A transform that performs the Cartesian2 projection. More...

#include <Cartesian2.h>

Inheritance diagram for Cartesian2:

Collaboration diagram for Cartesian2:

[legend]

Public Member Functions
virtual void	adjustValues (AxisModelBase &model, hippodraw::Axes::Type axes, const Range &limit)
	Sets the range of given axis to be a new "nice" within the limits given. More...

virtual double	aspectRatio () const
	Returns the aspect ratio. More...

virtual Rect	calcRectangle (const Range &x, const Range &y)
	Returns a rectangle enclosing the transformed data space. More...

	Cartesian2 (UnaryTransform *z)
	The constructor. More...

	Cartesian2 (const Cartesian2 &)
	The copy constructor. More...

virtual Cartesian2 *	clone () const
	Creates a new Transform object by copying an existing one. More...

virtual bool	inverseTransform (double &lon, double &lat) const
	Transform the transformed coordinates on X and Y axis back to the original true data space. More...

void	inverseTransformZ (double &z) const
	Inverse transforms the z coordinate. More...

virtual bool	isLinearInXY () const
	Returns `true` if the transform would be one to one on both the X and Y axes. More...

virtual bool	isLinearInZ () const
	Returns `true` if the transform would be one to one on Z axes. More...

bool	isPeriodic () const
	Sets whether this transform is periodic. More...

virtual const Range &	limitX () const
	Returns the Range limits of the first coordinate. More...

virtual const Range &	limitY () const
	Returns the Range limits of the second coordinate. More...

const Range &	limitZ () const
	Returns the Range limits on the third coordinate. More...

double	moduloAdd (double a1, double a2, hippodraw::Axes::Type axis) const
	Modulo Addition along either X or Y axis. More...

double	moduloAddX (double x1, double x2) const
	Modulo Addition along X axis. More...

double	moduloAddY (double y1, double y2) const
	Modulo Addition along Y axis. More...

double	moduloSub (double s1, double s2, hippodraw::Axes::Type axis) const
	Modulo Subtraction along either X or Y axis. More...

double	moduloSubX (double x1, double x2) const
	Modulo Subtraction along X axis. More...

double	moduloSubY (double y1, double y2) const
	Modulo Subtraction along Y axis. More...

const std::string &	name () const
	Returns the name of the Transform. More...

bool	needsGrid () const
	Returns whether this transform needs grid. More...

bool	needsXTicks () const
	Returns whether this transform needs x ticks. More...

bool	needsYTicks () const
	Returns whether this transform needs y ticks. More...

void	setNeedsGrid (bool needs_grid)
	Sets whether this transform needs grid. More...

void	setNeedsXTicks (bool needs_x_ticks)
	Sets whether this transform needs x ticks. More...

void	setNeedsYTicks (bool needs_y_ticks)
	Sets whether this transform needs y yicks. More...

virtual const std::vector< AxisTick > &	setTicks (AxisModelBase &axis_model, hippodraw::Axes::Type axis)

void	setXOffset (double x_offset)
	Sets the xOffset of the (periodic) transform. More...

void	setYOffset (double y_offset)
	Sets the yOffset of the (periodic) transform. More...

void	setZTransform (TransformBase *transform)
	Sets the transform function on the Z axis. More...

virtual void	transform (double &lon, double &lat) const
	Transform the coordinates on the X and Y axes. More...

virtual void	transform (std::vector< double > &lon, std::vector< double > &lat) const
	A transform on two axes. More...

void	transformZ (double &z) const
	Transforms the z coordinate. More...

virtual void	validate (Range &lat, Range &lon) const
	Validates the Ranges. More...

double	xOffset () const
	Returns the xOffset of the (periodic) transform. More...

double	yOffset () const
	Returns the yOffset of the (periodic) transform. More...

TransformBase *	zTransform () const
	Returns the transform function on the Z axis. More...

virtual	~Cartesian2 ()
	The virtual destructor. More...

