Command2D (Mibo.Raylib)

Command2D Type

Namespace: Mibo.Elmish.Graphics2D
Assembly: Mibo.Raylib.dll
Base Type: ValueType
Kind: Struct

Closed set of 2D render commands. Stored in RenderBuffer2D and dispatched via pattern matching — no interface boxing.

Union cases

Instance members

Instance member	Description
`this.IsBeginCamera` Full Usage: `this.IsBeginCamera` Returns: `bool`	Returns: `bool`
`this.IsBeginCameraConfig` Full Usage: `this.IsBeginCameraConfig` Returns: `bool`	Returns: `bool`
`this.IsBeginShader` Full Usage: `this.IsBeginShader` Returns: `bool`	Returns: `bool`
`this.IsBeginTarget` Full Usage: `this.IsBeginTarget` Returns: `bool`	Returns: `bool`
`this.IsBezier` Full Usage: `this.IsBezier` Returns: `bool`	Returns: `bool`
`this.IsCircleGradient` Full Usage: `this.IsCircleGradient` Returns: `bool`	Returns: `bool`
`this.IsCircleOutline` Full Usage: `this.IsCircleOutline` Returns: `bool`	Returns: `bool`
`this.IsCircleSector` Full Usage: `this.IsCircleSector` Returns: `bool`	Returns: `bool`
`this.IsCircleSectorOutline` Full Usage: `this.IsCircleSectorOutline` Returns: `bool`	Returns: `bool`
`this.IsClear` Full Usage: `this.IsClear` Returns: `bool`	Returns: `bool`
`this.IsClearScissor` Full Usage: `this.IsClearScissor` Returns: `bool`	Returns: `bool`
`this.IsDisableShadows` Full Usage: `this.IsDisableShadows` Returns: `bool`	Returns: `bool`
`this.IsDrawImmediate` Full Usage: `this.IsDrawImmediate` Returns: `bool`	Returns: `bool`
`this.IsEllipseOutline` Full Usage: `this.IsEllipseOutline` Returns: `bool`	Returns: `bool`
`this.IsEnableShadows` Full Usage: `this.IsEnableShadows` Returns: `bool`	Returns: `bool`
`this.IsEndCamera` Full Usage: `this.IsEndCamera` Returns: `bool`	Returns: `bool`
`this.IsEndLighting` Full Usage: `this.IsEndLighting` Returns: `bool`	Returns: `bool`
`this.IsEndShader` Full Usage: `this.IsEndShader` Returns: `bool`	Returns: `bool`
`this.IsEndTarget` Full Usage: `this.IsEndTarget` Returns: `bool`	Returns: `bool`
`this.IsFillCircle` Full Usage: `this.IsFillCircle` Returns: `bool`	Returns: `bool`
`this.IsFillEllipse` Full Usage: `this.IsFillEllipse` Returns: `bool`	Returns: `bool`
`this.IsFillPoly` Full Usage: `this.IsFillPoly` Returns: `bool`	Returns: `bool`
`this.IsFillRect` Full Usage: `this.IsFillRect` Returns: `bool`	Returns: `bool`
`this.IsFillRectRounded` Full Usage: `this.IsFillRectRounded` Returns: `bool`	Returns: `bool`
`this.IsFillRing` Full Usage: `this.IsFillRing` Returns: `bool`	Returns: `bool`
`this.IsLine` Full Usage: `this.IsLine` Returns: `bool`	Returns: `bool`
`this.IsLineStrip` Full Usage: `this.IsLineStrip` Returns: `bool`	Returns: `bool`
`this.IsLineThick` Full Usage: `this.IsLineThick` Returns: `bool`	Returns: `bool`
`this.IsLitSprite` Full Usage: `this.IsLitSprite` Returns: `bool`	Returns: `bool`
`this.IsNoopLight` Full Usage: `this.IsNoopLight` Returns: `bool`	Returns: `bool`
`this.IsParticle` Full Usage: `this.IsParticle` Returns: `bool`	Returns: `bool`
`this.IsPolyOutline` Full Usage: `this.IsPolyOutline` Returns: `bool`	Returns: `bool`
`this.IsRectGradient` Full Usage: `this.IsRectGradient` Returns: `bool`	Returns: `bool`
`this.IsRectGradientH` Full Usage: `this.IsRectGradientH` Returns: `bool`	Returns: `bool`
`this.IsRectGradientV` Full Usage: `this.IsRectGradientV` Returns: `bool`	Returns: `bool`
`this.IsRectOutline` Full Usage: `this.IsRectOutline` Returns: `bool`	Returns: `bool`
`this.IsRectRoundedOutline` Full Usage: `this.IsRectRoundedOutline` Returns: `bool`	Returns: `bool`
`this.IsRingOutline` Full Usage: `this.IsRingOutline` Returns: `bool`	Returns: `bool`
`this.IsSetBlend` Full Usage: `this.IsSetBlend` Returns: `bool`	Returns: `bool`
`this.IsSetLineWidth` Full Usage: `this.IsSetLineWidth` Returns: `bool`	Returns: `bool`
`this.IsSetScissor` Full Usage: `this.IsSetScissor` Returns: `bool`	Returns: `bool`
`this.IsSetViewport` Full Usage: `this.IsSetViewport` Returns: `bool`	Returns: `bool`
