Imports TIFF images as Isis cubes. More...

#include <TiffImporter.h>

Inheritance diagram for Isis::TiffImporter:

Collaboration diagram for Isis::TiffImporter:

Public Member Functions
	TiffImporter (FileName inputName)
	Construct the importer.

virtual	~TiffImporter ()
	Destruct the importer.

virtual PvlGroup	convertProjection () const
	Convert any projection information associated with the input image to an ISIS Mapping group in PVL form.

virtual bool	isGrayscale () const
	Tests to see if the input image has a "min is white" or "min is black" photometric interpretation, implying grayscale (no RGB/A).

virtual bool	isRgb () const
	Tests to see if the input image is neither grayscale nor has more than three samples per pixel, implying RGB (no alpha).

virtual bool	isArgb () const
	Tests to see if the input image is not grayscale and has more than three samples per pixel, implying RGBA.

void	operator() (Buffer &out) const
	The method for processing the output cube in place, called for each line of the output image.

Cube *	import (FileName outputName)
	Import the image with default output attributes.

Cube *	import (FileName outputName, CubeAttributeOutput &att)
	Import the input image this instance was constructed with into the given output Isis cube with the given output attributes.

void	setNullRange (double min, double max)
	Set the range of DN values within which a pixel from the input image will be set to Null in the output.

void	setLrsRange (double min, double max)
	Set the range of DN values within which a pixel from the input image will be set to LRS in the output.

void	setHrsRange (double min, double max)
	Set the range of DN values within which a pixel from the input image will be set to HRS in the output.

void	setSamples (int s)
	Set the sample dimension (width) of the output image.

void	setLines (int l)
	Set the line dimension (height) of the output image.

void	setBands (int b)
	Set the band dimension (depth) of the output image.

int	samples () const
	The sample dimension (width) of the output image.

int	lines () const
	The line dimension (height) of the output image.

int	bands () const
	The band dimension (depth) of the output image.

FileName	filename () const
	The filename of the input image this instance was constructed with.

Static Public Member Functions
static ImageImporter *	fromFileName (FileName inputName)
	A static (factory) method for constructing an ImageImporter instance from an input filename.

Protected Types
typedef int(ImageImporter::*	GetChannelMethod) (int pixel) const
	Friendly alias for a method used to get a particular color channel.

Protected Member Functions
int	samplesPerPixel () const
	The number of "samples" (bands in Isis terms) per pixel in the input image.

virtual void	updateRawBuffer (int line, int band) const
	Does nothing as LibTIFF reads the entire input image into memory, and therefore does not need to be updated throughout the import process.

virtual int	getPixel (int s, int l) const
	Returns a representation of a pixel for the input format that can then be broken down into specific gray or RGB/A components.

virtual int	getGray (int pixel) const
	Retrieves the gray component of the given pixel.

virtual int	getRed (int pixel) const
	Retrieves the red component of the given pixel.

virtual int	getGreen (int pixel) const
	Retrieves the green component of the given pixel.

virtual int	getBlue (int pixel) const
	Retrieves the blue component of the given pixel.

virtual int	getAlpha (int pixel) const
	Retrieves the alpha component of the given pixel.

Cube *	createOutput (FileName outputName, CubeAttributeOutput &att)
	Create the output cube from the given filename and attributes.

void	setDefaultBands ()
	Set the number of bands to be created for the output cube based on the number of color channels in the input image.

double	testSpecial (double pixel) const
	Tests a pixel against the Null, HRS, and LRS ranges defined by the importer's handler.

virtual GetChannelMethod	getBandChannel (int band) const
	Retrieve the method responsible for fetching the color channel from the input image corresponding to the current band out of output being filled.

virtual int	convertRgbToGray (int pixel) const
	Convert the current pixel, taken from an RGB/A image, and blend its RGB components into a single grayscale DN.

Private Member Functions
Pvl	gdalItems (const Pvl &outPvl) const
	Convert items in the GDAL tag to the ISIS mapping group.

Pvl	upperLeftXY (const Pvl &inLab) const
	Convert the Tiff Tiepoint tag data to Upper Left X & Y values for the ISIS cube label mapping group.

Pvl	resolution (const Pvl &inLab) const
	Convert the Tiff PixelScale tag data to a singe resolution for the ISIS cube label mapping group.

