Definition of the computational domain in 2D as a set of boundary points, and set of holes (each hole defined as a set of boundary points). More...

#include <ptems/domaindefinition.hpp>

Public Types
typedef std::vector< Vector< 2 > >	Polygon
	A polygon defined using a list of points defining the boundary of the polygon. More...

Public Member Functions
	DomainDefinition2D (Polygon &&points)
	Create a computational domain by the list of vertices defining the boundary. More...

	DomainDefinition2D (const Polygon &points)
	Create a computational domain by the list of vertices defining the boundary. More...

	DomainDefinition2D (const std::initializer_list< Vector< 2 >> &points)
	Create a computational domain by the list of vertices defining the boundary. More...

template<typename It >
	DomainDefinition2D (It begin, It end)
	Create a computational domain by the list of vertices defining the boundary. More...

void	AddHole (Polygon &&points)
	Adds a hole into the domain. More...

void	AddHole (const Polygon &points)
	Adds a hole into the domain. More...

void	AddHole (const std::initializer_list< Vector< 2 >> &points)
	Adds a hole into the domain. More...

template<typename It >
void	AddHole (It begin, It end)
	Adds a hole into the domain. More...

bool	IsAligned () const
	Returns whether the domain boundaries are aligned with the axis (i.e., only vertical or horizontal lines). More...

std::size_t	MinElementsX () const
	Returns the minimum number of elements (or the multiplier) in the x-coordinate for uniform refinement to ensure that the mesh aligns with the boundary. More...

std::size_t	MinElementsY () const
	Returns the minimum number of elements (or the multiplier) in the y-coordinate for uniform refinement to ensure that the mesh aligns with the boundary. More...

double	SmallestDistanceX () const
	Calculates the smallest distance in the X coordinate between any two points in the domain boundary. More...

double	SmallestDistanceY () const
	Calculates the smallest distance in the Y coordinate between any two points in the domain boundary. More...

BBox< 2 >	BoundingBox () const
	Gets the bounding box of the domain. More...

const Polygon &	Boundary () const
	Gets the list of points defining the boundary. More...

const std::vector< Polygon > &	Holes () const
	Gets the list of holes in the domain. More...

bool	IsValid () const
	Checks if the domain is valid (contains at least three points in the boundary) More...

	operator bool () const
	Checks if the domain is valid (contains at least three points in the boundary) More...

DomainDefinition3D	ExtrudeX (double start, double end) const
	Create a 3D domain by extruding this 2D domain representing a plane parallel to YZ plane along the X axis. More...

DomainDefinition3D	ExtrudeY (double start, double end) const
	Create a 3D domain by extruding this 2D domain representing a plane parallel to XZ plane along the Y axis. More...

DomainDefinition3D	ExtrudeZ (double start, double end) const
	Create a 3D domain by extruding this 2D domain representing a plane parallel to XY plane along the Z axis. More...

Static Public Member Functions
static DomainDefinition2D	Square (double xMin, double xMax, double yMin, double yMax)
	Create a rectangle computational domain with the specified dimensions. More...

static DomainDefinition2D	Square (const Vector< 2 > &p1, const Vector< 2 > &p2)
	Create a square computational domain with the specified opposite corners. More...

static DomainDefinition2D	Square (double min, double max)
	Create a square computational domain with the specified dimensions. More...

static DomainDefinition2D	Square ()
	Create a unit square \( (0,1)^2 \) computational domain. More...

static DomainDefinition2D	Obstacle (double xMin, double xMax, double yMin, double yMax, double xMinObstacle, double xMaxObstacle, double yMinObstacle, double yMaxObstacle)
	Create a rectangle computational domain with the specified dimensions, containing a rectangle obstacle with the specified dimensions. More...

static DomainDefinition2D	Obstacle (const Vector< 2 > &p1, const Vector< 2 > &p2, const Vector< 2 > &obs1, const Vector< 2 > &obs2)
	Create a square computational domain with the opposite corners for the domain and obstacle. More...

static DomainDefinition2D	Obstacle (double min, double max, double minObstacle, double maxObstacle)
	Create a square computational domain with the specified dimensions, containing a square obstacle with the specified dimensions. More...

