#include "Structure/BoundaryGeometry.h"
#include <algorithm>
#include <cmath>
#include <ctime>
#include <filesystem>
#include <fstream>
#include <string>
#include "H5hut.h"
#include <cfloat>
#include "AbstractObjects/OpalData.h"
#include "Algorithms/PartBunchBase.h"
#include "Expressions/SRefExpr.h"
#include "Elements/OpalBeamline.h"
#include "Physics/Physics.h"
#include "Utilities/OpalException.h"
#include "Utilities/Options.h"
#include <gsl/gsl_sys.h>
#include <boost/filesystem.hpp>

Include dependency graph for BoundaryGeometry.cpp:

Classes
class	Triangle

class	Ray

class	Voxel

Namespaces
	cmp_diff

	cmp_ulp_obsolete

	cmp_ulp

Macros
#define	SQR(x) ((x)*(x))

#define	PointID(triangle_id, vertex_id) Triangles_m[triangle_id][vertex_id]

#define	Point(triangle_id, vertex_id) Points_m[Triangles_m[triangle_id][vertex_id]]

#define	FUNC_EQ(x, y)

#define	FUNC_EQ_ZERO(x)

#define	FUNC_LE(x, y)

#define	FUNC_LE_ZERO(x)

#define	FUNC_LT(x, y)

#define	FUNC_LT_ZERO(x)

#define	FUNC_GE(x, y)

#define	FUNC_GE_ZERO(x)

#define	FUNC_GT(x, y)

#define	FUNC_GT_ZERO(x)

#define	INSIDE 0

#define	OUTSIDE 1

#define	LERP(a, b, t) (a + t * (b - a))

#define	mapPoint2VoxelIndices(pt, i, j, k)

Functions
bool	cmp_diff::almost_eq (double A, double B, double maxDiff=1e-15, double maxRelDiff=DBL_EPSILON)

bool	cmp_diff::almost_eq_zero (double A, double maxDiff=1e-15)

bool	cmp_diff::eq (double x, double y)

bool	cmp_diff::eq_zero (double x)

bool	cmp_diff::le (double x, double y)

bool	cmp_diff::le_zero (double x)

bool	cmp_diff::lt (double x, double y)

bool	cmp_diff::lt_zero (double x)

bool	cmp_diff::ge (double x, double y)

bool	cmp_diff::ge_zero (double x)

bool	cmp_diff::gt (double x, double y)

bool	cmp_diff::gt_zero (double x)

bool	cmp_ulp_obsolete::almost_eq (double A, double B, double maxDiff=1e-20, int maxUlps=1000)

bool	cmp_ulp_obsolete::almost_eq_zero (double A, double maxDiff=1e-15)

bool	cmp_ulp_obsolete::eq (double x, double y)

bool	cmp_ulp_obsolete::eq_zero (double x)

bool	cmp_ulp_obsolete::le (double x, double y)

bool	cmp_ulp_obsolete::le_zero (double x)

bool	cmp_ulp_obsolete::lt (double x, double y)

bool	cmp_ulp_obsolete::lt_zero (double x)

bool	cmp_ulp_obsolete::ge (double x, double y)

bool	cmp_ulp_obsolete::ge_zero (double x)

bool	cmp_ulp_obsolete::gt (double x, double y)

bool	cmp_ulp_obsolete::gt_zero (double x)

bool	cmp_ulp::almost_eq (double A, double B, double maxDiff=1e-20, int maxUlps=1000)

bool	cmp_ulp::almost_eq_zero (double A, double maxDiff=1e-15)

bool	cmp_ulp::eq (double x, double y)

bool	cmp_ulp::eq_zero (double x)

bool	cmp_ulp::le (double x, double y)

bool	cmp_ulp::le_zero (double x)

bool	cmp_ulp::lt (double x, double y)

bool	cmp_ulp::lt_zero (double x)

bool	cmp_ulp::ge (double x, double y)

bool	cmp_ulp::ge_zero (double x)

bool	cmp_ulp::gt (double x, double y)

bool	cmp_ulp::gt_zero (double x)

Variables
Inform *	gmsg

constexpr double	EPS = 10e-15

Macro Definition Documentation

#define FUNC_EQ	(	x,
		y
	)

Value:

inline bool eq(double x, double y) { \
        return almost_eq(x, y);                            \
    }

Definition at line 63 of file BoundaryGeometry.cpp.

