Dynamic Pattern Pavilion
Created: Apr. 2021
Apps used: Rhino, Grasshopper, and Figma
​
Project Goal
For my spatial design class, we were tasked with using a Grasshopper, a Rhino extension to create a dynamic patterned pavilion to be placed in Holland Park (Surrey, BC). With dimension restrictions of both the pavilion and sculpture that will be housed in the pavilion, my two partners and I have designed.
Project Goal Project Creations Material & Location Summary
Project Creations
The pavilion is inspired by the shape of a starfish, which offers many archways when shaped and manipulated properly. Grasshopper was used to create a hole perforation pattern on our surface which allowed for more light to come into the pavilion. For additional light, a large hole was added in the top of the pavilion which lets light shine down onto the sculpture below.
Material and Location
The pavilion location in holland park is indicated below by the red star. We chose this location as it is near one of the entrances of the park and has a nicely shaped path for the pavilion in its proper orientation.
Pavilion Overview
Pavilion Statue View
Pavilion Top View
Summary
The perforated surface is Krion material: a high-density mineral material that is warm to the touch. The pavilion's second layer and wave seats are glass, so they have a very watery look.
Overall my group and I are very happy with the look of the pavilion and the materials we chose for the structures. Creating the parametric surface with grasshopper was challenging due to the lack of direction we had going into the project. After many tutorials and trial and error, we are very proud of our accomplishments despite the difficult surface.