static DomainDefinition2D	LShape (double xMin, double xMax, double yMin, double yMax, double xCentre, double yCentre, LShapeDomain shape=LShapeDomain::MinusSE)
	Creates an L-shape computational domain defined by the specified dimensions. More...

static DomainDefinition2D	LShape (const Vector< 2 > &p1, const Vector< 2 > &p2, const Vector< 2 > &centre, LShapeDomain shape=LShapeDomain::MinusSE)
	Create a L-shape computational domain within the square defined by the opposite corners. More...

static DomainDefinition2D	LShape (double xMin, double xMax, double yMin, double yMax, LShapeDomain shape=LShapeDomain::MinusSE)
	Creates an L-shape computational domain defined by the specified dimensions with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit. More...

static DomainDefinition2D	LShape (const Vector< 2 > &p1, const Vector< 2 > &p2, LShapeDomain shape=LShapeDomain::MinusSE)
	Create a L-shape computational domain within the square defined by the opposite corners with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit. More...

static DomainDefinition2D	LShape (double min, double max, double centre, LShapeDomain shape=LShapeDomain::MinusSE)
	Creates an L-shape computational domain defined by the specified dimensions. More...

static DomainDefinition2D	LShape (double min, double max, LShapeDomain shape=LShapeDomain::MinusSE)
	Creates an L-shape computational domain defined by the specified dimensions with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit. More...

static DomainDefinition2D	LShape (LShapeDomain shape=LShapeDomain::MinusSE)
	Creates an L-shape computational domain with limits [-1,1] for all coordinate directions and centre point (re-entrant corner) at (0,0). More...

Detailed Description

Definition of the computational domain in 2D as a set of boundary points, and set of holes (each hole defined as a set of boundary points).

Member Typedef Documentation

◆ Polygon

typedef std::vector<Vector<2> > ptems::DomainDefinition2D::Polygon

A polygon defined using a list of points defining the boundary of the polygon.

Constructor & Destructor Documentation

◆ DomainDefinition2D() [1/4]

ptems::DomainDefinition2D::DomainDefinition2D ( Polygon && points )

inline

Create a computational domain by the list of vertices defining the boundary.

Warning: The path defined by the points MUST NOT intersect with itself. No checks are made to ensure this condition is met. Using a domain with a self-intersecting boundary results in undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary.

◆ DomainDefinition2D() [2/4]

ptems::DomainDefinition2D::DomainDefinition2D ( const Polygon & points )

inline

Create a computational domain by the list of vertices defining the boundary.

Warning: The path defined by the points MUST NOT intersect with itself. No checks are made to ensure this condition is met. Using a domain with a self-intersecting boundary results in undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary.

◆ DomainDefinition2D() [3/4]

ptems::DomainDefinition2D::DomainDefinition2D ( const std::initializer_list< Vector< 2 >> & points )

inline

Create a computational domain by the list of vertices defining the boundary.

Warning: The path defined by the points MUST NOT intersect with itself. No checks are made to ensure this condition is met. Using a domain with a self-intersecting boundary results in undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary.

◆ DomainDefinition2D() [4/4]

template<typename It >

ptems::DomainDefinition2D::DomainDefinition2D	(	It	begin,
		It	end
	)

inline

Create a computational domain by the list of vertices defining the boundary.

Warning: The path defined by the points MUST NOT intersect with itself. No checks are made to ensure this condition is met. Using a domain with a self-intersecting boundary results in undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Template Parameters

It	The iterator type

Parameters

begin	Start iterator for list of vertices defining the boundary
end	End iterator for list of vertices defining the boundary

Member Function Documentation

◆ AddHole() [1/4]

void ptems::DomainDefinition2D::AddHole ( const Polygon & points )

inline

Adds a hole into the domain.

Warning: The path defined by the points MUST NOT intersect with itself, another hole, or the boundary of the domain. No checks are made to ensure this condition is met. Using a domain with a self-intersecting hole, holes which intersect, or holes intersecting the boundary is undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary of the hole.

◆ AddHole() [2/4]

void ptems::DomainDefinition2D::AddHole ( const std::initializer_list< Vector< 2 >> & points )

inline

Adds a hole into the domain.

