Laser cutter class: Difference between revisions
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== Part 1: Design using Inkscape == | == Part 1: Design using Inkscape == | ||
In this part of the project, we will design a Pi Zero box, both the physical aspects and its realization in software. | In this part of the project, we will design a Pi Zero box, both the physical aspects and its realization in software. There are therefore 3 main steps to perform here. The first step is to sketch out and decide on the overall design, the second is to take measurements of the Pi Zero and use those to construct a precise sketch, and the third and final step is to translate this precise sketch into Inkscape. | ||
=== Step 1: Rough Sketch === | |||
=== Step 2: Measuring and Precise Sketch === | |||
=== Step 3: Inkscape === | |||
== Part 2: RDWorks/LaserWorks Laser Cutter Software == | == Part 2: RDWorks/LaserWorks Laser Cutter Software == | ||
Revision as of 12:14, 3 December 2016
This page is the overview for the laser cutter class. The class is a project-based introduction to the software and hardware of the laser cutter, intended to teach participants in the class everything they need to know in order to use the laser cutter. We assume no prior knowledge of the software involved, only general knowledge of how to use a computer.
This class is broken into three main parts: part 1 deals with the design of the laser cut object using Inkscape, part 2 deals with the use of the laser cutter software, and part 3 deals with the operation of the machine itself.
This page is currently a work in progress, and should be used right now only for planning purposes, not as an actual resource for learning yet. When this message goes away, this page is considered usable as a learning resource.
Project Overview
In this project, we will create a little box for housing a Raspberry Pi Zero, without using any glue to hold it together, such as the ones you can purchase from the vending machine.
Part 1: Design using Inkscape
In this part of the project, we will design a Pi Zero box, both the physical aspects and its realization in software. There are therefore 3 main steps to perform here. The first step is to sketch out and decide on the overall design, the second is to take measurements of the Pi Zero and use those to construct a precise sketch, and the third and final step is to translate this precise sketch into Inkscape.