⭐ 欢迎来到虫虫下载站！ | 📦 资源下载 📁 资源专辑 ℹ️ 关于我们
⭐ 虫虫下载站
📤 上传资源

📄 main.s

📁 用AVR atmega16做的一个完整彩色LED控制程序
💻 S
📖 第 1 页 / 共 5 页
字号:
🔍
12345 
	.module main.c
	.area lit(rom, con, rel)
_KindGroudData::
	.byte 180,135
	.byte 177,141
	.byte 147,156
	.byte 0
	.byte 150,165
	.byte 153,154
	.byte 166,169
	.byte 0
	.byte 148,133
	.byte 145,132
	.byte 144,129
	.byte 0
	.byte 182,167
	.byte 185,173
	.byte 158,155
	.byte 0
	.byte 150,165
	.byte 153,0
	.byte 0,0
	.byte 0
	.byte 182,173
	.byte 158,0
	.byte 0,0
	.byte 0
	.byte 180,135
	.byte 177,141
	.byte 147,156
	.byte 0
	.byte 148,0
	.byte 0,0
	.byte 0,0
	.byte 0
	.dbfile D:\Ledcontrol\test\main.c
	.dbsym e KindGroudData _KindGroudData A[56:8:7]kc
_KindDataValue::
	.byte 129,148
	.byte 129,148
	.byte 129,148
	.byte 129,148
	.byte 129,148
	.byte 129,133
	.byte 129,133
	.byte 129,133
	.byte 129,133
	.byte 129,133
	.byte 128,132
	.byte 128,132
	.byte 128,132
	.byte 128,132
	.byte 128,132
	.byte 144,145
	.byte 144,145
	.byte 144,145
	.byte 144,145
	.byte 144,145
	.byte 132,133
	.byte 132,133
	.byte 132,133
	.byte 132,133
	.byte 132,133
	.byte 128,129
	.byte 128,129
	.byte 128,129
	.byte 128,129
	.byte 128,129
	.byte 129,145
	.byte 129,145
	.byte 129,145
	.byte 129,145
	.byte 129,145
	.byte 132,148
	.byte 132,148
	.byte 132,148
	.byte 132,148
	.byte 132,148
	.byte 128,144
	.byte 128,144
	.byte 128,144
	.byte 128,144
	.byte 128,144
	.byte 128,133
	.byte 128,133
	.byte 128,133
	.byte 128,133
	.byte 128,133
	.byte 128,148
	.byte 128,148
	.byte 128,148
	.byte 128,148
	.byte 128,148
	.byte 128,145
	.byte 128,145
	.byte 128,145
	.byte 128,145
	.byte 128,145
	.dbsym e KindDataValue _KindDataValue A[120:60:2]kc
_KindDataStr::
	.byte 0,0
	.byte 0,1
	.byte 0,2
	.byte 0,3
	.byte 0,4
	.byte 0,5
	.byte 0,8
	.byte 0,9
	.byte 0,12
	.byte 0,13
	.byte 1,16
	.byte 1,17
	.byte 1,18
	.byte 1,20
	.byte 1,21
	.byte 1,24
	.byte 1,25
	.byte 1,28
	.byte 1,29
	.byte 6,0
	.byte 2,48
	.byte 2,49
	.byte 2,50
	.byte 2,51
	.byte 2,52
	.byte 2,53
	.byte 2,56
	.byte 2,57
	.byte 2,60
	.byte 2,61
	.byte 4,0
	.byte 7,0
	.byte 7,1
	.byte 7,2
	.byte 7,3
	.byte 7,4
	.byte 7,5
	.byte 7,8
	.byte 7,9
	.byte 7,12
	.byte 7,13
	.byte 5,0
	.byte 5,1
	.byte 5,2
	.byte 5,4
	.byte 5,5
	.byte 3,0
	.byte 3,1
	.byte 3,2
	.byte 3,3
	.byte 3,4
	.byte 3,5
	.byte 148,32
	.byte 148,33
	.byte 148,34
	.byte 148,36
	.byte 148,37
	.byte 133,32
