private static List <MaterialParameterViewModel> GetNameSection(Material material)
{
var titleSection = new List <MaterialParameterViewModel>();
var titleField = new MaterialParameterViewModel <string>(ParameterType.Name)
{
Value = material.Name
};
titleField.PropertyChanged += (sender, e) => material.Name = titleField.Value;
titleSection.Add(titleField);
return(titleSection);
}
private static List <MaterialParameterViewModel> GetPlotColorSection(Material material)
{
var plotColorSection = new List <MaterialParameterViewModel>();
var plotColorField = new MaterialParameterViewModel <Color>(ParameterType.PlotColor)
{
Value = material.FillColor
};
plotColorField.PropertyChanged += (sender, e) => material.FillColor = plotColorField.Value;
plotColorSection.Add(plotColorField);
return(plotColorSection);
}
private static List <MaterialParameterViewModel> GetNotesSection(Material material)
{
var notesSection = new List <MaterialParameterViewModel>();
var notesField = new MaterialParameterViewModel <string>(ParameterType.Notes)
{
Value = material.Notes
};
notesField.PropertyChanged += (sender, e) => material.Notes = notesField.Value;
notesSection.Add(notesField);
return(notesSection);
}
private static List <MaterialParameterViewModel> GetSemiconductorParameterSection(Semiconductor material)
{
var semiconductorSection = new List <MaterialParameterViewModel>();
var bgField = new MaterialParameterViewModel <string>(ParameterType.SemiconductorBandGap)
{
Value = material.BandGap?.Expression
};
bgField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.BandGap = new MathExpression <Energy>(bgField.Value);
};
semiconductorSection.Add(bgField);
var eaField = new NumericMaterialParameterViewModel(ParameterType.ElectronAffinity)
{
Minimum = 0,
Maximum = 5,
StepSize = 0.05,
Value = material.ElectronAffinity?.ElectronVolts ?? 0.0
};
eaField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.ElectronAffinity = Energy.FromElectronVolts(eaField.Value);
};
semiconductorSection.Add(eaField);
var dcField = new NumericMaterialParameterViewModel(ParameterType.DielectricConstant)
{
Minimum = 0,
Maximum = 30,
StepSize = 1,
Value = material.DielectricConstant
};
dcField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.DielectricConstant = dcField.Value;
};
semiconductorSection.Add(dcField);
var iccField = new MaterialParameterViewModel <string>(ParameterType.IntrinsicCarrierConcentration)
{
Value = material.IntrinsicCarrierConcentration?.Expression
};
iccField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.IntrinsicCarrierConcentration = new MathExpression <Concentration>(iccField.Value);
};
semiconductorSection.Add(iccField);
var dtField = new MaterialParameterViewModel <DopingType>(ParameterType.DopingType)
{
Value = material.DopingType
};
dtField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.DopingType = dtField.Value;
};
semiconductorSection.Add(dtField);
var dopCField = new MaterialParameterViewModel <string>(ParameterType.DopantConcentration)
{
Value = material.DopantConcentration?.Expression
};
dopCField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.DopantConcentration = new MathExpression <Concentration>(dopCField.Value);
};
semiconductorSection.Add(dopCField);
var tempField = new NumericMaterialParameterViewModel(ParameterType.Temperature)
{
Minimum = 100.0,
Maximum = 500.0,
StepSize = 25.0,
Value = material.Temperature?.Kelvin ?? 0.0
};
tempField.PropertyChanged += (sender, e) =>
{
if (e.PropertyName != "Value")
{
return;
}
material.Temperature = new Temperature(tempField.Value);
};
semiconductorSection.Add(tempField);
return(semiconductorSection);
}