//------------------------------------- // プロジェクトの基本設定ここから let debugMode = false; //デバッグモード、NEORTにアップロード時はfalseにしてください // キャンバスサイズの設定 const CANVAS_SIZES = { LED_CUBE1: { width: 2000, height: 1440 }, LED_CUBE2: { width: 1536, height: 768 }, LED_CUBE3: { width: 672, height: 480 }, }; // LEDキューブのレイアウト参考画像 let image1, image2, image3; // 現在のLEDキューブのサイズ let currentSize = ""; // GraphicsLayer配列の管理 let graphicsLayers = []; let currentLayerIndex = 0; // プロジェクトの基本設定ここまで //------------------------------------- function setup() { createCanvasSetup(); console.log("Setup完了 - active:", active); console.log("currentSize:", currentSize); createGraphicsLayers(); console.log("GraphicsLayers作成完了 - 数:", graphicsLayers.length); if (!currentSize && active.shapes) { console.log("フルスクリーンモード - タイル数:", active.shapes.length); console.log("タイル例:", active.shapes[0]); // タイルの配置範囲を確認 let minX = Infinity, maxX = -Infinity, minY = Infinity, maxY = -Infinity; active.shapes.forEach((shape) => { minX = min(minX, shape.img_x); maxX = max(maxX, shape.img_x + shape.w); minY = min(minY, shape.img_y); maxY = max(maxY, shape.img_y + shape.h); }); console.log(`タイル配置範囲: X(${minX} to ${maxX}), Y(${minY} to ${maxY})`); console.log(`Canvasサイズ: ${width}x${height}`); } } function draw() { background(0, 20); drawDebugMode(); // デバッグ用LEDキューブのレイアウト参考画像の描画 if (graphicsLayers.length > 0) { // レイヤーの計算・描画処理を実行 for (let i = 0; i < graphicsLayers.length; i++) { let layer = graphicsLayers[i]; layer.update(); layer.draw(); } // メインキャンバスに描画 for (let i = 0; i < active.shapes.length; i++) { let shape = active.shapes[i]; let layerIndex = shape.layerIndex || i; // フルスクリーンモードではlayerIndexを使用 // 確実に0-5の範囲に制限 layerIndex = layerIndex % 6; if (layerIndex < graphicsLayers.length) { let layer = graphicsLayers[layerIndex]; if (shape.type === "rect") { image( layer.graphics, shape.img_x, shape.img_y, shape.w || layer.baseSize, shape.h || layer.baseSize, (layer.actualGraphicsSize - layer.baseSize) / 2, (layer.actualGraphicsSize - layer.baseSize) / 2, layer.baseSize, layer.baseSize ); // デバッグ用：タイルの境界を描画 if (debugMode) { noFill(); stroke(255, 0, 0); strokeWeight(1); rect( shape.img_x, shape.img_y, shape.w || layer.baseSize, shape.h || layer.baseSize ); } else { noStroke(); } } else if (shape.type === "poly") { push(); if (debugMode) { stroke(255, 0, 0); } else { noStroke(); } clipPolygon(shape.points); drawingContext.clip(); image( layer.graphics, shape.img_x, shape.img_y, shape.w || layer.baseSize, shape.h || layer.baseSize, (layer.actualGraphicsSize - layer.baseSize) / 2, (layer.actualGraphicsSize - layer.baseSize) / 2, layer.baseSize, layer.baseSize ); pop(); } } else { // デバッグ用：layerIndexが範囲外の場合 if (debugMode && frameCount % 60 === 0) { // 1秒に1回のみ表示 console.log( `警告: layerIndex ${layerIndex} が範囲外 (最大: ${ graphicsLayers.length - 1 }), shape:`, shape ); } } } } else { // デバッグ用：GraphicsLayerが存在しない場合 if (debugMode && frameCount % 60 === 0) { // 1秒に1回のみ表示 console.log("警告: GraphicsLayerがない"); } } } // 個別Graphics管理クラス class GraphicsLayer { constructor(size, index, shape) { //クラスの変更しないほうがいいプロパティ this.graphics = createGraphics(size, size); this.index = index; this.shape = shape; this.isActive = false; // 水流エフェクト用のプロパティ this.baseSize = size; this.scaleConfig = this.calculateScaleConfig(); this.setupScaledElements(); this.initializeStreams(); this.initializeParticles(); // ジェネラティブ要素 this.currentRotation = 0; this.targetRotation = 0; this.rotationEasing = 0.005; // 回転の滑らかさ（小さいほど滑らか） this.rotationTimer = 0; this.rotationInterval = 5000; // 回転間隔（ミリ秒）- 5秒に短縮 this.initialDelay = random(500, 3000); // 最初の回転までのランダム遅延（0.5-3秒） this.colorTimer = random(4000, 8000); // 色変化を遅らせる（4-8秒から開始） this.colorPhase = 0; this.breathingPhase = 0; this.glitchTimer = 0; this.isGlitching = false; this.gentleGlitchPhase = 0; this.seasonTimer = random(8000, 12000); // 季節変化も遅らせる（8-12秒から開始） this.currentSeason = floor(random(12)); this.seasonDuration = 