	.byte 133,33
	.byte 133,34
	.byte 133,36
	.byte 133,37
	.byte 132,32
	.byte 132,33
	.byte 132,34
	.byte 132,36
	.byte 132,37
	.byte 145,32
	.byte 145,33
	.byte 145,34
	.byte 145,36
	.byte 145,37
	.byte 133,32
	.byte 133,33
	.byte 133,34
	.byte 133,36
	.byte 133,37
	.byte 129,32
	.byte 129,33
	.byte 129,34
	.byte 129,36
	.byte 129,37
	.byte 145,32
	.byte 145,33
	.byte 145,34
	.byte 145,36
	.byte 145,37
	.byte 148,32
	.byte 148,33
	.byte 148,34
	.byte 148,36
	.byte 148,37
	.byte 144,32
	.byte 144,33
	.byte 144,34
	.byte 144,36
	.byte 144,37
	.byte 133,32
	.byte 133,33
	.byte 133,34
	.byte 133,36
	.byte 133,37
	.byte 148,32
	.byte 148,33
	.byte 148,34
	.byte 148,36
	.byte 148,37
	.byte 145,32
	.byte 145,33
	.byte 145,34
	.byte 145,36
	.byte 145,37
	.dbsym e KindDataStr _KindDataStr A[224:112:2]kc
_CharFont::
	.byte 192,249
	.byte 164,176
	.byte 153,146
	.byte 130,248
	.byte 128,152
	.byte 136,131
	.byte 198,161
	.byte 134,142
	.byte 191,199
	.byte 140,161
	.dbsym e CharFont _CharFont A[20:20]kc
	.area text(rom, con, rel)
	.dbfile D:\Ledcontrol\test\main.c
	.dbfunc e Delay _Delay fV
;              j -> R20
;              i -> R22
;            tim -> R16
	.even
_Delay::
	xcall push_gset2
	.dbline -1
	.dbline 418
; //ICC-AVR application builder : 2007-5-12 23:12:06
; // Target : M16
; // Crystal: 1.0000Mhz
; 
; #include <iom16v.h>
; #include <macros.h>
; #include <eeprom.h>
; //#include <math.h>
; 
; #define 	uint 			unsigned int
; #define 	uchar 			unsigned char
; 
; #define	TRUE	1
; #define	FALSE	0
; 
; #define	VERSION_CONTROL	1
; 
; #define	YEAR_SETUP			0x07
; #define	MONTH_SETUP		0x06
; #define	DAY_SETUP			0x10
; 
; #define	INIT_YEAR			0x07
; #define	INIT_MONTH			0x06
; #define	INIT_DATE			0x10
; #define	INIT_DAY			0x07
; #define	INIT_HOUR			0x19
; #define	INIT_MINUTE		0x07
; #define	INIT_SECOND		0x00
; #if 1
; #define	 KEY_FUNCTION	0x43  //pc7 ,K1
; #define	  KEY_UP  	   	0x83 //pc6 ,K2
; #define	  KEY_DOWN  	0xc2  //pc0 ,K3
; #define    KEY_K4			0xc1  //pc1 ,K4
; #define    KEY_K1K4RST	0x41  //k1k4
; #define    KEY_K3K4RST	0xc0  //k3k4
; #else
; #define	 KEY_UP	   	   	0xc2  //pc0 ,K2
; #define	 KEY_DOWN  	   	0xc1 //pc1 ,K3
; #define	 KEY_FUNCTION  0x83  //pc6 ,K1
; #define    KEY_K4			0x43  //pc7 ,K4
; #define    KEY_K1K4RST	0x03  //k1k4
; #define    KEY_K3K4RST	0x41  //k3k4
; #endif
; 
