Difference between revisions of "Physical Controllers"
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== Microphone Sensor == |
== Microphone Sensor == |
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| − | Using a Raspberry Pi Pico - Takes a Microphone input and then outputs a gradient on LEDs. This could be of course also be used for a sound sensing controller - move the player only when you make a sound or so. |
+ | Using a Raspberry Pi Pico with Micropython - Takes a Microphone input and then outputs a gradient on LEDs. This could be of course also be used for a sound sensing controller - move the player only when you make a sound or so. |
[[File:Microphone.jpg|200px|Microphone Wiring]] |
[[File:Microphone.jpg|200px|Microphone Wiring]] |
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| + | [[File:Lautstaerke.zip]] |
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== SEEDUINO XIAO == |
== SEEDUINO XIAO == |
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Revision as of 16:21, 7 June 2023
Hand holding sensor
Measure the voltage - could be a chain of humans that hold hands, Arduino measure the voltage and smoothes it out with a capacitor. The LED is just to show the difference in voltage:
The Arduino connects to 5Volts, Ground and Analog 0
The Breadboard, purple wires are for holding in your hands. Capacitor to smooth out the voltage.
The code
RFID Tag Reader
Can be used to read RFID Cards/ or write to them. Uses a ~3 Dollar RFID Reader (RC522) Worked best with Arduino Uno.
The Code: File:Rfid.zip
Microphone Sensor
Using a Raspberry Pi Pico with Micropython - Takes a Microphone input and then outputs a gradient on LEDs. This could be of course also be used for a sound sensing controller - move the player only when you make a sound or so.
SEEDUINO XIAO
A super small Arduino/Micropython device. About 15 Euros.
Connecting it to Arduino IDE: https://wiki.seeedstudio.com/Seeed_Arduino_Boards/