Rasberry Pi: Another DIY computing platform that can do stand alone projects or can be interfaced with ArduinoĮarly Rasberry Pi Projects (2012): From Wired Magazine. The kits used were Kuman Uno R3 SMART Kits (K23) Kazushi Ohya, “Programming with Arduino for Digital Humanities” Journal of Digital Humanities 2:3 (2013)Īrduino the Documentary (2010): A history of the Arduino projectĪrduinoArts: Example projects and tutorialsĪdafruit Arduino Tutorials: Site used for workshop lessons. Materials Used in Conjunction with the January 2017 workshop at Georgia Southern's Fab LabĮthan Reed, “'Getting Under the Hood'” with Arduino" (January 2015) Metropolitan Museum of Art: Collection is on Thingverse, which has lots of other models. Smithsonian Collection: Ready for printing 3D scans from the Smithsonian.īritish Museum: Collection is on Sketchfab, which has lots of other models. See also the game engines under "Gaming."īlender: Free and robust, but like Fusion 360 and Maya professional-supports the entire 3D "pipeline." Maya: 3D animation software, also Autodesk. There is an education discount page.ġ23D: Medium-powered version of Autodesk 3D modeling.Ĭura: Preparation software for 3D printing.įusion 360: Robust Autodesk 3D modeling. Three-year student and educator license. SketchUp: Originally designed by Google but now independent, an alternative to Tinkercad. Many people move between them, using Sculptris for more "organic" forms.
Slightly more difficult to use than Tinkercad. Autodesk makes the (largely) 2D drafting software AutoCAD.
Tinkercad: Basic version of Autodesk software, useful for simple 3D modeling. Realit圜apture: Photogrammetry software for creating 3D models, faster and better with larger numbers of photos but need to purchase after the demo.
Tutorials are here.Īgisoft PhotoScan : Photogrammetry software for creating 3D models. Autodesk ReMake (formerly Memento/123D Catch): Photogrammetry software for creating 3D models.
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