[−][src]Module physme::dim2

This module provides the primitives and systems for 2d physics simulation.

For examples, see the root of the crate.

Modules

AngularTolerance	The global angular tolerance in radians, affects all semikinematic bodies.
FixedJointBehaviour	A joint behaviour that causes the anchored body to be rigidly fixed at an offset and an angle.
GlobalGravity	The global gravity that affects every `RigidBody` with the `Semikinematic` status.
GlobalStep	The global step value, affects all semikinematic bodies.
GlobalUp	The global up vector, affects all semikinematic bodies.
Joint	Allows one `RigidBody` to be anchored at another one in a pre-defined way, along with a local offset and angle.
Manifold	The manifold, representing detailed data on a collision between two `RigidBody`s.
MechanicalJointBehaviour	A joint behaviour that causes the anchored body to be accurately positioned with an offset and an angle.
NarrowPhase
Physics2dPlugin	This is what you want to add to your `App` if you want to run 2d physics simulation.
PhysicsStep
RigidBody	The rigid body.
Shape	The shape of a rigid body.
Size2	The two dimensional size of a `Shape`
Solver
SpringJointBehaviour	A joint behaviour that will move the anchored body into a position and angle relative to the anchor over time.

RotationMode	The axis on which to rotate the 2d rotation into a 3d quaternion.
TranslationMode	The plane on which to translate the 2d position into 3d coordinates.

Defines a set of behaviours on how joints should move the anchored body relative to the anchor.

BroadPhase
FixedJoint	Allows one `RigidBody` to be anchored at another one in a fixed way, along with a local offset and angle.
MechanicalJoint	Allows one `RigidBody` to be anchored at another one in a physically accurate way, along with a local offset and angle.
SpringJoint	Allows one `RigidBody` to be anchored at another one in a spring-y way, along with a local offset and angle.