Represent a cuboid that can be rotated in a horizontal plane. More...

#include <plask/geometry/cuboid.hpp>

Inheritance diagram for plask::RotatedCuboid:

Collaboration diagram for plask::RotatedCuboid:

Public Types
typedef GeometryObjectLeaf< 3 >::DVec	DVec
	Vector of doubles type in space on this, vector in space with dim number of dimensions.

typedef GeometryObjectLeaf< 3 >::Box	Box
	Rectangle type in space on this, rectangle in space with dim number of dimensions.

Public Types inherited from plask::Block< 3 >
typedef GeometryObjectLeaf< dim >::DVec	DVec
	Vector of doubles type in space on this, vector in space with dim number of dimensions.

typedef GeometryObjectLeaf< dim >::Box	Box
	Rectangle type in space on this, rectangle in space with dim number of dimensions.

Public Types inherited from plask::GeometryObjectLeaf< dim >
typedef GeometryObjectD< dim >::DVec	DVec

typedef GeometryObjectD< dim >::Box	Box

Public Types inherited from plask::GeometryObjectD< dim >
typedef Primitive< dim >::Box	Box

typedef Primitive< dim >::DVec	DVec

Public Types inherited from plask::GeometryObject
enum	Type { TYPE_LEAF = 0 , TYPE_TRANSFORM = 1 , TYPE_SPACE_CHANGER = 2 , TYPE_CONTAINER = 3 , TYPE_GEOMETRY = 4 , TYPE_SEPARATOR = 5 }
	Type of geometry object. More...

typedef std::function< bool(const GeometryObject &)>	Predicate
	Predicate on GeometryObject.

Public Member Functions
DVec	trans (double c0, double c1, double c2=0.) const
	Transform a local (rotated) point to global coordinates.

DVec	trans (const DVec &vec) const
	Transform a local (rotated) point to global coordinates.

DVec	itrans (double c0, double c1, double c2=0.) const
	Transform a point to local (rotated) coordinates.

DVec	itrans (const DVec &vec) const
	Transform a point to local (rotated) coordinates.

std::string	getTypeName () const override
	Get name of object type (like: "block2d", "shelf", "stack3d", etc.).

double	getAngle () const
	Get rotation angle.

void	setAngle (double angle)
	Set rotation angle and inform observers about changes.

	RotatedCuboid (const DVec &size=Primitive< 3 >::ZERO_VEC, double angle=0., const shared_ptr< Material > &material=shared_ptr< Material >())
	Create cuboid.

	RotatedCuboid (double angle)

	RotatedCuboid (const DVec &size, double angle, shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)

	RotatedCuboid (const Block< 3 > &src)

	RotatedCuboid (const RotatedCuboid &src)

Box	getBoundingBox () const override
	Calculate minimal rectangle which contains all points of geometry object.

bool	contains (const DVec &p) const override

shared_ptr< GeometryObject >	shallowCopy () const override
	Get shallow copy of this.

void	addPointsAlongToSet (std::set< double > &points, Primitive< 3 >::Direction direction, unsigned max_steps, double min_step_size) const override

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< 3 >::LineSegment > &segments, unsigned max_steps, double min_step_size) const override

void	writeXMLAttr (XMLWriter::Element &dest_xml_object, const AxisNames &axes) const override
	Append XML attributes of this to `dest_xml_object`.

Public Member Functions inherited from plask::Block< 3 >
void	setSize (DVec &&new_size)
	Set size and inform observers about changes.

void	setSize (VecCtrArg &&... vecCtrArg)
	Set size and inform observers about changes.

	Block (const DVec &size=Primitive< dim >::ZERO_VEC, const shared_ptr< Material > &material=shared_ptr< Material >())
	Create block.

	Block (const DVec &size, shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)

	Block (const Block &src)

bool	contains (const DVec &p) const override
	Check if this geometry object contains point.

void	addPointsAlongToSet (std::set< double > &points, Primitive< 3 >::Direction direction, unsigned max_steps, double min_step_size) const override

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< dim >::LineSegment > &segments, unsigned max_steps, double min_step_size) const override

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< 2 >::LineSegment > &segments, unsigned max_steps, double min_step_size) const

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< 3 >::LineSegment > &segments, unsigned max_steps, double min_step_size) const

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< 2 >::LineSegment > &segments, unsigned max_steps, double min_step_size) const

void	addLineSegmentsToSet (std::set< typename GeometryObjectD< 3 >::LineSegment > &segments, unsigned max_steps, double min_step_size) const

Public Member Functions inherited from plask::GeometryObjectLeaf< dim >
GeometryReader &	readMaterial (GeometryReader &src)

	GeometryObjectLeaf ()
	Construct leaf with uninitialized material (all material getting methods returns nullptr).

