Class SoftBodyTearEvent

constructor

• new SoftBodyTearEvent(raw?): SoftBodyTearEvent

• Parameters

  • Optional raw: RawSoftBodyTearEvent

  Returns SoftBodyTearEvent

raw

clusterSplitCluster

• clusterSplitCluster(i): number

• The index of the cluster the i-th split created.

  Parameters

  • i: number

  Returns number

clusterSplitKeepsProxy

• clusterSplitKeepsProxy(i): boolean

• Does the cluster the i-th split created keep the source cluster's proxy?

  Parameters

  • i: number

  Returns boolean

clusterSplitProxy

• clusterSplitProxy(i): number

• The proxy rigid body of the cluster the i-th split created.

  Parameters

  • i: number

  Returns number

clusterSplitSoftBody

• clusterSplitSoftBody(i): number

• The soft body holding the cluster the i-th split created.

  Parameters

  • i: number

  Returns number

clusterSplitSource

• clusterSplitSource(i): number

• The cluster of the torn body the i-th split came from.

  Parameters

  • i: number

  Returns number

free

• free(): void

• Returns void

insertedParticles

• insertedParticles(): Uint32Array

• The particles the tear inserted.

  Returns Uint32Array

movedJoint

• movedJoint(i): number

• The i-th moved impulse joint.

  Parameters

  • i: number

  Returns number

movedJointFrom

• movedJointFrom(i): number

• The proxy the i-th moved joint was attached to before the tear.

  Parameters

  • i: number

  Returns number

movedJointTo

• movedJointTo(i): number

• The proxy the i-th moved joint is attached to after the tear.

  Parameters

  • i: number

  Returns number

numClusterSplits

• numClusterSplits(): number

• The number of clusters the tear split.

  Returns number

numMovedJoints

• numMovedJoints(): number

• The number of impulse joints the tear moved to another proxy.

  Returns number

numPieces

• numPieces(): number

• The number of pieces the tear split off into soft bodies of their own.

  Returns number

particleDestination

• particleDestination(particle): {
      particle: number;
      softBody: number;
  }

• Where a particle of the torn body is after the tear: its soft body and index there, or null if the particle was removed.

  Parameters

  • particle: number

  Returns {
      particle: number;
      softBody: number;
  }

  • particle: number

  • softBody: number

pieceClusters

• pieceClusters(i): Uint32Array

• The clusters that moved into the i-th piece, flattened as (source, destination) index pairs.

  Parameters

  • i: number

  Returns Uint32Array

pieceParticles

• pieceParticles(i): Uint32Array

• The particles (indices in the torn body) that went into the i-th piece.

  Parameters

  • i: number

  Returns Uint32Array

pieceSoftBody

• pieceSoftBody(i): number

• The soft body the i-th piece became.

  Parameters

  • i: number

  Returns number

removedEdges

• removedEdges(): Uint32Array

• The particle pairs of the edges the tear removed, flattened.

  Returns Uint32Array

seeds

• seeds(): Uint32Array

• The particle pairs (flattened) the tear started from.

  Returns Uint32Array

softBody

• softBody(): number

• The soft body that tore.

  Returns number

splitParticles

• splitParticles(): Uint32Array

• The particles the tear split, flattened as (original, copy) pairs.

  Returns Uint32Array

tornCells

• tornCells(): Uint32Array

• The particles of the cells that tore, flattened.

  Returns Uint32Array

tornEdges

• tornEdges(): Uint32Array

• The particle pairs of the edges that tore, flattened.

  Returns Uint32Array