A type that describes a conjunction of shapes that can be filled and stroked. More...

#include <CeresEngine/Graphics/Shape.hpp>

Classes
struct	Element
	An element is composed of a path and one or more commands to be done on that path. More...

Public Types
enum class	LineCapStyle { Butt , Round , Square }
	Constants that specify the shape of endpoints for an open path when it is stroked. More...

enum class	LineJoinStyle { Miter , Round , Bevel }
	Constants that specify the shape of the joins between connected segments of a stroked path. More...

enum class	BlendMode { Normal , Multiply , Screen , Overlay , Darken , Lighten , ColorDodge , ColorBurn , SoftLight , HardLight , Difference , Exclusion , Hue , Saturation , Color , Luminosity , Clear , Copy , SourceIn , SourceOut , SourceAtop , DestinationOver , DestinationIn , DestinationOut , DestinationAtop , XorOp , PlusDarker , PlusLighter }
	Compositing operations for images. More...

enum class	ElementType { Fill , Stroke }

using	ElementIterator = typename Deque< Element >::const_iterator
	An iterator type that allows iterating over the shape elements.

using	allocator_type = AnyStdAllocator< Shape >

Public Member Functions
	Shape ()
	Creates a new empty shape using a default allocator.

	Shape (AnyAllocatorReference allocator)
	Creates a new empty shape using a custom allocator.

	Shape (const Shape &other)

Shape &	operator= (const Shape &other)

	Shape (const Shape &other, AnyAllocatorReference allocator)

	Shape (Shape &&other) noexcept

Shape &	operator= (Shape &&other) noexcept

	~Shape ()=default

template<typename Allocator >
	Shape (std::allocator_arg_t, const Allocator &allocator)
	Creates a new empty shape using a custom allocator.

template<typename Allocator >
	Shape (std::allocator_arg_t, const Allocator &allocator, const Shape &other)

void	stroke (const BezierPath &path, const Paint &paint, double lineWidth=1.0, BlendMode blendMode=BlendMode::Normal, LineCapStyle lineCapStyle=LineCapStyle::Butt, LineJoinStyle lineJoinStyle=LineJoinStyle::Miter, double miterLimit=10.0)
	Draws a line along the `path` using the given stroke `color` and drawing attributes.

void	stroke (BezierPath &&path, const Paint &paint, double lineWidth=1.0, BlendMode blendMode=BlendMode::Normal, LineCapStyle lineCapStyle=LineCapStyle::Butt, LineJoinStyle lineJoinStyle=LineJoinStyle::Miter, double miterLimit=10.0)
	Draws a line along the `path` using the given stroke `color` and drawing attributes.

void	fill (const BezierPath &path, const Paint &paint, BlendMode blendMode=BlendMode::Normal)
	Paints the region enclosed by the `path`.

void	fill (BezierPath &&path, const Paint &paint, BlendMode blendMode=BlendMode::Normal)
	Paints the region enclosed by the `path`.

void	append (const Shape &aShape)
	Appends the contents of the specified shape object to the shape.

void	append (Shape &&aShape)
	Appends the contents of the specified shape object to the shape.

Shape &	operator+= (const Shape &aShape)
	Appends the contents of the specified shape object to the shape.

Shape &	operator+= (Shape &&aShape)
	Appends the contents of the specified shape object to the shape.

Shape	operator+ (const Shape &aShape) const
	Appends the contents of the specified shape object to the shape.

Shape	operator+ (Shape &&aShape) const
	Appends the contents of the specified shape object to the shape.

void	transform (const AffineTransform &aTransform)
	Transforms all points in the shape using the specified transform.

Shape	transformed (const AffineTransform &aTransform) const &
	Transforms all points in the shape using the specified transform.

Shape &&	transformed (const AffineTransform &aTransform) &&
	Transforms all points in the shape using the specified transform.

bool	contains (const Point2 &aPoint) const
	Returns a Boolean value that indicates whether the shape contains the specified point.

bool	operator& (const Point2 &aPoint) const
	Returns a Boolean value that indicates whether the shape contains the specified point.

void	flatten ()
	Computes a flattened version of the shape object.

Shape	flattened () const &
	Computes a flattened version of the shape object.

Shape &&	flattened () &&
	Computes a flattened version of the shape object.

void	reverse ()
	Computes a shape containing the reversed contents of the current shape path objects.

Shape	reversed () const &
	Computes a shape containing the reversed contents of the current shape path objects.

