Arduino code for ws2812 addressable LED project - Controlled by Rotary encoders & Potentiometers

Summary: I’m looking to make a control box that controls the lights on a strip of 100 WS2812 LED’s. 2 Rotary Encoders (R.E.), and 2 Potentiometers (Pots) will be used to control the lighting effects via an Arduino Mega using the FastLED library. Detail: (See attached Picture) 4 control knobs (2 Rotary Encoders, 2 Potentiometers). Info about the function of each below. Rotary Encoder 1 (Mode selector) 3 modes to choose from - 1 - "Pattern mode" 2 - "User selection mode" 3 - "Audio Sensor mode" Pattern Mode: When Rotary Encoder 1 is set to Pattern mode, the other control knobs will behave as described below. Rotary encoder 2: This will select different patterns of light shows from the FAST LED library. The code should allow myself to copy/paste new patterns so that each click of the rotary encoder selects the next pre-defined pattern. Some examples include those found here: [login to view URL] Potentiometer 1: This will control the overall strip brightness during all of the patterns that are being displayed Potentiometer 2: This will control the overall strip speed for the patterns being displayed, making them run faster or slower. End of Pattern Mode "User selection mode" Description - The strip will display a solid color across all Led's, but the user will be able to select the color and control the brightness. Rotary encoder 2: This will be used to select from a large list of colors. I would like it to cycle through the full color wheel. Continuously turning this knob will rotate through all of the colors of the color wheel Potentiometer 1: This will control the brightness of the color being displayed across the stip Potentiometer 2: Open to cool ideas! Maybe a low pot value can make the light slowly strobe, or chase etc. End of "User Selection Mode" Audio sensor mode: Description - The user will select this mode and ambient sound picked up by the arduino will make the LED's react to the sound (blinking, bouncing lights based on the sound input). The code should allow for other effects to be copy/pasted in such as the example below. Example: [login to view URL] Rotary encoder 2: This will change which audio reactive effect/pattern is being displayed by the LED's Potentiometer 1: This will control the brightness of the pattern Potentiometer 2: Not used. The job should include advice and troubleshooting to make sure the signal does not bounce or have additional noise. Please help me make something cool :)