`this.IsSprite` Full Usage: `this.IsSprite` Returns: `bool`	Returns: `bool`
`this.IsText` Full Usage: `this.IsText` Returns: `bool`	Returns: `bool`
`this.IsTriangle` Full Usage: `this.IsTriangle` Returns: `bool`	Returns: `bool`
`this.IsTriangleFan` Full Usage: `this.IsTriangleFan` Returns: `bool`	Returns: `bool`
`this.IsTriangleStrip` Full Usage: `this.IsTriangleStrip` Returns: `bool`	Returns: `bool`

Union case	Description
`BeginCamera(beginCameraCam, layer)` Full Usage: `BeginCamera(beginCameraCam, layer)` Parameters: beginCameraCam : `Camera2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	beginCameraCam : `Camera2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`BeginCameraConfig(config, layer)` Full Usage: `BeginCameraConfig(config, layer)` Parameters: config : `Camera2DConfig` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	config : `Camera2DConfig` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`BeginShader(beginShaderVal, layer)` Full Usage: `BeginShader(beginShaderVal, layer)` Parameters: beginShaderVal : `Shader` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	beginShaderVal : `Shader` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`BeginTarget(beginTargetVal, layer)` Full Usage: `BeginTarget(beginTargetVal, layer)` Parameters: beginTargetVal : `RenderTexture2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	beginTargetVal : `RenderTexture2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`Bezier(bezierStart, bezierControl, bezierFinish, bezierThickness, bezierColor, layer)` Full Usage: `Bezier(bezierStart, bezierControl, bezierFinish, bezierThickness, bezierColor, layer)` Parameters: bezierStart : `Vector2` bezierControl : `Vector2` bezierFinish : `Vector2` bezierThickness : `float32` bezierColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	bezierStart : `Vector2` bezierControl : `Vector2` bezierFinish : `Vector2` bezierThickness : `float32` bezierColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`CircleGradient(circleGradCenterX, circleGradCenterY, circleGradRadius, circleGradInner, circleGradOuter, layer)` Full Usage: `CircleGradient(circleGradCenterX, circleGradCenterY, circleGradRadius, circleGradInner, circleGradOuter, layer)` Parameters: circleGradCenterX : `int` circleGradCenterY : `int` circleGradRadius : `float32` circleGradInner : `Color` circleGradOuter : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	circleGradCenterX : `int` circleGradCenterY : `int` circleGradRadius : `float32` circleGradInner : `Color` circleGradOuter : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`CircleOutline(circleOutCenter, circleOutRadius, circleOutColor, layer)` Full Usage: `CircleOutline(circleOutCenter, circleOutRadius, circleOutColor, layer)` Parameters: circleOutCenter : `Vector2` circleOutRadius : `float32` circleOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	circleOutCenter : `Vector2` circleOutRadius : `float32` circleOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`CircleSector(sectorCenter, sectorRadius, sectorStartAngle, sectorEndAngle, sectorSegments, sectorColor, layer)` Full Usage: `CircleSector(sectorCenter, sectorRadius, sectorStartAngle, sectorEndAngle, sectorSegments, sectorColor, layer)` Parameters: sectorCenter : `Vector2` sectorRadius : `float32` sectorStartAngle : `float32` sectorEndAngle : `float32` sectorSegments : `int` sectorColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	sectorCenter : `Vector2` sectorRadius : `float32` sectorStartAngle : `float32` sectorEndAngle : `float32` sectorSegments : `int` sectorColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`CircleSectorOutline(sectorOutCenter, sectorOutRadius, sectorOutStartAngle, sectorOutEndAngle, sectorOutSegments, sectorOutColor, layer)` Full Usage: `CircleSectorOutline(sectorOutCenter, sectorOutRadius, sectorOutStartAngle, sectorOutEndAngle, sectorOutSegments, sectorOutColor, layer)` Parameters: sectorOutCenter : `Vector2` sectorOutRadius : `float32` sectorOutStartAngle : `float32` sectorOutEndAngle : `float32` sectorOutSegments : `int` sectorOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	sectorOutCenter : `Vector2` sectorOutRadius : `float32` sectorOutStartAngle : `float32` sectorOutEndAngle : `float32` sectorOutSegments : `int` sectorOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`Clear(clearColor, layer)` Full Usage: `Clear(clearColor, layer)` Parameters: clearColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	clearColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`ClearScissor layer` Full Usage: `ClearScissor layer` Parameters: layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`DisableShadows(disableShadowsCtx, layer)` Full Usage: `DisableShadows(disableShadowsCtx, layer)` Parameters: disableShadowsCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	disableShadowsCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`DrawImmediate(action, layer)` Full Usage: `DrawImmediate(action, layer)` Parameters: action : `unit -> unit` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	action : `unit -> unit` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EllipseOutline(ellipseOutCenterX, ellipseOutCenterY, ellipseOutRadiusH, ellipseOutRadiusV, ellipseOutColor, layer)` Full Usage: `EllipseOutline(ellipseOutCenterX, ellipseOutCenterY, ellipseOutRadiusH, ellipseOutRadiusV, ellipseOutColor, layer)` Parameters: ellipseOutCenterX : `int` ellipseOutCenterY : `int` ellipseOutRadiusH : `float32` ellipseOutRadiusV : `float32` ellipseOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	ellipseOutCenterX : `int` ellipseOutCenterY : `int` ellipseOutRadiusH : `float32` ellipseOutRadiusV : `float32` ellipseOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EnableShadows(enableShadowsCtx, layer)` Full Usage: `EnableShadows(enableShadowsCtx, layer)` Parameters: enableShadowsCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	enableShadowsCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EndCamera layer` Full Usage: `EndCamera layer` Parameters: layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EndLighting(endLightingCtx, layer)` Full Usage: `EndLighting(endLightingCtx, layer)` Parameters: endLightingCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	endLightingCtx : `LightContext2D` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EndShader layer` Full Usage: `EndShader layer` Parameters: layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`EndTarget layer` Full Usage: `EndTarget layer` Parameters: layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillCircle(circleCenter, circleRadius, circleColor, layer)` Full Usage: `FillCircle(circleCenter, circleRadius, circleColor, layer)` Parameters: circleCenter : `Vector2` circleRadius : `float32` circleColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	circleCenter : `Vector2` circleRadius : `float32` circleColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillEllipse(ellipseCenterX, ellipseCenterY, ellipseRadiusH, ellipseRadiusV, ellipseColor, layer)` Full Usage: `FillEllipse(ellipseCenterX, ellipseCenterY, ellipseRadiusH, ellipseRadiusV, ellipseColor, layer)` Parameters: ellipseCenterX : `int` ellipseCenterY : `int` ellipseRadiusH : `float32` ellipseRadiusV : `float32` ellipseColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	ellipseCenterX : `int` ellipseCenterY : `int` ellipseRadiusH : `float32` ellipseRadiusV : `float32` ellipseColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillPoly(polyCenter, polySides, polyRadius, polyRotation, polyColor, layer)` Full Usage: `FillPoly(polyCenter, polySides, polyRadius, polyRotation, polyColor, layer)` Parameters: polyCenter : `Vector2` polySides : `int` polyRadius : `float32` polyRotation : `float32` polyColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	polyCenter : `Vector2` polySides : `int` polyRadius : `float32` polyRotation : `float32` polyColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillRect(fillRect, fillColor, layer)` Full Usage: `FillRect(fillRect, fillColor, layer)` Parameters: fillRect : `Rectangle` fillColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	fillRect : `Rectangle` fillColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillRectRounded(roundedRect, roundedFillRoundness, roundedFillSegments, roundedFillColor, layer)` Full Usage: `FillRectRounded(roundedRect, roundedFillRoundness, roundedFillSegments, roundedFillColor, layer)` Parameters: roundedRect : `Rectangle` roundedFillRoundness : `float32` roundedFillSegments : `int` roundedFillColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	roundedRect : `Rectangle` roundedFillRoundness : `float32` roundedFillSegments : `int` roundedFillColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`FillRing(ringCenter, ringInnerR, ringOuterR, ringStartAngle, ringEndAngle, ringSegments, ringColor, layer)` Full Usage: `FillRing(ringCenter, ringInnerR, ringOuterR, ringStartAngle, ringEndAngle, ringSegments, ringColor, layer)` Parameters: ringCenter : `Vector2` ringInnerR : `float32` ringOuterR : `float32` ringStartAngle : `float32` ringEndAngle : `float32` ringSegments : `int` ringColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	ringCenter : `Vector2` ringInnerR : `float32` ringOuterR : `float32` ringStartAngle : `float32` ringEndAngle : `float32` ringSegments : `int` ringColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`Line(lineStart, lineFinish, lineColor, layer)` Full Usage: `Line(lineStart, lineFinish, lineColor, layer)` Parameters: lineStart : `Vector2` lineFinish : `Vector2` lineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	lineStart : `Vector2` lineFinish : `Vector2` lineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`LineStrip(stripPoints, stripColor, layer)` Full Usage: `LineStrip(stripPoints, stripColor, layer)` Parameters: stripPoints : `Vector2[]` stripColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	stripPoints : `Vector2[]` stripColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`LineThick(lineThickStart, lineThickFinish, lineThickThickness, lineThickColor, layer)` Full Usage: `LineThick(lineThickStart, lineThickFinish, lineThickThickness, lineThickColor, layer)` Parameters: lineThickStart : `Vector2` lineThickFinish : `Vector2` lineThickThickness : `float32` lineThickColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	lineThickStart : `Vector2` lineThickFinish : `Vector2` lineThickThickness : `float32` lineThickColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`LitSprite(litLightCtx, litTexture, litDest, litSource, litOrigin, litRotation, litColor, layer)` Full Usage: `LitSprite(litLightCtx, litTexture, litDest, litSource, litOrigin, litRotation, litColor, layer)` Parameters: litLightCtx : `LightContext2D` litTexture : `Texture2D` litDest : `Rectangle` litSource : `Rectangle` litOrigin : `Vector2` litRotation : `float32` litColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	litLightCtx : `LightContext2D` litTexture : `Texture2D` litDest : `Rectangle` litSource : `Rectangle` litOrigin : `Vector2` litRotation : `float32` litColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`NoopLight layer` Full Usage: `NoopLight layer` Parameters: layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`Particle(particleTexture, particleData, particleCount, layer)` Full Usage: `Particle(particleTexture, particleData, particleCount, layer)` Parameters: particleTexture : `Texture2D` particleData : `Particle2D[]` particleCount : `int` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	particleTexture : `Texture2D` particleData : `Particle2D[]` particleCount : `int` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`PolyOutline(polyOutCenter, polyOutSides, polyOutRadius, polyOutRotation, polyOutThickness, polyOutColor, layer)` Full Usage: `PolyOutline(polyOutCenter, polyOutSides, polyOutRadius, polyOutRotation, polyOutThickness, polyOutColor, layer)` Parameters: polyOutCenter : `Vector2` polyOutSides : `int` polyOutRadius : `float32` polyOutRotation : `float32` polyOutThickness : `float32` polyOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	polyOutCenter : `Vector2` polyOutSides : `int` polyOutRadius : `float32` polyOutRotation : `float32` polyOutThickness : `float32` polyOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RectGradient(gradRect, gradTL, gradBL, gradTR, gradBR, layer)` Full Usage: `RectGradient(gradRect, gradTL, gradBL, gradTR, gradBR, layer)` Parameters: gradRect : `Rectangle` gradTL : `Color` gradBL : `Color` gradTR : `Color` gradBR : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	gradRect : `Rectangle` gradTL : `Color` gradBL : `Color` gradTR : `Color` gradBR : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RectGradientH(gradHX, gradHY, gradHW, gradHH, gradHLeft, gradHRight, layer)` Full Usage: `RectGradientH(gradHX, gradHY, gradHW, gradHH, gradHLeft, gradHRight, layer)` Parameters: gradHX : `int` gradHY : `int` gradHW : `int` gradHH : `int` gradHLeft : `Color` gradHRight : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	gradHX : `int` gradHY : `int` gradHW : `int` gradHH : `int` gradHLeft : `Color` gradHRight : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RectGradientV(gradVX, gradVY, gradVW, gradVH, gradVTop, gradVBottom, layer)` Full Usage: `RectGradientV(gradVX, gradVY, gradVW, gradVH, gradVTop, gradVBottom, layer)` Parameters: gradVX : `int` gradVY : `int` gradVW : `int` gradVH : `int` gradVTop : `Color` gradVBottom : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	gradVX : `int` gradVY : `int` gradVW : `int` gradVH : `int` gradVTop : `Color` gradVBottom : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RectOutline(outlineRect, outlineThickness, outlineColor, layer)` Full Usage: `RectOutline(outlineRect, outlineThickness, outlineColor, layer)` Parameters: outlineRect : `Rectangle` outlineThickness : `float32` outlineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	outlineRect : `Rectangle` outlineThickness : `float32` outlineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RectRoundedOutline(roundedOutlineRect, roundedOutlineRoundness, roundedOutlineSegments, roundedOutlineThickness, roundedOutlineColor, layer)` Full Usage: `RectRoundedOutline(roundedOutlineRect, roundedOutlineRoundness, roundedOutlineSegments, roundedOutlineThickness, roundedOutlineColor, layer)` Parameters: roundedOutlineRect : `Rectangle` roundedOutlineRoundness : `float32` roundedOutlineSegments : `int` roundedOutlineThickness : `float32` roundedOutlineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	roundedOutlineRect : `Rectangle` roundedOutlineRoundness : `float32` roundedOutlineSegments : `int` roundedOutlineThickness : `float32` roundedOutlineColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`RingOutline(ringOutCenter, ringOutInnerR, ringOutOuterR, ringOutStartAngle, ringOutEndAngle, ringOutSegments, ringOutColor, layer)` Full Usage: `RingOutline(ringOutCenter, ringOutInnerR, ringOutOuterR, ringOutStartAngle, ringOutEndAngle, ringOutSegments, ringOutColor, layer)` Parameters: ringOutCenter : `Vector2` ringOutInnerR : `float32` ringOutOuterR : `float32` ringOutStartAngle : `float32` ringOutEndAngle : `float32` ringOutSegments : `int` ringOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	ringOutCenter : `Vector2` ringOutInnerR : `float32` ringOutOuterR : `float32` ringOutStartAngle : `float32` ringOutEndAngle : `float32` ringOutSegments : `int` ringOutColor : `Color` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`
`SetBlend(setBlendMode, layer)` Full Usage: `SetBlend(setBlendMode, layer)` Parameters: setBlendMode : `BlendMode` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`	setBlendMode : `BlendMode` layer : `int<MeasureProduct<RenderLayer, MeasureOne>>`