	GeometryObjectLeaf (const GeometryObjectLeaf< dim > &src)
	Copy-constructor.

	GeometryObjectLeaf (shared_ptr< Material > material)
	Construct leaf which uses solid material.

	GeometryObjectLeaf (shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)
	Construct leaf which uses linearly changeble material.

shared_ptr< Material >	getRepresentativeMaterial () const
	Get representative material of this leaf (typically material which is returned in center of object).

shared_ptr< Material >	singleMaterial () const
	Get material only if it this leaf is solid (has assign exactly one material).

void	setMaterial (shared_ptr< Material > new_material)
	Set new, solid on all surface, material.

void	setMaterialFast (shared_ptr< Material > new_material)
	Set new, solid on all surface, material.

void	setMaterialTopBottomCompositionFast (shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)
	Set new graded material.

void	setMaterialTopBottomComposition (shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)
	Set new material material.

void	setMaterialDraftTopBottomCompositionFast (shared_ptr< MaterialsDB::MixedCompositionFactory > materialTopBottom)
	Set new draft graded material.

void	setMaterialProviderFast (MaterialProvider *provider)
	Set new custom material provider.

void	setMaterialProvider (MaterialProvider *provider)
	Set new custom material provider.

const MaterialProvider *	getMaterialProvider () const
	Return pointer to the material provider.

GeometryObject::Type	getType () const override
	Check if geometry is: leaf, transform or container type object.

shared_ptr< Material >	getMaterial (const DVec &p) const override
	Return material in a given point inside the geometry object.

void	getBoundingBoxesToVec (const GeometryObject::Predicate &predicate, std::vector< Box > &dest, const PathHints *path=0) const override
	Calculate and append to vector bounding boxes of all nodes which fulfill given `predicate`, optionally marked by path.

void	getObjectsToVec (const GeometryObject::Predicate &predicate, std::vector< shared_ptr< const GeometryObject > > &dest, const PathHints *path=0) const override
	Append all objects from subtree with this in root, which fulfill predicate to vector `dest`.

void	getPositionsToVec (const GeometryObject::Predicate &predicate, std::vector< DVec > &dest, const PathHints *=0) const override
	Calculate and append to vector positions of all nodes which fulfill given `predicate`, optionally marked by path.

bool	hasInSubtree (const GeometryObject &el) const override
	Check if el is in subtree with `this` in root.

GeometryObject::Subtree	getPathsTo (const GeometryObject &el, const PathHints *path=0) const override
	Find paths to el.

GeometryObject::Subtree	getPathsAt (const DVec &point, bool=false) const override
	Find all paths to objects which lies at given `point`.

std::size_t	getChildrenCount () const override
	Get number of all children of this in geometry graph.

shared_ptr< GeometryObject >	getChildNo (std::size_t child_no) const override
	Get child with given index.

shared_ptr< const GeometryObject >	changedVersion (const GeometryObject::Changer &changer, Vec< 3, double > *translation=0) const override
	Get this or copy of this with some changes in subtree.

shared_ptr< GeometryObject >	deepCopy (std::map< const GeometryObject *, shared_ptr< GeometryObject > > &copied) const override
	Get deep copy of this.

Public Member Functions inherited from plask::GeometryObjectD< dim >
int	getDimensionsCount () const override
	Get number of dimensions.

virtual DVec	getBoundingBoxSize () const

virtual Box	getRealBoundingBox () const
	Calculate minimal rectangle which contains all points of real geometry object.

shared_ptr< Material >	getMaterialOrAir (const DVec &p) const
	Return material in a given point inside the geometry object.

void	getBoundingBoxesToVec (const GeometryObject::Predicate &predicate, std::vector< Box > &dest, const PathHints &path) const
	Calculate and append to vector bounding boxes of all nodes which fulfill given `predicate`, marked by path.

