Static Public Member Functions
static Mesh	CreateArrow2D (LineSegment2D segment, float thickness, float arrowHeadLength, float arrowHeadWidth, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a 2D Arrow from a line segment, with the arrow pointing towards the second vector of the segment. The thickness is the thickness of the shaft, while the arrowHeadWidth is the base width of the front triangle (while arrowHeadLength is the height of that triangle)

static Mesh	CreateArrow3D (LineSegment3D segment, float thickness, float arrowHeadLength, float arrowHeadWidth, int circlePoints=8)
	Creates a 3D Arrow from a line segment, with the arrow pointing towards the second vector of the segment. The thickness is the thickness of the shaft, while the arrowHeadWidth is the base width of the front cone (while arrowHeadLength is the height of that cone)

static Mesh	CreateBox (Bounds bounds, bool smooth=false)
	Creates a box mesh (cuboid)

static Mesh	CreateBoxOutline (Bounds bounds, float thickness)
	Creates an outline of a box. Each side of the box will have a hollow rectangle as geometry (same as CreateRectangleOutline, but for each side of the box)

static Mesh	CreateCircle (float radius, int circlePoints=32, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a circle mesh with a radius in the given cardinal plane.

static Mesh	CreateCone (Cone cone, int circlePoints=32)

static Mesh	CreateCylinder (Cylinder cylinder, int circlePoints=32)

static Mesh	CreateGrid2D (Vector2 cellSize, int cellsX, int cellsY, float thickness, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a 2D Grid with a given number of cells in each direction of a plane.

static Mesh	CreateGrid3D (Vector3 cellSize, int3 cells, float thickness)
	Creates a 3D Grid with a given number of cells in each direction of space.

static Mesh	CreateInvertedBox (Bounds bounds)
	Creates a cube / box given with inverted faces.

static Mesh	CreateLine (LineSegment2D segment, float thickness, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a line mesh (rectangle) defined by a 2D segment.

static Mesh	CreateLine (LineSegment3D segment, float thickness, int circlePoints=8)
	Creates a line mesh (tube) defined by a 3D segment.

static Mesh	CreateLineStrip (float2[] points, float thickness, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates piece-wise lines of width equal to the thickness, given a sequence of points.

static Mesh	CreatePlane (Vector2 size, int cellsX, int cellsY, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a centered plane with a number of cells (subdivided plane)

static Mesh	CreatePolygonMesh (NativePolygon2D polygon, List< int > triangulation, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a mesh from a given polygon (2D) and a triangulation (calculated by some algorithm)

static Mesh	CreatePolygonMesh (NativePolygon2D polygon, NativeArray< int > triangulation, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a mesh from a given polygon (2D) and a triangulation (calculated by some algorithm)

static Mesh	CreatePolygonOutline (NativePolygon2D polygon, float thickness, CardinalPlane cardinalPlane=CardinalPlane.XZ)

static Mesh	CreatePrism (NativePolygon2D basePolygon, NativeArray< int > triangulation, Vector3 offset, bool smoothMantle=false, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a 3D prism form a base polygon and an offset.

static Mesh	CreateRectangle (Rect rect, CardinalPlane cardinalPlane=CardinalPlane.XZ, Vector2[] uvs=null, int uvChannel=0)
	Creates a rectangle mesh given by a rect in the given cardinal plane.

static Mesh	CreateRectangleOutline (Rect rect, float thickness, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a hollow rectangle mesh (A rectangle with a rectangle hole inside)

static Mesh	CreateRing (float radius, float thickness, int circlePoints=32, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a ring mesh with a radius and thickness in the given cardinal plane.

static Mesh	CreateTetrahedron (Tetrahedron tetrahedron)

static Mesh	CreateTetrahedronOutline (Tetrahedron tetrahedron, float thickness)

static Mesh	CreateTorus (Torus torus, int minorCirclePoints=24, int majorCirclePoints=24)
	Creates a mesh of a torus.

static Mesh	CreateTriangle (NativeTriangle2D triangle, CardinalPlane cardinalPlane=CardinalPlane.XZ)
	Creates a 2D triangle mesh. Clockwise is front.

static Mesh	CreateTriangle (NativeTriangle3D triangle)
	Creates a 3D triangle mesh. Clockwise is front.

static Mesh	CreateTriangleOutline (NativeTriangle3D triangle, float thickness)
	Creates a 3D triangle outline. Clockwise is front.

static Mesh	CreateUVCapsule (float radius, float height, int uPoints=24, int vPointsPerSide=12)
	Creates an UV Capsule.

static Mesh	CreateUVSphere (float radius, int uPoints=24, int vPoints=24)
	Creates an UV Sphere Mesh.