Warning: The path defined by the points MUST NOT intersect with itself, another hole, or the boundary of the domain. No checks are made to ensure this condition is met. Using a domain with a self-intersecting hole, holes which intersect, or holes intersecting the boundary is undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary of the hole.

◆ AddHole() [3/4]

template<typename It >

void ptems::DomainDefinition2D::AddHole	(	It	begin,
		It	end
	)

inline

Adds a hole into the domain.

Warning: The path defined by the points MUST NOT intersect with itself, another hole, or the boundary of the domain. No checks are made to ensure this condition is met. Using a domain with a self-intersecting hole, holes which intersect, or holes intersecting the boundary is undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Template Parameters

It	The iterator type

Parameters

begin	Start iterator for list of vertices defining the boundary of the hole
end	End iterator for list of vertices defining the boundary of the hole

◆ AddHole() [4/4]

void ptems::DomainDefinition2D::AddHole ( Polygon && points )

inline

Adds a hole into the domain.

Warning: The path defined by the points MUST NOT intersect with itself, another hole, or the boundary of the domain. No checks are made to ensure this condition is met. Using a domain with a self-intersecting hole, holes which intersect, or holes intersecting the boundary is undefined behaviour.

Exceptions

std::invalid_argument If the number points is less than three, or the points are all colinear.

Parameters

points List of vertices defining the boundary of the hole.

◆ Boundary()

const Polygon& ptems::DomainDefinition2D::Boundary ( ) const

inline

Gets the list of points defining the boundary.

Returns: List of boundary points

◆ BoundingBox()

BBox<2> ptems::DomainDefinition2D::BoundingBox ( ) const

Gets the bounding box of the domain.

Returns: Pair containing the lower left and upper right corners of the bounding box.

◆ ExtrudeX()

DomainDefinition3D ptems::DomainDefinition2D::ExtrudeX	(	double	start,
		double	end
	)		const

inline

Create a 3D domain by extruding this 2D domain representing a plane parallel to YZ plane along the X axis.

Parameters

start	The X value of the "bottom" plane of the extruded volume
end	The X value of the "top" plane of the extruded volume

Exceptions

std::invalid_argument if end is less than or equal to start

Returns: The extruded domain

◆ ExtrudeY()

DomainDefinition3D ptems::DomainDefinition2D::ExtrudeY	(	double	start,
		double	end
	)		const

inline

Create a 3D domain by extruding this 2D domain representing a plane parallel to XZ plane along the Y axis.

Parameters

start	The Y value of the "bottom" plane of the extruded volume
end	The Y value of the "top" plane of the extruded volume

Exceptions

std::invalid_argument if end is less than or equal to start

Returns: The extruded domain

◆ ExtrudeZ()

DomainDefinition3D ptems::DomainDefinition2D::ExtrudeZ	(	double	start,
		double	end
	)		const

inline

Create a 3D domain by extruding this 2D domain representing a plane parallel to XY plane along the Z axis.

Parameters

start	The Z value of the "bottom" plane of the extruded volume
end	The Z value of the "top" plane of the extruded volume

Exceptions

std::invalid_argument if end is less than or equal to start

Returns: The extruded domain

◆ Holes()

const std::vector<Polygon>& ptems::DomainDefinition2D::Holes ( ) const

inline

Gets the list of holes in the domain.

Returns: List of holes, each hole is a list of points denoting the boundary of the hole.

◆ IsAligned()

bool ptems::DomainDefinition2D::IsAligned ( ) const

Returns whether the domain boundaries are aligned with the axis (i.e., only vertical or horizontal lines).

Returns: true is boundary is aligned to the axis; false otherwise.

◆ IsValid()

bool ptems::DomainDefinition2D::IsValid ( ) const

inline

Checks if the domain is valid (contains at least three points in the boundary)

Returns: true if the domain is valid; false otherwise

◆ LShape() [1/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	const Vector< 2 > &	p1,
		const Vector< 2 > &	p2,
		const Vector< 2 > &	centre,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

inlinestatic

Create a L-shape computational domain within the square defined by the opposite corners.

