Namespaces
namespace	details

Classes
struct	Aligner

struct	Aligner< _direction >
	Base class for one direction aligners (in 2D and 3D spaces). More...

struct	Aligner< _direction1, _direction2 >
	Two directions aligner in 3D space, compose and use two 1D aligners. More...

struct	Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)>
	Three directions aligner in 3D space, compose and use three 1D aligners. More...

struct	Aligner< Primitive< 3 >::DIRECTION_LONG >

struct	Aligner< Primitive< 3 >::DIRECTION_TRAN, Primitive< 3 >::DIRECTION_VERT >
	Two directions aligner in 2D and 3D space, compose and use two 1D aligners. More...

struct	AlignerBase

struct	AlignerBase2D
	Base class for two directions aligner in 3D space, compose and use two 2D aligners. More...

struct	AlignerImpl
	Helper which allow to implement base class for aligners which work in one direction. More...

struct	DictionaryFromXML
	Allow to use XMLReader as dictionary which is required by aligners parsing functions. More...

struct	DirectionTo2D
	Convert Direction to 2D vector direction. More...

struct	DirectionTo2D< Primitive< 3 >::DIRECTION_TRAN >

struct	DirectionTo2D< Primitive< 3 >::DIRECTION_VERT >

Typedefs
typedef Primitive< 3 >::Direction	Direction
	Directions of aligners activity, same as vec<3, T> directions.

typedef Aligner< Primitive< 3 >::DIRECTION_TRAN, Primitive< 3 >::DIRECTION_VERT >	Aligner2D

typedef Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)>	Aligner3D

template<int dim>
using	AlignerD = typename chooseType< dim-2, Aligner2D, Aligner3D >::type
	Aligner2D if dim == 2, Aligner3D if dim == 3.

template<Primitive< 3 >::Direction dir>
using	LowerBoundImpl = details::AlignerCustomImpl< dir, details::lowToCoordinate, typename chooseType< dir, details::BACK, details::LEFT, details::BOTTOM >::type >

typedef std::function< plask::optional< double >(const std::string &name)>	Dictionary

Functions
Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)>	operator& (const Aligner< Primitive< 3 >::Direction(0)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(1)> &dir2aligner)

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)>	operator& (const Aligner< Primitive< 3 >::Direction(1)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(0)> &dir2aligner)

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)>	operator& (const Aligner< Primitive< 3 >::Direction(0)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(2)> &dir2aligner)

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)>	operator& (const Aligner< Primitive< 3 >::Direction(2)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(0)> &dir2aligner)

Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)>	operator& (const Aligner< Primitive< 3 >::Direction(1)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(2)> &dir2aligner)

Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)>	operator& (const Aligner< Primitive< 3 >::Direction(2)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(1)> &dir2aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> &dir12aligner, const Aligner< Primitive< 3 >::Direction(0)> &dir0aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(0)> &dir0aligner, const Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> &dir12aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> &dir02aligner, const Aligner< Primitive< 3 >::Direction(1)> &dir1aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(1)> &dir1aligner, const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> &dir02aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> &dir01aligner, const Aligner< Primitive< 3 >::Direction(2)> &dir2aligner)

Aligner3D	operator& (const Aligner< Primitive< 3 >::Direction(2)> &dir2aligner, const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> &dir01aligner)

Aligner< Primitive< 3 >::DIRECTION_TRAN >	left (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_TRAN >	right (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_TRAN >	tranCenter (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_TRAN >	center (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_TRAN >	tran (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_LONG >	front (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_LONG >	back (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_LONG >	lonCenter (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_LONG >	lon (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_VERT >	bottom (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_VERT >	top (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_VERT >	vertCenter (double coordinate)

Aligner< Primitive< 3 >::DIRECTION_VERT >	vert (double coordinate)

Aligner2D	fromVector (const Vec< 2, double > &v)

Aligner3D	fromVector (const Vec< 3, double > &v)

template<Primitive< 3 >::Direction dir>
Aligner< dir >	lowerBoundZero ()
	Get aligner with align in one direction to lower bound.

template<Primitive< 3 >::Direction dir1, Primitive< 3 >::Direction dir2>
Aligner< dir1, dir2 >	lowerBoundZero ()

template<Direction direction>
Aligner< direction >	fromDictionary (Dictionary dictionary, const std::string &axis_name)
	Construct aligner in given direction from dictionary.

template<Direction direction>
Aligner< direction >	fromDictionary (Dictionary dic, const AxisNames &axis_names)
	Construct aligner in given direction from dictionary.

