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CATSmaInterfaces Interface CATIStmFlangeSurf

System.IUnknown
  |
  +---System.IDispatch
    |
    +---System.CATBaseUnknown
      |
      +---CATIStmFlangeSurf
 

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


interface CATIStmFlangeSurf

Interface to manage the aerospace sheet metal surfacic flange feature.
Role: Provides the basic methods to access data of a sheet metal surfacic flange feature.
A surfacic flange is defined by :


Method Index


o GetBaseFeature(CATISpecObject**)

Role: This method retrieves the base feature of the surfacic flange.
o GetBaseFeatureOrient(CATOrientation&)

Role: This method retrieves the base feature orientation of the Surfacic Flange, it defines the base feature side to keep compared to the flange support orientation.
o GetBendRadiusType(CATUnicodeString&)

Role: This method retrieves the bend radius type of the surfacic flange.
o GetBendRadiusValue(CATICkeParm**)

Role: This method retrieves the bend radius value of the surfacic flange.
o GetEOPElements(CATLISTP(CATISpecObject)&)

Role: This methode retrieves the list of elements of the edge of part if the edge of part type is equal to Element FD or Element FP.
o GetEOPLength(CATICkeParm**)

Role: This methode retrieves the length of the edge of part of the surfacic flange if the edge of part type is equal to Length from OML.
o GetEOPType(CATUnicodeString&)

Role: This method retrieves the edge of part type of the surfacic flange.
o GetFlangeOrient(CATOrientation&)

Role: This method retrieves the flange orientation of the Surfacic Flange, it defines the fillet orientation compared to the base feature support orientation.
o GetJoggleCompensation(CATUnicodeString&)

Role: This method retrieves if the joggle compensation is set on the surfacic flange.
o GetJoggles(CATLISTP(CATISpecObject)&)

Role: This methode retrieves the list of joggles of the surfacic flange.
o GetKFactor(CATICkeParm**)

Role: This method retrieves the K_Factor associated to the fillet of the surfacic flange.
o GetManufacturingProcessType(CATUnicodeString&)

Role: This method retrieves the manufacturing process type of the surfacic flange.
o GetMaterialOrient(CATOrientation&)

Role: This method retrieves the material orientation of the surfacic flange.
o GetSide1CompensationType(CATUnicodeString&)

Role: This method retrieves the first side compensation of the surfacic flange.
o GetSide1CompensationValue(double&)

Role: This method retrieves the first side compensation value of the surfacic flange.
o GetSide1CornerRadius(CATICkeParm**)

Role: This method retrieves the first side corner value of the surfacic flange if its DressUp type is equal to Corner.
o GetSide1DressUpType(CATUnicodeString&)

Role: This method retrieves the first side Dress-Up type of the surfacic flange.
o GetSide1Elements(CATLISTP(CATISpecObject)&)

Role: This method retrieves the first side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
o GetSide1Type(CATUnicodeString&)

Role: This method retrieves the first side type of the surfacic flange.
o GetSide2CompensationType(CATUnicodeString&)

Role: This method retrieves the second side compensation of the surfacic flange.
o GetSide2CompensationValue(double&)

Role: This method retrieves the second side compensation value of the surfacic flange.
o GetSide2CornerRadius(CATICkeParm**)

Role: This method retrieves the second side corner value of the surfacic flange if its Dress-Up type is equal to Corner.
o GetSide2DressUpType(CATUnicodeString&)

Role: This method retrieves the second side Dress-Up type of the surfacic flange.
o GetSide2Elements(CATLISTP(CATISpecObject)&)

Role: This method retrieves the second side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
o GetSide2Type(CATUnicodeString&)

Role: This method retrieves the second side type of the surfacic flange.
o GetSupport(CATISpecObject**)

Role: This method retrieves the support of the surfacic flange.
o GetSupportAngle(CATICkeParm**)

Role: This method retrieves the Angle of the support and the base feature support if Support type is equal to Angle.
o GetSupportApproxLength(CATICkeParm**)

Role: This method retrieves the approximate length of the surfacic flange if Support type is equal to Approximation.
o GetSupportLength(CATICkeParm**)

