ImDrawList

imguicpp.ImDrawList (extern class)

Static Members

pushClipRect(self: cpp.Star, clipRectMin: ImVec2, clipRectMax: ImVec2, ?intersectWithCurrentClipRect: Bool = false): Void

Render-level scissoring. This is passed down to your render function but not used for CPU-side coarse clipping. Prefer using higher-level ImGui::PushClipRect() to affect logic (hit-testing and widget culling)

Name	Type	Default
`self`	cpp.Star
`clipRectMin`	ImVec2
`clipRectMax`	ImVec2
`intersectWithCurrentClipRect`	Bool	`false`

pushClipRectFullScreen(self: cpp.Star): Void

Name	Type
`self`	cpp.Star

popClipRect(self: cpp.Star): Void

Name	Type
`self`	cpp.Star

pushTexture(self: cpp.Star, texRef: ImTextureRef): Void

Name	Type
`self`	cpp.Star
`texRef`	ImTextureRef

popTexture(self: cpp.Star): Void

Name	Type
`self`	cpp.Star

getClipRectMin(self: cpp.Star): ImVec2

Name	Type
`self`	cpp.Star

Returns
ImVec2

getClipRectMax(self: cpp.Star): ImVec2

Name	Type
`self`	cpp.Star

Returns
ImVec2

addLineEx(self: cpp.Star, p1: ImVec2, p2: ImVec2, col: UInt, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`col`	UInt
`thickness`	cpp.Float32	`1.0`

addLine(self: cpp.Star, p1: ImVec2, p2: ImVec2, col: UInt): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`col`	UInt

addLineHEx(self: cpp.Star, minX: cpp.Float32, maxX: cpp.Float32, y: cpp.Float32, col: UInt, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`minX`	cpp.Float32
`maxX`	cpp.Float32
`y`	cpp.Float32
`col`	UInt
`thickness`	cpp.Float32	`1.0`

addLineH(self: cpp.Star, minX: cpp.Float32, maxX: cpp.Float32, y: cpp.Float32, col: UInt): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`minX`	cpp.Float32
`maxX`	cpp.Float32
`y`	cpp.Float32
`col`	UInt

addLineVEx(self: cpp.Star, x: cpp.Float32, minY: cpp.Float32, maxY: cpp.Float32, col: UInt, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`x`	cpp.Float32
`minY`	cpp.Float32
`maxY`	cpp.Float32
`col`	UInt
`thickness`	cpp.Float32	`1.0`

addLineV(self: cpp.Star, x: cpp.Float32, minY: cpp.Float32, maxY: cpp.Float32, col: UInt): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`x`	cpp.Float32
`minY`	cpp.Float32
`maxY`	cpp.Float32
`col`	UInt

addRectEx(self: cpp.Star, pMin: ImVec2, pMax: ImVec2, col: UInt, ?rounding: cpp.Float32 = 0.0, ?thickness: cpp.Float32 = 1.0, ?flags: Int = 0): Void

a: upper-left, b: lower-right (== upper-left + size)

Name	Type	Default
`self`	cpp.Star
`pMin`	ImVec2
`pMax`	ImVec2
`col`	UInt
`rounding`	cpp.Float32	`0.0`
`thickness`	cpp.Float32	`1.0`
`flags`	Int	`0`

addRect(self: cpp.Star, pMin: ImVec2, pMax: ImVec2, col: UInt): Void

Implied rounding = 0.0f, thickness = 1.0f, flags = 0

Name	Type
`self`	cpp.Star
`pMin`	ImVec2
`pMax`	ImVec2
`col`	UInt

addRectFilledEx(self: cpp.Star, pMin: ImVec2, pMax: ImVec2, col: UInt, ?rounding: cpp.Float32 = 0.0, ?flags: Int = 0): Void

a: upper-left, b: lower-right (== upper-left + size)

