📄 洗衣机.lis
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.module _洗衣机.c
.area text(rom, con, rel)
0000 .dbfile F:\AVR洗衣机\洗衣机主机\洗衣机.c
.area data(ram, con, rel)
0000 .dbfile F:\AVR洗衣机\洗衣机主机\洗衣机.c
0000 _wat_lv::
0000 .blkb 1
.area idata
0000 02 .byte 2
.area data(ram, con, rel)
0001 .dbfile F:\AVR洗衣机\洗衣机主机\洗衣机.c
0001 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0001 .dbsym e wat_lv _wat_lv c
0001 _cycle::
0001 .blkb 1
.area idata
0001 03 .byte 3
.area data(ram, con, rel)
0002 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0002 .dbsym e cycle _cycle c
0002 _replay::
0002 .blkb 1
.area idata
0002 02 .byte 2
.area data(ram, con, rel)
0003 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0003 .dbsym e replay _replay c
0003 _health::
0003 .blkb 1
.area idata
0003 02 .byte 2
.area data(ram, con, rel)
0004 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0004 .dbsym e health _health c
0004 _flag_start::
0004 .blkb 1
.area idata
0004 00 .byte 0
.area data(ram, con, rel)
0005 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0005 .dbsym e flag_start _flag_start c
0005 _nn::
0005 .blkb 1
.area idata
0005 00 .byte 0
.area data(ram, con, rel)
0006 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0006 .dbsym e nn _nn c
0006 _t_1s::
0006 .blkb 1
.area idata
0006 32 .byte 50
.area data(ram, con, rel)
0007 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0007 .dbsym e t_1s _t_1s c
0007 _tt::
0007 .blkb 1
.area idata
0007 00 .byte 0
.area data(ram, con, rel)
0008 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0008 .dbsym e tt _tt c
0008 _tt_2::
0008 .blkb 1
.area idata
0008 00 .byte 0
.area data(ram, con, rel)
0009 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0009 .dbsym e tt_2 _tt_2 c
0009 _count::
0009 .blkb 1
.area idata
0009 00 .byte 0
.area data(ram, con, rel)
000A .dbfile F:\AVR洗衣机\洗衣机主机\define.h
000A .dbsym e count _count c
.area text(rom, con, rel)
0000 .dbfile F:\AVR洗衣机\洗衣机主机\define.h
0000 .dbfile F:\AVR洗衣机\洗衣机主机\LCD_Driver.h
0000 .dbfunc e Char_Set_XY _Char_Set_XY fV
0000 ; i -> R10
0000 ; p -> R12,R13
0000 ; y -> R10
0000 ; x -> R20
.even
0000 _Char_Set_XY::
0000 0E940000 xcall push_xgsetF03C
0004 A22E mov R10,R18
0006 402F mov R20,R16
0008 2197 sbiw R28,1
000A C984 ldd R12,y+9
000C DA84 ldd R13,y+10
000E .dbline -1
000E .dbline 66
000E ; #include <iom16v.h>
000E ; #include <macros.h>
000E ;
000E ; #define nop() NOP()
000E ;
000E ;
000E ; #define Set_CS() DDRA |= (1<<0);PORTA |= (1<<0)
000E ; #define Set_SID() DDRA |= (1<<1);PORTA |= (1<<1)
000E ; #define Set_SCLK() DDRA |= (1<<2);PORTA |= (1<<2)
000E ;
000E ; #define Clr_CS() DDRA |= (1<<0);PORTA &=~(1<<0)
