Arc2d • tldraw Docs

Table of contents

area
bounds
boundsVertices
center
debugColor
excludeFromShapeBounds
ignore
isClosed
isEmptyLabel
isFilled
isInternal
isLabel
length
vertices
Properties
Methods

Extends Geometry2d.

class Arc2d extends Geometry2d {}

Constructor

Constructs a new instance of the Arc2d class

Parameters

Name	Description
`config`	`Omit< Geometry2dOptions, "isClosed" \| "isFilled" > & { center: Vec; end: Vec; largeArcFlag: number; start: Vec; sweepFlag: number; };`

Properties

area

readonly

from Geometry2d

get area(): number;

bounds

readonly

from Geometry2d

get bounds(): Box;

boundsVertices

readonly

from Geometry2d

get boundsVertices(): Vec[];

center

readonly

from Geometry2d

get center(): Vec;

debugColor

optional

from Geometry2d

debugColor?: string;

excludeFromShapeBounds

from Geometry2d

excludeFromShapeBounds: boolean;

ignore

optional

from Geometry2d

ignore?: boolean;

isClosed

from Geometry2d

isClosed: boolean;

isEmptyLabel

from Geometry2d

isEmptyLabel: boolean;

isFilled

from Geometry2d

isFilled: boolean;

isInternal

from Geometry2d

isInternal: boolean;

isLabel

from Geometry2d

isLabel: boolean;

length

readonly

from Geometry2d

get length(): number;

vertices

readonly

from Geometry2d

get vertices(): Vec[];

Methods

distanceToLineSegment( )

from Geometry2d

distanceToLineSegment(
  A: VecLike,
  B: VecLike,
  filters?: Geometry2dFilters,
): number;

Parameters

Name	Description
`A`	`VecLike;`
`B`	`VecLike;`
`filters`	`Geometry2dFilters;`

Returns

number;

distanceToPoint( )

from Geometry2d

distanceToPoint(
  point: VecLike,
  hitInside?: boolean,
  filters?: Geometry2dFilters,
): number;

Parameters

Name	Description
`point`	`VecLike;`
`hitInside`	`boolean;`
`filters`	`Geometry2dFilters;`

Returns

number;

getArea( )

from Geometry2d

getArea(): number;

getBounds( )

from Geometry2d

getBounds(): Box;

getBoundsVertices( )

from Geometry2d

getBoundsVertices(): Vec[];

getLength( )

getLength(): number;

getSvgPathData( )

getSvgPathData(first?: boolean): string;

Parameters

Name	Description
`first`	`boolean;`

Returns

string;

getVertices( )

getVertices(): Vec[];

hitTestLineSegment( )

hitTestLineSegment(A: VecLike, B: VecLike): boolean;

Parameters

Name	Description
`A`	`VecLike;`
`B`	`VecLike;`

Returns

boolean;

hitTestPoint( )

from Geometry2d

hitTestPoint(
  point: VecLike,
  margin?: number,
  hitInside?: boolean,
  _filters?: Geometry2dFilters,
): boolean;

Parameters

Name	Description
`point`	`VecLike;`
`margin`	`number;`
`hitInside`	`boolean;`
`_filters`	`Geometry2dFilters;`

Returns

boolean;

ignoreHit( )

from Geometry2d

Called after a hit test succeeds. Return true to reject the hit and allow shapes behind this one to be selected instead (e.g. transparent image pixels).

ignoreHit(_point: VecLike): boolean;

Parameters

Name	Description
`_point`	`VecLike;`

Returns

boolean;

interpolateAlongEdge( )

from Geometry2d

Find a point along the edge of the geometry that is a fraction t along the entire way round.

interpolateAlongEdge(t: number, _filters?: Geometry2dFilters): Vec;

Parameters

Name	Description
`t`	`number;`
`_filters`	`Geometry2dFilters;`

Returns

Vec;

intersectCircle( )

from Geometry2d

intersectCircle(
  center: VecLike,
  radius: number,
  _filters?: Geometry2dFilters,
): VecLike[];

Parameters

Name	Description
`center`	`VecLike;`
`radius`	`number;`
`_filters`	`Geometry2dFilters;`

Returns

VecLike[];

intersectLineSegment( )

from Geometry2d

intersectLineSegment(
  A: VecLike,
  B: VecLike,
  _filters?: Geometry2dFilters,
): VecLike[];

Parameters

Name	Description
`A`	`VecLike;`
`B`	`VecLike;`
`_filters`	`Geometry2dFilters;`

Returns

VecLike[];

intersectPolygon( )

from Geometry2d

intersectPolygon(polygon: VecLike[], _filters?: Geometry2dFilters): VecLike[];

Parameters

Name	Description
`polygon`	`VecLike[];`
`_filters`	`Geometry2dFilters;`

Returns

VecLike[];

intersectPolyline( )

from Geometry2d

intersectPolyline(
  polyline: VecLike[],
  _filters?: Geometry2dFilters,
): VecLike[];

Parameters

Name	Description
`polyline`	`VecLike[];`
`_filters`	`Geometry2dFilters;`

Returns

VecLike[];

isExcludedByFilter( )

from Geometry2d

isExcludedByFilter(filters?: Geometry2dFilters): boolean;

Parameters

Name	Description
`filters`	`Geometry2dFilters;`

Returns

boolean;

isPointInBounds( )

from Geometry2d

isPointInBounds(point: VecLike, margin?: number): boolean;

Parameters

Name	Description
`point`	`VecLike;`
`margin`	`number;`

Returns

boolean;

nearestPoint( )

nearestPoint(point: VecLike): Vec;

Parameters

Name	Description
`point`	`VecLike;`

Returns

Vec;

overlapsPolygon( )

from Geometry2d

overlapsPolygon(_polygon: VecLike[]): boolean;

Parameters

Name	Description
`_polygon`	`VecLike[];`

Returns

boolean;

toSimpleSvgPath( )

from Geometry2d

toSimpleSvgPath(): string;

transform( )

from Geometry2d

transform(
  transform: MatModel,
  opts?: TransformedGeometry2dOptions,
): Geometry2d;

Parameters

Name	Description
`transform`	`MatModel;`
`opts`	`TransformedGeometry2dOptions;`

Returns

Geometry2d;

uninterpolateAlongEdge( )

from Geometry2d

Take point, find the closest point to it on the edge of the geometry, and return how far along the edge it is as a fraction of the total length.

uninterpolateAlongEdge(point: VecLike, _filters?: Geometry2dFilters): number;

Parameters

Name	Description
`point`	`VecLike;`
`_filters`	`Geometry2dFilters;`

Returns

number;