Class Tile

_center

max

min

type

bottom

• get bottom(): number

• Gets the bottom coordinate of the bounds.

  Returns number

  The bottom coordinate.

center

• get center(): Vector2d

• Gets the center position of the bounds.

  Returns Vector2d

  The center position as a Vector2d.

centerX

• get centerX(): number

• Gets the center position of the bounds on the x axis.

  Returns number

  The center x coordinate.

centerY

• get centerY(): number

• Gets the center position of the bounds on the y axis.

  Returns number

  The center y coordinate.

height

• get height(): number

• Gets the height of the bounds.

  Returns number

  The height.
• set height(value): void

• Sets the height of the bounds.

  Parameters

  • value: number

    The new height.

  Returns void

left

• get left(): number

• Gets the left coordinate of the bounds.

  Returns number

  The left coordinate.

right

• get right(): number

• Gets the right coordinate of the bounds.

  Returns number

  The right coordinate.

top

• get top(): number

• Gets the top coordinate of the bounds.

  Returns number

  The top coordinate.

width

• get width(): number

• Gets the width of the bounds.

  Returns number

  The width.
• set width(value): void

• Sets the width of the bounds.

  Parameters

  • value: number

    The new width.

  Returns void

x

• get x(): number

• Gets the x position of the bounds.

  Returns number

  The x position.
• set x(value): void

• Sets the x position of the bounds.

  Parameters

  • value: number

    The new x position.

  Returns void

y

• get y(): number

• Gets the y position of the bounds.

  Returns number

  The y position.
• set y(value): void

• Sets the y position of the bounds.

  Parameters

  • value: number

    The new y position.

  Returns void

add

• add(vertices, clear?): void

• Adds the given vertices to the bounds definition.

  Parameters

  • vertices: Vector2d[] | Point[] | XYPoint[]

    An array of Vector2d or Point to add to the bounds.
  • Optionalclear: boolean = false

    Whether to reset the bounds before adding the new vertices. Defaults to false.

  Returns void

addBounds

• addBounds(bounds, clear?): void

• Adds the given bounds to the bounds definition.

  Parameters

  • bounds: Bounds

    The bounds to add.
  • Optionalclear: boolean = false

    Whether to reset the bounds before adding the new bounds.

  Returns void

addFrame

• addFrame(x0, y0, x1, y1, m?): void

• Adds the given quad coordinates to this bounds definition, multiplied by the given matrix.

  Parameters

  • x0: number

    The left x coordinate of the quad.
  • y0: number

    The top y coordinate of the quad.
  • x1: number

    The right x coordinate of the quad.
  • y1: number

    The bottom y coordinate of the quad.
  • Optionalm: Matrix2d

    An optional transform to apply to the given coordinates.

  Returns void

addPoint

• addPoint(point, m?): void

• Adds the given point to the bounds definition.

  Parameters

  • point: Vector2d | Point

    The point to add to the bounds.
  • Optionalm: Matrix2d

    An optional transform to apply to the given point.

  Returns void

centerOn

• centerOn(x, y): Tile

• Centers the bounds position around the given coordinates.

  Parameters

  • x: number

    The x coordinate to center around.
  • y: number

    The y coordinate to center around.

  Returns Tile

  The current Bounds instance for method chaining.

clear

• clear(): void

• Resets the bounds to its initial state.

  Returns void

clone

• clone(): Bounds

• Creates a clone of this bounds.

  Returns Bounds

  A new Bounds object that is a copy of this bounds.

contains

• contains(x, y?): boolean

• Returns true if the bounds contain the given point or vector.

  Parameters

  • x: number
  • Optionaly: number

    The y coordinate if the first parameter is a number.

  Returns boolean

  True if the bounds contain the point or vector, otherwise false.
• contains(vector): boolean

• Parameters

  • vector: Vector2d | Bounds

  Returns boolean

isFinite

• isFinite(): boolean

• Determines whether all coordinates of this bounds are finite numbers.

  Returns boolean

  False if any coordinates are positive or negative Infinity or NaN; otherwise, true.

overlaps

• overlaps(bounds): boolean

• Returns true if the two bounds intersect.

  Parameters

  • bounds: Bounds

    The bounds to check for intersection.

  Returns boolean

  True if the bounds overlap, otherwise false.

setMinMax

• setMinMax(minX, minY, maxX, maxY): void

• Sets the bounds to the given minimum and maximum values.

  Parameters

  • minX: number

    The minimum x value.
  • minY: number

    The minimum y value.
  • maxX: number

    The maximum x value.
  • maxY: number

    The maximum y value.

  Returns void

shift

• shift(x, y?): void

• Shifts the bounds to the given x, y position or vector.

  Parameters

  • x: number
  • Optionaly: number

    The y coordinate if the first parameter is a number.

  Returns void
• shift(vector): void

• Parameters

  • vector: Vector2d

  Returns void

toPolygon

• toPolygon(): Polygon

• Returns a polygon whose edges are the same as this bounds.

  Returns Polygon

  A new Polygon that represents this bounds.

translate

• translate(x, y?): void

• Translates the bounds by the given point or vector.

  Parameters

  • x: number
  • Optionaly: number

    The y coordinate if the first parameter is a number.

  Returns void
• translate(vector): void

• Parameters

  • vector: Vector2d

  Returns void

update

• update(vertices): void

• Updates the bounds using the given vertices.

  Parameters

  • vertices: Vector2d[] | Point[] | XYPoint[]

    An array of Vector2d or Point to update the bounds.

  Returns void