Resources

meshCurvature
Mesh Curvature Analysis for Rhino Grasshopper Python Component developed by Mirco Becker This was initially developed to for mesh analysis on 3d scan data. The algorithm works locally on mesh vertices by calculating the angle of edges against the

meshCurvature
Mesh Curvature Analysis for Rhino Grasshopper Python Component developed by Mirco Becker This was initially developed to for mesh analysis on 3d scan data. The algorithm works locally on mesh vertices by calculating the angle of edges against the

gPlanks
Planks for Rhino Grasshopper Python Component developed by Mirco Becker A planking path discribes the path a linear stip of material would take when laid out over any form. It assumes that the material of the plank can bend

gPlanks
Planks for Rhino Grasshopper Python Component developed by Mirco Becker A planking path discribes the path a linear stip of material would take when laid out over any form. It assumes that the material of the plank can bend

Dynamic Simulation – flying a kite in Maya
This was a test done for the Architecture and Performative Design specialization at the SAC. It test performance of kite flight and was used as a basic simulation tool to evaluate different design options of tetrahedron kites digitally before building

Dynamic Simulation – flying a kite in Maya
This was a test done for the Architecture and Performative Design specialization at the SAC. It test performance of kite flight and was used as a basic simulation tool to evaluate different design options of tetrahedron kites digitally before building