Role: This method is usefull to limit the support of the surfacic flange if the support type is "Angle" or "Exact".
o GetSupportType(CATUnicodeString&)

Role: This method retrieves the support type of the surfacic flange.
o SetBaseFeature(CATISpecObject*)

Role: This method sets the base feature of the surfacic flange.
o SetBaseFeatureOrient(CATOrientation&)

Role: This method sets the base feature orientation of the Surfacic Flange, it defines the base feature side to keep compared to the flange support orientation.
o SetBendRadiusType(CATUnicodeString&)

Role: This method sets the bend radius type of the surfacic flange.
o SetEOPElements(CATLISTP(CATISpecObject)&)

Role: This methode sets the list of elements of the edge of part if the edge of part type is equal to Element FD or Element FP.
o SetEOPType(CATUnicodeString&)

Role: This method sets the edge of part type of the surfacic flange.
o SetFlangeOrient(CATOrientation&)

Role: This method sets the flange orientation of the Surfacic Flange, it defines the fillet orientation compared to the base feature support orientation.
o SetJoggleCompensation(CATISpecObject*,CATUnicodeString&)

Role: This method sets the joggle compensation of the surfacic flange.
o SetManufacturingProcessType(CATUnicodeString&)

Role: This method sets the manufacturing process type of the surfacic flange.
o SetMaterialOrient(CATOrientation&)

Role: This method sets the material orientation of the surfacic flange.
o SetSide1CompensationType(CATUnicodeString&)

Role: This method sets the first side compensation of the surfacic flange.
o SetSide1CompensationValue(double&)

Role: This method valuate the first side compensation value of the surfacic flange.
o SetSide1DressUpType(CATUnicodeString&)

Role: This method sets the first side Dress-Up type of the surfacic flange.
o SetSide1Elements(CATLISTP(CATISpecObject)&)

Role: This method sets the first side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
o SetSide1Type(CATUnicodeString&)

Role: This method sets the first side type of the surfacic flange.
o SetSide2CompensationType(CATUnicodeString&)

Role: This method sets the second side compensation of the surfacic flange.
o SetSide2CompensationValue(double&)

Role: This method valuate the second side compensation value of the surfacic flange.
o SetSide2DressUpType(CATUnicodeString&)

Role: This method sets the second side Dress-Up type of the surfacic flange.
o SetSide2Elements(CATLISTP(CATISpecObject)&)

Role: This method sets the second side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
o SetSide2Type(CATUnicodeString&)

Role: This method sets the second side type of the surfacic flange.
o SetSupport(CATISpecObject*)

Role: This method sets the support of the surfacic flange.
o SetSupportType(CATUnicodeString&)

Role: This method sets the support type of the surfacic flange.

Methods


o GetBaseFeature
public virtual HRESULT __stdcall GetBaseFeature(CATISpecObject** opiBaseFeatureSpec) = 0

Role: This method retrieves the base feature of the surfacic flange.
Parameters:
opiBaseFeatureSpec
Specification of the base feature
Legal values:
  • the web,
  • another surfacic flange.
o GetBaseFeatureOrient
public virtual HRESULT __stdcall GetBaseFeatureOrient(CATOrientation& oBaseFeatureOrient) = 0

Role: This method retrieves the base feature orientation of the Surfacic Flange, it defines the base feature side to keep compared to the flange support orientation.
Parameters:
oBaseFeatureOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The base feature side to keep is opposite to the flange support orientation,
  • CATOrientationPositive: The base feature side to keep is same as the flange support orientation,
  • CATOrientationUnknown : The orientation is unknown.
o GetBendRadiusType
public virtual HRESULT __stdcall GetBendRadiusType(CATUnicodeString& oBendRadiusType) = 0

Role: This method retrieves the bend radius type of the surfacic flange.
Parameters:
oBendRadiusType
a CATUnicodeString
Legal values:
  • "Constant".
o GetBendRadiusValue
public virtual HRESULT __stdcall GetBendRadiusValue(CATICkeParm** opiBendRadiusValueParam) = 0

