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CATGSMUseItf Interface CATIGSMUseExtractMulti

Usage: an implementation of this interface is supplied and you must use it as is. You should not reimplement it.

interface CATIGSMUseExtractMulti

Interface to extract solid feature.
Role: Allows you to access data of a solid extracted.

See also:

Method Index

o AddConstraint(CATIMmiMechanicalFeature_var,CATIGSMExtractSolidePropag,CATBoolean,int,CATICkeParm_var,int)
o AddConstraintTolerant(CATIMmiMechanicalFeature_var,CATIGSMExtractSolidePropag,CATBoolean,int,CATICkeParm_var,CATICkeParm_var,CATICkeParm_var,int): Adds a constraint to the list.
o GetAngularThreshold(double&,int): Gets the angular threshold value.
o GetAngularThreshold(CATICkeParm_var&,int): Gets the angular threshold literal feature.
o GetAngularThresholdActivity(CATBoolean&,int): Gets the angular threshold activity (whether it is taken into account or not).
o GetComplementaryExtract(int): Gets the complementary mode.
o GetCurvatureThreshold(double&,int): Gets the curvature deviation threshold value.
o GetCurvatureThreshold(CATICkeParm_var&,int): Gets the curvature deviation threshold literal feature.
o GetCurvatureThresholdActivity(CATBoolean&,int): Gets the curvature deviation threshold activity (whether it is taken into account or not).
o GetDistanceThreshold(double&,int): Gets the distance threshold value.
o GetDistanceThreshold(CATICkeParm_var&,int): Gets the distance threshold literal feature.
o GetDistanceThresholdActivity(CATBoolean&,int): Gets the distance threshold activity (whether it is taken into account or not).
o GetElem(int): Gets referenced solid feature.
o GetExtractPropagType(int): Gets propagation type of the extract operation.
o GetIsFederated(CATBoolean&,int): Gets the federation mode.
o GetListOfConstraints(CATLISTV(CATIMmiMechanicalFeature_var)&): Gets the list of constraints.
o GetNbOfConstraints(int&): Gets the number of elements in the list of constraints.
o GetSupport(int,CATIMmiMechanicalFeature_var&): Gets support.
o RemoveConstraint(int): Removes a constraint to the list.
o ReplaceElem(CATIMmiMechanicalFeature_var,CATIMmiMechanicalFeature_var,int): Replaces solid element to extract a BRep feature from .
o SetAngularThreshold(double,int): Sets the angular threshold value.
o SetAngularThreshold(CATICkeParm_var,int): Sets the distance threshold literal feature.
o SetAngularThresholdActivity(CATBoolean,int): Sets the angular threshold activity (whether it is taken into account or not).
o SetComplementaryExtract(CATBoolean,int): Sets the complementary mode.
o SetCurvatureThreshold(double,int): Sets the curvature deviation threshold value.
o SetCurvatureThreshold(CATICkeParm_var,int): Sets the curvature deviation threshold literal feature.
o SetCurvatureThresholdActivity(CATBoolean,int): Sets the curvature deviation threshold activity (whether it is taken into account or not).
o SetDistanceThreshold(double,int): Sets the distance threshold value.
o SetDistanceThreshold(CATICkeParm_var,int): Sets the distance threshold literal feature.
o SetDistanceThresholdActivity(CATBoolean,int): Sets the distance threshold activity (whether it is taken into account or not).
o SetElem(CATIMmiMechanicalFeature_var,int): Sets solid element to extract a BRep feature from.
o SetExtractPropagType(CATIGSMExtractSolidePropag,int): Sets propagation type of the extract operation.
o SetIsFederated(CATBoolean,int): Sets the federation mode.
o SetSupport(CATIMmiMechanicalFeature_var,int): Sets support.

Methods

o AddConstraint

public virtual AddConstraint(	const	`iConstraint`,
	const	`iType`,
	const	`iComplementaire`,
	const	`IsFederated`,
	const	`CurElem`,
	const	`iPosition`)

Deprecated:

V5R16 CATIGSMUseExtractMulti#AddConstraintTolerant Adds a constraint to the list.

