Class: SingleStringMathTex

Returns

MathTexImage._getEdgeInDirection

World-space edge position (center + half-bounding-box offset).

Inherited from

_handoffTextureMap()

protected _handoffTextureMap(material, nextTexture, previousTexture): void

Defined in: core/TexturedMobject.ts:57

Sets material.map, marks material dirty, and disposes previous texture when replaced.

Parameters

material

MeshBasicMaterial

nextTexture

Texture<unknown, TextureEventMap>

previousTexture

Texture<unknown, TextureEventMap>

Returns

void

Inherited from

MathTexImage._handoffTextureMap

_localToWorld()

protected _localToWorld(p): Vector3Tuple

Defined in: core/Mobject.ts:387

LOCAL point -> WORLD (the frame this node's points live in; this node's own transform IS applied).

Parameters

p

Returns

MathTexImage._localToWorld

Post

result === this._worldMatrix() * p

Inherited from

_markDirty()

_markDirty(): void

Defined in: core/Mobject.ts:920

Mark this node's render/transform state stale and propagate the flag to the root. World-space geometry of any node depends on its ancestors' transforms, so a change anywhere must invalidate the whole ancestor chain; the invariant "a clean node has a clean subtree" then lets _syncToThree()/root-sync skip untouched branches safely.

Returns

void

Post

this._dirty && (this.parent => this.parent._dirty)

Inherited from

MathTexImage._markDirty

_markDirtyUpward()

_markDirtyUpward(): void

Defined in: core/Mobject.ts:931

Alias for _markDirty. Retained as the single override point for subclasses (e.g. VMobject) that must also invalidate baked geometry when a mutation propagates upward; transform-only changes call _markDirty() directly.

Returns

void

Inherited from

MathTexImage._markDirtyUpward

_normalizeChildrenInto()

protected _normalizeChildrenInto(worldMatrix): void

Defined in: core/Mobject.ts:836

Recurse normalizeTransform into children, composing each child's own matrix onto worldMatrix so every descendant flattens into the same frame.

Parameters

worldMatrix

Matrix4

Returns

void

Inherited from

MathTexImage._normalizeChildrenInto

_ownMatrix()

_ownMatrix(): Matrix4

Defined in: core/Mobject.ts:969

This node's transform matrix in isolation — position, rotation, and scale composed together, with no ancestor contribution.

Returns

Matrix4

Post

this.parent === null => this._computeWorldMatrix() === this._computeOwnMatrix()

Post

this.parent !== null => this._computeWorldMatrix() === this.parent._computeWorldMatrix() * this._computeOwnMatrix()

Inherited from

MathTexImage._ownMatrix

_renderDomToCanvas()

protected _renderDomToCanvas(container, containerRect, width, height, padding, scale): Promise<HTMLCanvasElement>

Defined in: mobjects/text/MathTexImage.ts:763

Walk the KaTeX DOM tree and render text nodes + SVG elements at their computed CSS positions onto a canvas.

Parameters

container

HTMLElement

containerRect

DOMRect

width

number

height

number

padding

number

scale

number = 2

Returns

Promise<HTMLCanvasElement>

Inherited from

MathTexImage._renderDomToCanvas

_renderLatex()

protected _renderLatex(): Promise<void>

Defined in: mobjects/text/MathTexImage.ts:467

Render the LaTeX to a canvas using the selected renderer.

Renderer selection logic:

'katex' : Use KaTeX directly (throwOnError: false)
'mathjax': Use MathJax SVG output, rendered to canvas via Image
'auto' : Try KaTeX with throwOnError: true. If it throws, fall back to MathJax.

Returns

Promise<void>

Inherited from

MathTexImage._renderLatex

_renderLatexViaKaTeX()

protected _renderLatexViaKaTeX(): Promise<void>

Defined in: mobjects/text/MathTexImage.ts:629

Render the LaTeX to a canvas by walking the KaTeX DOM and drawing each text element at its computed CSS position.

