public void Test4Calculate()
{
modalSet.ReferenceResponse = acceleration;
Tuple <double, double> frequencyBoundaries = new Tuple <double, double>(-1, -1);
Tuple <double, double> levelsBoundaries = new Tuple <double, double>(0.1, 0.9);
ResponseCharacteristics characteristics = new ResponseCharacteristics(acceleration, ref frequencyBoundaries, ref levelsBoundaries, 20, numInterpolationPoints: 20, modalSet: modalSet);
}
public void calculateCharacteristics()
{
PairDouble frequencyBoundaries = new PairDouble((double)numericLeftFrequencyBoundary.Value, (double)numericRightFrequencyBoundary.Value);
PairDouble levelsBoundaries = new PairDouble((double)numericLeftLevelsBoundary.Value, (double)numericRightLevelsBoundary.Value);
int numLevels = (int)numericLevelsNumber.Value;
int numInterpolationPoints = (int)numericInterpolationLength.Value;
if (mSelectedModalSet != null)
{
mSelectedModalSet.ReferenceResponse = mSelectedAcceleration;
}
ResponseCharacteristics characteristics = new ResponseCharacteristics(mSelectedAcceleration, ref frequencyBoundaries, ref levelsBoundaries,
numLevels, numInterpolationPoints,
numericResonanceFrequencyReal.Value, numericResonanceFrequencyImaginary.Value, numericResonanceFrequencyAmplitude.Value,
mSelectedModalSet);
// Set signal data to plot
mSignalGraphModels[SignalModelType.kImaginary].setData(mSelectedAcceleration, frequencyBoundaries, levelsBoundaries, characteristics.ResonanceFrequencyImaginary);
mSignalGraphModels[SignalModelType.kReal].setData(mSelectedAcceleration, frequencyBoundaries, levelsBoundaries, characteristics.ResonanceFrequencyReal);
mSignalGraphModels[SignalModelType.kAmplitude].setData(mSelectedAcceleration, frequencyBoundaries, levelsBoundaries, characteristics.ResonanceFrequencyAmplitude);
mHodographGraphModel.setData(mSelectedAcceleration, characteristics.ResonanceRealPeak, characteristics.ResonanceImaginaryPeak);
if (mSelectedModalSet != null)
{
mMonophaseGraphModel.setData(mSelectedModalSet.Responses);
}
// Set results
mDecrementGraphModel.setData(characteristics.Decrement);
ModalParameters modalResults = characteristics.Modal;
if (modalResults != null)
{
foreach (ModalGraphModel model in mModalGraphModels)
{
model.setData(modalResults);
}
}
// Correct input parameters
numericLeftFrequencyBoundary.Value = frequencyBoundaries.Item1;
numericRightFrequencyBoundary.Value = frequencyBoundaries.Item2;
numericLeftLevelsBoundary.Value = levelsBoundaries.Item1;
numericRightLevelsBoundary.Value = levelsBoundaries.Item2;
if (characteristics.ResonanceFrequencyReal > 0)
{
numericResonanceFrequencyReal.Value = characteristics.ResonanceFrequencyReal;
}
if (characteristics.ResonanceFrequencyImaginary > 0)
{
numericResonanceFrequencyImaginary.Value = characteristics.ResonanceFrequencyImaginary;
}
if (characteristics.ResonanceFrequencyAmplitude > 0)
{
numericResonanceFrequencyAmplitude.Value = characteristics.ResonanceFrequencyAmplitude;
}
numericDecrementByReal.Value = null;
if (characteristics.Decrement != null)
{
if (characteristics.Decrement.Real > 0)
{
numericDecrementByReal.Value = characteristics.Decrement.Real;
}
}
}