private BackgroundSimulationInput GetSimulationInput()
{
var input = new BackgroundSimulationInput();
input.timeHorizon = double.Parse(tbTimeHorizon.Text);
input.timeStep = double.Parse(tbTimeStep.Text);
pointsPerSecond = int.Parse(tbPointsPerSecond.Text);
iterativeSimulator.initialMode = (ControlSystemMode)cbMode.SelectedValue;
iterativeSimulator.waveType = (SignalType)cbInputType.SelectedValue;
StepsParametersConverter stepsConverter = new StepsParametersConverter();
double[] stepTimes, stepValues;
stepsConverter.Convert(tbStepTimes.Text, tbStepValues.Text, out stepTimes, out stepValues);
iterativeSimulator.SignalGenerator.SetStepsParameters(stepTimes, stepValues);
double frequency, amplitude, offset;
WavesParametersConverter wavesConverter = new WavesParametersConverter();
wavesConverter.Convert(tbFrequency.Text, tbAmplitude.Text, tbOffset.Text, out frequency, out amplitude, out offset);
iterativeSimulator.SignalGenerator.SetWavesParameters(frequency, amplitude, offset);
input.iterativeSimulator = iterativeSimulator;
return(input);
}
public void ConvertTest()
{
double[] times = null;
double[] values = null;
converter.Convert("1, 2", "3,4", out times, out values);
CollectionAssert.AreEqual(new double[] { 1d, 2d }, times);
CollectionAssert.AreEqual(new double[] { 3d, 4d }, values);
}
private void SetStepsParameters()
{
StepsParametersConverter converter = new StepsParametersConverter();
if (!converter.Validate(tbStepTimes.Text, tbStepValues.Text))
{
MessageBoxEx.Error("Invalid step parameters");
return;
}
double[] times, values;
converter.Convert(tbStepTimes.Text, tbStepValues.Text, out times, out values);
simulator.SignalsGenerator.SetStepsParameters(times, values);
tbSetStepTimes.Text = tbStepTimes.Text;
tbSetStepValues.Text = tbStepValues.Text;
}