Parametric surface with organic holes using voronoi polygons (elena hoxhaj mateos shehu) poster

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Component

Function Set points to grasshopper

2

Use voronoi to divide space into a number of regions according to the points and a parameter to control the radius

3

Insert bounding box to enclose the regions created by voronoi, add bolean toggle for single unified box, and the brep components (explode) to extract the box edges

4

Use join to join the extracted box edges

5

Offset curve(to offset the box edge) and a slider to control the distance

Final Model

Modification 3: Change of the outer box wall offset

Modification 1: Change of voronoi optical cellradius Modification 4: Change of the height 6

Extrude the created curve in z direction and use cap holes to create the 3d box. THE BOX WILL BE USED AS THE VORONOI LIMIT. Connect everything to the voronoi

7

Create a new offset from each voronoi polyon, and a slider to control the distance. Add the minus values to offset in the inside.

8

Extract the polygon’s control points. Create curves with these extracted control points. Use again bolean toggle for unification. Slider is used for the curve degree

9

New offset command for the external box edges. Slider used to control the distance.

10

Extrude the offsetted edge, together with the curves created by the voronoi. Use z unit for vertical extrusion and a slider to control the height

11

Use cap hole to cap the extrusions, and perform a bolean difference (extract the voronoi region extrusions from the box).

Modification 2: Change of the inner box wall offset, letting the voronoi arches free

Modification 5: Moving the points manually


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