#include <zd_lith_data.hpp>

Inheritance diagram for ZdLithData:

Public Member Functions
	ZdLithData (const char *szDocName=NULL)

virtual int	maxEnsembleLength ()

virtual int	ensembleLength ()

virtual bool	compatibleType (const char *szType) const

virtual double	layerThickness ()=0

virtual int	lithCode ()=0

virtual QBitmap	lithTileBitmap ()=0

virtual QColor	lithTileColor ()

	ZdLithData (const char *szDocName=NULL)

virtual int	maxEnsembleLength ()

virtual int	ensembleLength ()

virtual bool	compatibleType (const char *szType) const

virtual double	layerThickness ()=0

virtual int	lithCode ()=0

virtual QBitmap	lithTileBitmap ()=0

virtual QColor	lithTileColor ()

Public Member Functions inherited from ZdCoordObjStream
	ZdCoordObjStream (const char *szDocName=NULL)

virtual void	setCustomCoord (int iCoordId, ZqbOrder eOrder=Z_O_ASCENT)

virtual void	setSecondaryOrder (int iSecondaryId, ZqbOrder eOrder=Z_O_ASCENT)

virtual void	setTertiaryOrder (int iTertiaryId, ZqbOrder eOrder=Z_O_ASCENT)

virtual bool	getCoordRange (double c[2])=0

virtual double	averageCoordStep ()=0

virtual bool	goFirstCoord ()=0

virtual bool	goNextCoord ()=0

virtual double	coord ()=0

virtual void *	custom (int ens_index=0, ZqbType *pRetType=NULL)

	ZdCoordObjStream (const char *szDocName=NULL)

virtual void	setCustomCoord (int iCoordId)

virtual int	getCustomCoord () const

virtual void	setFirstOrder (int iCoordId, ZqbOrder eOrder=Z_O_ASCENT)

virtual bool	getFirstOrder (int &iCoordId, ZqbOrder &eOrder) const

virtual void	setSecondaryOrder (int iSecondaryId, ZqbOrder eOrder=Z_O_ASCENT)

virtual bool	getSecondaryOrder (int &iCoordId, ZqbOrder &eOrder) const

virtual void	setTertiaryOrder (int iTertiaryId, ZqbOrder eOrder=Z_O_ASCENT)

virtual bool	getTertiaryOrder (int &iCoordId, ZqbOrder &eOrder) const

virtual void	setCoordsSelection (const CoordSelectionVec &selCoords)

virtual const CoordSelectionVec &	getCoordsSelection () const

virtual void	setInvisibleCoordinates (const CoordSelectionVec &unvisibleCoords)

virtual const CoordSelectionVec &	getInvisibleCoordinates () const

virtual bool	getCoordRange (double c[2])=0

virtual double	averageCoordStep ()=0

virtual bool	goFirstCoord ()=0

virtual bool	goNextCoord ()=0

virtual double	coord ()=0

virtual bool	visibleCoord ()

virtual void *	custom (int ens_index=0, ZqbType *pRetType=NULL)

virtual ZqbType	coordTypeFromId (int coordId) const

Public Member Functions inherited from ZdDocument
	ZdDocument (const char *szName=NULL)

virtual	~ZdDocument ()

virtual void	updateViews ()

virtual bool	isChanged ()

virtual void	setChanges ()

virtual void	resetChanges ()

	ZdDocument (const char *szName=NULL)

virtual	~ZdDocument ()

virtual void	updateViews ()

virtual bool	isChanged ()

virtual void	setChanges ()

virtual void	resetChanges ()

Public Member Functions inherited from ZqbAutoName
	ZqbAutoName (int pCounter, const char szRoot, const char *szCustomName=NULL)

virtual	~ZqbAutoName ()

	ZqbAutoName (int pCounter, const char szRoot, const char *szCustomName=NULL)

virtual	~ZqbAutoName ()

Public Member Functions inherited from ZqbName
	ZqbName (const char szRoot, const char szCustomName=NULL)

	ZqbName (const ZqbName &name)

virtual	~ZqbName ()

ZqbName &	operator= (const ZqbName &name)

virtual const char *	getName () const

virtual const char *	getType () const

bool	hasName (const char *szString) const

	ZqbName (const char szRoot, const char szCustomName=NULL)

