MRPointCloudTriangulationHelpers.h

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#pragma once
 
#include <MRCMesh/MRId.h>
#include <MRCMisc/common.h>
#include <MRCMisc/exports.h>
 
#include <stdbool.h>
#include <stddef.h>
 
#ifdef __cplusplus
extern "C" {
#endif
 
typedef struct MR_FewSmallest_MR_PointsProjectionResult MR_FewSmallest_MR_PointsProjectionResult; // Defined in `#include <MRCMesh/MRFewSmallest.h>`.
typedef struct MR_PointCloud MR_PointCloud; // Defined in `#include <MRCMesh/MRPointCloud.h>`.
typedef struct MR_VertCoords MR_VertCoords; // Defined in `#include <MRCMesh/MRVector.h>`.
typedef struct MR_std_function_bool_from_float MR_std_function_bool_from_float; // Defined in `#include <MRCMisc/std_function_bool_from_float.h>`.
typedef struct MR_std_optional_MR_AllLocalTriangulations MR_std_optional_MR_AllLocalTriangulations; // Defined in `#include <MRCMisc/std_optional_MR_AllLocalTriangulations.h>`.
typedef struct MR_std_optional_MR_VertBitSet MR_std_optional_MR_VertBitSet; // Defined in `#include <MRCMisc/std_optional_MR_VertBitSet.h>`.
typedef struct MR_std_optional_std_vector_MR_SomeLocalTriangulations MR_std_optional_std_vector_MR_SomeLocalTriangulations; // Defined in `#include <MRCMisc/std_optional_std_vector_MR_SomeLocalTriangulations.h>`.
typedef struct MR_std_vector_MR_VertId MR_std_vector_MR_VertId; // Defined in `#include <MRCMisc/std_vector_MR_VertId.h>`.
typedef struct MR_std_vector_std_pair_double_int MR_std_vector_std_pair_double_int; // Defined in `#include <MRCMisc/std_vector_std_pair_double_int.h>`.
 
 
typedef struct MR_TriangulationHelpers_FanOptimizerQueueElement MR_TriangulationHelpers_FanOptimizerQueueElement;
 
typedef struct MR_TriangulationHelpers_TriangulatedFanData MR_TriangulationHelpers_TriangulatedFanData;
 
typedef struct MR_TriangulationHelpers_Settings MR_TriangulationHelpers_Settings;
 
MRC_API float MR_TriangulationHelpers_updateNeighborsRadius(const MR_VertCoords *points, MR_VertId v, MR_VertId boundaryV, const MR_std_vector_MR_VertId *fan, float baseRadius);
 
MRC_API void MR_TriangulationHelpers_findNeighborsInBall(const MR_PointCloud *pointCloud, MR_VertId v, float radius, MR_std_vector_MR_VertId *neighbors);
 
MRC_API float MR_TriangulationHelpers_findNumNeighbors(const MR_PointCloud *pointCloud, MR_VertId v, int numNeis, MR_std_vector_MR_VertId *neighbors, MR_FewSmallest_MR_PointsProjectionResult *tmp, const float *upDistLimitSq);
 
MRC_API void MR_TriangulationHelpers_filterNeighbors(const MR_VertCoords *normals, MR_VertId v, MR_std_vector_MR_VertId *neighbors);
 
// profit of flipping this edge
MRC_API const float *MR_TriangulationHelpers_FanOptimizerQueueElement_Get_weight(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// profit of flipping this edge
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Set_weight(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, float value);
 
// profit of flipping this edge
MRC_API float *MR_TriangulationHelpers_FanOptimizerQueueElement_GetMutable_weight(MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// index
MRC_API const int *MR_TriangulationHelpers_FanOptimizerQueueElement_Get_id(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// index
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Set_id(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, int value);
 
// index
MRC_API int *MR_TriangulationHelpers_FanOptimizerQueueElement_GetMutable_id(MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// id of prev neighbor
MRC_API const int *MR_TriangulationHelpers_FanOptimizerQueueElement_Get_prevId(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// id of prev neighbor
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Set_prevId(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, int value);
 
// id of prev neighbor
MRC_API int *MR_TriangulationHelpers_FanOptimizerQueueElement_GetMutable_prevId(MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// id of next neighbor
MRC_API const int *MR_TriangulationHelpers_FanOptimizerQueueElement_Get_nextId(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// id of next neighbor
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Set_nextId(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, int value);
 
// id of next neighbor
MRC_API int *MR_TriangulationHelpers_FanOptimizerQueueElement_GetMutable_nextId(MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// if this flag is true, edge cannot be flipped
MRC_API const bool *MR_TriangulationHelpers_FanOptimizerQueueElement_Get_stable(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
// if this flag is true, edge cannot be flipped
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Set_stable(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, bool value);
 
// if this flag is true, edge cannot be flipped
MRC_API bool *MR_TriangulationHelpers_FanOptimizerQueueElement_GetMutable_stable(MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_DefaultConstruct(void);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_DefaultConstructArray(size_t num_elems);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_ConstructFrom(float weight, int id, int prevId, int nextId, bool stable);
 