IMPORTANT: The canvas dimensions are in pixel space, rendered at the user's fontSize (e.g., fontSize=48 → 48px). The caller must convert these pixel dimensions to world space using scaleFactor = 0.01.

Returns

Promise<void>

Inherited from

MathTexImage._renderLatexViaKaTeX

_renderLatexViaMathJax()

protected _renderLatexViaMathJax(): Promise<void>

Defined in: mobjects/text/MathTexImage.ts:510

Render using MathJax SVG output. The SVG is painted onto a canvas texture in the same way the KaTeX path works, keeping the visual pipeline consistent.

Returns

Promise<void>

Inherited from

MathTexImage._renderLatexViaMathJax

_root()

_root(): Mobject

Defined in: core/Mobject.ts:940

The topmost ancestor (the node with no parent).

Returns

Inherited from

MathTexImage._root

_rotateAboutParentLocalPoint()

protected _rotateAboutParentLocalPoint(angle, axis, pivotLocal): void

Defined in: core/Mobject.ts:356

Rotate about a pivot expressed in this node's PARENT-local frame (the same frame as this.position). No world-space conversion is done.

Parameters

angle

number

axis

pivotLocal

MathTexImage._rotateAboutParentLocalPoint

Returns

void

Pre

pivotLocal is in the same frame as this.position (parent-local)

Post

the parent-local pivot point is fixed; this.position rotates about it

Post

this.rotation === old.rotation composed with the requested rotation

Inherited from

_startRender()

protected _startRender(): void

Defined in: mobjects/text/MathTexImage.ts:436

Start the async rendering process

Returns

void

Inherited from

MathTexImage._startRender

_syncMaterialToThree()

protected _syncMaterialToThree(): void

Defined in: mobjects/text/MathTexImage.ts:1117

Sync material properties to Three.js

Returns

void

Inherited from

MathTexImage._syncMaterialToThree

_syncToThree()

_syncToThree(): void

Defined in: core/Mobject.ts:870

Returns

void

Inherited from

MathTexImage._syncToThree

_syncWorldMatrices()

_syncWorldMatrices(): Object3D

Defined in: core/Mobject.ts:661

Refresh the THREE world matrices so a geometry query reads current transforms, and return the backing object. World coordinates depend on every ancestor's transform, so we sync from the root (the dirty invariant — see _markDirty — lets the recursion skip clean subtrees). _syncToThree only copies locals onto the THREE objects; setFromObject won't walk up to refresh matrixWorld, so we flush ancestors (true) and descendants (true) here. Shared by getBounds() and getBoundingBox() so both stay consistent.

Returns

Object3D

Pre

!this.isEmpty()

Post

result.min <= result.max component-wise

Inherited from

MathTexImage._syncWorldMatrices

_updateMeshGeometry()

protected _updateMeshGeometry(): void

Defined in: mobjects/text/MathTexImage.ts:1003

Update the mesh geometry to match current dimensions

Returns

void

Inherited from

MathTexImage._updateMeshGeometry

_worldMatrix()

_worldMatrix(): Matrix4

Defined in: core/Mobject.ts:974

Returns

Matrix4

Inherited from

MathTexImage._worldMatrix

_worldToLocal()

protected _worldToLocal(p): Vector3Tuple

Defined in: core/Mobject.ts:397

WORLD point -> this node's LOCAL frame. Inverse of _localToWorld.

Parameters

p

Returns

MathTexImage._worldToLocal

Post

result === this._worldMatrix().invert() * p

Inherited from

add()

add(...mobjects): this

Defined in: core/Mobject.ts:481

Parameters

mobjects

...Mobject[]

Returns

this

Inherited from

MathTexImage.add

addUpdater()

addUpdater(updater, callOnAdd): this

Defined in: core/Mobject.ts:1010

Parameters

updater

UpdaterFunction

callOnAdd

boolean = false

Returns

this

Inherited from

MathTexImage.addUpdater

alignTo()

alignTo(target, direction): this

Defined in: core/Mobject.ts:713

Parameters

target

direction

MathTexImage.applyContentFrom

Returns

this

Inherited from

MathTexImage.alignTo

applyContentFrom()

applyContentFrom(other): void

Defined in: mobjects/text/MathTexImage.ts:1107

Copy class-authoritative content metadata from another textured mobject so that future sync cycles and API reads (e.g. getText()) reflect the target's content.