Parameters:

iConstraint: The constraint
iType: type of constraint
iComplementaire: Complementary mode
isFederate: Federate or not
CurElem: curvature deviation threshold literal feature
iPosition: Position

See also:

o AddConstraintTolerant

public virtual AddConstraintTolerant(	const	`iConstraint`,
	const	`iType`,
	const	`iComplementaire`,
	const	`IsFederated`,
	const	`DisElem`,
	const	`AngElem`,
	const	`CurElem`,
	const	`iPosition`)

Adds a constraint to the list.

Parameters:

iConstraint: The constraint
iType: type of constraint
iComplementaire: Complementary mode
isFederate: Federate or not
DisElem: distance threshold literal feature
AngElem: angular threshold literal feature
CurElem: curvature deviation threshold literal feature
iPosition: Position

See also:

o GetAngularThreshold

public virtual GetAngularThreshold(		`val`,
	const	`iPosition`)

Gets the angular threshold value.
This threshold is an angle.

Parameters:

val: angular threshold value
iPosition: Position

o GetAngularThreshold

public virtual GetAngularThreshold(		`Elem`,
	const	`iPosition`)

Gets the angular threshold literal feature.
Note: This threshold is an angle.

Parameters:

Elem: angular threshold literal feature
iPosition: Position

o GetAngularThresholdActivity

public virtual GetAngularThresholdActivity(		`bAct`,
	const	`iPosition`)

Gets the angular threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: angular threshold activity
iPosition: Position

See also:

o GetComplementaryExtract

public virtual GetComplementaryExtract( const iPosition)

Gets the complementary mode.

Returns:: CATBoolean
See also:

o GetCurvatureThreshold

public virtual GetCurvatureThreshold(		`val`,
	const	`iPosition`)

Gets the curvature deviation threshold value.
This threshold is a ratio between 0 and 1.
if sets to 0, all curvature discontinuities are smoothed.
if sets to 1, no curvature discontinuity is smoothed.

Parameters:

val: curvature deviation threshold value
iPosition: Position

o GetCurvatureThreshold

public virtual GetCurvatureThreshold(		`Elem`,
	const	`iPosition`)

Gets the curvature deviation threshold literal feature.
Note: This threshold is a ratio between 0 and 1
if sets to 0, all curvature discontinuities are smoothed.
if sets to 1, no curvature discontinuity is smoothed.

Parameters:

Elem: curvature deviation threshold literal feature
iPosition: Position

o GetCurvatureThresholdActivity

public virtual GetCurvatureThresholdActivity(		`bAct`,
	const	`iPosition`)

Gets the curvature deviation threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: Curvature deviation threshold activity
iPosition: Position

See also:

o GetDistanceThreshold

public virtual GetDistanceThreshold(		`val`,
	const	`iPosition`)

Gets the distance threshold value.
This threshold is a Lenght.

Parameters:

val: distance threshold value
iPosition: Position

o GetDistanceThreshold

public virtual GetDistanceThreshold(		`Elem`,
	const	`iPosition`)

Gets the distance threshold literal feature.
Note: This threshold is a Lenght.

Parameters:

Elem: distance threshold literal feature
iPosition: Position

o GetDistanceThresholdActivity

public virtual GetDistanceThresholdActivity(		`bAct`,
	const	`iPosition`)

Gets the distance threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: distance threshold activity
iPosition: Position

See also:

o GetElem

public virtual GetElem( const iPosition)

Gets referenced solid feature.

Returns:: solid feature

o GetExtractPropagType

public virtual GetExtractPropagType( const iPosition)

Gets propagation type of the extract operation.

Returns:: the type
See also:

o GetIsFederated

public virtual GetIsFederated(		`IsFederated`,
	const	`iPosition`)

Gets the federation mode.

Parameters:

IsFederated: CATTrue : Result is federated. CATFalse : Result is not federated.
iPosition: Position

See also:

o GetListOfConstraints

public virtual GetListOfConstraints( oListOfConstraints)

Gets the list of constraints.

Parameters:

oListOfConstraints: The list of constraints

o GetNbOfConstraints

public virtual GetNbOfConstraints( oNbOfConstraints)

Gets the number of elements in the list of constraints.

Parameters:

oNbOfConstraints: The number of elements in the list of constraints

o GetSupport

public virtual GetSupport(	const	`Position`,
		`Support`)

Gets support.

