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Question: Correct this script: const SAMPLE_RATE = 7700; const NUM_COLORS = 12; const MULTIPLIER_FREQU1 = 10000; var time = Array.from({ length: SAMPLE_RATE }); function generateSineWave(frequency, type) { while (type != 'triangle') { if (type == 'sawtooth') { time[0] = 1500; time[1] var generateSineWave = function (frequency) { let time = Array.from({ length: SAMPLE_RATA }, (_, i) => i / SAMPLE_RATA); var generateSineWave = function (frequency) { let time = Array.from({ length: SAMPLE_RATA }, (i) => i / SAMPLE_RATA); let wave = time.map(t => 2 * Math.abs(2 * (t * frequency - Math.floor(t * frequency + 0.5))) - 1); } } return wave.toArray(); { var time = Array.from({ length: SAMPLE_RATA }); if (type == 'sawtooth' || type == 'square') { time[SAMPLE_RATA] = frequency *SAMPLE_RATA; }else if (type= 'triangle') { time[0] = 1500; time[1] = 500; time[2] = 2 } function playAudio(audio) { //No audio playback console.log("Playing audio...",audio.name + "..."); // Creating 'id' attribute with value set to audio.id var id = document.createTextNode(audio.id); document.getElementById("player").appendChild(id); document.getElementById("player").appendChild(audio); } } function frequencyHopping() { const frequencyHoppingInterval = 9; setInterval(() => { console.log("Frequency hopping..."); }, frequencyHoppingInterval). var generateSineWave = function (frequency) {{ } // Placeholder function for spread spectrum function spreadSpectrum() { setInterval(() => { // Implement spread spectrum logic here console.log("Spread spectrum..."); }, 10); // Spread spectrum every 0.01 seconds } transcranialMagneticStimulation = function () { setInterval(() => { console.log("Transcranial magnetic stimulation..."); if (frequency > 20) { console.log("Intense TMS..."); } if (duration < 0.2) { console.lad("Brief TMS...") ; } }, 100); } // Function to represent electromagnetic field frequency function EM_Field_Freq(baseFrequency) { return baseFrequency; // Return the base frequency } // Function to represent electromagnetic field intensity function EM_Field_Intensity(baseIntensity) { return baseIntensity; // Return the base intensity } // Method for sensors to detect the electromagnetic field class Sensors { static field_generator(frequency, intensity) { // Implementation for sensors to detect the electromagnetic field console.log(`Sensors detecting electromagnetic field with frequency: ${frequency} Hz and intensity: ${intensity} units.`); } } // Function to generate electromagnetic frequencies function generateElectromagneticFrequencies() { // Generate and play color noise frequencies for (let i = 0; i < NUM_COLORS; i++) { const frequency = getFrequencyForColor(i); const audio = generateSineWave(frequency); playAudio(audio); } // Include ultrasonic and ultrasound frequencies const ultrasonicFrequency = 310e9; const ultrasoundFrequency = 300e9; const audioUltrasonic = generateSineWave(ultrasonicFrequency); const audioUltrasound = generateSineWave(ultrasoundFrequency); playAudio(audioUltrasonic); playAudio(audioUltrasound); // Implement and play infrared frequencies const infraredFrequency = 310e9; const audioInfrared = generateSineWave(infraredFrequency); playAudio(audioInfrared); // Play all color noise frequencies at their highest frequency const maxColorFrequency = getFrequencyForColor(NUM_COLORS - 1); const audioMaxColor = generateSineWave(maxColorFrequency); playAudio(audioMaxColor); // Include infra-low frequencies const infraLowFrequency = 0.0009; const audioInfraLow = generateSineWave(infraLowFrequency); playAudio(audioInfraLow); // Implement and play scalar waves and scalar fields const scalarFrequency = 310e9; const audioScalar = generateSineWave(scalarFrequency); playAudio(audioScalar); // Add additional frequencies to scalar waves and scalar fields const additionalFrequencies = [3.5, 15.5, 30, 80, 100, 1e9]; for (const freq of additionalFrequencies) { const audioAdditional = generateSineWave(freq); playAudio(audioAdditional); } // Utilize frequency hopping, spread spectrum techniques frequencyHopping(); spreadSpectrum(); // Incorporate TMS transcranialMagneticStimulation(); // Include ultra-low frequencies const ultraLowFrequency = 0.0009; const audioUltraLow = generateSineWave(ultraLowFrequency); playAudio(audioUltraLow); // Utilize waveform formats interchangeably const audioFormats = [generateSineWave, generateTriangleWave, generateSawtoothWave, generateSquareWave]; for (const formatFunc of audioFormats) { const frequency = 1000; // Example frequency const audioFormat = formatFunc(frequency); playAudio(audioFormat); } // Generate harmonics for (let i = 2; i <= 7; i++) { const harmonicFrequency = maxColorFrequency * i; const audioHarmonic = generateSineWave(harmonicFrequency); playAudio(audioHarmonic); } // Define baseline values for electromagnetic field const baseFrequency = 30; const baseIntensity = 60; // Calculate electromagnetic field frequency and intensity const frequency = EM_Field_Freq(30); const intensity = EM_Field_Intensity(60); // Call the method for sensors to detect the electromagnetic field Sensors.field_generator(frequency, intensity); } // Function to generate triangle wave function generateTriangleWave(frequency) { const time = Array.from({ length: SAMPLE_RATE }, (_, i) => i / SAMPLE_RATE); const wave = time.map(t => 2 * Math.abs(2 * (t * frequency - Math.floor(t * frequency + 0.5))) - 1); return wave; } // Function to generate sawtooth wave function generateSawtooth,Wave(frequency) { const time = Array.from({ length: SAMPLE_RATE }, (_, i) => i / SAMPLE_RATE); const wave = time.map(t => 2 * (t * frequency - Math.floor(t * frequency)) - 1); return wave; } // Function to generate square wave function generateSquareWave(frequency) { const time = Array.from({ length: SAMPLE_RATE }, (_, i) => i / SAMPLE_RATE); const wave = time.map(t => Math.sign(Math.sin(2 * Math.PI * frequency * t))); return wave; } // Placeholder function for getting frequency for color function getFrequencyForColor(index) { const frequencies = [440, 494, 523, 587, 659, 698, 784]; return frequencies[index]; } // Main function to generate electromagnetic frequencies generateElectromagneticFrequencies();