Shape &&	reversed () &&
	Computes a shape containing the reversed contents of the current shape path objects.

Rect2	getBounds () const
	The bounding box of the shape.

Rect2	getControlPointBounds () const
	The bounding box of the shape, including any control points.

Rect2	getBoundsAccurate () const
	The bounding box of the shape.

bool	isEmpty () const
	A Boolean value that indicates whether the shape is empty.

UInt32	getElementCount () const
	The total number of shape elements in the shape.

const Element &	getElement (UInt32 index) const
	Returns the type of shape element at the specified index.

const Element &	operator[] (const UInt32 index) const
	Returns the type of shape element at the specified index.

ElementIterator	cbegin () const
	Returns an iterator that points to the first path element.

ElementIterator	begin () const
	Returns an iterator that points to the first path element.

ElementIterator	cend () const
	Returns an iterator that points to past-the-last path element.

ElementIterator	end () const
	Returns an iterator that points to past-the-last path element.

AnyAllocatorReference	getAllocator () const noexcept

Private Member Functions
const BezierPath &	appendPath (const BezierPath &path)
	Appends a path to the internal list of paths.

const BezierPath &	appendPath (BezierPath &&path)
	Appends a path to the internal list of paths.

Element &	appendElement (ElementType type, const BezierPath &path)
	Appends a new element to the shape.

Element &	appendElement (ElementType type, BezierPath &&path)
	Appends a new element to the shape.

Private Attributes
Deque< BezierPath, AnyAllocator >	mPaths {gDefaultAllocator()}
	A vector that stores a unique copy of each path.

Deque< Element, AnyAllocator >	mElements {gDefaultAllocator()}
	A vector of all elements in the shape.

Detailed Description

A type that describes a conjunction of shapes that can be filled and stroked.

For a given Shape object, you can stroke the path's outline or fill the region occupied by a BezierPath. Using methods of Shape, you can also perform hit detection on the filled or stroked path. Hit detection is needed to implement interactive graphics, as in rubber banding and dragging operations.

Member Typedef Documentation

◆ allocator_type

using CeresEngine::Shape::allocator_type = AnyStdAllocator<Shape>

◆ ElementIterator

using CeresEngine::Shape::ElementIterator = typename Deque<Element>::const_iterator

An iterator type that allows iterating over the shape elements.

Member Enumeration Documentation

◆ BlendMode

enum class CeresEngine::Shape::BlendMode

strong

Compositing operations for images.

These blend mode constants represent the Porter-Duff blend modes. The symbols in the equations for these blend modes are:

R is the premultiplied result
S is the source color, and includes alpha
D is the destination color, and includes alpha
Ra, Sa, and Da are the alpha components of R, S, and D

You can find more information on blend modes, including examples of images produced using them, and many mathematical descriptions of the modes, in PDF Reference, Fourth Edition, Version 1.5, Adobe Systems, Inc. If you are a former QuickDraw developer, it may be helpful for you to think of blend modes as an alternative to transfer modes.

Enumerator
Normal	Paints the source image samples over the background image samples.
Multiply	Multiplies the source image samples with the background image samples. This results in colors that are at least as dark as either of the two contributing sample colors.
Screen	Multiplies the inverse of the source image samples with the inverse of the background image samples, resulting in colors that are at least as light as either of the two contributing sample colors.
Overlay	TODO.
Darken	TODO.
Lighten	TODO.
ColorDodge	Brightens the background image samples to reflect the source image samples. Source image sample values that specify black do not produce a change.
ColorBurn	Darkens the background image samples to reflect the source image samples. Source image sample values that specify white do not produce a change.
SoftLight	TODO.
HardLight	TODO.
Difference	TODO.
Exclusion	Produces an effect similar to that produced by `difference`, but with lower contrast. Source image sample values that are black don’t produce a change; white inverts the background color values.
Hue	Uses the luminance and saturation values of the background with the hue of the source image.
Saturation	Uses the luminance and hue values of the background with the saturation of the source image. Areas of the background that have no saturation (that is, pure gray areas) don’t produce a change.
Color	Uses the luminance values of the background with the hue and saturation values of the source image. This mode preserves the gray levels in the image. You can use this mode to color monochrome images or to tint color images.
Luminosity	Uses the hue and saturation of the background with the luminance of the source image. This mode creates an effect that is inverse to the effect created by `color`.
Clear	R = 0.
Copy	R = S.
SourceIn	R = S*Da.
SourceOut	R = S*(1 - Da)
SourceAtop	R = SDa + D(1 - Sa)
DestinationOver	R = S*(1 - Da) + D.
DestinationIn	R = D*Sa.
DestinationOut	R = D*(1 - Sa)
DestinationAtop	R = S(1 - Da) + DSa.
XorOp	R = S(1 - Da) + D(1 - Sa). This XOR mode is only nominally related to the classical bitmap XOR operation, which is not supported by the framework.
PlusDarker	R = MAX(0, 1 - ((1 - D) + (1 - S)))
PlusLighter	R = MIN(1, S + D)