std::vector< Box >	getBoundingBoxes (const GeometryObject::Predicate &predicate, const PathHints *path=0) const
	Calculate the vector of bounding boxes of all nodes which fulfill given `predicate`, optionally marked by path.

std::vector< Box >	getBoundingBoxes (const GeometryObject::Predicate &predicate, const PathHints &path)
	Calculate the vector of bounding boxes of all nodes which fulfill given `predicate`, marked by path.

void	getLeafsBoundingBoxesToVec (std::vector< Box > &dest, const PathHints *path=0) const
	Calculate and append to vector bounding boxes of all leafs, optionally marked by path.

void	getLeafsBoundingBoxesToVec (std::vector< Box > &dest, const PathHints &path) const
	Calculate and append to vector bounding boxes of all leafs, marked by path.

std::vector< Box >	getLeafsBoundingBoxes (const PathHints *path=0) const
	Calculate bounding boxes of all leafs, optionally marked by path.

std::vector< Box >	getLeafsBoundingBoxes (const PathHints &path) const
	Calculate bounding boxes of all leafs, marked by path.

void	getObjectBoundingBoxesToVec (std::vector< Box > &dest, const GeometryObject &object, const PathHints *path=0) const
	Calculate and append to vector bounding boxes of all instances of given `object`, optionally marked by path.

void	getObjectBoundingBoxesToVec (std::vector< Box > &dest, const GeometryObject &object, const PathHints &path) const
	Calculate and append to vector bounding boxes of all instances of given `object`, marked by path.

std::vector< Box >	getObjectBoundingBoxes (const GeometryObject &object, const PathHints *path=0) const
	Calculate bounding boxes of all instances of given `object`, optionally marked by path.

std::vector< Box >	getObjectBoundingBoxes (const GeometryObject &object, const PathHints &path) const
	Calculate bounding boxes of all instances of given `objects`, marked by `path`.

void	getPositionsToVec (const Predicate &predicate, std::vector< DVec > &dest, const PathHints &path) const
	Calculate and append to vector positions of all nodes which fulfill given `predicate`, marked by path.

std::vector< DVec >	getPositions (const Predicate &predicate, const PathHints *path=0) const
	Calculate and append to vector positions of all nodes which fulfill given `predicate`, optionally marked by path.

std::vector< DVec >	getPositions (const Predicate &predicate, const PathHints &path) const
	Calculate and append to vector positions of all nodes which fulfill given `predicate`, marked by path.

void	getLeafsPositionsToVec (std::vector< DVec > &dest, const PathHints *path=0) const
	Calculate and append to vector positions of all leafs, optionally marked by path.

void	getLeafsPositionsToVec (std::vector< DVec > &dest, const PathHints &path) const
	Calculate and append to vector positions of all leafs, marked by path.

std::vector< DVec >	getLeafsPositions (const PathHints *path=0) const
	Calculate and return a vector of positions of all leafs, optionally marked by path.

std::vector< DVec >	getLeafsPositions (const PathHints &path) const
	Calculate and return a vector of positions of all leafs, marked by path.

void	getObjectPositionsToVec (std::vector< DVec > &dest, const GeometryObject &object, const PathHints *path=0) const
	Calculate and append to vector positions of all instances of given `object`, optionally marked by path.

void	getObjectPositionsToVec (std::vector< DVec > &dest, const GeometryObject &object, const PathHints &path) const
	Calculate and append to vector positions of all instances of given `object`, marked by path.

std::vector< DVec >	getObjectPositions (const GeometryObject &object, const PathHints *path=0) const
	Calculate and return a vector of positions of all instances of given `object`, optionally marked by path.

std::vector< DVec >	getObjectPositions (const GeometryObject &object, const PathHints &path) const
	Calculate and return a vector of positions of all instances of given `object`, marked by path.

shared_ptr< const GeometryObject >	getMatchingAt (const DVec &point, const Predicate &predicate, const PathHints *path=0) const
	Get object closest to the root, which contains specific point and fulfills the predicate.

shared_ptr< const GeometryObject >	getMatchingAt (const DVec &point, const Predicate &predicate, const PathHints &path) const
	Get object closest to the root, which contains specific point and fulfills the predicate.

bool	objectIncludes (const GeometryObject &object, const PathHints *path, const DVec &point) const
	Check if specified geometry object contains a point point.