Protected Member Functions
const std::vector< AxisTick > &	genTicks (AxisModelBase &axis, hippodraw::Axes::Type axistype)
	Generates the ticks in the axis. More...

void	initwcs (const std::string &transformName, double crpix, double crval, double *cdelt, double crota2, bool galactic)
	Initialize the WCS transform type. More...

void	setFirstTick (AxisModelBase &axis)
	Sets the first tick on the axis. More...

void	setTickStep (AxisModelBase &axis)
	Helps to decide the tick size for the corresponding axis. More...

void	throwWCSMissing () const
	Throws an exception if WCSLIB support is missing. More...

Protected Attributes
bool	m_is_periodic
	Is this transform periodic. More...

std::string	m_name
	Name of the Transform. More...

bool	m_needs_grid
	Does this binary transform needs grid? More...

bool	m_needs_x_ticks
	Does this binary transform x ticks? More...

bool	m_needs_y_ticks
	Does this binary transform y ticks? More...

std::vector< AxisTick >	m_ticks
	The ticks last generated by this transform. More...

wcsprm *	m_wcs

char	m_wcs_struct [2000]

Range	m_x_limits
	The limits on X axis of the transform. More...

double	m_x_offset
	The xoffset of this periodic transform. More...

Range	m_y_limits
	The limits on Y axis of the transform. More...

double	m_y_offset
	The yoffset of this periodic transform. More...

UnaryTransform *	m_z
	The transform on the Z axis. More...

Detailed Description

A transform that performs the Cartesian2 projection.

Definition at line 24 of file Cartesian2.h.

Constructor & Destructor Documentation

◆ Cartesian2() [1/2]

Cartesian2 ( UnaryTransform * z )

The constructor.

The constructor taking a UnaryTransform for its Z axis.

Definition at line 18 of file Cartesian2.cxx.

References PeriodicBinaryTransform::initwcs(), and TransformBase::m_name.

Referenced by Cartesian2::clone().

◆ Cartesian2() [2/2]

Cartesian2 ( const Cartesian2 & t )

The copy constructor.

Definition at line 29 of file Cartesian2.cxx.

References PeriodicBinaryTransform::initwcs().

◆ ~Cartesian2()

~Cartesian2 ( )

virtual

The virtual destructor.

Definition at line 37 of file Cartesian2.cxx.

References Cartesian2::clone().

Member Function Documentation

◆ adjustValues()

void adjustValues	(	AxisModelBase &	model,
		hippodraw::Axes::Type	axes,
		const Range &	limit
	)

virtualinherited

Sets the range of given axis to be a new "nice" within the limits given.

Todo:: This code is duplicated and should move up the hierarchy.

Implements BinaryTransform.

Definition at line 303 of file PeriodicBinaryTransform.cxx.

Referenced by PeriodicBinaryTransform::setTicks().

◆ aspectRatio()

double aspectRatio ( ) const

virtual

Returns the aspect ratio.

Some transforms require a specific ration of the width to the height of the display. Returning a value of 2.0, for example, means that the width should be twice the height. Returning a value of 0.0 means any aspect ratio may be used.

Reimplemented from BinaryTransform.

Definition at line 53 of file Cartesian2.cxx.

◆ calcRectangle()

Rect calcRectangle	(	const Range &	x,
		const Range &	y
	)

virtualinherited

Returns a rectangle enclosing the transformed data space.

Implements BinaryTransform.

Definition at line 202 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), and PeriodicBinaryTransform::transform().

◆ clone()

Cartesian2 * clone ( ) const

virtual

Creates a new Transform object by copying an existing one.

Implements BinaryTransform.

Definition at line 44 of file Cartesian2.cxx.

References Cartesian2::Cartesian2().

Referenced by Cartesian2::~Cartesian2().

◆ genTicks()

const vector< AxisTick > & genTicks	(	AxisModelBase &	axis,
		hippodraw::Axes::Type	axistype
	)

protectedinherited

Generates the ticks in the axis.

Todo:: Handle too many ticks better, rather than doing nothing.

See more detailed comment in code.

