混色移位（流水灯）不熄灭

//2022.09.07 //驱动树的灯，功率不能大，大了会影响某些灯珠混色 #include "uart.h" #include "intrins.h" #define LED_R 80,0,0,0 //红色 #define LED_G 0,80,0,0 //绿色 #define LED_B 0,0,80,0 //蓝色 #define LED_W 0,0,0,80 //白色 #define LED_C 40,28,30,0 //青色 #define LED_P 40,0,58,0 //紫色 #define LED_M 35,10,35,18 //彩色 #define LED_O 55,22,5,13 //青黄 #define LED_OFF 0,0,0,0 sbit LED_OUT = P5^4; //数据口 bit busy;//忙标志位 bit kjx_stop;//开机秀退出模式 uchar data_num;//数组个数 uchar buffer[5];//接受2.4G模块的数据 uchar mode;//模式变量 uchar spe;//难忘日的号 bit change;//主题改变标志位 uchar colr_R,colr_G,colr_B,ns1; uint fs; uchar i,a,b,m,k,bs_r,bs_g,bs_b,bs_w,bs_w1,bs_r1,bs_g1,bs_b1; uchar yanse_change_num,show_num2,show_num,next; bit first_in,mak_3; uchar num_manual; uchar num[6]; uint time_us; uchar dz_x; uchar buf_R[8]; uchar step; uint show_ms; uchar color; uchar key_ms; bit key_mak,key_value; void init_port() { P5M0 = 0X00; P5M1 = 0X00; } /******************************************** 10us延时 ********************************************/ void Delay10us() //@11.0592MHz { unsigned char i; _nop_(); i = 25; while (--i); } /******************************************** 150us延时 ********************************************/ /* void Delay150us() //@11.0592MHz { unsigned char i, j; _nop_(); _nop_(); _nop_(); i = 2; j = 153; do { while (--j); } while (--i); } */ /******************************************** ********************************************/ /* void Delay80us() //@11.0592MHz { unsigned char i; _nop_(); _nop_(); _nop_(); i = 218; while (--i); } */ //------------------------1ms寤舵椂-------------------------------------- void delayms(uint ms) //@30.000MHz { uchar i, j; while(ms--) { // WDTCON |= 0x10;//娓呯湅闂ㄧ嫍 _nop_(); _nop_(); i = 39; j = 243; do { while (--j); } while (--i); } } void RGB_Set_Up()//1码80 { LED_OUT = 0; Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); LED_OUT = 1; Delay10us(); } void RGB_Set_Down()//0码40 { LED_OUT = 0; Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); LED_OUT = 1; Delay10us(); } //复位码 void RGB_Rst() { LED_OUT = 0; Delay10us(); // Delay10us(); // Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); LED_OUT = 1; Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); Delay10us(); } //发送36位数据 void Send_36bits(uchar jiedian,uchar adrr,uchar R8,uchar G8,uchar B8,uchar W8) { uchar n = 0; if(jiedian==1) RGB_Set_Up(); else RGB_Set_Down(); for(n=0;n<3;n++) { if((adrr & 0x01) == 0x01) { RGB_Set_Up(); } else { RGB_Set_Down(); } adrr>>=1; } for(n=0;n<8;n++) { if((R8&0x01) == 0x01) { RGB_Set_Up(); } else { RGB_Set_Down(); } R8>>=1; } for(n=0;n<8;n++) { if((G8&0x01) == 0x01) { RGB_Set_Up(); } else { RGB_Set_Down(); } G8>>=1; } for(n=0;n<8;n++) { if((B8&0x01) == 0x01) { RGB_Set_Up(); } else { RGB_Set_Down(); } B8>>=1; } for(n=0;n<8;n++) { if((W8&0x01) == 0x01) { RGB_Set_Up(); } else { RGB_Set_Down(); } W8>>=1; } RGB_Rst(); } /*************************** ******全灭****************** ****************************/ /* void quanmie() { for(i=1;i++;i<7) Send_36bits(1,i,0,0,0,0); } */ /************************** *********熄灭************** **************************/ void ximie() { // for(i=1;i<7;i++) // { // Send_36bits(1,i,LED_OFF); // } Send_36bits(1,1,LED_OFF); Send_36bits(1,2,LED_OFF); Send_36bits(1,3,LED_OFF); Send_36bits(1,4,LED_OFF); Send_36bits(1,5,LED_OFF); Send_36bits(1,6,LED_OFF); } void Roller2()//混色移位 //初始a=1; { switch(a) { case 0: Send_36bits(1,1,LED_W); delayms(100); Send_36bits(1,2,LED_C); delayms(100); Send_36bits(1,3,LED_P); delayms(100); Send_36bits(1,4,LED_B); delayms(100); Send_36bits(1,5,LED_R); delayms(100); Send_36bits(1,6,LED_G); delayms(100); a++; break; case 1: Send_36bits(1,1,LED_G); delayms(100); Send_36bits(1,2,LED_W); delayms(100); Send_36bits(1,3,LED_C); delayms(100); Send_36bits(1,4,LED_P); delayms(100); Send_36bits(1,5,LED_B); delayms(100); Send_36bits(1,6,LED_R); delayms(100); a++; break; case 2: Send_36bits(1,1,LED_R); delayms(100); Send_36bits(1,2,LED_G); delayms(100); Send_36bits(1,3,LED_W); delayms(100); Send_36bits(1,4,LED_C); delayms(100); Send_36bits(1,5,LED_P); delayms(100); Send_36bits(1,6,LED_B); delayms(100); a++; break; case 3: Send_36bits(1,1,LED_B); delayms(100); Send_36bits(1,2,LED_R); delayms(100); Send_36bits(1,3,LED_G); delayms(100); Send_36bits(1,4,LED_W); delayms(100); Send_36bits(1,5,LED_C); delayms(100); Send_36bits(1,6,LED_P); delayms(100); a++; break; case 4: Send_36bits(1,1,LED_P); delayms(100); Send_36bits(1,2,LED_B); delayms(100); Send_36bits(1,3,LED_R); delayms(100); Send_36bits(1,4,LED_G); delayms(100); Send_36bits(1,5,LED_W); delayms(100); Send_36bits(1,6,LED_C); delayms(100); a++; break; case 5: Send_36bits(1,1,LED_C); delayms(100); Send_36bits(1,2,LED_P); delayms(100); Send_36bits(1,3,LED_B); delayms(100); Send_36bits(1,4,LED_R); delayms(100); Send_36bits(1,5,LED_G); delayms(100); Send_36bits(1,6,LED_W); delayms(100); a++; break; case 6: a=0; break; } } /************************************* **************主函数****************** *************************************/ void main() { UartInit();//端口初始化 init_port();//串口初始化 // m=0; ximie(); while(1) { Roller2(); } }