000E ; #define Clr_SID() DDRA |= (1<<1);PORTA &=~(1<<1)
000E ; #define Clr_SCLK() DDRA |= (1<<2);PORTA &=~(1<<2)
000E ; #define cls W_1byte(0,0,0x01)//清屏
000E ;
000E ;
000E ; //====================================================================
000E ; //函数声明
000E ; void Delay(uint ms); //延时子程序
000E ; void W_1byte(uchar RW, uchar RS, uchar W_data);
000E ; void Write_8bits(uint W_bits);
000E ; void LCD_Init(void);
000E ; /********************************************************************
000E ; ********************************************************************/
000E ; //===================================================================
000E ;
000E ; /********************************************************************
000E ; 09.5.10
000E ; 影龙 未完成
000E ; 在（x,y）点写句子，能实现换行功能
000E ; ********************************************************************/
000E ; /*
000E ; void Set_XY_str(uchar x, uchar y, uchar *p)
000E ; {
000E ; uchar counter;
000E ; counter=x*2-1;//把X值赋给COUNTER
000E ; x--;
000E ; switch (y)
000E ; {
000E ; case 1:W_1byte(0,0,(0x80+x));
000E ; case 2:W_1byte(0,0,(0x90+x));
000E ; case 3:W_1byte(0,0,(0x88+x));
000E ; case 4:W_1byte(0,0,(0x98+x));
000E ; }
000E ;
000E ; while(*p != 0)
000E ; {counter++;
000E ; if(counter==16)//假如定时器等于8且为单数行
000E ; {y++;
000E ; counter=1;
000E ; switch (y)
000E ; {
000E ; case 1:W_1byte(0,0,0x80);counter=0;break;
000E ; case 2:W_1byte(0,0,0x90);counter=0;break;
000E ; case 3:W_1byte(0,0,0x88);counter=0;break;
000E ; case 4:W_1byte(0,0,0x98);counter=0;break;
000E ; default:break;
000E ; }
000E ; }
000E ; W_1byte(0,1,*p++);//写字节数据
000E ; }
000E ; }
000E ; */
000E ;
000E ; void Char_Set_XY(uchar x, uchar y, uchar *p)
000E ; {
000E .dbline 69
000E ; uchar i;
000E ;
000E ; switch (y)
000E 6A2D mov R22,R10
0010 7727 clr R23
0012 6030 cpi R22,0
0014 6707 cpc R22,R23
0016 69F0 breq L5
0018 X0:
0018 6130 cpi R22,1
001A E0E0 ldi R30,0
001C 7E07 cpc R23,R30
001E 81F0 breq L6
0020 X1:
0020 6230 cpi R22,2
0022 E0E0 ldi R30,0
0024 7E07 cpc R23,R30
0026 99F0 breq L7
0028 X2:
0028 6330 cpi R22,3
002A E0E0 ldi R30,0
002C 7E07 cpc R23,R30
002E B1F0 breq L8
0030 X3:
0030 1BC0 xjmp L3
0032 L5:
0032 .dbline 71
0032 ; {
0032 ; case 0:W_1byte(0,0,(0x80+x));break;
0032 842F mov R24,R20
0034 8058 subi R24,128 ; addi 128
0036 8883 std y+0,R24
0038 2227 clr R18
003A 0027 clr R16
003C 9AD0 xcall _W_1byte
003E .dbline 71
003E 14C0 xjmp L3
0040 L6:
0040 .dbline 72
0040 ; case 1:W_1byte(0,0,(0x90+x));break;
0040 842F mov R24,R20
0042 8057 subi R24,112 ; addi 144
0044 8883 std y+0,R24
0046 2227 clr R18
0048 0027 clr R16
004A 93D0 xcall _W_1byte
