Inheritance diagram for Array2DInterpol:

Classes
class	ArrayAccess
Public Types
enum	FillType { HolesOnly, ConvexHull, Full }
Public Member Functions
virtual	~Array2DInterpol ()
	mDefineFactoryInClass (Array2DInterpol, factory)
	DeclareEnumUtils (FillType)
void	setFillType (FillType)
FillType	getFillType () const
void	setRowStep (float r)
void	setColStep (float r)
void	setMaxHoleSize (float)
float	getMaxHoleSize () const
void	setClassification (bool)
bool	isClassification () const
void	setMask (const Array2D< bool > *, OD::PtrPolicy=OD::UsePtr)
virtual const char *	infoMsg () const
virtual bool	nothingToFill () const
virtual bool	setArray (Array2D< float > &, TaskRunner *=0)
	Set AFTER all settings.
virtual bool	canUseArrayAccess () const
virtual bool	setArray (ArrayAccess &, TaskRunner *=0)
	Set AFTER all settings.
Protected Member Functions
	Array2DInterpol ()
bool	doPrepare (int)
void	getNodesToFill (const bool isdef, bool shouldinterpol, TaskRunner *) const
bool	isDefined (int idx) const
void	setFrom (int target, const int sources, const float weights, int nrsrc)
void	floodFillArrFrom (int seed, const bool isdef, bool shouldinterpol) const
void	excludeBigHoles (const bool isdef, bool shouldinterpol) const
Protected Attributes
Array2D< float > *	arr_
ArrayAccess *	arrsetter_
float	rowstep_
float	colstep_
int	nrrows_
int	nrcols_
int	nrcells_
FillType	filltype_
float	maxholesize_
const Array2D< bool > *	mask_
bool	maskismine_
bool	isclassification_
Stats::RunCalcSetup *	statsetup_

Member Enumeration Documentation

enum Array2DInterpol::FillType

Enumerator:

HolesOnly
ConvexHull
Full

Constructor & Destructor Documentation

virtual Array2DInterpol::~Array2DInterpol ( ) [virtual]

Array2DInterpol::Array2DInterpol ( ) [protected]

Member Function Documentation

virtual bool Array2DInterpol::canUseArrayAccess ( ) const [inline, virtual]

Reimplemented in InverseDistanceArray2DInterpol, TriangulationArray2DInterpol, and Array2DInterpolExtension.

Array2DInterpol::DeclareEnumUtils ( FillType )

bool Array2DInterpol::doPrepare ( int ) [protected, virtual]

Reimplemented from ParallelTask.

Reimplemented in InverseDistanceArray2DInterpol, and TriangulationArray2DInterpol.

void Array2DInterpol::excludeBigHoles	(	const bool *	isdef,
		bool *	shouldinterpol
	)			const `[protected]`

Will find holes larger than maxholesize_ and exclude them from shouldinterpol.

void Array2DInterpol::floodFillArrFrom	(	int	seed,
		const bool *	isdef,
		bool *	shouldinterpol
	)			const `[protected]`

Floodfills 'false' into shouldinterpol from position seed. Floodfill will stop when bumping into defined values, as provided in isdef.

FillType Array2DInterpol::getFillType ( ) const

float Array2DInterpol::getMaxHoleSize ( ) const

void Array2DInterpol::getNodesToFill	(	const bool *	isdef,
		bool *	shouldinterpol,
		TaskRunner *
	)			const `[protected]`

Fills shouldinterpol with true or false depending on if a certain node should be interpolated or not, based on filltype and maxholesize. If isdef is zero, the information will be extracted from the grid. Both isdef and shouldinterpol arrays refers to positions on the grid by row=idx/nrcols_,col=idxnrcols_

virtual const char* Array2DInterpol::infoMsg ( ) const [inline, virtual]

bool Array2DInterpol::isClassification ( ) const

bool Array2DInterpol::isDefined ( int idx ) const [protected]

idx refers to positions on the grid by row=idx/nrcols_,col=idxnrcols_

Array2DInterpol::mDefineFactoryInClass	(	Array2DInterpol	,
		factory
	)

virtual bool Array2DInterpol::nothingToFill ( ) const [inline, virtual]

Reimplemented in InverseDistanceArray2DInterpol, and TriangulationArray2DInterpol.

virtual bool Array2DInterpol::setArray	(	ArrayAccess &	,
		TaskRunner *	= `0`
	)			`[virtual]`

Set AFTER all settings.

Reimplemented in InverseDistanceArray2DInterpol, and TriangulationArray2DInterpol.

virtual bool Array2DInterpol::setArray	(	Array2D< float > &	,
		TaskRunner *	= `0`
	)			`[virtual]`

Set AFTER all settings.

Reimplemented in InverseDistanceArray2DInterpol, and TriangulationArray2DInterpol.

void Array2DInterpol::setClassification ( bool )

void Array2DInterpol::setColStep ( float r )

void Array2DInterpol::setFillType ( FillType )

void Array2DInterpol::setFrom	(	int	target,
		const int *	sources,
		const float *	weights,
		int	nrsrc
	)			`[protected]`

For convenience, inheriting obj may set arr_ directly.

void Array2DInterpol::setMask	(	const Array2D< bool > *	,
		OD::PtrPolicy	= `OD::UsePtr`
	)

If mask is set, interpolation will only occur where mask has 'true' values. If array is larger than mask, values are assumed to be 'false' outside the mask. The mask works together with the filltype in an AND operations, so each position must get a 'true' value both from the filltype AND the mask. If no mask is given, the filltype will be used alone.

void Array2DInterpol::setMaxHoleSize ( float )

void Array2DInterpol::setRowStep ( float r )