Classes used to record information about vectors / contours / bodies to text files in gnuplot format (for visualization)
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template<int N> |
int | Dump (FILE *f, const Vector_Nt< vec_type, N > &p, bool eol=true) |
| records vector coordinates in text file
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template<int N> |
int | Dump (FILE *f, const std::pair< Vector_Nt< vec_type, N >, Vector_Nt< vec_type, N > > &p) |
| records coordinates of two vectors in text file used to plot vectors by gnuplot using option 'w vec'
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template<class contour_t > |
int | DumpContour (FILE *f, const contour_t &cnt, int first=0, bool deltas=false) |
| records sequence contour vertices to text file first vertex is recorded twice as it is required by gnuplot format if first<>0 records line with text file column description deltas means print delta column to draw with vectors
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template<class contour_t > |
int | DumpContours (FILE *f, const std::vector< contour_t > &cnt, int first=0) |
| calls DumpContour for each contour if first<>0 records line with text file column description
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template<class vset_t > |
int | DumpVectorSet (FILE *f, const vset_t *vset, const VecTransform *trans=NULL, int firstsep=0) |
| records sequence of vectors bit flags firstsep : 1- put legend, 2- put single separator at end
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int | DumpDirections (FILE *f, int n, const Vector_3 *origin, const Vector_3 *k, const Box *B=NULL, int first=0) |
| records sequence of unit vectors defined by their origins and directions k Box size is used to normalize direction k (if B!=NULL) in order to keep vector inside the box if first<>0 records line with text file column description
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template<class reg_t > |
interp_t< reg_t::dimension > | InterpolateRegion (const reg_t *reg) |
| interpolates region for dumping by default region is interpolated by nothing
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template<class reg_t > |
interp_t< reg_t::dimension > | InterpolateInverse (const reg_t *reg) |
| Interpolates inverse part of a region definition for dumping by default returns void interpolation object Currently implemented for Inverse and RegionIntersection in 3D.
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template<class poly_t , class limiting_t > |
bool | DumpPolyhedron (const poly_t *reg, std::vector< VecContour<> > &sides, limiting_t *lim, std::vector< int > *redundant_planes=nullptr, int *plane_regids=nullptr, std::vector< int > *side_regids=nullptr) |
| records sides of given polyhedron
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void | CutSides (interp_t< 3 > poly, std::vector< VecContour<> > &inpsides, bool inside, std::vector< VecContour<> > &outsides, int i_skip=-1, const std::vector< int > *inp_side_regids=nullptr, std::vector< int > *side_regids=nullptr) |
| Cuts the sides leaving parts that are inside/outside the poly union.
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template<class limiting_t > |
void | UnionDump (interp_t< 3 > poly, std::vector< VecContour<> > &outsides, limiting_t *lim, std::vector< int > *side_regids=nullptr) |
| Dumps polyhedra from poly as union.
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template<class reg_t , class limiting_t > |
bool | Dump (const reg_t *reg, std::vector< VecContour<> > &sides, limiting_t *lim, std::vector< int > *side_regids) |
| interpolate 3d body as a number of polyhedra and records their sides these sides can be plotted by gnuplot afterwards if lim!=NULL consider intersection between body and lim
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template<class reg_t , class limiting_t > |
bool | Dump (const reg_t *reg, std::vector< VecContour< 2 > > &sides, limiting_t *lim, std::vector< int > *side_regids) |
| interpolate 2d body as a contour that can be plotted by gnuplot afterwards if lim!=NULL consider intersection between body and lim
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template<class plane_it , class limiting_t > |
bool | Dump (const Polyhedron< plane_it > *reg, std::vector< VecContour<> > &sides, limiting_t *lim, std::vector< int > *side_regids) |
| specifications of Dump for some specific bodies
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Classes used to record information about vectors / contours / bodies to text files in gnuplot format (for visualization)