opengl shape primitive, variable number of vertices More...

#include <shape.hpp>

Inheritance diagram for mousetrap::Shape:

Public Member Functions
	Shape ()
	ctor, allocates vertex buffer gpu-side

	~Shape ()
	dtor, deallocated vertex buffer gpu-side

	Shape (detail::ShapeInternal *)
	construct from internal, \for_internal_use_only

NativeObject	get_internal () const override
	expose internal

	Shape (const Shape &)
	copy ctor, allocates new vertex array with identical vertex data

Shape &	operator= (const Shape &)
	copy assignment, allocates new vertex array with identical vertex data

	Shape (Shape &&) noexcept
	move ctor

Shape &	operator= (Shape &&) noexcept
	move assignment

GLNativeHandle	get_native_handle () const
	access OpenGL vertex buffer id

void	as_point (Vector2f position)
	construct as 2d point that point is always rendered as exactly 1 fragment

void	as_points (const std::vector< Vector2f > &points)
	construct as set of points, each point is always rendered as exactly 1 fragment

void	as_triangle (Vector2f a, Vector2f b, Vector2f c)
	construct as filled triangle

void	as_rectangle (Vector2f top_left, Vector2f size)
	construct as filled rectangle from top left and size

void	as_circle (Vector2f center, float radius, uint64_t n_outer_vertices)
	construct as filled circle

void	as_ellipse (Vector2f center, float x_radius, float y_radius, uint64_t n_outer_vertices)
	construct as ellipse

void	as_line (Vector2f a, Vector2f b)
	construct as line, has a width of 1 fragment exactly

void	as_lines (const std::vector< std::pair< Vector2f, Vector2f > > &points)
	construct as set of lines, each has a width of exactly 1 fragment

void	as_line_strip (const std::vector< Vector2f > &points)
	construct as set of connected lines

void	as_polygon (const std::vector< Vector2f > &points)
	construct as convex polygon

void	as_rectangular_frame (Vector2f top_left, Vector2f outer_size, float x_width, float y_width)
	construct as rectanglular frame of given thickness

void	as_circular_ring (Vector2f center, float outer_radius, float thickness, uint64_t n_outer_vertices)
	construct as circular ring, a "2d donut"

void	as_elliptical_ring (Vector2f center, float x_radius, float y_radius, float x_thickness, float y_thickness, uint64_t n_outer_vertices)
	construct as elliptic ring, a "2d elliptic donut"

void	as_wireframe (const std::vector< Vector2f > &points)
	construct as a closed loop linesegment

void	as_outline (const Shape &shape, RGBA color=RGBA(0, 0, 0, 1))
	construct a wireframe from a shapes outer vertices. Useful for generating frames or outlines

void	render (const Shader &shader, GLTransform transform) const
	render the shape to the currently bound framebuffer

RGBA	get_vertex_color (uint64_t index) const
	get color of n-th vertex, returns RGBA(0, 0, 0, 0) and prints a warning if vertex index out of bounds

void	set_vertex_color (uint64_t index, RGBA new_color)
	set color of n-th vertex, does nothing if vertex index out of bounds

void	set_vertex_texture_coordinate (uint64_t index, Vector2f coordinate)
	set texture coordinate of vertex, does nothing if vertex index out of bounds

Vector2f	get_vertex_texture_coordinate (uint64_t index) const
	get vertex texture coordinate, returns Vector2f() if index out of bounds

void	set_vertex_position (uint64_t index, Vector3f position)
	set vertex position in 3d space, does nothing if index out of bounds

Vector3f	get_vertex_position (uint64_t index) const
	get vertex position in 3d space, return Vector3f() if out of bounds

uint64_t	get_n_vertices () const
	get number of vertices, the number depends on the shape and may be larger than intuitive

void	set_color (RGBA rgba)
	set color of all vertices at once

void	set_is_visible (bool b)
	set whether shape should render when instructed

bool	get_is_visible () const
	get whether shape should render when instructed

struct Rectangle	get_bounding_box () const
	get axis aligned bounding box of all vertices

Vector2f	get_size () const
	get size of axis aligned bounding box

void	set_centroid (Vector2f new_position)
	align all vertices such that the centroid, the center of the axis aligned bounding box, is set to the given position

