If true, this body will use simulation. If false, will be 'fixed' (ie kinematic) and move where it is told.

如果勾選，則實體會開啟物理模擬。如果不勾選，實體將會固定住並且會移動到你所指定的位置。

'Drag' force added to reduce angular movement

新增到實體上的力來阻塞其旋轉

'Drag' force added to reduce linear movement

新增到實體上的力來阻塞其移動

If object should have the force of gravity applied.

實體物件是否啟用重力

Constraints（約束與限制）

When a Locked Axis Mode is selected, will lock translation on the specified axis.

當一個軸的鎖定開啟時，他就會在特定的軸上鎖定座標位置

Property		Description
Lock X Translation		Lock translation along the X-axis. x軸鎖定不產生位移
Lock Y Translation		Lock translation along the Y-axis. y軸鎖定不產生位移
Lock Z Translation		Lock translation along the Z-axis. z軸鎖定不產生位移

When a Locked Axis Mode is selected, will lock rotation to the specified axis.

當一個軸的鎖定開啟時，他就會在特定的軸上鎖定旋轉

Property		Description
Lock X Rotation		Lock rotation about the X-axis. 鎖定x軸方向的旋轉角度
Lock Y Rotation		Lock rotation about the Y-axis. 鎖定y軸方向的旋轉角度
Lock Z Rotation		Lock rotation about the Z-axis. 鎖定z軸方向的旋轉角度

Locks physical movement along specified axis.

根據特定的軸鎖定實體的移動

Property		Description
Default		Inherits the degrees of freedom from the project settings. 繼承工程設定裡面的自由度
Six DOF		Specifies which axis to freeze rotation and movement along. 指定鎖定哪一個軸的旋轉與移動（和上面的Constraints一樣）
YZPlane		Allows 2D movement along the Y-Z plane. 允許在Y—Z平面移動
XZPlane		Allows 2D movement along the X-Z plane. 允許在X—Z平面移動
XYPlane		Allows 2D movement along the X-Y plane. 允許在X—Y平面移動
Custom Plane		Allows 2D movement along the plane of a given normal. 允許在使用者自定義的平面內移動
None		No constraints.     無限制

If true and is attached to a parent, the two bodies will be joined into a single rigid body. Physical settings like collision profile and body settings are determined by the root

如果勾選並且該實體關聯到一個父類實體，他們就會合成一個單獨的的碰撞實體。類似碰撞輪廓等物理的設定都由根節點決定

If object should start awake, or if it should initially be sleeping.

實體是在遊戲開始時就喚醒物體模擬，或是一開始處於待喚醒狀態

User specified offset for the center of mass of this object, from the calculated location.

從計算後的位置再增加一個特定的重心偏移

Per-instance scaling of mass.

每個例項的重力縮放比例

The maximum angular velocity for this instance.

例項的最大角速度

If true, this body will be put into the asynchronous physics scene. If false, it will be put into the synchronous physics scene. If the body is static, it will be placed into both scenes regardless of the value of bUseAsyncScene.

如果勾選的話，實體將會放在非同步的物理場景中。如果不勾選，他就會放到同步的物理場景。如果實體是一個靜態實體，無論bUseAsyncScene是什麼值，他都會直接被放在兩個場景

Whether this body instance has its own custom MaxDepenetrationVelocity.

這個實體例項是否有自己的最大重疊移開速度

（注：這裡對重疊移動速度做進一步的解釋。場景的物體可能由於開始沒有模擬物理效果，或者沒有設定碰撞。會發生重疊，一旦開啟物理碰撞，物體就會以一個加速度脫離重疊的物體。penentrate是滲透的意思，depenentrate就表示反義，脫離重疊）

The maximum velocity used to depenetrate this object.

最大脫離重疊速度

Whether this instance of the object has its own custom walkable slope override setting.

例項本身是否有自己的可行走的坡度

（注：該選項就是自定義  當前實體可行走坡度  的一個開關。也就是說，勾選後，你可以設定增加或減少該實體可以讓其他物體在上面行走的角度。比如，這個實體是一個斜面，但是你不想讓任何物體在上面走，你就可以在Walkable Slope Behavior設定為Decrease Walkable slope。Walkable Slope Angle為90°，這樣任何角色都不可以在上面行走了。不過，要注意，這不代表物體不能短暫性的落在上面。）

Custom walkable slope setting for this body.See the  documentation for usage information.