◆ ElementType

enum class CeresEngine::Shape::ElementType

strong

Enumerator
Fill
Stroke

◆ LineCapStyle

enum class CeresEngine::Shape::LineCapStyle

strong

Constants that specify the shape of endpoints for an open path when it is stroked.

Enumerator
Butt	Specifies a butt line cap style for endpoints for an open path when stroked.
Round	Specifies a round line cap style for endpoints for an open path when stroked.
Square	Specifies a square line cap style for endpoints for an open path when stroked.

◆ LineJoinStyle

enum class CeresEngine::Shape::LineJoinStyle

strong

Constants that specify the shape of the joins between connected segments of a stroked path.

Enumerator
Miter	Specifies a miter line shape of the joints between connected segments of a stroked path.
Round	Specifies a round line shape of the joints between connected segments of a stroked path.
Bevel	Specifies a bevel line shape of the joints between connected segments of a stroked path.

Constructor & Destructor Documentation

◆ Shape() [1/7]

CeresEngine::Shape::Shape ( )

explicit

Creates a new empty shape using a default allocator.

◆ Shape() [2/7]

CeresEngine::Shape::Shape ( AnyAllocatorReference allocator )

explicit

Creates a new empty shape using a custom allocator.

Parameters

allocator The allocator to be used for memory allocations.

◆ Shape() [3/7]

CeresEngine::Shape::Shape ( const Shape & other )

◆ Shape() [4/7]

CeresEngine::Shape::Shape	(	const Shape &	other,
		AnyAllocatorReference	allocator
	)

◆ Shape() [5/7]

CeresEngine::Shape::Shape ( Shape && other )

noexcept

◆ ~Shape()

CeresEngine::Shape::~Shape ( )

default

◆ Shape() [6/7]

template<typename Allocator >

CeresEngine::Shape::Shape	(	std::allocator_arg_t	,
		const Allocator &	allocator
	)

inlineexplicit

Creates a new empty shape using a custom allocator.

Parameters

allocator The allocator to be used for memory allocations.

◆ Shape() [7/7]

template<typename Allocator >

CeresEngine::Shape::Shape	(	std::allocator_arg_t	,
		const Allocator &	allocator,
		const Shape &	other
	)

inlineexplicit

Member Function Documentation

◆ append() [1/2]

void CeresEngine::Shape::append ( const Shape & aShape )

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ append() [2/2]

void CeresEngine::Shape::append ( Shape && aShape )

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ appendElement() [1/2]

Element & CeresEngine::Shape::appendElement	(	ElementType	type,
		BezierPath &&	path
	)

private

Appends a new element to the shape.

The path will be appended to the internal path list if needed.

Parameters

type	The shape element type.
path	The shape bezier path. If needed, will be appended into the internal list.

Returns: A reference to the newly appended shape element.

◆ appendElement() [2/2]

Element & CeresEngine::Shape::appendElement	(	ElementType	type,
		const BezierPath &	path
	)

private

Appends a new element to the shape.

The path will be appended to the internal path list if needed.

Parameters

type	The shape element type.
path	The shape bezier path. If needed, will be appended into the internal list.

Returns: A reference to the newly appended shape element.

◆ appendPath() [1/2]

const BezierPath & CeresEngine::Shape::appendPath ( BezierPath && path )

private

Appends a path to the internal list of paths.

If an equal path already exists, it is returned instead.

Parameters

path	The path to be appended.

Returns: A reference to stored path.

◆ appendPath() [2/2]

const BezierPath & CeresEngine::Shape::appendPath ( const BezierPath & path )

private

Appends a path to the internal list of paths.

If an equal path already exists, it is returned instead.

Parameters

path	The path to be appended.

Returns: A reference to stored path.

◆ begin()

ElementIterator CeresEngine::Shape::begin ( ) const

inline

Returns an iterator that points to the first path element.