; #define	 KEY_RESET	   	0xd
; #define	 MAXVAL_LENGHT		9999
; //#define	 MINVAL_LENGHT		   	8
; #define	 MINVAL_LENGHT		   	4
; #define	 MAXVAL_KIND		   	112
; #define	 MINVAL_KIND		   	0
; 
; 
; #define	MODE_NOMALE		1
; #define	MODE_LENGHT		2
; #define	MODE_KIND			3
; #define	MODE_PASSWORD	4
; 
; 
; //#define	CLASSNUMBER		32
; #define	CLASSNUMBER		4
; 
; //从前向后，正向。
; #define	DIR0			0x00
; 
; //从后向前，反向。
; #define	DIR1			0x04
; 
; //从中间向两边。
; #define	DIR2			0x08
; 
; //从两边向中间。
; #define	DIR3			0x0c
; 
; //整体
; //#define	DIR4			0x40
; 
; //全彩
; #define	KIND0			0x00
; //慧星拖尾
; #define	KIND1			0x10
; //红-青-红
; #define	KIND2			0x20
; //六色刷色
; #define	KIND3			0x30
; //混合色
; #define	KIND4			0x40
; //三路交叠
; #define	KIND5			0x50
; //多彩
; #define	KIND6			0x60
; #define	KIND7			0x70
; 
; #define	ALLBLACK		0x95	//10010101  
; #define	UNLOCKDATA		0x15	//00010101  
; 
; #define	SPEED0			0x00
; #define	SPEED1			0x01
; #define	SPEED2			0x02
; #define	SPEED3			0x03
; 
; #define	PASSWORDLENGHT	6
; #define	PASS_DISABLE		0xff
; #define	PASSWORD_SETUP	0x11
; #define	DATE_SETUP			0x22
; #define	INVALE_SETUP		0x33
; //#define	PASSWORD_ENTER	0x44
; #define	MAXDATE			250
; #define	MAXNUMBER			99
; 
; //typedef struct {
; 	char 	ModeStatus;
; 	char		CurrentKey;
; 	char		BackKey;
; 	char		K1Count;
; 	uchar	K4Count;
; 	char		CurrentKind;
; 	char		val_kind;
; 	uchar	Password_alarm;
; 	uchar	Password_Enable;
; 	uchar	PassDate_flag;	//0x11 : password setup  ;   0x22 : date setup
; 	uint		val_lenght;
; 	uint		BLenghtCount;
; 	uint		FLenghtCount;
; 	uint		HalfLenght;
; 	uint		left;
; 	uint		right;
; 	uint		PwModify_flag;	
; //}WORKLED;
; 
; //WORKLED WorkLed;
; 
; unsigned char		KindData[MAXVAL_KIND];
; uchar			PasswordData[PASSWORDLENGHT];
; uchar			DateValue[4];
; uchar			DayData[2];
; uchar			Oneday;
; 
; //uchar	tc1,tc2;
; uchar	color1,color2,SI_Count;
; 
; /*
; KindDataStr[MAXVAL_KIND][2]:
; 
; mode data 8bit; dir data 4bit + speed data 4bit
;      1 byte                           2byte
; 
; speed data:    
; 			0 -->speed 1
; 			1 -->speed 2
; 			2 -->speed 3
; 			3 -->speed 4
; dir data:
; 			0 --> 正向
; 			1 --> 反向
; 			2 -->中间向两边
; 			3 -->两边向中间
; 			
; */
; #define		RBASE		0x94		//D2D1
; #define		GBASE		0x85		//D6D5
; #define		BBASE		0x91		//D4D3
; #define		YBASE		0xbf&RBASE&GBASE
; #define		WBASE		0xbf&RBASE&GBASE&BBASE