Todo:: Do not use sprintf, it cause warnings from VS 8.

Definition at line 354 of file PeriodicBinaryTransform.cxx.

References hippodraw::FLT_EQUAL(), AxisModelBase::getFirstTick(), AxisModelBase::getPMag(), AxisModelBase::getRange(), AxisModelBase::getRMag(), AxisModelBase::getScaleFactor(), AxisModelBase::getTickStep(), Range::high(), PeriodicBinaryTransform::isLinearInXY(), PeriodicBinaryTransform::m_ticks, PeriodicBinaryTransform::moduloAddX(), PeriodicBinaryTransform::moduloAddY(), AxisModelBase::setUsePMag(), hippodraw::Axes::X, PeriodicBinaryTransform::xOffset(), hippodraw::Axes::Y, and PeriodicBinaryTransform::yOffset().

Referenced by PeriodicBinaryTransform::setFirstTick(), and PeriodicBinaryTransform::setTicks().

◆ initwcs()

void initwcs	(	const std::string &	transformName,
		double *	crpix,
		double *	crval,
		double *	cdelt,
		double	crota2,
		bool	galactic
	)

protectedinherited

Initialize the WCS transform type.

Definition at line 473 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_wcs, PeriodicBinaryTransform::m_wcs_struct, and PeriodicBinaryTransform::throwWCSMissing().

Referenced by AIR::AIR(), AIR2::AIR2(), ARC::ARC(), ARC2::ARC2(), Cartesian::Cartesian(), Cartesian2::Cartesian2(), GlobalSinusoidal::GlobalSinusoidal(), GlobalSinusoidal2::GlobalSinusoidal2(), HammerAito::HammerAito(), HammerAito2::HammerAito2(), PeriodicBinaryTransform::isLinearInXY(), Lambert::Lambert(), Lambert2::Lambert2(), Mercator::Mercator(), Mercator2::Mercator2(), SIN::SIN(), SIN2::SIN2(), STG::STG(), STG2::STG2(), TAN::TAN(), and TAN2::TAN2().

◆ inverseTransform()

bool inverseTransform	(	double &	x,
		double &	y
	)		const

virtualinherited

Transform the transformed coordinates on X and Y axis back to the original true data space.

Return true if success, else return false.

Implements BinaryTransform.

Definition at line 545 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_wcs, PeriodicBinaryTransform::throwWCSMissing(), and PeriodicBinaryTransform::transform().

Referenced by PeriodicBinaryTransform::transform().

◆ inverseTransformZ()

void inverseTransformZ ( double & z ) const

inherited

Inverse transforms the z coordinate.

Definition at line 106 of file BinaryTransform.cxx.

References UnaryTransform::inverseTransform(), and BinaryTransform::m_z.

◆ isLinearInXY()

bool isLinearInXY ( ) const

virtualinherited

Returns true if the transform would be one to one on both the X and Y axes.

Clients can use this function to avoid calling the transform in for loops.

Implements BinaryTransform.

Definition at line 460 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::initwcs().

Referenced by PeriodicBinaryTransform::genTicks().

◆ isLinearInZ()

bool isLinearInZ ( ) const

virtualinherited

Returns true if the transform would be one to one on Z axes.

Clients can use this function to avoid calling the transform in for loops.

Definition at line 153 of file BinaryTransform.cxx.

References UnaryTransform::isLinear(), and BinaryTransform::m_z.

Referenced by ContourPointRep::getContour().

◆ isPeriodic()

bool isPeriodic ( ) const

inherited

Sets whether this transform is periodic.

Definition at line 148 of file BinaryTransform.cxx.

References BinaryTransform::m_is_periodic.

Referenced by BinaryTransform::BinaryTransform(), AxisRepBase::drawCrossHairs(), ContourPointRep::drawProjectedValues(), CompositePlotter::fillPickedPoint(), XyPlotter::getZValues(), Inspector::setHighRange(), and Inspector::updateTransformTab().

