Files | |
| file | Gnuplot.h |
| This file documents the APIs for writing grid in Gnuplot compatible output. | |
| file | Tecplot.h |
| This file documents the APIs for writing grid in Tecplot compatible output. | |
Functions | |
| void | get_cell_edges (struct Edge ***cell_ed, int *num_ed, struct Cell *cl) |
| get_cell_edges | |
| void | get_cell_vertices (struct Vertex ***cell_vt, int *num_vt, struct Cell *cl) |
| get_cell_vertices | |
| int | get_face_normal_sign (struct Face *fc, struct Cell *cl) |
| get_face_normal_sign | |
| void | domain_init (int cl_num, int fc_num, int ed_num, int vt_num, const char *file, struct Domain *dmn) |
| domain_init | |
| void | find_face_cell_mapping (struct Domain *dmn) |
| find_face_cell_mapping | |
| void | find_edge_face_mapping (struct Domain *dmn) |
| find_edge_face_mapping | |
| void | find_vertex_vertex_mapping (struct Domain *dmn) |
| find_vertex_vertex_mapping | |
| void | find_vertex_edge_mapping (struct Domain *dmn) |
| find_vertex_edge_mapping | |
| void | output_domain (FILE *fp, struct Domain *dmn) |
| output_domain | |
| void | serialize_domain (FILE *fp, struct Domain *dmn) |
| output_domain | |
| void | domain_destroy (struct Domain *dmn) |
| domain_destroy | |
| void | add_cell (int global_num, int *face_num_array, int fc_num, struct Domain *domain) |
| add_cell | |
| void | add_face (int global_num, int *edge_num_array, int ed_num, struct Domain *domain) |
| add_face | |
| void | add_edge (int global_num, int vertex_nums[2], struct Domain *domain) |
| add_edge | |
| void | add_vertex (int global_num, float *coordinates, struct Domain *domain) |
| add_vertex | |
| void | input_complete (struct Domain *domain) |
| imput_complete | |
| void | specify_file_reader (FILE_READER_PTR f_reader) |
| specify_file_reader | |
| void | writeGnuplotGrid (struct Domain *dmn, float cutting_plane[4], char *outputFile) |
| writeGnuplotGrid | |
| short | face_cut_by_plane (struct Face *fc, float cutting_plane[4]) |
| writeTecplotGrid | |
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add_cell This method adds a cell to the domain, given its global number, an array of global face numbers that form this cell, number of faces in the cell (fc_num), and a pointer to Domain object. |
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add_edge This method adds an edge to the domain, given its global number, global number of its two vertices, and a pointer to the Domain object. |
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add_face This method adds a face to the domain, given its global number, an array of global edge numbers that form this face, number of edges in the face (ed_num), and a pointer to Domain object. |
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add_vertex This method adds a vertex to the domain, given its global number, an array of three coordinates (x, y, z), and a pointer to the Domain object. |
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domain_destroy Works akin to C++ destructor. Invoke this on Domain object, it will take care of deallocating all its variables, datastructures. |
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domain_init This method allocates space for Domain object dmn. It needs number of cells, faces, edges and vertices in the grid, and the grid file. The grid file is read by the file_reader, which may be specified using , or the dafult file reader (if none is specified) |
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writeTecplotGrid Call this method to produce a Tecplot viewable file. Provide the pointer to Domain object (whose grid needs to be plotted), cutting plane, and output file name. cutting_plane cuts the grid across a specified plane and shows only the faces cut by the plane. cutting_plane is the equation of plane that cuts the domain. Elements in this array represent coefficients in the following order: cutting_plane = {a, b, c, d}; aX + bY + cZ + d = 0 |
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find_edge_face_mapping This method finds edge to adjoining face mapping. |
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find_face_cell_mapping This method finds face to adjoining cell mapping. |
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find_vertex_edge_mapping This method finds vertex to adjoining edge mapping. |
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find_vertex_vertex_mapping This method finds vertex to adjoining vertices mapping. |
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get_cell_edges This method finds the edges forming a cell and returns the array as a pointer, cell_ed. cell_ed is the array of pointers to Edge s forming the Cell cl. cell_ed should be null, the function will make it point to the right array upon completion. num_ed is the number of edges in this array (returned from this function). It is an int*. |
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get_cell_vertices This method finds the vertices forming a cell and returns the array as a pointer, cell_vt. cell_vt is the array of pointers to Vertex s forming the Cell cl. cell_vt should be null, the function will make it point to the right array upon completion. num_vt is the number of vertices in this array (returned from this function). It is an int*. |
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get_face_normal_sign This method returns a flag indicating how to obtain the unit outward normal for a face with respect to a cell, from the face normal. +1 indicates the face normal is the outward normal, 0 indicates its sign must be reversed. |
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imput_complete Call this method once the grid input (defining cells, faces, edges and vertices) is finished. This method marshalls a handful of other APIs to properly populate all data structures. |
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output_domain This method outputs the domain object in default IO format. |
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output_domain This method serializes the domain object (serializes). |
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specify_file_reader Call this method to submit a new file reader that must be used to process the input data file. |
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writeGnuplotGrid Call this method to produce a Gnuplot viewable file. Provide the pointer to Domain object (whose grid needs to be plotted), cutting plane, and output file name. cutting_plane cuts the grid across a specified plane and shows only the faces cut by the plane. cutting_plane is the equation of plane that cuts the domain. Elements in this array represent coefficients in the following order: cutting_plane = {a, b, c, d}; aX + bY + cZ + d = 0 |
1.2.18