7000; } calculateScaleConfig() { let globalScale = this.baseSize / 800; // 800を基準サイズとする return { stripeScale: globalScale, particleScale: globalScale * globalScale, speedScale: globalScale, densityScale: globalScale }; } setupScaledElements() { // 回転時に隙間ができないよう、Graphicsサイズを √2 倍に拡張 + 余裕を持たせる this.actualGraphicsSize = Math.ceil(this.baseSize * Math.sqrt(2)) + 100; // GraphicsLayerのサイズを拡張 if (this.graphics) { this.graphics.remove(); } this.graphics = createGraphics(this.actualGraphicsSize, this.actualGraphicsSize); let scaledBaseSize = this.baseSize * this.scaleConfig.stripeScale; // 描画範囲をさらに拡張して角までカバー this.extendedSize = Math.ceil(this.actualGraphicsSize * 1.2); this.stripeWidth = 20 * this.scaleConfig.stripeScale; this.numStripes = Math.ceil(this.extendedSize / this.stripeWidth) + 8; // ストライプ数も増加 this.stripeOffsets = []; for (let i = 0; i < this.numStripes; i++) { this.stripeOffsets[i] = 0; } } initializeStreams() { this.waterStreams = []; this.reverseStreams = []; let baseStreamsEven = Math.floor(48 * this.scaleConfig.densityScale); let baseStreamsOdd = Math.floor(35 * this.scaleConfig.densityScale); baseStreamsEven = Math.max(baseStreamsEven, 20); baseStreamsOdd = Math.max(baseStreamsOdd, 15); for (let i = 0; i < this.numStripes; i++) { let streamX = i * this.stripeWidth - (this.extendedSize - this.baseSize * this.scaleConfig.stripeScale) / 2 + this.stripeWidth / 2; if (i % 2 === 0) { for (let j = 0; j < baseStreamsEven; j++) { this.waterStreams.push({ x: streamX + random(-this.stripeWidth / 3, this.stripeWidth / 3), y: random(-1000 * this.scaleConfig.stripeScale, 0), baseX: streamX, speed: random(3.5, 6.0) * this.scaleConfig.speedScale, // 速度を上げる（元：2.5-4.5） width: random(3, 8) * this.scaleConfig.stripeScale, opacity: random(180, 255), waveOffset: random(TWO_PI), originalSpeed: random(3.5, 6.0) * this.scaleConfig.speedScale, // 速度を上げる }); } } else { for (let j = 0; j < baseStreamsOdd; j++) { this.reverseStreams.push({ x: streamX + random(-this.stripeWidth / 3, this.stripeWidth / 3), y: random(this.baseSize * this.scaleConfig.stripeScale, this.baseSize * this.scaleConfig.stripeScale + 500 * this.scaleConfig.stripeScale), baseX: streamX, speed: random(2.8, 5.5) * this.scaleConfig.speedScale, // 速度を上げる（元：2-4） width: random(2, 6) * this.scaleConfig.stripeScale, opacity: random(120, 200), waveOffset: random(TWO_PI), originalSpeed: random(2.8, 5.5) * this.scaleConfig.speedScale, // 速度を上げる }); } } } } initializeParticles() { this.waterParticles = []; let particleCount = Math.floor(400 * this.scaleConfig.particleScale); particleCount = Math.min(particleCount, 2000); particleCount = Math.max(particleCount, 100); for (let i = 0; i < particleCount; i++) { let scaledBaseSize = this.baseSize * this.scaleConfig.stripeScale; this.waterParticles.push({ x: random(-100 * this.scaleConfig.stripeScale, scaledBaseSize + 100 * this.scaleConfig.stripeScale), y: random(-500 * this.scaleConfig.stripeScale, scaledBaseSize), vx: random(-0.9, 0.9) * this.scaleConfig.speedScale, // 横方向の速度も上げる vy: random(2.0, 5.5) * this.scaleConfig.speedScale, // 速度を上げる（元：1.5-4） size: random(2, 5) * this.scaleConfig.stripeScale, opacity: random(50, 150), stripeIndex: floor((random(-100 * this.scaleConfig.stripeScale, scaledBaseSize + 100 * this.scaleConfig.stripeScale) + (this.extendedSize - scaledBaseSize) / 2) / this.stripeWidth), originalVy: random(2.0, 5.5) * this.scaleConfig.speedScale, // 速度を上げる }); } } // このレイヤーの計算処理 update() { this.updateGenerativeElements(); } updateGenerativeElements() { this.currentRotation += (this.targetRotation - this.currentRotation) * this.rotationEasing; this.rotationTimer += 16.67; // 初期遅延を考慮した回転タイミング if (this.rotationTimer > this.rotationInterval + this.initialDelay) { this.targetRotation = (this.targetRotation + 90) % 360; this.rotationTimer = 0; this.initialDelay = 0; // 初回以降は遅延なし if (random() < 0.3) { this.initializeStreams(); } } this.colorTimer += 