public SizeFactor(IFactor referenceHeight,
IWindLoadData windLoadData,
IFactor backgroundFactor)
{
_referenceHeight = referenceHeight;
_windLoadData = windLoadData;
_backgroundFactor = backgroundFactor;
}
public NonDimensionalFrequency(IWindLoadData windLoadData,
IFactor fundamentalFlexuralFrequency,
IFactorAt turbulentLengthScale)
{
_windLoadData = windLoadData;
_fundamentalFlexuralFrequency = fundamentalFlexuralFrequency;
_turbulentLengthScale = turbulentLengthScale;
}
public ExternalPressureWindForce(
IWindLoadData windLoadData,
IWindLoadCase windLoadCase,
IStructuralFactorCalculator structuralFactorCalculator = null)
{
_windLoadData = windLoadData;
_windLoadCase = windLoadCase;
_structuralFactorCalculator = structuralFactorCalculator ?? new NoStructuralFactorCalculator();
}
public StructuralFactorCalculator(
IStructure building, ITerrain terrain,
IWindLoadData windLoadData, StructuralType structuralType)
{
_building = building;
_terrain = terrain;
_windLoadData = windLoadData;
_structuralType = structuralType;
}
public DynamicFactor(IFactor referenceHeight,
IWindLoadData windLoadData,
IFactor peakFactor,
IFactor backgroundFactor,
IFactor resonanceResponse)
{
_referenceHeight = referenceHeight;
_windLoadData = windLoadData;
_peakFactor = peakFactor;
_backgroundFactor = backgroundFactor;
_resonanceResponse = resonanceResponse;
}
public IWindLoadCase Create(
IDuopitchRoof building, IWindLoadData windLoadData)
{
if (building.CurrentRotation == DuopitchRoof.Rotation.Degrees_0)
{
return(new DuopitchRoofWindLoadsRotation0(building, windLoadData));
}
if (building.CurrentRotation == DuopitchRoof.Rotation.Degrees_90)
{
return(new DuopitchRoofWindLoadsRotation90(building, windLoadData));
}
throw new ArgumentException(nameof(building.CurrentRotation));
}
public HippedRoofWindLoads(IStructure building, IWindLoadData windLoadData) : base(building, windLoadData)
{
}
public FlatRoofWindLoads(IFlatRoofBuilding building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
}
public FlatRoofWithParapetesWindLoads(IFlatRoofBuilding building,
IWindLoadData windLoadData, double parapetHeight)
: base(building, windLoadData)
{
ParapetHeight = parapetHeight;
}
public FlatRoofWithMansardEavesWindLoads(IFlatRoofBuilding building,
IWindLoadData windLoadData, double angle)
: base(building, windLoadData)
{
Angle = angle;
}
public WindLoadCase(IStructure building, IWindLoadData windLoadData)
{
_building = building;
_windLoadData = windLoadData;
}
public MonopitchedRoofWindLoads(
IMonopitchRoof building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
Angle = building.Angle;
}
public DuopitchRoofWindLoads(
IDuopitchRoof building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
Angle = building.Angle;
}
public DuopitchRoofWindLoadsRotation90(
IDuopitchRoof building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
}
public MonopitchedRoofWindLoadsRotation90(
IMonopitchRoof building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
}
public WallsWindLoads(IStructure building, IWindLoadData windLoadData)
: base(building, windLoadData)
{
}
public FlatRoofWithCurvedEavesWindLoads(IFlatRoofBuilding building,
IWindLoadData windLoadData, double curvature)
: base(building, windLoadData)
{
Curvature = curvature;
}