◆ limitX()

const Range & limitX ( ) const

virtualinherited

Returns the Range limits of the first coordinate.

Implements BinaryTransform.

Definition at line 87 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_x_limits.

◆ limitY()

const Range & limitY ( ) const

virtualinherited

Returns the Range limits of the second coordinate.

Implements BinaryTransform.

Definition at line 93 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_y_limits.

◆ limitZ()

const Range & limitZ ( ) const

inherited

Returns the Range limits on the third coordinate.

Definition at line 112 of file BinaryTransform.cxx.

References UnaryTransform::limits(), and BinaryTransform::m_z.

Referenced by CompositePlotter::autoScaleZ(), and CompositePlotter::setRangePrivate().

◆ moduloAdd()

double moduloAdd	(	double	a1,
		double	a2,
		hippodraw::Axes::Type	axis
	)		const

inherited

Modulo Addition along either X or Y axis.

Definition at line 123 of file PeriodicBinaryTransform.cxx.

References hippodraw::a2, PeriodicBinaryTransform::moduloAddX(), PeriodicBinaryTransform::moduloAddY(), PeriodicBinaryTransform::moduloSub(), hippodraw::Axes::X, and hippodraw::Axes::Y.

Referenced by PeriodicBinaryTransform::setYOffset().

◆ moduloAddX()

double moduloAddX	(	double	x1,
		double	x2
	)		const

inherited

Modulo Addition along X axis.

Definition at line 147 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), PeriodicBinaryTransform::m_x_limits, and PeriodicBinaryTransform::moduloSubX().

Referenced by CompositePlotter::fillPickedPoint(), PeriodicBinaryTransform::genTicks(), PeriodicBinaryTransform::moduloAdd(), PeriodicBinaryTransform::moduloSubX(), and Inspector::setHighRange().

◆ moduloAddY()

double moduloAddY	(	double	y1,
		double	y2
	)		const

inherited

Modulo Addition along Y axis.

Definition at line 176 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), PeriodicBinaryTransform::m_y_limits, and PeriodicBinaryTransform::moduloSubY().

Referenced by CompositePlotter::fillPickedPoint(), PeriodicBinaryTransform::genTicks(), PeriodicBinaryTransform::moduloAdd(), PeriodicBinaryTransform::moduloSubY(), and Inspector::setHighRange().

◆ moduloSub()

double moduloSub	(	double	s1,
		double	s2,
		hippodraw::Axes::Type	axis
	)		const

inherited

Modulo Subtraction along either X or Y axis.

Definition at line 136 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::moduloSubX(), PeriodicBinaryTransform::moduloSubY(), hippodraw::Axes::X, and hippodraw::Axes::Y.

Referenced by PeriodicBinaryTransform::moduloAdd().

◆ moduloSubX()

double moduloSubX	(	double	x1,
		double	x2
	)		const

inherited

Modulo Subtraction along X axis.

Definition at line 162 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), PeriodicBinaryTransform::m_x_limits, and PeriodicBinaryTransform::moduloAddX().

Referenced by AxisRepBase::drawCrossHairs(), PeriodicBinaryTransform::moduloAddX(), and PeriodicBinaryTransform::moduloSub().

◆ moduloSubY()

double moduloSubY	(	double	y1,
		double	y2
	)		const

inherited

Modulo Subtraction along Y axis.

Definition at line 191 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), PeriodicBinaryTransform::m_y_limits, and PeriodicBinaryTransform::moduloAddY().

Referenced by AxisRepBase::drawCrossHairs(), PeriodicBinaryTransform::moduloAddY(), and PeriodicBinaryTransform::moduloSub().

◆ name()

const string & name ( ) const

inherited

Returns the name of the Transform.

Definition at line 45 of file TransformBase.cxx.

References TransformBase::m_name.

Referenced by BinaryTransform::BinaryTransform(), TransformXML::createElement(), DisplayController::getLog(), DisplayController::setLog(), Inspector::updateTransformTab(), and XYTransform::XYTransform().