template<Direction direction>
Aligner< direction >	fromDictionary (Dictionary dictionary, const AxisNames &axis_names, Aligner< direction > default_aligner)
	Construct aligner in given direction from dictionary.

template<Direction direction>
Aligner< direction >	fromXML (const XMLReader &reader, const std::string &axis_name)

template<Direction direction>
Aligner< direction >	fromXML (const XMLReader &reader, const AxisNames &axis_names)

template<Direction direction>
Aligner< direction >	fromXML (const XMLReader &reader, const AxisNames &axis_names, Aligner< direction > default_aligner)

template<Direction direction1, Direction direction2>
Aligner< direction1, direction2 >	fromDictionary (Dictionary dic, const AxisNames &axes)
	Construct 2 directions aligner from dictionary.

template<Direction direction1, Direction direction2>
Aligner< direction1, direction2 >	fromXML (const XMLReader &reader, const AxisNames &axes)
	Construct 2 directions aligner from XML.

template<Direction direction1, Direction direction2>
Aligner< direction1, direction2 >	fromDictionary (Dictionary dictionary, const AxisNames &axes, Aligner< direction1, direction2 > default2D)
	Construct 2 direction aligner from dictionary.

template<Direction direction1, Direction direction2>
Aligner< direction1, direction2 >	fromXML (const XMLReader &reader, const AxisNames &axes, Aligner< direction1, direction2 > default2D)
	Construct 2 direction aligner from XML.

template<Direction direction1, Direction direction2, Direction direction3>
Aligner3D	fromDictionary (Dictionary dictionary, const AxisNames &axis_names)
	Construct 3 direction aligner from dictionary.

template<Direction direction1, Direction direction2, Direction direction3>
Aligner3D	fromXML (const XMLReader &reader, const AxisNames &axes)
	Construct 3 direction aligner from XML.

template<Direction direction1, Direction direction2, Direction direction3>
Aligner3D	fromDictionary (Dictionary dic, const AxisNames &axes, Aligner< direction1, direction2, direction3 > default3D)
	Construct 3 direction aligner from dictionary.

template<Direction direction1, Direction direction2, Direction direction3>
Aligner3D	fromXML (const XMLReader &reader, const AxisNames &axes, Aligner< direction1, direction2, direction3 > default3D)
	Construct 3 direction aligner from XML.

template<typename TranslationT , typename Aligner1T , typename Aligner2T >
void	align (TranslationT &toAlign, const Aligner1T &aligner1, const Aligner2T &aligner2)
	Align `toAlign` by aligner1 and aligner2.

Typedef Documentation

◆ Aligner2D

typedef Aligner<Primitive<3>::DIRECTION_TRAN, Primitive<3>::DIRECTION_VERT> plask::align::Aligner2D

Definition at line 477 of file align.hpp.

◆ Aligner3D

typedef Aligner<Primitive<3>::Direction(0), Primitive<3>::Direction(1), Primitive<3>::Direction(2)> plask::align::Aligner3D

Definition at line 575 of file align.hpp.

◆ AlignerD

template<int dim>

using plask::align::AlignerD = typedef typename chooseType<dim-2, Aligner2D, Aligner3D>::type

Aligner2D if dim == 2, Aligner3D if dim == 3.

Definition at line 578 of file align.hpp.

◆ Dictionary

typedef std::function<plask::optional<double>(const std::string& name)> plask::align::Dictionary

Definition at line 706 of file align.hpp.

◆ Direction

typedef Primitive<3>::Direction plask::align::Direction

Directions of aligners activity, same as vec<3, T> directions.

Definition at line 34 of file align.hpp.

◆ LowerBoundImpl

template<Primitive< 3 >::Direction dir>

using plask::align::LowerBoundImpl = typedef details::AlignerCustomImpl<dir, details::lowToCoordinate, typename chooseType<dir, details::BACK, details::LEFT, details::BOTTOM>::type>

Definition at line 696 of file align.hpp.

Function Documentation

◆ align()

template<typename TranslationT , typename Aligner1T , typename Aligner2T >

void plask::align::align	(	TranslationT &	toAlign,
		const Aligner1T &	aligner1,
		const Aligner2T &	aligner2
	)

Align toAlign by aligner1 and aligner2.

It is equal to, but possibly faster than:

aligner1.align(toAlign);

aligner2.align(toAlign);

It calculates bounding box of toAlign only once and only if it is required by any aligner.

Parameters

toAlign	object to align, translation in 2D or 3D
aligner1,aligner2	aligners

Definition at line 932 of file align.hpp.

