#include <X2DPhysicalContact.h>

类 X2DPhysicalContact 继承关系图:

函数
function X2DPhysicalContact	GetWorldManifold () end

function X2DPhysicalContact	GetManifold () end

function X2DPhysicalContact	GetContactImpulse () end

function X2DPhysicalContact	SetEnabled (xelua_var_29) end

function X2DPhysicalContact	IsTouching () end

function X2DPhysicalContact	SetTangentSpeed (xelua_var_30) end

function X2DPhysicalContact	GetTangentSpeed () end

function X2DPhysicalContact	SetFriction (xelua_var_31) end

function X2DPhysicalContact	GetFriction () end

function X2DPhysicalContact	ResetFriction () end

function X2DPhysicalContact	SetRestitution (xelua_var_32) end

function X2DPhysicalContact	GetRestitution () end

function X2DPhysicalContact	ResetRestitution () end

变量
	X2DWorldManifold = {}

X2DWorldManifold	points = {}
	@type XVECTOR2[]

X2DWorldManifold	separations = {}
	@type number[]

X2DWorldManifold	normal = {}
	@type XVECTOR2

	X2DManifoldPoint = {}

X2DManifoldPoint	localPoint = {}
	@type XVECTOR2

X2DManifoldPoint	normalImpulse = 0
	@type number

X2DManifoldPoint	tangentImpulse = 0
	@type number

	X2DManifold = {}

X2DManifold	type = 0
	@type number

X2DManifold	localNormal = {}
	@type XVECTOR2

	X2DContactImpulse = {}

X2DContactImpulse	normalImpulses = {}
	@type number[]

X2DContactImpulse	tangentImpulses = {}
	@type number[]

	X2DPhysicalContact = {}

函数说明

◆ GetContactImpulse()

function X2DPhysicalContact GetContactImpulse ( )

获取冲量信息注：这个信息只有在 PostSolve 回调中才能获取到

返回: X2DContactImpulse

◆ GetFriction()

function X2DPhysicalContact GetFriction ( )

获取当前摩擦力系数

返回: number

◆ GetManifold()

function X2DPhysicalContact GetManifold ( )

获取本地（局部）坐标系下的碰撞信息。

返回: X2DManifold

◆ GetRestitution()

function X2DPhysicalContact GetRestitution ( )

获取当前恢复系数

返回: number

◆ GetTangentSpeed()

function X2DPhysicalContact GetTangentSpeed ( )

获取切线速度

返回: number

◆ GetWorldManifold()

function X2DPhysicalContact GetWorldManifold ( )

获取世界坐标系下的碰撞信息。

返回: X2DWorldManifold

◆ IsTouching()

function X2DPhysicalContact IsTouching ( )

返回碰撞体是否已经接触到

返回: boolean

◆ ResetFriction()

function X2DPhysicalContact ResetFriction ( )

重置摩擦力系数到默认值

返回: void

◆ ResetRestitution()

function X2DPhysicalContact ResetRestitution ( )

重置恢复系数到默认值

返回: void

◆ SetEnabled()

function X2DPhysicalContact SetEnabled ( xelua_var_29 )

X2DPhysicalContact_SetEnabled00

参数

xelua_var_29 boolean

返回: void

◆ SetFriction()

function X2DPhysicalContact SetFriction ( xelua_var_31 )

覆盖默认的摩擦力系数。可以在 onPreSolve 回调中调用此函数。

参数

xelua_var_31 number

返回: void

◆ SetRestitution()

function X2DPhysicalContact SetRestitution ( xelua_var_32 )

覆盖默认的恢复系数。可以在 onPreSolve 回调中调用此函数。

参数

xelua_var_32 number

返回: void

◆ SetTangentSpeed()

function X2DPhysicalContact SetTangentSpeed ( xelua_var_30 )

为传送带设置期望的切线速度

参数

xelua_var_30 number

返回: void

变量说明

◆ localNormal

X2DManifold localNormal = {}

@type XVECTOR2

◆ localPoint

X2DManifold localPoint = {}

@type XVECTOR2

◆ normal

X2DWorldManifold normal = {}

@type XVECTOR2

◆ normalImpulse

X2DManifoldPoint normalImpulse = 0

@type number

◆ normalImpulses

X2DContactImpulse normalImpulses = {}

@type number[]

◆ points

X2DManifold points = {}

@type XVECTOR2[]

@type XArray<X2DManifoldPoint>

◆ separations

X2DWorldManifold separations = {}

@type number[]

◆ tangentImpulse

X2DManifoldPoint tangentImpulse = 0

@type number

◆ tangentImpulses

X2DContactImpulse tangentImpulses = {}

@type number[]

◆ type

X2DManifold type = 0

@type number

◆ X2DContactImpulse

X2DContactImpulse = {}

◆ X2DManifold

X2DManifold = {}

◆ X2DManifoldPoint

X2DManifoldPoint = {}

◆ X2DPhysicalContact

X2DPhysicalContact = {}

◆ X2DWorldManifold

X2DWorldManifold = {}