◆ cbegin()

ElementIterator CeresEngine::Shape::cbegin ( ) const

inline

Returns an iterator that points to the first path element.

◆ cend()

ElementIterator CeresEngine::Shape::cend ( ) const

inline

Returns an iterator that points to past-the-last path element.

◆ contains()

bool CeresEngine::Shape::contains ( const Point2 & aPoint ) const

Returns a Boolean value that indicates whether the shape contains the specified point.

This method checks the point against the shape itself and the area it encloses. When determining hits in the enclosed area, this method uses the non-zero winding rule (nonZero). It does not take into account the line width used to stroke the path.

Parameters

aPoint The point to test against the shape, specified in the shape object's coordinate system.

Returns: true if the shape's enclosed area contains the specified point; otherwise, false.

See also: BezierPath::contains

◆ end()

ElementIterator CeresEngine::Shape::end ( ) const

inline

Returns an iterator that points to past-the-last path element.

◆ fill() [1/2]

void CeresEngine::Shape::fill	(	BezierPath &&	path,
		const Paint &	paint,
		BlendMode	blendMode = `BlendMode::Normal`
	)

Paints the region enclosed by the path.

This method fills the path using the given fill color and the receiver's current winding rule. If the path contains any open subpaths, this method implicitly closes them before painting the fill region.

The painted region includes the pixels right up to, but not including, the path line itself. For paths with large line widths, this can result in overlap between the fill region and the stroked path (which is itself centered on the path line).

Parameters

path	The path to be filled.
paint	The color to fill the path with.

◆ fill() [2/2]

void CeresEngine::Shape::fill	(	const BezierPath &	path,
		const Paint &	paint,
		BlendMode	blendMode = `BlendMode::Normal`
	)

Paints the region enclosed by the path.

This method fills the path using the given fill color and the receiver's current winding rule. If the path contains any open subpaths, this method implicitly closes them before painting the fill region.

The painted region includes the pixels right up to, but not including, the path line itself. For paths with large line widths, this can result in overlap between the fill region and the stroked path (which is itself centered on the path line).

Parameters

path	The path to be filled.
paint	The color to fill the path with.

◆ flatten()

void CeresEngine::Shape::flatten ( )

Computes a flattened version of the shape object.

Flattening a shape converts all it's paths segments into straight line approximations. The granularity of the approximations is controlled by the path's current flatness value, which is set using the BezierPath::setFlatness method.

See also: BezierPath::flattened

◆ flattened() [1/2]

Shape && CeresEngine::Shape::flattened ( ) &&

inline

Computes a flattened version of the shape object.

Flattening a shape converts all it's paths segments into straight line approximations. The granularity of the approximations is controlled by the path's current flatness value, which is set using the BezierPath::setFlatness method.

See also: BezierPath::flattened

◆ flattened() [2/2]

Shape CeresEngine::Shape::flattened ( ) const &

Computes a flattened version of the shape object.

Flattening a shape converts all it's paths segments into straight line approximations. The granularity of the approximations is controlled by the path's current flatness value, which is set using the BezierPath::setFlatness method.

See also: BezierPath::flattened

◆ getAllocator()

AnyAllocatorReference CeresEngine::Shape::getAllocator ( ) const

inlinenoexcept

◆ getBounds()

Rect2 CeresEngine::Shape::getBounds ( ) const

The bounding box of the shape.

This property contains the rectangle that encloses the shape of the receiver. If the shape contains curve segments, the bounding box encloses the curve but may not enclose the control points used to calculate the curve.

If the shape is empty, this method returns an empty rect.

See also: BezierPath::getBounds

◆ getBoundsAccurate()

Rect2 CeresEngine::Shape::getBoundsAccurate ( ) const

The bounding box of the shape.

This property contains the rectangle that encloses the shape of the receiver. This method performs a more accurate bounding box calculation by flattening the shape paths. This is a slow operation, so only use it when you actually need a precise bounding box.

If the shape is empty, this method returns an empty rect.

See also: BezierPath::getBoundsAccurate

◆ getControlPointBounds()

Rect2 CeresEngine::Shape::getControlPointBounds ( ) const

The bounding box of the shape, including any control points.

This property contains the rectangle that encloses the receiver's path. If the shape contains curve segments, the bounding box encloses the control points of the curves as well as the curves themselves.

See also: BezierPath::getControlPointBounds

◆ getElement()

const Element & CeresEngine::Shape::getElement ( UInt32 index ) const

Returns the type of shape element at the specified index.

