public void PhysicalDose_Addition_Test()
{
var dosis = DoubleRange.FromMinMax(0.0, 1000, 0.001).Select(x => x.Gy()).ToList();
var xs = Enumerable.Range(1, dosis.Count);
foreach (var t in dosis.Zip(xs, (d, i) => Tuple.Create(d.Value, i)))
{
var sum = PhysicalDoseValue.InGy(t.Item1 + t.Item2) + PhysicalDoseValue.InGy(t.Item2);
var sum1 = PhysicalDoseValue.InGy(t.Item1 + 2 * t.Item2);
Assert.Equal(sum, sum1);
}
}
public void PhysicalDose_Multiplication_Test()
{
var dosis = DoubleRange.FromMinMax(0.0, 2, 0.000001).Select(x => x.Gy());
var xs = Enumerable.Range(1, 100000000);
foreach (var t in dosis.Zip(xs, (d, i) => Tuple.Create(d.Value, i)))
{
var sum = PhysicalDoseValue.InGy(t.Item1) * t.Item1;
var sum1 = PhysicalDoseValue.InGy(Math.Round(t.Item1 * t.Item1, 9));
Assert.Equal(sum, sum1);
}
}
public void DDVH_ctor_Test()
{
int numberOfVoxels = 100;
var doses = PhysicalDoseValue
.Range(start: 0, stop: 100, step: 1, bIncludeLastValue: true, unit: PhysicalDoseValue.DoseUnit.GY)
.Take(numberOfVoxels);
var volumes = Enumerable.Repeat(VolumeValue.New(8, VolumeValue.VolumeUnit.MM3), numberOfVoxels);
var tuples = doses.Zip(volumes, (dose, volume) => Tuple.Create(dose, volume));
var dvpoints = tuples.ToDVPoints();
var settings = DVHSettingsFactory <PhysicalDoseValue> .FromMinMax(min : 0, max : 200, numberOfBins : 200,
doseUnit : PhysicalDoseValue.DoseUnit.GY, volumeUnit : VolumeValue.VolumeUnit.MM3);
var ddvh = DVHFactory <PhysicalDoseValue> .FromDifferentialDoseVolumePairs(type : DVHType.DIFFERENTIAL,
settings : settings, pairs : dvpoints);
}
