public void UpdateSettings(FanSettings fs)
{
if (fc != null)
{
fc.UpdateSettings(fs);
}
}
static int CalculateFanSpeed(double motherboardtemp, double cputinavg, FanSettings fs)
{
const double DIV = 100.0 / 255;
if (fs.AutoSpeed)
{
var OFFSET = motherboardtemp - 27;
var SOFFSET = OFFSET * 2;
var TOFFSET = OFFSET / 2;
// max speed = 100%
var speed = 0xff;
// min speed = 35%
var MINSPEED = Math.Max(45 / DIV, (fs.SpeedLow + SOFFSET) / DIV);
var MAXSPEED = (fs.SpeedHigh) / DIV;
var BOTTOMTEMP = fs.TempLow + TOFFSET;
var TOPTEMP = fs.TempHigh;
if (cputinavg < BOTTOMTEMP)
{
// min speed = 35%
speed = (int)MINSPEED;
}
else if (cputinavg < TOPTEMP)
{
// from 45 - 70 deg slope from 35% - 100%
speed = Math.Min(255, (int)(MINSPEED + (cputinavg - BOTTOMTEMP) * (MAXSPEED - MINSPEED) / (TOPTEMP - BOTTOMTEMP)));
}
return(speed);
}
else
{
return((int)(fs.SpeedManual / DIV));
}
}
public void UpdateSettings(FanSettings fs)
{
if (fc != null)
{
fc.UpdateSettings(fs);
}
}
static int CalculateFanSpeed(double motherboardtemp, double cputinavg, FanSettings fs)
{
const double DIV = 100.0 / 255;
if (fs.AutoSpeed)
{
var OFFSET = motherboardtemp - 27;
var SOFFSET = OFFSET * 2;
var TOFFSET = OFFSET / 2;
// max speed = 100%
var speed = 0xff;
// min speed = 35%
var MINSPEED = Math.Max(45/DIV, (fs.SpeedLow + SOFFSET)/ DIV);
var MAXSPEED = (fs.SpeedHigh) / DIV;
var BOTTOMTEMP = fs.TempLow + TOFFSET;
var TOPTEMP = fs.TempHigh;
if (cputinavg < BOTTOMTEMP)
{
// min speed = 35%
speed = (int)MINSPEED;
}
else if (cputinavg < TOPTEMP)
{
// from 45 - 70 deg slope from 35% - 100%
speed = Math.Min(255, (int)(MINSPEED + (cputinavg - BOTTOMTEMP) * (MAXSPEED - MINSPEED) / (TOPTEMP - BOTTOMTEMP)));
}
return speed;
}
else
{
return (int)(fs.SpeedManual / DIV);
}
}
public void UpdateSettings(FanSettings fs)
{
fansettings[fs.Name] = fs;
}
public void UpdateSettings(FanSettings fs)
{
fansettings[fs.Name] = fs;
}