Singleton class for calling debugging 3D methods. More...

#include <debug_draw_3d.h>

Inheritance diagram for DebugDraw3D:

Public Types
enum	PointType : int { POINT_TYPE_SQUARE , POINT_TYPE_SPHERE }

Public Member Functions
Ref< DebugDraw3DScopeConfig >	new_scoped_config ()

Ref< DebugDraw3DScopeConfig >	scoped_config () override

void	set_config (Ref< DebugDraw3DConfig > cfg)

Ref< DebugDraw3DConfig >	get_config () const

Color	get_empty_color () const

void	set_debug_enabled (const bool &state)

bool	is_debug_enabled () const

Ref< DebugDraw3DStats >	get_render_stats ()

Ref< DebugDraw3DStats >	get_render_stats_for_world (Viewport *viewport)

void	regenerate_geometry_meshes ()

void	clear_all ()

void	draw_sphere (const Vector3 &position, const real_t &radius=0.5f, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_sphere_xf (const Transform3D &transform, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_cylinder (const Transform3D &transform, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_cylinder_ab (const Vector3 &a, const Vector3 &b, const real_t &radius=0.5f, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_box (const Vector3 &position, const Quaternion &rotation, const Vector3 &size, const Color &color=Colors::empty_color, const bool &is_box_centered=false, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_box_ab (const Vector3 &a, const Vector3 &b, const Vector3 &up, const Color &color=Colors::empty_color, const bool &is_ab_diagonal=true, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_box_xf (const Transform3D &transform, const Color &color=Colors::empty_color, const bool &is_box_centered=true, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_aabb (const AABB &aabb, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_aabb_ab (const Vector3 &a, const Vector3 &b, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_line_hit (const Vector3 &start, const Vector3 &end, const Vector3 &hit, const bool &is_hit, const real_t &hit_size=0.25f, const Color &hit_color=Colors::empty_color, const Color &after_hit_color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_line_hit_offset (const Vector3 &start, const Vector3 &end, const bool &is_hit, const real_t &unit_offset_of_hit=0.5f, const real_t &hit_size=0.25f, const Color &hit_color=Colors::empty_color, const Color &after_hit_color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_line (const Vector3 &a, const Vector3 &b, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_ray (const Vector3 &origin, const Vector3 &direction, const real_t &length, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_lines (const PackedVector3Array &lines, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_line_path (const PackedVector3Array &path, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_arrowhead (const Transform3D &transform, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_arrow (const Vector3 &a, const Vector3 &b, const Color &color=Colors::empty_color, const real_t &arrow_size=0.5f, const bool &is_absolute_size=false, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_arrow_ray (const Vector3 &origin, const Vector3 &direction, const real_t &length, const Color &color=Colors::empty_color, const real_t &arrow_size=0.5f, const bool &is_absolute_size=false, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_arrow_path (const PackedVector3Array &path, const Color &color=Colors::empty_color, const real_t &arrow_size=0.75f, const bool &is_absolute_size=true, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_point_path (const PackedVector3Array &path, const PointType type=PointType::POINT_TYPE_SQUARE, const real_t &size=0.25f, const Color &points_color=Colors::empty_color, const Color &lines_color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_points (const PackedVector3Array &points, const PointType type=PointType::POINT_TYPE_SQUARE, const real_t &size=0.25f, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_square (const Vector3 &position, const real_t &size=0.2f, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_plane (const Plane &plane, const Color &color=Colors::empty_color, const Vector3 &anchor_point=Vector3(INFINITY, INFINITY, INFINITY), const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_position (const Transform3D &transform, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_gizmo (const Transform3D &transform, const Color &color=Colors::empty_color, const bool &is_centered=false, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_grid (const Vector3 &origin, const Vector3 &x_size, const Vector3 &y_size, const Vector2i &subdivision, const Color &color=Colors::empty_color, const bool &is_centered=true, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_grid_xf (const Transform3D &transform, const Vector2i &p_subdivision, const Color &color=Colors::empty_color, const bool &is_centered=true, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_camera_frustum (const class godot::Camera3D *camera, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

void	draw_camera_frustum_planes (const Array &camera_frustum, const Color &color=Colors::empty_color, const real_t &duration=0) FAKE_FUNC_IMPL

Static Public Member Functions
static DebugDraw3D *	get_singleton ()

Detailed Description

Singleton class for calling debugging 3D methods.

