GMU:Computing with Thread/Christian Doeller: Difference between revisions

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This "machine"  
This "machine" is capable of two things: <br>
- it can help the user to conduct simple (and complex - if developed further) calculations and <br>
- it can be used as a communication tool for two people by translating messages in a kind of morse code<br><br>




Components:
Components:


- camera with "B" mode <br>
- Wood (left overs) <br>
- thread<br><br>
- two pieces of threaded rod <br>
- two 3D printed wheels <br>
- a ball bearing that fits to the threaded rod<br>
- and thread<br><br>


[[File:Aufbau_Thread1_1.png]]<br><br>
[[File:3D_knots1.jpg]]<br><br>
[[File:Aufbau_Thread1_2.png]]<br><br>
[[File:3D_knots2.jpg]]<br><br>
[[File:Aufbau_Thread1_3.png]]<br><br>
[[File:3D_knots_print.png]]<br><br>


How to use it:<br><br>
How to use it:<br><br>
1. Screw in as many hooks as you like<br>
1. Use the winder to make the knots scratch the thin plastic plate <br>
2. Insert a certain length of thread<br>
2. Wind the thread until the red section crosses the thin plastic plate <br>
3. Connect the LED, the button battery and the clamp<br>
3. Move the winder forward to add "knot-scratches" <br>
4. Put the plastic bowl above the installation and put the magnets in place<br>
4. Move the winder forward to subtract "knot-scratches" <br>
5. Set up the camera, darken the room, push the trigger and move the upper magnet!<br>
5. Enter your calculation <br>
5. Wind back to the red mark and count the "scratches"- they represent the result of your calculation!<br>


[[File:Licht_Thread1_1.png]]<br><br>
[[File:Knot_Calculator.png]]<br><br>
[[File:Licht_Thread1_2.png]]<br><br>
[[File:Licht_Thread1_3.png]]<br>