Parameters

other

TexturedMobject

Returns

void

Inherited from

applyFunction()

applyFunction(fn, options?): this

Defined in: core/Mobject.ts:1068

Parameters

fn

(point) => number[]

options?

aboutEdge?

aboutPoint?

MathTexImage.applyFunction

Returns

this

Inherited from

applyFunctionAboutPoint()

applyFunctionAboutPoint(fn, aboutPoint): this

Defined in: core/Mobject.ts:1047

Apply a function to every descendant's world-space points, about a given point. Recurses the family and delegates to _applyFunctionAboutPoint on each node.

Parameters

fn

(pts) => number[][]

aboutPoint

number[] = ...

Returns

this

Pre

fn(pts).length === pts.length

Post

m.getPoints()[i] === old.m.getPoints().map(p => fn([p - aboutPoint]) + aboutPoint)[i] // for every descendant m

Inherited from

MathTexImage.applyFunctionAboutPoint

applyMatrix()

applyMatrix(matrix, options?): this

Defined in: core/Mobject.ts:1076

Parameters

matrix

number[][]

options?

aboutEdge?

aboutPoint?

MathTexImage.applyMatrix

Returns

this

Inherited from

applyTextureFrom()

applyTextureFrom(other): void

Defined in: mobjects/text/MathTexImage.ts:1069

Copy texture/material-relevant state from another textured mobject.

Parameters

other

TexturedMobject

Returns

void

Inherited from

MathTexImage.applyTextureFrom

applyToFamily()

applyToFamily(func): this

Defined in: core/Mobject.ts:998

Parameters

func

(mobject) => void

Returns

this

Inherited from

MathTexImage.applyToFamily

applyVisualSize()

applyVisualSize(width, height): void

Defined in: mobjects/text/MathTexImage.ts:1095

Update class-authoritative visual size state so later sync cycles do not revert display dimensions set during transform finish.

Parameters

width

number

height

number

Returns

void

Inherited from

MathTexImage.applyVisualSize

become()

become(other): this

Defined in: core/Mobject.ts:592

Parameters

other

MathTexImage.clearUpdaters

Returns

this

Inherited from

MathTexImage.become

center()

center(): this

Defined in: core/Mobject.ts:772

Returns

this

Inherited from

MathTexImage.center

clearUpdaters()

clearUpdaters(): this

Defined in: core/Mobject.ts:1022

Returns

this

Inherited from

copy()

copy(): MathTexImage

Defined in: mobjects/text/MathTexImage.ts:1138

Deep-copy this mobject: position, color, and (for composites) children. Every concrete subclass MUST implement copy() with its own return type. Call _copyBaseAttributesInto to handle standard properties.

Leaf classes: construct new instance, call helper, return. Self-building composites: construct new instance (rebuilds children), call helper, return. Point-morphing classes: construct, call helper, overwrite _points3D, return.

copy() is a LOCAL structural clone: it reproduces this node's own position/rotation/scale (parent-relative) and deep-copies children. It does NOT fold in ancestor transforms — a clone of a node nested under a transformed group carries only the local transform. To get a world-correct clone, normalizeTransform() the tree first (folding ancestors into absolute geometry) so that local === world, then copy. This is why animations flatten with normalizeTransform() before snapshotting via copy().

