WIND PAVILLION
CREATE “MICROCLIMATE” ABOVE THE COURTYARD
LOCATION723 CHERRY ST NW, ATLANTA,
GAGEORGIA INSTITUTE OF TECHNOLOGY FALL 2023INSTRUCTOR KEITH KASEMAN
COLLABORATOR BOTAO LI | YINING ANNIE CHEN | JIAYONG LU
SPECIAL THANKS TOWILLIAM S. REYNOLDS
This project tasks to develop, demonstrate, and document an interactive spatial system in real space and at full scale within the volume defined by the Hinman Courtyard. Utilizing Fologram for phones, the collaborative operability of the system uses three synced parameters (live on phones) along with device tracking on more than one phone. The operable spatial systems are free-floating architectural frameworks – spaceframes and canopy structures.
The following constraints and techniques are to be employed:
• Primary curves to be 1 degree; fillets and controlled blend curves
• Global Variables, Stream Gates, State Gates, and Stream Filter operations
• All geometry visible within Fologram on phones for a live demonstration to be synced grasshopper objects (no visible Rhino geometry!), and a reset button
• Global Variables, Stream Gates, State Gates, and Stream Filter operations
• All geometry visible within Fologram on phones for a live demonstration to be synced grasshopper objects (no visible Rhino geometry!), and a reset button