Parameters:

iPosition: Position
Support: solid feature

o RemoveConstraint

public virtual RemoveConstraint( iRank)

Removes a constraint to the list.

Parameters:

iRank: rank

o ReplaceElem

public virtual ReplaceElem(	const	`iElemToReplace`,
	const	`iNewElem`,
	const	`iPosition`)

Replaces solid element to extract a BRep feature from .

Parameters:

iElemToReplace: Elem to replace
iNewElem: to replace by NewElem
iPosition: Position

o SetAngularThreshold

public virtual SetAngularThreshold(	const	`val`,
	const	`iPosition`)

Sets the angular threshold value.
This threshold is an angle.

Parameters:

val: angular threshold value
iPosition: Position

o SetAngularThreshold

public virtual SetAngularThreshold(	const	`Elem`,
	const	`iPosition`)

Sets the distance threshold literal feature.
Note: This threshold is an angle.

Parameters:

Elem: angular threshold literal feature
iPosition: Position

o SetAngularThresholdActivity

public virtual SetAngularThresholdActivity(	const	`bAct`,
	const	`iPosition`)

Sets the angular threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: angular threshold activity
iPosition: Position

See also:

o SetComplementaryExtract

public virtual SetComplementaryExtract(		`iComplementaire`,
	const	`iPosition`)

Sets the complementary mode.

Parameters:

IComplementaire: Complementary mode (CATTrue / CATFalse)

See also:

o SetCurvatureThreshold

public virtual SetCurvatureThreshold(	const	`val`,
	const	`iPosition`)

Sets the curvature deviation threshold value.
This threshold is a ratio between 0 and 1
if sets to 0, all curvature discontinuities are smoothed
if sets to 1, no curvature discontinuity is smoothed.

Parameters:

val: curvature deviation threshold value
iPosition: Position

o SetCurvatureThreshold

public virtual SetCurvatureThreshold(	const	`Elem`,
	const	`iPosition`)

Sets the curvature deviation threshold literal feature.
Note: This threshold is a ratio between 0 and 1.
if sets to 0, all curvature discontinuities are smoothed.
if sets to 1, no curvature discontinuity is smoothed.

Parameters:

Elem: curvature deviation threshold literal feature
iPosition: Position

o SetCurvatureThresholdActivity

public virtual SetCurvatureThresholdActivity(	const	`bAct`,
	const	`iPosition`)

Sets the curvature deviation threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: Curvature deviation threshold activity
iPosition: Position

See also:

o SetDistanceThreshold

public virtual SetDistanceThreshold(	const	`val`,
	const	`iPosition`)

Sets the distance threshold value.
This threshold is a Lenght.

Parameters:

val: distance threshold value
iPosition: Position

o SetDistanceThreshold

public virtual SetDistanceThreshold(	const	`Elem`,
	const	`iPosition`)

Sets the distance threshold literal feature.
Note: This threshold is a Lenght.

Parameters:

Elem: distance threshold literal feature
iPosition: Position

o SetDistanceThresholdActivity

public virtual SetDistanceThresholdActivity(	const	`bAct`,
	const	`iPosition`)

Sets the distance threshold activity (whether it is taken into account or not).
This activity is a CATBoolean (CATTrue or CATFalse).

Parameters:

bAct: distance threshold activity
iPosition: Position

See also:

o SetElem

public virtual SetElem(	const	`iElem`,
	const	`iPosition`)

Sets solid element to extract a BRep feature from.

Parameters:

iElem: solid feature

o SetExtractPropagType

public virtual SetExtractPropagType(	const	`iType`,
	const	`iPosition`)

Sets propagation type of the extract operation.

Parameters:

iType: Propagation type of the extract operation

See also:

o SetIsFederated

public virtual SetIsFederated(	const	`IsFederated`,
	const	`iPosition`)

Sets the federation mode.

Parameters:

IsFederated: CATTrue : Result is federated. CATFalse : Result is not federated.
iPosition: Position

See also:

o SetSupport

public virtual SetSupport(	const	`iElem`,
	const	`iPosition`)

Sets support.

Parameters:

iElem: solid feature
iPosition: Position

This object is included in the file: CATIGSMUseExtractMulti.h
If needed, your Imakefile.mk should include the module: CATGSMUseItf