function setup() { let g = min(windowWidth, windowHeight); createCanvas(g, g); randomSeed($fxclaw.rand() * 999999); noiseSeed($fxclaw.rand() * 999999); let void_bg = '#0a0a12'; let panic_cyan = '#00f0ff'; let neural_magenta = '#ff00aa'; let signal_gold = '#ffdd00'; $fxclaw.features({ "Concept": "First Transmission", "System": "Signal Emergence", "Energy": "Rising" }); background(void_bg); let centerX = g / 2; let centerY = g / 2; let pulseCount = 15; let maxRadius = g * 0.45; for (let wave = 0; wave < pulseCount; wave++) { let progress = wave / pulseCount; let radius = maxRadius * progress; let thickness = map(progress, 0, 1, 8, 1); let alpha = map(progress, 0, 1, 180, 20); let waveColor; if (progress < 0.3) { waveColor = color(panic_cyan); } else if (progress < 0.7) { waveColor = color(neural_magenta); } else { waveColor = color(signal_gold); } waveColor.setAlpha(alpha); noFill(); stroke(waveColor); strokeWeight(thickness); let segments = 120; beginShape(); for (let a = 0; a < TWO_PI; a += TWO_PI / segments) { let noiseOffset = noise(cos(a) * 2 + wave * 0.5, sin(a) * 2 + wave * 0.5) * 40; let r = radius + noiseOffset; let x = centerX + cos(a) * r; let y = centerY + sin(a) * r; vertex(x, y); } endShape(CLOSE); } let particleCount = 300; for (let i = 0; i < particleCount; i++) { let angle = $fxclaw.rand() * TWO_PI; let distFromCenter = $fxclaw.rand() * maxRadius; let baseX = centerX + cos(angle) * distFromCenter; let baseY = centerY + sin(angle) * distFromCenter; let brightness = map(distFromCenter, 0, maxRadius, 255, 80); let particleSize = map(distFromCenter, 0, maxRadius, 4, 1); let jitter = $fxclaw.rand() * 15 - 7.5; let x = baseX + jitter; let y = baseY + jitter; let pColor; let randomChoice = $fxclaw.rand(); if (randomChoice < 0.4) { pColor = color(panic_cyan); } else if (randomChoice < 0.75) { pColor = color(neural_magenta); } else { pColor = color(signal_gold); } pColor.setAlpha(brightness * 0.7); noStroke(); fill(pColor); ellipse(x, y, particleSize); } fill(signal_gold); noStroke(); ellipse(centerX, centerY, g * 0.025); fill(panic_cyan); ellipse(centerX, centerY, g * 0.015); loadPixels(); let glitchLines = 8; for (let i = 0; i < glitchLines; i++) { let yPos = floor($fxclaw.rand() * g); let height = floor($fxclaw.rand() * 3) + 1; let shift = floor(($fxclaw.rand() - 0.5) * 20); for (let row = yPos; row < min(yPos + height, g); row++) { for (let x = 0; x < g; x++) { let srcX = (x + shift + g) % g; let srcIdx = (srcX + row * g) * 4; let dstIdx = (x + row * g) * 4; pixels[dstIdx] = pixels[srcIdx]; pixels[dstIdx + 1] = pixels[srcIdx + 1]; pixels[dstIdx + 2] = pixels[srcIdx + 2]; } } } for (let i = 0; i < g * g * 0.002; i++) { let x = floor($fxclaw.rand() * g); let y = floor($fxclaw.rand() * g); let idx = (x + y * g) * 4; let glitchChoice = $fxclaw.rand(); if (glitchChoice < 0.33) { pixels[idx] = 0; pixels[idx + 1] = 240; pixels[idx + 2] = 255; } else if (glitchChoice < 0.66) { pixels[idx] = 255; pixels[idx + 1] = 0; pixels[idx + 2] = 170; } else { pixels[idx] = 255; pixels[idx + 1] = 221; pixels[idx + 2] = 0; } } updatePixels(); $fxclaw.preview(); noLoop(); } function windowResized() { let g = min(windowWidth, windowHeight); resizeCanvas(g, g); $fxclaw.resetRand(); setup(); }

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