RCOptiElementbuild Method

initialize cross section optimization element consisting of shell elements. Returns the number of shell elements with invalid initial cross section

Namespace: Karamba.Algorithms
Assembly: KarambaCommon (in KarambaCommon.dll) Version: 1.0.0.0 (1.0.0.0)

Syntax

C++

Copy

public abstract int build(
	Model febmodel,
	bool as_group,
	double util_target,
	double gamma_mc,
	double gama_ms
)

Public MustOverride Function build ( 
	febmodel As Model,
	as_group As Boolean,
	util_target As Double,
	gamma_mc As Double,
	gama_ms As Double
) As Integer

public:
virtual int build(
	Model^ febmodel, 
	bool as_group, 
	double util_target, 
	double gamma_mc, 
	double gama_ms
) abstract

abstract build : 
        febmodel : Model * 
        as_group : bool * 
        util_target : float * 
        gamma_mc : float * 
        gama_ms : float -> int

Parameters

febmodel: Type: Model
C++ model involved in reinforcement optimization
as_group: Type: SystemBoolean
if true elements get optimized as a group using uniform cross section
util_target: Type: SystemDouble
target utilization of the resulting rc-cross sections
gamma_mc: Type: SystemDouble
safety factor for the concrete
gama_ms: Type: SystemDouble
safety factor for the reinforcement steel

Return Value

Type: Int32

[Missing <returns> documentation for "M:Karamba.Algorithms.RCOptiElement.build(feb.Model,System.Boolean,System.Double,System.Double,System.Double)"]

Reference

RCOptiElement Class

Karamba.Algorithms Namespace

RCOptiElementAddLanguageSpecificTextSet("LSTD201D4B2_0?cpp=::|nu=.");build Method

Parameters

Return Value

Reference

RCOptiElementbuild Method