/**** * Plugins ****/ var tween = LK.import("@upit/tween.v1"); var storage = LK.import("@upit/storage.v1"); /**** * Classes ****/ //var facekit = LK.import("@upit/facekit.v1"); // Bubble class to represent each bubble in the game var Bubble = Container.expand(function () { var self = Container.call(this); self.lifetime = 0; self.hasSplit = false; self.splitHeight = null; self.AUTO_POP_SIZE = 40; self.MIN_SPLIT_SIZE = 30; self.lastPopTime = 0; self.visible = false; // Start invisible in pool var sprite = self.attachAsset('bubble', { anchorX: 0.5, anchorY: 0.5, alpha: 0.8 }); self.colorTint = 0xFFFFFF; // Default white tint self.colorMultiplier = 1.0; // Default multiplier self.colorPhase = Math.random() * Math.PI * 2; // Random starting phase self.isTwin = false; self.starSprite = null; self.size = 100; self.updateColor = function () { // Check if color upgrades are active if (UPGRADE_CONFIG.colors.blueBubbles.currentLevel > 0) { var color = 0xFFFFFF; var multiplier = 1.0; if (UPGRADE_CONFIG.colors.prismaticBubbles.currentLevel > 0) { // Prismatic - constantly shifting color with variable multiplier self.colorPhase += 0.02; var colorValue = Math.sin(self.colorPhase) * 0.5 + 0.5; // 0 to 1 multiplier = 0.8 + colorValue * 1.2; // 0.8x to 2.0x // Generate rainbow color var r = Math.sin(self.colorPhase) * 127 + 128; var g = Math.sin(self.colorPhase + 2) * 127 + 128; var b = Math.sin(self.colorPhase + 4) * 127 + 128; color = (Math.floor(r) << 16) + (Math.floor(g) << 8) + Math.floor(b); } else if (UPGRADE_CONFIG.colors.rainbowBubbles.currentLevel > 0) { // Rainbow - randomly changes color on activation var colorChoice = Math.floor(Math.random() * 6); switch (colorChoice) { case 0: color = 0xFF0000; multiplier = 1.5; break; // Red case 1: color = 0xFFAA00; multiplier = 1.4; break; // Orange case 2: color = 0xFFFF00; multiplier = 1.3; break; // Yellow case 3: color = 0x00FF00; multiplier = 1.2; break; // Green case 4: color = 0x0000FF; multiplier = 1.1; break; // Blue case 5: color = 0xFF00FF; multiplier = 1.6; break; // Purple } } else if (UPGRADE_CONFIG.colors.pinkBubbles.currentLevel > 0) { color = 0xFF80C0; // Pink multiplier = 1.3; } else if (UPGRADE_CONFIG.colors.greenBubbles.currentLevel > 0) { color = 0x00FF80; // Green multiplier = 1.2; } else { // Blue bubbles color = 0x80C0FF; // Blue multiplier = 1.1; } self.colorTint = color; self.colorMultiplier = multiplier; // Apply tint to the sprite sprite.tint = color; // Try direct assignment // If that doesn't work, try: // sprite.color = color; } }; self.activate = function (x, y, size, isPlayerBlown) { // Existing reset code self.x = x; self.y = y; self.size = size; self.lifetime = 0; self.hasSplit = false; self.splitHeight = null; self.justSplit = false; self.autoPopDisplayed = false; self.lastPopTime = 0; self.verticalVelocity = 0; self.driftX = (Math.random() * 20 - 10) / 60; self.floatSpeed = 50 * (120 / size * (0.9 + Math.random() * 0.2)) / 60; self.initLifetime(); // Always get fresh lifetime self.visible = true; // Reset twin properties self.isTwin = false; self.twinPair = null; // Add this line to reset twin pair reference if (self.starSprite) { self.starSprite.visible = false; } // Reset color properties self.colorTint = 0xFFFFFF; // Reset to default white self.colorMultiplier = 1.0; // Reset multiplier self.colorPhase = Math.random() * Math.PI * 2; // Fresh random phase sprite.tint = 0xFFFFFF; // Reset the sprite tint directly // Check if color upgrades are active and apply colors self.applyColorUpgrade(); // Clear ALL blast-related flags on activation self.isBubbleBlast = false; self.isBlastFragment = false; self.blastImmuneFrames = 0; self.parentBlastBubble = null; // Add some debug logs }; self.setTwin = function () { self.isTwin = true; // Create star sprite if it doesn't exist if (!self.starSprite) { self.starSprite = LK.getAsset('star', { anchorX: 0.5, anchorY: 0.5, alpha: 0.9 }); self.addChild(self.starSprite); } // Make sure it's visible self.starSprite.visible = true; // Scale star based on bubble size var starScale = self.size / 200; // Adjust divisor to change star size relative to bubble self.starSprite.scaleX = starScale; self.starSprite.scaleY = starScale; // Add a small rotation animation self.starSprite.rotationSpeed = Math.random() * 0.02 + 0.01; }; self.applyColorUpgrade = function () { // Only apply if any color upgrade is active if (UPGRADE_CONFIG.colors.blueBubbles.currentLevel > 0) { var color = 0xFFFFFF; var multiplier = 1.0; // Get active color setting var activeColorKey = getActiveColorKey(); // Apply the selected color if (activeColorKey === "prismaticBubbles") { // Prismatic - constantly shifting color with variable multiplier self.colorPhase += 0.02; var colorValue = Math.sin(self.colorPhase) * 0.5 + 0.5; // 0 to 1 multiplier = 0.8 + colorValue * 1.2; // 0.8x to 2.0x // Generate rainbow color var r = Math.sin(self.colorPhase) * 127 + 128; var g = Math.sin(self.colorPhase + 2) * 127 + 128; var b = Math.sin(self.colorPhase + 4) * 127 + 128; color = (Math.floor(r) << 16) + (Math.floor(g) << 8) + Math.floor(b); } else if (activeColorKey === "rainbowBubbles") { // Rainbow - randomly changes color var rainbowColors = [0xFF0000, // Red 0xFFA500, // Orange 0xFFFF00, // Yellow 0x00FF00, // Green 0x0000FF, // Blue 0xFF00FF // Purple ]; var multipliers = [1.5, 1.4, 1.3, 1.2, 1.1, 1.6]; var index = Math.floor(Math.random() * rainbowColors.length); color = rainbowColors[index]; multiplier = multipliers[index]; } else { // Check all single colors in a more maintainable way var colorKeys = ["silverBubbles", "crimsonBubbles", "goldBubbles", "tealBubbles", "pinkBubbles", "orangeBubbles", "greenBubbles", "purpleBubbles", "blueBubbles"]; // Find the active color or highest unlocked for (var i = 0; i < colorKeys.length; i++) { var key = colorKeys[i]; if (activeColorKey === key || activeColorKey === "auto" && UPGRADE_CONFIG.colors[key].currentLevel > 0) { color = UPGRADE_CONFIG.colors[key].color; multiplier = UPGRADE_CONFIG.colors[key].multiplier; break; } } } // Apply the color and multiplier sprite.tint = color; self.colorTint = color; self.colorMultiplier = multiplier; } }; self.deactivate = function () { self.visible = false; if (self.starSprite) { self.starSprite.visible = false; } var index = game.activeBubbles.indexOf(self); if (index > -1) { game.activeBubbles.splice(index, 1); } // Don't award points here - let the calling function handle it }; self.initLifetime = function () { self.maxLifetime = Math.floor(Math.random() * 960 + 1440); self.maxLifetime *= Math.min(1, self.size / 100); }; self.initLifetime(); // Subtle size-based variance plus small random factor var speedMultiplier = 120 / self.size * (0.9 + Math.random() * 0.2); // Just 10% variance self.floatSpeed = 50 * speedMultiplier / 60; self.driftX = (Math.random() * 20 - 10) / 60; // Normal drift variance self.verticalVelocity = 0; // In the Bubble class, modify the down method: self.down = function (e) { var currentTime = Date.now(); if (currentTime - self.lastPopTime < 100) { return true; } self.lastPopTime = currentTime; // Calculate points before any effects var points = self.getBP(); // Create pop effect with the bubble's color game.createPopEffect(self.x, self.y, self.size, self.colorTint); // Award points game.addBP(points, self.x, self.y, false); // Handle bubble blast for player-blown bubbles if (self.isBubbleBlast && self.size > 60 && !self.justSplit) { var blastLevel = UPGRADE_CONFIG.player.bubbleBlast.currentLevel; var splitCount = 2 + UPGRADE_CONFIG.machine.bubbleDurability.currentLevel; var newSize = Math.max(self.MIN_SPLIT_SIZE, self.size * 0.6); // Create split bubbles in a circular pattern for (var i = 0; i < splitCount; i++) { var angle = i / splitCount * Math.PI * 2; var velocityMultiplier = 1 + blastLevel * 0.4; // Increase velocity with level var split = spawnBubble(self.x, self.y, newSize, Math.cos(angle) * velocityMultiplier, false, self); if (split) { // Mark these as blast fragments - can pop other bubbles but not each other split.isBlastFragment = true; // Increase their lifetime to allow longer travel split.maxLifetime *= 1.5 + blastLevel * 0.3; // Only immune to other fragments for a brief period split.blastImmuneFrames = 20; // Already 10, keep it the same // Override velocity parameters for more dynamic movement var speedMultiplier = 1.5 + blastLevel * 0.5; var baseSpeed = 3 + blastLevel * 0.8; // Adjust velocity based on direction if (Math.sin(angle) < 0) { // For upward trajectories split.verticalVelocity = Math.sin(angle) * baseSpeed * speedMultiplier * 0.4; // Reduce speed } else if (Math.sin(angle) > 0) { // For downward trajectories split.verticalVelocity = Math.sin(angle) * baseSpeed * speedMultiplier * 0.2; // Also reduce speed } else { // Horizontal trajectories split.verticalVelocity = 0; } split.driftX = Math.cos(angle) * baseSpeed * speedMultiplier; } } } // Normal bubble splitting for non-blast bubbles else if (self.size > 60 && !self.justSplit) { var splitCount = 2 + UPGRADE_CONFIG.machine.bubbleDurability.currentLevel; var newSize = Math.max(self.MIN_SPLIT_SIZE, self.size * 0.6); for (var i = 0; i < splitCount; i++) { var angle = i / splitCount * Math.PI * 2; // For blast fragments, don't pass the parent reference to avoid inheriting properties var parentRef = self.isBlastFragment ? null : self; var split = spawnBubble(self.x, self.y, newSize, Math.cos(angle) * 0.5, false, parentRef); if (split) { // Explicitly override blast fragment properties for children of blast fragments if (self.isBlastFragment) { split.isBlastFragment = false; split.isBubbleBlast = false; split.blastImmuneFrames = 30; // Much longer immunity for these splits // Ensure they have different velocities to spread out split.verticalVelocity = -4 - Math.random() * 3; split.driftX = Math.cos(angle) * (3 + Math.random() * 2); } else { // Normal immunity for regular splits split.blastImmuneFrames = 10; } } } } // Handle twin bubbles (keep existing code) if (self.twinPair && !self.twinPair.popped) { self.twinPair.popped = true; // Pop the other twin var otherTwin = self.twinPair.bubble1 === self ? self.twinPair.bubble2 : self.twinPair.bubble1; if (otherTwin && otherTwin.visible) { // Award points and create effect for second pop game.createPopEffect(otherTwin.x, otherTwin.y, otherTwin.size, otherTwin.colorTint); game.addBP(otherTwin.getBP(), otherTwin.x, otherTwin.y, false); otherTwin.deactivate(); } } // Play sound var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; LK.getSound(randomSound).play(); // Check if this is the currently growing bubble if (game && game.growingBubble === self) { game.growingBubble = null; game.mouthOpenDuration = 0; game.blowCooldown = game.BLOW_COOLDOWN_TIME; } self.deactivate(); // Tutorial handling code if (game && game.tutorial && game.tutorial.stage === 2) { game.tutorial.poppedBubble = true; LK.setTimeout(function () { showTutorialPopup(3); }, 30); } return true; }; self.getBP = function () { var baseValue = Math.max(1, Math.floor(Math.pow(self.size, 1.4) * 0.018)); // Lowered by 10% // Apply Bubble Refinement upgrade var refinementLevel = UPGRADE_CONFIG.player.bubbleRefinement.currentLevel; if (refinementLevel > 0) { baseValue *= 1 + 0.25 * refinementLevel; // +25% per level } if (self.fromClam && UPGRADE_CONFIG.machine.bubbleQuality.currentLevel > 0) { var qualityLevel = UPGRADE_CONFIG.machine.bubbleQuality.currentLevel; baseValue *= 1 + 0.4 * qualityLevel; // +40% per level } // Apply color multiplier baseValue = Math.floor(baseValue * self.colorMultiplier); // Apply treasure zone bonus if applicable baseValue = Math.floor(baseValue * getTreasureBonusMultiplier(self.x, self.y)); return baseValue; }; self.update = function () { // Keep the existing bubble blast collision detection for player-blown bubbles if (self.isBubbleBlast && game.growingBubble !