Role: This method retrieves the bend radius value of the surfacic flange.
Parameters:
opiBendRadiusValueParam
a CATICkeParm : use the method Valuate to modify the bend radius value. @see CATICkeParm.
o GetEOPElements
public virtual HRESULT __stdcall GetEOPElements(CATLISTP(CATISpecObject)& oEOPElementsList) = 0

Role: This methode retrieves the list of elements of the edge of part if the edge of part type is equal to Element FD or Element FP.
Parameters:
oEOPElementsList
List of specifications : curves or opened sketchs.
o GetEOPLength
public virtual HRESULT __stdcall GetEOPLength(CATICkeParm** opiEOPLengthParam) = 0

Role: This methode retrieves the length of the edge of part of the surfacic flange if the edge of part type is equal to Length from OML.
Parameters:
opiEOPLengthParam
a CATICkeParm : use the method Valuate to modify the Length From OML value. @see CATICkeParm.
o GetEOPType
public virtual HRESULT __stdcall GetEOPType(CATUnicodeString& oEOPType) = 0

Role: This method retrieves the edge of part type of the surfacic flange.
Parameters:
oEOPType
a CATUnicodeString
Legal values:
  • "Length From OML",
  • "Element FD",
  • "Element FP".
o GetFlangeOrient
public virtual HRESULT __stdcall GetFlangeOrient(CATOrientation& oFlangeOrient) = 0

Role: This method retrieves the flange orientation of the Surfacic Flange, it defines the fillet orientation compared to the base feature support orientation.
Parameters:
oFlangeOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The fillet and the base feature support orientations are opposite,
  • CATOrientationPositive: The fillet and the base feature support orientations are the same,
  • CATOrientationUnknown : The orientation is unknown.
o GetJoggleCompensation
public virtual HRESULT __stdcall GetJoggleCompensation(CATUnicodeString& oCompensation) = 0

Role: This method retrieves if the joggle compensation is set on the surfacic flange.
Parameters:
oCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Apply",
o GetJoggles
public virtual HRESULT __stdcall GetJoggles(CATLISTP(CATISpecObject)& oJogglesList) = 0

Role: This methode retrieves the list of joggles of the surfacic flange.
Parameters:
oJogglesList
List of specifications : Joggle(s).
o GetKFactor
public virtual HRESULT __stdcall GetKFactor(CATICkeParm** opiKFactorParam) = 0

Role: This method retrieves the K_Factor associated to the fillet of the surfacic flange.
Parameters:
opiKFactorParam
a CATICkeParm : use the method Valuate to modify the K_Factor value. @see CATICkeParm.
o GetManufacturingProcessType
public virtual HRESULT __stdcall GetManufacturingProcessType(CATUnicodeString& oManufProcType) = 0

Role: This method retrieves the manufacturing process type of the surfacic flange.
Parameters:
oManufProcType
a CATUnicodeString
Legal values:
  • "Hydropressed",
  • "BreakFormed".
o GetMaterialOrient
public virtual HRESULT __stdcall GetMaterialOrient(CATOrientation& oMaterialOrient) = 0

Role: This method retrieves the material orientation of the surfacic flange. It defines the thickness direction compared to the surfacic flange support orientation.
Parameters:
oMaterialOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The thickness and the surfacic flange support orientations are opposite,
  • CATOrientationPositive: The thickness and the surfacic flange support orientations are the same,
  • CATOrientationUnknown : The orientation is unknown.
o GetSide1CompensationType
public virtual HRESULT __stdcall GetSide1CompensationType(CATUnicodeString& oCompensation) = 0

Role: This method retrieves the first side compensation of the surfacic flange.
Parameters:
oCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Automatic",
  • "Angle",
  • "Length".
o GetSide1CompensationValue
public virtual HRESULT __stdcall GetSide1CompensationValue(double& oCompensation) = 0

Role: This method retrieves the first side compensation value of the surfacic flange.
Parameters:
oCompensationValue
a double
o GetSide1CornerRadius
public virtual HRESULT __stdcall GetSide1CornerRadius(CATICkeParm** opiCornerRadiusParam) = 0

Role: This method retrieves the first side corner value of the surfacic flange if its DressUp type is equal to Corner.
Parameters:
opiCornerRadiusParam
a CATICkeParm : use the method Valuate to modify the first side corner radius value. @see CATICkeParm.
o GetSide1DressUpType
public virtual HRESULT __stdcall GetSide1DressUpType(CATUnicodeString& oDressUpType) = 0

Role: This method retrieves the first side Dress-Up type of the surfacic flange.
Parameters:
oDressUpType
a CATUnicodeString
Legal values:
  • "None",
  • "Corner".
o GetSide1Elements
public virtual HRESULT __stdcall GetSide1Elements(CATLISTP(CATISpecObject)& oSideElementsList) = 0

Role: This method retrieves the first side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
Parameters:
oSideElementsList
List of specifications : curve(s) or opened sketch(s) or plane(s).
o GetSide1Type
public virtual HRESULT __stdcall GetSide1Type(CATUnicodeString& oSideType) = 0

Role: This method retrieves the first side type of the surfacic flange.
Parameters:
oSideType
a CATUnicodeString
Legal values:
  • "Standard",
  • "None",
  • "Element FD",
  • "Element FP".
o GetSide2CompensationType
public virtual HRESULT __stdcall GetSide2CompensationType(CATUnicodeString& oCompensation) = 0

Role: This method retrieves the second side compensation of the surfacic flange.
Parameters:
oCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Automatic",
  • "Angle",
  • "Length".
o GetSide2CompensationValue
public virtual HRESULT __stdcall GetSide2CompensationValue(double& oCompensation) = 0

Role: This method retrieves the second side compensation value of the surfacic flange.
Parameters:
oCompensationValue
a double
o GetSide2CornerRadius
public virtual HRESULT __stdcall GetSide2CornerRadius(CATICkeParm** opiCornerRadiusParam) = 0

Role: This method retrieves the second side corner value of the surfacic flange if its Dress-Up type is equal to Corner.
Parameters:
opiCornerRadiusParam
a CATICkeParm : use the method Valuate to modify the first side corner radius value. @see CATICkeParm.
o GetSide2DressUpType
public virtual HRESULT __stdcall GetSide2DressUpType(CATUnicodeString& oDressUpType) = 0

Role: This method retrieves the second side Dress-Up type of the surfacic flange.
Parameters:
oDressUpType
a CATUnicodeString
Legal values:
  • "None",
  • "Corner".
o GetSide2Elements
public virtual HRESULT __stdcall GetSide2Elements(CATLISTP(CATISpecObject)& oSideElementsList) = 0

Role: This method retrieves the second side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
Parameters:
oSideElementsList
List of specifications : curve(s) or opened sketch(s) or plane(s).
o GetSide2Type
public virtual HRESULT __stdcall GetSide2Type(CATUnicodeString& oSideType) = 0

Role: This method retrieves the second side type of the surfacic flange.
Parameters:
oSideType
a CATUnicodeString
Legal values:
  • "Standard",
  • "None",
  • "Element FD",
  • "Element FP".
o GetSupport
public virtual HRESULT __stdcall GetSupport(CATISpecObject** opiSupportSpec) = 0

Role: This method retrieves the support of the surfacic flange.
Parameters:
opiSupportSpec
Specification of the support
Legal values:
  • a surface (if support type is different from "Angle"),
  • a curve (if support type is equal to "Angle").
o GetSupportAngle
public virtual HRESULT __stdcall GetSupportAngle(CATICkeParm** opiSupportAngleParam) = 0

Role: This method retrieves the Angle of the support and the base feature support if Support type is equal to Angle.
Parameters:
opiSupportAngleParam
a CATICkeParm : use the method Valuate to modify the bend radius value. @see CATICkeParm.
o GetSupportApproxLength
public virtual HRESULT __stdcall GetSupportApproxLength(CATICkeParm** opiApproxLengthParam) = 0

