private void MonitorCPUTemperatureAndRegulateFan()
{
int fanSpeedAdjustmentsCounter = 0;
var temps = new RunningAvg(MagicConstants.NR_MEASUREMENTS_FOR_AVERAGE_TEMP);
int fanPercentage = MagicConstants.INITIAL_FAN_PERCENTAGE;
int prevFanPercentage = MagicConstants.INITIAL_FAN_PERCENTAGE;
int?currTemp;
fan?.SetFanSpeed(1, fanPercentage);
var CPU = GetCPU();
while (true)
{
CPU.Update();
currTemp = GetCurrentTemperature(CPU);
if (currTemp != null)
{
temps.Add(currTemp.Value);
fanPercentage = CalcFanPercentage(fanPercentage, temps.GetAvg(MagicConstants.NR_MEASUREMENTS_FOR_CURRENT_TEMP), temps.GetAvg());
if (fanPercentage != prevFanPercentage)
{
Log.Information($"\nLast updated fan speed at {DateTime.Now.ToLongTimeString()}. {++fanSpeedAdjustmentsCounter} updates so far.\n");
fan?.SetFanSpeed(1, fanPercentage);
prevFanPercentage = fanPercentage;
}
}
System.Threading.Thread.Sleep(MagicConstants.SLEEP_TIME_BETWEEN_MEASUREMENTS);
}
}
private void tmrMain_Tick(object sender, EventArgs e)
{
// Get CPU temperature and set fan speed
currentCpuTemp = GetCurrentTemperature("CPU");
currentGpuTemp = GetCurrentTemperature("GPU");
currentCpuFan = CalcFanPercentage("CPU", currentCpuTemp);
currentGpuFan = CalcFanPercentage("GPU", currentGpuTemp);
if (currentCpuTemp >= 80 && currentGpuTemp >= 80)
{
currentCpuFan = 100;
currentGpuFan = 100;
}
if (currentCpuFan != prevFanCPUPercentage)
{
fan?.SetFanSpeed(1, currentCpuFan);
prevFanCPUPercentage = currentCpuFan;
}
if (currentGpuFan != prevFanGPUPercentage)
{
fan?.SetFanSpeed(2, currentGpuFan);
prevFanGPUPercentage = currentGpuFan;
}
timerTickCount++;
if (timerTickCount == 100)
{
//GC.Collect();
timerTickCount = 0;
}
UpdateGui();
}
private void tmrMain_Tick(object sender, EventArgs e)
{
//fanUpdateTick = !fanUpdateTick;
// Get CPU temperature and set fan speed
currentCpuTemp = GetCurrentTemperature("CPU");
currentGpuTemp = GetCurrentTemperature("GPU");
if (currentCpuTemp > maxCpuTemp)
{
maxCpuTemp = currentCpuTemp;
}
if (currentGpuTemp > maxGpuTemp)
{
maxGpuTemp = currentGpuTemp;
}
//if (currentCpuTemp >= 80) {
// tmrHighCpuDelay.Enabled = true;
//}
if (currentCpuTemp >= cpuSafetyTemp || currentGpuTemp >= gpuSafetyTemp)
{
currentCpuFan = 100;
currentGpuFan = 100;
}
else
{
currentCpuFan = CalcFanPercentage("CPU", currentCpuTemp);
currentGpuFan = CalcFanPercentage("GPU", currentGpuTemp);
}
if (btnACFans.Checked && SystemInformation.PowerStatus.PowerLineStatus == PowerLineStatus.Online)
{
if (currentCpuFan < 30)
{
currentCpuFan = 30;
}
if (currentGpuFan < 30)
{
currentGpuFan = 30;
}
}
//if (currentCpuTemp >= 80 && currentGpuTemp >= 80) {
// currentCpuFan = 100;
// currentGpuFan = 100;
//}
//if (currentGpuTemp >= 80) {
// currentCpuFan = currentGpuFan;
//}
if (!clevoAutoFans)
{
if (currentCpuFan != prevFanCPUPercentage || timerTickCount * tmrMain.Interval * 0.001 >= 60)
{
//if (prevCpuTemp < 80 && currentCpuTemp >= 80) {
// if (highCpuDelayFinished) {
fan?.SetFanSpeed(1, currentCpuFan);
//RampFanSpeed(1, currentCpuFan);
prevFanCPUPercentage = currentCpuFan;
cpuSameTempTicks = 0;
//highCpuDelayFinished = false;
//tmrHighCpuDelay.Enabled = false;
//}
//} else {
// fan?.SetFanSpeed(1, currentCpuFan);
// //RampFanSpeed(1, currentCpuFan);
// prevFanCPUPercentage = currentCpuFan;
// cpuSameTempTicks = 0;
//}
}
if (currentGpuFan != prevFanGPUPercentage || timerTickCount * tmrMain.Interval * 0.001 >= 60)
{
fan?.SetFanSpeed(2, currentGpuFan);
//RampFanSpeed(2, currentCpuFan);
prevFanGPUPercentage = currentGpuFan;
gpuSameTempTicks = 0;
}
}
timerTickCount++;
if (timerTickCount * tmrMain.Interval * 0.001 > 60)
{
//GC.Collect();
timerTickCount = 0;
}
prevCpuTemp = currentCpuTemp;
prevGpuTemp = currentGpuTemp;
}