◆ back()

Aligner< Primitive< 3 >::DIRECTION_LONG > plask::align::back ( double coordinate )

inline

Definition at line 677 of file align.hpp.

◆ bottom()

Aligner< Primitive< 3 >::DIRECTION_VERT > plask::align::bottom ( double coordinate )

inline

Definition at line 682 of file align.hpp.

◆ center()

Aligner< Primitive< 3 >::DIRECTION_TRAN > plask::align::center ( double coordinate )

inline

Definition at line 672 of file align.hpp.

◆ fromDictionary() [1/7]

template<Direction direction1, Direction direction2>

Aligner< direction1, direction2 > plask::align::fromDictionary	(	Dictionary	dic,
		const AxisNames &	axes
	)

inline

Construct 2 directions aligner from dictionary.

Throw exception if there is no information about one of this direction in dic, or when some direction is described multiple times.

Parameters

dic	dictionary which describes required aligner in 2 directions
axes	names of axes

Returns: constructed aligner

Definition at line 806 of file align.hpp.

◆ fromDictionary() [2/7]

template<Direction direction1, Direction direction2, Direction direction3>

Aligner3D plask::align::fromDictionary	(	Dictionary	dic,
		const AxisNames &	axes,
		Aligner< direction1, direction2, direction3 >	default3D
	)

inline

Construct 3 direction aligner from dictionary.

Throw exception if some direction is described multiple times.

Parameters

dic	dictionary which describes required aligner in 3 directions
axes	names of axes
default3D	default aligner in all directions, used when there is no information about aligner in some direction in `dictionary`

Returns: constructed aligner

Definition at line 900 of file align.hpp.

◆ fromDictionary() [3/7]

template<Direction direction>

Aligner< direction > plask::align::fromDictionary	(	Dictionary	dic,
		const AxisNames &	axis_names
	)

Construct aligner in given direction from dictionary.

Throw exception if dic contains information about multiple aligners in given direction.

Parameters

dictionary	dictionary which can describe aligner
axis_names	names of axes

Returns: parsed aligner or nullptr if no information about aligner was found in dictionary

Template Parameters

direction direction

Definition at line 751 of file align.hpp.

◆ fromDictionary() [4/7]

template<Direction direction1, Direction direction2>

Aligner< direction1, direction2 > plask::align::fromDictionary	(	Dictionary	dictionary,
		const AxisNames &	axes,
		Aligner< direction1, direction2 >	default2D
	)

inline

Construct 2 direction aligner from dictionary.

Throw exception if some direction is described multiple times.

Parameters

dictionary	dictionary which describes required aligner in 2 directions
axes	names of axes
default2D	default aligners, used when there is no information about aligner in some direction in `dictionary`

Returns: constructed aligner

Definition at line 838 of file align.hpp.

◆ fromDictionary() [5/7]

template<Direction direction1, Direction direction2, Direction direction3>

Aligner3D plask::align::fromDictionary	(	Dictionary	dictionary,
		const AxisNames &	axis_names
	)

inline

Construct 3 direction aligner from dictionary.

Throw exception if there is no information about one of this direction in dic, or when some direction is described multiple times.

Parameters

dictionary	dictionary which describes required aligner in 3 directions
axis_names	names of axes

Returns: constructed aligner

Definition at line 866 of file align.hpp.

◆ fromDictionary() [6/7]

template<Direction direction>

Aligner< direction > plask::align::fromDictionary	(	Dictionary	dictionary,
		const AxisNames &	axis_names,
		Aligner< direction >	default_aligner
	)

Construct aligner in given direction from dictionary.

Throw exception if dic contains information about multiple aligners in given direction.

Parameters

dictionary	dictionary which can describes 2D aligner
axis_names	names of axes
default_aligner	default aligners, returned when there is no information about aligner in `dictionary`

Returns: parsed aligner or default_aligner if no information about aligner was found in dictionary

Template Parameters

direction direction

Definition at line 766 of file align.hpp.

◆ fromDictionary() [7/7]

template<Direction direction>

Aligner< direction > plask::align::fromDictionary	(	Dictionary	dictionary,
		const std::string &	axis_name
	)

Construct aligner in given direction from dictionary.

Throw exception if dic contains information about multiple aligners in given direction.

Parameters

dictionary	dictionary which can describe aligner
axis_name	name of axis in given `direction`

Returns: parsed aligner or nullptr if no information about aligner was found in dictionary

Template Parameters

direction direction

◆ fromVector() [1/2]

Aligner2D plask::align::fromVector ( const Vec< 2, double > & v )

inline

Definition at line 687 of file align.hpp.

