接口 IPhysicsManager

En

Interface for physics manager.

Zh

物理管理器的接口。

interface IPhysicsManager {
    addCollider(collider: ICollider): void;
    destroy(): void;
    enableDebugDrawer?(value: boolean): void;
    rayCast?(ray: Ray, outHitResult: HitResult, distance?: number, collisonGroup?: number, collisionMask?: number): boolean;
    rayCastAll?(ray: Ray, out: HitResult[], distance?: number, collisonGroup?: number, collisionMask?: number): boolean;
    removeCollider(collider: ICollider): void;
    setActiveCollider(collider: ICollider, value: boolean): void;
    setGravity(gravity: Vector3): void;
    shapeCast(shape: IColliderShape, fromPosition: Vector3, toPosition: Vector3, out: HitResult, fromRotation?: Quaternion, toRotation?: Quaternion, collisonGroup?: number, collisionMask?: number, allowedCcdPenetration?: number): boolean;
    shapeCastAll(shape: IColliderShape, fromPosition: Vector3, toPosition: Vector3, out: HitResult[], fromRotation?: Quaternion, toRotation?: Quaternion, collisonGroup?: number, collisionMask?: number, allowedCcdPenetration?: number): boolean;
    update(elapsedTime: number): void;
}

实现于

方法

addCollider destroy enableDebugDrawer? rayCast? rayCastAll? removeCollider setActiveCollider setGravity shapeCast shapeCastAll update

方法

addCollider

destroy

可选enableDebugDrawer

可选rayCast

  • rayCast(ray, outHitResult, distance?, collisonGroup?, collisionMask?): boolean

  • 参数

    • ray: Ray

      The ray to cast.

    • outHitResult: HitResult

      The result of the raycast.

    • 可选distance: number

      Maximum distance of the raycast.

    • 可选collisonGroup: number

      Collision group for filtering.

    • 可选collisionMask: number

      Collision mask for filtering.

    返回 boolean

    En

    Perform a raycast to find the first collision.

    Zh

    执行射线检测以找到第一个碰撞。

可选rayCastAll

  • rayCastAll(ray, out, distance?, collisonGroup?, collisionMask?): boolean

  • 参数

    • ray: Ray

      The ray to cast.

    • out: HitResult[]

      Array to store all hit results.

    • 可选distance: number

      Maximum distance of the raycast.

    • 可选collisonGroup: number

      Collision group for filtering.

    • 可选collisionMask: number

      Collision mask for filtering.

    返回 boolean

    En

    Perform a raycast to find all collisions.

    Zh

    执行射线检测以找到所有碰撞。

removeCollider

setActiveCollider

setGravity

shapeCast

  • shapeCast(shape, fromPosition, toPosition, out, fromRotation?, toRotation?, collisonGroup?, collisionMask?, allowedCcdPenetration?): boolean

  • 参数

    • shape: IColliderShape

      The shape to cast.

    • fromPosition: Vector3

      Start position of the cast.

    • toPosition: Vector3

      End position of the cast.

    • out: HitResult

      The result of the shape cast.

    • 可选fromRotation: Quaternion

      Start rotation of the cast.

    • 可选toRotation: Quaternion

      End rotation of the cast.

    • 可选collisonGroup: number

      Collision group for filtering.

    • 可选collisionMask: number

      Collision mask for filtering.

    • 可选allowedCcdPenetration: number

      Allowed continuous collision detection penetration.

    返回 boolean

    En

    Perform a shape cast to find the first collision.

    Zh

    执行形状投射以找到第一个碰撞。

shapeCastAll

  • shapeCastAll(shape, fromPosition, toPosition, out, fromRotation?, toRotation?, collisonGroup?, collisionMask?, allowedCcdPenetration?): boolean

  • 参数

    • shape: IColliderShape

      The shape to cast.

    • fromPosition: Vector3

      Start position of the cast.

    • toPosition: Vector3

      End position of the cast.

    • out: HitResult[]

      Array to store all hit results.

    • 可选fromRotation: Quaternion

      Start rotation of the cast.

    • 可选toRotation: Quaternion

      End rotation of the cast.

    • 可选collisonGroup: number

      Collision group for filtering.

    • 可选collisionMask: number

      Collision mask for filtering.

    • 可选allowedCcdPenetration: number

      Allowed continuous collision detection penetration.

    返回 boolean

    En

    Perform a shape cast to find all collisions.

    Zh

    执行形状投射以找到所有碰撞。

update

  • update(elapsedTime): void

  • 参数

    • elapsedTime: number

      Step time for the update.

    返回 void

    En

    Update the physics world, called on every frame to update object poses.

    Zh

    更新物理世界，每帧调用以更新对象姿态。

    Blueprint Ignore

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