hecmw_vis_SF_geom.h

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/*****************************************************************************
 * Copyright (c) 2019 FrontISTR Commons
 * This software is released under the MIT License, see LICENSE.txt
 *****************************************************************************/
 
#ifndef HECMW_VIS_SF_GEOM_H_INCLUDED
#define HECMW_VIS_SF_GEOM_H_INCLUDED
 
/*
#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <string.h>
#include <memory.h>
#include <ctype.h>
#include "hecmw_struct.h"
#include "hecmw_util.h"
#include "hecmw_io.h"
*/
#include "hecmw_vis_psf_rendering.h"
/*
#include "hecmw_vis_comm_util.h"
*/
 
#define MASTER_PE 0
 
#define EPSILON 0.00000001
 
#define TABLE_SIZE 100
 
#define VERTEX_PACK 50
 
#define POLYGON_PACK 100
 
#define VERTEX_KIND 27
 
#define HEX_N_NODE 8
 
#define HEX_N_FACE 6
 
#define HEX_NODE_INDEX 255 /* 2^8 */
 
#define HEX_FACE_INDEX 63 /* 2^6 */
 
#define PRISM_N_NODE 6
 
#define PRISM_N_FACE 5
 
#define PRISM_NODE_INDEX 63 /* 2^6 */
 
#define PRISM_FACE_INDEX 31 /* 2^5 */
 
#define TETRA_N_NODE 4
 
#define TETRA_N_FACE 4
 
#define TETRA_NODE_INDEX 15 /* 2^4 */
 
#define TETRA_FACE_INDEX 15 /* 2^4 */
 
#define MAX_N_NODE 20
 
#define HASH_TABLE_SIZE 10000
 
#define NUM_CONTROL_PSF 73
/*
#define MAX_LINE_LEN   256
#define buffer_size  300
#define UCD_NUM_CELL_TYPES  8
#define UCD_LABEL_LEN       1024
 */
 
typedef struct _psf_link_struct {
  int num_of_psf;
 
  struct surface_module *sf;
 
  Parameter_rendering *sr;
  struct _psf_link_struct *next_psf;
  int stat_para[NUM_CONTROL_PSF];
  int visual_start_step;
  int visual_end_step;
 
  int visual_interval_step;
 
} PSF_link;
 
struct surface_module {
  int surface_style;
  char group_name[128];
  int defined_style;
  char data_comp_name[128];
  int data_comp;
  char data_subcomp_name[128];
  int data_subcomp;
  double iso_value;
  int method;
  double point[3];
  double radius;
  double length[3];
  double coef[10];
  int display_method;
  char color_comp_name[128];
  int color_comp;
  char color_subcomp_name[128];
  int color_subcomp;
  int isoline_number;
  double specified_color;
  int normalize_flag;
  int range_output;
  char range_filename[128];
 
  int deform_display_on;
 
  int disp_comp;
 
  char disp_comp_name[128];
 
  double disp_scale;
  double real_disp_scale;
 
  int initial_style;
 
  int deform_style;
 
  double initial_line_color[3];
 
  double deform_line_color[3];
 
  int output_type;
};
 
typedef struct _surface_module_struct {
  int surface_style;
  char *group_name;
  int defined_style;
  int data_comp;
  int data_subcomp;
  double iso_value;
  int color_comp;
  int color_subcomp;
  int cross_type;
  double cont_equ[10];
  int display_way;
  double rgbrange[3];
  int isonumber;
  double specified_color;
 
  int output_type;
  int opacity_choice;
  double opacity;
 
  int deform_display_on;
 
  int disp_comp;
 
  char disp_comp_name[128];
 
  double disp_scale;
  double real_disp_scale;
  int initial_style;
 
  int deform_style;
 
  double initial_line_color[3];
 
  double deform_line_color[3];
} Surface;
 
typedef struct _result_struct {
  int n_vertex;
  int n_patch;
  double *vertex;
  int *patch;
  double *color;
  double *disp;
} Result;
 
typedef struct _fgeom_struct {
  double x;
  double y;
  double z;
} Fgeom;
 
typedef struct _triangle_struct { int vertex[3]; } Triangle;
 
typedef struct _isoline_struct {
  Fgeom point[2];
  struct _isoline_struct *nextline;
} Isoline;
 