◆ fromVector() [2/2]

Aligner3D plask::align::fromVector ( const Vec< 3, double > & v )

inline

Definition at line 691 of file align.hpp.

◆ fromXML() [1/7]

template<Direction direction1, Direction direction2>

Aligner< direction1, direction2 > plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axes
	)

inline

Construct 2 directions aligner from XML.

Throw exception if there is no information about one of this direction in reader, or when some direction is described multiple times.

Parameters

reader	XML reader which point to tag which attributes describe required aligner in 2 directions
axes	names of axes

Returns: constructed aligner

Definition at line 824 of file align.hpp.

◆ fromXML() [2/7]

template<Direction direction1, Direction direction2, Direction direction3>

Aligner3D plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axes
	)

inline

Construct 3 direction aligner from XML.

Throw exception if there is no information about one of this direction in reader, or when some direction is described multiple times.

Parameters

reader	XML reader which point to tag which attributes describe required aligner in 3 directions
axes	names of axes

Returns: constructed aligner

Definition at line 886 of file align.hpp.

◆ fromXML() [3/7]

template<Direction direction1, Direction direction2>

Aligner< direction1, direction2 > plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axes,
		Aligner< direction1, direction2 >	default2D
	)

inline

Construct 2 direction aligner from XML.

Throw exception if some direction is described multiple times.

Parameters

reader	XML reader which point to tag which attributes describe required aligner in 2 directions
axes	names of axes
default2D	default aligners, used when there is no information about aligner in some direction in `reader`

Returns: constructed aligner

Definition at line 852 of file align.hpp.

◆ fromXML() [4/7]

template<Direction direction1, Direction direction2, Direction direction3>

Aligner3D plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axes,
		Aligner< direction1, direction2, direction3 >	default3D
	)

inline

Construct 3 direction aligner from XML.

Throw exception if some direction is described multiple times.

Parameters

reader	XML reader which point to tag which attributes describe required aligner in 3 directions
axes	names of axes
default3D	default aligner in all directions, used when there is no information about aligner in some direction in `reader`

Returns: constructed aligner

Definition at line 914 of file align.hpp.

◆ fromXML() [5/7]

template<Direction direction>

Aligner< direction > plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axis_names
	)

inline

Definition at line 787 of file align.hpp.

◆ fromXML() [6/7]

template<Direction direction>

Aligner< direction > plask::align::fromXML	(	const XMLReader &	reader,
		const AxisNames &	axis_names,
		Aligner< direction >	default_aligner
	)

inline

Definition at line 792 of file align.hpp.

◆ fromXML() [7/7]

template<Direction direction>

Aligner< direction > plask::align::fromXML	(	const XMLReader &	reader,
		const std::string &	axis_name
	)

inline

Definition at line 782 of file align.hpp.

◆ front()

Aligner< Primitive< 3 >::DIRECTION_LONG > plask::align::front ( double coordinate )

inline

Definition at line 676 of file align.hpp.

◆ left()

Aligner< Primitive< 3 >::DIRECTION_TRAN > plask::align::left ( double coordinate )

inline

Definition at line 669 of file align.hpp.

◆ lon()

Aligner< Primitive< 3 >::DIRECTION_LONG > plask::align::lon ( double coordinate )

inline

Definition at line 679 of file align.hpp.

◆ lonCenter()

Aligner< Primitive< 3 >::DIRECTION_LONG > plask::align::lonCenter ( double coordinate )

inline

Definition at line 678 of file align.hpp.

◆ lowerBoundZero() [1/2]

template<Primitive< 3 >::Direction dir>

Aligner< dir > plask::align::lowerBoundZero ( )

inline

Get aligner with align in one direction to lower bound.

Returns: aligner with align to lower bound in given direction, equal to left, back, or bottom.

Template Parameters

dir direction

Definition at line 703 of file align.hpp.

◆ lowerBoundZero() [2/2]

template<Primitive< 3 >::Direction dir1, Primitive< 3 >::Direction dir2>

Aligner< dir1, dir2 > plask::align::lowerBoundZero ( )

inline

Definition at line 704 of file align.hpp.

◆ operator&() [1/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> &	dir01aligner,
		const Aligner< Primitive< 3 >::Direction(2)> &	dir2aligner
	)

inline

Definition at line 622 of file align.hpp.

◆ operator&() [2/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> &	dir02aligner,
		const Aligner< Primitive< 3 >::Direction(1)> &	dir1aligner
	)

inline

Definition at line 614 of file align.hpp.