Member Function Documentation

◆ CreateArrow2D()

static Mesh CreateArrow2D	(	LineSegment2D	segment,
		float	thickness,
		float	arrowHeadLength,
		float	arrowHeadWidth,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a 2D Arrow from a line segment, with the arrow pointing towards the second vector of the segment. The thickness is the thickness of the shaft, while the arrowHeadWidth is the base width of the front triangle (while arrowHeadLength is the height of that triangle)

Parameters

segment
thickness
arrowHeadLength
arrowHeadWidth
cardinalPlane

Returns

◆ CreateArrow3D()

static Mesh CreateArrow3D	(	LineSegment3D	segment,
		float	thickness,
		float	arrowHeadLength,
		float	arrowHeadWidth,
		int	circlePoints = 8 )

static

Creates a 3D Arrow from a line segment, with the arrow pointing towards the second vector of the segment. The thickness is the thickness of the shaft, while the arrowHeadWidth is the base width of the front cone (while arrowHeadLength is the height of that cone)

Parameters

segment
thickness
arrowHeadLength
arrowHeadWidth
circlePoints

Returns

◆ CreateBox()

static Mesh CreateBox	(	Bounds	bounds,
		bool	smooth = false )

static

Creates a box mesh (cuboid)

Parameters

bounds
smooth	If true, the corner vertices are shared

Returns

◆ CreateBoxOutline()

static Mesh CreateBoxOutline	(	Bounds	bounds,
		float	thickness )

static

Creates an outline of a box. Each side of the box will have a hollow rectangle as geometry (same as CreateRectangleOutline, but for each side of the box)

Parameters

bounds
thickness

Returns

◆ CreateCircle()

static Mesh CreateCircle	(	float	radius,
		int	circlePoints = 32,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a circle mesh with a radius in the given cardinal plane.

Parameters

circlePoints
radius

Returns

◆ CreateGrid2D()

static Mesh CreateGrid2D	(	Vector2	cellSize,
		int	cellsX,
		int	cellsY,
		float	thickness,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a 2D Grid with a given number of cells in each direction of a plane.

Parameters

cellSize	The size of each cell
cellsX	The number of cells in the "X-Direction" (first direction in the cardinal plane)
cellsY	The number of cells in the "Y-Direction" (second direction in the cardinal plane)
thickness	Thickness of the border of each cell
cardinalPlane

Returns

Exceptions

ArgumentException

◆ CreateGrid3D()

static Mesh CreateGrid3D	(	Vector3	cellSize,
		int3	cells,
		float	thickness )

static

Creates a 3D Grid with a given number of cells in each direction of space.

Parameters

cellSize
cells
thickness

Returns

◆ CreateInvertedBox()

static Mesh CreateInvertedBox ( Bounds bounds )

static

Creates a cube / box given with inverted faces.

Parameters

bounds

Returns

◆ CreateLine() [1/2]

static Mesh CreateLine	(	LineSegment2D	segment,
		float	thickness,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a line mesh (rectangle) defined by a 2D segment.

Parameters

segment
thickness

Returns

◆ CreateLine() [2/2]

static Mesh CreateLine	(	LineSegment3D	segment,
		float	thickness,
		int	circlePoints = 8 )

static

Creates a line mesh (tube) defined by a 3D segment.

Parameters

segment
thickness
circlePoints	Number of vertices around the tube

Returns

◆ CreateLineStrip()

static Mesh CreateLineStrip	(	float2[]	points,
		float	thickness,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates piece-wise lines of width equal to the thickness, given a sequence of points.

