EIC code displayed by LXR

pragma once

moved to common action enum sflow.h // typedef enum { // UNDEFINED=0, // CONTINUE=1, // BREAK=2 // } Action_t ;

intersect_leaf_cylinder : a much simpler approach than intersect_leaf_oldcylinder The two cylinder imps were compared with tests/CSGIntersectComparisonTest.cc.

intersect_leaf_halfspace Define CSG_HALFSPACE with a unit normal *n* and a distance *w* from the origin in the normal direction.

pragma once

intersect_leaf_newcone Old cone incorrectly assumed that rays would always intersect the infinite cone.

intersect_leaf_oldcylinder Older cylinder intersection implementation kept for comparison.

distance_leaf_phicut :: .

intersect_leaf_slab One normal, two distances

intersect_leaf_thetacut .

intersect_leaf_zsphere HMM: rays that look destined to land near to "apex" have a rare (order 1 in 300k) problem of missing the zsphere.

Flip off the dumpxyz code without changing DEBUG_PIDXYZ with vim replace:: :%s,if(dumpxyz),//if(dumpxyz),gc

include "SLOG.hh"

pragma once enum { STANDARD_SOLID, ONE_PRIM_SOLID, ONE_NODE_SOLID, DEEP_COPY_SOLID, KLUDGE_BBOX_SOLID } ;

include <iostream>

pragma once

include <csignal>

CSGGeometry CSGGeometry is a higher level wrapper for CSGFoundry which avoids repetition of geometry setup, loading and querying mechanics.

include "SPath.hh"

include <array>

if defined(__CUDACC__) || defined(__CUDABE__)

pragma once

pragma once

include "SLOG.hh"

pragma once

ifdef DEBUG_RECORD

pragma once

Restructured this in preparaction for the CUDA/MOCK_CUDA impl by preparing all the rays ahead of time and then doing all the intersects together.

include "SLOG.hh"

cc : on CPU csg_intersect debugging

pragma once

include <csignal>

glm based eye, look, up projection transform maths HMM: no CSG dependency, this can and should be done at lower sysrap level TODO: review users and check for duplicated functionality

include <iostream>