Super Delaunay

[Almendral]

Good morning community!
I am playing with different ways of achieving a deformed voronoi system in which I can control the size of cells depending on their proximity to points and lines.
The plugin I am using is https://www.food4rhino.com/en/app/super-delaunay by @Dani_Abalde
In the file below I have only been able to modify the voronoi through specific points and through specific weight values given through gene pool.

But what I am really trying to achieve is a voronoi mesh with the following assumptions:
1º_Distortion of the voronoi polygons by points.
2º_Distortion by lines
3º_Degraded from larger polygons to smaller ones.
4º_The perimeter, formed by voronoi polygons of standard size, has to be fixed.
5º_To get a Dual Mesh but without thickness.
6º_Nurbs curves tangent to the midpoints of each segment of the voronoi polygons.
20220525_SuperDelaunay_v#00.3dm (194.9 KB)
20220525_SuperDelaunay_v#00.gh (26.9 KB)
The end result should resemble the scheme on which Toyo Ito’s Ghent project is based, which has a scheme like this one:

Thank you very much for all your help

[Dani_Abalde]

@Almendral

1º_Distortion of the voronoi polygons by points.

Map distance from points to delaunay points to weights.

@Almendral

2º_Distortion by lines

Similar to 1.

@Almendral

3º_Degraded from larger polygons to smaller ones.

Provide the weights to achieve that effect.

@Almendral

4º_The perimeter, formed by voronoi polygons of standard size, has to be fixed.

Use the Voronoi mode and use a rectangle as bounds.

@Almendral

5º_To get a Dual Mesh but without thickness.

It can be done by code using SuperDelaunay library.

@Almendral

6º_ Nurbs curves tangent to the midpoints of each segment of the voronoi polygons.

Use the Tangent Curve component instead of Nurbs Curve.