Private Attributes
TIFF *	m_image
	LibTIFF representation of the input image.

uint32_t *	m_raster
	Buffer holding the raw TIFF image in memory.

uint16_t	m_photo
	The enumerated photometric interpretation of the input image.

uint16_t	m_samplesPerPixel
	The number of "samples" (bands in Isis terms) in the input image.

GTIF *	m_geotiff
	GeoTiff hanele.

PvlGroup	m_map
	ISIS Mapping group.

FileName *	m_inputName
	The filename of the input image.

Cube *	m_outCube
	The owned handle on the output cube to be imported to.

int	m_samples
	The number of samples to be written to the output.

int	m_lines
	The number of lines to be written to the output.

int	m_bands
	The number of bands to be written to the output.

double	m_nullMin
	The lower bound of the range within which input DNs will be made Null.

double	m_nullMax
	The upper bound of the range within which input DNs will be made Null.

double	m_lrsMin
	The lower bound of the range within which input DNs will be made LRS.

double	m_lrsMax
	The upper bound of the range within which input DNs will be made LRS.

double	m_hrsMin
	The lower bound of the range within which input DNs will be made HRS.

double	m_hrsMax
	The upper bound of the range within which input DNs will be made HRS.

Detailed Description

Imports TIFF images as Isis cubes.

Takes a TIFF input image and imports it into Isis in the cube format. Unlike Qt's facilities for importing TIFFs, this class is capable of importing images >2GB, provided the user's machine has sufficient RAM to hold such an image in memory.

Author: 2012-03-16 Travis Addair

Todo

Read chunks of the image into memory at a time, not the entire image.

Add all ISIS projection to the convertProjection member.

History

2012-03-28 Travis Addair - Added documentation.

2013-12-11 Stuart Sides - Added new member convterProjection. This is for converting GeoTiff projection tags to standard ISIS Mapping lables.

Definition at line 45 of file TiffImporter.h.

Member Typedef Documentation

◆ GetChannelMethod

typedef int(ImageImporter::* Isis::ImageImporter::GetChannelMethod) (int pixel) const

protectedinherited

Friendly alias for a method used to get a particular color channel.

Definition at line 97 of file ImageImporter.h.

Constructor & Destructor Documentation

◆ TiffImporter()

Isis::TiffImporter::TiffImporter ( FileName inputName )

Construct the importer.

Parameters

inputName The name of the input image

Definition at line 33 of file TiffImporter.cpp.

References Isis::ImageImporter::lines(), m_geotiff, m_image, m_photo, m_raster, m_samplesPerPixel, Isis::IException::Programmer, Isis::ImageImporter::samples(), Isis::ImageImporter::setDefaultBands(), Isis::ImageImporter::setLines(), and Isis::ImageImporter::setSamples().

◆ ~TiffImporter()

Isis::TiffImporter::~TiffImporter ( )

virtual

Destruct the importer.

Definition at line 85 of file TiffImporter.cpp.

References m_geotiff, m_image, and m_raster.

Member Function Documentation

◆ bands()

int Isis::ImageImporter::bands ( ) const

inherited

The band dimension (depth) of the output image.

Returns: The band dimension

Definition at line 298 of file ImageImporter.cpp.

References Isis::ImageImporter::m_bands.

Referenced by Isis::ImageImporter::createOutput(), Isis::ImageImporter::getBandChannel(), Isis::ImageImporter::import(), and Isis::JP2Importer::JP2Importer().

◆ convertProjection()

PvlGroup Isis::TiffImporter::convertProjection ( ) const

virtual

Convert any projection information associated with the input image to an ISIS Mapping group in PVL form.

Currently this routine only handles GeoTiff tags containing UTM projection parameters. NOTE: As written, this only works for a few projections. The tranlsation files can be extened to work for more, but the whole design needs to be generalized and thought out.

References: http://www.remotesensing.org/geotiff/spec/geotiffhome.html

Returns: The ISIS PVL mapping group

Todo: Generalize this and make it work for all ISIS projections (preferably without changes when new projections are added to ISIS)

Reimplemented from Isis::ImageImporter.

Definition at line 110 of file TiffImporter.cpp.

References Isis::PvlObject::addGroup(), Isis::ProjectionFactory::Create(), gdalItems(), m_geotiff, Isis::PI, resolution(), Isis::toString(), and upperLeftXY().