MRC_API const MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_OffsetPtr(const MR_TriangulationHelpers_FanOptimizerQueueElement *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_OffsetMutablePtr(MR_TriangulationHelpers_FanOptimizerQueueElement *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_ConstructFromAnother(const MR_TriangulationHelpers_FanOptimizerQueueElement *_other);
 
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_Destroy(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
MRC_API void MR_TriangulationHelpers_FanOptimizerQueueElement_DestroyArray(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this);
 
MRC_API MR_TriangulationHelpers_FanOptimizerQueueElement *MR_TriangulationHelpers_FanOptimizerQueueElement_AssignFromAnother(MR_TriangulationHelpers_FanOptimizerQueueElement *_this, const MR_TriangulationHelpers_FanOptimizerQueueElement *_other);
 
MRC_API bool MR_less_MR_TriangulationHelpers_FanOptimizerQueueElement(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this, const MR_TriangulationHelpers_FanOptimizerQueueElement *other);
 
MRC_API bool MR_equal_MR_TriangulationHelpers_FanOptimizerQueueElement(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this, const MR_TriangulationHelpers_FanOptimizerQueueElement *other);
 
MRC_API bool MR_TriangulationHelpers_FanOptimizerQueueElement_isOutdated(const MR_TriangulationHelpers_FanOptimizerQueueElement *_this, const MR_std_vector_MR_VertId *neighbors);
 
MRC_API const MR_std_vector_MR_VertId *MR_TriangulationHelpers_TriangulatedFanData_Get_neighbors(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_Set_neighbors(MR_TriangulationHelpers_TriangulatedFanData *_this, MR_PassBy value_pass_by, MR_std_vector_MR_VertId *value);
 
MRC_API MR_std_vector_MR_VertId *MR_TriangulationHelpers_TriangulatedFanData_GetMutable_neighbors(MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API const MR_std_vector_std_pair_double_int *MR_TriangulationHelpers_TriangulatedFanData_Get_cacheAngleOrder(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_Set_cacheAngleOrder(MR_TriangulationHelpers_TriangulatedFanData *_this, MR_PassBy value_pass_by, MR_std_vector_std_pair_double_int *value);
 
MRC_API MR_std_vector_std_pair_double_int *MR_TriangulationHelpers_TriangulatedFanData_GetMutable_cacheAngleOrder(MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API const MR_VertId *MR_TriangulationHelpers_TriangulatedFanData_Get_border(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_Set_border(MR_TriangulationHelpers_TriangulatedFanData *_this, MR_VertId value);
 
MRC_API MR_VertId *MR_TriangulationHelpers_TriangulatedFanData_GetMutable_border(MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API const MR_FewSmallest_MR_PointsProjectionResult *MR_TriangulationHelpers_TriangulatedFanData_Get_nearesetPoints(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_Set_nearesetPoints(MR_TriangulationHelpers_TriangulatedFanData *_this, MR_PassBy value_pass_by, MR_FewSmallest_MR_PointsProjectionResult *value);
 
MRC_API MR_FewSmallest_MR_PointsProjectionResult *MR_TriangulationHelpers_TriangulatedFanData_GetMutable_nearesetPoints(MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_DefaultConstruct(void);
 
MRC_API MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_DefaultConstructArray(size_t num_elems);
 
MRC_API const MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_OffsetPtr(const MR_TriangulationHelpers_TriangulatedFanData *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_OffsetMutablePtr(MR_TriangulationHelpers_TriangulatedFanData *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_ConstructFromAnother(MR_PassBy _other_pass_by, MR_TriangulationHelpers_TriangulatedFanData *_other);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_Destroy(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API void MR_TriangulationHelpers_TriangulatedFanData_DestroyArray(const MR_TriangulationHelpers_TriangulatedFanData *_this);
 
MRC_API MR_TriangulationHelpers_TriangulatedFanData *MR_TriangulationHelpers_TriangulatedFanData_AssignFromAnother(MR_TriangulationHelpers_TriangulatedFanData *_this, MR_PassBy _other_pass_by, MR_TriangulationHelpers_TriangulatedFanData *_other);
 
MRC_API const float *MR_TriangulationHelpers_Settings_Get_radius(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_radius(MR_TriangulationHelpers_Settings *_this, float value);
 
MRC_API float *MR_TriangulationHelpers_Settings_GetMutable_radius(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const int *MR_TriangulationHelpers_Settings_Get_numNeis(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_numNeis(MR_TriangulationHelpers_Settings *_this, int value);
 
MRC_API int *MR_TriangulationHelpers_Settings_GetMutable_numNeis(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const float *MR_TriangulationHelpers_Settings_Get_critAngle(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_critAngle(MR_TriangulationHelpers_Settings *_this, float value);
 