Path elements describe the commands used to draw a path and include basic commands such as filling and stroking. The elements are stored in the order of their execution.

Parameters

index The index of the desired shape element.

Returns: A reference to the internal Element structure.

◆ getElementCount()

UInt32 CeresEngine::Shape::getElementCount ( ) const

The total number of shape elements in the shape.

Each element type corresponds to one of the operations described in ElementType.

◆ isEmpty()

bool CeresEngine::Shape::isEmpty ( ) const

A Boolean value that indicates whether the shape is empty.

The value of this property is true if the shape contains no elements, or false if it contains at least one element.

◆ operator&()

bool CeresEngine::Shape::operator& ( const Point2 & aPoint ) const

inline

Returns a Boolean value that indicates whether the shape contains the specified point.

This method checks the point against the shape itself and the area it encloses. When determining hits in the enclosed area, this method uses the non-zero winding rule (nonZero). It does not take into account the line width used to stroke the path.

Parameters

aPoint The point to test against the shape, specified in the shape object's coordinate system.

Returns: true if the shape's enclosed area contains the specified point; otherwise, false.

See also: BezierPath::contains

◆ operator+() [1/2]

Shape CeresEngine::Shape::operator+ ( const Shape & aShape ) const

inline

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ operator+() [2/2]

Shape CeresEngine::Shape::operator+ ( Shape && aShape ) const

inline

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ operator+=() [1/2]

Shape & CeresEngine::Shape::operator+= ( const Shape & aShape )

inline

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ operator+=() [2/2]

Shape & CeresEngine::Shape::operator+= ( Shape && aShape )

inline

Appends the contents of the specified shape object to the shape.

This method adds the commands used to create aShape to the end of the receiver's shape.

Parameters

aShape The shape to add to the receiver.

◆ operator=() [1/2]

Shape & CeresEngine::Shape::operator= ( const Shape & other )

◆ operator=() [2/2]

Shape & CeresEngine::Shape::operator= ( Shape && other )

noexcept

◆ operator[]()

const Element & CeresEngine::Shape::operator[] ( const UInt32 index ) const

inline

Returns the type of shape element at the specified index.

Path elements describe the commands used to draw a path and include basic commands such as filling and stroking. The elements are stored in the order of their execution.

Parameters

index The index of the desired shape element.

Returns: A reference to the internal Element structure.

◆ reverse()

void CeresEngine::Shape::reverse ( )

Computes a shape containing the reversed contents of the current shape path objects.

The reversed shape does not necessarily have a different appearance when rendered. Instead, it changes the direction in which path segments are drawn. For example, reversing the path of a rectangle (whose line segments are normally drawn starting at the origin and proceeding in a counterclockwise direction) causes its line segments to be drawn in a clockwise direction instead. Drawing a reversed path could affect the appearance of a filled pattern, depending on the pattern and the fill rule in use.

The shape is created by reversing each whole or partial subpath in the path object individually.

See also: BezierPath::reversed

◆ reversed() [1/2]

Shape && CeresEngine::Shape::reversed ( ) &&

inline

Computes a shape containing the reversed contents of the current shape path objects.

The reversed shape does not necessarily have a different appearance when rendered. Instead, it changes the direction in which path segments are drawn. For example, reversing the path of a rectangle (whose line segments are normally drawn starting at the origin and proceeding in a counterclockwise direction) causes its line segments to be drawn in a clockwise direction instead. Drawing a reversed path could affect the appearance of a filled pattern, depending on the pattern and the fill rule in use.

The shape is created by reversing each whole or partial subpath in the path object individually.

See also: BezierPath::reversed

◆ reversed() [2/2]

Shape CeresEngine::Shape::reversed ( ) const &

Computes a shape containing the reversed contents of the current shape path objects.

The reversed shape does not necessarily have a different appearance when rendered. Instead, it changes the direction in which path segments are drawn. For example, reversing the path of a rectangle (whose line segments are normally drawn starting at the origin and proceeding in a counterclockwise direction) causes its line segments to be drawn in a clockwise direction instead. Drawing a reversed path could affect the appearance of a filled pattern, depending on the pattern and the fill rule in use.

The shape is created by reversing each whole or partial subpath in the path object individually.

