ModelMembraneminmaxEpsX Method

determine extreme axial strains in model for the currently visible loadcase. Add result of element if necessary.

Namespace: Karamba.Elements
Assembly: KarambaCommon (in KarambaCommon.dll) Version: 2.2.0.4 (2.2.0.4)

Syntax

public override void minmaxEpsX(
	ref double minEpsX,
	ref double maxEpsX,
	Model model,
	LCSuperPosition lc_super_pos
)

Public Overrides Sub minmaxEpsX ( 
	ByRef minEpsX As Double,
	ByRef maxEpsX As Double,
	model As Model,
	lc_super_pos As LCSuperPosition
)

public:
virtual void minmaxEpsX(
	double% minEpsX, 
	double% maxEpsX, 
	Model^ model, 
	LCSuperPosition^ lc_super_pos
) override

abstract minmaxEpsX : 
        minEpsX : float byref * 
        maxEpsX : float byref * 
        model : Model * 
        lc_super_pos : LCSuperPosition -> unit 
override minmaxEpsX : 
        minEpsX : float byref * 
        maxEpsX : float byref * 
        model : Model * 
        lc_super_pos : LCSuperPosition -> unit

Parameters

minEpsX: Type: SystemDouble
returns minimum axial strain encountered.
maxEpsX: Type: SystemDouble
returns maximum axial strain encountered.
model: Type: Karamba.ModelsModel
model which contains this element.
lc_super_pos: Type: Karamba.Loads.CombinationsLCSuperPosition
[Missing <param name="lc_super_pos"/> documentation for "M:Karamba.Elements.ModelMembrane.minmaxEpsX(System.Double@,System.Double@,Karamba.Models.Model,Karamba.Loads.Combinations.LCSuperPosition)"]

Reference

ModelMembrane Class

Karamba.Elements Namespace

ModelMembraneAddLanguageSpecificTextSet("LST782920C1_0?cpp=::|nu=.");minmaxEpsX Method

Parameters

Reference

ModelMembraneminmaxEpsX Method