3. Singularities

DESCRIPTION 
This script builds up on earlier ones and incorporates an opportunity for users to distort the emergent equilibrium geometry by adding lines that operate as anchors. The curve network point that touches upon a drawn anchor line will be moved to the other end of this anchor line.
For this, users must draw those anchor lines manually from endpoints of the joint curve network that therefore must be baked first.
Plugin “EleFront” is used to facilitate this baking as it allows automatic deletion of earlier bakes if inputs were changed.

DESCRIPTION 
This script builds incorporates a skin on top of the curve network. This skin is also processed by the Kangaroo 2 engine, where it is given minor forces to make sure it produces a visually correct result. This force centres on the idea of stiffening the mesh edge, so that a continuous skin is produced that stretches in between the curves until their end points.

DESCRIPTION 
This script automatically takes as input Rhino surfaces that are placed onto the layer Topo and creates a UV diagrid for each of them.
Users can copy/paste the sample panels and add them to the input design. For the scripts to work well, however, all panels must keep their original rectangular shape (as this results in equidistant grids) and must touch one another to allow for curve continuity generation later.
The script then goes through the diagrid data and uses clusters of commands and Anemone’s recursive scripting functionality to join curves in a way that results in the “smoothest” continuation of the curves throughout the network.
Once the “Data Dam” is activated, this interconnected curve network is then used as input data for Kangaroo 2’s physics simulation engine to generate the resulting overall geometry if all curves aim to straighten themselves out (as per earlier exercises).

DESCRIPTION 
This script automatically takes as input Rhino surfaces that are placed onto the layer Topo and creates a UV diagrid for each of them.
Users can copy/paste the sample panels and add them to the input design. For the scripts to work well, however, all panels must keep their original rectangular shape (as this results in equidistant grids) and must touch one another to allow for curve continuity generation later.
The script then goes through the diagrid data and uses Anemone’s recursive scripting functionality to join curves across internal edges of the different input planes in a way that results in the “smoothest” continuation of the curves throughout the network.

DESCRIPTION 
This script automatically takes as input Rhino surfaces that are placed onto layer Topo and creates a UV diagrid for each of them.
Users can freely copy and paste the sample panels and add them to produce the input design. For the scripts to work well, however, all panels must keep their original square shape (as this results in equidistant, orthogonal grids) and must touch one another to allow for the generation of curve continuity generation later.