all elements are repeated for 3 times.
Chosen design Group 5
Group 4
After a Week we’re getting somewhere
We worked this week together and individual (because a mouse can only be controlled by one)
The idea of Maarten got our attention: the Celtic Not, due to its point-symmetry the object can become larger.
A design Georges made incorporated the Not,
A Design by Yi-Chien gave another perspective:
We are now trying to make a connection between the two designs:
A twisted knot:
(the one with a 60 degree coverage / 360 degrees)
With addition of a bench to give the shape a function
And the tree’s made:
We going to further develop a structure bases on a combination, a kind of forest twisting and curving around a centerpoint.
point geometry
Group1
Group1
Group 4 Maarten
Inspiration from Celtic knots and similar forms. Their point symmetry helps with multiple panels from one mold.
Though the model is a bit bland, the group decided to use at least some point symmetry for a support structure and then use the rest of the mold for a free form surrounding it. This is just my interpretation of it.
The next step is to check the possibilities of actually making molds for our model using bounding boxes in Grasshopper. The idea of using the same molds multiple times/same panels:
Tomorrow we choose our group design and improve it further.
Could we make two slender panels next to each other in one big mold? #spacesparingmoldtechniques
Chosen model/principle for further development. Group 2: Jelmer, Luuk & Maaike
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.