#define FUNC_EQ_ZERO ( x )

Value:

inline bool eq_zero(double x) { \
        return almost_eq_zero(x);                       \
    }

Definition at line 67 of file BoundaryGeometry.cpp.

#define FUNC_GE	(	x,
		y
	)

Value:

inline bool ge(double x, double y) {      \
        if (almost_eq(x, y)) {                                  \
            return true;                                        \
        }                                                       \
        return x > y;                                           \
    }

Definition at line 99 of file BoundaryGeometry.cpp.

#define FUNC_GE_ZERO ( x )

Value:

inline bool ge_zero(double x) { \
        if (almost_eq_zero(x)) {                        \
            return true;                                \
        }                                               \
        return x > 0.0;                                 \
    }

Definition at line 106 of file BoundaryGeometry.cpp.

#define FUNC_GT	(	x,
		y
	)

Value:

inline bool gt(double x, double y) { \
        if (almost_eq(x, y)) {                             \
            return false;                                  \
        }                                                  \
        return x > y;                                      \
    }

Definition at line 113 of file BoundaryGeometry.cpp.

#define FUNC_GT_ZERO ( x )

Value:

inline bool gt_zero(double x) { \
        if (almost_eq_zero(x)) {                        \
            return false;                               \
        }                                               \
        return x > 0.0;                                 \
    }

Definition at line 120 of file BoundaryGeometry.cpp.

#define FUNC_LE	(	x,
		y
	)

Value:

inline bool le(double x, double y) { \
        if (almost_eq(x, y)) {                             \
            return true;                                   \
        }                                                  \
        return x < y;                                      \
    }

Definition at line 71 of file BoundaryGeometry.cpp.

#define FUNC_LE_ZERO ( x )

Value:

inline bool le_zero(double x) { \
        if (almost_eq_zero(x)) {                        \
            return true;                                \
        }                                               \
        return x < 0.0;                                 \
    }

Definition at line 78 of file BoundaryGeometry.cpp.

#define FUNC_LT	(	x,
		y
	)

Value:

inline bool lt(double x, double y) { \
        if (almost_eq(x, y)) {                             \
            return false;                                  \
        }                                                  \
        return x < y;                                      \
    }

Definition at line 85 of file BoundaryGeometry.cpp.

#define FUNC_LT_ZERO ( x )

Value:

inline bool lt_zero(double x) {      \
        if (almost_eq_zero(x)) {                             \
            return false;                                    \
        }                                                    \
        return x < 0.0;                                      \
    }

Definition at line 92 of file BoundaryGeometry.cpp.

#define INSIDE 0

Definition at line 415 of file BoundaryGeometry.cpp.

Referenced by BoundaryGeometry::computeMeshVoxelization().

#define LERP	(	a,
		b,
		t
	)	(a + t * (b - a))

#define mapPoint2VoxelIndices	(	pt,
		i,
		j,
		k
	)

Value:

{                            \
        i = floor ((pt[0] - voxelMesh_m.minExtent [0]) / voxelMesh_m.sizeOfVoxel[0]); \
        j = floor ((pt[1] - voxelMesh_m.minExtent [1]) / voxelMesh_m.sizeOfVoxel[1]); \
        k = floor ((pt[2] - voxelMesh_m.minExtent [2]) / voxelMesh_m.sizeOfVoxel[2]); \
        if (!(0 <= i && i < voxelMesh_m.nr_m[0] &&                      \
              0 <= j && j < voxelMesh_m.nr_m[1] &&                      \
              0 <= k && k < voxelMesh_m.nr_m[2])) {                     \
            *gmsg << level2                                             \
                  << "* " << __func__ << ":"                            \
                  << "  WARNING: pt=" << pt                             \
                  << "  is outside the bbox"                            \
                  << "  i=" << i                                        \
                  << "  j=" << j                                        \
                  << "  k=" << k                                        \
                  << endl;                                              \
        }                                                               \
    }