Defines parameters of the IGES reader. More...

#include <cadex/IGES_ReaderParameters.hxx>

Inheritance diagram for cadex::IGES_ReaderParameters:

Public Types
enum	VersionType { V2 = 2 }
	Specifies version of IGES reader. More...

enum	SurfaceCurveModeType { Auto , Use2d , Use3d }
	Specifies preference mode for reading surface curves. More...

Public Types inherited from cadex::Base_ReaderParameters
typedef std::shared_ptr< internal::Base_ReaderParametersImpl >	ImplPtrType
	Reserved for internal use.

Public Member Functions
	IGES_ReaderParameters ()
	Constructor.

bool	SkipBlank () const
	Returns the flag whether the blank entities must be skipped during import.

bool &	SkipBlank ()
	Returns the flag whether the blank entities must be skipped during import.

VersionType	Version () const
	Returns version.

VersionType &	Version ()
	Sets version.

SurfaceCurveModeType	SurfaceCurveMode () const
	Returns a surface curve mode value.

SurfaceCurveModeType &	SurfaceCurveMode ()
	Returns a modifiable surface curve mode value.

Public Member Functions inherited from cadex::Base_ReaderParameters
bool	DelayedConversion () const
	Specifies whether the import should fully complete conversion or defer it This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.See above for non-const method.

bool &	DelayedConversion ()
	Specifies whether the reader should defer conversion whenever possible or complete it.

bool	ReadPMI () const
	Specifies whether Product and Manufacturing Information (PMI) should be read from the file. This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.See above for non-const method.

bool &	ReadPMI ()
	Specifies whether Product and Manufacturing Information (PMI) should be read from the file.

bool	SaveExternalReferencePaths () const
	Specifies whether source file path of SGE elements should be stored in its property tables. This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.See above for non-const method.

bool &	SaveExternalReferencePaths ()
	Specifies whether source file path of SGE elements should be stored in its property tables.

void	SetLengthUnit (Base_LengthUnit LengthUnit)
	Sets a unit in which to treat geometric data in file.

bool	ReadDrawing () const
	Specifies whether a drawing should be read from the file. This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.See above for non-const method.

bool &	ReadDrawing ()
	Specifies whether a drawing should be read from the file.

internal::Base_ReaderParametersImpl *	Impl () const
	Returns internal implementation object.

template<typename T >
T *	Impl () const
	Reserved for internal use.

const ImplPtrType &	SharedImpl () const
	Reserved for internal use.

Additional Inherited Members
Protected Member Functions inherited from cadex::Base_ReaderParameters
	Base_ReaderParameters (internal::Base_ReaderParametersImpl *theImpl)
	Constructor.

Detailed Description

Defines parameters of the IGES reader.

Refer to Importer Parameters.

Parameters can be set using IGES_Reader::Parameters().

Examples: Unity/Assets/Scripts/ModelImporter.cs.

Member Enumeration Documentation

◆ SurfaceCurveModeType

enum cadex::IGES_ReaderParameters::SurfaceCurveModeType

Specifies preference mode for reading surface curves.

Reserved for future use.

Surface curves are the curves used to trim the surfaces. These include Curve On Surface (IGES type 142) and Boundary (IGES type 141). Surface curves may contain either 3D representation (in model space) or 2D representation (in surface parameter space) or both. The enumeration values define which of these should be preferred.

Enumerator
Auto	The choice between curve representation is made automatically depennding on various factors (consistency of the representations, preference flag in the IGES file, etc).
Use2d	2D representation will be used if available in the file.
Use3d	3D representation will be used if available in the file.