; #define		RBBASE		0xbf&RBASE&BBASE
; #define		GBBASE		0xbf&GBASE&BBASE
; 
; //亮00
; #define		SDATA0		0x00
; //灭01
; #define		SDATA1		0x01
; //渐暗10
; #define		SDATA2		0x02
; //渐明11
; #define		SDATA3		0x03
; 
; #define		BDATA		0x80
; #define		GBIT                 	4
; #define		BBIT			2
; #define		RBIT			0
; 
; //全彩
; #define		ALLCOLOR	BDATA |(SDATA3<<GBIT)|(SDATA1<<BBIT)|(SDATA0<<RBIT)        //0xb1
; 
; #define		SEVENCOLOR0	BDATA |(SDATA3<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT) 
; #define		SEVENCOLOR1	BDATA |(SDATA2<<GBIT)|(SDATA1<<BBIT)|(SDATA3<<RBIT) 
; #define		SEVENCOLOR2	BDATA |(SDATA3<<GBIT)|(SDATA2<<BBIT)|(SDATA1<<RBIT) 
; #define		SEVENCOLOR3	BDATA |(SDATA2<<GBIT)|(SDATA3<<BBIT)|(SDATA1<<RBIT) 
; #define		SEVENCOLOR4	BDATA |(SDATA1<<GBIT)|(SDATA3<<BBIT)|(SDATA2<<RBIT) 
; #define		SEVENCOLOR5	BDATA |(SDATA1<<GBIT)|(SDATA2<<BBIT)|(SDATA3<<RBIT) 
; 
; #define		THREECOLORR	BDATA |(SDATA1<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT) 
; #define		THREECOLORG	BDATA |(SDATA2<<GBIT)|(SDATA1<<BBIT)|(SDATA1<<RBIT) 
; #define		THREECOLORB	BDATA |(SDATA1<<GBIT)|(SDATA2<<BBIT)|(SDATA1<<RBIT) 
; 
; #define		THREECOLORR1	BDATA |(SDATA3<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT) 
; #define		THREECOLORG1	BDATA |(SDATA1<<GBIT)|(SDATA3<<BBIT)|(SDATA2<<RBIT) 
; #define		THREECOLORB1	BDATA |(SDATA2<<GBIT)|(SDATA3<<BBIT)|(SDATA1<<RBIT) 
; 
; #define		ALLCOLOR0		BDATA |(SDATA3<<GBIT)|(SDATA1<<BBIT)|(SDATA0<<RBIT) 
; #define		ALLCOLOR4		BDATA |(SDATA1<<GBIT)|(SDATA0<<BBIT)|(SDATA3<<RBIT) 
; #define		ALLCOLOR3		BDATA |(SDATA0<<GBIT)|(SDATA3<<BBIT)|(SDATA1<<RBIT) 
; #define		ALLCOLOR2		BDATA |(SDATA3<<GBIT)|(SDATA0<<BBIT)|(SDATA1<<RBIT) 
; #define		ALLCOLOR1		BDATA |(SDATA0<<GBIT)|(SDATA1<<BBIT)|(SDATA3<<RBIT) 
; #define		ALLCOLOR5		BDATA |(SDATA1<<GBIT)|(SDATA3<<BBIT)|(SDATA0<<RBIT) 
; #if 1
; #define		ALLSTAR0		BDATA |(SDATA1<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT)        //red
; #define		ALLSTAR1		BDATA |(SDATA2<<GBIT)|(SDATA1<<BBIT)|(SDATA1<<RBIT)        //green
; #define		ALLSTAR2		BDATA |(SDATA1<<GBIT)|(SDATA2<<BBIT)|(SDATA1<<RBIT)        //blue
; #define		ALLSTAR3		BDATA |(SDATA1<<GBIT)|(SDATA2<<BBIT)|(SDATA2<<RBIT)        //0xb1
; #define		ALLSTAR4		BDATA |(SDATA2<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT)        //0xb1