Returns

MathTexImage

Post

typeof result === typeof this (strongly typed, no casts)

Post

old.getPoints()[i] === this.getPoints()[i] // source is never mutated

Inherited from

MathTexImage.copy

disableChildZLayering()

disableChildZLayering(): this

Defined in: core/Mobject.ts:905

Disable the 2D draw-order z-layering offset (idx * 0.01 per non-first child, applied in _syncToThree) for this node and its whole subtree.

The offset is a flat-2D hack that fakes paint order by nudging later siblings toward the camera. Under a 3D perspective camera with real depth sorting it instead corrupts geometry: a group's children drift along world-z proportionally to their index (issue #465). ThreeDScene calls this on every added mobject so 3D scenes opt out. Because the offset is gated on the parent's flag, setting it on a container also covers children added later.

Returns

this

Inherited from

MathTexImage.disableChildZLayering

dispose()

dispose(): void

Defined in: mobjects/text/MathTexImage.ts:1212

Clean up Three.js resources

Returns

void

Inherited from

MathTexImage.dispose

flip()

flip(axis, options?): this

Defined in: core/Mobject.ts:403

Parameters

axis

Vector3Tuple = ...

options?

aboutEdge?

aboutPoint?

Returns

this

Inherited from

MathTexImage.flip

generateTarget()

generateTarget(): Mobject

Defined in: core/Mobject.ts:1091

Returns

MathTexImage.generateTarget

Inherited from

getActiveRenderer()

getActiveRenderer(): "katex" | "mathjax"

Defined in: mobjects/text/MathTexImage.ts:226

Get which renderer was actually used for the current render. Returns null if not yet rendered.

Returns

"katex" | "mathjax"

Inherited from

MathTexImage.getActiveRenderer

getBottom()

getBottom(): Vector3Tuple

Defined in: core/Mobject.ts:751

Returns

MathTexImage.getBottom

Inherited from

getBoundingBox()

getBoundingBox(): object

Defined in: core/Mobject.ts:732

Returns

object

depth

depth: number

height

height: number

width

width: number

Inherited from

MathTexImage.getBoundingBox

getBounds()

getBounds(): object

Defined in: core/Mobject.ts:679

World-space axis-aligned bounding box.

Uses Box3.setFromObject() via the Three.js subtree. This works for all standard geometry types without a renderer. VMobject overrides this with point math because Line2's LineGeometry is incompatible with Box3.setFromObject() — see PointBounds.ts for the full explanation.

Returns

object

max

max: object

max.x

x: number

max.y

y: number

max.z

z: number

min

min: object

min.x

x: number

min.y

y: number

min.z

z: number

Pre

!this.isEmpty()

Post

result.min <= result.max component-wise

Inherited from

MathTexImage.getBounds

getCenter()

getCenter(): Vector3Tuple

Defined in: mobjects/text/MathTexImage.ts:1205

Get the center of this MathTexImage

Returns

MathTexImage.getCenter

Inherited from

getDimensions()

getDimensions(): [number, number]

Defined in: mobjects/text/MathTexImage.ts:424

Get the rendered dimensions in world units

Returns

[number, number]

[width, height] or [0, 0] if not yet rendered

Inherited from

MathTexImage.getDimensions

getDisplayMeshes()

getDisplayMeshes(): Mesh<BufferGeometry<NormalBufferAttributes, BufferGeometryEventMap>, Material<MaterialEventMap> | Material<MaterialEventMap>[], Object3DEventMap>[]

Defined in: mobjects/text/MathTexImage.ts:1053

Return the meshes that visually represent this mobject. Textured morph code can use this for strict single-mesh validation.

Returns

Mesh<BufferGeometry<NormalBufferAttributes, BufferGeometryEventMap>, Material<MaterialEventMap> | Material<MaterialEventMap>[], Object3DEventMap>[]

Inherited from

MathTexImage.getDisplayMeshes

getDisplayMeshLength()

getDisplayMeshLength(): number

Defined in: mobjects/text/MathTexImage.ts:1047

Return how many display meshes this textured mobject contributes.

