Video Gallery
All videos from my YouTube channel. Filter them by clicking on the tags below
- All
- development
- grasshopper
- rhinoceros
- environmental
- computational
- b.i.m.
- design
- 3dprinted
- modelling
- structural
- viz
- coding
Gradient Generator and Utilities
Gradient Generator allows the user to setup custom colours (at left/right of the grips), custom grip points position, linear interpolation to make the colours transition smoother, lock option prevents Gradient component from editing, sliding the single RGB value of the custom gradient and finally, by baking action, you can add your own gradient directly on the canvas.
i-Mesh - Structural Design | Sample breaking-strength by directions
This algorithm applies some trigonometric concepts useful to define the breaking strength of the fibres used for a sample of dimensions 200 mm x 200 mm The data on the mechanical resistance of the single fibres covered with fluo-polymer were collected by appropriate test campaigns at the PoliMi TextileHub
i-Mesh - Structural Design optimisation | Clichy frame - Making of joints
This algorithm has improved the customization and creation of the interlocking nodes for the frame structure designed for Clichy (Miralles Tagliabue studio) with the collaboration of i-Mesh for the covering of the building module. The algorithm easily adapts to any frame structure and allows you to customize the joint. The process ends with a voxelization-based procedure to uniform the topology of the exportable mesh for 3D printing. Original concept inspired by #Co-de-it project based on "FroGH" plugins.
Modelling the Alessi juicer in Rhino - The Wrong Way!
Modelling the Alessi juicer in Rhino - The Wrong Way! In some cases the reason why I publish video tutorials does not always coincide with the best solution or the perfect way, indeed my videos are functional to the theoretical part of my courses and for this reason, I try to emulate the most common mistakes. In my videos, I teach the young apprentice how to make up for the mistakes made at the very beginning of the modelling phase...so "the wrong way" in the title. Good vision.