Vector2f	get_centroid () const
	get centroid, center of the axis aligned bounding box

void	set_top_left (Vector2f position)
	align top left of axis aligned bounding box with position

Vector2f	get_top_left () const
	get top left of axis aligned bounding box

void	rotate (Angle angle, Vector2f origin)
	rotate all vertices around origin

void	set_texture (const TextureObject *texture)
	set texture of shape, has to be queried in the fragment shader using the `int _texture_set` and `Sampler2D _texture` uniforms, the default fragment shader does this automatically

const TextureObject *	get_texture () const
	get texture object

	operator NativeObject () const override
	expose as GObject

Public Member Functions inherited from mousetrap::SignalEmitter
void	set_signal_blocked (const std::string &signal_id, bool b)
	block a signal by id \for_internal_use_only

bool	get_signal_blocked (const std::string &signal_id) const
	get whether a signal is currently blocked

std::vector< std::string >	get_all_signal_names ()
	get list of possible signal ids \for_internal_use_only

template<typename Function_t >
void	connect_signal (const std::string &signal_id, Function_t function, void data=nullptr)
	connect static function to signal, does not work with lambdas \for_internal_use_only

void	disconnect_signal (const std::string &signal_id)
	disconnect signal, it may not be invoked until reconnected, if signal is not registered, does nothing. For internal use only

virtual	operator NativeObject () const =0
	expose as NativeObject, this is the GLib instance that signals are emitted on \for_internal_use_only

virtual NativeObject	get_internal () const
	expose internally managed object, \for_internal_use_only

Static Public Member Functions
static Shape	Point (Vector2f position)
	construct as 2d point that point is always rendered as exactly 1 fragment

static Shape	Points (const std::vector< Vector2f > &points)
	construct as set of points, each point is always rendered as exactly 1 fragment

static Shape	Triangle (Vector2f a, Vector2f b, Vector2f c)
	construct as filled triangle

static Shape	Rectangle (Vector2f top_left, Vector2f size)
	construct as filled rectangle from top left and size

static Shape	Circle (Vector2f center, float radius, uint64_t n_outer_vertices)
	construct as filled circle

static Shape	Ellipse (Vector2f center, float x_radius, float y_radius, uint64_t n_outer_vertices)
	construct as ellipse

static Shape	Line (Vector2f a, Vector2f b)
	construct as line, has a width of 1 fragment exactly

static Shape	Lines (const std::vector< std::pair< Vector2f, Vector2f > > &points)
	construct as set of lines, each has a width of exactly 1 fragment

static Shape	LineStrip (const std::vector< Vector2f > &points)
	construct as set of connected lines

static Shape	Polygon (const std::vector< Vector2f > &points)
	construct as convex polygon

static Shape	RectangularFrame (Vector2f top_left, Vector2f outer_size, float x_width, float y_width)

static Shape	CircularRing (Vector2f center, float outer_radius, float thickness, uint64_t n_outer_vertices)
	construct as circular ring, a "2d donut"

static Shape	EllipticalRing (Vector2f center, float x_radius, float y_radius, float x_thickness, float y_thickness, uint64_t n_outer_vertices)

static Shape	Wireframe (const std::vector< Vector2f > &points)
	construct as a closed loop linesegment

static Shape	Outline (const Shape &shape)
	construct a wireframe from a shapes outer vertices. Useful for generating frames or outlines

Additional Inherited Members
Protected Member Functions inherited from mousetrap::SignalEmitter
	SignalEmitter ()
	ctor

	~SignalEmitter ()
	destructor

Detailed Description

opengl shape primitive, variable number of vertices

Constructor & Destructor Documentation

◆ Shape() [1/3]

mousetrap::Shape::Shape ( detail::ShapeInternal * internal )

construct from internal, \for_internal_use_only

Parameters

internal

◆ Shape() [2/3]

mousetrap::Shape::Shape ( const Shape & other )

copy ctor, allocates new vertex array with identical vertex data

Parameters

other

◆ Shape() [3/3]

mousetrap::Shape::Shape ( Shape && other )

noexcept

move ctor

Parameters

other

Member Function Documentation

◆ as_circle()

void mousetrap::Shape::as_circle	(	Vector2f	center,
		float	radius,
		uint64_t	n_outer_vertices
	)

construct as filled circle

Parameters

center	point in gl coordinates
radius	distance in gl coordinates
n_outer_vertices	number of equally spaced vertices on the perimeter of the circle

References as_ellipse(), and mousetrap::log::critical().