== self) { game.activeBubbles.forEach(function (targetBubble) { if (targetBubble !== self && targetBubble !== game.growingBubble && !targetBubble.isBubbleBlast && !targetBubble.isBlastFragment && !targetBubble.isTwin && targetBubble.visible) { var dx = targetBubble.x - self.x; var dy = targetBubble.y - self.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= self.size / 2 + targetBubble.size / 2) { // Create pop effect game.createPopEffect(targetBubble.x, targetBubble.y, targetBubble.size, targetBubble.colorTint); // Award points with blast bonus var blastLevel = UPGRADE_CONFIG.player.bubbleBlast.currentLevel; var points = Math.floor(targetBubble.getBP() * (0.7 + blastLevel * 0.1)); game.addBP(points, targetBubble.x, targetBubble.y, false); // Play pop sound var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; LK.getSound(randomSound).play(); targetBubble.deactivate(); } } }); } // Handle blast fragment collisions with other bubbles else if (self.isBlastFragment) { game.activeBubbles.forEach(function (targetBubble) { if (targetBubble !== self && targetBubble.visible && !targetBubble.isBubbleBlast && !targetBubble.isBlastFragment && targetBubble !== game.growingBubble && targetBubble.blastImmuneFrames <= 0) { // Add this check var dx = targetBubble.x - self.x; var dy = targetBubble.y - self.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= self.size / 2 + targetBubble.size / 2) { // Create pop effect game.createPopEffect(targetBubble.x, targetBubble.y, targetBubble.size, targetBubble.colorTint); // Award points var points = Math.floor(targetBubble.getBP() * 0.5); // Fragments give less points game.addBP(points, targetBubble.x, targetBubble.y, false); // Play pop sound var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; LK.getSound(randomSound).play(); targetBubble.deactivate(); } } }); } if (self.blastImmuneFrames > 0) { self.blastImmuneFrames--; } if (UPGRADE_CONFIG.colors.prismaticBubbles.currentLevel > 0) { self.colorPhase += 0.02; // Only calculate new color every 3 frames if (LK.ticks % 3 === 0 || !self.prismaticColor) { var r = Math.sin(self.colorPhase) * 127 + 128; var g = Math.sin(self.colorPhase + 2) * 127 + 128; var b = Math.sin(self.colorPhase + 4) * 127 + 128; self.prismaticColor = (Math.floor(r) << 16) + (Math.floor(g) << 8) + Math.floor(b); var colorValue = Math.sin(self.colorPhase) * 0.5 + 0.5; self.colorMultiplier = 0.8 + colorValue * 1.2; } sprite.tint = self.prismaticColor; self.colorTint = self.prismaticColor; } // Update star rotation if this is a twin bubble if (self.isTwin && self.starSprite && self.starSprite.visible) { self.starSprite.rotation += self.starSprite.rotationSpeed; // Scale star based on bubble size var starScale = self.size / 200; self.starSprite.scaleX = starScale; self.starSprite.scaleY = starScale; } // Only increment lifetime if not being actively blown if (game.growingBubble !== self) { self.lifetime++; if (self.lifetime % 60 === 0) { self.driftX += (Math.random() - 0.5) * 0.8; } } self.x += self.driftX * 1.2; if (self.lifetime > self.maxLifetime) { if (self.size > 60 && !self.hasSplit) { self.hasSplit = true; var newSize = Math.max(self.MIN_SPLIT_SIZE, self.size * 0.6); for (var i = 0; i < 2; i++) { var split = spawnBubble(self.x, self.y, newSize, i === 0 ? -1 : 1, true); if (split) { split.maxLifetime *= 0.7; } } self.deactivate(); return; } self.autoPop(); return; } if (self.y < -self.size) { // Use the deactivate method for consistent cleanup self.deactivate(); return; } self.justSplit = false; if (self.verticalVelocity < self.floatSpeed) { self.verticalVelocity += 0.08; } self.y -= self.verticalVelocity; if (Math.abs(self.driftX) > (Math.random() * 20 - 10) / 60) { self.driftX *= 0.98; } self.x += self.driftX; if (self.x < self.size) { self.x = self.size; self.driftX = Math.abs(self.driftX); } else if (self.x > game.width - self.size) { self.x = game.width - self.size; self.driftX = -Math.abs(self.driftX); } var scale = self.size / sprite.width; sprite.scaleX = scale; sprite.scaleY = scale; }; // In the Bubble class, find the autoPop method self.autoPop = function () { // Only award points if bubble is on screen if (!self.autoPopDisplayed && self.y > -self.size) { var points = Math.floor(self.getBP() * 0.5); // Add pop effect for auto-pops game.createPopEffect(self.x, self.y, self.size, self.colorTint); game.addBP(points, self.x, self.y, true); self.autoPopDisplayed = true; // Only play sound if cooldown is 0 if (game.autoPopSoundCooldown <= 0) { // Play a softer pop sound for auto-pops var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; var sound = LK.getSound(randomSound); sound.volume = 0.3; // Lower volume for auto-pops sound.play(); // Set cooldown game.autoPopSoundCooldown = game.AUTO_POP_SOUND_COOLDOWN; } } self.deactivate(); return; }; self.updateColor = function () { // Check if color upgrades are active if (UPGRADE_CONFIG.colors.blueBubbles.currentLevel > 0) { var color = 0xFFFFFF; var multiplier = 1.0; if (UPGRADE_CONFIG.colors.prismaticBubbles.currentLevel > 0) { // Prismatic - constantly shifting color with variable multiplier self.colorPhase += 0.02; var colorValue = Math.sin(self.colorPhase) * 0.5 + 0.5; // 0 to 1 multiplier = 0.8 + colorValue * 1.2; // 0.8x to 2.0x // Generate rainbow color var r = Math.sin(self.colorPhase) * 127 + 128; var g = Math.sin(self.colorPhase + 2) * 127 + 128; var b = Math.sin(self.colorPhase + 4) * 127 + 128; color = (Math.floor(r) << 16) + (Math.floor(g) << 8) + Math.floor(b); } else if (UPGRADE_CONFIG.colors.rainbowBubbles.currentLevel > 0) { // Rainbow - randomly changes color on activation var colorChoice = Math.floor(Math.random() * 6); switch (colorChoice) { case 0: color = 0xFF0000; multiplier = 1.5; break; // Red case 1: color = 0xFFAA00; multiplier = 1.4; break; // Orange case 2: color = 0xFFFF00; multiplier = 1.3; break; // Yellow case 3: color = 0x00FF00; multiplier = 1.2; break; // Green case 4: color = 0x0000FF; multiplier = 1.1; break; // Blue case 5: color = 0xFF00FF; multiplier = 1.6; break; // Purple } } else if (UPGRADE_CONFIG.colors.pinkBubbles.currentLevel > 0) { color = 0xFF80C0; // Pink multiplier = 1.3; } else if (UPGRADE_CONFIG.colors.greenBubbles.currentLevel > 0) { color = 0x00FF80; // Green multiplier = 1.2; } else { // Blue bubbles color = 0x80C0FF; // Blue multiplier = 1.1; } self.colorTint = color; self.colorMultiplier = multiplier; // Apply tint to the sprite sprite.tint = self.colorTint; } }; return self; }); var Fish = Container.expand(function () { var self = Container.call(this); var fishTypes = ['redfish', 'bluefish', 'yellowfish']; var fishType = fishTypes[Math.floor(Math.random() * fishTypes.length)]; // Create fish sprite var sprite = self.attachAsset(fishType, { anchorX: 0.5, anchorY: 0.5 }); // Initialize position and movement self.fromLeft = Math.random() < 0.5; self.x = self.fromLeft ? -100 : game.width + 100; self.y = Math.random() * (game.height * 0.7) + game.height * 0.1; sprite.scaleX = self.fromLeft ? 1 : -1; self.speed = 8; // Changed from 4 self.update = function () { self.x += self.fromLeft ? self.speed : -self.speed; // Add bubble collision check game.activeBubbles.forEach(function (bubble) { if (bubble.visible) { var dx = self.x - bubble.x; var dy = self.y - bubble.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= bubble.size / 2 + 70) { // Add pop effect for fish pops game.createPopEffect(bubble.x, bubble.y, bubble.size, bubble.colorTint); var points = bubble.getBP(); game.addBP(points, bubble.x, bubble.y, false); // false = manual pop points // Play a random bubble pop sound var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; LK.getSound(randomSound).play(); bubble.deactivate(); } } }); // Remove when off screen if (self.fromLeft && self.x > game.width + 100 || !self.fromLeft && self.x < -100) { self.destroy(); } }; return self; }); var Jellyfish = Container.expand(function () { var self = Container.call(this); // Create jellyfish sprite var sprite = self.attachAsset('jellyfish', { anchorX: 0.5, anchorY: 0.3, // Set anchor higher to make tentacles flow better x: 0, y: 0 }); // Initialize position and movement self.x = Math.random() * (game.width - 200) + 100; self.y = -100; // Start above screen self.speed = 2.5; // Slower base speed self.targetX = self.x; self.touched = false; self.immuneTimer = 0; // Timer for bubble popping immunity // Motion variables self.pulsePhase = Math.random() * Math.PI * 2; // Random starting phase self.pulseFrequency = 0.03 + Math.random() * 0.01; // How fast it pulses self.pulseAmplitude = 0.15; // How much it pulses self.driftPhase = Math.random() * Math.PI * 2; self.driftFrequency = 0.01 + Math.random() * 0.005; self.driftAmount = 30 + Math.random() * 20; // Start pulsing animation immediately self.startPulsingAnimation = function () { // Cancel any existing animation if (self.pulseAnimation) { self.pulseAnimation.stop(); } // Create the pulsing animation var originalScaleX = 1; var originalScaleY = 1; // Function to update the pulse animation function updatePulse() { if (!self || !sprite) { return; } // Safety check var pulseValue = Math.sin(self.pulsePhase); // Scale effect - contract and expand sprite.scaleX = originalScaleX * (1 - pulseValue * self.pulseAmplitude); sprite.scaleY = originalScaleY * (1 + pulseValue * self.pulseAmplitude); // Progress the phase self.pulsePhase += self.pulseFrequency; // Adjust vertical position slightly with pulse self.y += pulseValue > 0 ? self.speed * 1.2 : self.speed * 0.8; // Update horizontal drift var drift = Math.sin(self.driftPhase) * self.driftAmount / 60; self.targetX += drift; // Constrain to screen bounds self.targetX = Math.max(50, Math.min(game.width - 50, self.targetX)); // Smooth movement toward target X self.x += (self.targetX - self.x) * 0.05; // Progress drift phase self.driftPhase += self.driftFrequency; // Continue animation if not destroyed if (self && !self.destroyed) { LK.setTimeout(updatePulse, 1); } } // Start the update loop updatePulse(); }; self.startPulsingAnimation(); self.update = function () { // Decrement immunity timer if active if (self.immuneTimer > 0) { self.immuneTimer--; } // Only check for bubble collisions if not immune if (self.immuneTimer === 0) { game.activeBubbles.forEach(function (bubble) { if (bubble.visible) { var dx = self.x - bubble.x; var dy = self.y - bubble.