MRC_API float *MR_TriangulationHelpers_Settings_GetMutable_critAngle(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const float *MR_TriangulationHelpers_Settings_Get_boundaryAngle(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_boundaryAngle(MR_TriangulationHelpers_Settings *_this, float value);
 
MRC_API float *MR_TriangulationHelpers_Settings_GetMutable_boundaryAngle(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const MR_VertCoords *const *MR_TriangulationHelpers_Settings_Get_trustedNormals(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_trustedNormals(MR_TriangulationHelpers_Settings *_this, const MR_VertCoords *value);
 
MRC_API const MR_VertCoords **MR_TriangulationHelpers_Settings_GetMutable_trustedNormals(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const bool *MR_TriangulationHelpers_Settings_Get_automaticRadiusIncrease(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_automaticRadiusIncrease(MR_TriangulationHelpers_Settings *_this, bool value);
 
MRC_API bool *MR_TriangulationHelpers_Settings_GetMutable_automaticRadiusIncrease(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const int *MR_TriangulationHelpers_Settings_Get_maxRemoves(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_maxRemoves(MR_TriangulationHelpers_Settings *_this, int value);
 
MRC_API int *MR_TriangulationHelpers_Settings_GetMutable_maxRemoves(MR_TriangulationHelpers_Settings *_this);
 
MRC_API MR_std_vector_MR_VertId *const *MR_TriangulationHelpers_Settings_Get_allNeighbors(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_allNeighbors(MR_TriangulationHelpers_Settings *_this, MR_std_vector_MR_VertId *value);
 
MRC_API MR_std_vector_MR_VertId **MR_TriangulationHelpers_Settings_GetMutable_allNeighbors(MR_TriangulationHelpers_Settings *_this);
 
MRC_API float *const *MR_TriangulationHelpers_Settings_Get_actualRadius(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_actualRadius(MR_TriangulationHelpers_Settings *_this, float *value);
 
MRC_API float **MR_TriangulationHelpers_Settings_GetMutable_actualRadius(MR_TriangulationHelpers_Settings *_this);
 
MRC_API const MR_PointCloud *const *MR_TriangulationHelpers_Settings_Get_searchNeighbors(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_Set_searchNeighbors(MR_TriangulationHelpers_Settings *_this, const MR_PointCloud *value);
 
MRC_API const MR_PointCloud **MR_TriangulationHelpers_Settings_GetMutable_searchNeighbors(MR_TriangulationHelpers_Settings *_this);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_DefaultConstruct(void);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_DefaultConstructArray(size_t num_elems);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_ConstructFrom(float radius, int numNeis, float critAngle, float boundaryAngle, const MR_VertCoords *trustedNormals, bool automaticRadiusIncrease, int maxRemoves, MR_std_vector_MR_VertId *allNeighbors, float *actualRadius, const MR_PointCloud *searchNeighbors);
 
MRC_API const MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_OffsetPtr(const MR_TriangulationHelpers_Settings *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_OffsetMutablePtr(MR_TriangulationHelpers_Settings *ptr, ptrdiff_t i);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_ConstructFromAnother(const MR_TriangulationHelpers_Settings *_other);
 
MRC_API void MR_TriangulationHelpers_Settings_Destroy(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API void MR_TriangulationHelpers_Settings_DestroyArray(const MR_TriangulationHelpers_Settings *_this);
 
MRC_API MR_TriangulationHelpers_Settings *MR_TriangulationHelpers_Settings_AssignFromAnother(MR_TriangulationHelpers_Settings *_this, const MR_TriangulationHelpers_Settings *_other);
 
MRC_API void MR_TriangulationHelpers_buildLocalTriangulation(const MR_PointCloud *cloud, MR_VertId v, const MR_TriangulationHelpers_Settings *settings, MR_TriangulationHelpers_TriangulatedFanData *fanData);
 
MRC_API MR_std_optional_std_vector_MR_SomeLocalTriangulations *MR_TriangulationHelpers_buildLocalTriangulations(const MR_PointCloud *cloud, const MR_TriangulationHelpers_Settings *settings, const MR_std_function_bool_from_float *progress);
 
MRC_API MR_std_optional_MR_AllLocalTriangulations *MR_TriangulationHelpers_buildUnitedLocalTriangulations(const MR_PointCloud *cloud, const MR_TriangulationHelpers_Settings *settings, const MR_std_function_bool_from_float *progress);
 
MRC_API bool MR_TriangulationHelpers_isBoundaryPoint(const MR_PointCloud *cloud, MR_VertId v, const MR_TriangulationHelpers_Settings *settings, MR_TriangulationHelpers_TriangulatedFanData *fanData);
 
MRC_API MR_std_optional_MR_VertBitSet *MR_TriangulationHelpers_findBoundaryPoints(const MR_PointCloud *pointCloud, const MR_TriangulationHelpers_Settings *settings, MR_PassBy cb_pass_by, MR_std_function_bool_from_float *cb);
 
#ifdef __cplusplus
} // extern "C"
#endif