Role: This method retrieves the approximate length of the surfacic flange if Support type is equal to Approximation.
Parameters:
opiApproxLengthParam
a CATICkeParm : Do not modify this value.
o GetSupportLength
public virtual HRESULT __stdcall GetSupportLength(CATICkeParm** opiLengthParam) = 0

Role: This method is usefull to limit the support of the surfacic flange if the support type is "Angle" or "Exact".
Parameters:
opiLengthParam
a CATICkeParm : use the method Valuate to modify the support length value. @see CATICkeParm.
o GetSupportType
public virtual HRESULT __stdcall GetSupportType(CATUnicodeString& oSupportType) = 0

Role: This method retrieves the support type of the surfacic flange.
Parameters:
oSupportType
a CATUnicodeString
Legal values:
  • "Exact",
  • "Approximation",
  • "Angle".
o SetBaseFeature
public virtual HRESULT __stdcall SetBaseFeature( const CATISpecObject* ipiBaseFeatureSpec) = 0

Role: This method sets the base feature of the surfacic flange.
Parameters:
ipiBaseFeatureSpec
Specification of the base feature
Legal values:
  • the web,
  • another surfacic flange.
o SetBaseFeatureOrient
public virtual HRESULT __stdcall SetBaseFeatureOrient( const CATOrientation& iBaseFeatureOrient) = 0

Role: This method sets the base feature orientation of the Surfacic Flange, it defines the base feature side to keep compared to the flange support orientation.
Parameters:
iBaseFeatureOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The base feature side to keep is opposite to the flange support orientation,
  • CATOrientationPositive: The base feature side to keep is same as the flange support orientation,
  • CATOrientationUnknown : The orientation is unknown.
o SetBendRadiusType
public virtual HRESULT __stdcall SetBendRadiusType( const CATUnicodeString& iBendRadiusType) = 0

Role: This method sets the bend radius type of the surfacic flange.
Parameters:
iBendRadiusType
a CATUnicodeString
Legal values:
  • "Constant".
o SetEOPElements
public virtual HRESULT __stdcall SetEOPElements( const CATLISTP(CATISpecObject)& iEOPElementsList) = 0

Role: This methode sets the list of elements of the edge of part if the edge of part type is equal to Element FD or Element FP.
Parameters:
iEOPElementsList
List of specifications : curves or opened sketchs.
o SetEOPType
public virtual HRESULT __stdcall SetEOPType( const CATUnicodeString& iEOPType) = 0

Role: This method sets the edge of part type of the surfacic flange.
Parameters:
iEOPType
a CATUnicodeString
Legal values:
  • "Length From OML",
  • "Element FD",
  • "Element FP".
o SetFlangeOrient
public virtual HRESULT __stdcall SetFlangeOrient( const CATOrientation& iFlangeOrient) = 0

Role: This method sets the flange orientation of the Surfacic Flange, it defines the fillet orientation compared to the base feature support orientation.
Parameters:
iFlangeOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The fillet and the base feature support orientations are opposite,
  • CATOrientationPositive: The fillet and the base feature support orientations are the same,
  • CATOrientationUnknown : The orientation is unknown.
o SetJoggleCompensation
public virtual HRESULT __stdcall SetJoggleCompensation( const CATISpecObject* ipiPrtPartSpec,
const CATUnicodeString& iCompensation) = 0

Role: This method sets the joggle compensation of the surfacic flange. !!! The joggle compensation method is defined on the sheet metal parameters.
Parameters:
ipiPrtPartSpec
The Part Feature
iCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Apply",
o SetManufacturingProcessType
public virtual HRESULT __stdcall SetManufacturingProcessType( const CATUnicodeString& iManufProcType) = 0

Role: This method sets the manufacturing process type of the surfacic flange.
Parameters:
iManufProcType
a CATUnicodeString
Legal values:
  • "Hydropressed",
  • "BreakFormed".
o SetMaterialOrient
public virtual HRESULT __stdcall SetMaterialOrient( const CATOrientation& iMaterialOrient) = 0

