AABB2

Classes

AABB2

Axis-Aligned Bounding Box in 2D

Functions

computeLineBetweenTwoBoxes(b0, b1, p0, p1) ⇒ boolean

AABB2

Axis-Aligned Bounding Box in 2D

Kind: global class

• AABB2
  • new AABB2([x0], [y0], [x1], [y1])
  • instance
    • .x0 : Number
    • .y0 : Number
    • .x1 : Number
    • .y1 : Number
    • .centerX ⇒ number
    • .centerY ⇒ number
    • .width ⇒ number
    • .height ⇒ number
    • .growWidth(size)
    • .growHeight(size)
    • .grow(size)
    • .shrink(size)
    • .applyMatrix3(m)
    • .multiplyScalar(value)
    • .computeOverlap(other, result) ⇒ boolean
    • .overlapExists(other) ⇒ boolean
    • ._expandToFit(x0, y0, x1, y1)
    • ._expandToFitPoint(x, y)
    • .lineIntersectionPoint(p0, p1, result) ⇒ boolean
    • .computeNearestPointToPoint(point, result)
    • .costForInclusion(other) ⇒ number
    • ._costForInclusion(x0, y0, x1, y1) ⇒ number
    • .computeArea() ⇒ number
    • .computeSurfaceArea() ⇒ number
    • .containsPoint(x, y) ⇒ boolean
    • .expandToFit(other)
    • .getCenter([result])
    • .midX() ⇒ number
    • .midY() ⇒ number
    • .getWidth() ⇒ number
    • .getHeight() ⇒ number
    • .set(x0, y0, x1, y1)
    • .setPosition(x, y)
    • .move(deltaX, deltaY)
    • .clone() ⇒ AABB2
    • .copy(other) ⇒ AABB2
    • .equals(other) ⇒ boolean
    • .clamp(x0, y0, x1, y1)
    • .setBoundsUnordered(x0, y0, x1, y1)
    • .setNegativelyInfiniteBounds()
    • .toArray(target, offset) ⇒ Array.<number> | Float32Array
  • static
    • .zero : AABB2
    • .unit : AABB2

new AABB2([x0], [y0], [x1], [y1])

Param	Type	Default
[x0]	Number	0
[y0]	Number	0
[x1]	Number	0
[y1]	Number	0

aabB2.x0 : Number

Kind: instance property of AABB2

aabB2.y0 : Number

Kind: instance property of AABB2

aabB2.x1 : Number

Kind: instance property of AABB2

aabB2.y1 : Number

Kind: instance property of AABB2

aabB2.centerX ⇒ number

midpoint along X axis

Kind: instance property of AABB2

aabB2.centerY ⇒ number

midpoint along Y axis

Kind: instance property of AABB2

aabB2.width ⇒ number

Kind: instance property of AABB2

aabB2.height ⇒ number

Kind: instance property of AABB2

aabB2.growWidth(size)

Kind: instance method of AABB2

Param	Type
size	number

aabB2.growHeight(size)

Kind: instance method of AABB2

Param	Type
size	number

aabB2.grow(size)

Expands box in every direction by a given amount

Kind: instance method of AABB2

Param	Type
size	number

aabB2.shrink(size)

Shrinks the box in every direction by a given amount

Kind: instance method of AABB2

Param	Type
size	number

aabB2.applyMatrix3(m)

Kind: instance method of AABB2

Param	Type
m	Array.<number>

aabB2.multiplyScalar(value)

Kind: instance method of AABB2

Param	Type
value	number

aabB2.computeOverlap(other, result) ⇒ boolean

Kind: instance method of AABB2
Returns: boolean - true if there is overlap, result is also written. false otherwise

Param	Type	Description
other	AABB2
result	AABB2	Overlapping region will be written here

aabB2.overlapExists(other) ⇒ boolean

Kind: instance method of AABB2

Param	Type
other	AABB2

aabB2._expandToFit(x0, y0, x1, y1)

