msp430程序大综合

/************************************************************************* 功能：将键盘按下的值显示在NOKIA显示屏上 硬件：拨码开关不需要拨动 *************************************************************************/ #include <msp430x42x.h> #include "5510.h" #define Num_of_Results 8 static unsigned int results[Num_of_Results]; void trans_volt(unsigned int adcout); unsigned char entervolt[5]; unsigned int j;//键盘输入数据个数 unsigned int limit=60;//输入电压阈值 unsigned int option=0;//菜单选项 unsigned int optionnumber=0; unsigned int select=1;//1-处于菜单模式，0-处于执行模式 void key(void); void voltoverwarn(void); unsigned long adcout; void tishi(void); volatile unsigned int i; // Use volatile to prevent removal // by compiler optimization void main(void) { WDTCTL = WDTPW + WDTHOLD; // Stop WDT FLL_CTL0 |= XCAP14PF; // Configure load caps for (i = 0; i < 10000; i++); // Delay for 32 kHz crystal to // stabilize SD16CTL = SD16REFON+SD16SSEL0; // 1.2V ref, SMCLK,0XOO14,00010100interrupt disabled SD16INCTL0 |= SD16INTDLY_0; // *****Interrupt on 4th sample,0x0000 SD16CCTL0 |= SD16IE ; // Enable interrupt,0x0008 SD16INCTL0|=SD16INCH_3; //选择A3通道,0x0003 for (i = 0; i < 0x3600; i++); // Delay for 1.2V ref startup LCD_init();//初始化液晶 tishi(); LCD_clear(); _EINT(); // Enable general interrupts SD16CCTL0 |= SD16SC; // Set bit to start conversion,Start conversion //***************************提示和输入************************************ //*******************************采样********************************* while(1){ P6DIR=0X00; adcout=0; for(i=0;i<8;i++)adcout=adcout+results[i]; adcout=adcout>>3; //取均值，滤波 trans_volt(adcout); } } #pragma vector=SD16_VECTOR __interrupt void SD16ISR(void) { static unsigned int index = 0; switch (SD16IV) { case 2: // SD16MEM Overflow,data too large break; case 4: // SD16MEM0 IFG,ADC normal results[index] = SD16MEM0; // Save CH0 results (clears IFG) if (++index == Num_of_Results) { index = 0; // SET BREAKPOINT HERE } break; } } void trans_volt(unsigned int adcout){ unsigned long temp; unsigned char t1; unsigned char ptr[4]; temp=adcout; temp=(temp<<7)-(temp<<3); temp=temp>>16; temp-=60; if(temp>limit)voltoverwarn(); P1DIR=0x30; ptr[0]=temp/100; t1=temp-(ptr[0]*100); ptr[1]=t1/10; t1=t1-ptr[1]*10; ptr[2]=t1/1; LCD_write_chinese_string(4,1,12,6,10,0); LCD_write_number(21,3,ptr[0]); LCD_write_char('.'); LCD_write_number(35,3,ptr[1]); LCD_write_number(42,3,ptr[2]); LCD_write_char('V'); } void key(void){ P1DIR=0x00; P6DIR=0xf0; teg1: P6OUT=0x00; if(((P1IN&BIT2)==0)||((P1IN&BIT3)==0)||((P1IN&BIT6)==0)||((P1IN&BIT7)==0)){ for(int i=0;i<5000;i++); P6OUT=~BIT4; if(((P1IN&BIT2)==0)){entervolt[j]='0';goto out;} else if(((P1IN&BIT3)==0)){entervolt[j]='4';goto out;} else if(((P1IN&BIT6)==0)){entervolt[j]='8';goto out;} else if(((P1IN&BIT7)==0)){option=12;goto out;} else{ P6OUT=~BIT5; if(((P1IN&BIT2)==0)){entervolt[j]='1';goto out;} else if(((P1IN&BIT3)==0)){entervolt[j]='5';goto out;} else if(((P1IN&BIT6)==0)){entervolt[j]='9';goto out;} else if(((P1IN&BIT7)==0)){option=13;goto out;} else{ P6OUT=~BIT6; if(((P1IN&BIT2)==0)){entervolt[j]='2';goto out;} else if(((P1IN&BIT3)==0)){entervolt[j]='6';goto out;} else if(((P1IN&BIT6)==0)){entervolt[j]='.';goto out;} else if(((P1IN&BIT7)==0)){option=14;goto out;} else { P6OUT=~BIT7; if(((P1IN&BIT2)==0)){entervolt[j]='3';goto out;} else if(((P1IN&BIT3)==0)){entervolt[j]='7';goto out;} else if(((P1IN&BIT6)==0)){entervolt[j]='\n';goto out;} else if(((P1IN&BIT7)==0)){option=15;goto out;} } } } goto teg1; } else{ goto teg1; } out: if(select==0){ if(j==0) { LCD_write_english_string(0,3,"****"); LCD_write_char(entervolt[0]); } else if(j==4) {LCD_write_english_string(50,3,"V****"); for(i=0;i<0xffff;i++); for(i=0;i<0xffff;i++); } else LCD_write_char(entervolt[j]); } else return; } void voltoverwarn(void){ P6DIR|=BIT0+BIT1+BIT2+BIT3; P6OUT|=BIT0+BIT1+BIT2+BIT3; } void tishi(void){ while(1){ start: LCD_clear(); LCD_write_chinese_string(15,0,12,3,24,0); LCD_write_english_string(6,2,"K12"); LCD_write_char(':'); LCD_write_chinese_string(24,2,12,4,27,0); LCD_write_char(':'); LCD_write_chinese_string(6,4,12,2,31,0); LCD_write_english_string(22,4," K15"); LCD_write_chinese_string(50,4,12,2,34,0); optionnumber=(optionnumber+1)%3; while(1){ key(); for(i=0;i<0xffff;i++);//软件消抖 if(option==12){ LCD_clear(); LCD_write_chinese_string(6,2,12,5,36,0); for(i=0;i<0xffff;i++); for(i=0;i<0xffff;i++); goto start; } else if(option==13){ goto continue1; } else if(option==14){ LCD_clear(); LCD_write_chinese_string(6,2,12,5,36,0); for(i=0;i<0xffff;i++); for(i=0;i<0xffff;i++); goto start; } else if(option!=15) continue; else if(optionnumber==1){ LCD_clear(); LCD_write_chinese_string(15,0,12,3,24,0); LCD_write_english_string(6,2,"K13"); LCD_write_char(':'); LCD_write_chinese_string(24,2,12,5,41,0); //LCD_write_char(':'); LCD_write_chinese_string(6,4,12,2,31,0); LCD_write_english_string(22,4," K15"); LCD_write_chinese_string(50,4,12,2,34,0); optionnumber=(optionnumber+1)%3; } else if(optionnumber==2){ LCD_clear(); LCD_write_chinese_string(15,0,12,3,24,0); LCD_write_english_string(6,2,"K14"); LCD_write_char(':'); LCD_write_chinese_string(24,2,12,5,46,0); //LCD_write_char(':'); LCD_write_chinese_string(6,4,12,2,31,0); LCD_write_english_string(22,4," K15"); LCD_write_chinese_string(50,4,12,2,34,0); optionnumber=(optionnumber+1)%3; } else goto start; } continue; } continue1: select=0; LCD_clear(); LCD_write_chinese_string(3,1,12,7,17,0); tag: for(j=0;j<5;j++){ key(); for(i=0;i<0xffff;i++); } if(entervolt[4]=='\n') { LCD_clear(); limit=(entervolt[2]-48)*10+(entervolt[3]-48); } else{ LCD_clear(); goto tag; } }