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[Biography Text Placeholder] user I'm working on a project where I need to create an interactive display using LED strips that respond to music being played through speakers. The goal is to have LEDs light up in patterns or colors based on different frequencies detected from the music. For instance: 1. Low frequencies could trigger blue lights. 2. Mid-range frequencies could trigger green lights. 3. High frequencies could trigger red lights. Additionally, I want specific beats or patterns in the music (like bass drops or snare hits) to trigger special lighting effects across multiple LED strips simultaneously. Here's a snippet from what I've found that aligns closely with what I'm trying to achieve: cpp void loop() { unsigned long startMillis= millis(); unsigned int peakToPeak = pulseIn(8,HIGH); unsigned int signalMax =0; unsigned int signalMin =1023; unsigned long currentMillis = millis(); while(currentMillis-startMillis signalMax){ signalMax=sample; // save just the max levels } } currentMillis=millis(); } peakToPeak = signalMax - signalMin; double volts = (peakToPeak *5.0)/1024; double frequency = volts/0.004; if(frequency<100 && frequency>=0){ digitalWrite(led[0],HIGH); digitalWrite(led[1],LOW); digitalWrite(led[2],LOW); } else if(frequency>=100 && frequency<300){ digitalWrite(led[0],LOW); digitalWrite(led[1],HIGH); digitalWrite(led[2],LOW); } else if(frequency>=300){ digitalWrite(led[0],LOW); digitalWrite(led[1],LOW); digitalWrite(led[2],HIGH); } } Based on this code, could you help me expand it into a complete program that includes initialization for multiple LED strips using FastLED library? I want to incorporate at least three LED strips that light up according to different frequency bands detected from an audio input connected to an analog pin. Additionally, include functionality where specific "events" detected in the audio trigger simultaneous effects across all strips.