bool	objectIncludes (const GeometryObject &object, const PathHints &path, const DVec &point) const
	Check if specified geometry object contains a point point.

bool	objectIncludes (const GeometryObject &object, const DVec &point) const
	Check if specified geometry object contains a point point.

std::set< std::string >	getRolesAt (const DVec &point, const plask::PathHints *path=0) const
	Get a sum of roles sets of all objects which lies on path from this to leaf at given `point`.

std::set< std::string >	getRolesAt (const DVec &point, const plask::PathHints &path) const
	Get a sum of roles sets of all objects which lies on path from this to leaf at given `point`.

shared_ptr< const GeometryObject >	hasRoleAt (const std::string &role_name, const DVec &point, const plask::PathHints *path=0) const
	Check if any object at given `point`, not hidden by another object, plays role with given name `role_name` (if so, returns non-nullptr).

shared_ptr< const GeometryObject >	hasRoleAt (const std::string &role_name, const DVec &point, const plask::PathHints &path) const
	Check if any object at given `point`, not hidden by another object, plays role with given name `role_name` (if so, returns non-nullptr).

virtual void	addLineSegmentsToSet (std::set< LineSegment > &PLASK_UNUSED(segments), unsigned PLASK_UNUSED(max_steps), double PLASK_UNUSED(min_step_size)) const =0
	Add characteristic points to the set and edges connecting them.

std::set< LineSegment >	getLineSegments (unsigned max_steps=PLASK_GEOMETRY_MAX_STEPS, double min_step_size=PLASK_GEOMETRY_MIN_STEP_SIZE) const
	Add characteristic points to the set and edges connecting them.

Public Member Functions inherited from plask::GeometryObject
void	setMaxSteps (unsigned value)
	Set max_steps.

void	setMinStepSize (double value)
	Set min_step_size.

template<typename ClassT , typename methodT >
boost::signals2::connection	changedConnectMethod (ClassT *obj, methodT method, boost::signals2::connect_position at=boost::signals2::at_back)
	Connect a method to changed signal.

template<typename ClassT , typename methodT >
void	changedDisconnectMethod (ClassT *obj, methodT method)
	Disconnect a method from changed signal.

template<typename EventT = Event, typename... Args>
void	fireChanged (Args &&... event_constructor_params_without_source)
	Call changed with this as event source.

	GeometryObject (const GeometryObject &to_copy)
	Initialize this to be the same as `to_copy` but doesn't have any changes observer.

GeometryObject &	operator= (const GeometryObject &to_copy)
	Set this to be the same as `to_copy` but doesn't change changes observer.

	GeometryObject ()

	GeometryObject (unsigned max_steps, double min_step_size)

virtual	~GeometryObject ()
	Virtual destructor.

virtual void	writeXML (XMLWriter::Element &parent_xml_object, WriteXMLCallback &write_cb, AxisNames parent_axes) const
	Write geometry tree branch rooted by this to XML.

void	writeXML (XMLWriter::Element &parent_xml_object, WriteXMLCallback &write_cb) const
	Write geometry tree branch rooted by this to XML.

void	writeXML (XMLWriter::Element &parent_xml_object) const
	Write geometry tree branch rooted by this to XML.

template<int DIMS>
shared_ptr< GeometryObjectD< DIMS > >	asD ()
	Cast this to GeometryObjectD<DIMS>.

template<int DIMS>
shared_ptr< const GeometryObjectD< DIMS > >	asD () const
	Cast this to GeometryObjectD<DIMS> (const version).

shared_ptr< Geometry >	asGeometry ()
	Cast this to Geometry.

shared_ptr< const Geometry >	asGeometry () const
	Cast this to Geometry.

bool	isLeaf () const

bool	isTransform () const

bool	isSpaceChanger () const

bool	isContainer () const

bool	isGeometry () const

virtual void	addPointsAlongToSet (std::set< double > &points, Primitive< 3 >::Direction PLASK_UNUSED(direction), unsigned PLASK_UNUSED(max_steps), double PLASK_UNUSED(min_step_size)) const =0
	Add characteristic points information along specified axis to set.

std::set< double >	getPointsAlong (Primitive< 3 >::Direction direction, unsigned max_steps=PLASK_GEOMETRY_MAX_STEPS, double min_step_size=PLASK_GEOMETRY_MIN_STEP_SIZE) const
	Get characteristic points information along specified axis.

