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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 12]
oCb2AABBAn axis aligned bounding box
oCb2BlockAllocator
oCb2BodyA rigid body. These are created via b2World::CreateBody
oCb2BodyDef
oCb2BroadPhase
oCb2ClipVertexUsed for computing contact manifolds
oCb2ColorColor for debug drawing. Each value has the range [0,1]
oCb2Contact
oCb2ContactEdge
oCb2ContactFeature
oCb2ContactFilter
oCb2ContactIDContact ids to facilitate warm starting
oCb2ContactImpulse
oCb2ContactListener
oCb2ContactManager
oCb2ContactRegister
oCb2ContactSolver
oCb2ContactSolverDef
oCb2ContactVelocityConstraint
oCb2DestructionListener
oCb2DistanceInput
oCb2DistanceOutputOutput for b2Distance
oCb2DistanceProxy
oCb2Draw
oCb2DynamicTree
oCb2FilterThis holds contact filtering data
oCb2Fixture
oCb2FixtureDef
oCb2FixtureProxyThis proxy is used internally to connect fixtures to the broad-phase
oCb2FreeList
oCb2GrowableBuffer< T >
oCb2GrowableBuffer< b2ParticleBodyContact >
oCb2GrowableBuffer< b2ParticleContact >
oCb2GrowableBuffer< b2ParticlePair >
oCb2GrowableBuffer< b2ParticleTriad >
oCb2GrowableBuffer< int32 >
oCb2GrowableBuffer< Proxy >
oCb2GrowableStack< T, N >
oCb2IntrusiveListNode
oCb2IslandThis is an internal class
oCb2Jacobian
oCb2Joint
oCb2JointDefJoint definitions are used to construct joints
oCb2JointEdge
oCb2Manifold
oCb2ManifoldPoint
oCb2MassDataThis holds the mass data computed for a shape
oCb2Mat22A 2-by-2 matrix. Stored in column-major order
oCb2Mat33A 3-by-3 matrix. Stored in column-major order
oCb2Pair
oCb2ParticleBodyContact
oCb2ParticleColorSmall color object for each particle
oCb2ParticleContact
oCb2ParticleDef
oCb2ParticleGroupA group of particles. b2ParticleGroup::CreateParticleGroup creates these
oCb2ParticleGroupDef
oCb2ParticlePairConnection between two particles
oCb2ParticleSystem
oCb2ParticleSystemDef
oCb2ParticleTriadConnection between three particles
oCb2PositionThis is an internal structure
oCb2ProfileProfiling data. Times are in milliseconds
oCb2QueryCallback
oCb2RayCastCallback
oCb2RayCastInputRay-cast input data. The ray extends from p1 to p1 + maxFraction * (p2 - p1)
oCb2RayCastOutput
oCb2Rope
oCb2RopeDef
oCb2RotRotation
oCb2Shape
oCb2SimplexCache
oCb2SlabAllocator< T >
oCb2SlabAllocator< b2ParticleHandle >
oCb2SolverDataSolver Data
oCb2StackAllocator
oCb2StackEntry
oCb2StackQueue< T >
oCb2StatCalculates min/max/mean of a set of samples
oCb2Sweep
oCb2Timer
oCb2TimeStepThis is an internal structure
oCb2TOIInputInput parameters for b2TimeOfImpact
oCb2TOIOutput
oCb2TrackedBlockAllocatorAllocator of blocks which are tracked in a list
oCb2Transform
oCb2TreeNodeA node in the dynamic tree. The client does not interact with this directly
oCb2TypedFreeList< T >
oCb2TypedFreeList< b2ParticleHandle >
oCb2TypedIntrusiveListNode< T >
oCb2TypedIntrusiveListNode< b2ParticleHandle >
oCb2TypedIntrusiveListNode< b2TrackedBlock >
oCb2Vec2A 2D column vector
oCb2Vec3A 3D column vector with 3 elements
oCb2Vec4A 4D column vector with 4 elements
oCb2VelocityThis is an internal structure
oCb2VelocityConstraintPoint
oCb2Version
oCb2VoronoiDiagramA field representing the nearest generator from each point
oCb2World
oCb2WorldManifoldThis is used to compute the current state of a contact manifold
oCFindContactCheck
oCFindContactInput
\Cb2VoronoiDiagram::NodeCallbackCallback used by GetNodes()