You can use the project settings debug_draw_3d/settings/3d for additional customization.

For example, add_bevel_to_volumetric_geometry allows you to remove or add a bevel for volumetric lines.

use_icosphere and use_icosphere_for_hd allow you to change the sphere mesh.

Note: Wireframe shapes and volumetric wireframes do not support translucency to avoid overlap issues and for better performance. At this point, you can use translucency when drawing planes DebugDraw3D.draw_plane.

Note: Objects created in _physics_process are processed separately from those created in _process, so they will be deleted only in the first physics tick after rendering. This allows to display objects even if several frames passed between physics ticks.

Note: You can use this class anywhere, including in _physics_process and _process (and probably from other threads). It is worth mentioning that physics ticks may not be called every frame or may be called several times in one frame. So if you want to avoid multiple identical draw_ calls, you can call draw_ methods in _process or use such a check:
var physics_tick_processed := false

func _process(delta: float) -> void:

# Reset after rendering frame

physics_tick_processed = false

# some logic

func _physics_process(delta: float) -> void:

if not physics_tick_processed:

physics_tick_processed = true

# some DD3D logic

Note: Due to the way Godot registers this addon, it is not possible to use the draw_ methods in the first few frames immediately after the project is launched.

Member Enumeration Documentation

◆ PointType

enum DebugDraw3D::PointType : int

Appearance of points on the path

Member Function Documentation

◆ get_singleton()

static DebugDraw3D * DebugDraw3D::get_singleton ( )

inlinestatic

Get singleton. Not available in GDScript.

◆ new_scoped_config()

Ref< DebugDraw3DScopeConfig > DebugDraw3D::new_scoped_config ( )

Create a new DebugDraw3DScopeConfig instance and register it.

This class allows you to override some parameters within scope for the following draw_* calls.

Store this instance in a local variable inside the method.

◆ scoped_config()

Ref< DebugDraw3DScopeConfig > DebugDraw3D::scoped_config ( )

override

Returns the default scope settings that will be applied at the start of each new frame.

Default values can be overridden in the project settings debug_draw_3d/settings/3d/volumetric_defaults.

◆ set_config()

void DebugDraw3D::set_config ( Ref< DebugDraw3DConfig > cfg )

Set the configuration global for everything in DebugDraw3D.

◆ get_config()

Ref< DebugDraw3DConfig > DebugDraw3D::get_config ( ) const

Get the DebugDraw3DConfig.

◆ get_empty_color()

Color DebugDraw3D::get_empty_color ( ) const

Get the color that is used as the default parameter for draw_* calls.

◆ set_debug_enabled()

void DebugDraw3D::set_debug_enabled ( const bool & state )

Set whether debug drawing works or not.

◆ get_render_stats()

Ref< DebugDraw3DStats > DebugDraw3D::get_render_stats ( )

Returns an instance of DebugDraw3DStats with the current statistics.

Some data can be delayed by 1 frame.

◆ get_render_stats_for_world()

Ref< DebugDraw3DStats > DebugDraw3D::get_render_stats_for_world ( Viewport * viewport )

Returns an instance of DebugDraw3DStats with the current statistics for the World3D of the Viewport.

Some data can be delayed by 1 frame.

◆ regenerate_geometry_meshes()

void DebugDraw3D::regenerate_geometry_meshes ( )

Regenerate meshes.

Can be useful if you want to change some project settings and not restart the project.

◆ clear_all()

void DebugDraw3D::clear_all ( )

Clear all 3D geometry

◆ draw_sphere()

void DebugDraw3D::draw_sphere	(	const Vector3 &	position,
		const real_t &	radius = 0.5f,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a sphere

Parameters

position	Center of the sphere
radius	Sphere radius
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_sphere_xf()

void DebugDraw3D::draw_sphere_xf	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a sphere with a radius of 0.5

Parameters

transform	Sphere transform
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_cylinder()

void DebugDraw3D::draw_cylinder	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a vertical cylinder with radius 0.5 and height 1.0

