stc12c5a60s2

#include<reg51.h> #include<lcd12864.h> #include<key.h> #include<PWM.h> #include<aDC.h rel='nofollow' onclick='return false;'> #define uchar unsigned char #define uint unsigned int uchar keyvalue=16; uchar pwm1; uchar pwm2; uchar code table0[]="输入1:"; uchar code table1[]="输入2:"; uchar code table2[]="初始化成功"; uchar code table3[]="输入完毕"; uchar code table4[]="开始输入"; uchar disdata1=0x00; uchar disdata2=0x00; void main() { float ADC_RES0,ADC_RES1,ADC_RESh,ADC_RESl; int num0=0; uchar flag=0; init_LCD(); InitADC(); AUXR1&=~ADRJ; while(1) { if(GetADCResult(0)==0) { ADC_RES=0; ADC_LOW2=0; } ADC_LOW2=ADC_LOW2&0x03; ADC_RESh=ADC_RES; ADC_RESl=ADC_LOW2; ADC_RESh=ADC_RESh/256*4.30; ADC_RESl=ADC_RESl/1024*4.30; ADC_RES0=ADC_RESh+ADC_RESl; if(GetADCResult(1)==0) { ADC_RES=0; ADC_LOW2=0; } ADC_LOW2=ADC_LOW2&0x03; ADC_RESh=ADC_RES; ADC_RESl=ADC_LOW2; ADC_RESh=ADC_RESh/256*4.30; ADC_RESl=ADC_RESl/1024*4.30; ADC_RES1=ADC_RESh+ADC_RESl; if(((ADC_RES0+ADC_RES1)<1.5)||((ADC_RES0+ADC_RES1)>3.5)) { if((num0==0)||(num0==2)) { show_char(0,0,"范围外"); show_char(1,0," "); pwm1=pwm2=0x80; setpwm(); } num0=1; } else if(((ADC_RES0+ADC_RES1)>=1.5)&&((ADC_RES0+ADC_RES1)<=3.5)) { if((num0==0)||(num0==1)) { show_char(3,1,table4); keydelay(300); show_char(3,1," "); show_char(0,0,table0); show_char(1,0,table1); num0=2; } keychange(); if(keyvalue==15) { show_char(3,1,table2); keydelay(300); show_char(3,1," "); keyvalue=16; flag=1; } while(flag) { keychange(); if(keyvalue<=2) { disdata1+=keyvalue; write_LCD_command(0x83); write_LCD_data('0'+keyvalue); keyvalue=16; break; } } while(flag) { keychange(); if(keyvalue<=9) { if((disdata1==2)&&(keyvalue>5)) keyvalue=5; disdata1=disdata1*10+keyvalue; write_LCD_command(0x84); write_LCD_data('0'+keyvalue); keyvalue=16; break; } } while(flag) { keychange(); if(keyvalue<=9) { if((disdata1==25)&&keyvalue>5) keyvalue=5; disdata1=disdata1*10+keyvalue; write_LCD_command(0x85); write_LCD_data('0'+keyvalue); keyvalue=16; break; } } ///////////////////////////// write_LCD_command(0x90); while(flag) { keychange(); if(keyvalue<=2) { disdata2+=keyvalue; write_LCD_command(0x93); write_LCD_data('0'+keyvalue); keyvalue=16; break; } } while(flag) { keychange(); if(keyvalue<=9) { if((disdata2==2)&&(keyvalue>5)) keyvalue=5; disdata2=disdata2*10+keyvalue; write_LCD_command(0x94); write_LCD_data('0'+keyvalue); keyvalue=16; break; } } while(flag) { keychange(); if(keyvalue<=9) { if((disdata2==25)&&keyvalue>5) keyvalue=5; disdata2=disdata2*10+keyvalue; write_LCD_command(0x95); write_LCD_data('0'+keyvalue); keyvalue=16; flag=2; break; } } if(flag==2) { show_char(3,1,table3); keydelay(300); show_char(3,1," "); flag=0; pwm1=0xff-disdata1; pwm2=0xff-disdata2; setpwm(); } } } }