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= bubble.size / 2 + 70) { // Add pop effect for jellyfish pops game.createPopEffect(bubble.x, bubble.y, bubble.size, bubble.colorTint); var points = bubble.getBP(); game.addBP(points, bubble.x, bubble.y, false); // Play a random bubble pop sound var bubbleSounds = ['bubble1', 'bubble2', 'bubble3', 'bubble4']; var randomSound = bubbleSounds[Math.floor(Math.random() * bubbleSounds.length)]; LK.getSound(randomSound).play(); bubble.deactivate(); } } }); } if (self.touched) { // When touched, jellyfish floats up rapidly self.y -= 15; // Much faster upward movement // Check if off screen to destroy if (self.y < -100) { self.destroy(); } return; } // Remove when off bottom of screen if (self.y > game.height + 100) { self.destroy(); } }; // Handle being touched self.down = function () { if (self.touched) { return true; } self.touched = true; self.immuneTimer = 30; // Immunity for 30 frames (half a second) // Play sound LK.getSound('jellyfish').play(); // Spawn bubbles in a jet var bubbleCount = 5 + Math.floor(Math.random() * 3); for (var i = 0; i < bubbleCount; i++) { LK.setTimeout(function () { if (!self) { return; } // Safety check var size = 50 + Math.random() * 50; var bubble = spawnBubble(self.x + (Math.random() * 40 - 20), self.y + (Math.random() * 40 - 20), size, (Math.random() * 2 - 1) * 2, false); if (bubble) { bubble.verticalVelocity = -(Math.random() * 6 + 4); } }, i * 5); } // Apply a "flee" animation tween(sprite, { scaleX: sprite.scaleX * 1.3, scaleY: sprite.scaleY * 0.7, alpha: 0.8 }, { duration: 300, easing: tween.easeOutBack }); return true; }; self.destroy = function () { // Stop pulsing animation if active if (self.pulseAnimation) { self.pulseAnimation.stop(); } // Mark as destroyed to stop animation loop self.destroyed = true; // Remove from parent if attached if (self.parent) { self.parent.removeChild(self); } // Clear references sprite = null; }; return self; }); var Tentacle = Container.expand(function () { var self = Container.call(this); var sprite = LK.getAsset('tentacle', { anchorX: 0.5, anchorY: 0.9, // Move anchor point to base of tentacle scaleX: 2, scaleY: 2 }); // Movement states self.state = 'entering'; // entering, flailing, retreating self.phase = Math.random() * Math.PI * 2; self.flailPhase = 0; self.side = ['left', 'right', 'top', 'bottom'][Math.floor(Math.random() * 4)]; // Calculate reach based on level var level = UPGRADE_CONFIG.player.tentacleTide.currentLevel; self.maxReach = 0.05; // 15% + 5% per level // Set initial position based on side switch (self.side) { case 'left': self.x = -sprite.width; self.y = game.height * (0.2 + Math.random() * 0.6); sprite.rotation = Math.PI * 0.25; // 45 degrees break; case 'right': self.x = game.width + sprite.width; self.y = game.height * (0.2 + Math.random() * 0.6); sprite.rotation = Math.PI * -0.75; break; case 'top': self.x = game.width * (0.2 + Math.random() * 0.6); self.y = -sprite.height; sprite.rotation = Math.PI * 0.75; break; case 'bottom': self.x = game.width * (0.2 + Math.random() * 0.6); self.y = game.height + sprite.height; sprite.rotation = Math.PI * -0.25; break; } self.update = function () { self.phase += 0.1; switch (self.state) { case 'entering': var targetX = self.side === 'left' ? game.width * self.maxReach : self.side === 'right' ? game.width * (1 - self.maxReach) : self.x; var targetY = self.side === 'top' ? game.height * self.maxReach : self.side === 'bottom' ? game.height * (1 - self.maxReach) : self.y; // Smooth entry self.x += (targetX - self.x) * 0.1; self.y += (targetY - self.y) * 0.1; // Transition to flailing when close to target if (Math.abs(self.x - targetX) < 5 && Math.abs(self.y - targetY) < 5) { self.state = 'flailing'; self.flailTimer = 120; // 2 seconds of flailing } break; case 'flailing': self.flailPhase += 0.2; // Adjust flailing phase to account for new anchor point var baseRotation = self.side === 'left' ? Math.PI * 0.25 : self.side === 'right' ? Math.PI * -0.75 : self.side === 'top' ? Math.PI * 0.75 : Math.PI * -0.25; // Reduced rotation amount for more natural sweep sprite.rotation = baseRotation + Math.sin(self.flailPhase) * 0.2; // Add slight position undulation self.x += Math.sin(self.flailPhase * 0.7) * 2; self.y += Math.cos(self.flailPhase * 0.5) * 2; // Pop bubbles in actual swept area game.activeBubbles.forEach(function (bubble) { if (bubble.visible) { // Use the sprite's current rotation directly - it already includes base rotation and flailing var rotation = sprite.rotation; // Calculate the tentacle's actual dimensions var tentacleFullHeight = sprite.height * sprite.scaleY; // 500 * 2 = 1000 var tentacleFullWidth = sprite.width * sprite.scaleX; // 400 * 2 = 800 // Calculate the anchor offset (since anchor is at 0.5, 0.9) var anchorOffsetY = tentacleFullHeight * 0.9; // 900 pixels from top // The base of the tentacle is at the anchor point (self.x, self.y) var baseX = self.x; var baseY = self.y; // Calculate the effective length for collision detection (80% of full height) var effectiveLength = tentacleFullHeight * 0.95; // 800 pixels // Calculate the tip position - this needs to account for the anchor point AND rotation // The (0,0) of sprite is at (self.x, self.y), and we need to go in the rotated -y direction var tipX = baseX + Math.sin(rotation) * effectiveLength; var tipY = baseY - Math.cos(rotation) * effectiveLength; // For accurate visual debugging, show the calculated tip position // Use distance to line segment for collision var perpRotation = rotation + Math.PI / 2; // Changed from - to + to go right var offsetAmount = tentacleFullWidth * 0.04; // Reduced to 4% // Apply offset to both base and tip baseX += Math.sin(perpRotation) * offsetAmount; baseY -= Math.cos(perpRotation) * offsetAmount; tipX += Math.sin(perpRotation) * offsetAmount; tipY -= Math.cos(perpRotation) * offsetAmount; var bubbleDistToLine = pointToLineDistance(bubble.x, bubble.y, baseX, baseY, tipX, tipY); // Width varies along the tentacle - wider in the middle (about 30% of tentacle width) var distanceToBase = Math.sqrt(Math.pow(bubble.x - baseX, 2) + Math.pow(bubble.y - baseY, 2)); var distanceToTip = Math.sqrt(Math.pow(bubble.x - tipX, 2) + Math.pow(bubble.y - tipY, 2)); var totalLength = Math.sqrt(Math.pow(tipX - baseX, 2) + Math.pow(tipY - baseY, 2)); // Calculate how far along the tentacle the nearest point is (0 = base, 1 = tip) var positionAlongTentacle; if (totalLength > 0) { var dot = (bubble.x - baseX) * (tipX - baseX) + (bubble.y - baseY) * (tipY - baseY); positionAlongTentacle = Math.max(0, Math.min(1, dot / (totalLength * totalLength))); } else { positionAlongTentacle = 0; } // Width profile - widest in middle (30% of width), narrow at ends (10% of width) var widthProfile = 0.1 + 0.2 * (1 - Math.abs(positionAlongTentacle * 2 - 1)); var collisionWidth = tentacleFullWidth * widthProfile; // If the bubble is close enough to the tentacle line, pop it if (bubbleDistToLine <= bubble.size / 2 + collisionWidth / 2) { game.createPopEffect(bubble.x, bubble.y, bubble.size, bubble.colorTint); game.addBP(bubble.getBP(), bubble.x, bubble.y, false); bubble.deactivate(); } } }); self.flailTimer--; if (self.flailTimer <= 0) { self.state = 'retreating'; // Calculate retreat direction vector var retreatVector = { x: 0, y: 0 }; // Set direction based on which side tentacle is retreating to switch (self.side) { case 'left': retreatVector.x = -1; break; case 'right': retreatVector.x = 1; break; case 'top': retreatVector.y = -1; break; case 'bottom': retreatVector.y = 1; break; } // Spawn bubble cluster on retreat with enhanced velocity for (var i = 0; i < 8; i++) { LK.setTimeout(function () { var bubble = spawnBubble(self.x + (Math.random() * 80 - 40), self.y + (Math.random() * 80 - 40), 50 + Math.random() * 50, -retreatVector.x * (Math.random() * 2 + 3), // Reduced from (Math.random() * 3 + 5) false); if (bubble) { // Higher vertical velocity opposite to retreat direction bubble.verticalVelocity = retreatVector.y * (Math.random() * 4 + 6) - (Math.random() * 3 + 2); } }, i * 3); } } break; case 'retreating': // Quick snap back to starting position var startX = self.side === 'left' ? -sprite.width : self.side === 'right' ? game.width + sprite.width : self.x; var startY = self.side === 'top' ? -sprite.height : self.side === 'bottom' ? game.height + sprite.height : self.y; self.x += (startX - self.x) * 0.2; self.y += (startY - self.y) * 0.2; // Remove when close to start position if (Math.abs(self.x - startX) < 5 && Math.abs(self.y - startY) < 5) { self.destroy(); } break; } }; self.addChild(sprite); self.destroy = function () { // Remove from parent if attached if (self.parent) { self.parent.removeChild(self); } // Clear any references sprite = null; }; return self; }); // Autonomous pufferfish mask that moves randomly var pufferMask = Container.expand(function () { var self = Container.call(this); var sprite = self.attachAsset('pufferfish', { anchorX: 0.5, anchorY: 0.5 }); // Autonomous behavior variables self.x = game.width / 2; self.y = game.height / 2; self.targetX = self.x; self.targetY = self.y; self.velocityX = 0; self.velocityY = 0; self.moveTimer = 0; self.nextMoveTime = Math.random() * 180 + 90; self.moveSpeed = 3; self.movementState = "drift"; // "drift" or "swim" self.wigglePhase = 0; self.wiggleAmount = 0; self.stuckCounter = 0; self.lastPositionX = self.x; self.lastPositionY = self.y; // Bubble blowing variables self.blowTimer = 0; self.isBlowing = false; self.blowDuration = 0; self.update = function () { // Check if stuck (not moving significantly) var movedDistance = Math.sqrt(Math.pow(self.x - self.lastPositionX, 2) + Math.pow(self.y - self.lastPositionY, 2)); if (movedDistance < 1 && Math.abs(self.velocityX) + Math.abs(self.velocityY) > 1) { self.stuckCounter++; if (self.stuckCounter > 10) { // Find new target to avoid being stuck self.targetX = game.width / 2 + (Math.random() - 0.5) * game.width * 0.6; self.targetY = game.height / 2 + (Math.random() - 0.5) * game.height * 0.4; self.stuckCounter = 0; self.movementState = "swim"; // Switch to swimming to escape } } else { self.stuckCounter = 0; } // Save current position for next frame's stuck detection self.lastPositionX = self.x; self.lastPositionY = self.y; // Autonomous movement self.moveTimer++; // Decide on a new target position if (self.moveTimer >= self.nextMoveTime) { var marginX = game.width * 0.1; var marginTopY = game.height * 0.2; var marginBottomY = game.height * 0.2; self.targetX = marginX + Math.random() * (game.width - 2 * marginX); self.targetY = marginTopY + Math.random() * (game.height - marginTopY - marginBottomY); // Reset timer and set new interval self.moveTimer = 0; self.nextMoveTime = Math.random() * 120 + 60; // Randomly choose movement state with higher chance of swimming for longer distances var dist = Math.sqrt(Math.pow(self.targetX - self.x, 2) + Math.pow(self.targetY - self.y, 2)); self.movementState = dist > game.width * 0.15 || Math.random() < 0.3 ? "swim" : "drift"; } // Calculate distance to target var dx = self.targetX - self.x; var dy = self.targetY - self.y; var dist = Math.sqrt(dx * dx + dy * dy); // Set movement based on state if (dist > 5) { var speed = self.movementState === "swim" ? self.moveSpeed * 1.5 : self.moveSpeed * 0.7; var targetVX = dx / dist * speed; var targetVY = dy / dist * speed; // Smooth acceleration self.velocityX += (targetVX - self.velocityX) * 0.1; self.velocityY += (targetVY - self.velocityY) * 0.1; // Add wiggle based on movement state self.wigglePhase += self.movementState === "swim" ? 0.2 : 0.05; self.wiggleAmount = self.movementState === "swim" ? 