Searched refs:g_maxpot (Results 1 – 7 of 7) sorted by relevance
/dports/cad/pdnmesh/pdnmesh-0.2.2/src/ |
H A D | surfmesh.c | 148 if ( ABS(g_maxpot)<ABS(g_minpot) ) { in draw_mesh_grid() 151 elevation=ABS(1.1*g_maxpot); in draw_mesh_grid() 161 … i=(int)((Mzz(rec->p0,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*contour_levels); in draw_mesh_grid() 166 … i=(int)((Mzz(rec->p1,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*contour_levels); in draw_mesh_grid() 172 … i=(int)((Mzz(rec->p2,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*contour_levels); in draw_mesh_grid()
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H A D | contour.c | 235 if ( ABS(g_maxpot)<ABS(g_minpot) ) { in plot_contour_in_3d() 238 elevation=potential/ABS(1.1*g_maxpot); in plot_contour_in_3d() 494 double step = (g_maxpot-g_minpot)/(float)contour_levels; /* contour step */ in plot_contour_all() 499 printf("plotting from %lf to %lf at %lf intervals\n",g_maxpot,g_minpot,step); in plot_contour_all() 527 double step = (g_maxpot-g_minpot)/(float)contour_levels; /* contour step */ in plot_contour_all_in_3d() 532 printf("plotting from %lf to %lf at %lf intervals\n",g_maxpot,g_minpot,step); in plot_contour_all_in_3d() 783 double step = (g_maxpot-g_minpot)/(float)contour_levels; /* contour step */ in print_contour_all() 800 …AGE" "VERSION" contour levels: %d, min= "MDF", max= "MDF"\n", contour_levels, g_minpot, g_maxpot); in print_contour_all() 915 …AGE" "VERSION" contour levels: %d, min= "MDF", max= "MDF"\n", contour_levels, g_minpot, g_maxpot); in print_mesh_eps() 1432 g_snprintf(buf,128,"%4.2f",(float)i*(g_maxpot-g_minpot)/(float)contour_levels+g_minpot); in motion_notify_event() [all …]
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H A D | sparse_solve.c | 458 g_maxpot = -1000; in re_number_and_solve_poisson_sparse() 462 if ( phi[i] > g_maxpot ) in re_number_and_solve_poisson_sparse() 463 g_maxpot = phi[i]; in re_number_and_solve_poisson_sparse()
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H A D | solve.c | 32 MY_DOUBLE g_maxpot,g_minpot; variable 1184 g_maxpot = -1000; in re_number_and_solve_poisson() 1188 if ( phi[i] > g_maxpot ) in re_number_and_solve_poisson() 1189 g_maxpot = phi[i]; in re_number_and_solve_poisson() 1401 g_maxpot = -1.0; in re_number_and_solve_helmholtz() 1640 g_maxpot = -1.0; in re_number_and_solve_helmholtz_sparse() 1670 if ( v[i][k]> g_maxpot ) g_maxpot=v[i][k]; in re_number_and_solve_helmholtz_sparse()
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H A D | types.h | 726 extern MY_DOUBLE g_maxpot,g_minpot;
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H A D | graphics.c | 233 …get_colour(&r,&g,&b,(int)((Mzz(rec->p0,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*(… in global_render() 236 …get_colour(&r,&g,&b,(int)((Mzz(rec->p1,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*(… in global_render() 239 …get_colour(&r,&g,&b,(int)((Mzz(rec->p2,current_plotting_contour,M)-g_minpot)/(g_maxpot-g_minpot)*(… in global_render()
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H A D | wave.c | 1347 g_maxpot = 1.0; in buildup_hash_table_and_equation() 1353 printf("potentials max=%lf min=%lf\n",g_maxpot,g_minpot); in buildup_hash_table_and_equation()
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