Name	Type	Default
`self`	cpp.Star
`pMin`	ImVec2
`pMax`	ImVec2
`col`	UInt
`rounding`	cpp.Float32	`0.0`
`flags`	Int	`0`

addRectFilled(self: cpp.Star, pMin: ImVec2, pMax: ImVec2, col: UInt): Void

Implied rounding = 0.0f, flags = 0

Name	Type
`self`	cpp.Star
`pMin`	ImVec2
`pMax`	ImVec2
`col`	UInt

addRectFilledMultiColor(self: cpp.Star, pMin: ImVec2, pMax: ImVec2, colUprLeft: UInt, colUprRight: UInt, colBotRight: UInt, colBotLeft: UInt): Void

Name	Type
`self`	cpp.Star
`pMin`	ImVec2
`pMax`	ImVec2
`colUprLeft`	UInt
`colUprRight`	UInt
`colBotRight`	UInt
`colBotLeft`	UInt

addQuadEx(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2, col: UInt, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`col`	UInt
`thickness`	cpp.Float32	`1.0`

addQuad(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2, col: UInt): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`col`	UInt

addQuadFilled(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`col`	UInt

addTriangleEx(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, col: UInt, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`col`	UInt
`thickness`	cpp.Float32	`1.0`

addTriangle(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, col: UInt): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`col`	UInt

addTriangleFilled(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`col`	UInt

addCircleEx(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt, ?numSegments: Int = 0, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt
`numSegments`	Int	`0`
`thickness`	cpp.Float32	`1.0`

addCircle(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt): Void

Implied num_segments = 0, thickness = 1.0f

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt

addCircleFilled(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt, ?numSegments: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt
`numSegments`	Int	`0`

addNgonEx(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt, numSegments: Int, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt
`numSegments`	Int
`thickness`	cpp.Float32	`1.0`

addNgon(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt, numSegments: Int): Void

Implied thickness = 1.0f

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt
`numSegments`	Int

addNgonFilled(self: cpp.Star, center: ImVec2, radius: cpp.Float32, col: UInt, numSegments: Int): Void

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`col`	UInt
`numSegments`	Int

addEllipseEx(self: cpp.Star, center: ImVec2, radius: ImVec2, col: UInt, ?rot: cpp.Float32 = 0.0, ?numSegments: Int = 0, ?thickness: cpp.Float32 = 1.0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`col`	UInt
`rot`	cpp.Float32	`0.0`
`numSegments`	Int	`0`
`thickness`	cpp.Float32	`1.0`

addEllipse(self: cpp.Star, center: ImVec2, radius: ImVec2, col: UInt): Void

Implied rot = 0.0f, num_segments = 0, thickness = 1.0f

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`col`	UInt

addEllipseFilledEx(self: cpp.Star, center: ImVec2, radius: ImVec2, col: UInt, ?rot: cpp.Float32 = 0.0, ?numSegments: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`col`	UInt
`rot`	cpp.Float32	`0.0`
`numSegments`	Int	`0`

addEllipseFilled(self: cpp.Star, center: ImVec2, radius: ImVec2, col: UInt): Void

Implied rot = 0.0f, num_segments = 0

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`col`	UInt

addTextEx(self: cpp.Star, pos: ImVec2, col: UInt, textBegin: cpp.ConstCharStar, ?textEnd: cpp.ConstCharStar = null): Void

Name	Type	Default
`self`	cpp.Star
`pos`	ImVec2
`col`	UInt
`textBegin`	cpp.ConstCharStar
`textEnd`	cpp.ConstCharStar	`null`

addText(self: cpp.Star, pos: ImVec2, col: UInt, textBegin: cpp.ConstCharStar): Void

Implied text_end = NULL

Name	Type
`self`	cpp.Star
`pos`	ImVec2
`col`	UInt
`textBegin`	cpp.ConstCharStar

addTextImFontPtrEx(self: cpp.Star, font: cpp.Star, fontSize: cpp.Float32, pos: ImVec2, col: UInt, textBegin: cpp.ConstCharStar, ?textEnd: cpp.ConstCharStar = null, ?wrapWidth: cpp.Float32 = 0.0, ?cpuFineClipRect: cpp.Star = null): Void