◆ as_circular_ring()

void mousetrap::Shape::as_circular_ring	(	Vector2f	center,
		float	outer_radius,
		float	thickness,
		uint64_t	n_outer_vertices
	)

construct as circular ring, a "2d donut"

Parameters

center	center in 2d space
outer_radius	radius from the center to the outer perimeter of the ring
thickness	width of the rings inner bounds along all axis
n_outer_vertices	number of vertices on the outer perimeter of the ring

References as_elliptical_ring().

◆ as_ellipse()

void mousetrap::Shape::as_ellipse	(	Vector2f	center,
		float	x_radius,
		float	y_radius,
		uint64_t	n_outer_vertices
	)

construct as ellipse

Parameters

center	point in gl coordinates
x_radius	radius along the x-axis, normalized distance in 2d space
y_radius	radius along the y-axis, normalized distance in 2d space
n_outer_vertices	number of equally spaced vertices on the perimeter of the circle

References mousetrap::log::critical().

Referenced by as_circle().

◆ as_elliptical_ring()

void mousetrap::Shape::as_elliptical_ring	(	Vector2f	center,
		float	x_radius,
		float	y_radius,
		float	x_thickness,
		float	y_thickness,
		uint64_t	n_outer_vertices
	)

construct as elliptic ring, a "2d elliptic donut"

Parameters

center	center in 2d space
x_radius	horizontal radius of the outer perimeter of the ellipse
y_radius	vertical radius of the outer perimeter of the ellipse
x_thickness	width of the inner bound of the ellipse along the x-axis
y_thickness	height of the inner bounds of the ellipse along the y-axis
n_outer_vertices	number of vertices on the outer perimeter of the ellipse

Referenced by as_circular_ring().

◆ as_line()

void mousetrap::Shape::as_line	(	Vector2f	a,
		Vector2f	b
	)

construct as line, has a width of 1 fragment exactly

Parameters

a	point in gl coordinates
b	point in gl coordinates

◆ as_line_strip()

void mousetrap::Shape::as_line_strip ( const std::vector< Vector2f > & points )

construct as set of connected lines

Parameters

points {a1, a2, ..., an} will result in line segments {a1, a2}, {a2, a3}, ..., {an-1, an}

◆ as_lines()

void mousetrap::Shape::as_lines ( const std::vector< std::pair< Vector2f, Vector2f > > & points )

construct as set of lines, each has a width of exactly 1 fragment

Parameters

points vector of pairs of 2 points, both in gl coordinates

◆ as_outline()

void mousetrap::Shape::as_outline	(	const Shape &	shape,
		RGBA	color = `RGBA(0, 0, 0, 1)`
	)

construct a wireframe from a shapes outer vertices. Useful for generating frames or outlines

Parameters

shape another shape, will generate minimum bounding polygon and construct a wireframe from that polygon

References mousetrap::log::critical(), get_bounding_box(), get_n_vertices(), get_vertex_position(), and mousetrap::Rectangle::top_left.

◆ as_point()

void mousetrap::Shape::as_point ( Vector2f position )

construct as 2d point that point is always rendered as exactly 1 fragment

Parameters

position position gl coordinates

◆ as_points()

void mousetrap::Shape::as_points ( const std::vector< Vector2f > & points )

construct as set of points, each point is always rendered as exactly 1 fragment

Parameters

points vector of points

◆ as_polygon()

void mousetrap::Shape::as_polygon ( const std::vector< Vector2f > & points )

construct as convex polygon

Parameters

points points in gl coordinates, minimum bounding polygon is calculated on these, so some of the vertices ay be discarded

◆ as_rectangle()

void mousetrap::Shape::as_rectangle	(	Vector2f	top_left,
		Vector2f	size
	)

construct as filled rectangle from top left and size

Parameters

top_left	point in gl coordinates
size	length in gl coordinates

◆ as_rectangular_frame()

void mousetrap::Shape::as_rectangular_frame	(	Vector2f	top_left,
		Vector2f	outer_size,
		float	x_width,
		float	y_width
	)

construct as rectanglular frame of given thickness

Parameters

top_left	top left anchor of the outer perimeter of the frame, in gl coordinates
outer_size	width and height of the oute perimeter of the frame, in gl coordinates
x_width	horizontal width of the frames inner bounds, in gl coordinates
y_width	vertical height of the frames inner bounds, in gl coordinates

