HydroCouple::Spatial::IRaster Class Reference

A Raster spatial feature. More...

#include <hydrocouplespatial.h>

Inheritance diagram for HydroCouple::Spatial::IRaster:

Collaboration diagram for HydroCouple::Spatial::IRaster:

Public Types
enum	RasterDataType {   Unknown ,   Byte ,   UInt16 ,   Int16 ,   UInt32 ,   Int32 ,   Float32 ,   Float64 ,   CInt16 ,   CInt32 ,   CFloat32 ,   CFloat64 }
	The data type associated with a raster. More...

Public Member Functions
virtual	~IRaster ()=0
	IRaster destructor. More...
virtual int	xSize () const =0
	Number of pixels in the x direction. More...
virtual int	ySize () const =0
	Number of pixels in y direction. More...
virtual int	rasterBandCount () const =0
	Number of raster bands. More...
virtual void	addRasterBand (RasterDataType dataType)=0
	Adds a new IRasterBand. More...
virtual ISpatialReferenceSystem *	spatialReferenceSystem () const =0
	The ISpatialReferenceSystem represents the spatial reference system of goemetric object. More...
virtual void	geoTransformation (double *transformationMatrix)=0
	Fetches the affine transformation coefficients. It is an array of size 6. More...
virtual IRasterBand *	getRasterBand (int bandIndex) const =0
	Gets the IRasterBand for the band with index bandIndex. More...
Public Member Functions inherited from HydroCouple::IIdentity
virtual	~IIdentity ()=0
	IIdentity::~IIdentity is a virtual destructor. More...
virtual string	id () const =0
	Gets a unique identifier for the entity. More...
Public Member Functions inherited from HydroCouple::IDescription
virtual	~IDescription ()=0
	IDescription::~IDescription is a virtual destructor. More...
virtual string	caption () const =0
	Gets caption for the entity. More...
virtual void	setCaption (const string &caption)=0
	Sets caption for the entity. More...
virtual string	description () const =0
	Gets additional descriptive information for the entity. More...
virtual void	setDescription (const string &description)=0
	Gets additional descriptive information for the entity. More...
Public Member Functions inherited from HydroCouple::IPropertyChanged
virtual	~IPropertyChanged ()=0
	IPropertyChanged::~IPropertyChanged is a virtual destructor. More...
virtual void	registerPropertyChangedListener (const function< void(const any &, const string &)> &propertyChangedListener)=0
	IPropertyChanged::registerPropertyChangedListener() registers a listener to be called when a property of an object changes. More...
virtual void	deRegisterPropertyChangedListener (const function< void(const any &, const string &propertyName)> &propertyChangedListener)=0
	IPropertyChanged::deRegisterPropertyChangedListener() deregisters a listener that is called when a property of an object changes. More...

Detailed Description

A Raster spatial feature.

Member Enumeration Documentation

RasterDataType

enum HydroCouple::Spatial::IRaster::RasterDataType

The data type associated with a raster.

Enumerator
Unknown	Unknown or unspecified type.
Byte	Eight bit unsigned integer.
UInt16	Sixteen bit unsigned integer.
Int16	Sixteen bit signed integer.
UInt32	Thirty two bit unsigned integer.
Int32	Thirty two bit signed integer.
Float32	Thirty two bit floating point.
Float64	Sixty four bit floating point.
CInt16	Complex Int16.
CInt32	Complex Int32.
CFloat32	Complex Float32.
CFloat64	Complex Float64.

Constructor & Destructor Documentation

~IRaster()

virtual HydroCouple::Spatial::IRaster::~IRaster ( )

pure virtual

IRaster destructor.

Member Function Documentation

addRasterBand()

virtual void HydroCouple::Spatial::IRaster::addRasterBand ( RasterDataType  dataType )

pure virtual

Adds a new IRasterBand.

geoTransformation()

virtual void HydroCouple::Spatial::IRaster::geoTransformation ( double *  transformationMatrix )

pure virtual

Fetches the affine transformation coefficients. It is an array of size 6.

Fetches the coefficients for transforming between pixel/line (P,L) raster space, and projection coordinates (Xp,Yp) space. Xp = transformationMatrix[0] + P*transformationMatrix[1] + L*transformationMatrix[2]; Yp = transformationMatrix[3] + P*transformationMatrix[4] + L*transformationMatrix[5]; In a north up image, transformationMatrix[1] is the pixel width, and transformationMatrix[5] is the pixel height. The upper left corner of the upper left pixel is at position (transformationMatrix[0],transformationMatrix[3]).

getRasterBand()

virtual IRasterBand* HydroCouple::Spatial::IRaster::getRasterBand ( int  bandIndex ) const

pure virtual

Gets the IRasterBand for the band with index bandIndex.

rasterBandCount()

virtual int HydroCouple::Spatial::IRaster::rasterBandCount ( ) const

pure virtual

Number of raster bands.

spatialReferenceSystem()

virtual ISpatialReferenceSystem* HydroCouple::Spatial::IRaster::spatialReferenceSystem ( ) const

pure virtual

The ISpatialReferenceSystem represents the spatial reference system of goemetric object.

xSize()

virtual int HydroCouple::Spatial::IRaster::xSize ( ) const

pure virtual

Number of pixels in the x direction.

ySize()

virtual int HydroCouple::Spatial::IRaster::ySize ( ) const

pure virtual

Number of pixels in y direction.

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

• /home/runner/work/HydroCouple/HydroCouple/HydroCouple/include/hydrocouplespatial.h