Kind: instance method of AABB2
Access: public

Param	Type
x0	Number
y0	Number
x1	Number
y1	Number

aabB2._expandToFitPoint(x, y)

Kind: instance method of AABB2

Param	Type
x	number
y	number

aabB2.lineIntersectionPoint(p0, p1, result) ⇒ boolean

NOTE: only 1 intersection point is produced

Kind: instance method of AABB2

Param	Type
p0	Vector2
p1	Vector2
result	Vector2

aabB2.computeNearestPointToPoint(point, result)

Kind: instance method of AABB2

Param	Type
point	Vector2
result	Vector2

aabB2.costForInclusion(other) ⇒ number

Kind: instance method of AABB2

Param	Type
other	AABB2

aabB2._costForInclusion(x0, y0, x1, y1) ⇒ number

Kind: instance method of AABB2

Param	Type
x0	number
y0	number
x1	number
y1	number

aabB2.computeArea() ⇒ number

Kind: instance method of AABB2

aabB2.computeSurfaceArea() ⇒ number

Kind: instance method of AABB2

aabB2.containsPoint(x, y) ⇒ boolean

Kind: instance method of AABB2

Param	Type
x	number
y	number

aabB2.expandToFit(other)

Kind: instance method of AABB2

Param	Type
other	AABB2

aabB2.getCenter([result])

Kind: instance method of AABB2

Param	Type
[result]	Vector2

aabB2.midX() ⇒ number

Deprecated

retrieve midpoint of AABB along X axis

Kind: instance method of AABB2

aabB2.midY() ⇒ number

Deprecated

retrieve midpoint of AABB along Y axis

Kind: instance method of AABB2

aabB2.getWidth() ⇒ number

Kind: instance method of AABB2

aabB2.getHeight() ⇒ number

Kind: instance method of AABB2

aabB2.set(x0, y0, x1, y1)

Kind: instance method of AABB2

Param	Type	Description
x0	Number
y0	Number
x1	Number
y1	Number	returns {AABB2} this

aabB2.setPosition(x, y)

Kind: instance method of AABB2

Param	Type
x	number
y	number

aabB2.move(deltaX, deltaY)

Relative displacement of the AABB by given vector described by {@param deltaX} and {@param deltaY}

Kind: instance method of AABB2

Param	Type
deltaX	number
deltaY	number

aabB2.clone() ⇒ AABB2

Kind: instance method of AABB2

aabB2.copy(other) ⇒ AABB2

Kind: instance method of AABB2
Returns: AABB2 - this

Param	Type
other	AABB2

aabB2.equals(other) ⇒ boolean

Kind: instance method of AABB2

Param	Type
other	AABB2

aabB2.clamp(x0, y0, x1, y1)

Clamps AABB to specified region

Kind: instance method of AABB2

Param	Type
x0	number
y0	number
x1	number
y1	number

aabB2.setBoundsUnordered(x0, y0, x1, y1)

Set bounds without having to maintain constraint that x0 >= x1 and y0 >= y1

Kind: instance method of AABB2

Param	Type
x0	number
y0	number
x1	number
y1	number

aabB2.setNegativelyInfiniteBounds()

returns {AABB2}

Kind: instance method of AABB2

aabB2.toArray(target, offset) ⇒ Array.<number> | Float32Array

Kind: instance method of AABB2

Param	Type	Default
target	Array.<number> | Float32Array
offset	number	0

AABB2.zero : AABB2

Kind: static property of AABB2
Read only: true

AABB2.unit : AABB2

Kind: static property of AABB2
Read only: true

computeLineBetweenTwoBoxes(b0, b1, p0, p1) ⇒ boolean

Kind: global function
Returns: boolean - false if no intersection line found

Param	Type	Description
b0	AABB2
b1	AABB2
p0	Vector2	resulting line segment point
p1	Vector2	resulting line segment point