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#include <raytracer_C.h>#include <iostream>#include <embree_raytracer.h>#include <meshinfo.h>#include <HFExceptions.h>#include <cinterface_utils.h>
Include dependency graph for raytracer_C.cpp:Go to the source code of this file.
Typedefs | |
| using | MeshInfo = HF::Geometry::MeshInfo< float > |
Functions | |
| C_INTERFACE | CreateRaytracer (MeshInfo *mesh, EmbreeRayTracer **out_raytracer, bool use_precise) |
| Create a new raytracer using several meshes. More... | |
| C_INTERFACE | CreateRaytracerMultiMesh (MeshInfo **meshes, int num_meshes, EmbreeRayTracer **out_raytracer, bool use_precise) |
| Create a new raytracer using several meshes. More... | |
| C_INTERFACE | AddMeshes (HF::RayTracer::EmbreeRayTracer *ERT, MeshInfo **MI, int number_of_meshes) |
| Add a new mesh to a raytracer. More... | |
| C_INTERFACE | AddMesh (HF::RayTracer::EmbreeRayTracer *ERT, MeshInfo *MI) |
| Add a new mesh to a raytracer. More... | |
| C_INTERFACE | DestroyRayTracer (HF::RayTracer::EmbreeRayTracer *rt_to_destroy) |
| Delete an existing raytracer. More... | |
| C_INTERFACE | CastSingleRayDistance (HF::RayTracer::EmbreeRayTracer *ert, const float *origin, const float *direction, const float max_distance, float *out_distance, int *out_meshid) |
| Cast a single ray and get the distance to its hit and the mesh ID if it hit anything. If it missed, then distance and meshid will both be -1. More... | |
| C_INTERFACE | CastRaysDistance (HF::RayTracer::EmbreeRayTracer *ert, float *origins, int num_origins, float *directions, int num_directions, std::vector< RayResult > **out_results, RayResult **results_data) |
| Cast rays for each node in origins/directions as ordered pairs and get distance back as a result. More... | |
| C_INTERFACE | CastRay (EmbreeRayTracer *ert, float &x, float &y, float &z, float dx, float dy, float dz, float max_distance, bool &result) |
| Cast a single ray from the raytracer and receive a point in return. More... | |
| C_INTERFACE | CastMultipleRays (EmbreeRayTracer *ert, float *origins, const float *directions, int size, float max_distance, bool *result_array) |
| Cast multiple rays at once in parallel and receive their hitpoints in return. The number of directions must be equal to the number of origins. More... | |
| C_INTERFACE | CastMultipleOriginsOneDirection (EmbreeRayTracer *ert, float *origins, const float *direction, int size, float max_distance, bool *result_array) |
| Cast rays from each origin point in the given direction. More... | |
| C_INTERFACE | CastMultipleDirectionsOneOrigin (EmbreeRayTracer *ert, const float *origin, float *directions, int size, float max_distance, bool *result_array) |
| Cast rays from a single origin point in multiple directions and get a the points where they intersected the geometry. More... | |
| C_INTERFACE | CastOcclusionRays (EmbreeRayTracer *ert, const float *origins, const float *directions, int origin_size, int direction_size, float max_distance, bool *result_array) |
| Cast one or more occlusion rays in parallel. More... | |
| C_INTERFACE | DestroyRayResultVector (std::vector< RayResult > *var) |
| Destroy a vector of rayresults. More... | |
| C_INTERFACE | PreciseIntersection (HF::RayTracer::EmbreeRayTracer *RT, double x, double y, double z, double dx, double dy, double dz, double *out_distance) |
Typedef Documentation
◆ MeshInfo
| using MeshInfo = HF::Geometry::MeshInfo<float> |
Definition at line 11 of file raytracer_C.cpp.