Name	Type	Default
`self`	cpp.Star
`font`	cpp.Star
`fontSize`	cpp.Float32
`pos`	ImVec2
`col`	UInt
`textBegin`	cpp.ConstCharStar
`textEnd`	cpp.ConstCharStar	`null`
`wrapWidth`	cpp.Float32	`0.0`
`cpuFineClipRect`	cpp.Star	`null`

addTextImFontPtr(self: cpp.Star, font: cpp.Star, fontSize: cpp.Float32, pos: ImVec2, col: UInt, textBegin: cpp.ConstCharStar): Void

Implied text_end = NULL, wrap_width = 0.0f, cpu_fine_clip_rect = NULL

Name	Type
`self`	cpp.Star
`font`	cpp.Star
`fontSize`	cpp.Float32
`pos`	ImVec2
`col`	UInt
`textBegin`	cpp.ConstCharStar

addBezierCubic(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2, col: UInt, thickness: cpp.Float32, ?numSegments: Int = 0): Void

Cubic Bezier (4 control points)

Name	Type	Default
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`col`	UInt
`thickness`	cpp.Float32
`numSegments`	Int	`0`

addBezierQuadratic(self: cpp.Star, p1: ImVec2, p2: ImVec2, p3: ImVec2, col: UInt, thickness: cpp.Float32, ?numSegments: Int = 0): Void

Quadratic Bezier (3 control points)

Name	Type	Default
`self`	cpp.Star
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`col`	UInt
`thickness`	cpp.Float32
`numSegments`	Int	`0`

addPolyline(self: cpp.Star, points: cpp.Star, numPoints: Int, col: UInt, thickness: cpp.Float32, ?flags: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`points`	cpp.Star
`numPoints`	Int
`col`	UInt
`thickness`	cpp.Float32
`flags`	Int	`0`

addConvexPolyFilled(self: cpp.Star, points: cpp.Star, numPoints: Int, col: UInt): Void

Name	Type
`self`	cpp.Star
`points`	cpp.Star
`numPoints`	Int
`col`	UInt

addConcavePolyFilled(self: cpp.Star, points: cpp.Star, numPoints: Int, col: UInt): Void

Name	Type
`self`	cpp.Star
`points`	cpp.Star
`numPoints`	Int
`col`	UInt

addImageEx(self: cpp.Star, texRef: ImTextureRef, pMin: ImVec2, pMax: ImVec2, uvMin: ImVec2, uvMax: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`texRef`	ImTextureRef
`pMin`	ImVec2
`pMax`	ImVec2
`uvMin`	ImVec2
`uvMax`	ImVec2
`col`	UInt

addImage(self: cpp.Star, texRef: ImTextureRef, pMin: ImVec2, pMax: ImVec2): Void

Implied uv_min = ImVec2(0, 0), uv_max = ImVec2(1, 1), col = IM_COL32_WHITE

Name	Type
`self`	cpp.Star
`texRef`	ImTextureRef
`pMin`	ImVec2
`pMax`	ImVec2

addImageQuadEx(self: cpp.Star, texRef: ImTextureRef, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2, uv1: ImVec2, uv2: ImVec2, uv3: ImVec2, uv4: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`texRef`	ImTextureRef
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`uv1`	ImVec2
`uv2`	ImVec2
`uv3`	ImVec2
`uv4`	ImVec2
`col`	UInt

addImageQuad(self: cpp.Star, texRef: ImTextureRef, p1: ImVec2, p2: ImVec2, p3: ImVec2, p4: ImVec2): Void

Implied uv1 = ImVec2(0, 0), uv2 = ImVec2(1, 0), uv3 = ImVec2(1, 1), uv4 = ImVec2(0, 1), col = IM_COL32_WHITE

