private static ValidationResult ValidateTissueInput(ITissueInput tissueInput)
{
// for all types of tissues, check that OPs are non-negative (g could be neg)
if (tissueInput.Regions.Any(r => r.RegionOP.Mua < 0.0) ||
tissueInput.Regions.Any(r => r.RegionOP.Musp < 0.0) ||
tissueInput.Regions.Any(r => r.RegionOP.N < 0.0))
{
return(new ValidationResult(
false,
"Tissue optical properties mua, mus', n need to be non-negative",
"Please check optical properties"));
}
if (tissueInput is MultiLayerTissueInput)
{
return(MultiLayerTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is SingleEllipsoidTissueInput)
{
return(SingleEllipsoidTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is SingleVoxelTissueInput)
{
return(SingleVoxelTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is BoundingCylinderTissueInput)
{
return(BoundingCylinderTissueInputValidation.ValidateInput(tissueInput));
}
return(new ValidationResult(
true,
"Tissue input must be valid",
"Validation skipped for tissue input " + tissueInput + ". No matching validation rules were found."));
}
private static ValidationResult ValidateTissueInput(ITissueInput tissueInput)
{
if (tissueInput is MultiLayerTissueInput)
{
return(MultiLayerTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is SingleEllipsoidTissueInput)
{
return(SingleEllipsoidTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is SingleVoxelTissueInput)
{
return(SingleVoxelTissueInputValidation.ValidateInput(tissueInput));
}
if (tissueInput is BoundingCylinderTissueInput)
{
return(BoundingCylinderTissueInputValidation.ValidateInput(tissueInput));
}
return(new ValidationResult(
true,
"Tissue input must be valid",
"Validation skipped for tissue input " + tissueInput + ". No matching validation rules were found."));
}