Parameters

points
thickness
cardinalPlane

Returns

◆ CreatePlane()

static Mesh CreatePlane	(	Vector2	size,
		int	cellsX,
		int	cellsY,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a centered plane with a number of cells (subdivided plane)

Parameters

size	The size of the plane
cellsX	Number of cells in the "X-Direction" (first direction in the cardinal plane)
cellsY	Number of cells in the "Y-Direction" (second direction in the cardinal plane)
cardinalPlane

Returns

◆ CreatePolygonMesh() [1/2]

static Mesh CreatePolygonMesh	(	NativePolygon2D	polygon,
		List< int >	triangulation,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a mesh from a given polygon (2D) and a triangulation (calculated by some algorithm)

Parameters

polygon
triangulation

Returns

◆ CreatePolygonMesh() [2/2]

static Mesh CreatePolygonMesh	(	NativePolygon2D	polygon,
		NativeArray< int >	triangulation,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a mesh from a given polygon (2D) and a triangulation (calculated by some algorithm)

Parameters

polygon
triangulation

Returns

◆ CreatePrism()

static Mesh CreatePrism	(	NativePolygon2D	basePolygon,
		NativeArray< int >	triangulation,
		Vector3	offset,
		bool	smoothMantle = false,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a 3D prism form a base polygon and an offset.

Parameters

basePolygon	The base polygon
triangulation
offset	The offset where the other polygon is places
smoothMantle	If the mantle between the polygons should have smooth or non-smooth edges
cardinalPlane

Returns

◆ CreateRectangle()

static Mesh CreateRectangle	(	Rect	rect,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ,
		Vector2[]	uvs = null,
		int	uvChannel = 0 )

static

Creates a rectangle mesh given by a rect in the given cardinal plane.

Parameters

rect

Returns

◆ CreateRectangleOutline()

static Mesh CreateRectangleOutline	(	Rect	rect,
		float	thickness,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a hollow rectangle mesh (A rectangle with a rectangle hole inside)

Parameters

rect
thickness	The thickness of the border

Returns

◆ CreateRing()

static Mesh CreateRing	(	float	radius,
		float	thickness,
		int	circlePoints = 32,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a ring mesh with a radius and thickness in the given cardinal plane.

Parameters

circlePoints
radius

Returns

◆ CreateTorus()

static Mesh CreateTorus	(	Torus	torus,
		int	minorCirclePoints = 24,
		int	majorCirclePoints = 24 )

static

Creates a mesh of a torus.

Parameters

torus
minorCirclePoints
majorCirclePoints

Returns

◆ CreateTriangle() [1/2]

static Mesh CreateTriangle	(	NativeTriangle2D	triangle,
		CardinalPlane	cardinalPlane = CardinalPlane::XZ )

static

Creates a 2D triangle mesh. Clockwise is front.

Parameters

triangle

Returns

◆ CreateTriangle() [2/2]

static Mesh CreateTriangle ( NativeTriangle3D triangle )

static

Creates a 3D triangle mesh. Clockwise is front.

Parameters

triangle

Returns

◆ CreateTriangleOutline()

static Mesh CreateTriangleOutline	(	NativeTriangle3D	triangle,
		float	thickness )

static

Creates a 3D triangle outline. Clockwise is front.

Parameters

triangle
thickness

Returns

◆ CreateUVCapsule()

static Mesh CreateUVCapsule	(	float	radius,
		float	height,
		int	uPoints = 24,
		int	vPointsPerSide = 12 )

static

Creates an UV Capsule.

Parameters

radius	The radius of the cylinder of the capsule
height	The height of the cylinder of the capsule
uPoints	The number of vertices around the cylinder
vPointsPerSide	The number of

Returns

◆ CreateUVSphere()

static Mesh CreateUVSphere	(	float	radius,
		int	uPoints = 24,
		int	vPoints = 24 )

static

Creates an UV Sphere Mesh.

Parameters

radius	The radius of the sphere
uPoints	The number of vertices around the equator
vPoints	The number of vertices from pole to pole

Returns

DOTS Geometry

Static Public Member Functions

Member Function Documentation

◆ CreateArrow2D()

◆ CreateArrow3D()

◆ CreateBox()

◆ CreateBoxOutline()

◆ CreateCircle()

◆ CreateGrid2D()

◆ CreateGrid3D()

◆ CreateInvertedBox()

◆ CreateLine() [1/2]

◆ CreateLine() [2/2]

◆ CreateLineStrip()

◆ CreatePlane()

◆ CreatePolygonMesh() [1/2]

◆ CreatePolygonMesh() [2/2]

◆ CreatePrism()

◆ CreateRectangle()

◆ CreateRectangleOutline()

◆ CreateRing()

◆ CreateTorus()

◆ CreateTriangle() [1/2]

◆ CreateTriangle() [2/2]

◆ CreateTriangleOutline()

◆ CreateUVCapsule()

◆ CreateUVSphere()