public async void SaveTestBench()
{
//NeedsScreenshot = false;
await TestBench.SaveAsync();
NeedsScreenshot = true;
}
private async void Compute()
{
Computing = true;
await TestBench.ComputeIfNeededAsync(default(CancellationToken));
if (TestBench.Structure.IsValid)
{
SetAllQuickValues();
}
Computing = false;
}
//public StructureSceneViewModel Scene { get; set; }
public TestBenchViewModel(TestBench testBench)
{
TestBench = testBench;
StructureParameterList = new StructureParameterListViewModel(TestBench);
//Scene = new StructureSceneViewModel(TestBench);
//BiasSliderMaxValue = TestBench.MaxVoltage.Volts;
//BiasSliderMinValue = testBench.MinVoltage.Volts;
TitleText = TestBench.Name;
Compute();
}
public void UpdateSettings(string minVoltageText, string maxVoltageText, string stepSizeText)
{
double minVoltage;
double maxVoltage;
double stepSize;
if (double.TryParse(minVoltageText, out minVoltage) &&
double.TryParse(maxVoltageText, out maxVoltage) &&
double.TryParse(stepSizeText, out stepSize))
{
TestBench.SetRange(new ElectricPotential(minVoltage), new ElectricPotential(maxVoltage),
new ElectricPotential(stepSize));
}
}
private async void TestBench_PropertyChanged(object sender, PropertyChangedEventArgs e)
{
switch (e.PropertyName)
{
case "Name":
TitleText = TestBench.Name;
SaveTestBench();
break;
case "NeedsCompute":
if (TestBench.NeedsCompute)
{
if (tokenSource != null)
{
tokenSource.Cancel();
}
tokenSource = new CancellationTokenSource();
Computing = true;
await TestBench.ComputeIfNeededAsync(tokenSource.Token);
if (tokenSource.IsCancellationRequested)
{
return;
}
SetAllQuickValues();
SaveTestBench();
Computing = false;
}
break;
case "NoSolution":
NoSolution = TestBench.NoSolution;
break;
case "Steps":
UpdatePlot();
break;
case "CurrentIndex":
CstackText = TestBench.CurrentStructure
.StackCapacitance.MicroFaradsPerSquareCentimeterToString("{0:F3} μF/cm\xB2");
break;
}
}
private void UpdatePlot()
{
if (TestBench.Steps.Count == 0)
{
return;
}
var animationAxis = new PlotAxis
{
Max = TestBench.MaxVoltage.Volts,
Min = TestBench.MinVoltage.Volts,
MajorSpan = TestBench.StepSize.Volts,
Title = "Bias (V)"
};
PlotGroup = new PlotAnimationGrouping(animationAxis,
d => CreatePlot(TestBench.GetStep(new ElectricPotential(d))));
NeedsScreenshot = true;
}
public StructureParameterListViewModel(TestBench testBench)
{
Parameters = new List <StructureParameterItemViewModel>();
TestBench = testBench;
}
public void SetSelectedBias(double bias)
{
// Set the current voltage to the snapped voltage.
TestBench.SetBias(new ElectricPotential(bias));
}