; #define		ALLSTAR5		BDATA |(SDATA2<<GBIT)|(SDATA2<<BBIT)|(SDATA1<<RBIT)        //0xb1
; #define		ALLSTAR6		BDATA |(SDATA2<<GBIT)|(SDATA2<<BBIT)|(SDATA2<<RBIT)        //0xb1
; 
; #else
; #define		ALLSTAR0		BDATA |(SDATA1<<GBIT)|(SDATA1<<BBIT)|(SDATA0<<RBIT)        //red
; #define		ALLSTAR1		BDATA |(SDATA0<<GBIT)|(SDATA1<<BBIT)|(SDATA1<<RBIT)        //green
; #define		ALLSTAR2		BDATA |(SDATA1<<GBIT)|(SDATA0<<BBIT)|(SDATA1<<RBIT)        //blue
; #define		ALLSTAR3		BDATA |(SDATA1<<GBIT)|(SDATA0<<BBIT)|(SDATA0<<RBIT)        //0xb1
; #define		ALLSTAR4		BDATA |(SDATA0<<GBIT)|(SDATA1<<BBIT)|(SDATA0<<RBIT)        //0xb1
; #define		ALLSTAR5		BDATA |(SDATA0<<GBIT)|(SDATA0<<BBIT)|(SDATA1<<RBIT)        //0xb1
; #endif
; //#define		UNITEC0		BDATA |(SDATA1<<GBIT)|(SDATA3<<BBIT)|(SDATA2<<RBIT)        //red
; //#define		UNITEC1		BDATA |(SDATA3<<GBIT)|(SDATA1<<BBIT)|(SDATA2<<RBIT)        //green
; //#define		UNITEC2		BDATA |(SDATA2<<GBIT)|(SDATA1<<BBIT)|(SDATA3<<RBIT)        //blue
; #define		UNITEC0		BDATA |(SDATA1<<GBIT)|(SDATA1<<BBIT)|(SDATA0<<RBIT)        //red
; #define		UNITEC1		BDATA |(SDATA0<<GBIT)|(SDATA1<<BBIT)|(SDATA1<<RBIT)        //green
; #define		UNITEC2		BDATA |(SDATA1<<GBIT)|(SDATA0<<BBIT)|(SDATA1<<RBIT)        //blue
; #define		UNITEC3		BDATA |(SDATA2<<GBIT)|(SDATA3<<BBIT)|(SDATA1<<RBIT)        //0xb1
; #define		UNITEC4		BDATA |(SDATA1<<GBIT)|(SDATA2<<BBIT)|(SDATA3<<RBIT)        //0xb1
; #define		UNITEC5		BDATA |(SDATA3<<GBIT)|(SDATA2<<BBIT)|(SDATA1<<RBIT)        //0xb1
; 
; 
; #define		ALL_ID			0
; #define		STAR_ID		1
; #define		SIX_ID			2
; #define		SEVEN_ID		3
; //整体三路交叠渐变
; #define		THREE_ID		4
; //三路交叠飘动
; #define		THREE1_ID		5
; //整体全彩渐变
; #define		ALLCOLOR_ID	6
; //混合色交叠渐变
; #define		UNITEC_ID		7
; 
; 
; const unsigned char KindGroudData[8][7]=
; {
; //全彩
; 	{ALLCOLOR0,ALLCOLOR1,ALLCOLOR2,ALLCOLOR3,ALLCOLOR4,ALLCOLOR5,0x00},
; 
; //慧星拖尾
; 	{ALLSTAR0,ALLSTAR1,ALLSTAR2,ALLSTAR3,ALLSTAR4,ALLSTAR5,0x00},
; //	{ALLSTAR0,ALLSTAR1,ALLSTAR2,0x00,0x00,0x00,0x00},
; 
; //六色刷色: 红 绿 兰 黄 紫 青
; 	{RBASE,GBASE,BBASE,YBASE,RBBASE,GBBASE,0x00},
; 
; //多彩: 红 绿 兰 黄 紫 青 白
; 	{SEVENCOLOR0,SEVENCOLOR1,SEVENCOLOR2,SEVENCOLOR3,SEVENCOLOR4,SEVENCOLOR5,0x00},
; 
; //整体三路交叠渐变: 红 绿 兰
; 	{THREECOLORR,THREECOLORG,THREECOLORB,0x00,0x00,0x00,0x00},
; //三路交叠飘动: 红 绿 兰
; 	{THREECOLORR1,THREECOLORB1,THREECOLORG1,0x00,0x00,0x00,0x00},
; //整体全彩渐变