Returns

number

Inherited from

MathTexImage.getDisplayMeshLength

getEdge()

getEdge(direction): Vector3Tuple

Defined in: core/Mobject.ts:745

Parameters

getFamily()

getFamily(): Mobject[]

Defined in: core/Mobject.ts:1004

Returns

Mobject[]

Inherited from

MathTexImage.getFamily

getFontSize()

getFontSize(): number

Defined in: mobjects/text/MathTexImage.ts:264

Get the font size

Returns

number

Inherited from

MathTexImage.getFontSize

getHeight()

getHeight(): number

Defined in: core/Mobject.ts:738

Returns

number

Inherited from

MathTexImage.getHeight

getLatex()

getLatex(): string

Defined in: mobjects/text/MathTexImage.ts:245

Get the LaTeX string

Returns

string

Inherited from

MathTexImage.getLatex

getLeft()

getLeft(): Vector3Tuple

Defined in: core/Mobject.ts:754

Returns

Inherited from

MathTexImage.getLeft

getLocalCenter()

getLocalCenter(): Vector3Tuple

Defined in: core/Mobject.ts:643

Get center in this mobject's parent coordinate frame.

Includes this node's own local transform, excludes ancestor transforms.

Returns

MathTexImage.getLocalCenter

Post

this.parent === null => result === this.getCenter()

Post

this.parent !== null => result === parent._computeWorldMatrix().invert() * this.getCenter()

Inherited from

getPart()

getPart(index): MathTexImage

Defined in: mobjects/text/MathTexImage.ts:339

Get a sub-part of a multi-part MathTexImage expression. Only available when the MathTexImage was created with a string array.

Parameters

index

number

Zero-based index of the part

Returns

MathTexImage

The MathTexImage sub-part at the given index

Inherited from

MathTexImage.getPart

getPartCount()

getPartCount(): number

Defined in: mobjects/text/MathTexImage.ts:354

Get the number of parts (1 for single-string, N for multi-part).

Returns

number

Inherited from

MathTexImage.getPartCount

getRenderer()

getRenderer(): TexRenderer

Defined in: mobjects/text/MathTexImage.ts:218

Get the renderer mode

Returns

TexRenderer

Inherited from

MathTexImage.getRenderer

getRight()

getRight(): Vector3Tuple

Defined in: core/Mobject.ts:757

Returns

MathTexImage.getRight

Inherited from

getTexString()

getTexString(): string

Defined in: mobjects/text/MathTexParts.ts:20

Get the LaTeX source string

Returns

string

getThreeObject()

getThreeObject(): Object3D

Defined in: core/Mobject.ts:944

Returns

Object3D

Inherited from

MathTexImage.getThreeObject

getTop()

getTop(): Vector3Tuple

Defined in: core/Mobject.ts:748

Returns

MathTexImage.getUpdaters

Inherited from

MathTexImage.getTop

getUpdaters()

getUpdaters(): UpdaterFunction[]

Defined in: core/Mobject.ts:1029

Returns

UpdaterFunction[]

Inherited from

getWidth()

getWidth(): number

Defined in: core/Mobject.ts:735

Returns

number

Inherited from

MathTexImage.getWidth

hasUpdaters()

hasUpdaters(): boolean

Defined in: core/Mobject.ts:1026

Returns

boolean

Inherited from

MathTexImage.hasUpdaters

isEmpty()

isEmpty(): boolean

Defined in: core/Mobject.ts:611

Whether this mobject has no renderable geometry. Base default is conservative: non-empty unless specialized subclasses decide otherwise.

Returns

boolean

Inherited from

MathTexImage.isEmpty

isRendering()

isRendering(): boolean

Defined in: mobjects/text/MathTexImage.ts:416

Check if rendering is in progress

Returns

boolean

Inherited from

MathTexImage.isRendering

isTransformNormalized()

isTransformNormalized(): boolean

Defined in: core/Mobject.ts:517

Check if this mobject's transform is normalized (rotation=0, scale=1).

