public ConstraintResult CanConstrain(PlanningItem pi)
{
var pq = new PQAsserter(pi);
//return pq.IsPlanSetup().HasImage().CumulativeResult;
return(pq.HasImage().CumulativeResult);
}
public ConstraintResult CanConstrain(PlanningItem pi)
{
var pq = new PQAsserter(pi);
//NN pq.ContainsOneOrMoreElectrine()
return(pq.HasImage().CumulativeResult);
}
public ConstraintResult CanConstrain(PlanningItem pi)
{
var pq = new PQAsserter(pi);
return(pq.HasStructureSet()
.CumulativeResult);
}
public void ContainsOneOrMoreNonEmptyStructuresByDICOMTypeTest()
{
var ps = new PlanSetup()
{
StructureSet = new StructureSet()
{
Structures = new List <Structure>()
{
new Structure()
{
Id = "PTV", IsEmpty = false, DicomType = DICOMType.PTV
},
new Structure()
{
Id = "PTV2", IsEmpty = true, DicomType = DICOMType.PTV
},
new Structure()
{
Id = "BODY", IsEmpty = false, DicomType = DICOMType.NONE
}
}
}
};
//PASSING
var expected = ResultType.PASSED;
var actual = new PQAsserter().ContainsOneOrMoreNonEmptyStructuresByDICOMType(ps, DICOMType.PTV, DICOMType.GTV);
Assert.AreEqual(expected, actual.CumulativeResult.ResultType);
//FAILING
expected = ResultType.NOT_APPLICABLE;
actual = new PQAsserter().ContainsOneOrMoreNonEmptyStructuresByDICOMType(ps, DICOMType.GTV, DICOMType.CAVITY);
Assert.AreEqual(expected, actual.CumulativeResult.ResultType);
}
public ConstraintResult CanConstrain(PlanningItem pi) // evaluate: is this even an applicable constraint?
{
var pq = new PQAsserter(pi); // PQAAsserter: collection of simple applicability tests
return(pq.HasImage().CumulativeResult);
}
