16灯彩色旋转led文字显示程序.docx

#include ""
#define uchar unsigned char
#define uint unsigned int //宏定义
sbit R1=P6^6; //定义R每个IO控制的LED
sbit R2=P2^7;
sbit R3=P4^0;
sbit R4=P1^7;
sbit R5=P0^0;
sbit R6=P0^6;
sbit R7=P1^2;
sbit R8=P1^5;
sbit R9=P1^1;
sbit R10=P0^7;
sbit R11=P0^5;
sbit R12=P0^1;
sbit R13=P7^6;
sbit R14=P6^5;
sbit R15=P3^4;
sbit R16=P4^4;

sbit G1=P2^1; //定义G每个IO控制的LE
sbit G2=P2^3;
sbit G3=P6^4;
sbit G4=P7^7;
sbit G5=P4^6;
sbit G6=P0^2;
sbit G7=P6^1;
sbit G8=P1^4;
sbit G9=P1^6;
sbit G10=P4^7;
sbit G11=P6^0;
sbit G12=P5^2;
sbit G13=P4^5;
sbit G14=P2^6;
sbit G15=P6^7;
sbit G16=P2^2;
sbit B1=P4^3; //定义B每个IO控制的LED
sbit B2=P2^0;
sbit B3=P2^5;
sbit B4=P7^5;
sbit B5=P5^5;
sbit B6=P0^4;
sbit B7=P5^3;
sbit B8=P6^3;
sbit B9=P1^3;
sbit B10=P1^0;
sbit B11=P6^2;
sbit B12=P0^3;
sbit B13=P5^4;
sbit B14=P2^4;
sbit B15=P7^4;
sbit B16=P5^0;
uchar code zimo[];
bit Scan_bit=0;
bit BIT_timeout=0;
uint i=0,j=0;
#define ucNumRows 100 //定义一周显示列数
/***************************************/
void Show_R(uchar r1,uchar r2)//数据输出IO口 R是红色16灯
{
R1=(bit)(r1&0x01);
R2=(bit)(r1&0x02);
R3=(bit)(r1&0x04);
R4=(bit)(r1&0x08);
R5=(bit)(r1&0x10);
R6=(bit)(r1&0x20);
R7=(bit)(r1&0x40);
R8=(bit)(r1&0x80);
R9=(bit)(r2&0x01);
R10=(bit)(r2&0x02);
R11=(bit)(r2&0x04);
R12=(bit)(r2&0x08);
R13=(bit)(r2&0x10);
R14=(bit)(r2&0x20);
R15=(bit)(r2&0x40);
R16=(bit)(r2&0x80);

}
void Show_G(uchar r1,uchar r2)//数据输出IO口 G是绿色16灯
{
G1=(bit)(r1&0x01);
G2=(bit)(r1&0x02);
G3=(bit)(r1&0x04);
G4=(bit)(r1&0x08);
G5=(bit)(r1&0x10);
G6=(bit)(r1&0x20);
G7=(bit)(r1&0x40);
G8=(bit)(r1&0x80);
G9=(bit)(r2&0x01);
G10=(bit)(r2&0x02);
G11=(bit)(r2&0x04);
G12=(bit)(r2&0x08);
G13=(bit)(r2&0x10);
G14=(bit)(r2&0x20);
G15=(bit)(r2&0x40);
G16=(bit)(r2&0x80);

}
void Show_B(uchar r1,uchar r2)//数据输出IO口 B是绿色16灯
{
B1=(bit)(r1&0x01);
B2=(bit)(r1&0x02);
B3=(bit)(r1&0x04);
B4=(bit)(r1&0x08);
B5=(bit)(r1&0x10);