Prototype of the PhysicsBody3D Quantum component. More...

Inherits Quantum.ComponentPrototype< Quantum.PhysicsBody3D >.

Public Member Functions
sealed override bool	AddToEntity (FrameBase f, EntityRef entity, in PrototypeMaterializationContext context)
	Creates an instance of the PhysicsBody3D component, materializes and adds it to the entity. More...

unsafe void	Materialize (FrameBase frame, ref PhysicsBody3D component)

void	Materialize (FrameBase frame, ref Quantum.PhysicsBody3D result, in PrototypeMaterializationContext context)
	Applies the prototype's fields to the actual component. More...

Public Attributes
FP	AngularDrag = FP._0_50
	The PhysicsBody's angular drag. More...

FPVector3	CenterOfMass = FPVector3.Zero
	The PhysicsBody's center of mass. More...

QEnum8< Quantum.PhysicsBody3D.ConfigFlags >	Config = Quantum.PhysicsBody3D.ConfigFlags.Default
	The configuration flags used by the PhysicsBody. More...

FP	Drag = FP._0_50
	The PhysicsBody's drag. More...

FPVector3	ExplicitInertiaTensor = FPVector3.One
	The body inertia tensor when InertiaMode is set to PhysicsBodyInertiaMode.Explicit. More...

NullableFP	GravityScale = new NullableFP(){_hasValue = 0, _value = FP._1}
	The PhysicsBody's gravity scale. More...

PhysicsBodyInertiaMode	InertiaMode = PhysicsBodyInertiaMode.ColliderShape
	The mode in which the body's inertia tensor is computed. More...

NullableFP	InertiaScale = new NullableFP(){_hasValue = 0, _value = FP._1}
	The scale of the body inertia tensor. More...

FP	Mass = 1
	The PhysicsBody's mass. More...

Shape3DConfig	ParametricInertiaShape = new Shape3DConfig() { ShapeType = Shape3DType.Box, BoxExtents = FPVector3.One * FP._0_50 }
	The parametric shape used to compute the body inertia tensor when InertiaMode is set to PhysicsBodyInertiaMode.ParametricShape. More...

QEnum8< RotationFreezeFlags >	RotationFreeze
	The PhysicsBody's rotation freeze flags. More...

Detailed Description

Prototype of the PhysicsBody3D Quantum component.

Member Function Documentation

◆ AddToEntity()

sealed override bool Quantum.Prototypes.PhysicsBody3DPrototype.AddToEntity	(	FrameBase	f,
		EntityRef	entity,
		in PrototypeMaterializationContext	context
	)

inline

Creates an instance of the PhysicsBody3D component, materializes and adds it to the entity.

Parameters

f
entity
context

Returns: Returns true if adding the component to the entity succeeds.

◆ Materialize()

void Quantum.Prototypes.PhysicsBody3DPrototype.Materialize	(	FrameBase	frame,
		ref Quantum.PhysicsBody3D	result,
		in PrototypeMaterializationContext	context
	)

inline

Applies the prototype's fields to the actual component.

Member Data Documentation

◆ Config

QEnum8<Quantum.PhysicsBody3D.ConfigFlags> Quantum.Prototypes.PhysicsBody3DPrototype.Config = Quantum.PhysicsBody3D.ConfigFlags.Default

The configuration flags used by the PhysicsBody.

◆ Mass

FP Quantum.Prototypes.PhysicsBody3DPrototype.Mass = 1

The PhysicsBody's mass.

◆ Drag

FP Quantum.Prototypes.PhysicsBody3DPrototype.Drag = FP._0_50

The PhysicsBody's drag.

◆ AngularDrag

FP Quantum.Prototypes.PhysicsBody3DPrototype.AngularDrag = FP._0_50

The PhysicsBody's angular drag.

◆ CenterOfMass

FPVector3 Quantum.Prototypes.PhysicsBody3DPrototype.CenterOfMass = FPVector3.Zero

The PhysicsBody's center of mass.

◆ RotationFreeze

QEnum8<RotationFreezeFlags> Quantum.Prototypes.PhysicsBody3DPrototype.RotationFreeze

The PhysicsBody's rotation freeze flags.

◆ GravityScale

NullableFP Quantum.Prototypes.PhysicsBody3DPrototype.GravityScale = new NullableFP(){_hasValue = 0, _value = FP._1}

The PhysicsBody's gravity scale.

◆ InertiaScale

NullableFP Quantum.Prototypes.PhysicsBody3DPrototype.InertiaScale = new NullableFP(){_hasValue = 0, _value = FP._1}

The scale of the body inertia tensor.

◆ InertiaMode

PhysicsBodyInertiaMode Quantum.Prototypes.PhysicsBody3DPrototype.InertiaMode = PhysicsBodyInertiaMode.ColliderShape

The mode in which the body's inertia tensor is computed.

◆ ExplicitInertiaTensor

FPVector3 Quantum.Prototypes.PhysicsBody3DPrototype.ExplicitInertiaTensor = FPVector3.One

The body inertia tensor when InertiaMode is set to PhysicsBodyInertiaMode.Explicit.

◆ ParametricInertiaShape

Shape3DConfig Quantum.Prototypes.PhysicsBody3DPrototype.ParametricInertiaShape = new Shape3DConfig() { ShapeType = Shape3DType.Box, BoxExtents = FPVector3.One * FP._0_50 }

The parametric shape used to compute the body inertia tensor when InertiaMode is set to PhysicsBodyInertiaMode.ParametricShape.

Quantum 3 3.0.14

Public Member Functions

Public Attributes