1.2 : 0.4; } else { // Near target, slow down self.velocityX *= 0.8; self.velocityY *= 0.8; self.movementState = "drift"; self.wiggleAmount *= 0.9; } // Apply swimming wiggle perpendicular to movement if (Math.abs(self.velocityX) + Math.abs(self.velocityY) > 0.1) { var angle = Math.atan2(self.velocityY, self.velocityX) + Math.PI / 2; var wiggleX = Math.cos(angle) * Math.sin(self.wigglePhase) * self.wiggleAmount; var wiggleY = Math.sin(angle) * Math.sin(self.wigglePhase) * self.wiggleAmount; self.x += self.velocityX + wiggleX; self.y += self.velocityY + wiggleY; } else { self.x += self.velocityX; self.y += self.velocityY; } // Keep within screen bounds with smoother constraint var boundaryX = game.width * 0.1; var boundaryTopY = game.height * 0.2; var boundaryBottomY = game.height * 0.8; if (self.x < boundaryX) { self.x = boundaryX + Math.random() * 5; self.velocityX = Math.abs(self.velocityX) * 0.2; self.targetX = self.x + game.width * 0.1; } else if (self.x > game.width - boundaryX) { self.x = game.width - boundaryX - Math.random() * 5; self.velocityX = -Math.abs(self.velocityX) * 0.2; self.targetX = self.x - game.width * 0.1; } if (self.y < boundaryTopY) { self.y = boundaryTopY + Math.random() * 5; self.velocityY = Math.abs(self.velocityY) * 0.2; self.targetY = self.y + game.height * 0.1; } else if (self.y > boundaryBottomY) { self.y = boundaryBottomY - Math.random() * 5; self.velocityY = -Math.abs(self.velocityY) * 0.2; self.targetY = self.y - game.height * 0.1; } // Subtle tilt based on movement var targetTilt = self.velocityX * 0.1; self.rotation += (targetTilt - self.rotation) * 0.05; // Autonomous bubble blowing with player upgrades var lungCapacityLevel = UPGRADE_CONFIG.player.lungCapacity.currentLevel || 0; var quickBreathLevel = UPGRADE_CONFIG.player.quickBreath.currentLevel || 0; // Calculate max bubble size based on lung capacity var maxSize = UPGRADE_EFFECTS.lungCapacity.baseValue; var increasePercent = UPGRADE_EFFECTS.lungCapacity.incrementPercent; var sizeMultiplier = 1 + increasePercent / 100 * lungCapacityLevel; var targetMaxSize = maxSize * sizeMultiplier; // Calculate growth rate based on quick breath var growthRate = UPGRADE_EFFECTS.quickBreath.baseValue * (1 + UPGRADE_EFFECTS.quickBreath.incrementPercent / 100 * quickBreathLevel); // Add these state properties if they don't exist if (self.blowState === undefined) { self.blowState = "waiting"; // States: waiting, blowing, cooldown self.stateTimer = 0; self.targetBlowTime = 0; } // State machine for bubble blowing switch (self.blowState) { case "waiting": self.stateTimer++; if (self.stateTimer > 90) { // 5 seconds between bubbles self.blowState = "blowing"; self.stateTimer = 0; // Calculate exactly how long to blow to reach 95% of max size self.targetBlowTime = Math.floor((targetMaxSize * 0.95 - game.MIN_SPAWN_SIZE) / growthRate); // Add debug info console.log("Starting to blow, will blow for " + self.targetBlowTime + " frames"); } break; case "blowing": self.stateTimer++; // Stop blowing when we've reached the target time if (self.stateTimer >= self.targetBlowTime) { self.blowState = "cooldown"; self.stateTimer = 0; console.log("Finished blowing, starting cooldown"); } break; case "cooldown": self.stateTimer++; // Short cooldown before we can start waiting for next bubble if (self.stateTimer > 60) { // 1 second cooldown self.blowState = "waiting"; self.stateTimer = 0; console.log("Cooldown finished, now waiting"); } break; } // Set the mouth state based on blow state game.simulatedMouthOpen = self.blowState === "blowing"; game.simulatedNoseTipX = self.x; game.simulatedNoseTipY = self.y; }; return self; }); /**** * Initialize Game ****/ var game = new LK.Game({ backgroundColor: 0x87CEEB // Light blue background to represent the sky }); /**** * Game Code ****/ var facekit = { mouthOpen: false, leftEye: { x: 0, y: 0 }, rightEye: { x: 0, y: 0 }, mouthCenter: { x: 0, y: 0 }, noseTip: { x: 0, y: 0 }, // Update these with game's simulated values in the update function update: function update() { this.mouthOpen = game.simulatedMouthOpen; this.noseTip = { x: game.simulatedNoseTipX, y: game.simulatedNoseTipY }; } }; game.simulatedMouthOpen = false; game.simulatedNoseTipX = 0; game.simulatedNoseTipY = 0; // Import storage plugin for data persistence function _typeof(o) { "@babel/helpers - typeof"; return _typeof = "function" == typeof Symbol && "symbol" == typeof Symbol.iterator ? function (o) { return typeof o; } : function (o) { return o && "function" == typeof Symbol && o.constructor === Symbol && o !== Symbol.prototype ? "symbol" : typeof o; }, _typeof(o); } function pointToLineDistance(px, py, x1, y1, x2, y2) { var A = px - x1; var B = py - y1; var C = x2 - x1; var D = y2 - y1; var dot = A * C + B * D; var len_sq = C * C + D * D; var param = -1; if (len_sq !== 0) { param = dot / len_sq; } var xx, yy; if (param < 0) { xx = x1; yy = y1; } else if (param > 1) { xx = x2; yy = y2; } else { xx = x1 + param * C; yy = y1 + param * D; } var dx = px - xx; var dy = py - yy; return Math.sqrt(dx * dx + dy * dy); } var savedBP = storage.bp || 0; var savedLastPlayTime = storage.lastPlayTime || Date.now(); var savedTutorialComplete = storage.tutorialComplete || false; function loadGame() { // Load BP if (storage.bp !== undefined) { game.bp = parseFloat(storage.bp); bpText.setText(formatBP(game.bp) + " BP"); } // Load upgrades if (storage.simpleUpgrades) { var values = storage.simpleUpgrades.split(","); if (values.length >= 13) { // Clams UPGRADE_CONFIG.machines.basicClam.amount = parseInt(values[0]) || 0; UPGRADE_CONFIG.machines.advancedClam.amount = parseInt(values[1]) || 0; UPGRADE_CONFIG.machines.premiumClam.amount = parseInt(values[2]) || 0; // Player upgrades UPGRADE_CONFIG.player.lungCapacity.currentLevel = parseInt(values[3]) || 0; UPGRADE_CONFIG.player.quickBreath.currentLevel = parseInt(values[4]) || 0; UPGRADE_CONFIG.player.autoPop.currentLevel = parseInt(values[5]) || 0; UPGRADE_CONFIG.player.bubbleRefinement.currentLevel = parseInt(values[6]) || 0; UPGRADE_CONFIG.player.twinBubbles.currentLevel = parseInt(values[7]) || 0; // Check if save has jellyfish data (for backward compatibility) if (values.length >= 15) { UPGRADE_CONFIG.player.jellyfish.currentLevel = parseInt(values[14]) || 0; } else { // For older save files, initialize to 0 UPGRADE_CONFIG.player.jellyfish.currentLevel = 0; } UPGRADE_CONFIG.player.sizeVariance.currentLevel = parseInt(values[8]) || 0; // Machine upgrades UPGRADE_CONFIG.machine.bubbleDurability.currentLevel = parseInt(values[9]) || 0; UPGRADE_CONFIG.machine.autoBubbleSpeed.currentLevel = parseInt(values[10]) || 0; UPGRADE_CONFIG.machine.bubbleQuality.currentLevel = parseInt(values[11]) || 0; // Treasures UPGRADE_CONFIG.decorations.sunkenTreasures.amount = parseInt(values[12]) || 0; // Active color setting (if present) if (values.length >= 14) { UPGRADE_CONFIG.gameSettings.activeColor = values[13] || "auto"; } UPGRADE_CONFIG.player.bubbleBlast.currentLevel = values.length >= 16 ? parseInt(values[15]) || 0 : 0; UPGRADE_CONFIG.player.tentacleTide.currentLevel = values.length >= 17 ? parseInt(values[16]) || 0 : 0; } } // Load color unlocks if (storage.colorUnlocks) { var colorValues = storage.colorUnlocks.split(","); var colorKeys = ["blueBubbles", "purpleBubbles", "greenBubbles", "orangeBubbles", "pinkBubbles", "tealBubbles", "goldBubbles", "crimsonBubbles", "silverBubbles", "rainbowBubbles", "prismaticBubbles"]; colorKeys.forEach(function (key, index) { if (index < colorValues.length) { UPGRADE_CONFIG.colors[key].currentLevel = parseInt(colorValues[index]) || 0; } }); } // Load tutorial status if (storage.tutorialComplete) { game.tutorial.stage = 6; // Set to a stage past the tutorial } // Update all visuals based on loaded data updateClamVisuals(); updateTreasureDecorations(); updateAllUpgradeTexts(); // Apply player upgrade effects var lungCapacityLevel = UPGRADE_CONFIG.player.lungCapacity.currentLevel; var quickBreathLevel = UPGRADE_CONFIG.player.quickBreath.currentLevel; // Update max bubble size from Lung Capacity var baseSize = UPGRADE_EFFECTS.lungCapacity.baseValue; var increasePercent = UPGRADE_EFFECTS.lungCapacity.incrementPercent; var multiplier = 1 + increasePercent / 100 * lungCapacityLevel; game.maxBubbleSize = baseSize * multiplier; // Update growth rate from Quick Breath game.growthRate = UPGRADE_EFFECTS.quickBreath.baseValue * (1 + UPGRADE_EFFECTS.quickBreath.incrementPercent / 100 * quickBreathLevel); // Calculate offline progress if (storage.lastPlayTime) { var currentTime = Date.now(); var timeDiff = currentTime - storage.lastPlayTime; if (timeDiff > 60000) { // 1 minute calculateOfflineProgress(timeDiff); } } } // Save function - call periodically function saveGame() { // Store basic values storage.bp = game.bp; // Create color unlock state string var colorUnlocks = ""; var colorKeys = ["blueBubbles", "purpleBubbles", "greenBubbles", "orangeBubbles", "pinkBubbles", "tealBubbles", "goldBubbles", "crimsonBubbles", "silverBubbles", "rainbowBubbles", "prismaticBubbles"]; colorKeys.forEach(function (key) { colorUnlocks += UPGRADE_CONFIG.colors[key].currentLevel + ","; }); // Save active color setting var activeColor = UPGRADE_CONFIG.gameSettings.activeColor || "auto"; // Save treasure amounts var treasureAmount = UPGRADE_CONFIG.decorations.sunkenTreasures.amount; // Save as comma-separated values - machine amounts and upgrade levels storage.simpleUpgrades = // Clams UPGRADE_CONFIG.machines.basicClam.amount + "," + UPGRADE_CONFIG.machines.advancedClam.amount + "," + UPGRADE_CONFIG.machines.premiumClam.amount + "," + // Player upgrades UPGRADE_CONFIG.player.lungCapacity.currentLevel + "," + UPGRADE_CONFIG.player.quickBreath.currentLevel + "," + UPGRADE_CONFIG.player.autoPop.currentLevel + "," + UPGRADE_CONFIG.player.bubbleRefinement.currentLevel + "," + UPGRADE_CONFIG.player.twinBubbles.currentLevel + "," + UPGRADE_CONFIG.player.sizeVariance.currentLevel + "," + // Machine upgrades UPGRADE_CONFIG.machine.bubbleDurability.currentLevel + "," + UPGRADE_CONFIG.machine.autoBubbleSpeed.currentLevel + "," + UPGRADE_CONFIG.machine.bubbleQuality.currentLevel + "," + // Treasures treasureAmount + "," + // Active color setting activeColor + "," + // Jellyfish UPGRADE_CONFIG.player.jellyfish.currentLevel + "," + UPGRADE_CONFIG.player.bubbleBlast.currentLevel + "," + UPGRADE_CONFIG.player.tentacleTide.currentLevel; // Add tentacleTide as new final value // Store color unlocks separately storage.colorUnlocks = colorUnlocks; storage.lastPlayTime = Date.now(); storage.tutorialComplete = game.tutorial.stage >= 5; } // Calculate offline progress // Calculate offline progress function calculateOfflineProgress(timeDiff) { // Cap at 12 hours as before var secondsAway = Math.min(Math.floor(timeDiff / 1000), 43200); var totalBP = 0; // Calculate for each clam type ['basicClam', 'advancedClam', 'premiumClam'].forEach(function (clamType) { var config = UPGRADE_CONFIG.machines[clamType]; var clamCount = config.amount; if (clamCount > 0) { // Same calculation for production rate // Correct the production time to match in-game values var baseTime = config.production * 2.5; // Apply a multiplier to match the in-game frame conversion var speedMultiplier = Math.pow(1 - UPGRADE_EFFECTS.autoBubbleSpeed.decrementPercent / 100, UPGRADE_CONFIG.machine.autoBubbleSpeed.currentLevel); var adjustedTime = Math.max(1, baseTime * speedMultiplier); var bubblesPerSecond = clamCount / Math.max(adjustedTime, 0.5); var bubbleValue = Math.pow(config.bubbleSize, 1.4) * 0.02; bubbleValue *= 0.6; // Reduce base bubble value by 40% // Apply upgrades as before if (UPGRADE_CONFIG.machine.bubbleQuality.currentLevel > 0) { bubbleValue *= 1 + 0.4 * UPGRADE_CONFIG.machine.bubbleQuality.currentLevel; } var refinementLevel = UPGRADE_CONFIG.player.bubbleRefinement.currentLevel; if (refinementLevel > 0) { bubbleValue *= 1 + 0.25 * refinementLevel; } var activeColorKey = getActiveColorKey(); var colorMultiplier = 1.0; if (activeColorKey && UPGRADE_CONFIG.colors[activeColorKey]) { colorMultiplier = UPGRADE_CONFIG.colors[activeColorKey].multiplier || 1.0; } bubbleValue *= colorMultiplier; // New efficiency calculation - starts lower but improves with upgrades var baseEfficiency = 0.015; // Cut in half again from 0.03 var totalUpgradeLevels = UPGRADE_CONFIG.player.lungCapacity.currentLevel + UPGRADE_CONFIG.player.quickBreath.currentLevel + UPGRADE_CONFIG.player.bubbleRefinement.currentLevel + UPGRADE_CONFIG.machine.bubbleDurability.currentLevel + UPGRADE_CONFIG.machine.autoBubbleSpeed.currentLevel; var upgradeBonus = Math.min(0.185, totalUpgradeLevels * 0.003); // Slower upgrade scaling var clamTypeBonus = clamType === 'premiumClam' ? 0.08 : clamType === 'advancedClam' ? 