typedef struct _isohead_struct {
  int linenum;
  struct _isoline_struct *nextline;
} Isohead;
 
typedef struct _point_struct {
  int ident;
  double field;
  double cdata;
  double disp[3];
  Fgeom geom;
  int locator;
  int bdflag;
  int info;
  struct _point_struct *nextpoint;
} Point;
 
typedef struct _polygon_struct {
  int type;
  int *plist;
  struct _polygon_struct *nextpolygon;
  int elem_id[2];
  int bdflag;
} Polygon;
/* type: 0 then polygon is owned by alpha isosurface
         1 then polygon is owned by beta isosurface
         2 then polygon is owned by cross section       */
/* *plist = {a,b,c,d,e,....} : a is number of vertex,
                                b,c,d,c,... is array of vertex(left turn) */
/* flag : $B6-3&$NMWAG$+$I$&$+(B */
 
typedef struct _polygon_obj_struct {
  int verts_num;
  double *field;
  double *verts;
  unsigned long *colors;
  int *plist;
} Polygon_obj;
 
typedef struct _CS_polygon_struct {
  Polygon_obj *alpha_obj;
  Polygon_obj *cross_obj;
  double area;
  double volume;
  double integral;
} CS_polygon_obj;
 
typedef struct _cube_polygons_struct {
  int verts_num;
  int verts[VERTEX_KIND]; /* 8 + 12 + 7 */
  int **isosurf;          /* terminator is -1 */
} Cube_polygons;
 
typedef struct _rotation_info_struct {
  unsigned char face[6];
  unsigned char grid_point[8];
  unsigned char edge[12];
  unsigned char inside[7];
} Rotation_info;
 
typedef struct _cell_struct {
  double axis[3 * 8];
  double s_data[8];
  double c_data[8];
  double disp[3 * 8];
  double v_data[3 * 8];
  int elem_id[2];
} Cell;
 
typedef struct _tetra_struct {
  double axis[3 * 4];
  double s_data[4];
  double c_data[4];
  double disp[3 * 4];
  double v_data[3 * 4];
  int elem_id[2];
  int local_vid[4];
} Tetra;
 
typedef struct _prism_struct {
  double axis[3 * 6];
  double s_data[6];
  double c_data[6];
  double disp[3 * 6];
  double v_data[3 * 6];
  int elem_id[2];
  int local_vid[6];
} Prism;
 
/*
typedef struct _overlap_struct {
  int       index;
  int       elem_id[2];
  int       verts_num;
  int       *verts;
  struct _overlap_struct    *next_elem;
} Overlap;
 */
 
typedef struct _vertex_struct {
  int index;
  double x;
  double y;
  double z;
  double color;
  double disp[3];
  struct _vertex_struct *next_verts;
} Vertex;
typedef struct _overlap_struct {
  int index;
  int elem_id[2];
  int verts_num;
  int *verts;
  struct _overlap_struct *next_elem;
} Overlap;
 
/*
typedef struct _elem_no {
  int   peID;
  int   localID;
} Elem_no;
 */
 
typedef struct _hash_table_struct {
  int elemID;
  int faceID;
  struct _hash_table_struct *next_elem;
} Hash_table;
 
typedef struct _boundary_patch_struct {
  int type;
  /* 3== tri  4==quad */
  double vertex[4 * 3];
  double color[4];
  double disp[4 * 3];
  struct _boundary_patch_struct *next_patch;
} Boundary_patch;
 
typedef struct _point_tetra_struct {
  int ident;
  double cdata;
  double disp[3];
  double geom[3];
 
  struct _point_tetra_struct *nextpoint;
} Tetra_point;
 
typedef struct _patch_tetra_struct {
  int patch[3];
  struct _patch_tetra_struct *next_patch;
} Patch_tetra;
 
typedef struct _head_patch_tetra_struct {
  int num_patch;
  Patch_tetra *patch_link;
} Head_patch_tetra;
 
typedef struct _hash_vertex_struct {
  int ident;
  double geom[3];
  struct _hash_vertex_struct *next_vertex;
} Hash_vertex;
 
typedef struct _connect_inf {
  int *index_connect;
  int *connect;
} Connect_inf;
 
#endif /* HECMW_VIS_SF_GEOM_H_INCLUDED */