bool	hasRole (std::string role_name) const
	Check if this object belongs to class (has tag) with name `role_name`.

void	addRole (std::string role_name)
	Add this to given class.

void	removeRole (std::string role_name)
	Remove this from given class, do nothing if this is not in given class.

void	clearRoles ()
	Clear set of roles of this.

virtual void	validate () const
	Check if object is ready for calculation.

bool	hasInSubtree (const GeometryObject &el, const PathHints *pathHints) const

bool	hasInSubtree (shared_ptr< const GeometryObject > el, const PathHints *pathHints) const

void	getObjectsToVec (const Predicate &predicate, std::vector< shared_ptr< const GeometryObject > > &dest, const PathHints &path) const
	Append all objects from subtree with this in root, which fulfill predicate to vector `dest`.

std::vector< shared_ptr< const GeometryObject > >	getObjects (const Predicate &predicate, const PathHints *path=0) const
	Get vector of all objects from subtree with this in root, which fulfill predicate.

std::vector< shared_ptr< const GeometryObject > >	getObjects (const Predicate &predicate, const PathHints &path) const
	Get vector of all objects from subtree with this in root, which fulfill predicate.

void	getLeafsToVec (std::vector< shared_ptr< const GeometryObject > > &dest, const PathHints *path=0) const
	Append all leafs in subtree with this in root to vector `dest`.

void	getLeafsToVec (std::vector< shared_ptr< const GeometryObject > > &dest, const PathHints &path) const
	Append all leafs in subtree with this in root to vector `dest`.

std::vector< shared_ptr< const GeometryObject > >	getLeafs (const PathHints *path=0) const
	Get all leafs in subtree with this object as root.

std::vector< shared_ptr< const GeometryObject > >	getLeafs (const PathHints &path) const
	Get all leafs in subtree with this object as root.

void	getObjectsWithRoleToVec (const std::string &role, std::vector< shared_ptr< const GeometryObject > > &dest) const
	Append all objects with a specified role in subtree with this in root to vector `dest`.

std::vector< shared_ptr< const GeometryObject > >	getObjectsWithRole (const std::string &role) const
	Get all objects with a specified role in subtree with this object as root.

virtual std::size_t	getRealChildrenCount () const
	Get number of real (physically stored) children in geometry graph.

virtual shared_ptr< GeometryObject >	getRealChildNo (std::size_t child_no) const
	Get real (physically stored) child with given index.

virtual void	removeAtUnsafe (std::size_t index)
	Remove child at given `index`.

void	removeAt (std::size_t index)
	Remove child at given `index`.

void	removeRangeUnsafe (std::size_t index_begin, std::size_t index_end)

bool	removeRange (std::size_t index_begin, std::size_t index_end)
	Remove all children in given range [index_begin, index_end).

virtual void	forEachRealObjectInSubtree (std::function< bool(const GeometryObject &)> callback) const
	Call a `callback` for each object in subtree with `this` in root.

FunctorIndexedIterator< ChildGetter >	begin () const

FunctorIndexedIterator< ChildGetter >	end () const

shared_ptr< GeometryObject >	deepCopy ()
	Get deep copy of this.

bool	canHasAsChild (const GeometryObject &potential_child) const

bool	canHasAsParent (const GeometryObject &potential_parent) const

void	ensureCanHasAsParent (const GeometryObject &potential_parent) const
	Throw CyclicReferenceException if `potential_parent` is in subtree with this in root.

void	ensureCanHaveAsChild (const GeometryObject &potential_child) const
	Throw CyclicReferenceException if `potential_child` has this in subtree.

Static Public Attributes
static const char *	NAME = PLASK_CUBOID_NAME

Static Public Attributes inherited from plask::Block< 3 >
static const char *	NAME

Static Public Attributes inherited from plask::GeometryObjectD< dim >
static const int	DIM = dim

Protected Attributes
double	c
	Cosine of the rotation angle.

double	s
	Sine of the rotation angle.

Protected Attributes inherited from plask::GeometryObjectLeaf< dim >
std::unique_ptr< MaterialProvider >	materialProvider

Additional Inherited Members
Static Public Member Functions inherited from plask::GeometryObject
static bool	PredicateIsLeaf (const GeometryObject &el)
	Predicate which check if given object is leaf.

Public Attributes inherited from plask::Block< 3 >
DVec	size
	Size and upper corner of block.