Name	Type
`self`	cpp.Star
`texRef`	ImTextureRef
`p1`	ImVec2
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2

addImageRounded(self: cpp.Star, texRef: ImTextureRef, pMin: ImVec2, pMax: ImVec2, uvMin: ImVec2, uvMax: ImVec2, col: UInt, rounding: cpp.Float32, ?flags: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`texRef`	ImTextureRef
`pMin`	ImVec2
`pMax`	ImVec2
`uvMin`	ImVec2
`uvMax`	ImVec2
`col`	UInt
`rounding`	cpp.Float32
`flags`	Int	`0`

pathClear(self: cpp.Star): Void

Name	Type
`self`	cpp.Star

pathLineTo(self: cpp.Star, pos: ImVec2): Void

Name	Type
`self`	cpp.Star
`pos`	ImVec2

pathLineToMergeDuplicate(self: cpp.Star, pos: ImVec2): Void

Name	Type
`self`	cpp.Star
`pos`	ImVec2

pathFillConvex(self: cpp.Star, col: UInt): Void

Name	Type
`self`	cpp.Star
`col`	UInt

pathFillConcave(self: cpp.Star, col: UInt): Void

Name	Type
`self`	cpp.Star
`col`	UInt

pathStroke(self: cpp.Star, col: UInt, ?thickness: cpp.Float32 = 1.0, ?flags: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`col`	UInt
`thickness`	cpp.Float32	`1.0`
`flags`	Int	`0`

pathArcTo(self: cpp.Star, center: ImVec2, radius: cpp.Float32, aMin: cpp.Float32, aMax: cpp.Float32, ?numSegments: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`aMin`	cpp.Float32
`aMax`	cpp.Float32
`numSegments`	Int	`0`

pathArcToFast(self: cpp.Star, center: ImVec2, radius: cpp.Float32, aMinOf12: Int, aMaxOf12: Int): Void

Use precomputed angles for a 12 steps circle

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	cpp.Float32
`aMinOf12`	Int
`aMaxOf12`	Int

pathEllipticalArcToEx(self: cpp.Star, center: ImVec2, radius: ImVec2, rot: cpp.Float32, aMin: cpp.Float32, aMax: cpp.Float32, ?numSegments: Int = 0): Void

Ellipse

Name	Type	Default
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`rot`	cpp.Float32
`aMin`	cpp.Float32
`aMax`	cpp.Float32
`numSegments`	Int	`0`

pathEllipticalArcTo(self: cpp.Star, center: ImVec2, radius: ImVec2, rot: cpp.Float32, aMin: cpp.Float32, aMax: cpp.Float32): Void

Implied num_segments = 0

Name	Type
`self`	cpp.Star
`center`	ImVec2
`radius`	ImVec2
`rot`	cpp.Float32
`aMin`	cpp.Float32
`aMax`	cpp.Float32

pathBezierCubicCurveTo(self: cpp.Star, p2: ImVec2, p3: ImVec2, p4: ImVec2, ?numSegments: Int = 0): Void

Cubic Bezier (4 control points)

Name	Type	Default
`self`	cpp.Star
`p2`	ImVec2
`p3`	ImVec2
`p4`	ImVec2
`numSegments`	Int	`0`

pathBezierQuadraticCurveTo(self: cpp.Star, p2: ImVec2, p3: ImVec2, ?numSegments: Int = 0): Void

Quadratic Bezier (3 control points)

Name	Type	Default
`self`	cpp.Star
`p2`	ImVec2
`p3`	ImVec2
`numSegments`	Int	`0`

pathRect(self: cpp.Star, rectMin: ImVec2, rectMax: ImVec2, ?rounding: cpp.Float32 = 0.0, ?flags: Int = 0): Void

Name	Type	Default
`self`	cpp.Star
`rectMin`	ImVec2
`rectMax`	ImVec2
`rounding`	cpp.Float32	`0.0`
`flags`	Int	`0`

addCallbackEx(self: cpp.Star, callback: ImGuiOpaqueCallback, ?userdata: cpp.RawPointer<cpp.Void> = null, ?userdataSize: cpp.SizeT = 0): Void