◆ convertRgbToGray()

int Isis::ImageImporter::convertRgbToGray ( int pixel ) const

protectedvirtualinherited

Convert the current pixel, taken from an RGB/A image, and blend its RGB components into a single grayscale DN.

The three color components are weighted by the following formula:

gray = (red * 11 + green * 16 + blue * 5) / 32

This formula was taken from the Qt documentation on converting an RGB value to grayscale: http://qt-project.org/doc/qt-4.8/qcolor.html#qGray-2

Parameters

pixel The pixel value to be broken up into RGB components and converted to grayscale

Returns: The grayscale DN value

Definition at line 399 of file ImageImporter.cpp.

References Isis::ImageImporter::getBlue(), Isis::ImageImporter::getGreen(), and Isis::ImageImporter::getRed().

Referenced by Isis::JP2Importer::getGray(), and getGray().

◆ createOutput()

Cube * Isis::ImageImporter::createOutput	(	FileName	outputName,
		CubeAttributeOutput &	att )

protectedinherited

Create the output cube from the given filename and attributes.

Set its dimensions based on those encapsulated by the importer.

Parameters

outputName	The filename of the output cube
att	The attributes for writing the output cube

Returns: The newly created cube handle devoid of any data

Definition at line 179 of file ImageImporter.cpp.

References Isis::ImageImporter::bands(), Isis::Cube::create(), Isis::ImageImporter::lines(), Isis::ImageImporter::m_outCube, Isis::ImageImporter::samples(), and Isis::Cube::setDimensions().

Referenced by Isis::ImageImporter::import().

◆ filename()

FileName Isis::ImageImporter::filename ( ) const

inherited

The filename of the input image this instance was constructed with.

Returns: A copy of the input filename

Definition at line 308 of file ImageImporter.cpp.

References Isis::ImageImporter::m_inputName.

Referenced by Isis::JP2Importer::JP2Importer().

◆ fromFileName()

ImageImporter * Isis::ImageImporter::fromFileName ( FileName inputName )

staticinherited

A static (factory) method for constructing an ImageImporter instance from an input filename.

The specific subclass of the returned instance is determined from the interpreted image format of the input image. Such tests are done by reading a minimal amount of the input data necessary to determine the format. It is the caller's responsibility to delete the importer instance when they are finished with it. Note that deleting the importer will also delete the cube handle returned by the import() method.

Parameters

inputName The filename of the input image to be imported

Returns: A pointer to the instantiated importer owned by the caller

Definition at line 420 of file ImageImporter.cpp.

References Isis::IException::Programmer.

◆ gdalItems()

Pvl Isis::TiffImporter::gdalItems ( const Pvl & inLab ) const

private

Convert items in the GDAL tag to the ISIS mapping group.

This includes the min/max lats/lons

Returns: The ISIS PVL with a mapping group

Definition at line 371 of file TiffImporter.cpp.

References m_image, and Isis::toString().

Referenced by convertProjection().

◆ getAlpha()

int Isis::TiffImporter::getAlpha ( int pixel ) const

protectedvirtual

Retrieves the alpha component of the given pixel.

Parameters

pixel Representation of a LibTIFF pixel value

Returns: The alpha component

Implements Isis::ImageImporter.

Definition at line 635 of file TiffImporter.cpp.

◆ getBandChannel()

ImageImporter::GetChannelMethod Isis::ImageImporter::getBandChannel ( int band ) const

protectedvirtualinherited

Retrieve the method responsible for fetching the color channel from the input image corresponding to the current band out of output being filled.

This will always be the getGray() method for single band output images. For RGB/A images, band 1 will be red, band 2 green, band 3 blue, and band 4 alpha.

Parameters

band	The current band of the output image

Returns: The method that converts input pixels into the current band's color component

Definition at line 354 of file ImageImporter.cpp.

References Isis::ImageImporter::bands(), Isis::ImageImporter::getAlpha(), Isis::ImageImporter::getBlue(), Isis::ImageImporter::getGray(), Isis::ImageImporter::getGreen(), Isis::ImageImporter::getRed(), and Isis::IException::Programmer.

Referenced by Isis::ImageImporter::operator()().

◆ getBlue()

int Isis::TiffImporter::getBlue ( int pixel ) const

protectedvirtual

Retrieves the blue component of the given pixel.