該實體自定義的可行走坡度設定。檢視連結來獲取更多有效的資訊。

Behavior of this surface (whether we affect the walkable slope).

表面的行為（就是 是否影響行可走的坡度）

Override walkable slope, applying the rules of the Walkable Slope Behavior.

覆蓋可以行走的斜度，根據上個選項Walkable Slope Behavior來決定效果

The set of values used in considering when put this body to sleep.

一個決定集合，決定什麼時候讓實體靜止不動

（注：裡面有兩個選項，第一個是Normal，第二個是sensitive。Normal適合大部分情況，不過在某些弧形移動的轉折點或者鐘擺的速度非常小的地方會導致物體靜止。sensitive即使在這兩個情況下也不會停止運動。）

This physics body's solver iteration count for position. Increasing this will be more CPU intensive, but better stabilized.

物理實體計算位置的迭代次數。次數越多，對CPU的消耗越大，但是移動動作會越平穩

This physics body's solver iteration count for velocity. Increasing this will be more CPU intensive, but better stabilized.

物理實體計算角度的迭代次數。次數越多，對CPU的消耗越大，但是旋轉動作會越平穩

Whether or not the cached PhysicsVolume this component overlaps should be updated when the component is moved.

當元件移動時，重疊的快取物理體積是否被立即更新

Should 'Hit' events fire when this object collides during physics simulation.

“擊中”事件會在模擬物理開啟時產生。

Allows you to override the PhysicalMaterial to use for simple collision on this body.

允許你覆蓋物理材料來給實體新增簡單的碰撞。

If true, this component will generate overlap events when it is overlapping other components (eg Begin Overlap). Both components (this and the other) must have this enabled for overlap events to occur.

如果勾選，這個元件就會在和其他元件重疊時生成重疊事件。但是這兩個元件必須對彼此開啟了允許重疊的開關。

If true Continuous Collision Detection (CCD) will be used for this component.

如果勾選，這個元件就會持續的進行碰撞檢測。

Indicates if we'd like to create physics state all the time (for collision and simulation). If you set this to false, it still will create physics state if collision or simulation activated. This can help performance if you'd like to avoid overhead of creating physics state when triggers

表示我們是否總是想要建立物理狀態（針對碰撞和其他物理模擬）。如果將他設定為否，他也會建立物理狀態，不過只在發生碰撞和開啟物理模擬的時候。這個可以幫助你避免每次觸發時建立物理狀態的開銷。

If true, this component will generate individual overlaps for each overlapping physics body if it is a multi-body component. When false, this component will generate only one overlap, regardless of how many physics bodies it has and how many of them are overlapping another component/body. This flag has no influence on single body components.

勾選的話，如果這個元件是一個多實體構成的元件，他就會給每個物理實體生成獨立的重疊事件。如果設定為否，無論這個實體有多少重疊的元件或子實體，這個元件就會只生成一個重疊事件。這個標識對單實體的元件無效。

If true, this component will look for collisions on both physic scenes during movement. Only required if the asynchronous physics scene is enabled and has geometry in it, and you wish to test for collisions with objects in that scene.

如果勾選，這個元件會在移動時在兩個物理場景檢測碰撞。只在下面所說的情況下需要，非同步場景開啟並且裡面有幾何體，而且你想要在那個場景裡測試碰撞。

（注：這個標識雖然在每個場景都存在，但是隻對身上有 movement元件的實體有效。）

If true, component sweeps with this component should trace against complex collision during movement (for example, each triangle of a mesh). If false, collision will be resolved against simple collision bounds instead.

如果勾選，元件掃描就會在移動時跟蹤到複雜的碰撞（比如檢測到每一個三腳面）。如果不勾選，就會簡單的檢測碰撞實體的輪廓。

If true, component sweeps will return the material in their hit result.

如果勾選，元件掃描會返回他們碰撞的物體材質。