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GRASS GIS 7 Programmer's Manual
7.9.dev(2021)-e5379bbd7
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Go to the source code of this file.
Macros | |
| #define | VXRES(gs) (gs->x_mod * gs->xres) |
| #define | VYRES(gs) (gs->y_mod * gs->yres) |
| #define | VROWS(gs) (int)((gs->rows -1)/gs->y_mod) |
| #define | VCOLS(gs) (int)((gs->cols -1)/gs->x_mod) |
| #define | DRC2OFF(gs, drow, dcol) (int)((dcol) + (drow) * gs->cols) |
| #define | Y2DROW(gs, py) (int)((gs->yrange - (py))/gs->yres) |
| #define | X2DCOL(gs, px) (int)((px)/gs->xres) |
| #define | XY2OFF(gs, px, py) (int)DRC2OFF(gs, Y2DROW(gs,py), X2DCOL(gs,px)) |
| #define | Y2VROW(gs, py) (int)((gs->yrange - (py))/(gs->yres * gs->y_mod)) |
| #define | X2VCOL(gs, px) (int)((px)/(gs->xres * gs->x_mod)) |
| #define | VROW2DROW(gs, vrow) (int)(gs->y_mod * (vrow)) |
| #define | VCOL2DCOL(gs, vcol) (int)(gs->x_mod * (vcol)) |
| #define | DROW2Y(gs, drow) (gs->yrange - ((drow) * gs->yres)) |
| #define | DCOL2X(gs, dcol) ((dcol) * gs->xres) |
| #define | VROW2Y(gs, vrow) (gs->yrange - ((vrow) * gs->yres * gs->y_mod)) |
| #define | VCOL2X(gs, vcol) ((vcol) * gs->xres * gs->x_mod) |
| #define DRC2OFF | ( | gs, | |
| drow, | |||
| dcol | |||
| ) | (int)((dcol) + (drow) * gs->cols) |
Definition at line 17 of file rowcol.h.
Referenced by calc_norm(), GS_get_cat_at_xy(), GS_get_norm_at_xy(), GS_get_val_at_xy(), and viewcell_tri_interp().
| #define DROW2Y | ( | gs, | |
| drow | |||
| ) | (gs->yrange - ((drow) * gs->yres)) |
| #define VCOL2DCOL | ( | gs, | |
| vcol | |||
| ) | (int)(gs->x_mod * (vcol)) |
Definition at line 32 of file rowcol.h.
Referenced by GS_get_cat_at_xy(), GS_get_norm_at_xy(), GS_get_val_at_xy(), gs_point_is_masked(), and viewcell_tri_interp().
| #define VCOL2X | ( | gs, | |
| vcol | |||
| ) | ((vcol) * gs->xres * gs->x_mod) |
Definition at line 40 of file rowcol.h.
Referenced by get_vert_intersects(), gs_point_is_masked(), in_vregion(), seg_intersect_vregion(), and viewcell_tri_interp().
| #define VCOLS | ( | gs | ) | (int)((gs->cols -1)/gs->x_mod) |
Definition at line 14 of file rowcol.h.
Referenced by get_horz_intersects(), get_vert_intersects(), gs_calc_normals(), gs_point_is_masked(), gsd_display_fringe(), gsd_fringe_horiz_line(), gsd_fringe_horiz_line2(), gsd_fringe_horiz_poly(), in_vregion(), seg_intersect_vregion(), and viewcell_tri_interp().
| #define VROW2DROW | ( | gs, | |
| vrow | |||
| ) | (int)(gs->y_mod * (vrow)) |
Definition at line 31 of file rowcol.h.
Referenced by GS_get_cat_at_xy(), GS_get_norm_at_xy(), GS_get_val_at_xy(), gs_point_is_masked(), and viewcell_tri_interp().
| #define VROW2Y | ( | gs, | |
| vrow | |||
| ) | (gs->yrange - ((vrow) * gs->yres * gs->y_mod)) |
Definition at line 39 of file rowcol.h.
Referenced by get_horz_intersects(), gs_point_is_masked(), in_vregion(), seg_intersect_vregion(), and viewcell_tri_interp().
| #define VROWS | ( | gs | ) | (int)((gs->rows -1)/gs->y_mod) |
Definition at line 13 of file rowcol.h.
Referenced by get_horz_intersects(), get_vert_intersects(), gs_calc_normals(), gs_point_is_masked(), gsd_display_fringe(), gsd_fringe_vert_line(), gsd_fringe_vert_poly(), in_vregion(), seg_intersect_vregion(), and viewcell_tri_interp().
| #define VXRES | ( | gs | ) | (gs->x_mod * gs->xres) |
Definition at line 9 of file rowcol.h.
Referenced by get_horz_intersects(), get_vert_intersects(), gs_point_is_masked(), and viewcell_tri_interp().
| #define VYRES | ( | gs | ) | (gs->y_mod * gs->yres) |
Definition at line 10 of file rowcol.h.
Referenced by get_horz_intersects(), get_vert_intersects(), gs_point_is_masked(), and viewcell_tri_interp().
| #define X2VCOL | ( | gs, | |
| px | |||
| ) | (int)((px)/(gs->xres * gs->x_mod)) |
Definition at line 28 of file rowcol.h.
Referenced by get_vert_intersects(), GS_get_cat_at_xy(), GS_get_norm_at_xy(), GS_get_val_at_xy(), gs_point_is_masked(), and viewcell_tri_interp().
| #define Y2DROW | ( | gs, | |
| py | |||
| ) | (int)((gs->yrange - (py))/gs->yres) |
| #define Y2VROW | ( | gs, | |
| py | |||
| ) | (int)((gs->yrange - (py))/(gs->yres * gs->y_mod)) |
Definition at line 27 of file rowcol.h.
Referenced by get_horz_intersects(), GS_get_cat_at_xy(), GS_get_norm_at_xy(), GS_get_val_at_xy(), gs_point_is_masked(), and viewcell_tri_interp().