LP_levelp: mcall 40,100111b inc [drag_flag] lodsb lodsw mov byte[fx],al mov byte[fy],ah and dword[player],0 and dword[finish],0 call get_xy_sf.count call erase_field ; mov [levptr],esi .bit2: mov edx,8/2 mov edi,field lodsb mov ecx,[cell_count] .lp: mov bl,al rol al,2 and bl,11000000b mov [edi],bl inc edi dec edx test edx,edx jnz .nxt mov edx,8/2 lodsb .nxt: loop .lp ret LP_key: cmp eax,0 jl LP_mouse cmp eax,8 jne .nobsp cmp [stepptr],0 jne .no1st mov [jump],run.game ret .no1st: mov [win_flag],0 sub [cur_step],2 mov esi,[cur_step] mov edi,[finish] mov eax,3 movzx ebx,byte[esi] sub eax,ebx movzx ecx,byte[esi+1] .lp0: and byte[field+edi],0 add edi,[dirs+eax*4] loop .lp0 mov [finish],edi dec [stepptr] ret .nobsp: cmp eax,176 jb .ex cmp eax,179 ja .ex sub eax,176 .ex: ret LP_drawm: and [pause_time],0 mov ecx,[cell_count] .lp: push ecx mov bl,byte[field+ecx-1] push ebx lea eax,[ecx-1] mov ecx,eax call get_xy mov al,bl and al,0xf test bl,11000000b jnz .noempty mov esi,LP_aw mov ecx,11 call LP_draw_alert jmp .no .noempty: mov edx,0 test bl,10000000b je .stable mov edx,0xffffff mov esi,LP_aw mov ecx,7 jmp .d13 .stable: mov esi,LP_em mov ecx,9 .d13: call LP_draw_alert mcall 13,[lx],[ly] .no: mov esi,[esp+4] dec esi mov edi,esi mov edx,0x0000FF ; ecx - cell # test byte[esp],10b je .no_dn add edi,[dirs+4*1] call getline .no_dn: test byte[esp],1000b je .no_right mov edi,esi add edi,[dirs+4*3] call getline .no_right: pop ebx pop ecx .valid: loop .lp2 jmp .exlp .lp2: jmp .lp .exlp: mov esi,[player] mov edi,[finish] cmp esi,edi je .ex mov edx,0x7777FF call getline .ex: cmp [pause_time],0 jne .ex2 xor ecx,ecx xor ebx,ebx mov edx,5 ; eax - cur cell content, ebx - cell #, ecx - cell counter, edx - dir .chwin: movzx eax,byte[field+ebx] and eax,0xf btr eax,edx bsf edx,eax je .ex3 inc ecx add ebx,[dirs+edx*4] jz .ex3 xor edx,11b jmp .chwin .ex3: cmp ecx,[cell_count] jne .ex2 mov [win_flag],1 .ex2: ret LP_mouse: cmp [win_flag],1 je .ex mov [jump],still mov edx,eax call get_last_mclick cmp edx,-2 jne .no1st test eax,eax jnz .noempty mov eax,[player] mov ebx,[finish] call get_offset mov ecx,eax mov edx,0x101 shl dl,cl xor ecx,11b shl dh,cl mov ecx,ebx jecxz LP_drawm.ex2 mov esi,[player] .lp: xor [field+esi],dl add esi,[dirs+eax*4] xor [field+esi],dh loop .lp xor ebx,ebx .noempty: mov [player],ebx jmp .exx .no1st: test eax,eax jz .ex mov eax,[player] push ebx call get_offset pop ebx cmp eax,-1 je .ex .exx: mov [finish],ebx mov [jump],drw ; ud2 .ex: ret LP_aw db 1001b,0110b LP_em db 0000b,0001b,0010b,0100b,1000b LP_ab db 0011b,0101b,1100b,1010b,1001b,0110b LP_draw_alert: ; al-cell, esi - ptr,ecx - len .lp: cmp al,[esi] je .ex inc esi loop .lp pusha mov ebx,[lx] mov ecx,[ly] add ebx,4-2 shl 16 add ecx,4-2 shl 16 mcall 13,,,0xFFAAAA mov [pause_time],eax popa .ex: ret LP_level: file 'loops.bin' if lang eq ru_RU LP_help mstr \ 'Через все клетки прямоугольника необходимо',\ 'провести замкнутую ломаную. Проходя через черный',\ 'кружок, ломаная обязана повернуть, а проходя',\ 'через белый кружок, ломаная поворачивать не',\ 'может. В пустых же клетках ломаная ведет себя как',\ 'захочет.','',\ 'http://puzzleprograms.narod.ru' else LP_help mstr \ 'You have to draw closed line over every grid',\ 'cell. On black square line must turn, and it must',\ 'go straight when over white square. The line may',\ 'behave anyhow elsewhere.','',\ 'http://puzzleprograms.narod.ru' end if