Barycentric Transform

Functionality

The node is coded to perform the transformation of one or many vertices according to the relation of two triangles

Eaxh triangle is defined by three vectors.

Inputs / Parameters

Param	Type	Description
Vertices	Vertices	Points to calculate
Edg_Pol	Int Lists	Edges or pols of the input Vertices (optional)
Verts Tri Source	Vertices	It will get the first and last vertices’s to define the line segment
Verts Tri Target	Float	Minimal distance to accept one point is intersecting.

Advanced Parameters

In the N-Panel (and on the right-click menu) you can find:

Implementation: Choose between MathUtils (Faster transforming light meshes) and NumPy (Faster transforming heavy meshes)

Output NumPy: to get NumPy arrays in stead of regular lists (makes the node faster). Only in the NumPy implementation.

Match List: Define how list with different lengths should be matched. Refers to the matching of groups (one tris couple per group)

Outputs

Vertices: Transformed vectors.

Edg_Pol: A matched copy of the input Edg_Pol data.

Example of usage

The node can be used to place geometry over triangular faces.

• Generator-> Cricket

• Generator-> Circle

• Generator-> IcoSphere

• Transform-> Rotate

• Transform-> Move

• Modifiers->Modifier Change-> Polygon Boom

• Vector-> Vector In

• Viz-> Viewer Draw

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The List Match option can offer different output combinations, in this case Cyclic is used

• Generator-> Circle

• Generator-> IcoSphere

• Number-> Number Range

• Modifiers->Modifier Change-> Polygon Boom

• Viz-> Viewer Draw

• Text-> Stethoscope

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Custom triangular Tessellation in this case Cyclic is used to alternate between the input geometry

• Generator-> Circle

• Generator->Generator Extended-> Polygon Grid

• Transform-> Rotate

• Modifiers->Modifier Change-> Polygon Boom

• Number-> List Input

• Vector-> Vector In

• Matrix-> Matrix In

• Viz-> Viewer Draw