Form Found ideation

Here are some ideas for the Form Found project:

A pattern could be created using hexagons with rectangular cut-outs. Using grasshopper, we could have sliders to control the number of cut-outs in each hexagon, as well as the size of each cut-out:

HEX pattern

When arranging the hexagons in a pattern, we could create a gradation of transparency:

gradation

We could also make the pattern more dynamic by rotating the hexagons so the “grain” of the rectangular cut-outs would change direction. The rotation could be done in a pattern or it could be done using random components in grasshopper:

ROTATE

This could be used either as a dividing screen or as the surface of some sort of enclosed space that people could stand in (sort of like a semi-private “conversation bubble”):

screen

OR the gradation screen could be used as a lighting element. We could create a hanging structure to sit below one of the fluorescent tube fixtures. If we used reflective mylar as a material, it could create some interesting lighting effects:

light2

Parametric Truss Issue

Truss A Create Driving Surfaces 1 Create Planar Triangle Faces 2 Draw Offset Curves and Fillet 3 Offset Curves by Area 4 Create Planar Surfaces and Render- Area Gradient 5

Here is my development of the Truss Assignment. First, the truss demo is different from the file that we got on class. I try to change the process of Grasshopper so it looks the same to the demo. But for some reason I don’t understand why the Rhino projection of the inside triangle are not in a void, it looks that is a complete surface instead?? Can some one help and tell me what I did wrong?

Round Two

In the second round of Grasshopping, I was able to control four drivers for the Chair One design:

1. Thickness of each rib
2. Degree of filleting between the ribs
3. Chair height
4. Seat tilt (I wasn’t able to separate the tilt of the seat from the tilt of the back of the chair so the whole bucket seat unit tilts independent of the legs)