Name	Type	Default
`self`	cpp.Star
`callback`	ImGuiOpaqueCallback
`userdata`	cpp.RawPointer<cpp.Void>	`null`
`userdataSize`	cpp.SizeT	`0`

addCallback(self: cpp.Star, callback: ImGuiOpaqueCallback): Void

Implied userdata = NULL, userdata_size = 0

Name	Type
`self`	cpp.Star
`callback`	ImGuiOpaqueCallback

addDrawCmd(self: cpp.Star): Void

This is useful if you need to forcefully create a new draw call (to allow for dependent rendering / blending). Otherwise primitives are merged into the same draw-call as much as possible

Name	Type
`self`	cpp.Star

cloneOutput(self: cpp.Star): cpp.Star

Create a clone of the CmdBuffer/IdxBuffer/VtxBuffer. For multi-threaded rendering, consider using imgui_threaded_rendering from https://github.com/ocornut/imgui_club instead.

Name	Type
`self`	cpp.Star

Returns
cpp.Star

channelsSplit(self: cpp.Star, count: Int): Void

Name	Type
`self`	cpp.Star
`count`	Int

channelsMerge(self: cpp.Star): Void

Name	Type
`self`	cpp.Star

channelsSetCurrent(self: cpp.Star, n: Int): Void

Name	Type
`self`	cpp.Star
`n`	Int

primReserve(self: cpp.Star, idxCount: Int, vtxCount: Int): Void

Name	Type
`self`	cpp.Star
`idxCount`	Int
`vtxCount`	Int

primUnreserve(self: cpp.Star, idxCount: Int, vtxCount: Int): Void

Name	Type
`self`	cpp.Star
`idxCount`	Int
`vtxCount`	Int

primRect(self: cpp.Star, a: ImVec2, b: ImVec2, col: UInt): Void

Axis aligned rectangle (composed of two triangles)

Name	Type
`self`	cpp.Star
`a`	ImVec2
`b`	ImVec2
`col`	UInt

primRectUV(self: cpp.Star, a: ImVec2, b: ImVec2, uvA: ImVec2, uvB: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`a`	ImVec2
`b`	ImVec2
`uvA`	ImVec2
`uvB`	ImVec2
`col`	UInt

primQuadUV(self: cpp.Star, a: ImVec2, b: ImVec2, c: ImVec2, d: ImVec2, uvA: ImVec2, uvB: ImVec2, uvC: ImVec2, uvD: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`a`	ImVec2
`b`	ImVec2
`c`	ImVec2
`d`	ImVec2
`uvA`	ImVec2
`uvB`	ImVec2
`uvC`	ImVec2
`uvD`	ImVec2
`col`	UInt

primWriteVtx(self: cpp.Star, pos: ImVec2, uv: ImVec2, col: UInt): Void

Name	Type
`self`	cpp.Star
`pos`	ImVec2
`uv`	ImVec2
`col`	UInt

primWriteIdx(self: cpp.Star, idx: cpp.UInt16): Void

Name	Type
`self`	cpp.Star
`idx`	cpp.UInt16

primVtx(self: cpp.Star, pos: ImVec2, uv: ImVec2, col: UInt): Void

Write vertex with unique index

Name	Type
`self`	cpp.Star
`pos`	ImVec2
`uv`	ImVec2
`col`	UInt

Instance Members

cmdBuffer: ImVector_ImDrawCmd

Draw commands. Typically 1 command = 1 GPU draw call, unless the command is a callback.

idxBuffer: ImVector_ImDrawIdx

Index buffer. Each command consume ImDrawCmd::ElemCount of those

vtxBuffer: ImVector_ImDrawVert

Vertex buffer.

flags: Int

Flags, you may poke into these to adjust anti-aliasing settings per-primitive.

Metadata

Name	Parameters
`:structAccess`	-
`:include`	"linc_imgui.h"

ImDrawList

Static Members #

Instance Members #

Metadata #

Static Members

Instance Members

Metadata