16.67; this.colorPhase = (this.colorTimer / 7000) * TWO_PI; this.breathingPhase += 0.015; this.updateStripeDeformation(); this.seasonTimer += 16.67; if (this.seasonTimer > this.seasonDuration) { let newSeason; do { newSeason = floor(random(12)); } while (newSeason === this.currentSeason); this.currentSeason = newSeason; this.seasonTimer = 0; for (let particle of this.waterParticles) { let speedMultiplier = 0.8 + (this.currentSeason % 4) * 0.1; particle.vy = particle.originalVy * speedMultiplier; } } this.glitchTimer += 16.67; if (this.glitchTimer > 45000) { this.isGlitching = true; setTimeout(() => { this.isGlitching = false; }, 3000); this.glitchTimer = 0; } if (this.isGlitching) { this.gentleGlitchPhase += 0.015; } else { this.gentleGlitchPhase = 0; } } updateStripeDeformation() { for (let i = 0; i < this.numStripes; i++) { let wave1 = sin(frameCount * 0.01 + i * 0.3) * 17 * this.scaleConfig.stripeScale; let wave2 = cos(frameCount * 0.008 + i * 0.5) * 14 * this.scaleConfig.stripeScale; let wave3 = sin(frameCount * 0.012 + i * 0.2) * 10 * this.scaleConfig.stripeScale; this.stripeOffsets[i] = wave1 + wave2 + wave3; } } // このレイヤーの描画処理 draw() { let g = this.graphics; let palette = this.seasonPalettes[this.currentSeason]; let bgColor = palette.bg; let breathIntensity = sin(this.breathingPhase) * 10 + 10; g.background( bgColor[0] + breathIntensity, bgColor[1] + breathIntensity, bgColor[2] + breathIntensity ); g.push(); // 拡張されたGraphicsの中央に描画エリアを配置 g.translate(this.actualGraphicsSize / 2, this.actualGraphicsSize / 2); g.rotate(radians(this.currentRotation)); g.translate(-this.extendedSize / 2, -this.extendedSize / 2); this.drawStripes(g, palette); this.drawWaterStreams(g, palette); this.drawParticles(g, palette); this.drawSparkles(g, palette); if (this.isGlitching) { this.drawGentleGlitchEffect(g); } g.pop(); } drawStripes(g, palette) { for (let i = 0; i < this.numStripes; i++) { let x = i * this.stripeWidth + this.stripeOffsets[i]; let hueShift = sin(this.colorPhase + i * 0.05) * 15; let saturationShift = cos(this.colorPhase * 0.7 + i * 0.03) * 8; let temperatureShift = sin(frameCount * 0.008 + i * 0.1) * 20; let warmth = cos(frameCount * 0.012 + i * 0.08) * 15; if (i % 2 === 0) { let lightColor = palette.light; g.fill( constrain(lightColor[0] + hueShift + temperatureShift, 0, 255), constrain(lightColor[1] + saturationShift + warmth * 0.5, 0, 255), constrain(lightColor[2] + hueShift * 0.5 - temperatureShift * 0.3, 0, 255), 200 ); g.noStroke(); g.beginShape(); let stepSize = 5 * this.scaleConfig.stripeScale; for (let y = 0; y <= this.extendedSize; y += stepSize) { let localWave = sin(y * 0.01 + frameCount * 0.015 + i * 0.2) * this.stripeOffsets[i] * 0.8; g.vertex(x + localWave, y); } for (let y = this.extendedSize; y >= 0; y -= stepSize) { let localWave = sin(y * 0.01 + frameCount * 0.015 + i * 0.2) * this.stripeOffsets[i] * 0.8; g.vertex(x + this.stripeWidth + localWave, y); } g.endShape(CLOSE); } else { let darkColor = palette.dark; g.fill( constrain(darkColor[0] + hueShift + temperatureShift * 0.7, 0, 255), constrain(darkColor[1] + saturationShift + warmth * 0.3, 0, 255), constrain(darkColor[2] + hueShift * 0.5 - temperatureShift * 0.2, 0, 255), 190 ); g.noStroke(); g.beginShape(); let stepSize = 5 * this.scaleConfig.stripeScale; for (let y = 0; y <= this.extendedSize; y += stepSize) { let localWave = sin(y * 0.01 + frameCount * 0.015 + i * 0.2) * this.stripeOffsets[i] * 0.8; g.vertex(x + localWave, y); } for (let y = this.extendedSize; y >= 0; y -= stepSize) { let localWave = sin(y * 0.01 + frameCount * 0.015 + i * 0.2) * this.stripeOffsets[i] * 0.8; g.vertex(x + this.stripeWidth + localWave, y); } g.endShape(CLOSE); } } } drawWaterStreams(g, palette) { // メインの水流 for (let stream of this.waterStreams) { let waveX = sin(frameCount * 0.02 + stream.waveOffset) * 2.5 * this.scaleConfig.stripeScale; let stripeIndex = floor((stream.baseX + (this.extendedSize - this.baseSize * this.scaleConfig.stripeScale) / 2) / this.stripeWidth); if (stripeIndex >= 0 && stripeIndex < this.numStripes) { let stripeDeform = this.stripeOffsets[stripeIndex] * 0.9; let localWave = sin(stream.y * 0.01 + frameCount * 0.015) * stripeDeform * 0.3; stream.x = stream.baseX + waveX + stripeDeform + localWave + random(-0.3, 0.3) * this.scaleConfig.stripeScale; } stream.y += stream.speed; if (stream.y > this.extendedSize + 50 * this.scaleConfig.stripeScale) { stream.y = random(-200 * this.scaleConfig.stripeScale, -50 * this.scaleConfig.stripeScale); stream.x = stream.baseX + random(-this.stripeWidth / 3, this.stripeWidth / 3); stream.speed = stream.originalSpeed; stream.width = random(3, 8) * this.scaleConfig.stripeScale; } if (stripeIndex >= 0 && stripeIndex < this.numStripes && stripeIndex % 2 === 0) { let waterColor = palette.water; let streamTemperature = sin(frameCount * 0.01 + stream.y * 0.005) * 15; let streamWarmth = cos(frameCount * 0.008 + stream.x * 0.01) * 10; let speedAlpha = map(stream.speed / this.scaleConfig.speedScale, 3.5, 6.0, 1.0, 0.6); // 速度範囲を更新 g.stroke( constrain(waterColor[0] + streamTemperature, 0, 255), constrain(waterColor[1] + streamWarmth * 0.5, 0, 255), constrain(waterColor[2] - streamTemperature * 0.3, 0, 255), stream.opacity * speedAlpha ); g.strokeWeight(stream.width); g.line(stream.x, stream.y, stream.x, stream.y - 20 * this.scaleConfig.stripeScale); g.stroke( constrain(waterColor[0] - 40 + streamTemperature * 0.5, 0, 255), constrain(waterColor[1] - 20 + streamWarmth * 0.3, 0, 255), constrain(waterColor[2] - streamTemperature * 0.2, 0, 255), stream.opacity * 0.6 * speedAlpha ); g.strokeWeight(stream.width + 2 * this.scaleConfig.stripeScale); g.line(stream.x, stream.y, stream.x, stream.y - 15 * this.scaleConfig.stripeScale); if (random() < 0.3) { g.fill( constrain(waterColor[0] + streamTemperature, 0, 255), constrain(waterColor[1] + streamWarmth * 0.5, 0, 255), constrain(waterColor[2] - streamTemperature * 0.3, 0, 255), random(100, 200) * speedAlpha ); g.noStroke(); g.circle( stream.x + random(-2, 2) * this.scaleConfig.stripeScale, stream.y + random(-10, 10) * this.scaleConfig.stripeScale, random(1, 3) * this.scaleConfig.stripeScale ); } } } // 逆向き水流 for (let stream of this.reverseStreams) { let waveX = sin(frameCount * 0.018 + stream.waveOffset) * 1.5 * this.scaleConfig.stripeScale; let stripeIndex = floor((stream.baseX + (this.extendedSize - this.baseSize * this.scaleConfig.stripeScale) / 2) / this.stripeWidth); if (stripeIndex >= 0 && stripeIndex < this.numStripes) { let stripeDeform = this.stripeOffsets[stripeIndex] * 0.7; let localWave = sin(stream.y * 0.01 + frameCount * 0.015) * stripeDeform * 0.2; stream.x = stream.baseX + waveX + stripeDeform + localWave + random(-0.2, 0.2) * this.scaleConfig.stripeScale; } stream.y -= stream.speed; if (stream.y < -50 * this.scaleConfig.stripeScale) { stream.y = random(this.extendedSize + 50 * this.scaleConfig.stripeScale, this.extendedSize + 300 * this.scaleConfig.stripeScale); stream.x = stream.baseX + random(-this.stripeWidth / 3, this.stripeWidth / 3); stream.speed = stream.originalSpeed; stream.width = random(2, 6) * this.scaleConfig.stripeScale; } if (stripeIndex >= 0 && stripeIndex < this.numStripes && stripeIndex % 2 === 1) { let darkColor = palette.dark; let reverseTemperature = sin(frameCount * 0.009 + stream.y * 0.003) * 12; let reverseWarmth = cos(frameCount * 0.007 + stream.x * 0.008) * 8; let reverseSpeedAlpha = map(stream.speed / this.scaleConfig.speedScale, 2.8, 5.5, 1.0, 0.7); // 速度範囲を更新 g.stroke( constrain(darkColor[0] + 30 + reverseTemperature, 0, 255), constrain(darkColor[1] + 30 + reverseWarmth * 0.5, 0, 255), constrain(darkColor[2] + 30 - reverseTemperature * 0.2, 0, 255), stream.opacity * reverseSpeedAlpha ); g.strokeWeight(stream.width); g.line(stream.x, stream.y, stream.x, stream.y + 18 * this.scaleConfig.stripeScale); g.stroke( constrain(darkColor[0] + 10 + reverseTemperature * 0.5, 0, 255), constrain(darkColor[1] + 15 + reverseWarmth * 0.3, 0, 255), constrain(darkColor[2] + 15 - reverseTemperature * 0.1, 0, 255), stream.opacity * 0.5 * reverseSpeedAlpha ); g.strokeWeight(stream.width + 1.5 * this.scaleConfig.stripeScale); g.line(stream.x, stream.y, stream.x, stream.y + 12 * this.scaleConfig.stripeScale); if (random() < 0.2) { g.fill( constrain(darkColor[0] + 50 + reverseTemperature, 0, 255), constrain(darkColor[1] + 50 + reverseWarmth * 0.5, 0, 255), constrain(darkColor[2] + 45 - reverseTemperature * 0.2, 0, 255), random(80, 150) * reverseSpeedAlpha ); g.noStroke(); g.circle( stream.x + random(-1.5, 1.5) * this.scaleConfig.stripeScale, stream.y + random(-8, 8) * this.scaleConfig.stripeScale, random(0.8, 2.5) * this.scaleConfig.stripeScale ); } } } } drawParticles(g, palette) { for (let particle of this.waterParticles) { particle.x += particle.vx; particle.y += particle.vy; particle.vy += 0.04 * this.scaleConfig.speedScale; // 重力を少し強く（元：0.03） let scaledBaseSize = this.baseSize * this.scaleConfig.stripeScale; if ( particle.y > this.extendedSize + 10 * this.scaleConfig.stripeScale || particle.x < -150 * this.scaleConfig.stripeScale || particle.x > this.extendedSize + 150 * this.scaleConfig.stripeScale ) { particle.x = random(-100 * this.scaleConfig.stripeScale, this.extendedSize + 100 * this.scaleConfig.stripeScale); particle.y = random(-100 * this.scaleConfig.stripeScale, -10 * this.scaleConfig.stripeScale); particle.vx = random(-0.9, 0.9) * this.scaleConfig.speedScale; // 横方向の速度も上げる particle.vy = particle.originalVy; particle.stripeIndex = floor((particle.x + (this.extendedSize - scaledBaseSize) / 2) / this.stripeWidth); } if ( particle.stripeIndex >= 0 && particle.stripeIndex < this.numStripes && particle.stripeIndex % 2 === 0 ) { let waterColor = palette.water; g.fill(waterColor[0], waterColor[1], waterColor[2], particle.opacity); g.noStroke(); g.circle(particle.x, particle.y, particle.size); } } } drawSparkles(g, palette) { let sparkleCount = Math.floor(40 * this.scaleConfig.densityScale); for (let i = 0; i < sparkleCount; i++) { let sparkX = random(-50 * this.scaleConfig.stripeScale, this.extendedSize + 50 * this.scaleConfig.stripeScale); let sparkY = random(this.extendedSize * 0.6, this.extendedSize); let stripeIndex = floor((sparkX + (this.extendedSize - this.baseSize * this.scaleConfig.stripeScale) / 2) / this.stripeWidth); if ( stripeIndex >= 0 && stripeIndex < this.numStripes && stripeIndex % 2 === 0 && random() < 0.1 ) { let waterColor = palette.water; let sparkleTemperature = sin(frameCount * 0.05 + i * 2) * 20; let sparkleWarmth = cos(frameCount * 0.04 + i * 1.5) * 15; g.fill( constrain(waterColor[0] + sparkleTemperature, 0, 255), constrain(waterColor[1] + sparkleWarmth * 0.5, 0, 255), constrain(waterColor[2] - sparkleTemperature * 0.3, 0, 255), random(150, 255) ); g.noStroke(); g.circle(sparkX, sparkY, random(0.5, 2) * this.scaleConfig.stripeScale); } } } drawGentleGlitchEffect(g) { let glitchIntensity = sin(this.gentleGlitchPhase) * 0.5 + 0.5; let maxShift = glitchIntensity * 3 * this.scaleConfig.stripeScale; // 縦方向のスキャンライン効果 let lineStep = 4 * this.scaleConfig.stripeScale; for (let y = 0; y < this.extendedSize; y += lineStep) { let lineIntensity = sin(y * 0.01 + this.gentleGlitchPhase) * 0.3 + 0.7; g.stroke(255, 255, 255, lineIntensity * 15); g.strokeWeight(0.5 * this.scaleConfig.stripeScale); let xShift = sin(y * 0.02 + this.gentleGlitchPhase) * maxShift; g.line(0 + xShift, y, this.extendedSize + xShift, y); } // 波のような歪み効果 let waveIntensity = sin(this.gentleGlitchPhase * 0.7) * glitchIntensity; for (let i = 0; i < 5; i++) { let waveY = this.extendedSize * (i / 5) + sin(this.gentleGlitchPhase + i) * 50 * this.scaleConfig.stripeScale; let waveAlpha = waveIntensity * 20; g.stroke(255, 200, 150, waveAlpha); g.strokeWeight(1 * this.scaleConfig.stripeScale); let pointStep = 10 * this.scaleConfig.stripeScale; for (let x = 0; x < this.extendedSize; x += pointStep) { let waveOffset = sin(x * 0.01 + this.gentleGlitchPhase + i) * 2 * this.scaleConfig.stripeScale; g.point(x, waveY + waveOffset); } } // データモザイク効果 if (random() < 0.05 * glitchIntensity) { let blockSize = 4 * this.scaleConfig.stripeScale; let blocksX = this.extendedSize / blockSize; let blocksY = this.extendedSize / blockSize; let blockCount = Math.floor(30 * this.scaleConfig.densityScale); for (let i = 0; i < blockCount; i++) { let bx = floor(random(blocksX)) * blockSize; let by = floor(random(blocksY)) * blockSize; g.fill(random(150, 255), random(150, 255), random(150, 255), 30); g.noStroke(); g.rect(bx, by, blockSize, blockSize); } } } // 季節パレット（各レイヤーのプロパティとして定義） get seasonPalettes() { return [ // 桜の春 { bg: [30, 25, 40], light: [255, 180, 220], dark: [160, 200, 100], water: [255, 230, 245], }, // 青い夏 { bg: [20, 35, 50], light: [180, 220, 255], dark: [100, 150, 180], water: [200, 240, 255], }, // 紅葉の秋 { bg: [40, 30, 25], light: [255, 160, 120], dark: [200, 140, 100], water: [255, 200, 170], }, // 氷の冬 { bg: [20, 30, 50], light: [220, 230, 255], dark: [120, 140, 160], water: [240, 250, 255], }, // パステルコーラル { bg: [40, 20, 30], light: [255, 160, 200], dark: [200, 100, 140], water: [255, 200, 230], }, // 深海 { bg: [5, 15, 35], light: [80, 120, 180], dark: [50, 70, 110], water: [120, 180, 255], }, // 森林 { bg: [15, 25, 15], light: [120, 200, 100], dark: [60, 100, 50], water: [180, 255, 180], }, // 薄明 { bg: [30, 25, 35], light: [200, 160, 180], dark: [120, 80, 100], water: [240, 200, 220], }, // 紫の夜 { bg: [25, 15, 40], light: [170, 120, 255], dark: [100, 90, 170], water: [220, 180, 255], }, // パステルミント { bg: [30, 40, 35], light: [200, 255, 220], dark: [120, 180, 140], water: [220, 255, 240], }, // 極光 { bg: [10, 20, 30], light: [100, 255, 200], dark: [50, 120, 100], water: [150, 255, 220], }, // 夕焼け { bg: [50, 25, 30], light: [255, 140, 180], dark: [220, 100, 120], water: [255, 200, 220], }, ]; } // レイヤーを削除 remove() { if (this.graphics && this.graphics.remove) { this.graphics.remove(); } } // アクティブ状態を切り替え toggleActive() { this.isActive = !this.isActive; } } // GraphicsLayer配列を作成 function createGraphicsLayers() { // 既存のLayersを削除 removeGraphicsLayers(); if (!active.spec) { console.log("createGraphicsLayers: active.specが未定義"); return; } const graphicsSize = active.spec.size; console.log( "createGraphicsLayers: graphicsSize =", graphicsSize, "currentSize =", currentSize ); if (!currentSize) { // フルスクリーンモードの場合は6個のGraphicsLayerを作成 console.log("フルスクリーンモード - 6個のGraphicsLayerを作成"); for (let i = 0; i < 6; i++) { const layer = new GraphicsLayer(graphicsSize, i, null); graphicsLayers.push(layer); } } else { // 通常モードの場合は形状数分のGraphicsLayerを作成 const numShapes = active.shapes.length; console.log("通常モード -", numShapes, "個のGraphicsLayerを作成"); for (let i = 0; i < numShapes; i++) { const layer = new GraphicsLayer(graphicsSize, i, active.shapes[i]); graphicsLayers.push(layer); } } console.log("createGraphicsLayers完了 - 作成数:", graphicsLayers.length); } // GraphicsLayer配列を削除 function removeGraphicsLayers() { graphicsLayers.forEach((layer) => { if (layer && layer.remove) { layer.remove(); } }); graphicsLayers = []; currentLayerIndex = 0; } // ウィンドウリサイズ時の処理 function windowResized() { // URLパラメータが設定されていない場合のみcanvasをリサイズ if (!currentSize || !CANVAS_SIZES[currentSize]) { resizeCanvas(windowWidth, windowHeight); console.log(`Canvasリサイズ: ${windowWidth}x${windowHeight}`); } } //------------------------------------- // ユーティリティここから // レイアウト参考画像の読み込み function preload() { // 画像を読み込む（ファイルが存在しない場合エラー回避） if (debugMode) { try { image1 = loadImage( "images/LED_CUBE1.png", function () { console.log("LED_CUBE1.png 読み込み成功"); }, function () { console.log("LED_CUBE1.png が不明"); } ); } catch (e) { console.log("LED_CUBE1.png の読み込みをスキップ"); } try { image2 = loadImage( "images/LED_CUBE2.png", function () { console.log("LED_CUBE2.png 読み込み成功"); }, function () { console.log("LED_CUBE2.png が不明"); } ); } catch (e) { console.log("LED_CUBE2.png の読み込みをスキップ"); } try { image3 = loadImage( "images/LED_CUBE3.png", function () { console.log("LED_CUBE3.png 読み込み成功"); }, function () { console.log("LED_CUBE3.png が不明"); } ); } catch (e) { console.log("LED_CUBE3.png の読み込みをスキップ"); } } } // レイアウト参考画像の描画（draw関数内） function drawDebugMode() { if (debugMode) { if (image1 && image1.width > 0 && currentSize === "LED_CUBE1") { image(image1, 0, 0, width, height); } else if (image2 && image2.width > 0 && currentSize === "LED_CUBE2") { image(image2, 0, 0, width, height); } else if (image3 && image3.width > 0 && currentSize === "LED_CUBE3") { image(image3, 0, 0, width, height); } } } // キーボードでLED_CUBEのサイズを変更（1-4キー） function keyPressed() { // キーボードでサイズを切り替え if (key === "1") { currentSize = "LED_CUBE1"; setActive(1); } else if (key === "2") { currentSize = "LED_CUBE2"; setActive(2); } else if (key === "3") { currentSize = "LED_CUBE3"; setActive(3); } else if (key === "4") { currentSize = ""; // フルスクリーンレイアウト setActive(4); } // GraphicsLayer配列の切り替え if (key === "1" || key === "2" || key === "3" || key === "4") { updateURLAndCanvas(); // フルスクリーンモードの場合は少し遅延してGraphicsLayerを作成 if (key === "4") { setTimeout(() => { createGraphicsLayers(); console.log("4キー - GraphicsLayers作成完了:", graphicsLayers.length); }, 100); } else { createGraphicsLayers(); } } // レイヤーの切り替え（左右矢印キー） if (keyCode === LEFT_ARROW) { if (graphicsLayers.length > 0) { currentLayerIndex = (currentLayerIndex - 1 + graphicsLayers.length) % graphicsLayers.length; console.log( `レイヤー切り替え: ${currentLayerIndex + 1}/${graphicsLayers.length}` ); } } if (keyCode === RIGHT_ARROW) { if (graphicsLayers.length > 0) { currentLayerIndex = (currentLayerIndex + 1) % graphicsLayers.length; console.log( `レイヤー切り替え: ${currentLayerIndex + 1}/${graphicsLayers.length}` ); } } // スペースキーで現在のレイヤーのアクティブ状態を切り替え if (key === " ") { if (graphicsLayers.length > 0 && graphicsLayers[currentLayerIndex]) { graphicsLayers[currentLayerIndex].toggleActive(); console.log( `レイヤー ${currentLayerIndex + 1} のアクティブ状態を切り替え` ); } } background(0); } // アクティブなLEDキューブを設定 function setActive(n) { if (n === 1) active = { shapes: LED_CUBE1, spec: CUBE_SPEC_1 }; if (n === 2) active = { shapes: LED_CUBE2, spec: CUBE_SPEC_2 }; if (n === 3) active = { shapes: LED_CUBE3, spec: CUBE_SPEC_3 }; if (n === 4) { // フルスクリーン用の設定を動的に計算 createFullscreenLayout(); active = { shapes: LED_CUBE4, spec: CUBE_SPEC_4 }; console.log("フルスクリーンモード設定完了:", active); // フルスクリーンモードの場合はGraphicsLayerを即座に作成 setTimeout(() => { createGraphicsLayers(); console.log( "setActive(4) - GraphicsLayers作成完了:", graphicsLayers.length ); }, 50); } } //クエリパラメーターでLED_CUBEのサイズを変更 function createCanvasSetup() { // クエリパラメータからサイズを取得 const urlParams = new URLSearchParams(window.location.search); const sizeParam = urlParams.get("size"); if (sizeParam && CANVAS_SIZES[sizeParam]) { currentSize = sizeParam; // アクティブなLEDキューブを設定 if (sizeParam === "LED_CUBE1") setActive(1); if (sizeParam === "LED_CUBE2") setActive(2); if (sizeParam === "LED_CUBE3") setActive(3); } else { // URLパラメータが指定されていない場合はフルスクリーンレイアウト currentSize = ""; } createCanvasWithSize(); //キャンバスサイズの設定 // フルスクリーンモードの場合はキャンバス作成後にレイアウトを設定 if (!currentSize) { setActive(4); } } //URLParamsを更新してキャンバスサイズを変更 function updateURLAndCanvas() { // URLパラメータを更新 const url = new URL(window.location); if (currentSize) { url.searchParams.set("size", currentSize); } else { url.searchParams.delete("size"); // sizeパラメータを完全に削除 } window.history.replaceState({}, "", url); createCanvasWithSize(); // キャンバスサイズを変更 } //キャンバスサイズの設定 function createCanvasWithSize() { let size; if (currentSize && CANVAS_SIZES[currentSize]) { size = CANVAS_SIZES[currentSize]; } else { // URLパラメータが設定されていない場合はwindowWidthとwindowHeightを使用 size = { width: windowWidth, height: windowHeight }; } // 既存のキャンバスを削除 