The L-shape has one of the following four layouts:

Parameters

p1	Coordinates of the first corner of the square bounding box of the L-shape domain
p2	Coordinates of the second, opposite, corner of square bounding box of the L-shape domain
centre	Coordinates of the centre (re-entrant) corner in the L-shape
shape	Which L-shape domain to create (default = MinusSE)

Exceptions

std::invalid_argument	If the difference between the two coordinates of the outer domain, in the X or Y coordinates, is zero.
std::invalid_argument	If the centre (re-entrant) corner is not contained within the domain limits.

Returns: Domain definition for the L-shape

◆ LShape() [2/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	const Vector< 2 > &	p1,
		const Vector< 2 > &	p2,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

inlinestatic

Create a L-shape computational domain within the square defined by the opposite corners with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit.

Parameters

p1	Coordinates of the first corner of the square bounding box of the L-shape domain
p2	Coordinates of the second, opposite, corner of square bounding box of the L-shape domain
shape	Which L-shape domain to create (default = MinusSE)

The L-shape has one of the following four layouts:

Exceptions

std::invalid_argument If the difference between the two coordinates of the outer domain, in the X or Y coordinates, is zero.

Returns: Domain definition for the L-shape

◆ LShape() [3/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	double	min,
		double	max,
		double	centre,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

inlinestatic

Creates an L-shape computational domain defined by the specified dimensions.

The L-shape has one of the following four layouts:

Parameters

min	The lower limit of the L-shape in the x and y coordinate directions.
max	The upper limit of the L-shape in the x and y coordinate directions.
centre	The x and y coordinate of the centre (re-entrant) corner in the L-shape
shape	Which L-shape domain to create (default = MinusSE)

Exceptions

std::invalid_argument	If the lower limit of the domain in any coordinate direction is greater (or equal) to the upper limit
std::invalid_argument	If the centre (re-entrant) corner is not contained within the domain limits.

Returns: Domain definition for the L-shape

◆ LShape() [4/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	double	min,
		double	max,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

inlinestatic

Creates an L-shape computational domain defined by the specified dimensions with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit.

The L-shape has one of the following four layouts:

Parameters

min	The lower limit of the L-shape in the x and y coordinate directions.
max	The upper limit of the L-shape in the x and y coordinate directions.
shape	Which L-shape domain to create (default = MinusSE)

Exceptions

std::invalid_argument If the lower limit of the domain in any coordinate direction is greater (or equal) to the upper limit

Returns: Domain definition for the L-shape

◆ LShape() [5/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	double	xMin,
		double	xMax,
		double	yMin,
		double	yMax,
		double	xCentre,
		double	yCentre,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

static

Creates an L-shape computational domain defined by the specified dimensions.

The L-shape has one of the following four layouts:

Parameters

xMin	The lower limit of the L-shape in the x coordinate direction.
xMax	The upper limit of the L-shape in the x coordinate direction.
yMin	The lower limit of the L-shape in the y coordinate direction.
yMax	The upper limit of the L-shape in the y coordinate direction.
xCentre	The x coordinate of the centre (re-entrant) corner in the L-shape
yCentre	The y coordinate of the centre (re-entrant) corner in the L-shape
shape	Which L-shape domain to create (default = MinusSE)

Exceptions

std::invalid_argument	If the lower limit of the domain in any coordinate direction is greater (or equal) to the upper limit
std::invalid_argument	If the centre (re-entrant) corner is not contained within the domain limits.

Returns: Domain definition for the L-shape

◆ LShape() [6/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape	(	double	xMin,
		double	xMax,
		double	yMin,
		double	yMax,
		LShapeDomain	shape = `LShapeDomain::MinusSE`
	)

inlinestatic

Creates an L-shape computational domain defined by the specified dimensions with centre point (re-entrant corner) of the L-shape at the midpoint of the domain limit.

The L-shape has one of the following four layouts:

Parameters

xMin	The lower limit of the L-shape in the x coordinate direction.
xMax	The upper limit of the L-shape in the x coordinate direction.
yMin	The lower limit of the L-shape in the y coordinate direction.
yMax	The upper limit of the L-shape in the y coordinate direction.
shape	Which L-shape domain to create (default = MinusSE)

Exceptions

std::invalid_argument If the lower limit of the domain in any coordinate direction is greater (or equal) to the upper limit

Returns: Domain definition for the L-shape

◆ LShape() [7/7]

static DomainDefinition2D ptems::DomainDefinition2D::LShape ( LShapeDomain shape = LShapeDomain::MinusSE )

inlinestatic

Creates an L-shape computational domain with limits [-1,1] for all coordinate directions and centre point (re-entrant corner) at (0,0).