Returns

boolean

Post

result === (rotation.x==0 && rotation.y==0 && rotation.z==0 && scaleVector===[1,1,1])

Inherited from

MathTexImage.isTransformNormalized

moveTo()

moveTo(target, alignedEdge?): this

Defined in: core/Mobject.ts:256

Move to target position in world space.

Computes the delta from the current world-space center, converts it into this node's parent-local frame (the frame shift()/position live in), and applies it so the world-space center lands on the target. The parent-local conversion is what makes this correct when the node is parented under a scaled/rotated parent — a raw world delta fed to shift() would be scaled/rotated by the parent. For an unparented node the conversion is the identity, so behavior is unchanged.

Parameters

target

alignedEdge?

Returns

this

Post

result world center === target (within the parent's representable frame)

Pre

!this.isEmpty() if needed (e.g., VGroup).

Inherited from

MathTexImage.moveTo

moveToAligned()

moveToAligned(target, alignedEdge?): this

Defined in: core/Mobject.ts:723

Parameters

target

alignedEdge?

MathTexImage.moveToAligned

Returns

this

Inherited from

nextTo()

nextTo(target, direction, buff): this

Defined in: core/Mobject.ts:696

Parameters

target

MathTexImage.normalizeTransform

direction

Vector3Tuple = RIGHT

buff

number = 0.25

Returns

this

Inherited from

MathTexImage.nextTo

normalizeTransform()

normalizeTransform(worldMatrix): this

Defined in: core/TexturedMobject.ts:50

Flatten a textured leaf. Its geometry is a Three.js display mesh, not bakeable points, so — like Mobject3D — it absolutizes rather than resetting to identity: the local transform is set equal to the incoming world matrix and re-applied to the mesh on every _syncToThree. Keeping the scale on scaleVector (instead of folding it into the plane size and resetting, as #417 had to) is inherently durable across async load / canvas re-render, since those rebuild the geometry but not the Mobject transform.

Parameters

worldMatrix

Matrix4 = ...

Returns

this

Post

old.getBounds() === this.getBounds() // world geometry preserved

Inherited from

prepareForNonlinearTransform()

prepareForNonlinearTransform(numPieces): this

Defined in: core/Mobject.ts:1084

Parameters

numPieces

number = 50

Returns

this

Inherited from

MathTexImage.prepareForNonlinearTransform

remove()

remove(...mobjects): this

Defined in: core/Mobject.ts:496

Parameters

mobjects

...Mobject[]

Returns

this

Inherited from

MathTexImage.remove

removeUpdater()

removeUpdater(updater): this

Defined in: core/Mobject.ts:1016

Parameters

updater

UpdaterFunction

Returns

this

Inherited from

MathTexImage.removeUpdater

replace()

replace(target, stretch): this

Defined in: core/Mobject.ts:597

Parameters

target

MathTexImage.restoreState

stretch

boolean = false

Returns

this

Inherited from

MathTexImage.replace

restoreState()

restoreState(): boolean

Defined in: core/Mobject.ts:1101

Returns

boolean

Inherited from

rotate()

rotate(angle, axisOrOptions?): this

Defined in: core/Mobject.ts:306

Rotate the mobject by angle around an axis. Accepts aboutPoint or aboutEdge to specify the rotation center.

Parameters

angle

number

axisOrOptions?

Vector3Tuple | AxisOrOptions

Returns

this

Inherited from

MathTexImage.rotate

rotateAboutOrigin()

rotateAboutOrigin(angle, axis): this

Defined in: core/Mobject.ts:344

Parameters

angle

number

axis

Vector3Tuple = ...

Returns

this

Inherited from

MathTexImage.rotateAboutOrigin

saveState()

saveState(): this

Defined in: core/Mobject.ts:1096

Returns

this

Inherited from

MathTexImage.saveState

scale()

scale(factor, options?): this

Defined in: core/Mobject.ts:429

Parameters

factor

number | Vector3Tuple

options?

aboutEdge?

aboutPoint?