◆ needsGrid()

bool needsGrid ( ) const

inherited

Returns whether this transform needs grid.

Definition at line 118 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_grid.

Referenced by BinaryTransform::BinaryTransform().

◆ needsXTicks()

bool needsXTicks ( ) const

inherited

Returns whether this transform needs x ticks.

Definition at line 128 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_x_ticks.

Referenced by BinaryTransform::BinaryTransform(), and CompositePlotter::drawAxisRep().

◆ needsYTicks()

bool needsYTicks ( ) const

inherited

Returns whether this transform needs y ticks.

Definition at line 138 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_y_ticks.

Referenced by BinaryTransform::BinaryTransform(), and CompositePlotter::drawAxisRep().

◆ setFirstTick()

void setFirstTick ( AxisModelBase & axis )

protectedinherited

Sets the first tick on the axis.

Definition at line 340 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::genTicks(), AxisModelBase::getRange(), Range::low(), and AxisModelBase::setFirstTick().

Referenced by PeriodicBinaryTransform::setTicks().

◆ setNeedsGrid()

void setNeedsGrid ( bool needs_grid )

inherited

Sets whether this transform needs grid.

Definition at line 123 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_grid.

◆ setNeedsXTicks()

void setNeedsXTicks ( bool needs_x_ticks )

inherited

Sets whether this transform needs x ticks.

Definition at line 133 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_x_ticks.

◆ setNeedsYTicks()

void setNeedsYTicks ( bool needs_y_ticks )

inherited

Sets whether this transform needs y yicks.

Definition at line 143 of file BinaryTransform.cxx.

References BinaryTransform::m_needs_y_ticks.

◆ setTicks()

const vector< AxisTick > & setTicks	(	AxisModelBase &	model,
		hippodraw::Axes::Type	axis
	)

virtualinherited

Todo:: Are the implementations of the functions called, duplicates of what is in the derived classes of LinearTransform?

Implements BinaryTransform.

Definition at line 289 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::adjustValues(), PeriodicBinaryTransform::genTicks(), BinaryTransform::m_z, PeriodicBinaryTransform::setFirstTick(), PeriodicBinaryTransform::setTickStep(), and hippodraw::Axes::Z.

Referenced by PeriodicBinaryTransform::validate().

◆ setTickStep()

void setTickStep ( AxisModelBase & axis )

protectedinherited

Helps to decide the tick size for the corresponding axis.

Definition at line 317 of file PeriodicBinaryTransform.cxx.

References AxisModelBase::getRange(), AxisModelBase::getScaleFactor(), Range::high(), Range::length(), Range::low(), AxisModelBase::setPMag(), AxisModelBase::setRMag(), and AxisModelBase::setTickStep().

Referenced by PeriodicBinaryTransform::setTicks().

◆ setXOffset()

void setXOffset ( double x_offset )

inherited

Sets the xOffset of the (periodic) transform.

Definition at line 104 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_x_offset.

Referenced by Inspector::autoScale_clicked(), Inspector::rotateY(), Inspector::setHighRange(), and Inspector::setYRotateText().

◆ setYOffset()

void setYOffset ( double y_offset )

inherited

Sets the yOffset of the (periodic) transform.

Definition at line 114 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_y_offset, and PeriodicBinaryTransform::moduloAdd().

Referenced by Inspector::autoScale_clicked(), Inspector::rotateX(), Inspector::setHighRange(), and Inspector::setXRotateText().

◆ setZTransform()

void setZTransform ( TransformBase * transform )

inherited

Sets the transform function on the Z axis.

The transform object must be derived class of UnaryTransform, otherwise the transform object pointer is set to null.

Definition at line 93 of file BinaryTransform.cxx.

References BinaryTransform::m_z, and BinaryTransform::transform().

Referenced by BinaryTransform::zTransform().

◆ throwWCSMissing()

void throwWCSMissing ( ) const

protectedinherited

Throws an exception if WCSLIB support is missing.

Definition at line 506 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::transform().