The L-shape has one of the following four layouts:

Parameters

shape Which L-shape domain to create (default = MinusSE)

Returns: Domain definition for the L-shape

◆ MinElementsX()

std::size_t ptems::DomainDefinition2D::MinElementsX ( ) const

Returns the minimum number of elements (or the multiplier) in the x-coordinate for uniform refinement to ensure that the mesh aligns with the boundary.

Warning: The result of this function is undefined if IsAligned() is false.

Returns: The multiplier of number of elements (in X direction) for uniform refinement.

◆ MinElementsY()

std::size_t ptems::DomainDefinition2D::MinElementsY ( ) const

Returns the minimum number of elements (or the multiplier) in the y-coordinate for uniform refinement to ensure that the mesh aligns with the boundary.

Warning: The result of this function is undefined if IsAligned() is false.

Returns: The multiplier of number of elements (in Y direction) for uniform refinement.

◆ Obstacle() [1/3]

static DomainDefinition2D ptems::DomainDefinition2D::Obstacle	(	const Vector< 2 > &	p1,
		const Vector< 2 > &	p2,
		const Vector< 2 > &	obs1,
		const Vector< 2 > &	obs2
	)

inlinestatic

Create a square computational domain with the opposite corners for the domain and obstacle.

Parameters

p1	Coordinates of the first corner of the outer domain
p2	Coordinates of the second, opposite, corner of the outer domain
obs1	Coordinates of the first corner of the obstacle
obs2	Coordinates of the second, opposite, corner of the obstacle

Exceptions

std::invalid_argument	If the difference between the two coordinates of the outer domain, in the X or Y coordinates, is zero.
std::invalid_argument	If the difference between the two coordinates of the obstacle, in the X or Y coordinates, is zero.
std::invalid_argument	If the obstacle is not completely contained within the outer domain

Returns: Domain definition for the specified square with obstacle

◆ Obstacle() [2/3]

static DomainDefinition2D ptems::DomainDefinition2D::Obstacle	(	double	min,
		double	max,
		double	minObstacle,
		double	maxObstacle
	)

inlinestatic

Create a square computational domain with the specified dimensions, containing a square obstacle with the specified dimensions.

Parameters

min	The lower limit of the square in all coordinate directions.
max	The upper limit of the square in all coordinate directions.
minObstacle	The lower limit of the square obstacle in all coordinate directions.
maxObstacle	The upper limit of the square obstacle in all coordinate directions.

Exceptions

std::invalid_argument	If the lower limit (min) is greater (or equal) to the upper limit (max)
std::invalid_argument	If the lower limit of the obstacle (minObstacle) is greater (or equal) to the upper limit of the obstacle (maxObstacle)
std::invalid_argument	If the obstacle is not completely contained within the outer domain

Returns: Domain definition for the specified square with obstacle

◆ Obstacle() [3/3]

static DomainDefinition2D ptems::DomainDefinition2D::Obstacle	(	double	xMin,
		double	xMax,
		double	yMin,
		double	yMax,
		double	xMinObstacle,
		double	xMaxObstacle,
		double	yMinObstacle,
		double	yMaxObstacle
	)

static

Create a rectangle computational domain with the specified dimensions, containing a rectangle obstacle with the specified dimensions.

Parameters

xMin	The lower limit of the rectangle in the x coordinate direction.
xMax	The upper limit of the rectangle in the x coordinate direction.
yMin	The lower limit of the rectangle in the y coordinate direction.
yMax	The upper limit of the rectangle in the y coordinate direction.
xMinObstacle	The lower limit of the rectangle obstacle in the x coordinate direction.
xMaxObstacle	The upper limit of the rectangle obstacle in the x coordinate direction.
yMinObstacle	The lower limit of the rectangle obstacle in the y coordinate direction.
yMaxObstacle	The upper limit of the rectangle obstacle in the y coordinate direction.