Parameters

pixel Representation of a LibTIFF pixel value

Returns: The blue component

Implements Isis::ImageImporter.

Definition at line 623 of file TiffImporter.cpp.

◆ getGray()

int Isis::TiffImporter::getGray ( int pixel ) const

protectedvirtual

Retrieves the gray component of the given pixel.

In LibTIFF, even grayscale images are given RGB channels, so converts the RGB components into grayscale regardless of input photometric interpretation.

Parameters

pixel Representation of a LibTIFF pixel value

Returns: The gray component

Implements Isis::ImageImporter.

Definition at line 587 of file TiffImporter.cpp.

References Isis::ImageImporter::convertRgbToGray().

◆ getGreen()

int Isis::TiffImporter::getGreen ( int pixel ) const

protectedvirtual

Retrieves the green component of the given pixel.

Parameters

pixel Representation of a LibTIFF pixel value

Returns: The green component

Implements Isis::ImageImporter.

Definition at line 611 of file TiffImporter.cpp.

◆ getPixel()

int Isis::TiffImporter::getPixel	(	int	s,
		int	l ) const

protectedvirtual

Returns a representation of a pixel for the input format that can then be broken down into specific gray or RGB/A components.

Parameters

s	The sample of the desired pixel
l	The line of the desired pixel

Returns: The pixel at the given sample and line of the input with all channel info

Implements Isis::ImageImporter.

Definition at line 571 of file TiffImporter.cpp.

References Isis::ImageImporter::lines(), m_raster, and Isis::ImageImporter::samples().

◆ getRed()

int Isis::TiffImporter::getRed ( int pixel ) const

protectedvirtual

Retrieves the red component of the given pixel.

Parameters

pixel Representation of a LibTIFF pixel value

Returns: The red component

Implements Isis::ImageImporter.

Definition at line 599 of file TiffImporter.cpp.

◆ import() [1/2]

Cube * Isis::ImageImporter::import ( FileName outputName )

inherited

Import the image with default output attributes.

Parameters

outputName The filename of the output cube

Definition at line 108 of file ImageImporter.cpp.

◆ import() [2/2]

Cube * Isis::ImageImporter::import	(	FileName	outputName,
		CubeAttributeOutput &	att )

inherited

Import the input image this instance was constructed with into the given output Isis cube with the given output attributes.

This will do a black-box import using a ProcessByLine routine. The BandBin group will be updated in the output cube with the names of the color channels included. The output cube will be returned on completion of the import process so the caller can continue to modify the labels. The importer instance will retain ownership of this cube, such that the cube handle will be deallocated upon destruction of the importer.

Parameters

outputName	The filename of the output cube
att	The attributes for writing the output cube

Returns: A handle on the newly imported Isis cube owned by the importer

Definition at line 129 of file ImageImporter.cpp.

References Isis::ImageImporter::bands(), Isis::ImageImporter::convertProjection(), Isis::ImageImporter::createOutput(), Isis::PvlObject::findObject(), Isis::Cube::label(), and Isis::IException::Programmer.

◆ isArgb()

bool Isis::TiffImporter::isArgb ( ) const

virtual

Tests to see if the input image is not grayscale and has more than three samples per pixel, implying RGBA.

Returns: True if the image is RGBA, false otherwise

Implements Isis::ImageImporter.

Definition at line 545 of file TiffImporter.cpp.

References isGrayscale(), and samplesPerPixel().

◆ isGrayscale()

bool Isis::TiffImporter::isGrayscale ( ) const

virtual

Tests to see if the input image has a "min is white" or "min is black" photometric interpretation, implying grayscale (no RGB/A).

Returns: True if the image is grayscale, false otherwise

Implements Isis::ImageImporter.

Definition at line 521 of file TiffImporter.cpp.

References m_photo.

Referenced by isArgb(), and isRgb().

◆ isRgb()

bool Isis::TiffImporter::isRgb ( ) const

virtual

Tests to see if the input image is neither grayscale nor has more than three samples per pixel, implying RGB (no alpha).

Returns: True if the image is RGB, false otherwise

Implements Isis::ImageImporter.

Definition at line 534 of file TiffImporter.cpp.

References isGrayscale(), and samplesPerPixel().

◆ lines()

int Isis::ImageImporter::lines ( ) const

inherited

The line dimension (height) of the output image.

Returns: The line dimension

Definition at line 288 of file ImageImporter.cpp.

