軟件人員流程示例

函數(shù)變量說(shuō)主函系統(tǒng)初使看門狗的現(xiàn)場(chǎng)恢中斷初使串口初使GPIO初使1電池電流檢測(cè)管1電池電壓檢測(cè)管常量初使定時(shí)器處理程8881秒鐘基準(zhǔn)定時(shí)81分鐘基準(zhǔn)定時(shí)81小時(shí)基準(zhǔn)定時(shí)壓，充電電流等ADCADC1ADC采樣時(shí)間標(biāo)8ADC出錯(cuò)超時(shí)定時(shí)ADC出錯(cuò)超時(shí)定時(shí)器參8允許上一次的電壓標(biāo)8允許上一次的電流標(biāo)820電池電壓消抖時(shí)1電池電流消抖時(shí)23主變壓器溫度消4諧振電感溫度消8軟件濾波的次數(shù)，最大軟件濾波的次數(shù)C_SN_ADC_Temp_Mos串口通訊的接收ADC采樣程【采樣時(shí)間標(biāo)志】無(wú)【ADC出錯(cuò)處理如果【ADC抗抖動(dòng)計(jì)數(shù)器】<10-則如果【ADC采樣值】【ADC最大值】【ADC最大值【ADC采樣值】如果【ADC采樣值】【ADC最小值】或者【ADC抗抖動(dòng)計(jì)數(shù)器】==則【ADC最小值】=【ADC采樣值

【ADC平均值】=(【ADC累加值】-【ADC最大值】-【ADC最小值】【ADC最大值】=【ADC最小值】=如果【ADC采樣序號(hào)】<4-則否則

【ADC采樣序號(hào)】加【ADC采樣序號(hào)】=【ADC抗抖動(dòng)計(jì)數(shù)器】加如果【ADC抗抖動(dòng)計(jì)數(shù)器】=10-【ADC抗抖動(dòng)計(jì)數(shù)器】=ADC出錯(cuò)處如果【ADC出錯(cuò)定時(shí)器】!=則【ADC平均值】=【ADC累加值】=【ADC最大值】=【ADC最小值】=【ADC抗抖動(dòng)計(jì)數(shù)器】=啟動(dòng)下一次AD轉(zhuǎn)備份位置 代碼位置 編輯環(huán)境位置編譯環(huán)境位置voidmain{{}}void{T2CON=0?EA=1?}main函數(shù)流程與代voidmain{{b_Mark_1mS=清看門狗{}

B_Polling_10ms=10-{casecasecasecasecasecasecasecasecase

case}

}}voidSys_Init(void){T2CON=0?EA=}定時(shí)器的流程與代void{BYTEi=if(B_Timer_Polling_10mS==0)/**********************10mSStart***********************/B_Timer_Polling_10mS=0? {}b_Mark_ADC_10mS=/**********************10mS{}/*********************100mSStart***********************/B_Timer_Polling_100mS=C_Timer_Polling_10mS_100mS?/*********************100mS{}/*********************1SStart**************************/B_Timer_Polling_1S=C_Timer_Polling_100mS_1S?b_Mark_V_Ave_1Sec=1?/*********************1S{}/*********************1MStart**************************/B_Timer_Polling_1M=C_Timer_Polling_1S_1M?if(B_Timer_Bat_Min>=60){B_Timer_Bat_Min=if(B_Timer_Bat_Hour>=24){B_Timer_Bat_Hour=}}/*********************1M{}/*********************1HStart**************************/B_Timer_Polling_1H=C_Timer_Polling_1M_1H?/*********************1H}51定時(shí)器參數(shù)設(shè)定與晶振的#define #define#define #define #define#define #define #define #define #define#defineC_XTAL_24Bit_TH #defineC_XTAL_24Bit_TM(WORD)(C_XTAL_24Bit_Counter%0x10000)/0x100#defineC_XTAL_24Bit_TL void{TMOD=(TMOD|0x01)?//time0mode1(16bittimerTH0=C_XTAL_16Bit_TH?TL0=C_XTAL_16Bit_TL?ET0=EA=TR0=}ADC采樣程【采樣時(shí)間標(biāo)志】無(wú)【ADC出錯(cuò)處理如果【ADC抗抖動(dòng)計(jì)數(shù)器】<10-則如果【ADC采樣值】>=【ADC最大值則【ADC最大值】=【ADC采樣值如果【ADC采樣值】【ADC最小值】或者【ADC抗抖動(dòng)計(jì)數(shù)器】==0則【ADC最小值】=【ADC采樣值