0.04 : 0; var timeDecay = Math.max(0.4, 1 - secondsAway / 172800); // 48 hours instead of 24 var timeScale = Math.min(1, secondsAway / 3600); // Scales up over first hour var efficiencyFactor = (baseEfficiency + upgradeBonus + clamTypeBonus) * timeDecay * timeScale; // Calculate BP from this clam type totalBP += bubblesPerSecond * bubbleValue * secondsAway * efficiencyFactor; } }); var jellyfishLevel = UPGRADE_CONFIG.player.jellyfish.currentLevel; if (jellyfishLevel > 0) { // Jellyfish spawn frequency decreases with level var jellyfishFrequency = Math.max(120, 1200 - jellyfishLevel * 150); // Average bubbles per jellyfish (based on in-game behavior) var bubblesPerJellyfish = 5 + 1.5; // Average jellyfish spawns per second var jellyfishPerSecond = 60 / jellyfishFrequency; // Average bubble size from jellyfish var avgBubbleSize = 75; // Base value calculation (matching Bubble.getBP formula) var bubbleValue = Math.pow(avgBubbleSize, 1.4) * 0.018; // Apply refinement and color multipliers var refinementLevel = UPGRADE_CONFIG.player.bubbleRefinement.currentLevel; if (refinementLevel > 0) { bubbleValue *= 1 + 0.25 * refinementLevel; } // Color multiplier (using active color) var activeColorKey = getActiveColorKey(); var colorMultiplier = 1.0; if (activeColorKey && UPGRADE_CONFIG.colors[activeColorKey]) { colorMultiplier = UPGRADE_CONFIG.colors[activeColorKey].multiplier || 1.0; } bubbleValue *= colorMultiplier; // Calculate total jellyfish contribution with efficiency factor var efficiency = 0.3 + jellyfishLevel * 0.05; // Higher efficiency for jellyfish var jellyfishContribution = jellyfishPerSecond * bubblesPerJellyfish * bubbleValue * secondsAway * efficiency; // Add to total BP totalBP += jellyfishContribution; } // Round to integer - no additional penalty needed since it's built into the efficiency formula totalBP = Math.floor(totalBP); // More progressive cap system var minCap = 200; var maxCap = 100000; // Increased from 50000 var totalClams = UPGRADE_CONFIG.machines.basicClam.amount + UPGRADE_CONFIG.machines.advancedClam.amount + UPGRADE_CONFIG.machines.premiumClam.amount; var percentCap = Math.min(0.85, 0.2 + UPGRADE_CONFIG.player.bubbleRefinement.currentLevel * 0.05 + UPGRADE_CONFIG.machine.bubbleQuality.currentLevel * 0.03 + totalClams / 12 * 0.1); // Add clam count influence var progressiveCap = Math.min(maxCap, Math.max(minCap, game.bp * percentCap)); totalBP = Math.min(totalBP, progressiveCap); // Add the BP and show a message if (totalBP > 0) { game.bp += totalBP; bpText.setText(formatBP(game.bp) + " BP"); game.showMessage("You earned " + formatBP(totalBP) + " BP while away!"); } } game.faceTrackingEnabled = false; var UPGRADE_CONFIG = { gameSettings: { activeColor: "auto" // Default to automatic progression (highest unlocked) }, player: { lungCapacity: { name: "Lung Capacity", baseCost: 200, costScale: 3.5, maxLevel: 10, currentLevel: 0 }, quickBreath: { name: "Quick Breath", baseCost: 200, costScale: 3.5, maxLevel: 10, currentLevel: 0 }, autoPop: { name: "Fish Friends", baseCost: 400, costScale: 4, maxLevel: 6, currentLevel: 0 }, bubbleRefinement: { name: "Bubble Refinement", baseCost: 2500, costScale: 3.5, maxLevel: 10, currentLevel: 0 }, twinBubbles: { name: "Twin Bubbles", baseCost: 4000, costScale: 3, maxLevel: 8, currentLevel: 0 }, sizeVariance: { name: "Size Variance", baseCost: 5000, costScale: 3, maxLevel: 5, currentLevel: 0 }, jellyfish: { name: "Jellyfish Bloom", baseCost: 5000, costScale: 4, maxLevel: 6, currentLevel: 0 }, bubbleBlast: { name: "Bubble Blast", baseCost: 8000, costScale: 3.5, maxLevel: 5, currentLevel: 0 }, tentacleTide: { name: "Tentacle Tide", baseCost: 15000, costScale: 4, maxLevel: 6, currentLevel: 0 } }, machines: { basicClam: { name: "Basic Clam", baseCost: 300, costScale: 3, amount: 0, maxAmount: 4, // Add max amount production: 3, bubbleSize: 80 }, advancedClam: { name: "Advanced Clam", baseCost: 12000, costScale: 3.0, amount: 0, maxAmount: 4, // Add max amount production: 2, bubbleSize: 100, unlockCost: 12000, requires: "basicClam" // Add requirement }, premiumClam: { name: "Premium Clam", baseCost: 80000, costScale: 3, amount: 0, maxAmount: 4, // Add max amount production: 1, bubbleSize: 150, unlockCost: 80000, requires: "advancedClam" // Add requirement } }, machine: { bubbleDurability: { name: "Bubble Splitting", baseCost: 20000, costScale: 5, maxLevel: 3, currentLevel: 0 }, autoBubbleSpeed: { name: "Clam Speed", baseCost: 3000, costScale: 3.5, maxLevel: 8, currentLevel: 0 }, bubbleQuality: { name: "Bubble Quality", baseCost: 5000, costScale: 4, maxLevel: 8, currentLevel: 0 } }, colors: { blueBubbles: { name: "Blue Bubbles", baseCost: 1000, costScale: 1.0, maxLevel: 1, currentLevel: 0, multiplier: 1.1, color: 0x80C0FF }, purpleBubbles: { name: "Purple Bubbles", baseCost: 2500, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "blueBubbles", multiplier: 1.15, color: 0x8A2BE2 }, greenBubbles: { name: "Green Bubbles", baseCost: 5000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "purpleBubbles", multiplier: 1.2, color: 0x00FF80 }, orangeBubbles: { name: "Orange Bubbles", baseCost: 8000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "greenBubbles", multiplier: 1.25, color: 0xFFA500 }, pinkBubbles: { name: "Pink Bubbles", baseCost: 12000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "orangeBubbles", multiplier: 1.3, color: 0xFF80C0 }, tealBubbles: { name: "Teal Bubbles", baseCost: 18000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "pinkBubbles", multiplier: 1.35, color: 0x00CED1 }, goldBubbles: { name: "Gold Bubbles", baseCost: 25000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "tealBubbles", multiplier: 1.4, color: 0xFFD700 }, crimsonBubbles: { name: "Crimson Bubbles", baseCost: 35000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "goldBubbles", multiplier: 1.45, color: 0xDC143C }, silverBubbles: { name: "Silver Bubbles", baseCost: 45000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "crimsonBubbles", multiplier: 1.5, color: 0xC0C0C0 }, rainbowBubbles: { name: "Rainbow Bubbles", baseCost: 75000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "silverBubbles", multiplier: 1.6 }, prismaticBubbles: { name: "Prismatic Bubbles", baseCost: 200000, costScale: 1.0, maxLevel: 1, currentLevel: 0, requires: "rainbowBubbles", multiplier: 1.8 } }, decorations: { sunkenTreasures: { name: "Sunken Treasures", baseCost: 25000, costScale: 2.5, amount: 0, maxAmount: 3 } } }; // Initialize upgrade registry for UI elements game.upgradeRegistry = {}; // At the top level of your game, add a sound cooldown tracker game.autoPopSoundCooldown = 0; game.AUTO_POP_SOUND_COOLDOWN = 5; // frames to wait between auto-pop sounds var background = LK.getAsset('background', { anchorX: 0.5, anchorY: 0.5, x: game.width / 2, y: game.height / 2 }); game.addChild(background); // Add treasure container game.titleMode = true; // Track if we're in title mode game.showTitleScreen = function () { // Create title container to hold all title elements var titleContainer = new Container(); game.titleContainer = titleContainer; game.addChild(titleContainer); if (LK.getSound('titlemusic').isPlaying) { LK.stopMusic('titlemusic'); } // Try to play music with fade-in effect LK.playMusic('titlemusic', { fade: { start: 0, end: 0.5, // Slightly lower than in-game volume duration: 2000 // Longer fade-in for title screen } }); // Add the logo that falls in from top var logo = LK.getAsset('titlebubble', { anchorX: 0.5, anchorY: 0.5, x: game.width / 2, y: -400, // Start above screen scaleX: 1, scaleY: 1 }); titleContainer.addChild(logo); // Animate logo falling in var savedActiveColor = storage.simpleUpgrades ? storage.simpleUpgrades.split(",")[13] || "auto" : "auto"; var savedColorUnlocks = storage.colorUnlocks ? storage.colorUnlocks.split(",") : []; // Set temporary color settings for title screen game.titleColorSettings = { activeColor: savedActiveColor, colorUnlocks: savedColorUnlocks }; tween(logo, { y: game.height / 2 - 300 // Stop at halfway mark }, { duration: 1500, easing: tween.easeOutElastic, onFinish: function onFinish() { // After logo animation completes, show the start button var startButton = LK.getAsset('startbutton', { anchorX: 0.5, anchorY: 0.5, x: game.width / 2, y: game.height / 2 + 700, scaleX: 0.01, // Start tiny scaleY: 0.01 }); titleContainer.addChild(startButton); // Animate button growing tween(startButton, { scaleX: 1, scaleY: 1 }, { duration: 800, easing: tween.easeOutBack }); // Add tap/click handler to button startButton.down = function () { LK.stopMusic(); // Stop title music immediately LK.getSound('startbutton').play(); // Play start button sound effect LK.effects.flashScreen(0xffffff, 500); // Add screen flash effect LK.setTimeout(function () { game.startGame(); }, 500); // Reduce timeout for start game back to 500 return true; }; } }); }; var treasureContainer = new Container(); game.addChild(treasureContainer); game.setChildIndex(treasureContainer, 1); // Add clam container var clamContainer = new Container(); game.addChild(clamContainer); // Add player mask var playerMask = new pufferMask(); game.addChild(playerMask); playerMask.visible = false; game.showTitleScreen(); var UPGRADE_EFFECTS = { lungCapacity: { baseValue: 160, incrementPercent: 25 }, quickBreath: { baseValue: 1.6, incrementPercent: 25 }, autoBubbleSpeed: { decrementPercent: 10 }, bubbleDurability: { extraSplits: 1 }, autoPop: { timeReduction: 0.8 } }; // Define column assignments for each tab var tabColumns = { bubbles: { left: [['player', 'lungCapacity'], ['player', 'quickBreath'], ['player', 'bubbleBlast'], ['player', 'bubbleRefinement'], ['player', 'twinBubbles']], right: [['player', 'autoPop'], ['player', 'jellyfish'], ['player', 'sizeVariance'], ['machine', 'bubbleDurability'], ['player', 'tentacleTide']] }, clams: { left: [['machines', 'basicClam'], ['machines', 'advancedClam'], ['machines', 'premiumClam']], right: [['machine', 'autoBubbleSpeed'], ['machine', 'bubbleQuality']] }, colors: { left: [['colors', 'blueBubbles'], ['colors', 'purpleBubbles'], ['colors', 'greenBubbles'], ['colors', 'orangeBubbles'], ['colors', 'pinkBubbles']], right: [['colors', 'tealBubbles'], ['colors', 'goldBubbles'], ['colors', 'crimsonBubbles'], ['colors', 'silverBubbles'], ['colors', 'rainbowBubbles'], ['colors', 'prismaticBubbles']] }, decorations: { right: [['decorations', 'sunkenTreasures']] } }; function getUpgradeCost(upgrade) { if (upgrade.amount !== undefined) { // For clams and decorations return Math.floor(upgrade.baseCost * Math.pow(upgrade.costScale, upgrade.amount)); } else { // For regular upgrades return Math.floor(upgrade.baseCost * Math.pow(upgrade.costScale, upgrade.currentLevel)); } } function getActiveColorKey() { if (UPGRADE_CONFIG.gameSettings.activeColor === "auto") { // Find highest unlocked color in order of value var colorKeys = ["prismaticBubbles", "rainbowBubbles", "silverBubbles", "crimsonBubbles", "goldBubbles", "tealBubbles", "pinkBubbles", "orangeBubbles", "greenBubbles", "purpleBubbles", "blueBubbles"]; for (var i = 0; i < colorKeys.length; i++) { if (UPGRADE_CONFIG.colors[colorKeys[i]].currentLevel > 0) { return colorKeys[i]; } } } return UPGRADE_CONFIG.gameSettings.activeColor; } // Add this new function outside of other functions function applyTitleScreenColor(bubble) { if (!game.titleColorSettings) { return; } var activeColorKey = game.titleColorSettings.activeColor; var colorUnlocks = game.titleColorSettings.colorUnlocks; // Check if we have color unlocks if (colorUnlocks && colorUnlocks.length > 0) { // Find highest unlocked color var colorKeys = ["blueBubbles", "purpleBubbles", "greenBubbles", "orangeBubbles", "pinkBubbles", "tealBubbles", "goldBubbles", "crimsonBubbles", "silverBubbles", "rainbowBubbles", "prismaticBubbles"]; var color = 0xFFFFFF; // Default white if (activeColorKey === "auto") { // Auto mode - find highest unlocked color for (var i = colorKeys.length - 1; i >= 0; i--) { if (i < colorUnlocks.length && parseInt(colorUnlocks[i]) > 0) { var key = colorKeys[i]; if (UPGRADE_CONFIG.colors[key]) { color = UPGRADE_CONFIG.colors[key].color || 0xFFFFFF; break; } } } } else if (UPGRADE_CONFIG.colors[activeColorKey]) { // Specific color selected color = UPGRADE_CONFIG.colors[activeColorKey].color || 0xFFFFFF; } // Apply the color var bubbleSprite = bubble.children[0]; // Get the sprite of the bubble if (bubbleSprite) { bubbleSprite.tint = color; } } } function setActiveColor(colorKey) { if (colorKey === "auto" || UPGRADE_CONFIG.colors[colorKey].currentLevel > 0) { UPGRADE_CONFIG.gameSettings.activeColor = colorKey; // Update visual indicator in UI updateColorSelectionUI(); } else { game.showError("Unlock this color first!"); } } function getTreasureBonusMultiplier(x, y) { if (!game.treasureZones || game.treasureZones.length === 0) { return 1.0; // No bonus if no treasures } // Start with no bonus var totalBonus = 0; // Check each treasure zone game.treasureZones.forEach(function (zone) { var dx = x - zone.x; var dy = y - zone.y; var distance = Math.sqrt(dx * dx + dy * dy); // If bubble is in zone, add 30% bonus if (distance <= zone.radius) { totalBonus += 0.3; // +30% per overlapping zone } }); // Return multiplier (1.0 = no bonus, 1.3 = one zone, 1.6 = two zones, etc.) return 1.0 + totalBonus; } function formatBP(value) { var units = ['', 'K', 'M', 'B', 'T']; var unitIndex = 0; while (value >= 1000 && unitIndex < units.length - 1) { value /= 1000; unitIndex++; } return Math.floor(value * 10) / 10 + units[unitIndex]; } game.showError = function (message) { var errorText = new Text2(message, { size: 120, fill: 0xFF0000, stroke: 0x000000, strokeThickness: 5, font: "Impact" }); errorText.anchor = { x: 0.5, y: 0.5 }; errorText.x = game.width / 2; errorText.y = game.height / 2; game.addChild(errorText); tween(errorText, { alpha: 0, y: errorText.y - 50 }, { duration: 3000, onFinish: function onFinish() { errorText.destroy(); } }); }; game.showMessage = function (message) { var messageText = new Text2(message, { size: 80, fill: 0xFFFFFF, stroke: 0x000000, strokeThickness: 3, font: "Impact" }); messageText.anchor = { x: 0.5, y: 0.5 }; messageText.x = game.width / 2; messageText.y = game.height / 2; game.addChild(messageText); tween(messageText, { alpha: 0, y: messageText.y - 30 }, { duration: 3000, onFinish: function onFinish() { messageText.destroy(); } }); }; var currentTab = 'bubbles'; // Default tab var menuTabs = ['bubbles', 'clams', 'colors', 'decorations']; var tabButtons = {}; // Will hold references to tab buttons // Create menu container at the right position var menuContainer = new Container(); menuContainer.x = game.width / 2; menuContainer.y = game.height; // Position at bottom var menuPanel = LK.getAsset('upgradetab', { anchorX: 0.5, anchorY: 0, y: -570, alpha: 0.9, scaleX: 2048 / 200, scaleY: game.height * 0.4 / 100.3 }); var menuTab = LK.getAsset('upgradetab', { anchorX: 0.5, anchorY: 1, y: 0, scaleX: 3, scaleY: 0.8, alpha: 0.9 }); // Add panel first (so it's behind tab) menuContainer.addChild(menuPanel); menuContainer.addChild(menuTab); // Menu text var menuText = new Text2("Upgrades", { size: 90, fill: 0xFFFFFF, stroke: 0x000000, strokeThickness: 3, font: "Impact" }); menuText.anchor = { x: 0.5, y: 0.5 }; menuText.x = 0; // Relative to container menuText.y = -menuTab.height / 2; // Position relative to container bottom menuContainer.addChild(menuText); // Add to game game.addChild(menuContainer); menuContainer.visible = false; // Create text container var menuTextContainer = new Container(); menuContainer.addChild(menuTextContainer); // Create tab containers var tabContainers = {}; menuTabs.forEach(function (tab) { var contentContainer = new Container(); contentContainer.visible = tab === currentTab; tabContainers[tab] = contentContainer; menuTextContainer.addChild(contentContainer); }); // Create tabs container (only visible when menu is open) var tabsContainer = new Container(); tabsContainer.x = menuPanel.width * menuPanel.scaleX / 2 - 850; // Center horizontally tabsContainer.y = 0; menuContainer.addChild(tabsContainer); // Define tab dimensions var tabWidth = menuPanel.width * 0.8 * menuPanel.scaleX / menuTabs.length; var tabHeight = 120; // Create tabs menuTabs.forEach(function (tab, index) { var tabButton = LK.getAsset('upgradetab', { anchorX: 0.5, anchorY: 0, x: -menuPanel.width * menuPanel.scaleX / 2 + (index + 0.5) * tabWidth, y: 0, scaleX: tabWidth / 200, scaleY: tabHeight / 299, alpha: tab === currentTab ? 1.0 : 0.7 }); // Add hit detection tabButton.down = function () { if (tab !== currentTab) { // Update tab appearance Object.keys(tabButtons).forEach(function (t) { if (tabButtons[t]) { tabButtons[t].alpha = t === tab ? 1.0 : 0.7; } }); // Remove old indicator if (tabsContainer.currentIndicator) { tabsContainer.removeChild(tabsContainer.currentIndicator); tabsContainer.currentIndicator.destroy(); } // Create new indicator var newIndicator = LK.getAsset('blower', { width: tabWidth, height: 10, color: 0xFFFF00, alpha: 1.0 }); // Position at the bottom of this tab newIndicator.x = tabButton.x - tabWidth / 2; newIndicator.y = tabHeight - 5; // Add to container and track it tabsContainer.addChild(newIndicator); tabsContainer.currentIndicator = newIndicator; // Hide current tab content, show new tab content if (tabContainers[currentTab]) { tabContainers[currentTab].visible = false; } if (tabContainers[tab]) { tabContainers[tab].visible = true; } // Update current tab currentTab = tab; } return true; }; // Store reference to the button tabButtons[tab] = tabButton; // Add text to tab var tabText = new Text2(tab.charAt(0).toUpperCase() + tab.slice(1), { size: 80, fill: 0xFFFFFF, stroke: 0x000000, strokeThickness: 3, font: "Impact" }); tabText.anchor = { x: 0.5, y: 0.5 }; tabText.x = tabButton.x; tabText.y = tabHeight / 2; // Add to container tabsContainer.addChild(tabButton); tabsContainer.addChild(tabText); }); // Create initial indicator for current tab (bubbles) var activeTabIndicator = LK.getAsset('blower', { width: tabWidth, height: 10, color: 0xFFFF00, alpha: 1.0 }); // Position at the bottom of current tab activeTabIndicator.x = tabButtons[currentTab].x - tabWidth / 2; activeTabIndicator.y = tabHeight - 5; // Add to container tabsContainer.addChild(activeTabIndicator); // Store it in a property for tracking tabsContainer.currentIndicator = activeTabIndicator; // Move the entire text container to align with panel menuTextContainer.y = 0; menuTextContainer.x = 0; // Initialize menu state var menuOpen = false; var menuTargetY = game.height; // Create BP display text var bpText = new Text2("0 BP", { size: 120, fill: 0xFFFFFF, stroke: 0x33caf8, strokeThickness: 4, font: "Impact", fontWeight: "bold" }); bpText.anchor.set(1, 0); bpText.x = game.width - 20; bpText.y = 20; game.addChild(bpText); bpText.visible = false; // Initialize BP tracking game.bp = 0; game.combo = 0; game.lastPopTime = 0; game.COMBO_WINDOW = 60; // 1 second in frames game.addBP = function (points, x, y, isAutoPop) { if (game.titleMode) { return; } var currentTime = LK.ticks; // Only update combo if it's not an auto-pop if (!isAutoPop) { game.lastPopTime = currentTime; } // Ensure points is at least 1 points = Math.max(1, Math.floor(points)); game.bp += points; bpText.setText(formatBP(game.bp) + " BP"); // Set size and color based on point value var textSize = 96; var textColor = 0xFFFF00; // Default yellow if (points > 100) { textSize = 120; textColor = 0xFF0000; // Red for >100 } else if (points > 50) { textSize = 108; textColor = 0xFFA500; // Orange for 51-100 } // Always show point text var pointText = new Text2("+" + points, { size: textSize, fill: textColor, font: "Impact", fontWeight: 'bold' }); pointText.anchorX = 0.5; pointText.anchorY = 0.5; pointText.x = x; pointText.y = y; game.addChild(pointText); // If menu is open, ensure popup is below menu if (menuOpen) { game.setChildIndex(pointText, game.getChildIndex(menuContainer) - 1); } tween(pointText, { y: pointText.y - 100, alpha: 0 }, { duration: 1200, onFinish: function onFinish() { pointText.destroy(); } }); // Only show combo text if it's a manual pop and we have a combo if (!isAutoPop && game.combo > 0) { var comboText = new Text2("x" + (game.combo + 1), { size: 96, fill: 0xFFA500, stroke: 0x000000, strokeThickness: 4, fontWeight: 'bold' }); comboText.anchorX = 0.5; comboText.anchorY = 0; comboText.x = game.width / 2; comboText.y = 20; game.addChild(comboText); tween(comboText, { alpha: 0 }, { duration: 500, onFinish: function onFinish() { comboText.destroy(); } }); } }; // Function to create upgrade text (MODIFIED with Registry) function createUpgradeText(category, key, index, isLeftColumn, tab) { var upgrade = UPGRADE_CONFIG[category][key]; if (!upgrade) { return; } var xOffset = isLeftColumn ? -750 : 200; var yPos = startY + index * upgradeSpacing + 120; // Create hit container var hitContainer = new Container(); var hitArea = LK.getAsset('blower', { width: 600, height: 200, color: 0xFFFFFF, alpha: 0.0 }); hitContainer.addChild(hitArea); hitContainer.x = xOffset; hitContainer.y = yPos; hitArea.x = 0; hitArea.y = -40; // Create name text var nameText = new Text2(upgrade.name, { size: 96, fill: 0xFFFFFF, stroke: 0x000000, strokeThickness: 2, font: "Impact" }); nameText.x = xOffset; nameText.y = yPos; // Create cost text var cost = getUpgradeCost(upgrade); var costText = new Text2(cost + " BP", { size: 96, fill: 0xFFFF00, stroke: 0x000000, strokeThickness: 2, font: "Impact" }); costText.x = xOffset; costText.y = yPos + 100; // Register the UI elements if (!game.upgradeRegistry[category]) { game.upgradeRegistry[category] = {}; } game.upgradeRegistry[category][key] = { nameText: nameText, costText: costText, hitContainer: hitContainer, tab: tab }; // Add click handler hitContainer.down = function () { var cost = getUpgradeCost(upgrade); // Special handling for colors that are already purchased if (category === 'colors' && upgrade.currentLevel > 0) { // Toggle this color as active if (UPGRADE_CONFIG.gameSettings.activeColor === key) { // If already active, switch to auto UPGRADE_CONFIG.gameSettings.activeColor = "auto"; game.showMessage("Auto color mode"); } else { // Otherwise activate this color UPGRADE_CONFIG.gameSettings.activeColor = key; game.showMessage(upgrade.name + " activated"); } // Refresh the tab to update the text displays refreshUpgradeTab('colors'); return true; } // Regular upgrade purchase logic if (category === 'colors' && upgrade.requires) { var required = UPGRADE_CONFIG.colors[upgrade.requires]; if (required && required.currentLevel === 0) { game.showError("Unlock " + required.name + " first!"); return true; } } if (game.bp >= cost) { if (category === 'machines') { // Check if this clam type is locked if (upgrade.requires) { var requiredType = UPGRADE_CONFIG.machines[upgrade.requires]; if (requiredType && requiredType.amount < requiredType.maxAmount) { game.showError("Max out " + requiredType.name + " first!"); return true; } } // Check if this clam type is already maxed if (upgrade.amount >= upgrade.maxAmount) { updateCostText(category, key, "SOLD OUT", 0x888888); return true; } // Standard purchase logic if (game.bp >= cost) { upgrade.amount++; if (game.tutorial.stage === 4) { game.tutorial.boughtClam = true; // We'll keep the same variable name for compatibility showTutorialPopup(5); // Show the final tutorial message } game.bp -= cost; LK.getSound('upgrade').play(); bpText.setText(formatBP(game.bp) + " BP"); // Update cost display if (upgrade.amount >= upgrade.maxAmount) { updateCostText(category, key, "SOLD OUT", 0x888888); } else { updateCostText(category, key, getUpgradeCost(upgrade) + " BP", 0xFFFF00); } // Update visuals updateClamVisuals(); updateCostTexts('clams'); saveGame(); return true; } else { game.showError("Not enough BP!"); return true; } } if (upgrade.amount !