Referenced by PeriodicBinaryTransform::initwcs(), PeriodicBinaryTransform::inverseTransform(), and PeriodicBinaryTransform::transform().

◆ transform() [1/2]

void transform	(	double &	x,
		double &	y
	)		const

virtualinherited

Transform the coordinates on the X and Y axes.

Attention: The arguments are passed by reference so the values may changed.

Implements BinaryTransform.

Definition at line 518 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::inverseTransform(), PeriodicBinaryTransform::m_wcs, and PeriodicBinaryTransform::throwWCSMissing().

Referenced by PeriodicBinaryTransform::calcRectangle(), PeriodicBinaryTransform::inverseTransform(), and PeriodicBinaryTransform::throwWCSMissing().

◆ transform() [2/2]

void transform	(	std::vector< double > &	x,
		std::vector< double > &	y
	)		const

virtualinherited

A transform on two axes.

Implements BinaryTransform.

Definition at line 579 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_wcs, num_util::size(), and PeriodicBinaryTransform::throwWCSMissing().

◆ transformZ()

void transformZ ( double & z ) const

inherited

Transforms the z coordinate.

Definition at line 100 of file BinaryTransform.cxx.

References BinaryTransform::m_z, and UnaryTransform::transform().

Referenced by ContourPointRep::drawContourTicks(), AxisRepColor::drawZTickLabels(), AxisRepColor::drawZTickLines(), and CompositePlotter::prepareToDraw().

◆ validate()

void validate	(	Range &	x,
		Range &	y
	)		const

virtualinherited

Validates the Ranges.

Adjusts Ranges to be restricted to that which is valid for the transform.

Implements BinaryTransform.

Definition at line 275 of file PeriodicBinaryTransform.cxx.

References Range::high(), Range::low(), PeriodicBinaryTransform::m_x_limits, PeriodicBinaryTransform::m_y_limits, Range::setHigh(), Range::setLow(), and PeriodicBinaryTransform::setTicks().

◆ xOffset()

double xOffset ( ) const

inherited

Returns the xOffset of the (periodic) transform.

Definition at line 99 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_x_offset.

Referenced by AxisRepBase::drawCrossHairs(), CompositePlotter::fillPickedPoint(), PeriodicBinaryTransform::genTicks(), Inspector::setHighRange(), and Inspector::updateTransformTab().

◆ yOffset()

double yOffset ( ) const

inherited

Returns the yOffset of the (periodic) transform.

Definition at line 109 of file PeriodicBinaryTransform.cxx.

References PeriodicBinaryTransform::m_y_offset.

Referenced by AxisRepBase::drawCrossHairs(), CompositePlotter::fillPickedPoint(), PeriodicBinaryTransform::genTicks(), Inspector::setHighRange(), and Inspector::updateTransformTab().

◆ zTransform()

TransformBase * zTransform ( ) const

inherited

Returns the transform function on the Z axis.

Definition at line 86 of file BinaryTransform.cxx.

References BinaryTransform::m_z, and BinaryTransform::setZTransform().

Referenced by DisplayController::getLog(), and DisplayController::setLog().

Member Data Documentation

◆ m_is_periodic

bool m_is_periodic

protectedinherited

Is this transform periodic.

Definition at line 57 of file BinaryTransform.h.

Referenced by BinaryTransform::BinaryTransform(), and BinaryTransform::isPeriodic().

◆ m_name

std::string m_name

protectedinherited

◆ m_needs_grid

bool m_needs_grid

protectedinherited

Does this binary transform needs grid?

Definition at line 48 of file BinaryTransform.h.

Referenced by BinaryTransform::BinaryTransform(), BinaryTransform::needsGrid(), and BinaryTransform::setNeedsGrid().

◆ m_needs_x_ticks

bool m_needs_x_ticks

protectedinherited

Does this binary transform x ticks?

Definition at line 51 of file BinaryTransform.h.

Referenced by BinaryTransform::BinaryTransform(), BinaryTransform::needsXTicks(), and BinaryTransform::setNeedsXTicks().