; 	{ALLCOLOR0,ALLCOLOR1,ALLCOLOR2,ALLCOLOR3,ALLCOLOR4,ALLCOLOR5,0x00},
; //混合色交叠渐变
; 	{UNITEC0,0x00,0x00,0x00,0x00,0x00,0x00},
; //	{UNITEC0,UNITEC1,UNITEC2,UNITEC3,UNITEC4,UNITEC5,0x00},
; };
; 
; const unsigned char KindDataValue[60][2]=
; {
; //0 -->52
; {GBBASE ,RBASE},{GBBASE ,RBASE},{GBBASE ,RBASE},{GBBASE ,RBASE},
; //-->56
; {GBBASE ,RBASE},{GBBASE ,GBASE},{GBBASE ,GBASE},{GBBASE ,GBASE},
; //8 -->60
; {GBBASE,GBASE},{GBBASE,GBASE},{WBASE,YBASE},{WBASE,YBASE},
; //12-->64
; {WBASE,YBASE},{WBASE,YBASE},{WBASE,YBASE},{RBBASE,BBASE},
; //16-->68
; {RBBASE,BBASE},{RBBASE,BBASE},{RBBASE,BBASE},{RBBASE,BBASE},
; //20-->72
; {YBASE,GBASE},{YBASE,GBASE},{YBASE,GBASE},{YBASE,GBASE},
; //24-->76
; {YBASE,GBASE},{WBASE,GBBASE},{WBASE,GBBASE},{WBASE,GBBASE},
; //28-->80 v
; {WBASE,GBBASE},{WBASE,GBBASE},{GBBASE,BBASE},{GBBASE,BBASE},
; //32-->84
; {GBBASE,BBASE},{GBBASE,BBASE},{GBBASE,BBASE},{YBASE,RBASE},
; //36-->88
; {YBASE,RBASE},{YBASE,RBASE},{YBASE,RBASE},{YBASE,RBASE},
; //40-->92
; {WBASE,RBBASE},{WBASE,RBBASE},{WBASE,RBBASE},{WBASE,RBBASE},
; //44-->96
; {WBASE,RBBASE},{WBASE,GBASE},{WBASE,GBASE},{WBASE,GBASE},
; //48-->100
; {WBASE,GBASE},{WBASE,GBASE},{WBASE,RBASE},{WBASE,RBASE},
; //52-->104
; {WBASE,RBASE},{WBASE,RBASE},{WBASE,RBASE},{WBASE,BBASE},
; //56-->108
; {WBASE,BBASE},{WBASE,BBASE},{WBASE,BBASE},{WBASE,BBASE}
; };
; 
; 
; const unsigned char KindDataStr[MAXVAL_KIND][2]=
; {
; //0 v
; {ALL_ID,KIND0|DIR0|SPEED0},{ALL_ID,KIND0|DIR0|SPEED1},{ALL_ID,KIND0|DIR0|SPEED2},{ALL_ID,KIND0|DIR0|SPEED3},
; // 4 v
; {ALL_ID,KIND0|DIR1|SPEED0},{ALL_ID,KIND0|DIR1|SPEED1},{ALL_ID,KIND0|DIR2|SPEED0},{ALL_ID,KIND0|DIR2|SPEED1},
; //8	v	
; {ALL_ID,KIND0|DIR3|SPEED0},{ALL_ID,KIND0|DIR3|SPEED1},{STAR_ID,KIND1|DIR0|SPEED0},{STAR_ID,KIND1|DIR0|SPEED1},
; //12
; {STAR_ID,KIND1|DIR0|SPEED2},{STAR_ID,KIND1|DIR1|SPEED0},{STAR_ID,KIND1|DIR1|SPEED1},{STAR_ID,KIND1|DIR2|SPEED0},
; //16	
; {STAR_ID,KIND1|DIR2|SPEED1},{STAR_ID,KIND1|DIR3|SPEED0},{STAR_ID,KIND1|DIR3|SPEED1},{ALLCOLOR_ID,KIND0|DIR0|SPEED0},
; //20v
; {SIX_ID,KIND3|DIR0|SPEED0},{SIX_ID,KIND3|DIR0|SPEED1},{SIX_ID,KIND3|DIR0|SPEED2},{SIX_ID,KIND3|DIR0|SPEED3},
; //24v
; {SIX_ID,KIND3|DIR1|SPEED0},{SIX_ID,KIND3|DIR1|SPEED1},{SIX_ID,KIND3|DIR2|SPEED0},{SIX_ID,KIND3|DIR2|SPEED1},
; //28v
; {SIX_ID,KIND3|DIR3|SPEED0},{SIX_ID,KIND3|DIR3|SPEED1},{THREE_ID,KIND0|DIR0|SPEED0},{UNITEC_ID,KIND0|DIR0|SPEED0},
