Connect 联系Basic 基础Inputs 投入Outputs 产出
Inputs
投入
添加输入
伊因冈 · 罗申
几何学。1
矩阵
Two Geometry inputs are available by default. The Add Input and Remove Port commands can be used to configure the desired number of inputs.
默认情况下有两个几何输入。可以使用 Add Input 和 Remove Port 命令配置所需的输入数量。
To be exact, each Geometry input consists of two individual ports, one for the Geometry and one for the Matrix, i.e., the geometry’s reference system. This is necessary because the geometry data is only available locally. If multiple geometries are melted together, multiple axis systems are involved that first have to be evaluated so the connected geometry can remain unaffected in relation to one another.
确切地说，每个几何输入包含两个独立的端口，一个用于几何，另一个用于矩阵，即几何的参考系统。这是必要的，因为几何数据只在本地可用。如果多个几何图形融化在一起，多轴系统涉及，首先必须进行评估，以便连接的几何可以保持不受彼此的影响。
Note that the geometry and matrix play a special role at the first input port. This geometry’s matrix will be placed parallel to the axis system of the connected geometry at the world origin (standard matrix). If you want to have a connected geometry, that lies at exactly the same location in space as the individual geometry of which it is composed you have to assign a matrix to the resulting geometry that is the same as the matrix used in the first Geometry input port.
注意，几何图形和矩阵在第一个输入端口处起着特殊的作用。这个几何的矩阵将被放置在世界原点(标准矩阵)的相连几何的轴系统平行。如果你想要有一个连接的几何体，它和组成它的单个几何体在空间中完全相同的位置，你必须给得到的几何体分配一个矩阵，这个矩阵与第一个几何体输入端口中使用的矩阵相同。
合并选择
If selections are made on merged geometry, these can be transferred to the connected geometry if this option is enabled.
如果选择是在合并的几何图形上进行的，则如果启用此选项，可以将这些选择转移到连接的几何图形。