Interface: IPhysicsBody2D

Core interface types.

Properties

Property	Modifier	Type
userData	readonly	unknown

Methods

ApplyAngularImpulse()

ApplyAngularImpulse(impulse, wake): void;

Parameters

Parameter	Type
impulse	number
wake	boolean

Returns

void

---

ApplyForce()

ApplyForce(
   fx, 
   fy, 
   px, 
   py, 
   wake
): void;

Parameters

Parameter	Type
fx	number
fy	number
px	number
py	number
wake	boolean

Returns

void

---

ApplyForceToCenter()

ApplyForceToCenter(
   fx, 
   fy, 
   wake
): void;

Parameters

Parameter	Type
fx	number
fy	number
wake	boolean

Returns

void

---

ApplyLinearImpulse()

ApplyLinearImpulse(
   ix, 
   iy, 
   px, 
   py, 
   wake
): void;

Parameters

Parameter	Type
ix	number
iy	number
px	number
py	number
wake	boolean

Returns

void

---

ApplyLinearImpulseToCenter()

ApplyLinearImpulseToCenter(
   ix, 
   iy, 
   wake
): void;

Parameters

Parameter	Type
ix	number
iy	number
wake	boolean

Returns

void

---

ApplyTorque()

ApplyTorque(torque, wake): void;

Parameters

Parameter	Type
torque	number
wake	boolean

Returns

void

---

CreateFixture()

CreateFixture(def): IPhysicsFixture2D;

Parameters

Parameter	Type
def	Fixture2DDef

Returns

IPhysicsFixture2D

---

GetAngle()

GetAngle(): number;

Returns

number

---

GetAngularVelocity()

GetAngularVelocity(): number;

Returns

number

---

GetInertia()

GetInertia(): number;

Returns

number

---

GetLinearVelocityX()

GetLinearVelocityX(): number;

Returns

number

---

GetLinearVelocityY()

GetLinearVelocityY(): number;

Returns

number

---

GetMass()

GetMass(): number;

Returns

number

---

GetPointVelocity()

GetPointVelocity(
   x, 
   y, 
   out
): void;

Velocity of a world point fixed to the body.

Parameters

Parameter	Type
x	number
y	number
out	{ x: number; y: number; }
out.x	number
out.y	number

Returns

void

---

GetWorldCenterX()

GetWorldCenterX(): number;

Returns

number

---

GetWorldCenterY()

GetWorldCenterY(): number;

Returns

number

---

GetX()

GetX(): number;

Returns

number

---

GetY()

GetY(): number;

Returns

number

---

IsAwake()

IsAwake(): boolean;

Returns

boolean

---

SetActive()

SetActive(v): void;

Inactive: out of the simulation and queries, contacts dropped, fixtures and joints kept.

Parameters

Parameter	Type
v	boolean

Returns

void

---

SetAngularDamping()

SetAngularDamping(v): void;

Parameters

Parameter	Type
v	number

Returns

void

---

SetAngularVelocity()

SetAngularVelocity(w): void;

Parameters

Parameter	Type
w	number

Returns

void

---

SetAwake()

SetAwake(v): void;

Parameters

Parameter	Type
v	boolean

Returns

void

---

SetBullet()

SetBullet(v): void;

Parameters

Parameter	Type
v	boolean

Returns

void

---

SetFixedRotation()

SetFixedRotation(v): void;

Parameters

Parameter	Type
v	boolean

Returns

void

---

SetGravityScale()

SetGravityScale(v): void;

Parameters

Parameter	Type
v	number

Returns

void

---

SetLinearDamping()

SetLinearDamping(v): void;

Parameters

Parameter	Type
v	number

Returns

void

---

SetLinearVelocity()

SetLinearVelocity(x, y): void;

Parameters

Parameter	Type
x	number
y	number

Returns

void

---

SetMass()

SetMass(mass): void;

null = mass from the fixtures' densities; a number overrides it (inertia scaled to match).

Parameters

Parameter	Type
mass	number | null

Returns

void

---

SetSleepingAllowed()

SetSleepingAllowed(v): void;

Parameters

Parameter	Type
v	boolean

Returns

void

---

SetTransform()

SetTransform(
   x, 
   y, 
   angle
): void;

Parameters

Parameter	Type
x	number
y	number
angle	number

Returns

void

---

SetType()

SetType(type): void;

Parameters

Parameter	Type
type	Body2DType

Returns

void