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FactoryLoadTrapezoidalForceLoad Method

Create a new instance of a DistributedForce on a element 1d.

Namespace:  Karamba.Factories
Assembly:  KarambaCommon (in KarambaCommon.dll) Version: 2.2.0.4 (2.2.0.4)
Syntax
public virtual DistributedForce TrapezoidalForceLoad(
	Vector3 direction,
	double t0,
	double t1,
	double t2,
	double t3,
	double loadValue,
	LoadOrientation loadOrientation = LoadOrientation.global,
	string lcName = "0",
	List<string> beamIds = null,
	List<Guid> beamGuids = null
)

Parameters

direction
Type: Karamba.GeometryVector3
Direction of the load with respect to the loadOrientation.
t0
Type: SystemDouble
parameter value (t between and including 0 and 1) of the start of trapezoidal load domain.
t1
Type: SystemDouble
parameter value (t between and including 0 and 1) of the start of trapezoidal load constant domain.
t2
Type: SystemDouble
parameter value (t between and including 0 and 1) of the end of trapezoidal load constant domain.
t3
Type: SystemDouble
parameter value (t between and including 0 and 1) of the end of trapezoidal load domain.
loadValue
Type: SystemDouble
Extreme value assumed by the load.
loadOrientation (Optional)
Type: Karamba.LoadsLoadOrientation
Orientation of the load.
lcName (Optional)
Type: SystemString
Load case to which the load belongs.
beamIds (Optional)
Type: System.Collections.GenericListString
Identifiers of beams where the load is applied.
beamGuids (Optional)
Type: System.Collections.GenericListGuid
Guids of beams where the load is applied.

Return Value

Type: DistributedForce

[Missing <returns> documentation for "M:Karamba.Factories.FactoryLoad.TrapezoidalForceLoad(Karamba.Geometry.Vector3,System.Double,System.Double,System.Double,System.Double,System.Double,Karamba.Loads.LoadOrientation,System.String,System.Collections.Generic.List{System.String},System.Collections.Generic.List{System.Guid})"]

See Also