
In this lecture we will present examples of some objects that you will be able to model at the end of this course.
Choose your own pace for mastering 3d modeling with OpenSCAD by watching the recommended sections, and use the OpenSCAD cheat sheet and manual to learn new functions while coding along.
Move the pillar to the edge of the base with translate and generate 18 pillars at 20-degree intervals by rotating a copy in a for loop, height 90 millimeters.
Create a dumbbell in OpenSCAD by modeling two spheres as ends and a cylindrical handle, translating each sphere by half the length, rotating the handle 90 degrees, and assembling.
This video provides a solution to the problem posed in Quiz 2. An updated version of the code described in the video is posted in the resources section. The cyclindrical base has been translated to provide a flat base for the pen stand and make it easier to print. Thanks to Peetersm for pointing this out and providing the solution.
Build a decorative coaster in OpenSCAD using ring modules with radius 40 mm, height 3 mm, outer thickness 2.5 mm, inner thickness 1.2 mm, repeated 17 times at 20-degree steps.
Model a key ring tag in OpenSCAD by joining translated cylinders with a rectangular connector, subtracting space for the ring, embossing text via extrusion and coloring blue.
This short course will teach you everything you need to get started with OpenSCAD. OpenSCAD is a free code based 3D modeling tool in which complex 3D models can be built using the principles of constructive geometry and extrusion. Through 3 illustrative examples, we will cover the creation of basic shapes and the use of operations to combine these shapes into complex structures. This is a great class for hobbyists and 3D printing enthusiasts who are new to OpenSCAD. Students of all ages and backgrounds will enjoy seeing the beautiful and complex designs that can be created in OpenSCAD using only a few lines of code.