This modifier performs the pathline's overturn along the direction axis
The global start direction vector is used. It may come from GrowFX icon or from the Start point when using the Point distributor node.
The local start direction vector is used. The local vector comes from the current distributor.
The aligned local start direction vector is used. The local vector comes from the current distributor, but this vector is aligned along the parent path line.
Another global direction vector is used. This vector is specified in the Another node group.
Another point is used as target, which means the vector is always targeted at this point. This point is specified in the Another node group.
Another surface is used as target, which means the vector is directed against the normal at the nearest vertex of the surface. The object of the used surface is specified in the Another node group too.
The vector is always directed to the camera or to the active view of the Viewport.
This group available for use Another global vector, Another target point and Another target surface only. Naturally, the Create button that creates a new object is not available for Another target surface.
Click this, and then select an object in the viewport to be used as a vector.
Turns on Create Vector mode. Manually place vector by clicking in any viewport. In this mode the Exlevel Point Helper will be created.
Displays the name of the picked object.
Reorients the direction on the X-side.
Reorients the direction on the Y-side.
Sets the strength in percent, with which the axial rotation is made.
The right connector allows to connect the Curve node to control the strength value along the pathline.
Without using the Vector orientation modifier:
An example of using X orientation, Strength = 100.0:
An example of using Y orientation, Strength = 100.0:
Without using the Vector orientation modifier:
An example of using the Vector orientation modifier, for the branches:
An example of using the Global Vector:
An example of using the Local Vector:
An example of using the Aligned Local Vector: