Handle geometric data generated by a IDXFReader. More...

#include <idxfdata.h>

Public Member Functions
virtual void	setLayer (const QString &layername)=0
	Sets the layer name for all subsequent objects created.

virtual void	setClosed ()=0

virtual void	addPoint (const DVect3 &p)=0
	Adds a point object, at p.

virtual void	addLine (const DVect3 &p1, const DVect3 &p2)=0
	Adds a line object, from p1 to p2.

virtual void	startPolyline ()=0
	starts a polyline or a polyface mesh, clear vertex list

virtual void	addPolylineVertex (const DVect3 &p)=0
	add a vertex to a polyline, polyface, or polygon mesh.

virtual void	endPolyline ()=0
	Indicates the polyline, polyface, or polymesh is finished.

virtual void	add3DFace (const DVect3 &p1, const DVect3 &p2, const DVect3 &p3)=0
	Adds a triangular face element. The arguments are the vertices of the polygon.

virtual void	add3DFace (const DVect3 &p1, const DVect3 &p2, const DVect3 &p3, const DVect3 &p4)=0

virtual void	startPolyFaceMesh ()=0

virtual void	addPolyFace (int32_t n1, int32_t n2, int32_t n3, int32_t n4)=0

virtual void	startPolygonMesh ()=0

virtual void	setMeshClosedN ()=0
	Specifies that the mesh in the N-direction (first index) is closed.

virtual void	setMeshClosedM ()=0
	Specifies that the mesh in the M-direction (second index) is closed.

virtual void	setMeshN (int n)=0
	Specifies the number of indices in the N (first) direction.

virtual void	setMeshM (int m)=0
	Specifies the number of indices in the M (first) direction.

virtual void	startLWPolyline ()=0
	TOM - I have no idea what a LW Polyline is...

virtual void	setLWPolylineZ (const double &z)=0
	TOM - I have no idea what a LW Polyline is...

virtual void	addLWPolylineVertex (const double &x, const double &y)=0
	TOM - I have no idea what a LW Polyline is...

virtual void	endLWPolyline ()=0
	TOM - I have no idea what a LW Polyline is...

virtual void	writeParseWarning (int line, const QString &x)=0

virtual bool	progress (int pos, int max=0)=0

virtual void	setLayer (const QString &layername)=0
	Sets the layer name for all subsequent objects created.

virtual void	setClosed ()=0

virtual void	addPoint (const DVect3 &p)=0
	Adds a point object, at p.

virtual void	addLine (const DVect3 &p1, const DVect3 &p2)=0
	Adds a line object, from p1 to p2.

virtual void	addArc (const DVect3 &cent, double r, double a1, double a2)=0
	Add an arc, by center, radius, start and end angles.

virtual void	startPolyline ()=0
	starts a polyline or a polyface mesh, clear vertex list

virtual void	addPolylineVertex (const DVect3 &p)=0
	add a vertex to a polyline, polyface, or polygon mesh.

virtual void	endPolyline ()=0
	Indicates the polyline, polyface, or polymesh is finished.

virtual void	add3DFace (const DVect3 &p1, const DVect3 &p2, const DVect3 &p3)=0
	Adds a triangular face element. The arguments are the vertices of the polygon.

virtual void	add3DFace (const DVect3 &p1, const DVect3 &p2, const DVect3 &p3, const DVect3 &p4)=0

virtual void	startPolyFaceMesh ()=0

virtual void	addPolyFace (int32_t n1, int32_t n2, int32_t n3, int32_t n4)=0

virtual void	startPolygonMesh ()=0

virtual void	setMeshClosedN ()=0
	Specifies that the mesh in the N-direction (first index) is closed.

virtual void	setMeshClosedM ()=0
	Specifies that the mesh in the M-direction (second index) is closed.

virtual void	setMeshN (int n)=0
	Specifies the number of indices in the N (first) direction.

virtual void	setMeshM (int m)=0
	Specifies the number of indices in the M (first) direction.

virtual void	startLWPolyline ()=0
	TOM - I have no idea what a LW Polyline is...

virtual void	setLWPolylineZ (const double &z)=0
	TOM - I have no idea what a LW Polyline is...

virtual void	addLWPolylineVertex (const double &x, const double &y)=0
	TOM - I have no idea what a LW Polyline is...

virtual void	endLWPolyline ()=0
	TOM - I have no idea what a LW Polyline is...

virtual void	writeParseWarning (int line, const QString &x)=0

virtual bool	updateProgress (quint64 pos, quint64 max=0)=0

Detailed Description

Handle geometric data generated by a IDXFReader.

By implementing this interface, you can pass it to an IDXFReader to interpret a DXF file and handle the geometric objects it represents.

Member Function Documentation

◆ add3DFace() [1/2]

virtual void itasca::IDXFData::add3DFace	(	const DVect3 &	p1,
		const DVect3 &	p2,
		const DVect3 &	p3,
		const DVect3 &	p4 )

pure virtual

Adds a quadrilateral face element. The arguments are the vertices of the polygon. The quadrilateral is assumed to be planar. (?)

