private IFactor GetResonanceResponse(IFactor logarithmicDecrementOfDamping)
{
var nonDimensionalFrequency =
new NonDimensionalFrequency(
_windLoadData,
_fundamentalFlexuralFrequency,
_turbulentLengthScale);
var nonDimensionalPowerSpectralDensity =
new NonDimensionalPowerSpectralDensity(nonDimensionalFrequency);
var aerodynamicAdmittanceWidth =
new AerodynamicAdmittanceWidth(
_building,
_referenceHeight,
_turbulentLengthScale,
nonDimensionalFrequency);
var aerodynamicAdmittanceHeight =
new AerodynamicAdmittanceHeight(
_building,
_referenceHeight,
_turbulentLengthScale,
nonDimensionalFrequency);
return(new ResonanceResponse(
_referenceHeight,
logarithmicDecrementOfDamping,
nonDimensionalPowerSpectralDensity,
aerodynamicAdmittanceWidth,
aerodynamicAdmittanceHeight));
}
public void GetFactorTest_Success()
{
var building = new Mock <IStructure>();
building.Setup(b => b.Width).Returns(1);
var referenceHeight = new Mock <IFactor>();
referenceHeight.Setup(rh => rh.GetFactor()).Returns(2);
var turbulentLengthScale = new Mock <IFactorAt>();
turbulentLengthScale.Setup(tls => tls.GetFactorAt(2)).Returns(5);
var nondimensionalFrequency = new Mock <IFactorAt>();
nondimensionalFrequency.Setup(nf => nf.GetFactorAt(2)).Returns(7);
var aerodynamicAdmittanceWidth = new AerodynamicAdmittanceWidth(
building.Object,
referenceHeight.Object,
turbulentLengthScale.Object,
nondimensionalFrequency.Object);
var result = aerodynamicAdmittanceWidth.GetFactor();
Assert.That(result, Is.EqualTo(0.143).Within(0.001));
}