MathTexImage.setColor

Returns

this

Inherited from

MathTexImage.scale

setColor()

setColor(color): this

Defined in: mobjects/text/MathTexImage.ts:284

Override setColor — texture is always rendered white, so we only need to update the material tint via _syncMaterialToThree (no re-render).

Parameters

color

string

Returns

this

Inherited from

setFill()

setFill(color?, opacity?): this

Defined in: core/Mobject.ts:204

Parameters

color?

string

opacity?

number

Returns

this

Inherited from

MathTexImage.setFill

setFillOpacity()

setFillOpacity(opacity): this

Defined in: core/Mobject.ts:194

Parameters

opacity

number

Returns

this

Inherited from

MathTexImage.setFillOpacity

setFontSize()

setFontSize(size): this

Defined in: mobjects/text/MathTexImage.ts:273

Set the font size and re-render

Parameters

size

number

New font size in pixels

Returns

this

this for chaining

Inherited from

MathTexImage.setFontSize

setLatex()

setLatex(latex): this

Defined in: mobjects/text/MathTexImage.ts:254

Set the LaTeX string and re-render

Parameters

latex

string

New LaTeX string

Returns

this

this for chaining

Inherited from

MathTexImage.setLatex

setRenderer()

setRenderer(renderer): this

Defined in: mobjects/text/MathTexImage.ts:235

Set the renderer mode and re-render.

Parameters

renderer

TexRenderer

The renderer to use

Returns

this

this for chaining

Inherited from

MathTexImage.setRenderer

setRevealProgress()

setRevealProgress(alpha): void

Defined in: mobjects/text/MathTexImage.ts:1169

Set reveal progress for Write animation (left-to-right wipe).

Parameters

alpha

number

Progress from 0 (hidden) to 1 (fully visible)

Returns

void

Inherited from

MathTexImage.setRevealProgress

setStrokeOpacity()

setStrokeOpacity(opacity): this

Defined in: mobjects/text/MathTexImage.ts:298

Override setStrokeOpacity to propagate to multi-part children.

Parameters

opacity

number

Returns

this

Inherited from

MathTexImage.setStrokeOpacity

setStrokeWidth()

setStrokeWidth(width): this

Defined in: core/Mobject.ts:184

Parameters

width

number

Returns

this

Inherited from

MathTexImage.setStrokeWidth

setStyle()

setStyle(style): this

Defined in: core/Mobject.ts:152

Parameters

style

Partial<MobjectStyle>

Returns

this

Inherited from

MathTexImage.setStyle

setX()

setX(x): this

Defined in: core/Mobject.ts:760

Parameters

x

number

Returns

this

Inherited from

MathTexImage.setX

setY()

setY(y): this

Defined in: core/Mobject.ts:764

Parameters

y

number

Returns

this

Inherited from

MathTexImage.setY

setZ()

setZ(z): this

Defined in: core/Mobject.ts:768

Parameters

z

number

Returns

this

Inherited from

MathTexImage.setZ

shift()

shift(delta): this

Defined in: core/Mobject.ts:234

Parameters

delta

Returns

this

Inherited from

MathTexImage.shift

stretch()

stretch(factor, dim, options?): this

Defined in: core/Mobject.ts:461

Parameters

factor

number

dim

number

options?

aboutEdge?

aboutPoint?

MathTexImage.toCorner

Returns

this

Inherited from

MathTexImage.stretch

toCorner()

toCorner(direction, buff, frameDimensions?): this

Defined in: core/Mobject.ts:801

Parameters

direction

Vector3Tuple = ...

buff

number = 0.5

frameDimensions?

[number, number]

Returns

this

Inherited from

toEdge()

toEdge(direction, buff, frameDimensions?): this

Defined in: core/Mobject.ts:796

Parameters

direction