Group 1 (Blabolil, Haak, Styer)
- Develop Rhino / GH definition which produces the base surface which we will populate later. Refer to our discussion of Zones 1-4 along the length and A-C in section
1- Entry / Conference / Exhibition Area
a. create space for exhibition, possibly seating, address secondary entry into kitchen, hold guests here momentarily, well lit
2- Conference Room Entry Door Alignment
a. Waist to Eye level condition viewable / interactive with exit / entry area of conference room
3- Corridor / Passage / Compression
a. Transition from vertical wall to horizontal ceiling creates a condition of threshold / encapsulating, dark?
4- Opening / Release into Studio Space
a. Installation primarily horizontal, gently releasing one into the studio space. Gradual, surface above produces lighting?
A- Lower Zone
a. Bench, exhibit, display
B- Mid Zone
a. Eye level, hand (tactile) level
C- Upper Zone
a. Upper wall, Ceiling condition
- Using specific loft curves, that respond sectionally to the planametric and sectional zones
- Develop overall surface parametrically
- Study how wall engages, and / or grows from entry wall conditions
- Study how wall surface relates to existing surface (peeling conditions?)
Group 2- (Moore, Ticar, Stacy, Sareen)
- Develop a series of “Parts” or “Components” that rely on a Structural frame / Surface Cladding condition. (ie Softlab’s Screen wall and Smart Clip).
- The Part should be “smart” and accommodate variables that allow it to respond to different conditions in different areas.
- Develop GH Definition to control part
- Diagram how the part might operate in various conditions (small axons of the part instantiated in various conditions- open/closed, light emitting / light reflecting, etc.)
Group 3- (Ycaza, Connor, Wilmot)
- Develop a series of “Parts” or “Components” that rely on a Mass / Volume that relies on adjacent parts for support (ie. Brick wall) (ie Playlab’s wall formed form “Corb Windows” or LTL’s Sloan Kettering Installation).
- The Part should be “smart” and accommodate variables that allow it to respond to different conditions in different areas.
- Develop GH Definition to control part
- Diagram how the part might operate in various conditions (small axons of the part instantiated in various conditions- open/closed, light emitting / light reflecting, etc.)
