Renderer

Renderer namespace with useful drawing functions intended for debugging and development.

tip

For optimal performance and better visual quality, please prefer using functions described in Renderer section.

caution

Please do not overuse these in your final production. The functions described on this page are intended for debugging and development purposes.

Functions

RGBA

Renderer.RGBA( r: number, g: number, b: number, a: number ) → number

Argument	Type	Description
r	number	Red 0-255
g	number	Green 0-255
b	number	Blue 0-255
a	number	Alpha 0-255

Get proper color value

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DrawCircle3D

Renderer.DrawCircle3D(
  position: Vector2,
  radius: number - integer,
  sides: number - integer,
  width: number - integer,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
position	Vector2	Center position.
radius	number - integer	Radius
sides	number - integer	Sides
width	number - integer	Line width
color	number - D3DCOLOR	Color

Draw basic circle in game world.

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DrawCircle3D

Renderer.DrawCircle3D(
  position: Vector3,
  radius: number - integer,
  sides: number - integer,
  width: number - integer,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
position	Vector3	Center position.
radius	number - integer	Radius
sides	number - integer	Sides
width	number - integer	Line width
color	number - D3DCOLOR	Color

Draw basic circle in game world.

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DrawVectorPoly

Renderer.DrawVectorPoly(
  vectorPoly: Vector2[],
  width: number - float,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
vectorPoly	Vector2[]	Points which make a path.
width	number - float	Line width.
color	number - D3DCOLOR	Line color.

Draw vector poly path.

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DrawVectorPoly

Renderer.DrawVectorPoly(
  vectorPoly: Vector3[] - std::vector<Vector3>,
  width: number - float,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
vectorPoly	Vector3[] - std::vector<Vector3>	Points which make a path.
width	number - float	Line width.
color	number - D3DCOLOR	Line color.

Draw vector poly path.

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DrawCross

Renderer.DrawCross(
  position: Vector2,
  size?: number - float,
  color?: number - D3DCOLOR
) → void

Argument	Type	Description
position	Vector2	World position.
size?	number - float	Cross size. 100 by default.
color?	number - D3DCOLOR	Line color. White by default.

Draw cross in game world.

tip

Useful to see exact position of any unit in game.

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DrawPath

Renderer.DrawPath(
  path: Path64,
  width: number - float,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
path	Path64
width	number - float	Line width.
color	number - D3DCOLOR	Line color.

Draw Clipper Path64 polygon.

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DrawPaths

Renderer.DrawPaths(
  paths: Paths64,
  width: number - float,
  color: number - D3DCOLOR
) → void

Argument	Type	Description
paths	Paths64
width	number - float	Line width.
color	number - D3DCOLOR	Line color.

Draw Clipper Paths64 polygons.

Example: Full DrawPaths example with Clipper.Union and Clipper.PointInPolygons

Callback.Bind(CallbackType.OnDraw, function()
    local pos = Game.localPlayer.position2D

    local path1 = Clipper.CreatePath64FromVectors({
        Math.Vector2(pos.x - 300, pos.y - 300),
        Math.Vector2(pos.x + 300, pos.y - 300),
        Math.Vector2(pos.x + 300, pos.y + 300),
        Math.Vector2(pos.x - 300, pos.y + 300),
    })

    local path2 = Clipper.CreatePath64FromVectors({
        Math.Vector2(pos.x - 200 + 300, pos.y - 200),
        Math.Vector2(pos.x + 200 + 300, pos.y - 200),
        Math.Vector2(pos.x + 200 + 300, pos.y + 200),
        Math.Vector2(pos.x - 200 + 300, pos.y + 200),
    })

    local union = Clipper.Union(Clipper.CreatePaths64({path1}), Clipper.CreatePaths64({path2}), Clipper.FillRule.NonZero)

    Renderer.DrawPaths(union, 1, Clipper.PointInPolygons(Game.GetCursorWorldPosition(), union) and 0xFF00FF00 or 0xFFFF0000)
end)

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