辉芒微FT61F145 数码管水流开关demo

//Project: QJ-088A.prj // Device: FT61F14X // Memory: Flash 4KX14b, EEPROM 128X8b, SRAM 512X8b // Author: //Company: //Version: // Date: //=========================================================== //=========================================================== #include "SYSCFG.h"; #include "main.h" //=========================================================== //Variable definition //=========================================================== //=========================================================== //Funtion name：interrupt ISR //parameters：无 //returned value：无 //=========================================================== void interrupt ISR(void) { if(T1UIE && T1UIF) //1ms { T1UIF = 1; //写1清零标志位 show_deal(); show_cnt++; if(show_cnt >= 12)show_cnt = 0; CHECK_BUTTON(); set_flash_cnt++; if(SET_POINT != 0) { set_over_time++; } if(flag.working) { runing_ms++; if(runing_ms == 1000) { runing_ms = 0; runing_s++; if(runing_s == 3600) { runing_s = 0; runing_h++; if(flag.mode == 1 && SET_POINT == 0) { form_register(tri_runing_time - runing_h , 1); } } else { if(flag.mode == 0 && SET_POINT == 0) { form_register(tri_runing_time - runing_s , 0); } } } } else { runing_ms = 0; runing_h = 0; runing_s = 0; } } } /*------------------------------------------------- * 函数名：POWER_INITIAL * 功能： 上电系统初始化 * 输入： 无 * 输出： 无 --------------------------------------------------*/ void POWER_INITIAL(void) { OSCCON = 0B01110001; //16MHZ 1:1 //BIT7~BIT4:主时钟（系统时钟）分频比选择。0111(1:1),0110(1:2),0101(1:4),0100(1:8),0011(1:16),0010,(1:32),0001(1:64),1xxx(1:128),0000(32kHz LIRC) //BIT3:振荡器起振超时状态位。1：器件运行在FOSC<2:0>指定的外部时钟之下；0：器件运行在内部振荡器之下 //BIT2:高速内部时钟状态。 1：HIRC is ready；0：HIRC is not ready //Bit1：低速内部时钟状态。1：LIRC is ready；0：LIRC is not ready //Bit0:系统时钟选择位。1：系统时钟选择为内部振荡器；0：时钟源由FOSC<2:0>决定 INTCON = 0B01000000; PORTA = 0B00000000; TRISA = 0B00111010; //PA输入输出 0-输出 1-输入 PORTB = 0B00000000; TRISB = 0B00000000; //PB输入输出 0-输出 1-输入 PORTC = 0B00000000; TRISC = 0B11111100; //PC输入输出 0-输出 1-输入 WPUA = 0B00111010; //PA端口上拉控制 1-开上拉 0-关上拉 WPUB = 0B00000000; //PB端口上拉控制 1-开上拉 0-关上拉 WPUC = 0B00000000; //PC端口上拉控制 1-开上拉 0-关上拉 WPDA = 0B00000000; //PA端口上拉控制 1-开下拉 0-关下拉 WPDB = 0B00000000; //PB端口上拉控制 1-开下拉 0-关下拉 WPDC = 0B00000000; //PC端口上拉控制 1-开下拉 0-关下拉 PSRC0 = 0B11111111; //PORTA,PORTB源电流设置最大 //BIT7~BIT6:PORTB[7:4]源电流能力控制,BIT5~BIT4:PORTB[3:0]源电流能力控制 //BIT3~BIT2:PORTA[7:4]源电流能力控制,BIT1~BIT0:PORTA[3:0]源电流能力控制 PSRC1 = 0B11111111; //PORTC,PORTD源电流设置最大 //BIT7~BIT6:PORTD[7:4]源电流能力控制,BIT5~BIT4:PORTD[3:0]源电流能力控制 //BIT3~BIT2:PORTC[7:4]源电流能力控制,BIT1~BIT0:PORTC[3:0]源电流能力控制 PSINK0 = 0B11111111; //PORTA灌电流设置最大 0:最小，1:最大 PSINK1 = 0B11111111; //PORTB灌电流设置最大 0:最小，1:最大 PSINK2 = 0B11111111; //PORTC灌电流设置最大 0:最小，1:最大 ANSELA = 0B00000000; } /*------------------------------------------------- * 函数名：Time1Initial * 功能： 上电系统初始化 * 输入： 无 * 输出： 无 --------------------------------------------------*/ void Time1Initial(void) { PCKEN |=0B00000010; //使能timer1时钟模块 CKOCON=0B00100000; TCKSRC=0B00000000; //TIM1时钟为HIRC的2倍频 TIM1CR1 =0B10000101; //预载允许，边沿对齐向上计数器，计数器使能 TIM1IER =0B00000001; TIM1ARRH =0x3e; //自动重载，周期 TIM1ARRL =0x80; GIE=1; } /*---------------------------------------------------- * 函数名称：EEPROMread * 功能： 读EEPROM数据 * 输入参数：EEAddr 需读取数据的地址 * 返回参数；ReEEPROMread 对应地址读出的数据 ----------------------------------------------------*/ unsigned char EEPROMread(unsigned char EEAddr) { unsigned char ReEEPROMread; EEADRL = EEAddr; CFGS =0; EEPGD=0; RD = 1; NOP(); NOP(); NOP(); NOP(); ReEEPROMread = EEDATL; return ReEEPROMread; } /*---------------------------------------------------- * 函数名称：EEPROMwrite * 功能： 写数据到EEPROM * 输入参数：EEAddr 需要写入数据的地址 * Data 需要写入的数据 * 返回参数：无 ----------------------------------------------------*/ void EEPROMwrite(unsigned char EEAddr,unsigned char Data) { while(GIE) //等待GIE为0 {GIE = 0;} //写数据必须关闭中断 EEADRL = EEAddr; //EEPROM的地址 EEDATL = Data; //EEPROM的写数据 CFGS =0; //访问EEPROM存储器 EEPGD=0; // WREN=1; //写使能 EEIF = 0; EECON2=0x55; EECON2=0xAA; WR = 1; //置位WR启动编程 NOP(); NOP(); NOP(); NOP(); while(WR); //等待EE写入完成 WREN=0; GIE = 1; } void form_register(unsigned int num,unsigned char mode) { unsigned int temp1,temp2; if(mode == 0) { temp1 = num / 100; show_form[2] = temp1; temp2 = (num - temp1 * 100) / 10; show_form[1] = temp2; temp1 = num - temp1 * 100 - temp2 * 10; show_form[0] = temp1; } if(mode == 1) { temp1 = num / 10; show_form[2] = temp1; temp1 = num - temp1 * 10; show_form[1] = temp1; show_form[0] = 10; } } void show_num(unsigned char num) { switch(num) { case 0: SEGA = 1;SEGB = 1;SEGC = 1;SEGE = 1;SEGF = 1;SEGG = 0;SEGH = 1; break; case 1: SEGA = 0;SEGB = 0;SEGC = 0;SEGE = 0;SEGF = 1;SEGG = 0;SEGH = 1; break; case 2: SEGA = 1;SEGB = 1;SEGC = 1;SEGE = 0;SEGF = 0;SEGG = 1;SEGH = 1; break; case 3: SEGA = 1;SEGB = 0;SEGC = 1;SEGE = 0;SEGF = 1;SEGG = 1;SEGH = 1; break; case 4: SEGA = 0;SEGB = 0;SEGC = 0;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 1; break; case 5: SEGA = 1;SEGB = 0;SEGC = 1;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 0; break; case 6: SEGA = 1;SEGB = 1;SEGC = 1;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 0; break; case 7: SEGA = 1;SEGB = 0;SEGC = 0;SEGE = 0;SEGF = 1;SEGG = 0;SEGH = 1; break; case 8: SEGA = 1;SEGB = 1;SEGC = 1;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 1; break; case 9: SEGA = 1;SEGB = 0;SEGC = 1;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 1; break; case 10: SEGA = 0;SEGB = 1;SEGC = 0;SEGE = 1;SEGF = 1;SEGG = 1;SEGH = 1; break; case 11: SEGA = 0;SEGB = 0;SEGC = 0;SEGE = 0;SEGF = 0;SEGG = 0;SEGH = 0; break; } } void show_deal() { COM1 = 1;COM2 = 1;COM3 = 1; NOP();NOP();NOP(); if(SET_POINT != 0) { if(set_flash_cnt < flash_time) { NOP(); } else if(set_flash_cnt < flash_time + flash_time) { if(SET_POINT == 1) { set_flash_temp = show_form[2]; show_form[2] = 11; } if(SET_POINT == 2) {