◆ m_needs_y_ticks

bool m_needs_y_ticks

protectedinherited

Does this binary transform y ticks?

Definition at line 54 of file BinaryTransform.h.

Referenced by BinaryTransform::BinaryTransform(), BinaryTransform::needsYTicks(), and BinaryTransform::setNeedsYTicks().

◆ m_ticks

std::vector< AxisTick > m_ticks

protectedinherited

The ticks last generated by this transform.

Definition at line 94 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::genTicks().

◆ m_wcs

wcsprm* m_wcs

protectedinherited

Definition at line 55 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::initwcs(), PeriodicBinaryTransform::inverseTransform(), and PeriodicBinaryTransform::transform().

◆ m_wcs_struct

char m_wcs_struct[2000]

protectedinherited

Definition at line 56 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::initwcs().

◆ m_x_limits

Range m_x_limits

protectedinherited

The limits on X axis of the transform.

Definition at line 60 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::limitX(), PeriodicBinaryTransform::moduloAddX(), PeriodicBinaryTransform::moduloSubX(), and PeriodicBinaryTransform::validate().

◆ m_x_offset

double m_x_offset

protectedinherited

The xoffset of this periodic transform.

Definition at line 66 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::setXOffset(), and PeriodicBinaryTransform::xOffset().

◆ m_y_limits

Range m_y_limits

protectedinherited

The limits on Y axis of the transform.

Definition at line 63 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::limitY(), PeriodicBinaryTransform::moduloAddY(), PeriodicBinaryTransform::moduloSubY(), and PeriodicBinaryTransform::validate().

◆ m_y_offset

double m_y_offset

protectedinherited

The yoffset of this periodic transform.

Definition at line 69 of file PeriodicBinaryTransform.h.

Referenced by PeriodicBinaryTransform::setYOffset(), and PeriodicBinaryTransform::yOffset().

◆ m_z

UnaryTransform* m_z

protectedinherited

The transform on the Z axis.

Definition at line 45 of file BinaryTransform.h.

Referenced by XYTransform::adjustValues(), BinaryTransform::BinaryTransform(), BinaryTransform::inverseTransformZ(), BinaryTransform::isLinearInZ(), BinaryTransform::limitZ(), XYTransform::setTicks(), PeriodicBinaryTransform::setTicks(), BinaryTransform::setZTransform(), BinaryTransform::transformZ(), BinaryTransform::zTransform(), and BinaryTransform::~BinaryTransform().

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

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Cartesian2() [1/2]

◆ Cartesian2() [2/2]

◆ ~Cartesian2()

Member Function Documentation

◆ adjustValues()

◆ aspectRatio()

◆ calcRectangle()

◆ clone()

◆ genTicks()

◆ initwcs()

◆ inverseTransform()

◆ inverseTransformZ()

◆ isLinearInXY()

◆ isLinearInZ()

◆ isPeriodic()

◆ limitX()

◆ limitY()

◆ limitZ()

◆ moduloAdd()

◆ moduloAddX()

◆ moduloAddY()

◆ moduloSub()

◆ moduloSubX()

◆ moduloSubY()

◆ name()

◆ needsGrid()

◆ needsXTicks()

◆ needsYTicks()

◆ setFirstTick()

◆ setNeedsGrid()

◆ setNeedsXTicks()

◆ setNeedsYTicks()

◆ setTicks()

◆ setTickStep()

◆ setXOffset()

◆ setYOffset()

◆ setZTransform()

◆ throwWCSMissing()

◆ transform() [1/2]

◆ transform() [2/2]

◆ transformZ()

◆ validate()

◆ xOffset()

◆ yOffset()

◆ zTransform()

Member Data Documentation

◆ m_is_periodic

◆ m_name

◆ m_needs_grid

◆ m_needs_x_ticks

◆ m_needs_y_ticks

◆ m_ticks

◆ m_wcs

◆ m_wcs_struct

◆ m_x_limits

◆ m_x_offset

◆ m_y_limits

◆ m_y_offset

◆ m_z