Parameters

transform	Cylinder transform
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_cylinder_ab()

void DebugDraw3D::draw_cylinder_ab	(	const Vector3 &	a,
		const Vector3 &	b,
		const real_t &	radius = 0.5f,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a cylinder between points A and B with a certain radius

Parameters

a	Bottom point of the Cylinder
b	Top point of the Cylinder
radius	Cylinder radius
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_box()

void DebugDraw3D::draw_box	(	const Vector3 &	position,
		const Quaternion &	rotation,
		const Vector3 &	size,
		const Color &	color = Colors::empty_color,
		const bool &	is_box_centered = false,
		const real_t &	duration = 0 )

Draw a box

is_box_centered = true

is_box_centered = false

Parameters

position	Position of the Box
rotation	Rotation of the box
size	Size of the Box
color	Primary color
is_box_centered	Set where the center of the box will be. In the center or in the bottom corner
duration	The duration of how long the object will be visible

◆ draw_box_ab()

void DebugDraw3D::draw_box_ab	(	const Vector3 &	a,
		const Vector3 &	b,
		const Vector3 &	up,
		const Color &	color = Colors::empty_color,
		const bool &	is_ab_diagonal = true,
		const real_t &	duration = 0 )

Draw a box between points A and B by rotating and scaling based on the up vector

is_ab_diagonal = true

is_ab_diagonal = false

Parameters

a	Start position
b	End position
up	Vertical vector by which the box will be aligned
color	Primary color
is_ab_diagonal	Set uses the diagonal between the corners or the diagonal between the centers of two edges
duration	The duration of how long the object will be visible

◆ draw_box_xf()

void DebugDraw3D::draw_box_xf	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const bool &	is_box_centered = true,
		const real_t &	duration = 0 )

Draw a box as in DebugDraw3D.draw_box

Parameters

transform	Box transform
color	Primary color
is_box_centered	Set where the center of the box will be. In the center or in the bottom corner
duration	The duration of how long the object will be visible

◆ draw_aabb()

void DebugDraw3D::draw_aabb	(	const AABB &	aabb,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a box as in DebugDraw3D.draw_box, but based on the AABB

Parameters

aabb	AABB
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_aabb_ab()

void DebugDraw3D::draw_aabb_ab	(	const Vector3 &	a,
		const Vector3 &	b,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw the box as in DebugDraw3D.draw_aabb, but AABB is defined by the diagonal AB

Parameters

a	Start position
b	End position
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_line_hit()

void DebugDraw3D::draw_line_hit	(	const Vector3 &	start,
		const Vector3 &	end,
		const Vector3 &	hit,
		const bool &	is_hit,
		const real_t &	hit_size = 0.25f,
		const Color &	hit_color = Colors::empty_color,
		const Color &	after_hit_color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw line separated by hit point (billboard square) or not separated if is_hit = false.

Some of the default settings can be overridden in DebugDraw3DConfig.

Parameters

start	Start point
end	End point
hit	Hit point
is_hit	Whether to draw the collision point
hit_size	Size of the hit point
hit_color	Color of the hit point and line before hit
after_hit_color	Color of line after hit position
duration	The duration of how long the object will be visible

◆ draw_line_hit_offset()

void DebugDraw3D::draw_line_hit_offset	(	const Vector3 &	start,
		const Vector3 &	end,
		const bool &	is_hit,
		const real_t &	unit_offset_of_hit = 0.5f,
		const real_t &	hit_size = 0.25f,
		const Color &	hit_color = Colors::empty_color,
		const Color &	after_hit_color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw line separated by hit point.

Similar to DebugDraw3D.draw_line_hit, but instead of a hit point, an offset from the start point is used.

Some of the default settings can be overridden in DebugDraw3DConfig.

Parameters

start	Start point
end	End point
is_hit	Whether to draw the collision point
unit_offset_of_hit	Unit offset on the line where the collision occurs
hit_size	Size of the hit point
hit_color	Color of the hit point and line before hit
after_hit_color	Color of line after hit position
duration	The duration of how long the object will be visible

◆ draw_line()

void DebugDraw3D::draw_line	(	const Vector3 &	a,
		const Vector3 &	b,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a single line

Parameters

a	Start point
b	End point
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_ray()

void DebugDraw3D::draw_ray	(	const Vector3 &	origin,
		const Vector3 &	direction,
		const real_t &	length,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a ray.

