Andrea Serpa's profile

AVIVA ST. ROOF GEOMETRY/ Análisis UI Digital- ARQU3856.

AVIVA STADIUM ROOF GEOMETRY WITH SUPERELLIPSES
study of volumetries using complex geometries
Grasshopper definition. Inputs to the left.
ALGORITHM.

1. Generate the outside footprint of the Stadium by using the superellipse script.
2. Generate an inner drip line also using the superellipse script.
3. Set an structural grid and join the outside footprint with the inner drip line with bays.
4. Relate the file to an existing Rhino file that contains a control curve and divide the curves in the the same number of bays.
5. Generate profile curves that respond to the control curve and also using the superellipse script changin the plane in which the curve is generated.
6. Offset the profile curves and loft them generating the Aviva type volume.
Copyright © [2016] Andrea Serpa + Universidad de los Andes
[AVIVA STADIUM ROOF GEOMETRY WITH SUPERELLIPSES]

ÁREA: 
Análisis - Ciclo Complementario

Unidad Intermedia de Arquitectura Digital: Análisis - ARQU3856
Universidad de los Andes
Bogotá D.C, Colombia
2016-01
AVIVA ST. ROOF GEOMETRY/ Análisis UI Digital- ARQU3856.
Published:

AVIVA ST. ROOF GEOMETRY/ Análisis UI Digital- ARQU3856.

SSDE

Published: