/// <summary>
/// General constructor for simulation inputs
/// </summary>
/// <param name="meshDataInput">Input data for spatial and angular mesh</param>
/// <param name="simulationOptionsInput">Mesh simulation options input</param>
/// <param name="extSourceInput">Specifying external source</param>
/// <param name="intSourceInput">Specifying internal source</param>
/// <param name="tissueInput">Specifying tissue definition</param>
public SimulationInput(
SquareMeshDataInput meshDataInput,
MeshSimulationOptions simulationOptionsInput,
IExtFemSourceInput extSourceInput,
IIntFemSourceInput intSourceInput,
ITissueInput tissueInput
)
{
MeshDataInput = meshDataInput;
SimulationOptionsInput = simulationOptionsInput;
ExtSourceInput = extSourceInput;
IntSourceInput = intSourceInput;
TissueInput = tissueInput;
}
/// <summary>
/// Get Internal source
/// </summary>
/// <param name="input">Internal FEM source</param>
/// <returns>selected source</returns>
public static IIntSource GetIntSource(IIntFemSourceInput input)
{
switch (input.SourceType)
{
case FemSourceType.Int2DPointSource:
var ipsInput = (Int2DPointSourceInput)input;
return(new Int2DPointSource(
ipsInput.Center,
ipsInput.ThetaRange));
case FemSourceType.Int2DCircularSource:
var icsInput = (Int2DCircularSourceInput)input;
return(new Int2DCircularSource(
icsInput.Radius,
icsInput.Center,
icsInput.ThetaRange));
case FemSourceType.Int2DEllipticalSource:
var iesInput = (Int2DEllipticalSourceInput)input;
return(new Int2DEllipticalSource(
iesInput.AParameter,
iesInput.BParameter,
iesInput.Center,
iesInput.ThetaRange));
case FemSourceType.Int2DRectangularSource:
var irsInput = (Int2DRectangularSourceInput)input;
return(new Int2DRectangularSource(
irsInput.XLength,
irsInput.ZHeight,
irsInput.Center,
irsInput.ThetaRange));
default:
throw new NotImplementedException(
"Problem generating IIntSource instance. Check that IIntFemSourceInput has a matching IIntSource definition.");
}
}