References Isis::ImageImporter::m_lines.

Referenced by Isis::ImageImporter::createOutput(), getPixel(), and TiffImporter().

◆ operator()()

void Isis::ImageImporter::operator() ( Buffer & out ) const

inherited

The method for processing the output cube in place, called for each line of the output image.

Enables the importer to be used as a functor in a custom ProcessByLine routine, bypassing the black-box import() method entirely. Care should be taken, however, to observe the requirements placed on the structure of such a processing routine by this method. For example, the JP2Importer child requires that the processing proceed in the direction of bands before lines, because its input data is structured in a BIL (band interlaced by line) format.

Parameters

out	A reference to a line of output data to be written to

Definition at line 84 of file ImageImporter.cpp.

References Isis::ImageImporter::getBandChannel(), Isis::ImageImporter::getPixel(), Isis::ImageImporter::testSpecial(), and Isis::ImageImporter::updateRawBuffer().

◆ resolution()

Pvl Isis::TiffImporter::resolution ( const Pvl & inLab ) const

private

Convert the Tiff PixelScale tag data to a singe resolution for the ISIS cube label mapping group.

Returns: The ISIS PVL mapping group

Definition at line 475 of file TiffImporter.cpp.

References m_image, Isis::toString(), and Isis::IException::User.

Referenced by convertProjection().

◆ samples()

int Isis::ImageImporter::samples ( ) const

inherited

The sample dimension (width) of the output image.

Returns: The sample dimension

Definition at line 278 of file ImageImporter.cpp.

References Isis::ImageImporter::m_samples.

Referenced by Isis::ImageImporter::createOutput(), getPixel(), Isis::JP2Importer::JP2Importer(), and TiffImporter().

◆ samplesPerPixel()

int Isis::TiffImporter::samplesPerPixel ( ) const

protected

The number of "samples" (bands in Isis terms) per pixel in the input image.

Combined with the photometric interpretation, this can be used to determine the color mode of the input image. We need both pieces of information because grayscale images are not guaranteed to have only one sample per pixel.

Returns: The samples per pixel

Definition at line 510 of file TiffImporter.cpp.

References m_samplesPerPixel.

Referenced by isArgb(), and isRgb().

◆ setBands()

void Isis::ImageImporter::setBands ( int b )

inherited

Set the band dimension (depth) of the output image.

Because this importer only works on Grayscale, RGB, and RGBA images, possible values are 1, 3, and 4 for the respective color modes.

Parameters

b	The new band dimension

Definition at line 263 of file ImageImporter.cpp.

References Isis::ImageImporter::m_bands, and Isis::IException::Programmer.

Referenced by Isis::JP2Importer::JP2Importer(), and Isis::ImageImporter::setDefaultBands().

◆ setDefaultBands()

void Isis::ImageImporter::setDefaultBands ( )

protectedinherited

Set the number of bands to be created for the output cube based on the number of color channels in the input image.

Definition at line 192 of file ImageImporter.cpp.

References Isis::ImageImporter::isArgb(), Isis::ImageImporter::isGrayscale(), and Isis::ImageImporter::setBands().

Referenced by Isis::QtImporter::QtImporter(), and TiffImporter().

◆ setHrsRange()

void Isis::ImageImporter::setHrsRange	(	double	min,
		double	max )

inherited

Set the range of DN values within which a pixel from the input image will be set to HRS in the output.

Parameters

min	Any DN less than this value will not be set to HRS.
max	Any DN greater than this value will not be set to HRS.

Definition at line 230 of file ImageImporter.cpp.

References Isis::ImageImporter::m_hrsMax, and Isis::ImageImporter::m_hrsMin.

◆ setLines()

void Isis::ImageImporter::setLines ( int l )

inherited

Set the line dimension (height) of the output image.

Parameters

l	The new line dimension

Definition at line 251 of file ImageImporter.cpp.

References Isis::ImageImporter::m_lines.

Referenced by Isis::JP2Importer::JP2Importer(), Isis::QtImporter::QtImporter(), and TiffImporter().

◆ setLrsRange()

void Isis::ImageImporter::setLrsRange	(	double	min,
		double	max )

inherited

Set the range of DN values within which a pixel from the input image will be set to LRS in the output.

Parameters

min	Any DN less than this value will not be set to LRS.
max	Any DN greater than this value will not be set to LRS.