Public Attributes inherited from plask::GeometryObject
unsigned	max_steps
	Maximum number of points to split a single leaf.

double	min_step_size
	Minimum distance between divisions for a single leaf.

std::set< std::string >	roles
	Roles/tags.

boost::signals2::signal< void(Event &)>	changed
	Changed signal, fired when object was changed.

Protected Member Functions inherited from plask::GeometryObject
virtual void	writeXMLChildren (XMLWriter::Element &dest_xml_object, WriteXMLCallback &write_cb, const AxisNames &axes) const
	Append all children of this to XML `dest_xml_object`.

void	ensureIsValidChildNr (std::size_t child_no, const char method_name="getChildNo", const char arg_name="child_no") const
	Check if given `index` is valid child index and throw exception of it is not.

void	ensureIsValidInsertPosition (std::size_t child_no, const char method_name="insert", const char arg_name="pos") const
	Check if given `index` is valid insert index and throw exception of it is not.

void	fireChildrenChanged ()
	Inform observers that children list was changed (also that this is resized)

void	fireChildrenRemoved (std::size_t beginIndex, std::size_t endIndex)

void	fireChildrenInserted (std::size_t beginIndex, std::size_t endIndex)

Detailed Description

Represent a cuboid that can be rotated in a horizontal plane.

Definition at line 32 of file cuboid.hpp.

Member Typedef Documentation

◆ Box

typedef GeometryObjectLeaf<3>::Box plask::RotatedCuboid::Box

Rectangle type in space on this, rectangle in space with dim number of dimensions.

Definition at line 37 of file cuboid.hpp.

◆ DVec

typedef GeometryObjectLeaf<3>::DVec plask::RotatedCuboid::DVec

Vector of doubles type in space on this, vector in space with dim number of dimensions.

Definition at line 34 of file cuboid.hpp.

Constructor & Destructor Documentation

◆ RotatedCuboid() [1/5]

plask::RotatedCuboid::RotatedCuboid	(	const DVec &	size = `Primitive<3>::ZERO_VEC`,
		double	angle = `0.`,
		const shared_ptr< Material > &	material = `shared_ptr<Material>()`
	)

inlineexplicit

Create cuboid.

Parameters

size	size/upper corner of block
angle	rotation angle [deg]
material	block material

Definition at line 102 of file cuboid.hpp.

◆ RotatedCuboid() [2/5]

plask::RotatedCuboid::RotatedCuboid ( double angle )

inlineexplicit

Definition at line 111 of file cuboid.hpp.

◆ RotatedCuboid() [3/5]

plask::RotatedCuboid::RotatedCuboid	(	const DVec &	size,
		double	angle,
		shared_ptr< MaterialsDB::MixedCompositionFactory >	materialTopBottom
	)

inlineexplicit

Definition at line 117 of file cuboid.hpp.

◆ RotatedCuboid() [4/5]

plask::RotatedCuboid::RotatedCuboid ( const Block< 3 > & src )

inlineexplicit

Definition at line 124 of file cuboid.hpp.

◆ RotatedCuboid() [5/5]

plask::RotatedCuboid::RotatedCuboid ( const RotatedCuboid & src )

inlineexplicit

Definition at line 126 of file cuboid.hpp.

Member Function Documentation

◆ addLineSegmentsToSet()

void plask::RotatedCuboid::addLineSegmentsToSet	(	std::set< typename GeometryObjectD< 3 >::LineSegment > &	segments,
		unsigned	max_steps,
		double	min_step_size
	)		const

override

Definition at line 96 of file cuboid.cpp.

◆ addPointsAlongToSet()

void plask::RotatedCuboid::addPointsAlongToSet	(	std::set< double > &	points,
		Primitive< 3 >::Direction	direction,
		unsigned	max_steps,
		double	min_step_size
	)		const

override

Definition at line 46 of file cuboid.cpp.

◆ contains()

bool plask::RotatedCuboid::contains ( const DVec & p ) const

override

Definition at line 39 of file cuboid.cpp.

◆ getAngle()

double plask::RotatedCuboid::getAngle ( ) const

inline

Get rotation angle.

Returns: angle new angle to set [deg]

Definition at line 83 of file cuboid.hpp.