Same as DebugDraw3D.draw_line, but uses origin, direction and length instead of A and B.

Parameters

origin	Origin
direction	Direction
length	Length
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_lines()

void DebugDraw3D::draw_lines	(	const PackedVector3Array &	lines,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw an array of lines. Each line is two points, so the array must be of even size.

Parameters

lines	An array of points of lines. 1 line = 2 vectors3. The array size must be even.
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_line_path()

void DebugDraw3D::draw_line_path	(	const PackedVector3Array &	path,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw an array of lines.

Unlike DebugDraw3D.draw_lines, here lines are drawn between each point in the array.

The array can be of any size.

Parameters

path	Sequence of points
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_arrowhead()

void DebugDraw3D::draw_arrowhead	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw the arrowhead

Parameters

transform	Transform3D of the Arrowhead
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_arrow()

void DebugDraw3D::draw_arrow	(	const Vector3 &	a,
		const Vector3 &	b,
		const Color &	color = Colors::empty_color,
		const real_t &	arrow_size = 0.5f,
		const bool &	is_absolute_size = false,
		const real_t &	duration = 0 )

Draw line with arrowhead

Parameters

a	Start point
b	End point
color	Primary color
arrow_size	Size of the arrow
is_absolute_size	Is `arrow_size` absolute or relative to the length of the string?
duration	The duration of how long the object will be visible

◆ draw_arrow_ray()

void DebugDraw3D::draw_arrow_ray	(	const Vector3 &	origin,
		const Vector3 &	direction,
		const real_t &	length,
		const Color &	color = Colors::empty_color,
		const real_t &	arrow_size = 0.5f,
		const bool &	is_absolute_size = false,
		const real_t &	duration = 0 )

Same as DebugDraw3D.draw_arrow, but uses origin, direction and length instead of A and B.

Parameters

origin	Origin
direction	Direction
length	Length
color	Primary color
arrow_size	Size of the arrow
is_absolute_size	Is `arrow_size` absolute or relative to the line length?
duration	The duration of how long the object will be visible

◆ draw_arrow_path()

void DebugDraw3D::draw_arrow_path	(	const PackedVector3Array &	path,
		const Color &	color = Colors::empty_color,
		const real_t &	arrow_size = 0.75f,
		const bool &	is_absolute_size = true,
		const real_t &	duration = 0 )

Draw a sequence of points connected by lines with arrows like DebugDraw3D.draw_line_path.

Parameters

path	Sequence of points
color	Primary color
arrow_size	Size of the arrow
is_absolute_size	Is the `arrow_size` absolute or relative to the length of the line?
duration	The duration of how long the object will be visible

◆ draw_point_path()

void DebugDraw3D::draw_point_path	(	const PackedVector3Array &	path,
		const PointType	type = PointType::POINT_TYPE_SQUARE,
		const real_t &	size = 0.25f,
		const Color &	points_color = Colors::empty_color,
		const Color &	lines_color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a sequence of points connected by lines using billboard squares or spheres like DebugDraw3D.draw_line_path.

type = DebugDraw3D.POINT_TYPE_SQUARE

type = DebugDraw3D.POINT_TYPE_SPHERE

Parameters

path	Sequence of points
type	Type of points
points_color	Color of points
lines_color	Color of lines
size	Size of squares
duration	The duration of how long the object will be visible

◆ draw_points()

void DebugDraw3D::draw_points	(	const PackedVector3Array &	points,
		const PointType	type = PointType::POINT_TYPE_SQUARE,
		const real_t &	size = 0.25f,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a sequence of points using billboard squares or spheres.

Parameters

points	Sequence of points
type	Type of points
size	Size of squares
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_square()

void DebugDraw3D::draw_square	(	const Vector3 &	position,
		const real_t &	size = 0.2f,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw a square that will always be turned towards the camera

Parameters

position	Center position of square
size	Square size
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_plane()

void DebugDraw3D::draw_plane	(	const Plane &	plane,
		const Color &	color = Colors::empty_color,
		const Vector3 &	anchor_point = Vector3(INFINITY, INFINITY, INFINITY),
		const real_t &	duration = 0 )

Draws a plane of non-infinite size relative to the position of the current camera.