== undefined) { // For clams and decorations with amount if (upgrade.amount < (upgrade.maxAmount || 999)) { upgrade.amount++; if (upgrade.amount >= upgrade.maxAmount) { updateCostText(category, key, "SOLD OUT", 0x888888); } game.bp -= cost; LK.getSound('upgrade').play(); bpText.setText(formatBP(game.bp) + " BP"); // Check if we're at the max clam limit after this purchase var newTotalClams = UPGRADE_CONFIG.machines.basicClam.amount + UPGRADE_CONFIG.machines.advancedClam.amount + UPGRADE_CONFIG.machines.premiumClam.amount; // Force update all clam cost displays if we reached the limit if (newTotalClams >= 4) { updateCostText('machines', 'basicClam', "SOLD OUT", 0x888888); } updateCostText(category, key, getUpgradeCost(upgrade) + " BP", 0xFFFF00); // Update visuals if (category === 'machines') { updateClamVisuals(); saveGame(); } else if (category === 'decorations') { if (upgrade.amount < (upgrade.maxAmount || 999)) { upgrade.amount++; game.bp -= cost; LK.getSound('upgrade').play(); bpText.setText(formatBP(game.bp) + " BP"); // This is the key fix - use the correct method to update the text if (upgrade.amount >= upgrade.maxAmount) { updateCostText(category, key, "SOLD OUT", 0x888888); } else { updateCostText(category, key, getUpgradeCost(upgrade) + " BP", 0xFFFF00); } if (key === 'bubbleCoral') { updateCoralDecorations(); } else if (key === 'sunkenTreasures') { updateTreasureDecorations(); saveGame(); } } } } } else if (upgrade.currentLevel < upgrade.maxLevel) { // For regular upgrades with levels upgrade.currentLevel++; game.bp -= cost; LK.getSound('upgrade').play(); bpText.setText(formatBP(game.bp) + " BP"); if (game.tutorial.stage === 4) { game.tutorial.boughtClam = true; // We'll keep the same variable name for compatibility showTutorialPopup(5); // Show the final tutorial message } saveGame(); // If this is a color upgrade, update the UI if (category === 'colors') { refreshUpgradeTab('colors'); return true; } // Update cost text if (upgrade.currentLevel >= upgrade.maxLevel) { updateCostText(category, key, "SOLD OUT", 0x888888); } else { updateCostText(category, key, getUpgradeCost(upgrade) + " BP", 0xFFFF00); } // Handle specific upgrade effects if (category === 'player') { if (key === 'lungCapacity') { var baseSize = UPGRADE_EFFECTS.lungCapacity.baseValue; var increasePercent = UPGRADE_EFFECTS.lungCapacity.incrementPercent; var multiplier = 1 + increasePercent / 100 * upgrade.currentLevel; game.maxBubbleSize = baseSize * multiplier; } else if (key === 'quickBreath') { game.growthRate = UPGRADE_EFFECTS.quickBreath.baseValue * (1 + UPGRADE_EFFECTS.quickBreath.incrementPercent / 100 * upgrade.currentLevel); } } } } else { game.showError("Not enough BP!"); } return true; }; // Add elements to the appropriate tab container tabContainers[tab].addChild(hitContainer); tabContainers[tab].addChild(nameText); tabContainers[tab].addChild(costText); } // Helper function to update cost text (NEW) function updateCostText(category, key, text, color) { if (game.upgradeRegistry[category] && game.upgradeRegistry[category][key] && game.upgradeRegistry[category][key].costText) { var costText = game.upgradeRegistry[category][key].costText; costText.setText(text); costText.fill = color; } } // Function to refresh upgrade tab (MODIFIED) function refreshUpgradeTab(tabName) { // Clear the tab container while (tabContainers[tabName].children.length > 0) { tabContainers[tabName].children[0].destroy(); } // Clear registry entries for this tab Object.keys(game.upgradeRegistry).forEach(function (category) { Object.keys(game.upgradeRegistry[category]).forEach(function (key) { if (game.upgradeRegistry[category][key].tab === tabName) { delete game.upgradeRegistry[category][key]; } }); }); // Recreate all upgrades for the tab if (tabColumns[tabName] && tabColumns[tabName].left) { tabColumns[tabName].left.forEach(function (upgrade, index) { createUpgradeText(upgrade[0], upgrade[1], index, true, tabName); }); } if (tabColumns[tabName] && tabColumns[tabName].right) { tabColumns[tabName].right.forEach(function (upgrade, index) { createUpgradeText(upgrade[0], upgrade[1], index, false, tabName); }); } if (tabName === 'clams') { updateClamVisuals(); updateCostTexts('clams'); } // Update all cost texts for this tab updateCostTexts(tabName); } // Function to update cost texts (NEW) function updateCostTexts(tabName) { Object.keys(game.upgradeRegistry).forEach(function (category) { Object.keys(game.upgradeRegistry[category]).forEach(function (key) { var registry = game.upgradeRegistry[category][key]; // Only update elements in the current tab if (registry.tab !== tabName) { return; } var upgrade = UPGRADE_CONFIG[category][key]; var costText = registry.costText; // Special handling for basic clams - always check total count if (category === 'machines' && key === 'basicClam') { var totalClams = UPGRADE_CONFIG.machines.basicClam.amount + UPGRADE_CONFIG.machines.advancedClam.amount + UPGRADE_CONFIG.machines.premiumClam.amount; if (totalClams >= 4) { costText.setText("SOLD OUT"); costText.fill = 0x888888; return; // Skip any other updates for basic clams } } // Handle color upgrades if (category === 'colors') { var activeColorKey = getActiveColorKey(); if (upgrade.currentLevel > 0) { if (key === activeColorKey || UPGRADE_CONFIG.gameSettings.activeColor === "auto" && key === activeColorKey) { costText.setText("ACTIVE"); costText.fill = 0x00FF00; } else if (upgrade.currentLevel >= upgrade.maxLevel) { costText.setText("SOLD OUT"); costText.fill = 0x888888; } else { costText.setText(getUpgradeCost(upgrade) + " BP"); costText.fill = 0xFFFF00; } } else if (upgrade.requires) { var required = UPGRADE_CONFIG.colors[upgrade.requires]; if (required && required.currentLevel === 0) { costText.setText("LOCKED"); costText.fill = 0x888888; } else { costText.setText(getUpgradeCost(upgrade) + " BP"); costText.fill = 0xFFFF00; } } } // Handle machine upgrades else if (category === 'machines') { var upgrade = UPGRADE_CONFIG[category][key]; // Check if this clam type is locked by requirements if (upgrade.requires) { var requiredType = UPGRADE_CONFIG.machines[upgrade.requires]; if (requiredType && requiredType.amount < requiredType.maxAmount) { costText.setText("LOCKED"); costText.fill = 0x888888; return; } } // Check if maxed out if (upgrade.amount >= upgrade.maxAmount) { costText.setText("SOLD OUT"); costText.fill = 0x888888; } else { costText.setText(getUpgradeCost(upgrade) + " BP"); costText.fill = 0xFFFF00; } } // Handle regular upgrades else if (upgrade.currentLevel >= upgrade.maxLevel) { costText.setText("SOLD OUT"); costText.fill = 0x888888; } else { costText.setText(getUpgradeCost(upgrade) + " BP"); costText.fill = 0xFFFF00; } }); }); } // New function to update all upgrade texts function updateAllUpgradeTexts() { menuTabs.forEach(function (tab) { updateCostTexts(tab); }); } // Replace the old updateColorSelectionUI function with this function updateColorSelectionUI() { updateCostTexts('colors'); } // Variables for upgrade texts var upgradeTexts = []; var startY = 150; var upgradeSpacing = 250; var columnWidth = 1024; // Define legacy variables for backward compatibility var leftColumnUpgrades = [['player', 'lungCapacity'], ['player', 'quickBreath'], ['player', 'autoPop']]; var rightColumnUpgrades = [['machines', 'basicClam'], ['machines', 'advancedClam'], ['machines', 'premiumClam'], ['machine', 'bubbleDurability'], ['machine', 'autoBubbleSpeed']]; // Function to determine which tab an upgrade belongs to (for backward compatibility) function getTabForUpgrade(category, key) { if (category === 'player') { return 'bubbles'; } if (category === 'machines' || category === 'machine') { return 'clams'; } if (category === 'colors') { return 'colors'; } if (category === 'decorations') { return 'decorations'; } return 'bubbles'; // Default } // Function to switch between tabs function switchTab(newTab) { // Hide old tab content, show new tab content tabContainers[currentTab].visible = false; tabContainers[newTab].visible = true; // Update tab button appearance tabButtons[currentTab].alpha = 0.7; tabButtons[newTab].alpha = 1.0; currentTab = newTab; } // Function to update treasure decorations function updateTreasureDecorations() { // Clear existing treasures while (treasureContainer.children.length) { treasureContainer.children[0].destroy(); } // Clear zone tracking game.treasureZones = []; var treasureCount = UPGRADE_CONFIG.decorations.sunkenTreasures.amount; if (treasureCount <= 0) { return; } // Available treasure types var treasureTypes = ['treasure1', 'treasure2', 'treasure3']; // Position treasures at specific spots in the bottom half of screen var positions = [ // Left side { x: game.width * 0.25, y: game.height * 0.65 }, // Right side { x: game.width * 0.75, y: game.height * 0.65 }, // Middle bottom { x: game.width * 0.5, y: game.height * 0.8 }]; // Place treasures at predetermined spots for (var i = 0; i < treasureCount; i++) { // Don't exceed available positions if (i >= positions.length) { break; } // Choose treasure type based on position var treasureType = treasureTypes[i % treasureTypes.length]; var pos = positions[i]; // Create circular zone indicator var zoneRadius = game.width * 0.25; var zoneIndicator = LK.getAsset('zoneIndicator', { width: zoneRadius * 2, height: zoneRadius * 2, shape: 'circle', color: 0xFFFFFF, alpha: 0.15, anchorX: 0.5, anchorY: 0.5, x: pos.x, y: pos.y }); // Add zone to tracking for bonus calculation game.treasureZones.push({ id: 'treasure_' + i, x: pos.x, y: pos.y, radius: zoneRadius }); // Create treasure sprite on top of zone var treasure = LK.getAsset(treasureType, { anchorX: 0.5, anchorY: 0.5, x: pos.x, y: pos.y, scaleX: 2.2, scaleY: 2.2, alpha: 0.8 }); // Add zone first (so it's behind treasure) treasureContainer.addChild(zoneIndicator); treasureContainer.addChild(treasure); } } function showTutorialPopup(stage) { // Set current stage game.tutorial.stage = stage; // Remove existing tutorial popup if any if (game.tutorialContainer) { game.tutorialContainer.destroy(); } // Create new popup container game.tutorialContainer = new Container(); game.tutorialContainer.creationTime = LK.ticks; // Add this line to track when it was created game.addChild(game.tutorialContainer); game.setChildIndex(game.tutorialContainer, game.children.length - 1); // Create background var bg = LK.getAsset('blower', { width: game.width * 0.8, height: 500, color: 0x000066, shape: 'box', alpha: 0.8, anchorX: 0.5, anchorY: 0.5, tint: 0x000000 // Use tint to make it black }); // Position above the menu tab bg.x = game.width / 2; bg.y = game.height - 600; game.tutorialContainer.addChild(bg); if (menuOpen) { // Position above the menu when it's open bg.y = game.height - 700; // Move higher up the screen } // Create tutorial text var message = ""; switch (stage) { case 1: // Welcome - updated instructions message = "Welcome to Bubble Blower Tycoon! The pufferfish will automatically blow bubbles. Try popping them to collect Bubble Points (BP)!"; break; case 2: // After blowing bubble message = "Great! Now go ahead and pop bubbles to collect Bubble Points (BP)."; break; case 3: // After popping message = "That's all there is to it! Now get popping!"; break; case 4: // Can afford upgrade message = "It looks like you've saved enough BP. Open the 'Upgrades' menu at the bottom and choose any upgrade you can afford!"; break; case 5: // After buying upgrade message = "Great choice! Continue exploring different upgrades to build your bubble empire. Good luck on becoming the Bubble Blower Tycoon!"; break; } var tutorialText = new Text2(message, { size: 80, fill: 0xFFFFFF, stroke: 0x000000, strokeThickness: 3, font: "Impact", wordWrap: true, wordWrapWidth: game.width * 0.75 }); tutorialText.anchor = { x: 0.5, y: 0.5 }; tutorialText.x = bg.x; tutorialText.y = bg.y; game.tutorialContainer.addChild(tutorialText); // If final message, add a timer to close if (stage === 3 || stage === 5 || stage === 7) { LK.setTimeout(function () { if (game.tutorialContainer) { game.tutorialContainer.destroy(); game.tutorialContainer = null; } }, 6000); } } // Function to update coral bubbles // Function to update coral decorations // Function to update clam visuals function updateClamVisuals() { // Clear existing clams while (clamContainer.children.length) { clamContainer.children[0].destroy(); } // Place clams - now much simpler game.clamSpawnPoints = []; // Process each clam type in order ['basicClam', 'advancedClam', 'premiumClam'].forEach(function (clamType) { var clamCount = UPGRADE_CONFIG.machines[clamType].amount; for (var i = 0; i < clamCount; i++) { // Position logic for each clam instance var isRight = i % 2 === 