Alignment 调整Basic 基础Inputs 投入Outputs 产出

Inputs

投入

Axis

轴心

Here you can select the axis along which the matrix that is created should point. This is the only alignment that you can fully define yourself and that the matrix will definitely use. You can select from X, Y or Z. These directions are known to other Nodes such as the Vectors to Matrix Node as V1, V2 and V3, respectively.

这里您可以选择创建的矩阵应该指向的轴。这是唯一的对齐，你可以完全定义自己，矩阵肯定会使用。你可以从 x，y 或 z 中选择。这些方向对于其他节点是已知的，例如向矩阵节点的向量分别为 V1、 V2和 V3。

Direction[XYZ ]

方向[ XYZ ]

Here you can define the direction in which the matrix’s Axis should be aligned. This can, for example, be the directional vector to a target point.

这里您可以定义矩阵的轴应该对齐的方向。例如，这可以是指向目标点的方向向量。

Orientation[XYZ ]

定向[ XYZ ]

This is an additional vector with which you can define the position of both matrix axes that are not defined by the Direction setting. The Orientation will only rarely be assumed precisely by one of the matrix axes because all of a matrix’s axes must run perpendicular to one another and already have an orientation defined by the Direction setting. Nevertheless, the Orientation setting can help define the matrix’s final position and can also be used to control the rotation around the Axis. If Axis is set to X or Y, the matrix’s Z axis will be calculated as closely as possible to the defined Orientation. If Axis is set to Z, the Orientation value will be applied to the matrix’s Y axis.

这是一个额外的向量，您可以用它来定义两个矩阵轴的位置，这两个轴不是由 Direction 设置定义的。由于矩阵的所有轴必须彼此垂直，并且已经有一个由方向设置定义的方向，因此方向很少会被精确地假定为矩阵的一个轴。然而，方向设置可以帮助定义矩阵的最终位置，也可以用来控制轴的旋转。如果轴设置为 x 或 y，则矩阵的 z 轴将尽可能靠近定义的方向计算。如果轴设置为 z，方向值将应用于矩阵的 y 轴。