Definition at line 217 of file ImageImporter.cpp.

References Isis::ImageImporter::m_lrsMax, and Isis::ImageImporter::m_lrsMin.

◆ setNullRange()

void Isis::ImageImporter::setNullRange	(	double	min,
		double	max )

inherited

Set the range of DN values within which a pixel from the input image will be set to Null in the output.

Parameters

min	Any DN less than this value will not be set to Null.
max	Any DN greater than this value will not be set to Null.

Definition at line 204 of file ImageImporter.cpp.

References Isis::ImageImporter::m_nullMax, and Isis::ImageImporter::m_nullMin.

◆ setSamples()

void Isis::ImageImporter::setSamples ( int s )

inherited

Set the sample dimension (width) of the output image.

Parameters

s	The new sample dimension

Definition at line 241 of file ImageImporter.cpp.

References Isis::ImageImporter::m_samples.

Referenced by Isis::JP2Importer::JP2Importer(), Isis::QtImporter::QtImporter(), and TiffImporter().

◆ testSpecial()

double Isis::ImageImporter::testSpecial ( double pixel ) const

protectedinherited

Tests a pixel against the Null, HRS, and LRS ranges defined by the importer's handler.

Any pixel value falling within one of these ranges will be converted into the given type of special pixel. In case of overlapping ranges, these tests will be performed in the order mentioned at the start of this description. By default, these ranges are set such that all incoming pixels will retain their original values.

Parameters

pixel The DN value to be tested

Returns: The valid DN or special pixel if it fell within the special ranges

Definition at line 325 of file ImageImporter.cpp.

References Isis::ImageImporter::m_hrsMin, Isis::ImageImporter::m_lrsMin, and Isis::ImageImporter::m_nullMin.

Referenced by Isis::ImageImporter::operator()().

◆ updateRawBuffer()

void Isis::TiffImporter::updateRawBuffer	(	int	line,
		int	band ) const

protectedvirtual

Does nothing as LibTIFF reads the entire input image into memory, and therefore does not need to be updated throughout the import process.

Parameters

line	Current line of the output buffer
band	Current band of the output buffer

Implements Isis::ImageImporter.

Definition at line 557 of file TiffImporter.cpp.

◆ upperLeftXY()

Pvl Isis::TiffImporter::upperLeftXY ( const Pvl & inLab ) const

private

Convert the Tiff Tiepoint tag data to Upper Left X & Y values for the ISIS cube label mapping group.

Returns: The ISIS PVL mapping group

Definition at line 430 of file TiffImporter.cpp.

References m_image, Isis::toString(), and Isis::IException::User.

Referenced by convertProjection().

Member Data Documentation

◆ m_bands

int Isis::ImageImporter::m_bands

privateinherited

The number of bands to be written to the output.

Definition at line 193 of file ImageImporter.h.

Referenced by Isis::ImageImporter::bands(), and Isis::ImageImporter::setBands().

◆ m_geotiff

GTIF* Isis::TiffImporter::m_geotiff

private

GeoTiff hanele.

Definition at line 82 of file TiffImporter.h.

Referenced by convertProjection(), TiffImporter(), and ~TiffImporter().

◆ m_hrsMax

double Isis::ImageImporter::m_hrsMax

privateinherited

The upper bound of the range within which input DNs will be made HRS.

Definition at line 211 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), and Isis::ImageImporter::setHrsRange().

◆ m_hrsMin

double Isis::ImageImporter::m_hrsMin

privateinherited

The lower bound of the range within which input DNs will be made HRS.

Definition at line 208 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), Isis::ImageImporter::setHrsRange(), and Isis::ImageImporter::testSpecial().

◆ m_image

TIFF* Isis::TiffImporter::m_image

private

LibTIFF representation of the input image.

Definition at line 70 of file TiffImporter.h.

Referenced by gdalItems(), resolution(), TiffImporter(), upperLeftXY(), and ~TiffImporter().

◆ m_inputName

FileName* Isis::ImageImporter::m_inputName

privateinherited

The filename of the input image.

Definition at line 181 of file ImageImporter.h.

Referenced by Isis::ImageImporter::filename(), Isis::ImageImporter::ImageImporter(), and Isis::ImageImporter::~ImageImporter().

◆ m_lines

int Isis::ImageImporter::m_lines

privateinherited

The number of lines to be written to the output.

