Interactive 3D Printing and Programming Course

Deep dive into the world of 3D design and programming with an interactive course that covers visual thinking, programming basics, project presentations, and CADjs. No prior programming experience required. Learn to create 3D models, manipulate shapes, and understand the process from design to 3D printing. Explore hands-on examples, sample projects, and a handy CADjs cheat sheet. Immerse yourself in a creative journey from the virtual realm to physical 3D printed models.

• Interactive Course
• 3D Printing
• Programming Basics
• Visual Thinking
• CADjs

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Uploaded on Oct 01, 2024 | 0 Views

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1. Printable Programming

2. Course? 1.Visual thinking 2. Programming 3. Project Presentation

3. Background & Expectations 1. Programming experience not needed 2. Middle school math 3. 2~4 hours/ week

4. CADjs Search for CADjs https://ersl.wisc.edu/software/CADjs/CADjsFiles/CADjs.html

5. CADjs (Developed at UW)

6. CADjs (Developed at UW)

7. How? (delete previous code) cube(1).display(); Cube (delete previous code) Cylinder cylinder(0.25,2).display(); (delete previous code) g1 = cube(1); g2 = cylinder(0.25,2); g3 = g1.subtract(g2); g3.display(); Cube - Cylinder

8. Example Cube Cylinder Move the cylinder up Cube - Cylinder (delete previous code) g1 = cube(1); g2 = cylinder(0.25,2); g2.moveZ(0.5); g3 = g1.subtract(g2); g3.display();

9. Example Spheres Cylinders Move Add, subtract (learn later)

10. Sample Projects

11. 3D-Printing

12. From Design to 3D Printed Model //base of structure Base=cube(100,5,100).translateY(- 1).union(cube(22,5,8).translate(0,-1,49)); Spheres, Cylinders Blocks, Move Add/subtract //pillars Pillar=cone(3,2,50).translate(50,22.5,50).union( sphere(2.7).translate(50,49,50)).union(cone(1. 7,0.1,1.5).translate(50,51.8,50)).union(cylinder( 3.5,1.1).translate(50,14,50)).union(cylinder(3.5, 1.1).translate(50,29,50)).union(cylinder(3.5,1.1) .translate(50,44,50)); Pillar=Pillar.translateY(-1); (250 lines) Printable Programming

13. CADjs Cheat Sheet