internal static PowerData Interpolate(PowerData rawData, double voltage, LinkDevicePSU psu)
{
bool psuIsHX = psu is LinkDevicePSUHX;
double powerOut = 0.0;
double powerOutSquare = 0.0;
double powerIn = 0.0;
double powerInSquare = 0.0;
if (psuIsHX)
{
powerOut = rawData.powerOut;
powerOutSquare = Math.Pow(powerOut, 2);
}
else
{
powerIn = rawData.powerIn;
powerInSquare = Math.Pow(powerIn, 2);
}
bool voltageIs110V = (voltage < 180.0);
switch (psu.GetInternalName())
{
case "AX1200i":
powerOut = (voltageIs110V ? (-5.398236E-05 * powerInSquare + 0.9791846 * powerIn - 14.75333) : (-3.724072E-05 * powerInSquare + 0.9792162 * powerIn - 13.2167));
break;
case "AX860i":
powerOut = (voltageIs110V ? (-7.803814E-05 * powerInSquare + 0.9856293 * powerIn - 12.32274) : (-6.501415E-05 * powerInSquare + 0.9914832 * powerIn - 11.86228));
break;
case "AX760i":
powerOut = (voltageIs110V ? (-8.497113E-05 * powerInSquare + 0.9882959 * powerIn - 12.28865) : (-6.94856E-05 * powerInSquare + 0.9947551 * powerIn - 12.14068));
break;
case "HX1000i":
powerIn = (voltageIs110V ? (8.614363E-05 * powerOutSquare + 1.013681 * powerOut + 12.57297) : (6.625963E-05 * powerOutSquare + 1.013373 * powerOut + 11.67543));
break;
case "HX850i":
powerIn = (voltageIs110V ? (9.402802E-05 * powerOutSquare + 1.01568 * powerOut + 12.40252) : (6.333025E-05 * powerOutSquare + 1.023295 * powerOut + 9.813914));
break;
case "HX750i":
powerIn = (voltageIs110V ? (0.0001011842 * powerOutSquare + 1.015511 * powerOut + 12.08922) : (7.757325E-05 * powerOutSquare + 1.015346 * powerOut + 10.91073));
break;
case "HX650i":
powerIn = (voltageIs110V ? (0.0001215054 * powerOutSquare + 1.015551 * powerOut + 9.62592) : (8.296032E-05 * powerOutSquare + 1.018958 * powerOut + 8.411756));
break;
default:
powerOut = (voltageIs110V ? (-4.537257E-05 * powerInSquare + 0.9955244 * powerIn - 17.04104) : (-4.024153E-05 * powerInSquare + 1.002732 * powerIn - 19.12843));
break;
}
double efficiency = powerOut / powerIn;
if (efficiency > 0.99 || efficiency < 0.4)
{
efficiency = Math.Min(Math.Max(efficiency, 0.4), 0.99);
if (psuIsHX)
{
powerIn = powerOut / efficiency;
}
else
{
powerOut = powerIn * efficiency;
}
}
return(new PowerData(powerIn, powerOut, efficiency * 100.0));
}
internal static PowerData Interpolate(PowerData rawData, double voltage, LinkDevicePSU psu)
{
bool psuIsHX = psu is LinkDevicePSUHX;
double powerOut = 0.0;
double powerOutSquare = 0.0;
double powerIn = 0.0;
double powerInSquare = 0.0;
if (psuIsHX)
{
powerOut = rawData.powerOut;
powerOutSquare = Math.Pow(powerOut, 2);
}
else
{
powerIn = rawData.powerIn;
powerInSquare = Math.Pow(powerIn, 2);
}
bool voltageIs110V = (voltage < 180.0);
switch (psu.GetInternalName())
{
case "AX1200i":
powerOut = (voltageIs110V ? (-5.398236E-05 * powerInSquare + 0.9791846 * powerIn - 14.75333) : (-3.724072E-05 * powerInSquare + 0.9792162 * powerIn - 13.2167));
break;
case "AX860i":
powerOut = (voltageIs110V ? (-7.803814E-05 * powerInSquare + 0.9856293 * powerIn - 12.32274) : (-6.501415E-05 * powerInSquare + 0.9914832 * powerIn - 11.86228));
break;
case "AX760i":
powerOut = (voltageIs110V ? (-8.497113E-05 * powerInSquare + 0.9882959 * powerIn - 12.28865) : (-6.94856E-05 * powerInSquare + 0.9947551 * powerIn - 12.14068));
break;
case "HX1000i":
powerIn = (voltageIs110V ? (8.614363E-05 * powerOutSquare + 1.013681 * powerOut + 12.57297) : (6.625963E-05 * powerOutSquare + 1.013373 * powerOut + 11.67543));
break;
case "HX850i":
powerIn = (voltageIs110V ? (9.402802E-05 * powerOutSquare + 1.01568 * powerOut + 12.40252) : (6.333025E-05 * powerOutSquare + 1.023295 * powerOut + 9.813914));
break;
case "HX750i":
powerIn = (voltageIs110V ? (0.0001011842 * powerOutSquare + 1.015511 * powerOut + 12.08922) : (7.757325E-05 * powerOutSquare + 1.015346 * powerOut + 10.91073));
break;
case "HX650i":
powerIn = (voltageIs110V ? (0.0001215054 * powerOutSquare + 1.015551 * powerOut + 9.62592) : (8.296032E-05 * powerOutSquare + 1.018958 * powerOut + 8.411756));
break;
default:
powerOut = (voltageIs110V ? (-4.537257E-05 * powerInSquare + 0.9955244 * powerIn - 17.04104) : (-4.024153E-05 * powerInSquare + 1.002732 * powerIn - 19.12843));
break;
}
double efficiency = powerOut / powerIn;
if (efficiency > 0.99 || efficiency < 0.4)
{
efficiency = Math.Min(Math.Max(efficiency, 0.4), 0.99);
if (psuIsHX)
powerIn = powerOut / efficiency;
else
powerOut = powerIn * efficiency;
}
return new PowerData(powerIn, powerOut, efficiency * 100.0);
}