◆ as_triangle()

void mousetrap::Shape::as_triangle	(	Vector2f	a,
		Vector2f	b,
		Vector2f	c
	)

construct as filled triangle

Parameters

a	point in gl coordinates
b	point in gl coordinates
c	point in gl coordinates

◆ as_wireframe()

void mousetrap::Shape::as_wireframe ( const std::vector< Vector2f > & points )

construct as a closed loop linesegment

Parameters

points {a1, a2, ..., an} will result in line segments {a1, a2}, {a2, a3}, ..., {an-1, an}, {an, a1}

◆ Circle()

Shape mousetrap::Shape::Circle	(	Vector2f	center,
		float	radius,
		uint64_t	n_outer_vertices
	)

static

construct as filled circle

Parameters

center	point in gl coordinates
radius	distance in gl coordinates
n_outer_vertices	number of equally spaced vertices on the perimeter of the circle

References Shape().

◆ CircularRing()

Shape mousetrap::Shape::CircularRing	(	Vector2f	center,
		float	outer_radius,
		float	thickness,
		uint64_t	n_outer_vertices
	)

static

construct as circular ring, a "2d donut"

Parameters

center	center in 2d space
outer_radius	radius from the center to the outer perimeter of the ring
thickness	width of the rings inner bounds along all axis
n_outer_vertices	number of vertices on the outer perimeter of the ring

References Shape().

◆ Ellipse()

Shape mousetrap::Shape::Ellipse	(	Vector2f	center,
		float	x_radius,
		float	y_radius,
		uint64_t	n_outer_vertices
	)

static

construct as ellipse

Parameters

center	point in gl coordinates
x_radius	radius along the x-axis, normalized distance in 2d space
y_radius	radius along the y-axis, normalized distance in 2d space
n_outer_vertices	number of equally spaced vertices on the perimeter of the circle

References Shape().

◆ EllipticalRing()

Shape mousetrap::Shape::EllipticalRing	(	Vector2f	center,
		float	x_radius,
		float	y_radius,
		float	x_thickness,
		float	y_thickness,
		uint64_t	n_outer_vertices
	)

static

References Shape().

◆ get_bounding_box()

Rectangle mousetrap::Shape::get_bounding_box ( ) const

get axis aligned bounding box of all vertices

Returns: rectangle

Referenced by as_outline(), get_size(), get_top_left(), and set_top_left().

◆ get_centroid()

Vector2f mousetrap::Shape::get_centroid ( ) const

get centroid, center of the axis aligned bounding box

Returns: position

Referenced by set_centroid().

◆ get_internal()

NativeObject mousetrap::Shape::get_internal ( ) const

overridevirtual

expose internal

Reimplemented from mousetrap::SignalEmitter.

◆ get_is_visible()

bool mousetrap::Shape::get_is_visible ( ) const

get whether shape should render when instructed

Returns: true if false, mousetrap::Shape::render will do nothing, true otherwise

◆ get_n_vertices()

uint64_t mousetrap::Shape::get_n_vertices ( ) const

get number of vertices, the number depends on the shape and may be larger than intuitive

Returns: number of vertices

Referenced by as_outline().

◆ get_native_handle()

GLNativeHandle mousetrap::Shape::get_native_handle ( ) const

access OpenGL vertex buffer id

Returns: id

◆ get_size()

Vector2f mousetrap::Shape::get_size ( ) const

get size of axis aligned bounding box

Returns: width, height

References get_bounding_box(), and mousetrap::Rectangle::size.

◆ get_texture()

const TextureObject * mousetrap::Shape::get_texture ( ) const

get texture object

Returns: pointer to texture object, or nullptr if no texture is registered

◆ get_top_left()

Vector2f mousetrap::Shape::get_top_left ( ) const

get top left of axis aligned bounding box

Returns: position

References get_bounding_box(), and mousetrap::Rectangle::top_left.

◆ get_vertex_color()

RGBA mousetrap::Shape::get_vertex_color ( uint64_t index ) const

get color of n-th vertex, returns RGBA(0, 0, 0, 0) and prints a warning if vertex index out of bounds

Parameters

index vertex index

Returns: color as RGBA

References mousetrap::log::critical().

