Class ClothSettings

constructor

• new ClothSettings(isInternalConstructor?): ClothSettings

• Parameters

  • OptionalisInternalConstructor: boolean

  Returns ClothSettings

angularDrag

• get angularDrag(): Immutable<Vector3>

• Damping of the particle angular velocity.

  Returns Immutable<Vector3>
• set angularDrag(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

angularInertia

• get angularInertia(): Immutable<Vector3>

• Determines how the cloth particles respond to rotational movement of the scene object. Value of 1 means the particles have full inertia and follow the scene object in a physically correct manner. Value of 0 means the particles get rotated along with the scene object, unaffected by the movement.

  Returns Immutable<Vector3>
• set angularInertia(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

centrifugalInertia

• get centrifugalInertia(): Immutable<Vector3>

• Determinces how the cloth particle's velocities responds to rotational movement of the scene object Value of 1 means the particle's velocities do not get rotated which is physically correct. Value of 0 means the particle's velocities get rotated with the object.

  Returns Immutable<Vector3>
• set centrifugalInertia(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

dragCoefficient

• get dragCoefficient(): number

• Drag coefficient of the cloth.

  Returns number
• set dragCoefficient(value): void

• Parameters

  • value: number

  Returns void

fluidDensity

• get fluidDensity(): number

• Determines how much the cloth is affected by drag.

  Returns number
• set fluidDensity(value): void

• Parameters

  • value: number

  Returns void

friction

• get friction(): number

• Friction coefficient of the cloth.

  Returns number
• set friction(value): void

• Parameters

  • value: number

  Returns void

isContinousCollisionDetectionEnabled

• get isContinousCollisionDetectionEnabled(): boolean

• Returns boolean

• set isContinousCollisionDetectionEnabled(value): void

• Parameters

  • value: boolean

  Returns void

isUsingTetherConstraints

• get isUsingTetherConstraints(): boolean

• Returns boolean

• set isUsingTetherConstraints(value): void

• Parameters

  • value: boolean

  Returns void

linearDrag

• get linearDrag(): Immutable<Vector3>

• Damping of the particle linear velocity.

  Returns Immutable<Vector3>
• set linearDrag(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

linearInertia

• get linearInertia(): Immutable<Vector3>

• Determines how the cloth particles respond to linear movement of the scene object. Value of 1 means the particles have full inertia and follow the scene object in a physically correct manner. Value of 0 means the particles get moved along with the scene object, unaffected by the movement.

  Returns Immutable<Vector3>
• set linearInertia(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

pressure

• get pressure(): number

• Inner pressure to keep the cloth from folding in on itself. Only useful for closed cloth objects like pillows.

  Returns number
• set pressure(value): void

• Parameters

  • value: number

  Returns void

restitution

• get restitution(): number

• Restitution coefficient of the cloth.

  Returns number
• set restitution(value): void

• Parameters

  • value: number

  Returns void

solverFrequency

• get solverFrequency(): number

• How many solver steps per second the solver aims for.

  Returns number
• set solverFrequency(value): void

• Parameters

  • value: number

  Returns void

tetherConstraintScale

• get tetherConstraintScale(): number

• Scale of tether constraints. Larger values allow more stretch.

  Returns number
• set tetherConstraintScale(value): void

• Parameters

  • value: number

  Returns void

windVelocity

• get windVelocity(): Immutable<Vector3>

• Wind velocity. Requires a drag coefficient greater than zero to have a visible effect.

  Returns Immutable<Vector3>
• set windVelocity(value): void

• Parameters

  • value: Immutable<Vector3>

  Returns void

markAsDirty

• markAsDirty(dirtyFlags): void

• Marks the object as dirty.

  Parameters

  • dirtyFlags: EnumValue<ManagedSettingsDirtyFlag, number>

    Flags specifying what kind of member was changed.

  Returns void

modify

• modify(action): void

• Allows modifying this object multiple times in a row in a scope, without marking the object dirty immediately. Dirty flags are accumulated and the object is marked dirty at the end.

  Parameters

  • action: (() => void)

    The scope where the object is modified.

    • • (): void

      • Returns void

  Returns void

ReadonlyonDirty