【ADC平均值】=(【ADC累加值】-【ADC最大值】-【ADC最小值】【ADC最大值】=【ADC最小值】=如果【ADC采樣序號(hào)】<4-則否則

【ADC采樣序號(hào)】加【ADC采樣序號(hào)】=【ADC抗抖動(dòng)計(jì)數(shù)器】加如果【ADC抗抖動(dòng)計(jì)數(shù)器】=10-【ADC抗抖動(dòng)計(jì)數(shù)器】=如果【ADC出錯(cuò)定時(shí)器】!=則【ADC平均值】=【ADC累加值】=【ADC最大值】=【ADC最小值】=【ADC抗抖動(dòng)計(jì)數(shù)器】=啟動(dòng)下一次AD轉(zhuǎn)void{BYTE{AW_Value_ADC_Anti[i][j]=}B_Times_ADC_Anti=0? b_Mark_ADC_10mS=0?ADCCHSL=ADCCFG|= // B(bit0=1),start}void{}void{WORDW_ADC_Result= //storeconvertif(b_Mark_ADC_10mS==0)b_Mark_ADC_10mS=0? //(ADCCFG&0x10)isADCchanging.B_Timer_ADC_Error_10mS=C_Timer_ADC_Error_10mS_1S?W_ADC_Result=W_ADC_Value?AW_Value_ADC_Anti[B_SN_ADC][C_ADC_SUM]+=W_ADC_Result?if(B_Times_ADC_Anti<C_Times_ADC_Anti-{if(W_ADC_Result>=AW_Value_ADC_Anti[B_SN_ADC][C_ADC_Max]if((W_ADC_Result<=||(B_Times_ADC_Anti==0))AW_Value_ADC_Anti[B_SN_ADC][C_ADC_Min]=}{=AW_Value_ADC_Anti[B_SN_ADC][C_ADC_SUM]=AW_Value_ADC_Anti[B_SN_ADC][C_ADC_Max]=AW_Value_ADC_Anti[B_SN_ADC][C_ADC_Min]=b_Mark_ADC_Anti_End=}if(B_SN_ADC<C_SN_ADC_Max-1){

B_SN_ADC=if(B_Times_ADC_Anti<C_Times_ADC_Anti-1)}

B_Times_ADC_Anti=ADCCFG|= //start}串口通訊緩沖處理的流程與【串口數(shù)據(jù)處理則voidmain{{}}voidInitial_UART0(unsignedlongBR,unsignedlong{b_Mark_UART0_TX_Enable=}voidInterrupt_UART0(void)interrupt{if(RI=={RI==if(B_Point_UART0_RX_Write>=C_Lenth_UART0_RX){B_Point_UART0_RX_Write=}if(B_Point_UART0_RX_Write=={b_Mark_UART0_RX_Overflow=}}if(TI=={b_Mark_UART0_TX_Enable=TI=}}void{if(b_Mark_UART0_TX_Enable==0){if(B_Point_UART0_TX_Read==B_Point_UART0_TX_Write){}}{

=BA_Buffer_UART0_TX[B_Point_UART0_TX_Read]?b_Mark_UART0_TX_Enable=0?if(B_Point_UART0_TX_Read>=C_Lenth_UART0_TX)B_Point_UART0_TX_Read=b_Mark_UART0_TX_Overflow=0?B_Point_UART0_TX_Read=B_Point_UART0_TX_Write?}}voidUART0_TX_Write_Buff(BYTE{BA_Buffer_UART0_TX[B_Point_UART0_TX_Write]=B_data?if(B_Point_UART0_TX_Write>={B_Point_UART0_TX_Write=}if(B_Point_UART0_TX_Write=={b_Mark_UART0_TX_Overflow=}}void{{if(B_Point_UART0_RX_Rea