Object Properties

对象属性

Initialize

初始化

This command will lock the state of the cage mesh to the state of the mesh it is deforming by assigning a weight value for each point of the cage to the cage it is deforming. It can take some time depending on both the resolution of the cage and the mesh object. You need to run this command after dragging a mesh object in the Cages list, and anytime you want to change the shape and resolution of the cage object or the deformed object.

这个命令将锁定状态的笼状网格是它变形通过分配一个重量值为每个点的笼状网格变形。这可能需要一些时间，这取决于笼子和网格对象的分辨率。你需要运行这个命令后，拖动一个网格对象在笼子列表，以及任何时候你想改变的形状和分辨率的笼子对象或变形的对象。

Restore

恢复

Restores the state of the cage deformer recorded when the Initialize command was run.

还原初始化命令运行时记录的笼状变形器的状态。

Auto Init

If enabled, the mesh to be deformed by a given Deformer (e.g., via tags) can be changed. This, for example, lets you smoothly combine a Pose Morph tag with a Mesh Deformer.

如果启用，由给定的变形者(例如，通过标签)变形的网格可以被更改。例如，这可以让你平滑地将一个 Pose Morph 标签和一个 Mesh Deformer 结合起来。

Keep in mind that this option can slow Cinema 4D down if you use highly subdivided meshes.

记住，如果你使用高度细分的网格，这个选项会降低C4D 的速度。

Memory :

记忆:

Displays the memory usage for the currently stored state.

显示当前存储状态的内存使用情况。

Strength[-∞..+∞%]

强度[-∞ . . + ∞% ]

This parameter controls the influence of the Mesh Deformer. Lower values will restore the object toward its non-deformed state.

这个参数控制网格变形器的影响。较低的值将使物体恢复到其未变形的状态。

Cages

笼子

Drag here the objects you would like to use as your deformation cage. Several cages can act as deformers, they can either be dragged separately, or, if placed within the same hierarchy, the list will automatically take into consideration the children of the cage placed within the list if the Hierarchy icon is activated.

拖动这里的对象，你想使用作为你的变形笼。若干笼子可以充当变形器，它们可以单独拖动，或者，如果放置在同一层次结构中，如果启动层次结构图标，列表将自动考虑放置在列表中的笼子的子元素。

Cage objects and objects to be deformed do not have to be closed volumes.

笼状物体和被变形的物体不一定要封闭体积。

Cages do not have to encompass the whole object they deform, they can intersect it (which is not recommended because of the problems that can result; the best results can be expected when the cage encompasses the entire object) but if you place a cage completely within the volume of the object to deform, it will not deform it at all. For best results, place at least some of the cage points outside of the object's volumes to deform.

笼子不一定要包围它们变形的整个物体，它们可以相交(不推荐这样做，因为可能会产生问题; 当笼子包围整个物体时，可以期待最好的结果) ，但是如果你把笼子完全放在物体变形的体积内，它根本不会变形。为了达到最好的效果，至少在物体体积之外放置一些笼状点以使其变形。

Advanced

高级

Accuracy[0..100%]

准确度[0. . 100% ]

This parameter defines how accurate the initial weights calculations and points projections are, when using the Initialize command. Set this value higher if you notice any artefacts when deforming the object. For example, you might notice that a row of points that should deform smoothly when you stretch the cage are displayed a bit jagged. Increasing the accuracy and re-initializing should help eliminate that problem.

当使用 Initialize 命令时，这个参数定义了初始权重计算和点投影的精确程度。如果您在变形物体时注意到任何人工制品，则将此值设置为更高。例如，您可能会注意到，当您拉伸笼子时，应该平滑变形的一行点显示为一个锯齿状。提高准确性和重新初始化应该有助于消除这个问题。

Keep in mind that trying to initialize complex meshes and cages with a high accuracy value can be slow, since the amount of calculation needed increases.

请记住，试图用高精度值初始化复杂网格和笼子可能是缓慢的，因为需要增加的计算量。

External

外部

Defines how the points outside of the cages will be deformed.

定义了保持架外部的点是如何变形的。

Ignore

忽略

This mode will not deform any points found outside the deformation cages.

这种模式不会使变形保持架外面的任何点变形。

Surface

表面

This mode will simply move the points outside of the cage along with the closest points of the cage, stretching or squashing the volumes as the surface area of the cage changes.

这种模式将简单地移动的点以外的笼子沿着最近的点，拉伸或挤压体积作为表面积的笼子的变化。

Surface (Area)

表面(面积)

This mode will pretty much do the same thing as the Surface mode, with the exception that as the surface area of the cage's polygons increases, the distance of the points outside of this cage will increase as well. In short, it will appear as if the volumes are staying proportional when squashed or stretched (although it is not technically preserving the volumes).

这个模式和 Surface 模式基本相同，只是随着笼子多边形表面积的增加，笼子外面的点的距离也会增加。简而言之，当体积被压缩或拉伸时，它看起来似乎保持了比例(尽管从技术上讲，它并没有保留体积)。