Formula 方程式Basic 基础 Coord.Effector 效果器 Parameter 参数 Deformer 分离器 Falloff 女名女子名

Effector

效果器

Strength[-∞..+∞%]

强度[-∞ . . + ∞% ]

Use this setting to adjust the overall strength of the effect. Values of less than 0% and greater than 100% can be entered.

使用此设置来调整效果的整体强度。可以输入小于0% 和大于100% 的值。

Selection

选择

At left a Step Effector without a selection, at right with a selection. 在左边的步骤效果没有选择，在右边的选择

A MoGraph Selection or MoGraph Weightmap tag can be dragged into this field or placed automatically by selecting a Cloner Object and an existing MoGraph selection/weighting, and creating an Effector.

MoGraph Selection 或 MoGraph Weightmap 标签可以拖放到这个字段中，或者通过选择 Cloner 对象和现有的 MoGraph 选择/权重并创建一个 Effector 自动放置。

The Effector will then work as follows, depending on the tag’s settings:

然后 Effector 将按照以下方式工作，具体取决于标记的设置:

MoGraph Selection 选择 MoGraph tag: Will only affect the clones belonging to the selection. 标签: 将只影响属于选择的克隆
MoGraph Weightmap 图片: MoGraph/Weightmap tag: The clone weighting (values between 0% and 100%) saved in the tag will be multiplied with the effector strength. 标签: 保存在标签中的克隆加权值(值在0% 和100% 之间)将与效果器强度相乘

Min/Max

最低/最高

Maximum[-∞..+∞%]

最大[-∞ . . + ∞% ]

Use these settings to increase or decrease internal range values.

使用这些设置可以增加或减少内部范围值。

Note also the Remapping settings for the Layers in the Field list. Use this Field functionality as your preferred method since it’s more powerful and easier to understand in combination with other Layers.

还要注意字段列表中图层的重新映射设置。使用这个字段功能作为您的首选方法，因为它更强大，更容易理解与其他层组合。

Minimum[-∞..+∞%]

最小[-∞ . . + ∞% ]

Use these sliders to adjust the Effector’s range of influence. Values less than 0% or greater than 100% can be defined.

使用这些滑块来调整效果器的影响范围。可以定义小于0% 或大于100% 的值。

Let’s assume you have entered the following formula: t*px. If Minimum and Maximum were also set to 0% and 100%, respectively, extreme values would quickly be reached. It would, therefore, be advisable to set Maximum to 1% (or even much smaller, depending on your scene or the desired result).

假设您输入了以下公式: t * px。如果最小值和最大值也分别设置为0% 和100% ，则很快就会达到极限值。因此，建议将 Maximum 设置为1% (或者更小，取决于你的场景或者期望的结果)。

Formula

方程式

The following variables can be used when writing a formula:

在编写公式时可以使用以下变量:

px, py, pz: X-, Y- or Z-coordinates Px，py，pz: x-，y-或 z 坐标
rx, ry, rz: Rotation for each dimension Rx，ry，rz: 旋转每个维度
sx, sy, sz: Scaling for each dimension Sx，sy，sz: 对每个维度进行缩放
u,v,w: The (internal) UV-values for each clone U，v，w: 每个克隆的(内部) uv-value
id: The individual clone number (all clones are numbered sequentially, beginning with Id: 个体克隆数(所有克隆都按顺序编号，以0)
count: The clone number 计数: 克隆数
falloff: The falloff value for each clone Falloff: 每个克隆的 falloff 值
t: Animation time, i.e., if this variable is added to the formula, it will automatically be animated. This setting uses a slider as multiplier. T: 动画时间，也就是说，如果将这个变量添加到公式中，它将自动动画。此设置使用一个滑块作为乘数
f: The frequency. This setting uses a slider as a multiplier. 频率。这个设置使用一个滑块作为乘法器

Varying 变化t adjusts the animation speed, varying 调整动画的速度，变化f varies the spatial frequency. 改变空间频率

A list with possible formulas can be found here.

可以在这里找到一个包含可能公式的列表。

Variables

变量

px,py,pz - Position

Px，py，pz-Position

rx,ry,rz - Rotation

Rx，ry，rz-旋转

sx,sy,sz - Scale

Sx，sy，sz-Scale

u,v,w - UVW

U，v，w-UVW

id - Object Index

Id-对象索引

count - Object Count

计数-对象计数

falloff - Falloff weight

脱落-脱落重量

t - Project Time[-∞..+∞]

T-Project Time [-∞ . . + ∞]

f - Frequency[-∞..+∞]

F-Frequency [-∞ . . + ∞]