◆ get_vertex_position()

Vector3f mousetrap::Shape::get_vertex_position ( uint64_t index ) const

get vertex position in 3d space, return Vector3f() if out of bounds

Parameters

index vertex index

Returns: position in 3d space

References mousetrap::log::critical().

Referenced by as_outline().

◆ get_vertex_texture_coordinate()

Vector2f mousetrap::Shape::get_vertex_texture_coordinate ( uint64_t index ) const

get vertex texture coordinate, returns Vector2f() if index out of bounds

Parameters

index vertex index

Returns: texture coordinate, {0, 0} for top left, {1, 1} for bottom right of texture

◆ Line()

Shape mousetrap::Shape::Line	(	Vector2f	a,
		Vector2f	b
	)

static

construct as line, has a width of 1 fragment exactly

Parameters

a	point in gl coordinates
b	point in gl coordinates

References Shape().

◆ Lines()

Shape mousetrap::Shape::Lines ( const std::vector< std::pair< Vector2f, Vector2f > > & points )

static

construct as set of lines, each has a width of exactly 1 fragment

Parameters

points vector of pairs of 2 points, both in gl coordinates

References Shape().

◆ LineStrip()

Shape mousetrap::Shape::LineStrip ( const std::vector< Vector2f > & points )

static

construct as set of connected lines

Parameters

points {a1, a2, ..., an} will result in line segments {a1, a2}, {a2, a3}, ..., {an-1, an}

References Shape().

◆ operator NativeObject()

mousetrap::Shape::operator NativeObject ( ) const

overridevirtual

expose as GObject

Implements mousetrap::SignalEmitter.

◆ operator=() [1/2]

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

copy assignment, allocates new vertex array with identical vertex data

Parameters

other

Returns: reference to self after assignment

◆ operator=() [2/2]

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

noexcept

move assignment

Parameters

other

Returns: reference to self after assignment

◆ Outline()

Shape mousetrap::Shape::Outline ( const Shape & shape )

static

construct a wireframe from a shapes outer vertices. Useful for generating frames or outlines

Parameters

shape another shape, will generate minimum bounding polygon and construct a wireframe from that polygon

References Shape().

◆ Point()

Shape mousetrap::Shape::Point ( Vector2f position )

static

construct as 2d point that point is always rendered as exactly 1 fragment

Parameters

position position gl coordinates

References Shape().

◆ Points()

Shape mousetrap::Shape::Points ( const std::vector< Vector2f > & points )

static

construct as set of points, each point is always rendered as exactly 1 fragment

Parameters

points vector of points

References Shape().

◆ Polygon()

Shape mousetrap::Shape::Polygon ( const std::vector< Vector2f > & points )

static

construct as convex polygon

Parameters

points points in gl coordinates, minimum bounding polygon is calculated on these, so some of the vertices ay be discarded

References Shape().

◆ Rectangle()

Shape mousetrap::Shape::Rectangle	(	Vector2f	top_left,
		Vector2f	size
	)

static

construct as filled rectangle from top left and size

Parameters

top_left	point in gl coordinates
size	length in gl coordinates

References Shape().

◆ RectangularFrame()

Shape mousetrap::Shape::RectangularFrame	(	Vector2f	top_left,
		Vector2f	outer_size,
		float	x_width,
		float	y_width
	)

static

References Shape().

◆ render()

void mousetrap::Shape::render	(	const Shader &	shader,
		GLTransform	transform
	)		const

render the shape to the currently bound framebuffer

Parameters

shader	shader program to use
transform	transform to hand to the vertex shader

References mousetrap::Shader::get_program_id(), mousetrap::Shader::get_uniform_location(), and mousetrap::GLTransform::transform.

◆ rotate()

void mousetrap::Shape::rotate	(	Angle	angle,
		Vector2f	origin
	)

rotate all vertices around origin

Parameters

angle
origin	point in 2d space

◆ set_centroid()

void mousetrap::Shape::set_centroid ( Vector2f new_position )

align all vertices such that the centroid, the center of the axis aligned bounding box, is set to the given position

Parameters

new_position

References get_centroid().

