private void SimulateBatteryDecay()
{
if (txtSimBatteryRuntime.Text.Equals(""))
{
SimulatorPopulate();
}
double BattValue = Convert.ToDouble(NUT_Processor.SearchNUTData("battery.charge"));
int BattRuntimeMax = Convert.ToInt32(txtSimBatteryRuntime.Text);
int BattRuntimeBreakdown = (BattRuntimeMax / 100);
int BattRuntime = Convert.ToInt32(NUT_Processor.SearchNUTData("battery.runtime"));
// Since it would be impossible for a battery to have a negative charge, it will set the charge to 0
if ((BattValue - SimUPSDecayRate) <= 0)
{
Backend.Background.WriteNUTLog("[SIMULATOR] Battery decayed to empty");
NUT_Processor.ModifySimNUTData("battery.charge", "0");
NUT_Processor.ModifySimNUTData("battery.runtime", "0");
}
else
{
Backend.Background.WriteNUTLog("[SIMULATOR] Battery decayed by " + SimUPSDecayRate + " from " + BattValue + " to " + (BattValue - SimUPSDecayRate));
NUT_Processor.ModifySimNUTData("battery.charge", Convert.ToString(BattValue - SimUPSDecayRate));
NUT_Processor.ModifySimNUTData("battery.runtime", Convert.ToString(BattRuntime - (BattRuntimeBreakdown * SimUPSDecayRate)));
}
// Refresh information
//UPSPoll();
}
private void btnSimApply_Click(object sender, EventArgs e)
{
NUT_Processor.ModifySimNUTData("battery.charge", txtSimBatteryCharge.Text);
NUT_Processor.ModifySimNUTData("battery.charge.low", txtSimBatteryChargeLow.Text);
NUT_Processor.ModifySimNUTData("battery.charge.warning", txtSimBatteryChargeWarn.Text);
NUT_Processor.ModifySimNUTData("battery.runtime", txtSimBatteryRuntime.Text);
NUT_Processor.ModifySimNUTData("battery.runtime.low", txtSimBatteryRuntimeLow.Text);
NUT_Processor.ModifySimNUTData("battery.voltage", txtSimBatteryVoltage.Text);
NUT_Processor.ModifySimNUTData("battery.voltage.nominal", txtSimBatteryVoltageNominal.Text);
NUT_Processor.ModifySimNUTData("input.voltage", txtSimInputVoltage.Text);
NUT_Processor.ModifySimNUTData("input.voltage.nominal", txtSimInputVoltageNominal.Text);
NUT_Processor.ModifySimNUTData("output.voltage", txtSimOutputVoltage.Text);
NUT_Processor.ModifySimNUTData("ups.status", cmbSimUPSStatus.Text);
SimUPSDecayRate = Convert.ToDouble(txtSimBatteryDecay.Text);
IsSimulatingDecay = chkSimulate.AutoCheck;
UPSPoll();
}
