[Parametric Design Study]
What started as a modeling exercise for a compound curved roof expanded due to the dynamic capabilities of Grasshopper.
ROOF
Limited to boundary curves, a peak, and a valley, the roof and ceiling surfaces were auto-generated and adjustable without the need for remodeling.
ROOF TRUSS
The structure for the roof was dependent on and automatically changed with the roof. Due to the undulating nature of the roof, the depth of each truss varied and each was unique. Spacing between trusses and size of each member could be updated per future structural engineer input, without the need for remodeling.
STRUCTURAL COLUMNS
Based of the roof and front facade, an array of columns maintained a consistent taper despite varying in height. The quantity, offset, spacing, size, and taper of the columns was parametrically controlled.
FACADE
A gradient woven pattern masked the perimeter glazing. Not only was the size, spacing, overall distance, and rate of gradient parametrically controlled, but a variable for material was included as well. This allowed for early cost estimates by providing a value per linear foot to a range of possible material options.