/* 01234567890123456789012345678901234567890123456789012345678901234567890123456789--------------------------------------------------------------------------------| xxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxx||xxxxxxxxxxxxxx||xxxxxxxxxxxxxx||xxxxxxxxxxxxxx||xxxxxxxxxxxxxx| 条件くりあっ☆ 見たいなぁ○ 印刷しませう(^_^) こぴっちゃお(^_^; またねっ♪ もどろ〜ねっ☆ --------------------------------------------------------------------------------| お好みのメニュ−をどうぞ | なにがいい？ |xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxx|--------------------------------------------------------------------------------| 作 品 名 || 作 者 名 ||ＴＭＢＤ|--------------------------------------------------------------------------------|xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||☆☆☆☆||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||☆☆☆☆| 0 1 2 3 4 5 6 7 01234567890123456789012345678901234567890123456789012345678901234567890123456789| 作 品 名 || 作 者 名 | 　 た・い・と・る つくったひと☆ --------------------------------------------------------------------------------|xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx||xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx|--------------------------------------------------------------------------------| 0123 プログラムがあるよ | 前 項 | | 次 項 | 作品あるよっ♪ まえ うしろ -------------------------------------------------------------------------------- *********************/ #include #include #include #include #include "keyword.h" #include "graphic.h" #include "scrn.h" #include "coldef.h" #include "bitmap.h" #define MSG_X (38*8) #define MSG_Y 4 #define MSG_X1 (MSG_X-4) #define MSG_Y1 (MSG_Y-2) #define MSG_X2 (MSG_X+41*8+3) #define MSG_Y2 (MSG_Y+17) #define CLER_X (1*8) #define CLER_Y 26 #define CLER_X1 (CLER_X-4) #define CLER_Y1 (CLER_Y-2) #define CLER_X2 (CLER_X+14*8+3) #define CLER_Y2 (CLER_Y+17) #define LIST_X (17*8) #define LIST_Y 26 #define LIST_X1 (LIST_X-4) #define LIST_Y1 (LIST_Y-2) #define LIST_X2 (LIST_X+14*8+3) #define LIST_Y2 (LIST_Y+17) #define PRNT_X (33*8) #define PRNT_Y 26 #define PRNT_X1 (PRNT_X-4) #define PRNT_Y1 (PRNT_Y-2) #define PRNT_X2 (PRNT_X+14*8+3) #define PRNT_Y2 (PRNT_Y+17) #define INST_X (49*8) #define INST_Y 26 #define INST_X1 (INST_X-4) #define INST_Y1 (INST_Y-2) #define INST_X2 (INST_X+14*8+3) #define INST_Y2 (INST_Y+17) #define EXIT_X (65*8) #define EXIT_Y 26 #define EXIT_X1 (EXIT_X-4) #define EXIT_Y1 (EXIT_Y-2) #define EXIT_X2 (EXIT_X+14*8+3) #define EXIT_Y2 (EXIT_Y+17) #define KEY_X 8 #define KEY_Y 69 #define KEY_L (18*8) #define KEY_S (20*8) #define KEY_POS_X(n) ((n%4)*KEY_S+KEY_X) #define KEY_POS_Y(n) ((n/4)*23+KEY_Y) #define PRG_NAME_X 8 #define PRG_MAKE_X (47*8) #define PRG_BITS_X (71*8) #define PRG_NAME_L (44*8+6) #define PRG_MAKE_L (31*8+6) #define PRG_BITS_L (8*8) #define PRG_Y 252 #define PRG_POS_Y(n) ((n)*23+PRG_Y) #define MSG2_X (1*8) #define MSG2_Y 460 #define BACK_X (29*8) #define BACK_Y 460 #define BACK_X1 (BACK_X-4) #define BACK_Y1 (BACK_Y-2) #define BACK_X2 (BACK_X+8*8+3) #define BACK_Y2 (BACK_Y+17) #define NEXT_X (39*8) #define NEXT_Y 460 #define NEXT_X1 (NEXT_X-4) #define NEXT_Y1 (NEXT_Y-2) #define NEXT_X2 (NEXT_X+8*8+3) #define NEXT_Y2 (NEXT_Y+17) #define TITL_X1 (18 * 8) #define TITL_Y1 232 #define TITL_X2 (TITL_X1 + 8 * 8) #define TITL_Y2 (TITL_Y1 + 15) #define WRIT_X1 (59 * 8) #define WRIT_Y1 232 #define WRIT_X2 (WRIT_X1 + 8 * 8) #define WRIT_Y2 (WRIT_Y1 + 15) static int sw_flg[16]; static char *sw_img[16]; int MOS_stei(int x1, int y1, int x2, int y2, int rp) { int stat=0; int cl, sw, x, y; int tk; for ( ; ; ) { MOS_rdpos(&sw,&x,&y); if ( x >= x1 && x <= x2 && y >= y1 && y <= y2 ) cl = 1; else cl = 0; switch(stat) { case 0: if ( cl == 0 || sw == 0 ) return 0; MOS_disp(OFF); DSP_box(x1,y1,x2,y2,8,M_XOR); MOS_disp(ON); stat = 1; tk = tick_timer + 50; break; case 1: if ( sw == 0 || cl == 0 ) { MOS_disp(OFF); DSP_box(x1,y1,x2,y2,8,M_XOR); MOS_disp(ON); if ( sw == 0 && cl != 0 ) return 1; else return 0; } else if ( rp != 0 && tk <= tick_timer && sw != 0 && cl != 0 ) { MOS_disp(OFF); DSP_box(x1,y1,x2,y2,8,M_XOR); MOS_disp(ON); return 1; } break; } } } int MENU_no(int rc) { int i,sw,x,y; static struct { int x1,y1,x2,y2; int no; int *sw; int rp; } event_tbl[]={ { CLER_X1,CLER_Y1,CLER_X2,CLER_Y2,CLER_NO,&sw_flg[0],0 }, { LIST_X1,LIST_Y1,LIST_X2,LIST_Y2,LIST_NO,&sw_flg[1],0 }, { PRNT_X1,PRNT_Y1,PRNT_X2,PRNT_Y2,PRNT_NO,&sw_flg[2],0 }, { INST_X1,INST_Y1,INST_X2,INST_Y2,INST_NO,&sw_flg[3],0 }, { EXIT_X1,EXIT_Y1,EXIT_X2,EXIT_Y2,EXIT_NO,&sw_flg[4],0 }, { BACK_X1,BACK_Y1,BACK_X2,BACK_Y2,BACK_NO,&sw_flg[5],1 }, { NEXT_X1,NEXT_Y1,NEXT_X2,NEXT_Y2,NEXT_NO,&sw_flg[6],1 }, { 0,0,0,0,NON_NO } }; MOS_rdpos(&sw,&x,&y); if ( sw == 0 ) return NON_NO; for ( i = 0 ; event_tbl[i].no != NON_NO ; i++ ) { if ( *event_tbl[i].sw != 0 && MOS_stei(event_tbl[i].x1,event_tbl[i].y1, event_tbl[i].x2,event_tbl[i].y2, event_tbl[i].rp) != 0 ) return event_tbl[i].no; } if ( rc == 0 ) return NON_NO; if ( MOS_stei(TITL_X1, TITL_Y1, TITL_X2, TITL_Y2, 0) != 0 ) return TITL_NO; if ( MOS_stei(WRIT_X1, WRIT_Y1, WRIT_X2, WRIT_Y2, 0) != 0 ) return WRIT_NO; for ( i = 0 ; i < 28 ; i++ ) { if ( MOS_stei(KEY_POS_X(i) - 4, KEY_POS_Y(i) - 2, KEY_POS_X(i) + KEY_L + 3, KEY_POS_Y(i) + 17, 0) != 0 ) /******************************************* if ( x >= (KEY_POS_X(i)-4) && y >= (KEY_POS_Y(i)-2) && x <= (KEY_POS_X(i)+KEY_L+3) && y <= (KEY_POS_Y(i)+17) ) ********************************************/ return (KEY_NO + i); } for ( i = 0 ; i < 9 ; i++ ) { if ( prg_tbl[i] != NULL && ( MOS_stei(PRG_NAME_X-4,PRG_POS_Y(i)-2, PRG_NAME_X+PRG_NAME_L+3,PRG_POS_Y(i)+17,0) != 0 || MOS_stei(PRG_MAKE_X-4,PRG_POS_Y(i)-2, PRG_MAKE_X+PRG_MAKE_L+3,PRG_POS_Y(i)+17,0) != 0 ) ) /********************************************************************** MOS_stei(PRG_BITS_X-4,PRG_POS_Y(i)-2, PRG_BITS_X+PRG_BITS_L+3,PRG_POS_Y(i)+17,0) != 0 ) ) ***********************************************************************/ return (PRG_NO+i); } return NON_NO; } void KEY_disp(int no) { MOS_disp(OFF); DSP_box(KEY_POS_X(no)-4,KEY_POS_Y(no)-2, KEY_POS_X(no)+KEY_L+3,KEY_POS_Y(no)+17, 8,M_XOR); MOS_disp(ON); } void KEY_putstr(int no,char *key) { MOS_disp(OFF); gprintf(KEY_POS_X(no),KEY_POS_Y(no),CHR_COL,KEY_COL,"%-18.18s",key); MOS_disp(ON); } void PRG_disp(int no,char *prog,char *make,int bits) { MOS_disp(OFF); gprintf(PRG_NAME_X,PRG_POS_Y(no),CHR_COL,PRG_COL,"%-44.44s",prog); gprintf(PRG_MAKE_X,PRG_POS_Y(no),CHR_COL,PRG_COL,"%-31.31s",make); /***************************************************************** gprintf(PRG_BITS_X,PRG_POS_Y(no),ACT_COL,PRG_COL,"%s%s%s%s", (bits & 1) ? "☆":" ", (bits & 2) ? "☆":" ", (bits & 4) ? "☆":" ", (bits & 8) ? "☆":" "); ********************************************************************/ MOS_disp(ON); } void MSG_disp(char *form,...) { va_list arg; char tmp[256]; va_start(arg,form); vsprintf((char *)tmp,form,arg); MOS_disp(OFF); gputs(MSG_X,MSG_Y,CHR_COL,MENU_COL,tmp); MOS_disp(ON); va_end(arg); } void MSG2_disp(char *form,...) { va_list arg; char tmp[256]; va_start(arg,form); vsprintf((char *)tmp,form,arg); MOS_disp(OFF); gputs(MSG2_X,MSG2_Y,CHR_COL,PRG_COL,tmp); MOS_disp(ON); va_end(arg); } /*********************************************** void MENU_mask(int no,int sw) { static struct { int x,y; int back; char *str; int *sw; } menu_tbl[]={ { CLER_X,CLER_Y,MENU_COL," CANCEL ",&sw_flg[0] }, { LIST_X,LIST_Y,MENU_COL," LOOK ",&sw_flg[1] }, { PRNT_X,PRNT_Y,MENU_COL," PRINT ",&sw_flg[2] }, { INST_X,INST_Y,MENU_COL," INSTALL ",&sw_flg[3] }, { EXIT_X,EXIT_Y,MENU_COL," EXIT ",&sw_flg[4] }, { BACK_X,BACK_Y,PRG_COL, " BACK " ,&sw_flg[5] }, { NEXT_X,NEXT_Y,PRG_COL, " NEXT " ,&sw_flg[6] }, { CLER_X,CLER_Y,MENU_COL," CANCEL ",&sw_flg[0] }, { LIST_X,LIST_Y,MENU_COL," LOOK ",&sw_flg[1] }, }; MOS_disp(OFF); gputs(menu_tbl[no].x,menu_tbl[no].y, sw == ON ? CHR_COL:XCHR_COL, menu_tbl[no].back, menu_tbl[no].str); MOS_disp(ON); *menu_tbl[no].sw = sw; } *********************************************************/ void MENU_mask(int no,int sw) { static struct { int x,y; int back; char *str; int sw; } menu_tbl[]={ { CLER_X+28,CLER_Y+3,MENU_COL,cancel_img, 0 }, { LIST_X+36,LIST_Y+3,MENU_COL,look_img, 1 }, { PRNT_X+34,PRNT_Y+3,MENU_COL,print_img, 2 }, { INST_X+28,INST_Y+3,MENU_COL,install_img,3 }, { EXIT_X+38,EXIT_Y+3,MENU_COL,exit_img, 4 }, { BACK_X+14,BACK_Y+3,PRG_COL, back_img, 5 }, { NEXT_X+14,NEXT_Y+3,PRG_COL, next_img, 6 }, { CLER_X+28,CLER_Y+3,MENU_COL,cancel_img, 0 }, { LIST_X+36,LIST_Y+3,MENU_COL,look_img, 1 }, { EXIT_X+38,EXIT_Y+3,MENU_COL,exec_img, 4 }, }; MOS_disp(OFF); if ( sw_img[menu_tbl[no].sw] != NULL && sw_img[menu_tbl[no].sw] != menu_tbl[no].str ) DSP_strcls(sw_img[menu_tbl[no].sw], menu_tbl[no].x,menu_tbl[no].y, menu_tbl[no].back, M_PSET); DSP_strimg(menu_tbl[no].str, menu_tbl[no].x,menu_tbl[no].y, (sw == ON ? XCHR_COL:CHR_COL), menu_tbl[no].back, M_PSET); MOS_disp(ON); sw_flg[menu_tbl[no].sw] = sw; sw_img[menu_tbl[no].sw] = menu_tbl[no].str; } void SCRN_init(void) { int i; MOS_disp(OFF); DSP_rbox(0,0,639,47,LINE_COL,MENU_COL,M_PSET); /* Main Menu Back */ DSP_rbox(0,47,639,230,LINE_COL,KEY_COL,M_PSET); /* KeyWord Menu Back */ DSP_rbox(0,230,639,479,LINE_COL,PRG_COL,M_PSET); /* Prog Menu Back */ DSP_wbox(CLER_X1,CLER_Y1,CLER_X2,CLER_Y2,LINE_COL,MENU_COL,M_PSET); DSP_wbox(LIST_X1,LIST_Y1,LIST_X2,LIST_Y2,LINE_COL,MENU_COL,M_PSET); DSP_wbox(PRNT_X1,PRNT_Y1,PRNT_X2,PRNT_Y2,LINE_COL,MENU_COL,M_PSET); DSP_wbox(INST_X1,INST_Y1,INST_X2,INST_Y2,LINE_COL,MENU_COL,M_PSET); DSP_wbox(EXIT_X1,EXIT_Y1,EXIT_X2,EXIT_Y2,LINE_COL,MENU_COL,M_PSET); DSP_wbox(BACK_X1,BACK_Y1,BACK_X2,BACK_Y2,LINE_COL,PRG_COL,M_PSET); DSP_wbox(NEXT_X1,NEXT_Y1,NEXT_X2,NEXT_Y2,LINE_COL,PRG_COL,M_PSET); for ( i = 0 ; i < 28 ; i++ ) { DSP_wbox(KEY_POS_X(i)-4,KEY_POS_Y(i)-2, KEY_POS_X(i)+KEY_L+3,KEY_POS_Y(i)+17, LINE_COL,KEY_COL,M_PSET); } for ( i = 0 ; i < 9 ; i++ ) { DSP_wbox(PRG_NAME_X-4,PRG_POS_Y(i)-2, PRG_NAME_X+PRG_NAME_L+3,PRG_POS_Y(i)+17, LINE_COL,PRG_COL,M_PSET); DSP_wbox(PRG_MAKE_X-4,PRG_POS_Y(i)-2, PRG_MAKE_X+PRG_MAKE_L+3,PRG_POS_Y(i)+17, LINE_COL,PRG_COL,M_PSET); /********************************************************** DSP_wbox(PRG_BITS_X-4,PRG_POS_Y(i)-2, PRG_BITS_X+PRG_BITS_L+3,PRG_POS_Y(i)+17, LINE_COL,PRG_COL,M_PSET); ***********************************************************/ } /******** DSP_msg("Free Software Collection Helper", 8,4,5,ERR_COL,MENU_COL,M_PSET); gputs((35*8),50,CHR_COL,KEY_COL,"MEMU SELECT"); gputs((16*8),232,CHR_COL,PRG_COL,"TITLE"); gputs((57*8),232,CHR_COL,PRG_COL,"WRITER"); *********/ DSP_strimg(helper_img, 8, 6, ERR_COL, MENU_COL, M_PSET); DSP_strimg(menu_img, 35 * 8, 53, CHR_COL, KEY_COL, M_PSET); DSP_strimg(title_img, 20 * 8, 235, CHR_COL, PRG_COL, M_PSET); DSP_strimg(writer_img, 60 * 8, 235, CHR_COL, PRG_COL, M_PSET); /****************************************** gputs((71*8),242,XPRG_COL,PRG_COL,"ＴＭＢＤ"); *******************************************/ MOS_disp(ON); MENU_mask(CLER_NO,OFF); MENU_mask(LIST_NO,OFF); MENU_mask(PRNT_NO,OFF); MENU_mask(INST_NO,OFF); MENU_mask(EXIT_NO,OFF); MENU_mask(BACK_NO,OFF); MENU_mask(NEXT_NO,OFF); }