◆ add3DFace() [2/2]

virtual void itasca::IDXFData::add3DFace	(	const DVect3 &	p1,
		const DVect3 &	p2,
		const DVect3 &	p3,
		const DVect3 &	p4 )

pure virtual

Adds a quadrilateral face element. The arguments are the vertices of the polygon. The quadrilateral is assumed to be planar. (?)

◆ addPolyFace() [1/2]

virtual void itasca::IDXFData::addPolyFace	(	int32_t	n1,
		int32_t	n2,
		int32_t	n3,
		int32_t	n4 )

pure virtual

Adds a triangular or quadrilateral polygon based on data previously read by addPolylineVertex(). The vertex indices are base 1, and a negative or 0 value for n4 indicates a triangular face. Also, n1, n2, and n3 may be negative, but should be interpreted as positive.

◆ addPolyFace() [2/2]

virtual void itasca::IDXFData::addPolyFace	(	int32_t	n1,
		int32_t	n2,
		int32_t	n3,
		int32_t	n4 )

pure virtual

Adds a triangular or quadrilateral polygon based on data previously read by addPolylineVertex(). The vertex indices are base 1, and a negative or 0 value for n4 indicates a triangular face. Also, n1, n2, and n3 may be negative, but should be interpreted as positive.

◆ progress()

virtual bool itasca::IDXFData::progress	(	int	pos,
		int	max = 0 )

pure virtual

This function is called repeated to indicate how much progress through the DXF file has been made. The value of max is only specified once, when pos = 0. Subsequently, max = 0 and pos indicates the position in the file.

◆ setClosed() [1/2]

virtual void itasca::IDXFData::setClosed ( )

pure virtual

Indicates that whatever multiple-vertex object is being processed should be closed. (i.e. the a point should be added that is the same as the first point).

◆ setClosed() [2/2]

virtual void itasca::IDXFData::setClosed ( )

pure virtual

Indicates that whatever multiple-vertex object is being processed should be closed. (i.e. the a point should be added that is the same as the first point).

◆ startPolyFaceMesh() [1/2]

virtual void itasca::IDXFData::startPolyFaceMesh ( )

pure virtual

Indicates that subsequent addPolylineVertex calls should store vertices for later use in addPolyFace calls. The endPolyline() call then indicates the end of a Poly Face instead of a polyLine. The addPolyFace() method may be called to use stored vertices to generate polyfaces, instead of building a single large face eith endPolyline().

◆ startPolyFaceMesh() [2/2]

virtual void itasca::IDXFData::startPolyFaceMesh ( )

pure virtual

Indicates that subsequent addPolylineVertex calls should store vertices for later use in addPolyFace calls. The endPolyline() call then indicates the end of a Poly Face instead of a polyLine. The addPolyFace() method may be called to use stored vertices to generate polyfaces, instead of building a single large face eith endPolyline().

◆ startPolygonMesh() [1/2]

virtual void itasca::IDXFData::startPolygonMesh ( )

pure virtual

Indicates that subsequent addPolylineVertex calls are generating a polymesh. TOM: How are vertex coordinates interpreted as a mesh (in what order)? TOM: Why don't we simplify this interface to just take polygon and line objects, whether they are generated from meshes or whatever?

◆ startPolygonMesh() [2/2]

virtual void itasca::IDXFData::startPolygonMesh ( )

pure virtual

Indicates that subsequent addPolylineVertex calls are generating a polymesh. TOM: How are vertex coordinates interpreted as a mesh (in what order)? TOM: Why don't we simplify this interface to just take polygon and line objects, whether they are generated from meshes or whatever?

◆ updateProgress()

virtual bool itasca::IDXFData::updateProgress	(	quint64	pos,
		quint64	max = 0 )

pure virtual

This function is called repeated to indicate how much progress through the DXF file has been made. The value of max is only specified once, when pos = 0. Subsequently, max = 0 and pos indicates the position in the file.

◆ writeParseWarning() [1/2]

virtual void itasca::IDXFData::writeParseWarning	(	int	line,
		const QString &	x )

pure virtual

This function will be called if there is a problem reading the DXF file. line indicates what line number of the file contained the problem, while x is an warning message.

◆ writeParseWarning() [2/2]

virtual void itasca::IDXFData::writeParseWarning	(	int	line,
		const QString &	x )

pure virtual

This function will be called if there is a problem reading the DXF file. line indicates what line number of the file contained the problem, while x is an warning message.

The documentation for this class was generated from the following files:

C:/Source/itasca-suite/common/kernel/interface/idxfdata.h
C:/Source/itasca-suite/common/module/interface/idxfdata.h

Public Member Functions

Detailed Description

Member Function Documentation

◆ add3DFace() [1/2]

◆ add3DFace() [2/2]

◆ addPolyFace() [1/2]

◆ addPolyFace() [2/2]

◆ progress()

◆ setClosed() [1/2]

◆ setClosed() [2/2]

◆ startPolyFaceMesh() [1/2]

◆ startPolyFaceMesh() [2/2]

◆ startPolygonMesh() [1/2]

◆ startPolygonMesh() [2/2]

◆ updateProgress()

◆ writeParseWarning() [1/2]

◆ writeParseWarning() [2/2]