internal double GetSecondary12VCurrent(int page)
{
DisabledCheck();
byte[] ret;
using (var localMutexLock = CorsairRootDevice.usbGlobalMutex.GetLock())
{
SetMainPage(0);
SetSecondary12VPage(page);
ret = ReadRegister(0xE8, 2);
}
return(BitCodec.ToFloat(ret));
}
protected virtual void ReadValues()
{
byte[] retVoltage, retCurrent, retPower;
using (var localMutexLock = CorsairRootDevice.usbGlobalMutex.GetLock())
{
SetPage();
retVoltage = ReadRegister(0x8B, 2);
retCurrent = ReadRegister(0x8C, 2);
retPower = ReadRegister(0x96, 2);
}
cachedVoltage = BitCodec.ToFloat(retVoltage);
cachedCurrent = BitCodec.ToFloat(retCurrent);
cachedPower = BitCodec.ToFloat(retPower);
}
protected override void ReadValues()
{
byte[] retVoltage, retCurrent, retPower, retPowerIn;
using (var localMutexLock = CorsairRootDevice.usbGlobalMutex.GetLock())
{
SetPage();
retVoltage = ReadRegister(0x88, 2);
if (psuDevice is LinkDevicePSUHX)
{
retCurrent = null;
retPowerIn = null;
}
else
{
retCurrent = ReadRegister(0x89, 2);
retPowerIn = ReadRegister(0x97, 2);
}
retPower = ReadRegister(0xEE, 2);
}
cachedVoltage = BitCodec.ToFloat(retVoltage);
cachedPower = BitCodec.ToFloat(retPower);
if (retCurrent == null)
{
cachedCurrent = cachedPower / cachedVoltage;
}
else
{
cachedCurrent = BitCodec.ToFloat(retCurrent);
}
if (retPowerIn == null)
{
cachedPowerIn = 0;
}
else
{
cachedPowerIn = (BitCodec.ToFloat(retPowerIn) + (cachedCurrent * cachedVoltage)) / 2.0;
}
PowerData adjustedData = PowerCurves.Interpolate(new PowerData(cachedPowerIn, cachedPower), cachedVoltage, psuDevice);
cachedEfficiency = adjustedData.efficiency;
cachedPowerIn = adjustedData.powerIn;
cachedPower = adjustedData.powerOut;
}
protected override object GetValueInternal()
{
DisabledCheck();
return(BitCodec.ToFloat(device.ReadRegister(0x90, 2), 0));
}