◆ set_color()

void mousetrap::Shape::set_color ( RGBA rgba )

set color of all vertices at once

Parameters

rgba	color in RGBA

◆ set_is_visible()

void mousetrap::Shape::set_is_visible ( bool b )

set whether shape should render when instructed

Parameters

b	if false, mousetrap::Shape::render will do nothing, true otherwise

◆ set_texture()

void mousetrap::Shape::set_texture ( const TextureObject * texture )

set texture of shape, has to be queried in the fragment shader using the int _texture_set and Sampler2D _texture uniforms, the default fragment shader does this automatically

Parameters

texture texture object, such as mousetrap::Texture, mousetrap::RenderTexture or mousetrap::MultisampledRenderTexture. The user is responsible for making sure the texture stays in memory. May be nullptr

◆ set_top_left()

void mousetrap::Shape::set_top_left ( Vector2f position )

align top left of axis aligned bounding box with position

Parameters

position

References get_bounding_box(), and mousetrap::Rectangle::top_left.

◆ set_vertex_color()

void mousetrap::Shape::set_vertex_color	(	uint64_t	index,
		RGBA	new_color
	)

set color of n-th vertex, does nothing if vertex index out of bounds

Parameters

index	vertex index
new_color

References mousetrap::log::critical().

◆ set_vertex_position()

void mousetrap::Shape::set_vertex_position	(	uint64_t	index,
		Vector3f	position
	)

set vertex position in 3d space, does nothing if index out of bounds

Parameters

index	vertex index
position	position in 3d space

Note: if multiple vertex positions change at the same time, use mousetrap::Vertex::as_rectangle (or other appropriate shape) to update all of them at once in a more performant manned

References mousetrap::log::critical().

◆ set_vertex_texture_coordinate()

void mousetrap::Shape::set_vertex_texture_coordinate	(	uint64_t	index,
		Vector2f	coordinate
	)

set texture coordinate of vertex, does nothing if vertex index out of bounds

Parameters

index	vertex index
coordinate	new texture coordinate, {0, 0} for top left, {1, 1} for bottom right of texture

References mousetrap::log::critical().

◆ Triangle()

Shape mousetrap::Shape::Triangle	(	Vector2f	a,
		Vector2f	b,
		Vector2f	c
	)

static

construct as filled triangle

Parameters

a	point in gl coordinates
b	point in gl coordinates
c	point in gl coordinates

References Shape().

◆ Wireframe()

Shape mousetrap::Shape::Wireframe ( const std::vector< Vector2f > & points )

static

construct as a closed loop linesegment

Parameters

points {a1, a2, ..., an} will result in line segments {a1, a2}, {a2, a3}, ..., {an-1, an}, {an, a1}

References Shape().

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

/home/clem/Workspace/mousetrap/include/mousetrap/shape.hpp
/home/clem/Workspace/mousetrap/src/shape.cpp

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Shape() [1/3]

◆ Shape() [2/3]

◆ Shape() [3/3]

Member Function Documentation

◆ as_circle()

◆ as_circular_ring()

◆ as_ellipse()

◆ as_elliptical_ring()

◆ as_line()

◆ as_line_strip()

◆ as_lines()

◆ as_outline()

◆ as_point()

◆ as_points()

◆ as_polygon()

◆ as_rectangle()

◆ as_rectangular_frame()

◆ as_triangle()

◆ as_wireframe()

◆ Circle()

◆ CircularRing()

◆ Ellipse()

◆ EllipticalRing()

◆ get_bounding_box()

◆ get_centroid()

◆ get_internal()

◆ get_is_visible()

◆ get_n_vertices()

◆ get_native_handle()

◆ get_size()

◆ get_texture()

◆ get_top_left()

◆ get_vertex_color()

◆ get_vertex_position()

◆ get_vertex_texture_coordinate()

◆ Line()

◆ Lines()

◆ LineStrip()

◆ operator NativeObject()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ Outline()

◆ Point()

◆ Points()

◆ Polygon()

◆ Rectangle()

◆ RectangularFrame()

◆ render()

◆ rotate()

◆ set_centroid()

◆ set_color()

◆ set_is_visible()

◆ set_texture()

◆ set_top_left()

◆ set_vertex_color()

◆ set_vertex_position()

◆ set_vertex_texture_coordinate()

◆ Triangle()

◆ Wireframe()