004C .dbline 72
004C 0DC0 xjmp L3
004E L7:
004E .dbline 73
004E ; case 2:W_1byte(0,0,(0x88+x));break;
004E 842F mov R24,R20
0050 8857 subi R24,120 ; addi 136
0052 8883 std y+0,R24
0054 2227 clr R18
0056 0027 clr R16
0058 8CD0 xcall _W_1byte
005A .dbline 73
005A 06C0 xjmp L3
005C L8:
005C .dbline 74
005C ; case 3:W_1byte(0,0,(0x98+x));break;
005C 842F mov R24,R20
005E 8856 subi R24,104 ; addi 152
0060 8883 std y+0,R24
0062 2227 clr R18
0064 0027 clr R16
0066 85D0 xcall _W_1byte
0068 .dbline 74
0068 .dbline 75
0068 ; default:break;
0068 L3:
0068 .dbline 77
0068 ; }
0068 ; nop();
0068 0000 nop
006A .dbline 78
006A ; for(i=0;p[i]!='\0';i++)
006A AA24 clr R10
006C 0BC0 xjmp L12
006E L9:
006E .dbline 79
006E ; {
006E .dbline 80
006E ; W_1byte(0,1,p[i]);
006E EA2D mov R30,R10
0070 FF27 clr R31
0072 EC0D add R30,R12
0074 FD1D adc R31,R13
0076 2080 ldd R2,z+0
0078 2882 std y+0,R2
007A 21E0 ldi R18,1
007C 0027 clr R16
007E 79D0 xcall _W_1byte
0080 .dbline 81
0080 ; nop();
0080 0000 nop
0082 .dbline 82
0082 ; }
0082 L10:
0082 .dbline 78
0082 A394 inc R10
0084 L12:
0084 .dbline 78
0084 EA2D mov R30,R10
0086 FF27 clr R31
0088 EC0D add R30,R12
008A FD1D adc R31,R13
008C 2080 ldd R2,z+0
008E 2220 tst R2
0090 71F7 brne L9
0092 X4:
0092 .dbline 83
0092 ; nop();
0092 0000 nop
0094 .dbline -2
0094 L1:
0094 .dbline 0 ; func end
0094 2196 adiw R28,1
0096 0C940000 xjmp pop_xgsetF03C
009A .dbsym r i 10 c
009A .dbsym r p 12 pc
009A .dbsym r y 10 c
009A .dbsym r x 20 c
009A .dbend
009A .dbfunc e Set_XY _Set_XY fV
009A ; y -> R10
009A ; x -> R20
.even
009A _Set_XY::
009A 0E940000 xcall push_xgsetF00C
009E A22E mov R10,R18
00A0 402F mov R20,R16
00A2 2197 sbiw R28,1
00A4 .dbline -1
00A4 .dbline 87
00A4 ; }
00A4 ;
00A4 ; void Set_XY(uchar x,uchar y)
00A4 ; {
00A4 .dbline 88
00A4 ; nop();
00A4 0000 nop
00A6 .dbline 89
00A6 ; switch (y)
00A6 6A2D mov R22,R10
00A8 7727 clr R23
00AA 6030 cpi R22,0
00AC 6707 cpc R22,R23
00AE 69F0 breq L17
00B0 X5:
00B0 6130 cpi R22,1
00B2 E0E0 ldi R30,0
00B4 7E07 cpc R23,R30
00B6 81F0 breq L18
00B8 X6:
00B8 6230 cpi R22,2
00BA E0E0 ldi R30,0
00BC 7E07 cpc R23,R30
00BE 99F0 breq L19
00C0 X7:
00C0 6330 cpi R22,3
00C2 E0E0 ldi R30,0
00C4 7E07 cpc R23,R30
00C6 B1F0 breq L20
00C8 X8:
00C8 1BC0 xjmp L15
00CA L17:
00CA .dbline 91
00CA ; {
00CA ; case 0:W_1byte(0,0,(0x80+x));break;
00CA 842F mov R24,R20
00CC 8058 subi R24,128 ; addi 128
00CE 8883 std y+0,R24
00D0 2227 clr R18
00D2 0027 clr R16
00D4 4ED0 xcall _W_1byte
00D6 .dbline 91
00D6 14C0 xjmp L15
00D8 L18:
00D8 .dbline 92
00D8 ; case 1:W_1byte(0,0,(0x90+x));break;
00D8 842F mov R24,R20
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