Role: This method sets the material orientation of the surfacic flange. It defines the thickness direction compared to the surfacic flange support orientation.
Parameters:
iMaterialOrient
A reference to a CATOrientation instance.
Legal values:
  • CATOrientationNegative: The thickness and the surfacic flange support orientations are opposite,
  • CATOrientationPositive: The thickness and the surfacic flange support orientations are the same,
  • CATOrientationUnknown : The orientation is unknown.
o SetSide1CompensationType
public virtual HRESULT __stdcall SetSide1CompensationType( const CATUnicodeString& iCompensation) = 0

Role: This method sets the first side compensation of the surfacic flange.
Parameters:
iCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Automatic",
  • "Angle",
  • "Length".
o SetSide1CompensationValue
public virtual HRESULT __stdcall SetSide1CompensationValue( const double& iCompensation) = 0

Role: This method valuate the first side compensation value of the surfacic flange.
Parameters:
iCompensationValue
a double
o SetSide1DressUpType
public virtual HRESULT __stdcall SetSide1DressUpType( const CATUnicodeString& iDressUpType) = 0

Role: This method sets the first side Dress-Up type of the surfacic flange.
Parameters:
iDressUpType
a CATUnicodeString
Legal values:
  • "None",
  • "Corner".
o SetSide1Elements
public virtual HRESULT __stdcall SetSide1Elements( const CATLISTP(CATISpecObject)& iSideElementsList) = 0

Role: This method sets the first side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
Parameters:
iSideElementsList
List of specifications : curve(s) or opened sketch(s) or plane(s).
o SetSide1Type
public virtual HRESULT __stdcall SetSide1Type( const CATUnicodeString& iSideType) = 0

Role: This method sets the first side type of the surfacic flange.
Parameters:
iSideType
a CATUnicodeString
Legal values:
  • "Standard",
  • "None",
  • "Element FD",
  • "Element FP".
o SetSide2CompensationType
public virtual HRESULT __stdcall SetSide2CompensationType( const CATUnicodeString& iCompensation) = 0

Role: This method sets the second side compensation of the surfacic flange.
Parameters:
iCompensation
a CATUnicodeString
Legal values:
  • "None",
  • "Automatic",
  • "Angle",
  • "Length".
o SetSide2CompensationValue
public virtual HRESULT __stdcall SetSide2CompensationValue( const double& iCompensation) = 0

Role: This method valuate the second side compensation value of the surfacic flange.
Parameters:
iCompensationValue
a double
o SetSide2DressUpType
public virtual HRESULT __stdcall SetSide2DressUpType( const CATUnicodeString& iDressUpType) = 0

Role: This method sets the second side Dress-Up type of the surfacic flange.
Parameters:
iDressUpType
a CATUnicodeString
Legal values:
  • "None",
  • "Corner".
o SetSide2Elements
public virtual HRESULT __stdcall SetSide2Elements( const CATLISTP(CATISpecObject)& iSideElementsList) = 0

Role: This method sets the second side elements of the surfacic flange if it's type is equal to Element FD or Element FD.
Parameters:
iSideElementsList
List of specifications : curve(s) or opened sketch(s) or plane(s).
o SetSide2Type
public virtual HRESULT __stdcall SetSide2Type( const CATUnicodeString& iSideType) = 0

Role: This method sets the second side type of the surfacic flange.
Parameters:
iSideType
a CATUnicodeString
Legal values:
  • "Standard",
  • "None",
  • "Element FD",
  • "Element FP".
o SetSupport
public virtual HRESULT __stdcall SetSupport( const CATISpecObject* ipiSupportSpec) = 0

Role: This method sets the support of the surfacic flange.
Parameters:
ipiSupportSpec
Specification of the support
Legal values:
  • a surface (if support type is different from "Angle"),
  • a curve (if support type is equal to "Angle").
o SetSupportType
public virtual HRESULT __stdcall SetSupportType( const CATUnicodeString& iSupportType) = 0

Role: This method sets the support type of the surfacic flange.
Parameters:
iSupportType
a CATUnicodeString
Legal values:
  • "Exact",
  • "Approximation",
  • "Angle".

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

Copyright © 2003, Dassault Systèmes. All rights reserved.