Graphing Ruler
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Zapisane na tym urządzeniu.
This ruler allows you to draw the graph of a mathematical function with pretty high acuracy.
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- Printables
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- Tools
- Licencja
- Creative Commons — Public Domain
How to Make:
Unless you want very high accuracy, I recommend scaling up both parts to twice the size (8× the volume) while slicing.
If you have an MMU on your 3D printer, slice the 2 parts together in Prusa Slicer, just make sure that the "Graphing Ruler part 1.stl" is printed out of a different material than "Graphing Ruler part 2.stl". When you load the .stl files into Prusa Slicer then they should already be aligned so you don't have to align them manually. "Graphing Ruler part 1.stl" is the main structure of the ruler and "Graphing Ruler part 2.stl" are 1mm squares on the top of the ruler.
If you don't have an MMU on your 3D printer, then slice only "Graphing Ruler part 1.stl" and print it. There are 1mm square dents on the top.
How to use:
Place the graphing ruler on the plane of your graph so that the long holes are parallel with the Y axis. You can now draw any point with one of the 51 possible X coordinates (that are offset by 2mm from eachother or 4mm in the scaled up version) and with any Y coordinate out of the infinite possibilities. After connecting the points, the graph should look pretty smooth.