#include #include /* mode=0-3: テキスト・グラフィック画面消去 mode=4 : テキスト画面消去 mode=5 : グラフィック画面消去 */ void cls(int mode) { if ((0 <= mode) && (mode <= 3)) printf("\x16"); if (mode == 4) printf("\x1b[2J"); if (mode == 5) printf("\x15"); } /* cn: 桁数 ln:行数 */ void width(int cn, int ln) { char *ps; if ((cn == 40) && (ln == 25)) ps = "0"; else if ((cn == 40) && (ln == 20)) ps = "1"; else if ((cn == 80) && (ln == 25)) ps = "2"; else if ((cn == 80) && (ln == 20)) ps = "3"; else return; printf("\x1b[=%sh", ps); } /* x, y: 表示位置 sw: カーソルON,OFF 0=OFF,1=ON, 2=NOP */ void locate(int x, int y, int sw) { printf("\x1b="); putchar(y+' '); putchar(x+' '); if (sw == 0) sw = 1; else if(sw == 1) sw = 0; else return; printf("\x1b["); putchar(sw+'0'); printf("v"); } void cuon() { printf("\x1b[0v"); } void cuoff() { printf("\x1b[1v"); } /* cl: カラー bc: バックカラー */ void color(int cl, int bc) { if ((cl < 0) || (7< cl)) return; if ((bc < 0) || (7< bc)) return; if (cl == 1) cl = 4; else if (cl == 2) cl = 1; else if (cl == 3) cl = 5; else if (cl == 4) cl = 2; else if (cl == 5) cl = 6; else if (cl == 6) cl = 3; if (bc == 1) bc = 4; else if (bc == 2) bc = 1; else if (bc == 3) bc = 5; else if (bc == 4) bc = 2; else if (bc == 5) bc = 6; else if (bc == 6) bc = 3; printf("\x1b[3"); putchar(cl+'0'); printf(";4"); putchar(bc+'0'); printf("m"); } void vattr(unsigned int attr) { if (attr > 8) attr = 8; printf("\x01b["); putchar(attr+'0'); putchar('m'); } GraphData GDS_data; /* グラフィック処理 初期設定 */ void gopen() { unsigned worksize=2048, size=500, pattern=0xffff; char style=10; unsigned char mode=1; int ret; if ((GDS_open(worksize) < 0) || (GDS_initData(&GDS_data, size) < 0)) { printf("メモリー不足\n"); } /* GDS_reset(); */ ret = GDS_linePattern(&GDS_data, style, pattern); ret = GDS_lineStyle(&GDS_data, style); ret = GDS_textMode(&GDS_data, mode); /* 文字 */ } /* グラフィック処理 再度初期設定 */ void greset() { unsigned size=500, pattern=0xffff; char style=10; unsigned char mode=1; int ret; GDS_reset(); ret = GDS_linePattern(&GDS_data, style, pattern); ret = GDS_lineStyle(&GDS_data, style); ret = GDS_textMode(&GDS_data, mode); /* 文字 */ } /* グラフィック処理 終了 */ void gclose() { int ret; ret = GDS_close(); } /* グラフィック出力 */ void gout() { unsigned n, offset; int ret; ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); } void drmode(unsigned mode) { int ret; ret = GDS_drawMode(&GDS_data, mode); } void pset(int x, int y, unsigned cl, unsigned mode) { unsigned n, offset; int ret; ret = GDS_pointColor(&GDS_data, cl); ret = GDS_pointFirst(&GDS_data, x, y); ret = GDS_drawMode(&GDS_data, mode); ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); } /* bf = 0:direct, 1:box, 2:box and paint, 3:box and tile, 4:box and hatch */ void line(int x1, int y1, int x2, int y2, unsigned mode, unsigned cl, unsigned bf, unsigned ls) { char style=10; unsigned int style2=0; unsigned n, offset; int ret; ret = GDS_drawMode(&GDS_data, mode); ret = GDS_linePattern(&GDS_data, style, ls); ret = GDS_lineColor(&GDS_data, cl); if (bf == 0) { ret = GDS_chainFirst(&GDS_data, x1, y1, x2, y2); } else if (bf > 0) { style2=bf - 1; ret = GDS_fillStyle(&GDS_data, style2); ret = GDS_borderColor(&GDS_data, cl); ret = GDS_borderStyle(&GDS_data, style); ret = GDS_fillColor(&GDS_data, cl); ret = GDS_box(&GDS_data, x1, y1, x2, y2); } ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); } /* paint x, y : ペイント開始点 style : 面塗りモード 0 : 塗らない 1 : 塗りつぶし 2 : タイル塗り 3 : ハッチング塗り pcl : 面塗り(塗りつぶし/ハッチング)の色識別番号を指定します｡ bcn : 境界色数 *bcl : 境界色を格納する配列 */ void paint(int x, int y, unsigned style, unsigned pcl, unsigned bcn, unsigned *bcl) { unsigned n, offset; int ret; if (style == 0) return; ret = GDS_fillColor(&GDS_data, pcl); ret = GDS_fillStyle(&GDS_data, style); ret = GDS_paint(&GDS_data, x, y, bcn, bcl); ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); } void hatch(unsigned style) { int ret; ret = GDS_hatchStyle(&GDS_data, style); } void tile(unsigned style) { int ret; ret = GDS_tileStyle(&GDS_data, style); } /* symbol x , y : 位置 *str : 文字列 wm : 横倍率 hm : 縦倍率 （８ドット） cl : パレットコード ac : 角度コード mode : 機能 */ void symbol(int x, int y, char *str, int wm, int hm, unsigned cl, unsigned ac, unsigned mode) { int hx, hy, wx, wy, hi; unsigned n, offset; int ret; wm *= 2; hi = hm * 8; ret = GDS_drawMode(&GDS_data, mode); ret = GDS_textColor(&GDS_data, cl); ret = GDS_characterWidth(&GDS_data, wm, hm); ret = GDS_characterHeight(&GDS_data, hi); if (ac == 0) { hx = 0; hy = -1; wx = 1; wy = 0; y += hi; } else if (ac == 1) { hx = -1; hy = 0; wx = 0; wy = -1; x += hi; } else if (ac == 2) { hx = 0; hy = 1; wx = -1; wy = 0; y -= hi; } else if (ac == 3) { hx = 1; hy = 0; wx = 0; wy = 1; x -= hi; } else return; ret = GDS_characterVector(&GDS_data, hx, hy, wx, wy); ret = GDS_textPoint(&GDS_data, x, y); ret = GDS_text(&GDS_data, str, strlen(str)); ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); } /* symbol_ x , y : 位置 *str : 文字列 wm : 横倍率 hm : 縦倍率 （１６ドット） cl : パレットコード ac : 角度コード mode : 機能 */ void symbol_(int x, int y, char *str, int wm, int hm, unsigned cl, unsigned ac, unsigned mode) { int hx, hy, wx, wy, hi; unsigned n, offset; int ret; /* wm *= 2; */ hi = hm * 16; ret = GDS_drawMode(&GDS_data, mode); ret = GDS_textColor(&GDS_data, cl); ret = GDS_characterWidth(&GDS_data, wm, hm); ret = GDS_characterHeight(&GDS_data, hi); if (ac == 0) { hx = 0; hy = -1; wx = 1; wy = 0; y += hi; } else if (ac == 1) { hx = -1; hy = 0; wx = 0; wy = -1; x += hi; } else if (ac == 2) { hx = 0; hy = 1; wx = -1; wy = 0; y -= hi; } else if (ac == 3) { hx = 1; hy = 0; wx = 0; wy = 1; x -= hi; } else return; ret = GDS_characterVector(&GDS_data, hx, hy, wx, wy); ret = GDS_textPoint(&GDS_data, x, y); ret = GDS_text(&GDS_data, str, strlen(str)); ret = GDS_outputGraph(&GDS_data, &n, &offset); ret = GDS_resetData(&GDS_data); }