## Simplified lamp software algorithm

1. Define constants for pins e.g. `#define LED_RED 9`
2. Instantiate `hueRotart`, `saturationRotary` and `bluetooth` software serial
3. Run `void setup() { ... }`
    1. Run startup sequence `R => G => B => GB => RB => RG => RGB`  (helps with checking if colors are hooked up correctly
    2. Begin listening for bluetooth serial on `9600` rate
    3. Begin listening for `hueRotatary` and `saturationRotary` 
    4. Setup **brightness** controls pins `VALUE_INCREASE` and `VALUE_DECREASE` to `INPUT_PULLUP` to avoid [faulty readings](https://electronics.stackexchange.com/questions/67007/whats-the-difference-between-input-and-input-pullup)
4. Run `void loop() { ... }` in loop
    1. If **brightness** changed, update the `lampColor` hsv variable
    2. If **hue** changed, update the `lampColor` hsv variable
    3. If **saturation** changed, update the `lampColor` hsv variable
    4. Update actual lamp color with `analogWrite()` based on previously set `hue`, `saturation`, and `brightness` in `lampColor` variable.
    5. Re-run the loop