
 
*Familiarity with C
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Difficulty: medium

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