Definition at line 190 of file ImageImporter.h.

Referenced by Isis::ImageImporter::lines(), and Isis::ImageImporter::setLines().

◆ m_lrsMax

double Isis::ImageImporter::m_lrsMax

privateinherited

The upper bound of the range within which input DNs will be made LRS.

Definition at line 205 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), and Isis::ImageImporter::setLrsRange().

◆ m_lrsMin

double Isis::ImageImporter::m_lrsMin

privateinherited

The lower bound of the range within which input DNs will be made LRS.

Definition at line 202 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), Isis::ImageImporter::setLrsRange(), and Isis::ImageImporter::testSpecial().

◆ m_map

PvlGroup Isis::TiffImporter::m_map

private

ISIS Mapping group.

Definition at line 85 of file TiffImporter.h.

◆ m_nullMax

double Isis::ImageImporter::m_nullMax

privateinherited

The upper bound of the range within which input DNs will be made Null.

Definition at line 199 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), and Isis::ImageImporter::setNullRange().

◆ m_nullMin

double Isis::ImageImporter::m_nullMin

privateinherited

The lower bound of the range within which input DNs will be made Null.

Definition at line 196 of file ImageImporter.h.

Referenced by Isis::ImageImporter::ImageImporter(), Isis::ImageImporter::setNullRange(), and Isis::ImageImporter::testSpecial().

◆ m_outCube

Cube* Isis::ImageImporter::m_outCube

privateinherited

The owned handle on the output cube to be imported to.

Definition at line 184 of file ImageImporter.h.

Referenced by Isis::ImageImporter::createOutput(), Isis::ImageImporter::ImageImporter(), and Isis::ImageImporter::~ImageImporter().

◆ m_photo

uint16_t Isis::TiffImporter::m_photo

private

The enumerated photometric interpretation of the input image.

Definition at line 76 of file TiffImporter.h.

Referenced by isGrayscale(), and TiffImporter().

◆ m_raster

uint32_t* Isis::TiffImporter::m_raster

private

Buffer holding the raw TIFF image in memory.

Definition at line 73 of file TiffImporter.h.

Referenced by getPixel(), TiffImporter(), and ~TiffImporter().

◆ m_samples

int Isis::ImageImporter::m_samples

privateinherited

The number of samples to be written to the output.

Definition at line 187 of file ImageImporter.h.

Referenced by Isis::ImageImporter::samples(), and Isis::ImageImporter::setSamples().

◆ m_samplesPerPixel

uint16_t Isis::TiffImporter::m_samplesPerPixel

private

The number of "samples" (bands in Isis terms) in the input image.

Definition at line 79 of file TiffImporter.h.

Referenced by samplesPerPixel(), and TiffImporter().

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

src/base/objs/TiffImporter/TiffImporter.h
src/base/objs/TiffImporter/TiffImporter.cpp

Public Member Functions

Static Public Member Functions

Protected Types

Protected Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ GetChannelMethod

Constructor & Destructor Documentation

◆ TiffImporter()

◆ ~TiffImporter()

Member Function Documentation

◆ bands()

◆ convertProjection()

◆ convertRgbToGray()

◆ createOutput()

◆ filename()

◆ fromFileName()

◆ gdalItems()

◆ getAlpha()

◆ getBandChannel()

◆ getBlue()

◆ getGray()

◆ getGreen()

◆ getPixel()

◆ getRed()

◆ import() [1/2]

◆ import() [2/2]

◆ isArgb()

◆ isGrayscale()

◆ isRgb()

◆ lines()

◆ operator()()

◆ resolution()

◆ samples()

◆ samplesPerPixel()

◆ setBands()

◆ setDefaultBands()

◆ setHrsRange()

◆ setLines()

◆ setLrsRange()

◆ setNullRange()

◆ setSamples()

◆ testSpecial()

◆ updateRawBuffer()

◆ upperLeftXY()

Member Data Documentation

◆ m_bands

◆ m_geotiff

◆ m_hrsMax

◆ m_hrsMin

◆ m_image

◆ m_inputName

◆ m_lines

◆ m_lrsMax

◆ m_lrsMin

◆ m_map

◆ m_nullMax

◆ m_nullMin

◆ m_outCube

◆ m_photo

◆ m_raster

◆ m_samples

◆ m_samplesPerPixel