	ZqbName (const ZqbName &name)

virtual	~ZqbName ()

ZqbName &	operator= (const ZqbName &name)

virtual const char *	getName () const

virtual const char *	getType () const

bool	hasName (const char *szString) const

Additional Inherited Members
Public Types inherited from ZdCoordObjStream
typedef std::vector < CoordSelection >	CoordSelectionVec

Protected Attributes inherited from ZdDocument
ZqbViewVector	m_Views

Protected Attributes inherited from ZqbName
char *	m_szName

char *	m_szRoot

Detailed Description

The Doc/View model for lithology data abstract representation. The class returns sequence of depths (from top to bottom) and allows to obtain numeric code of the layer and its pixmap representation. It's supposed that the last coordinate does not correspond to any layer and it's used just for limit of lithology column. The class is abstract one, so one need to implement next methods:

 virtual bool       getCoordRange (double c[2]);
 virtual double averageCoordStep ();
 virtual bool       goFirstCoord ();
 virtual bool       goNextCoord ();
 virtual double coord ();
 virtual double layerThickness ();
* 

Constructor & Destructor Documentation

ZdLithData::ZdLithData ( const char * szDocName = NULL )

Create lithology access document with given document name.

ZdLithData::ZdLithData ( const char * szDocName = NULL )

Create lithology access document with given document name.

Member Function Documentation

virtual bool ZdLithData::compatibleType ( const char * szType ) const

virtual

Return true if given type is compatible with this document.

Reimplemented from ZdDocument.

Reimplemented in ZdLithVector, and ZdLithVector.

virtual bool ZdLithData::compatibleType ( const char * szType ) const

virtual

Return true if given type is compatible with this document.

Reimplemented from ZdDocument.

Reimplemented in ZdLithVector, and ZdLithVector.

virtual int ZdLithData::ensembleLength ( )

virtual

Return 1 always since ensembles are not available for lithology columns.

Implements ZdCoordObjStream.

virtual int ZdLithData::ensembleLength ( )

virtual

Return 1 always since ensembles are not available for lithology columns.

Implements ZdCoordObjStream.

virtual double ZdLithData::layerThickness ( )

pure virtual

Return thickness of the current layer. This value will be added to coord() to produce bottom coordinate of the layer.

Implemented in ZdLithVector, and ZdLithVector.

virtual double ZdLithData::layerThickness ( )

pure virtual

Return thickness of the current layer. This value will be added to coord() to produce bottom coordinate of the layer.

Implemented in ZdLithVector, and ZdLithVector.

virtual int ZdLithData::lithCode ( )

pure virtual

Return lithology code of the current layer. ZD_LITH_UNKNOWN means unknown lithology code.

Implemented in ZdLithVector, and ZdLithVector.

virtual int ZdLithData::lithCode ( )

pure virtual

Return lithology code of the current layer. ZD_LITH_UNKNOWN means unknown lithology code.

Implemented in ZdLithVector, and ZdLithVector.

virtual QBitmap ZdLithData::lithTileBitmap ( )

pure virtual

Return graphics pattern used for lithology tiling of the current layer. If code ZD_LITH_UNKNOWN is returned by lithCode() then blank tile bitmap is returned by this method.

Implemented in ZdLithVector, and ZdLithVector.

virtual QBitmap ZdLithData::lithTileBitmap ( )

pure virtual

Return graphics pattern used for lithology tiling of the current layer. If code ZD_LITH_UNKNOWN is returned by lithCode() then blank tile bitmap is returned by this method.

Implemented in ZdLithVector, and ZdLithVector.

virtual QColor ZdLithData::lithTileColor ( )

virtual

Return color of graphics pattern of the current layer. Qt::black by default.

Reimplemented in ZdLithVector, and ZdLithVector.

virtual QColor ZdLithData::lithTileColor ( )

virtual

Return color of graphics pattern of the current layer. Qt::black by default.

Reimplemented in ZdLithVector, and ZdLithVector.

virtual int ZdLithData::maxEnsembleLength ( )

virtual

Get maximum length of ensemble. Always returns 1.