private void ResponseToHarmonicIPCalculate()
{
if (VehicleDataNeedsToRecalculate)
{
if (ResponseToHarmonicInput == null)
{
ResponseToHarmonicInput = new List <double>();
}
ResponseToHarmonicInput.Clear();
//DateTime time = DateTime.Now;
if (Force == 0.0 || ExcitationFrequencyHz == 0.0)
{
foreach (double item in TimeIntervals)
{
double x = 0.0 * item;
ResponseToHarmonicInput.Add(x);
}
}
else
{
foreach (double item in TimeIntervals)
{
double xOfTime = StaticDisplacement * TransferFunction * Math.Cos((ExcitationFrequencyRad * item) + Phy);
ResponseToHarmonicInput.Add(xOfTime);
}
}
// _tResponseToHarmonicIP = (DateTime.Now - time).TotalMilliseconds;
}
}
private void ResponseToHarmonicIPCalculate()
{
if (ResponseNeedsToRecalculate)
{
if (ResponseToHarmonicInput == null)
{
ResponseToHarmonicInput = new List <double>();
}
ResponseToHarmonicInput.Clear();
if (InputForce == 0.0 || ExcitationFrequencyHz == 0.0)
{
foreach (double item in TimeIntervals)
{
ResponseToHarmonicInput.Add(0.0);
}
}
else
{
foreach (double item in TimeIntervals)
{
double xOfTime = StaticDisplacement * TransferFunction * Math.Cos((ExcitationFrequencyRad * item) + Phy);
ResponseToHarmonicInput.Add(xOfTime);
}
}
}
}
private void ForcedVibrationDisplacementCalculate()
{
if (VehicleDataNeedsToRecalculate)
{
if (ResponseToHarmonicInput == null)
{
ResponseToHarmonicInput = new List <double>();
}
ResponseToHarmonicInput.Clear();
foreach (double item in TimeIntervals)
{
double xOfTime = StaticDisplacement * TransferFunction * Math.Cos((ExcitationFrequencyRad * item) + Phy);
ResponseToHarmonicInput.Add(xOfTime);
}
}
}