See also: BezierPath::reversed

◆ stroke() [1/2]

void CeresEngine::Shape::stroke	(	BezierPath &&	path,
		const Paint &	paint,
		double	lineWidth = `1.0`,
		BlendMode	blendMode = `BlendMode::Normal`,
		LineCapStyle	lineCapStyle = `LineCapStyle::Butt`,
		LineJoinStyle	lineJoinStyle = `LineJoinStyle::Miter`,
		double	miterLimit = `10.0`
	)

Draws a line along the path using the given stroke color and drawing attributes.

The drawn line is centered on the path with its sides parallel to the path segment. This method uses the current drawing attributes associated with the receiver. If a particular attribute is not set for the receiver, this method uses the corresponding default attribute.

Parameters

path	The path to be stroked.
paint	The paint to stroke the path with.

◆ stroke() [2/2]

void CeresEngine::Shape::stroke	(	const BezierPath &	path,
		const Paint &	paint,
		double	lineWidth = `1.0`,
		BlendMode	blendMode = `BlendMode::Normal`,
		LineCapStyle	lineCapStyle = `LineCapStyle::Butt`,
		LineJoinStyle	lineJoinStyle = `LineJoinStyle::Miter`,
		double	miterLimit = `10.0`
	)

Draws a line along the path using the given stroke color and drawing attributes.

The drawn line is centered on the path with its sides parallel to the path segment. This method uses the current drawing attributes associated with the receiver. If a particular attribute is not set for the receiver, this method uses the corresponding default attribute.

Parameters

path	The path to be stroked.
paint	The paint to stroke the path with.

◆ transform()

void CeresEngine::Shape::transform ( const AffineTransform & aTransform )

Transforms all points in the shape using the specified transform.

This method applies the transform to the shape path's points immediately.

Parameters

aTransform The transform to apply to the shape.

See also: BezierPath::transform

◆ transformed() [1/2]

Shape && CeresEngine::Shape::transformed ( const AffineTransform & aTransform ) &&

inline

Transforms all points in the shape using the specified transform.

This method applies the transform to the shape path's points immediately.

Parameters

aTransform The transform to apply to the shape.

See also: BezierPath::transform

◆ transformed() [2/2]

Shape CeresEngine::Shape::transformed ( const AffineTransform & aTransform ) const &

Transforms all points in the shape using the specified transform.

This method applies the transform to the shape path's points immediately.

Parameters

aTransform The transform to apply to the shape.

See also: BezierPath::transform

Member Data Documentation

◆ mElements

Deque<Element, AnyAllocator> CeresEngine::Shape::mElements {gDefaultAllocator()}

private

A vector of all elements in the shape.

◆ mPaths

Deque<BezierPath, AnyAllocator> CeresEngine::Shape::mPaths {gDefaultAllocator()}

private

A vector that stores a unique copy of each path.

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

/Users/Rogiel/Developer/CeresEngine/Engine/Sources/CeresEngine/Graphics/Shape.hpp

Classes

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Member Typedef Documentation

◆ allocator_type

◆ ElementIterator

Member Enumeration Documentation

◆ BlendMode

◆ ElementType

◆ LineCapStyle

◆ LineJoinStyle

Constructor & Destructor Documentation

◆ Shape() [1/7]

◆ Shape() [2/7]

◆ Shape() [3/7]

◆ Shape() [4/7]

◆ Shape() [5/7]

◆ ~Shape()

◆ Shape() [6/7]

◆ Shape() [7/7]

Member Function Documentation

◆ append() [1/2]

◆ append() [2/2]

◆ appendElement() [1/2]

◆ appendElement() [2/2]

◆ appendPath() [1/2]

◆ appendPath() [2/2]

◆ begin()

◆ cbegin()

◆ cend()

◆ contains()

◆ end()

◆ fill() [1/2]

◆ fill() [2/2]

◆ flatten()

◆ flattened() [1/2]

◆ flattened() [2/2]

◆ getAllocator()

◆ getBounds()

◆ getBoundsAccurate()

◆ getControlPointBounds()

◆ getElement()

◆ getElementCount()

◆ isEmpty()

◆ operator&()

◆ operator+() [1/2]

◆ operator+() [2/2]

◆ operator+=() [1/2]

◆ operator+=() [2/2]

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator[]()

◆ reverse()

◆ reversed() [1/2]

◆ reversed() [2/2]

◆ stroke() [1/2]

◆ stroke() [2/2]

◆ transform()

◆ transformed() [1/2]

◆ transformed() [2/2]

Member Data Documentation

◆ mElements

◆ mPaths