; //32
; {UNITEC_ID,KIND0|DIR0|SPEED1},{UNITEC_ID,KIND0|DIR0|SPEED2},{UNITEC_ID,KIND0|DIR0|SPEED3},{UNITEC_ID,KIND0|DIR1|SPEED0},
; //36
; {UNITEC_ID,KIND0|DIR1|SPEED1},{UNITEC_ID,KIND0|DIR2|SPEED0},{UNITEC_ID,KIND0|DIR2|SPEED1},{UNITEC_ID,KIND0|DIR3|SPEED0},
; //40
; {UNITEC_ID,KIND0|DIR3|SPEED1},{THREE1_ID,KIND0|DIR0|SPEED0},{THREE1_ID,KIND0|DIR0|SPEED1},{THREE1_ID,KIND0|DIR0|SPEED2},
; //44 v
; {THREE1_ID,KIND0|DIR1|SPEED0},{THREE1_ID,KIND0|DIR1|SPEED1},{SEVEN_ID,KIND0|DIR0|SPEED0},{SEVEN_ID,KIND0|DIR0|SPEED1},
; //48 v
; {SEVEN_ID,KIND0|DIR0|SPEED2},{SEVEN_ID,KIND0|DIR0|SPEED3},{SEVEN_ID,KIND0|DIR1|SPEED0},{SEVEN_ID,KIND0|DIR1|SPEED1},
; //52
; {RBASE,KIND2|DIR0|SPEED0},{RBASE,KIND2|DIR0|SPEED1},{RBASE,KIND2|DIR0|SPEED2},{RBASE,KIND2|DIR1|SPEED0},
; //56
; {RBASE,KIND2|DIR1|SPEED1},{GBASE,KIND2|DIR0|SPEED0},{GBASE,KIND2|DIR0|SPEED1},{GBASE,KIND2|DIR0|SPEED2},
; //60
; {GBASE,KIND2|DIR1|SPEED0},{GBASE,KIND2|DIR1|SPEED1},{YBASE,KIND2|DIR0|SPEED0},{YBASE,KIND2|DIR0|SPEED1},
; //64
; {YBASE,KIND2|DIR0|SPEED2},{YBASE,KIND2|DIR1|SPEED0},{YBASE,KIND2|DIR1|SPEED1},{BBASE,KIND2|DIR0|SPEED0},
; //68
; {BBASE,KIND2|DIR0|SPEED1},{BBASE,KIND2|DIR0|SPEED2},{BBASE,KIND2|DIR1|SPEED0},{BBASE,KIND2|DIR1|SPEED1},
; //72
; {GBASE,KIND2|DIR0|SPEED0},{GBASE,KIND2|DIR0|SPEED1},{GBASE,KIND2|DIR0|SPEED2},{GBASE,KIND2|DIR1|SPEED0},
; //76
; {GBASE,KIND2|DIR1|SPEED1},{GBBASE,KIND2|DIR0|SPEED0},{GBBASE,KIND2|DIR0|SPEED1},{GBBASE,KIND2|DIR0|SPEED2},
; //80
; {GBBASE,KIND2|DIR1|SPEED0},{GBBASE,KIND2|DIR1|SPEED1},{BBASE,KIND2|DIR0|SPEED0},{BBASE,KIND2|DIR0|SPEED1},
; //84
; {BBASE,KIND2|DIR0|SPEED2},{BBASE,KIND2|DIR1|SPEED0},{BBASE,KIND2|DIR1|SPEED1},{RBASE,KIND2|DIR0|SPEED0},
; //88
; {RBASE,KIND2|DIR0|SPEED1},{RBASE,KIND2|DIR0|SPEED2},{RBASE,KIND2|DIR1|SPEED0},{RBASE,KIND2|DIR1|SPEED1},
; //92
; {RBBASE,KIND2|DIR0|SPEED0},{RBBASE,KIND2|DIR0|SPEED1},{RBBASE,KIND2|DIR0|SPEED2},{RBBASE,KIND2|DIR1|SPEED0},
; //96
; {RBBASE,KIND2|DIR1|SPEED1},{GBASE,KIND2|DIR0|SPEED0},{GBASE,KIND2|DIR0|SPEED1},{GBASE,KIND2|DIR0|SPEED2},
; //100
; {GBASE,KIND2|DIR1|SPEED0},{GBASE,KIND2|DIR1|SPEED1},{RBASE,KIND2|DIR0|SPEED0},{RBASE,KIND2|DIR0|SPEED1},
; //104
; {RBASE,KIND2|DIR0|SPEED2},{RBASE,KIND2|DIR1|SPEED0},{RBASE,KIND2|DIR1|SPEED1},{BBASE,KIND2|DIR0|SPEED0},
; //108
; {BBASE,KIND2|DIR0|SPEED1},{BBASE,KIND2|DIR0|SPEED2},{BBASE,KIND2|DIR1|SPEED0},{BBASE,KIND2|DIR1|SPEED1}
