Candelabrum 2.0 – workshop

Candelabrum 2.0 – workshop

                                    What: A … Continue reading

Pheromone agent strategies – part 2

Pheromone agent strategies – part 2

Pheromone agent strategies – part 2 by Matthijs la Roi The developments shown in this post are an advancement of … Continue reading

Pheromone agent strategies – part 1

Pheromone agent strategies – part 1

Pheromone agent strategies – part 1 by Matthijs la Roi In this post you can see some of the design … Continue reading

Vortex Verticality

Vortex Verticality

Vortex Verticality—by Matthijs la Roi Opposed to the twisting towers who are created by transformation and morphing of platonic geometries … Continue reading

Swarm system with Grasshopper+Ghowl+Kangaroo

Swarm system with Grasshopper+Ghowl+Kangaroo

Swarm system with Grasshopper+Ghowl+Kangaroo by Matthijs la Roi There are many examples of agent based swarm systems developed with the … Continue reading

Final graduation presentation of Xing Wang

Final graduation presentation of Xing Wang

My whole master study in Tudelft is focusing on parametric architecture generation and non-standard structure solution. I am working for … Continue reading

Wind phantom, Hyperbody MSc1 project by Matthijs la Roi

Wind phantom, Hyperbody MSc1 project by Matthijs la Roi

This post is about the ‘Wind phantom’ project developed by Matthijs la Roi within the MSc1 ‘InfoMatters’ studio of the … Continue reading

Evolving Maya nCloth patterns by Matthijs la Roi

Evolving Maya nCloth patterns by Matthijs la Roi

Evolving Maya nCloth patterns by Matthijs la Roi This post is a sneak preview in the design research of Matthijs … Continue reading

Frozen Motion wins the 1st prize of “a view 4 you” competition

Frozen Motion wins the 1st prize of “a view 4 you” competition

Frozen Motion is the project designed by Matthijs la Roi and Xing Wang.

This project wins the 1st prize of “a view 4 you” competition organized by bohemen.

http://www.bohemen.nl/ Continue reading

Maya Fluid to Grasshopper link by Matthijs la Roi

Maya Fluid to Grasshopper link by Matthijs la Roi

This video shows an experiment by Matthijs la Roi to export the velocity vectors from a Maya Fluid simulation visualised in Rhino with the use of Grasshopper. This link will be used in the development of interactive pavilion design for the TU campus in Delft the Netherlands. The project is part of the MSc1 Infomatters studio directed by Dr. Nimish Biloria and Ir. Han Feng from the Hyperbody department from the Faculty of Architecture at the Delft University of Technology. Continue reading

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