◆ getBoundingBox()

RotatedCuboid::Box plask::RotatedCuboid::getBoundingBox ( ) const

overridevirtual

Calculate minimal rectangle which contains all points of geometry object.

Returns: calculated rectangle

Reimplemented from plask::Block< 3 >.

Definition at line 24 of file cuboid.cpp.

◆ getTypeName()

std::string plask::RotatedCuboid::getTypeName ( ) const

overridevirtual

Get name of object type (like: "block2d", "shelf", "stack3d", etc.).

This name is used as tag name when object is serialized to XML.

Returns: name of object type

Reimplemented from plask::Block< 3 >.

Definition at line 22 of file cuboid.cpp.

◆ itrans() [1/2]

DVec plask::RotatedCuboid::itrans ( const DVec & vec ) const

inline

Transform a point to local (rotated) coordinates.

Parameters

vec	coordinates vector to transform

Returns: transformed vector

Definition at line 75 of file cuboid.hpp.

◆ itrans() [2/2]

DVec plask::RotatedCuboid::itrans	(	double	c0,
		double	c1,
		double	c2 = `0.`
	)		const

inline

Transform a point to local (rotated) coordinates.

Parameters

c0,c1,c2 coordinates to transform

Returns: transformed vector

Definition at line 68 of file cuboid.hpp.

◆ setAngle()

void plask::RotatedCuboid::setAngle ( double angle )

inline

Set rotation angle and inform observers about changes.

Parameters

angle new angle to set [deg]

Definition at line 89 of file cuboid.hpp.

◆ shallowCopy()

shared_ptr< GeometryObject > plask::RotatedCuboid::shallowCopy ( ) const

inlineoverridevirtual

Get shallow copy of this.

In the shallow copy all children are the same

Returns: shallow copy of this

Reimplemented from plask::Block< 3 >.

Definition at line 132 of file cuboid.hpp.

◆ trans() [1/2]

DVec plask::RotatedCuboid::trans ( const DVec & vec ) const

inline

Transform a local (rotated) point to global coordinates.

Parameters

vec	coordinates vector to transform

Returns: transformed vector

Definition at line 61 of file cuboid.hpp.

◆ trans() [2/2]

DVec plask::RotatedCuboid::trans	(	double	c0,
		double	c1,
		double	c2 = `0.`
	)		const

inline

Transform a local (rotated) point to global coordinates.

Parameters

c0,c1,c2 coordinates to transform

Returns: transformed vector

Definition at line 54 of file cuboid.hpp.

◆ writeXMLAttr()

void plask::RotatedCuboid::writeXMLAttr	(	XMLWriter::Element &	dest_xml_object,
		const AxisNames &	axes
	)		const

overridevirtual

Append XML attributes of this to dest_xml_object.

By default do nothing.

Parameters

dest_xml_object	XML tag where attributes should be append
axes	chosen name of axes

Reimplemented from plask::Block< 3 >.

Definition at line 123 of file cuboid.cpp.

Member Data Documentation

◆ c

double plask::RotatedCuboid::c

protected

Cosine of the rotation angle.

Definition at line 43 of file cuboid.hpp.

◆ NAME

const char * plask::RotatedCuboid::NAME = PLASK_CUBOID_NAME

static

Definition at line 39 of file cuboid.hpp.

◆ s

double plask::RotatedCuboid::s

protected

Sine of the rotation angle.

Definition at line 46 of file cuboid.hpp.

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

plask/geometry/cuboid.hpp
plask/geometry/cuboid.cpp

Public Types

Public Member Functions

Static Public Attributes

Protected Attributes

Additional Inherited Members

Detailed Description

Member Typedef Documentation

◆ Box

◆ DVec

Constructor & Destructor Documentation

◆ RotatedCuboid() [1/5]

◆ RotatedCuboid() [2/5]

◆ RotatedCuboid() [3/5]

◆ RotatedCuboid() [4/5]

◆ RotatedCuboid() [5/5]

Member Function Documentation

◆ addLineSegmentsToSet()

◆ addPointsAlongToSet()

◆ contains()

◆ getAngle()

◆ getBoundingBox()

◆ getTypeName()

◆ itrans() [1/2]

◆ itrans() [2/2]

◆ setAngle()

◆ shallowCopy()

◆ trans() [1/2]

◆ trans() [2/2]

◆ writeXMLAttr()

Member Data Documentation

◆ c

◆ NAME

◆ s