Exceptions

std::invalid_argument	If the lower limit of the outer domain in any coordinate direction is greater (or equal) to the upper limit
std::invalid_argument	If the lower limit of the obstacle in any coordinate direction is greater (or equal) to the upper limit
std::invalid_argument	If the obstacle is not completely contained within the outer domain

Returns: Domain definition for the specified rectangle with obstacle

◆ operator bool()

ptems::DomainDefinition2D::operator bool ( ) const

inlineexplicit

Checks if the domain is valid (contains at least three points in the boundary)

Returns: true if the domain is valid; false otherwise

◆ SmallestDistanceX()

double ptems::DomainDefinition2D::SmallestDistanceX ( ) const

Calculates the smallest distance in the X coordinate between any two points in the domain boundary.

Returns: Smallest X distance between any two boundary points, or zero if only one point in boundary

◆ SmallestDistanceY()

double ptems::DomainDefinition2D::SmallestDistanceY ( ) const

Calculates the smallest distance in the Y coordinate between any two points in the domain boundary.

Returns: Smallest Y distance between any two boundary points, or zero if only one point in boundary

◆ Square() [1/4]

static DomainDefinition2D ptems::DomainDefinition2D::Square ( )

inlinestatic

Create a unit square \( (0,1)^2 \) computational domain.

Returns: Domain definition for the unit square

◆ Square() [2/4]

static DomainDefinition2D ptems::DomainDefinition2D::Square	(	const Vector< 2 > &	p1,
		const Vector< 2 > &	p2
	)

inlinestatic

Create a square computational domain with the specified opposite corners.

Parameters

p1	Coordinates of the first corner
p2	Coordinates of the second, opposite, corner

Exceptions

std::invalid_argument If the difference between the two points, in the X or Y coordinates, is zero.

Returns: Domain definition for the specified square

◆ Square() [3/4]

static DomainDefinition2D ptems::DomainDefinition2D::Square	(	double	min,
		double	max
	)

inlinestatic

Create a square computational domain with the specified dimensions.

Parameters

min	The lower limit of the square in all coordinate directions.
max	The upper limit of the square in all coordinate directions.

Exceptions

std::invalid_argument If the lower limit (min) is greater (or equal) to the upper limit (max)

Returns: Domain definition for the specified square

◆ Square() [4/4]

static DomainDefinition2D ptems::DomainDefinition2D::Square	(	double	xMin,
		double	xMax,
		double	yMin,
		double	yMax
	)

static

Create a rectangle computational domain with the specified dimensions.

Parameters

xMin	The lower limit of the rectangle in the x coordinate direction.
xMax	The upper limit of the rectangle in the x coordinate direction.
yMin	The lower limit of the rectangle in the y coordinate direction.
yMax	The upper limit of the rectangle in the y coordinate direction.

Exceptions

std::invalid_argument If the lower limit in any coordinate direction is greater (or equal) to the upper limit

Returns: Domain definition for the specified rectangle

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

ptems/domaindefinition.hpp

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Typedef Documentation

◆ Polygon

Constructor & Destructor Documentation

◆ DomainDefinition2D() [1/4]

◆ DomainDefinition2D() [2/4]

◆ DomainDefinition2D() [3/4]

◆ DomainDefinition2D() [4/4]

Member Function Documentation

◆ AddHole() [1/4]

◆ AddHole() [2/4]

◆ AddHole() [3/4]

◆ AddHole() [4/4]

◆ Boundary()

◆ BoundingBox()

◆ ExtrudeX()

◆ ExtrudeY()

◆ ExtrudeZ()

◆ Holes()

◆ IsAligned()

◆ IsValid()

◆ LShape() [1/7]

◆ LShape() [2/7]

◆ LShape() [3/7]

◆ LShape() [4/7]

◆ LShape() [5/7]

◆ LShape() [6/7]

◆ LShape() [7/7]

◆ MinElementsX()

◆ MinElementsY()

◆ Obstacle() [1/3]

◆ Obstacle() [2/3]

◆ Obstacle() [3/3]

◆ operator bool()

◆ SmallestDistanceX()

◆ SmallestDistanceY()

◆ Square() [1/4]

◆ Square() [2/4]

◆ Square() [3/4]

◆ Square() [4/4]