if (window.canvas) { window.canvas.remove(); } // キャンバスを作成 pixelDensity(1); createCanvas(size.width, size.height); console.log( `Canvasサイズ変更 : ${currentSize || "screen"} (${size.width}x${ size.height })` ); } // ======== LEDキューブ形状処理ユーティリティ ======== // rect/polyをポリゴン配列に正規化 function toPolygon(item) { return item.type === "rect" ? rectToPoly(item) : item.points; } // 矩形をポリゴンに変換 const rectToPoly = ({ x, y, w, h }) => [ [x, y], [x + w, y], [x + w, y + h], [x, y + h], ]; // クリッピング適用 function clipPolygon(poly) { push(); fill(0, 0); beginShape(); for (let i = 0; i < poly.length; i++) { vertex(poly[i][0], poly[i][1]); } endShape(CLOSE); pop(); } // フルスクリーンレイアウトの作成 function createFullscreenLayout() { const screenWidth = windowWidth; const screenHeight = windowHeight; // 既存のデータをクリア LED_CUBE4 = []; CUBE_SPEC_4 = null; // Graphicsサイズを画面幅の1/4に固定 const graphicsSize = screenWidth / 4; // 画面を覆い尽くす格子を計算 const gridCols = ceil(screenWidth / graphicsSize); const gridRows = ceil(screenHeight / graphicsSize); // 格子状にタイルを作成（正しく敷き詰める） LED_CUBE4 = []; for (let row = 0; row < gridRows; row++) { for (let col = 0; col < gridCols; col++) { // ランダムにGraphicsLayerのインデックスを選択（0-5の範囲） const randomIndex = floor(random(6)); LED_CUBE4.push({ type: "rect", name: `tile_${row}_${col}`, x: col * graphicsSize, y: row * graphicsSize, w: graphicsSize, h: graphicsSize, img_x: col * graphicsSize, img_y: row * graphicsSize, layerIndex: randomIndex % 6, // 確実に0-5の範囲に制限 }); } } // デバッグ: layerIndexの範囲を確認 let minLayerIndex = Infinity, maxLayerIndex = -Infinity; LED_CUBE4.forEach((tile) => { minLayerIndex = min(minLayerIndex, tile.layerIndex); maxLayerIndex = max(maxLayerIndex, tile.layerIndex); }); console.log( `layerIndex範囲: ${minLayerIndex} - ${maxLayerIndex} (6個のGraphicsLayerを使用)` ); // スペックを設定 CUBE_SPEC_4 = { w: screenWidth, h: screenHeight, size: graphicsSize, }; console.log( `フルスクリーンレイアウト作成: ${screenWidth}x${screenHeight}, 格子: ${gridCols}×${gridRows}, Graphicsサイズ: ${graphicsSize}, タイル数: ${LED_CUBE4.length}` ); } // LEDキューブの形状定義 // LED_CUBE1 2000×1440 const CUBE_SPEC_1 = { w: 2000, h: 1440, size: 720 }; const LED_CUBE1 = [ { type: "rect", name: "r1", x: 0, y: 0, w: 200, h: 720, img_x: -520, img_y: 0, }, { type: "rect", name: "r2", x: 200, y: 0, w: 720, h: 720, img_x: 200, img_y: 0, }, { type: "rect", name: "r3", x: 920, y: 0, w: 720, h: 720, img_x: 920, img_y: 0, }, { type: "rect", name: "r4", x: 1640, y: 0, w: 360, h: 720, img_x: 1640, img_y: 0, }, { type: "poly", name: "p1", points: [ [560, 1439], [560, 1079], [200, 1079], [200, 720], [919, 720], [919, 1439], [560, 1439], ], img_x: 200, img_y: 720, }, ]; // LED_CUBE2 1536×768 const CUBE_SPEC_2 = { w: 1536, h: 768, size: 384 }; const LED_CUBE2 = [ { type: "rect", name: "r1", x: 0, y: 0, w: 384, h: 384, img_x: 0, img_y: 0 }, { type: "rect", name: "r2", x: 384, y: 0, w: 384, h: 384, img_x: 384, img_y: 0, }, { type: "rect", name: "r3", x: 768, y: 0, w: 384, h: 384, img_x: 768, img_y: 0, }, { type: "rect", name: "r4", x: 1152, y: 0, w: 384, h: 384, img_x: 1152, img_y: 0, }, { type: "rect", name: "r5", x: 384, y: 384, w: 384, h: 384, img_x: 384, img_y: 384, }, ]; // LED_CUBE3 672×480 const CUBE_SPEC_3 = { w: 672, h: 480, size: 288 }; const LED_CUBE3 = [ { type: "rect", name: "r1", x: 192, y: 0, w: 288, h: 288, img_x: 192, img_y: 0, }, { type: "rect", name: "r2", x: 192, y: 288, w: 288, h: 192, img_x: 192, img_y: 288, }, { type: "poly", name: "p1", points: [ [64, 0], [192, 0], [192, 288], [0, 288], [0, 224], [96, 224], [96, 96], [64, 96], ], img_x: -96, img_y: 0, }, { type: "poly", name: "p2", points: [ [480, 287], [480, 0], [607, 0], [607, 95], [575, 95], [575, 224], [671, 224], [671, 287], [480, 287], ], img_x: 480, img_y: 0, }, ]; // フルスクリーン用の設定（動的に計算） let CUBE_SPEC_4 = null; let LED_CUBE4 = null; // 現在アクティブなLEDキューブの設定 let active = { shapes: LED_CUBE1, spec: CUBE_SPEC_1 }; // ユーティリティここまで //-------------------------------------

#OpenCube