static int shell_adcalib(int argc, char *argv[])
{
int i;
i = ReadBatVol();
PrintLog(0, "电池电压: %dmV\n", i);
i = ReadTemperature();
PrintLog(0, "当前温度: %d.%dC\n", i/10, i%10);
return 0;
}
/**
* @brief 可充电电池监测
*/
static void BatteryMonitor(void)
{
#define VOL_CHARGE 4800
#define VOL_UNCHARGE 5700
#define VOL_BATLOW 3000
#define VOL_BATBAD 5810
#define BATCAP_CHK ((VOL_UNCHARGE-VOL_CHARGE)/8)
int batv = ReadBatVol();
if(batv < VOL_BATLOW) { // 没插电池
BatCapacityStatus = 0;
//GpioSetValue(GPIO_BAT_CHARGE, 0); //停止充电
if(0 == RunState.batbad) {
PrintLog(LOGTYPE_ALARM, "battery disconnected!\n");
RunStateModify()->batbad = 1;
}
/*if(RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery stop charge\n");
RunStateModify()->batcharge = 0;
}*/
return;
}
else if(RunState.batbad) {
PrintLog(LOGTYPE_ALARM, "battery connected!\n");
RunStateModify()->batbad = 0;
}
if(batv < VOL_UNCHARGE) {
GpioSetValue(GPIO_BAT_CHARGE, 1); //充电
if(0 == RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery start charge\n");
RunStateModify()->batcharge = 1;
}
}
else {
GpioSetValue(GPIO_BAT_CHARGE, 0); //停止充电
if(RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery stop charge\n");
RunStateModify()->batcharge = 0;
}
}
if(batv <= (VOL_CHARGE+BATCAP_CHK)) BatCapacityStatus = 0;
else if(batv >= (VOL_UNCHARGE-BATCAP_CHK)) BatCapacityStatus = 3;
else if(batv < ((VOL_UNCHARGE+VOL_CHARGE)/2)) BatCapacityStatus = 1;
else BatCapacityStatus = 2;
}
