Variant 1. 1 seat, 60 degrees curvature as made in Rhino. 

Variant 2.

Variant 3. 

Variant 4. 

Variant 5. 

Variant 6. Very nice curvature, attractive.

Variant 7. Model made as 3D example of a concept made by Luuk. To look if shape can stand on its own. This is possible if the back rest has enough curvature and when there is enough weight onder the seating area to keep the chair in balance. 

Divided dome into three equal parts. So only the molds for one part are needed. Parts can be positioned in dome shape, but are not connected in the middle so they can be randomly scattered on a square as well if there is not enough space. Next to that this provides easy assembly since one of the three parts can be produced in one day. The next day this part can already be assembled, while the next part is being made.

Variant 1: Dome with two stairs, 90 degrees curvature. 23m2. Too big

Variant 2: Dome with two stairs, 60 degrees curvature. 17m2. 

Variant 3: Dome with two stairs, 60 degrees curvature. 17m2.  

Variant 4: Dome with two stairs, 60 degrees curvature. 15m2.  

Variant 5: Dome with one stairs, 90 degrees curvature. 19,2m2.   

Variant 5: Different parts place randomly on a square instead of in a dome shape.

Pavilion opens to two sides, so people are attracted to the pavilion from different directions. Both sides can be used. On the outside people can hang, have beer, or look for some info on a information computer (information kiosk like). On the inside people can search for shelter against the sun, gather or even give a presentation.

Sketch 1. Arena like shape for presentation opportunities.

Sketch 2. Arena like shape without blubby edges to reduce materials.

Sketch 3. Arena inside out, more approachable object. Hufter proof design.