; };
; 
; 
; #define  		SIZE 20 
; unsigned char SPI_rx_buff[SIZE]; 
; unsigned char SPI_tx_buff[SIZE]; 
; unsigned char rx_wr_index,rx_rd_index,rx_counter,rx_buffer_overflow; 
; unsigned char tx_wr_index,tx_rd_index,tx_counter; 
; 
; char   DispBuffer[6];
; const char   CharFont[20]={0xc0,0xf9,0xa4,0xb0,0x99,0x92,0x82,0xf8,0x80,0x98,0x88,0x83,0xc6,0xa1,0x86,0x8e,0xbf,0xc7,0x8c,0xa1};
; //                      0    1   2    3    4    5    6    7    8    9    a    b     c    d    e   f                                                     -      L               P        d
; long   	val;
; unsigned char		 KeyCode;
; void   	Display(void);
; void   	Display_Fast(void);
; char   	PressKeyProcess(void);
; void   	spi_init(void);
; void   	putSPIchar(char c);
; unsigned char getSPIchar(void);
; void   	spi_stc_isr(void);
; void 	WatchDog(char  tim);
; unsigned char		SendKindData(char kind);
; void 	EepromICnumberWr(void);
; void 	EepromICnumberRd(void);
; void		FactorySetup(void);
; void 	EepromViewModeWr(void);
; void 	EepromViewModeRd(void);
; void	   	EepromPasswordRd(void);
; void	   	EepromPasswordWr(void);
; void	   	EepromDateValueRd(void);
; void	   	EepromDateValueWr(void);
; void	   	EepromDayDataRd(void);
; void	   	EepromDayDataWr(void);
; int		CompareDate(void);
; int		CalMonthDay(uchar month,uchar day);
; uchar		ProcessEdgeToMiddle(char data,uchar mode,uchar BC,uchar class);
; uchar		ProcessMiddleToEdge(char data,uchar mode,uchar BC,uchar class );
; void		AllClearICBuffer(void);
; void   	DelayNs(char tim);
; uchar	SendFirstToEnd(uchar kind,uchar mode,uchar si_flag,uchar ss_flag);
; char		SpeedDelay(uchar  speed);
; void		AllStarRight(uchar da1,uchar da2,uchar da3,uchar da4,uint init);
; uchar	AllStarMiddleToEdge(uchar da1,uchar da2,uchar da3,uchar da4,uchar mode);
; void 	timer0_init(void) ;
; void		Enable_Time0_Interrupt(void);
; void		Disable_Time0_Interrupt(void);
; void		FullProcess(uchar fullflag,uchar looplenght,uchar *data);
; 
; 
; 
; void   Delay(char tim)
; {
	.dbline 420
;  	   unsigned char i,j;
; 	   for(j=0;j<tim;j++)
	clr R20
	xjmp L5
L2:
	.dbline 421
; 	   {
	.dbline 422
; 	   	   for(i=200;i>0;i--)
	ldi R22,200
	xjmp L9
12345

⌨️ 快捷键说明

复制代码 Ctrl + C
搜索代码 Ctrl + F
全屏模式 F11
切换主题 Ctrl + Shift + D
显示快捷键 ?
增大字号 Ctrl + =
减小字号 Ctrl + -