This repository hosts code made to show a lightshow out of a beataber map. It currently works with ESP32 and MQTT.

I plan to make it easily movable to other platforms (there isn't so much hope for AVR boards however, the framerate I get on leds isn't satisfying)

A mod to control all this mess can be found here.

• ESP32 or STM32F1 (other platforms supported by FastLED may work) with the libraries
  • Arduino-MQTT if you want it over MQTT
  • FastLED
  • WiFiSecure (Integrated with arduino-esp)
• An adressable LED strip (I personnaly use this one from AliExpress) and a corresponding power supply
• (A MQTT server)

1. (Configure your MQTT server)

2. Modify MQTT-esp32.ino or usb-stm32.ino to match your LED strip (and MQTT server)

   1. Modify compilator constants (NUM_LEDS is the number of LEDs on your strip, NUM_ZONE is the number of zones you want to map on them (there is 5 of them on BS), ALIM is a pin where you can put something to cut the LEDs alimentation when they're all black (HIGH = on), LED is the data pin for the LEDs)
   2. In the function setup
      1. In FastLED.addLeds<WS2812B, LED, GRB>(leds, NUM_LEDS) replace "WS2812B" by your LEDs model and GRB by your LEDs color order (see FastLED documentation)
      2. In the for loop Setting zones, tweak the conditions to match your zone mapping
   3. If you use MQTT and your MQTT server doesn't use TLS, change the port in client.begin(host, 8883, net); and replace the line net.setCACert(letsEncyptCA); with net.setInsecure();
   4. If you use MQTT and your MQTT server do use TLS but not with a Let's encrypt certificate, change const char letsEncyptCA[] value to your AC's public key pam encoded.

3. (Create the file creditentials.h in the same directory as MQTT-esp32.ino and fill it with :)

   const char *ssid = "Your WiFi SSID";
   const char *pass = "Your verry secret WPA key";
   const char *host = "The host name of your MQTT server";
   const char *user = "Your MQTT username";
   const char *mqttPass = "Duh look at the variable's name (it's your MQTT password, who guessed !)";

4. Compile and send to your ESP32/STM

5. Enjoy (Either through theses scripts or by installing this mod)

• Improve the Chroma integration
• Clean up code
• Optimize (some behavior are probably more complicated than needed)
• Automated lightshow

Here is a playlist that expose the qualities and defaluts of this project