◆ operator&() [3/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(0)> &	dir0aligner,
		const Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> &	dir12aligner
	)

inline

Definition at line 610 of file align.hpp.

◆ operator&() [4/12]

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(0)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(1)> &	dir2aligner
	)

inline

Definition at line 581 of file align.hpp.

◆ operator&() [5/12]

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(0)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(2)> &	dir2aligner
	)

inline

Definition at line 589 of file align.hpp.

◆ operator&() [6/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> &	dir12aligner,
		const Aligner< Primitive< 3 >::Direction(0)> &	dir0aligner
	)

inline

Definition at line 606 of file align.hpp.

◆ operator&() [7/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(1)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> &	dir02aligner
	)

inline

Definition at line 618 of file align.hpp.

◆ operator&() [8/12]

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(1)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(0)> &	dir2aligner
	)

inline

Definition at line 585 of file align.hpp.

◆ operator&() [9/12]

Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(1)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(2)> &	dir2aligner
	)

inline

Definition at line 597 of file align.hpp.

◆ operator&() [10/12]

Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(2)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(2)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(0)> &	dir2aligner
	)

inline

Definition at line 593 of file align.hpp.

◆ operator&() [11/12]

Aligner< Primitive< 3 >::Direction(1), Primitive< 3 >::Direction(2)> plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(2)> &	dir1aligner,
		const Aligner< Primitive< 3 >::Direction(1)> &	dir2aligner
	)

inline

Definition at line 601 of file align.hpp.

◆ operator&() [12/12]

Aligner3D plask::align::operator&	(	const Aligner< Primitive< 3 >::Direction(2)> &	dir2aligner,
		const Aligner< Primitive< 3 >::Direction(0), Primitive< 3 >::Direction(1)> &	dir01aligner
	)

inline

Definition at line 626 of file align.hpp.

◆ right()

Aligner< Primitive< 3 >::DIRECTION_TRAN > plask::align::right ( double coordinate )

inline

Definition at line 670 of file align.hpp.

◆ top()

Aligner< Primitive< 3 >::DIRECTION_VERT > plask::align::top ( double coordinate )

inline

Definition at line 683 of file align.hpp.

◆ tran()

Aligner< Primitive< 3 >::DIRECTION_TRAN > plask::align::tran ( double coordinate )

inline

Definition at line 673 of file align.hpp.

◆ tranCenter()

Aligner< Primitive< 3 >::DIRECTION_TRAN > plask::align::tranCenter ( double coordinate )

inline

Definition at line 671 of file align.hpp.

◆ vert()

Aligner< Primitive< 3 >::DIRECTION_VERT > plask::align::vert ( double coordinate )

inline

Definition at line 685 of file align.hpp.

◆ vertCenter()

Aligner< Primitive< 3 >::DIRECTION_VERT > plask::align::vertCenter ( double coordinate )

inline

Definition at line 684 of file align.hpp.

Namespaces

Classes

Typedefs

Functions

Typedef Documentation

◆ Aligner2D

◆ Aligner3D

◆ AlignerD

◆ Dictionary

◆ Direction

◆ LowerBoundImpl

Function Documentation

◆ align()

◆ back()

◆ bottom()

◆ center()

◆ fromDictionary() [1/7]

◆ fromDictionary() [2/7]

◆ fromDictionary() [3/7]

◆ fromDictionary() [4/7]

◆ fromDictionary() [5/7]

◆ fromDictionary() [6/7]

◆ fromDictionary() [7/7]

◆ fromVector() [1/2]

◆ fromVector() [2/2]

◆ fromXML() [1/7]

◆ fromXML() [2/7]

◆ fromXML() [3/7]

◆ fromXML() [4/7]

◆ fromXML() [5/7]

◆ fromXML() [6/7]

◆ fromXML() [7/7]

◆ front()

◆ left()

◆ lon()

◆ lonCenter()

◆ lowerBoundZero() [1/2]

◆ lowerBoundZero() [2/2]

◆ operator&() [1/12]

◆ operator&() [2/12]

◆ operator&() [3/12]

◆ operator&() [4/12]

◆ operator&() [5/12]

◆ operator&() [6/12]

◆ operator&() [7/12]

◆ operator&() [8/12]

◆ operator&() [9/12]

◆ operator&() [10/12]

◆ operator&() [11/12]

◆ operator&() [12/12]

◆ right()

◆ top()

◆ tran()

◆ tranCenter()

◆ vert()

◆ vertCenter()