The plane size is set based on the Far parameter of the current camera or with DebugDraw3DScopeConfig.set_plane_size.

Parameters

plane	Plane data
color	Primary color
anchor_point	A point that is projected onto a Plane, and its projection is used as the center of the drawn plane
duration	The duration of how long the object will be visible

◆ draw_position()

void DebugDraw3D::draw_position	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw 3 intersecting lines with the given transformations

Parameters

transform	Transform3D of lines
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_gizmo()

void DebugDraw3D::draw_gizmo	(	const Transform3D &	transform,
		const Color &	color = Colors::empty_color,
		const bool &	is_centered = false,
		const real_t &	duration = 0 )

Draw 3 lines with the given transformations and arrows at the ends

is_centered = false

is_centered = true

Parameters

transform	Transform3D of lines
color	Primary color
is_centered	If `true`, then the lines will intersect in the center of the transform
duration	The duration of how long the object will be visible

◆ draw_grid()

void DebugDraw3D::draw_grid	(	const Vector3 &	origin,
		const Vector3 &	x_size,
		const Vector3 &	y_size,
		const Vector2i &	subdivision,
		const Color &	color = Colors::empty_color,
		const bool &	is_centered = true,
		const real_t &	duration = 0 )

Draw simple grid with given size and subdivision

Parameters

origin	Grid origin
x_size	Direction and size of the X side. As an axis in the Basis.
y_size	Direction and size of the Y side. As an axis in the Basis.
subdivision	Number of cells for the X and Y axes
color	Primary color
is_centered	Draw lines relative to origin
duration	The duration of how long the object will be visible

◆ draw_grid_xf()

void DebugDraw3D::draw_grid_xf	(	const Transform3D &	transform,
		const Vector2i &	p_subdivision,
		const Color &	color = Colors::empty_color,
		const bool &	is_centered = true,
		const real_t &	duration = 0 )

Draw a simple grid with a given transform and subdivision.

Like DebugDraw3D.draw_grid, but instead of origin, x_size and y_size, a single transform is used.

Parameters

transform	Transform3D of the Grid
p_subdivision	Number of cells for the X and Y axes
color	Primary color
is_centered	Draw lines relative to origin
duration	The duration of how long the object will be visible

◆ draw_camera_frustum()

void DebugDraw3D::draw_camera_frustum	(	const class godot::Camera3D *	camera,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw camera frustum area.

Parameters

camera	Camera node
color	Primary color
duration	The duration of how long the object will be visible

◆ draw_camera_frustum_planes()

void DebugDraw3D::draw_camera_frustum_planes	(	const Array &	camera_frustum,
		const Color &	color = Colors::empty_color,
		const real_t &	duration = 0 )

Draw the frustum area of the camera based on an array of 6 planes.

Parameters

camera_frustum	Array of frustum planes
color	Primary color
duration	The duration of how long the object will be visible

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

src/3d/debug_draw_3d.h

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Enumeration Documentation

◆ PointType

Member Function Documentation

◆ get_singleton()

◆ new_scoped_config()

◆ scoped_config()

◆ set_config()

◆ get_config()

◆ get_empty_color()

◆ set_debug_enabled()

◆ get_render_stats()

◆ get_render_stats_for_world()

◆ regenerate_geometry_meshes()

◆ clear_all()

◆ draw_sphere()

◆ draw_sphere_xf()

◆ draw_cylinder()

◆ draw_cylinder_ab()

◆ draw_box()

◆ draw_box_ab()

◆ draw_box_xf()

◆ draw_aabb()

◆ draw_aabb_ab()

◆ draw_line_hit()

◆ draw_line_hit_offset()

◆ draw_line()

◆ draw_ray()

◆ draw_lines()

◆ draw_line_path()

◆ draw_arrowhead()

◆ draw_arrow()

◆ draw_arrow_ray()

◆ draw_arrow_path()

◆ draw_point_path()

◆ draw_points()

◆ draw_square()

◆ draw_plane()

◆ draw_position()

◆ draw_gizmo()

◆ draw_grid()

◆ draw_grid_xf()

◆ draw_camera_frustum()

◆ draw_camera_frustum_planes()