OpenSCAD project that creates various customizable bracelet or ring models
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Updated
Feb 8, 2020 - OpenSCAD
OpenSCAD project that creates various customizable bracelet or ring models
My previous work of generative and parametric design for designing bracelet and rings by using Rhinoceros 3D and Grasshopper
Repository for all my parametric 3D printable CAD designs I made in OpenSCAD and FreeCAD
QGIS plugin to: 1) create geoJSON site packages that can be imported into parametric CAD software; and 2) import CAD generated site packages into QGIS.
Rhino Grasshopper Plugin for raw Serial data reading
Decorative multi-sheet panels designed in Rhino Grasshopper and fabricated with FlexiCAM router
A collection of small sample grasshopper scripts, to create various parametric geometries. Created as an aid for students new to grasshopper.
Implementing hardware-based encoding functions on a 3D matrix; Fall 2022
Save time in Autodesk Fusion 360 with parameter list templates.
Starling Egg is a Grasshopper template geared towards project collaboration.
Use 2D planar plywood plate to approximate the double curve surface by using the design of kerfing. The layout and the size of kerfing directly affect the bending effect and the final geometry. The parametric algorithms have been developed to conduct the approximation process. The fabrication factors like robot arm type, cost, and fabrication ti…
A Python package provides office-automatic interface and utility functions for parametric design and engineering tasks.
Lost a lid or just want a more functional cap? Generate and print your own, compatible with any existing threads! Uses metric thread standards via equasions in fusions parameters, allowing for the generation of a threaded cap with only 3 required measurements.
✏️Collaborative, scalable and cross-platform designing.
[SIGGRAPH 2017] Interactive Design Space Exploration and Optimization for CAD Models
This is a sample app demonstrating the use of parametric design to build a simple building.
Verse3
Terminal investment strategy analysis, parametrically driven by changing demand scenarios.
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