1; var baseX = isRight ? game.width * 0.9 : game.width * 0.1; var direction = isRight ? -1 : 1; var position = Math.floor(i / 2); var spacing = 250; var x = baseX + direction * position * spacing; var y = game.height - 100; // Create clam sprite var sprite = LK.getAsset(clamType, { anchorX: 0.5, anchorY: 1, x: x, y: y, scaleX: isRight ? -0.5 : 0.5, scaleY: 0.5 }); // Store spawn point for bubble generation game.clamSpawnPoints.push({ x: x + (isRight ? -75 : 75), y: y - 50, type: clamType, isRight: isRight }); clamContainer.addChild(sprite); } }); } // Function to update clams (spawn bubbles) function updateClams() { if (!game.clamSpawnPoints) { return; } game.clamSpawnPoints.forEach(function (spawnPoint) { var config = UPGRADE_CONFIG.machines[spawnPoint.type]; // Calculate production time with speed upgrade var baseTime = config.production * 150; // Convert to frames and further increase base time var autoBubbleLevel = UPGRADE_CONFIG.machine.autoBubbleSpeed.currentLevel; var baseEffect = UPGRADE_EFFECTS.autoBubbleSpeed.decrementPercent / 100; var effectiveLevel; if (autoBubbleLevel <= 3) { // First 3 levels at full effect effectiveLevel = autoBubbleLevel; } else if (autoBubbleLevel <= 6) { // Levels 4-6 at 75% effectiveness effectiveLevel = 3 + (autoBubbleLevel - 3) * 0.75; } else { // Levels 7+ at 50% effectiveness effectiveLevel = 3 + 3 * 0.75 + (autoBubbleLevel - 6) * 0.5; } var speedMultiplier = Math.pow(1 - baseEffect, effectiveLevel); var adjustedTime = Math.max(1, Math.floor(baseTime * speedMultiplier)); var qualityLevel = UPGRADE_CONFIG.machine.bubbleQuality.currentLevel; if (qualityLevel > 0) { // -10% production rate per level adjustedTime = Math.floor(adjustedTime * (1 + 0.1 * qualityLevel)); } if (LK.ticks % adjustedTime === 0) { // Find first available bubble in pool var bubble = game.bubblePool.find(function (b) { return !b.visible; }); if (bubble && game.activeBubbles.length < game.MAX_BUBBLES) { bubble.activate(spawnPoint.x, spawnPoint.y, config.bubbleSize, false); bubble.fromClam = true; if (UPGRADE_CONFIG.player.sizeVariance.currentLevel > 0) { var variance = UPGRADE_CONFIG.player.sizeVariance.currentLevel; var minIncrease = 0.1 * variance; // +10% per level to min size var maxIncrease = Math.min(0.5, 0.15 * variance); // Cap at +50% total // Apply size variance var sizeMultiplier = 1 - minIncrease + Math.random() * (minIncrease + maxIncrease); bubble.size *= sizeMultiplier; } // Set initial velocities for clam bubbles bubble.verticalVelocity = 0; bubble.driftX = (spawnPoint.isRight ? -1 : 1) * (Math.random() * 1.5 + 2); game.activeBubbles.push(bubble); } } }); } // Initialize twin bubbles array game.twinBubbles = []; game.treasureZones = []; // Initialize game variables for bubbles game.growingBubble = null; game.lastMouthState = false; // Track previous mouth state game.mouthOpenDuration = 0; // Track how long mouth has been open game.MOUTH_OPEN_THRESHOLD = 10; // Frames required with mouth open to start bubble game.MIN_SPAWN_SIZE = 25; // Minimum initial bubble size game.blowCooldown = 0; // Cooldown timer between bubble starts game.BLOW_COOLDOWN_TIME = 15; // Frames to wait between new bubbles game.maxBubbleSize = 120; // Increased by 30% game.growthRate = UPGRADE_EFFECTS.quickBreath.baseValue * (1 + UPGRADE_EFFECTS.quickBreath.incrementPercent / 100 * UPGRADE_CONFIG.player.quickBreath.currentLevel); // Create bubble pool game.bubblePool = Array(200).fill(null).map(function () { return new Bubble(); }); game.popEffectPool = []; var POP_EFFECT_COUNT = 30; // Increase slightly to handle more simultaneous pops game.activeBubbles = []; game.MAX_BUBBLES = 200; // Active bubble limit // Add bubbles to game game.bubblePool.forEach(function (bubble) { game.addChild(bubble); }); for (var i = 0; i < POP_EFFECT_COUNT; i++) { var popEffect = LK.getAsset('zoneIndicator', { alpha: 0, visible: false, anchorX: 0.5, anchorY: 0.5 }); // Pre-set callback to avoid creating closures for each pop popEffect.reset = function () { this.visible = false; this.alpha = 0; this.activeTween = null; }; game.addChild(popEffect); game.popEffectPool.push(popEffect); } // Set base spawn rate game.baseSpawnRate = 180; // Every 3 seconds // Adjust existing pop particle pool initialization for more visibility for (var i = 0; i < game.MAX_POP_PARTICLES; i++) { var particle = LK.getAsset('zoneIndicator', { width: 15, height: 15, // Start with larger size alpha: 0, visible: false, anchorX: 0.5, anchorY: 0.5 }); game.addChild(particle); game.popParticlePool.push(particle); } // Enhanced pop effect function game.createPopEffect = function (x, y, size, color) { // Find an available effect from the pool var popEffect = null; // First try to find a completely inactive effect for (var i = 0; i < game.popEffectPool.length; i++) { if (!game.popEffectPool[i].visible) { popEffect = game.popEffectPool[i]; break; } } // If we couldn't find an inactive one, either use one that's fading out or skip if (!popEffect) { // Find effect that's almost complete (alpha < 0.3) for (var i = 0; i < game.popEffectPool.length; i++) { if (game.popEffectPool[i].alpha < 0.3) { popEffect = game.popEffectPool[i]; // Cancel existing tween if any if (popEffect.activeTween) { popEffect.activeTween.stop(); popEffect.activeTween = null; } break; } } // If still no effect available, just skip this effect if (!popEffect) { return; } } // Position and configure the effect popEffect.x = x; popEffect.y = y; popEffect.width = size; popEffect.height = size; popEffect.visible = true; popEffect.alpha = 0.8; popEffect.tint = 0xFFFFFF; // Always use white for pop effect // Create and store tween popEffect.activeTween = tween(popEffect, { alpha: 0, width: size * 1.15, height: size * 1.15 }, { duration: 250, easing: tween.easeOut, onFinish: function onFinish() { popEffect.reset(); } }); }; // Function to spawn a bubble function spawnBubble(x, y, size) { var direction = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : 0; var isAutoPop = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : false; var parentBubble = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : null; if (game.activeBubbles.length >= game.MAX_BUBBLES) { return null; } // Find first available bubble in pool var bubble = game.bubblePool.find(function (b) { return !b.visible; }); if (!bubble) { return null; } bubble.activate(x, y, size); bubble.justSplit = true; // Mark as split for one frame // If this is a split from a bubble blast, make it temporarily immune to the parent if (parentBubble && parentBubble.isBubbleBlast) { bubble.parentBlastBubble = parentBubble; bubble.blastImmuneFrames = 60; // Immune for 5 frames } if (isAutoPop) { bubble.verticalVelocity = bubble.floatSpeed; bubble.driftX = direction * (Math.random() * 0.8 + 0.5); } else { bubble.verticalVelocity = -(Math.random() * 2 + 4); bubble.driftX = direction * (Math.random() * 1.5 + 2); } game.activeBubbles.push(bubble); return bubble; } game.startGame = function () { // After fade-out completes, restart with new fade-in if (LK.getSound('titlemusic').isPlaying) { LK.stopMusic('titlemusic'); } LK.playMusic('backgroundmusic', { fade: { start: 0, end: 0.5, duration: 2000 } }); // Remove title screen if (game.titleContainer) { game.titleContainer.destroy(); game.titleContainer = null; } // Exit title mode game.titleMode = false; // Load saved game data FIRST loadGame(); // Initialize BP display bpText.visible = true; // Initialize pufferfish for animation (not visible yet) playerMask.visible = true; playerMask.scaleX = 0.2; playerMask.scaleY = 0.2; playerMask.alpha = 0.8; playerMask.x = game.width / 2; playerMask.y = game.height + 100; // Start animation sequence tween(playerMask, { x: game.width / 2, y: game.height / 2, scaleX: 0.7, scaleY: 0.7, alpha: 1 }, { duration: 1500, easing: tween.easeOutBack, onFinish: function onFinish() { // Enable face tracking after animation game.faceTrackingEnabled = true; // Make menu visible menuContainer.visible = true; // Update clam visuals updateClamVisuals(); updateTreasureDecorations(); } }); // Only show tutorial if not completed if (!storage.tutorialComplete) { LK.setTimeout(function () { showTutorialPopup(1); }, 60); } }; game.tutorial = { stage: 0, // 0=none, 1=welcome, 2=blow bubble, 3=pop bubble, 4=first clam, 5=open menu, 6=clams tab, 7=buy clam, 8=final blownBubble: false, poppedBubble: false, boughtClam: false, tutorialBubble: null, minBubbleSize: 60 // Minimum size to consider a proper blown bubble }; // Game update function game.update = function () { facekit.update(); // Update sound cooldowns if (game.autoPopSoundCooldown > 0) { game.autoPopSoundCooldown--; } if (!game.titleMode) { // Tutorial progression logic if (game.tutorial.stage === 1 && game.growingBubble === null && game.tutorial.blownBubble) { // Player released a bubble showTutorialPopup(2); } // Track if player has blown a proper bubble if (game.tutorial.stage === 1 && game.growingBubble && game.growingBubble.size >= game.tutorial.minBubbleSize) { game.tutorial.blownBubble = true; } // Check if we can afford first clam and haven't bought one yet if (game.tutorial.stage === 3 && game.bp >= UPGRADE_CONFIG.machines.basicClam.baseCost && UPGRADE_CONFIG.machines.basicClam.amount === 0) { showTutorialPopup(4); } } if (UPGRADE_CONFIG.player.tentacleTide.currentLevel > 0) { var spawnTime = Math.max(240, 720 - UPGRADE_CONFIG.player.tentacleTide.currentLevel * 90); if (LK.ticks % spawnTime === 0) { var tentacle = new Tentacle(); game.addChild(tentacle); if (menuOpen) { game.setChildIndex(tentacle, game.getChildIndex(menuContainer) - 1); } } } if (game.titleMode) { // Just handle bubble spawning and updates during title // Random bubble spawning if (game.activeBubbles.length < game.MAX_BUBBLES) { if (LK.ticks % game.baseSpawnRate == 0) { var x = Math.random() * (game.width - 200) + 100; var titleBubble = spawnBubble(x, game.height + 100, 100, 0, true); // Apply saved color to the bubble if available if (titleBubble && game.titleColorSettings) { // Add this new code to immediately apply rainbow colors var activeColorKey = game.titleColorSettings.activeColor; var colorUnlocks = game.titleColorSettings.colorUnlocks; var isRainbowActive = activeColorKey === "rainbowBubbles" || activeColorKey === "auto" && colorUnlocks && colorUnlocks.length > 9 && parseInt(colorUnlocks[9]) > 0; if (isRainbowActive) { var rainbowColors = [0xFF0000, 0xFFA500, 0xFFFF00, 0x00FF00, 0x0000FF, 0xFF00FF]; var colorChoice = Math.floor(Math.random() * rainbowColors.length); var bubbleSprite = titleBubble.children[0]; if (bubbleSprite) { bubbleSprite.tint = rainbowColors[colorChoice]; titleBubble.hasRainbowColor = true; } } else { applyTitleScreenColor(titleBubble); } } } } // Update all active bubbles game.activeBubbles.forEach(function (bubble) { if (bubble.visible && game.titleColorSettings) { var activeColorKey = game.titleColorSettings.activeColor; var colorUnlocks = game.titleColorSettings.colorUnlocks; // Check if rainbow/prismatic is active - either directly or via auto mode var isRainbowActive = activeColorKey === "rainbowBubbles" || activeColorKey === "auto" && colorUnlocks && colorUnlocks.length > 9 && parseInt(colorUnlocks[9]) > 0; var isPrismaticActive = activeColorKey === "prismaticBubbles" || activeColorKey === "auto" && colorUnlocks && colorUnlocks.length > 10 && parseInt(colorUnlocks[10]) > 0; // Apply the appropriate effect if (isPrismaticActive) { // Initialize or update color phase if (!bubble.colorPhase) { bubble.colorPhase = Math.random() * Math.PI * 2; } bubble.colorPhase += 0.02; var r = Math.sin(bubble.colorPhase) * 127 + 128; var g = Math.sin(bubble.colorPhase + 2) * 127 + 128; var b = Math.sin(bubble.colorPhase + 4) * 127 + 128; var color = (Math.floor(r) << 16) + (Math.floor(g) << 8) + Math.floor(b); var bubbleSprite = bubble.children[0]; if (bubbleSprite) { bubbleSprite.tint = color; } } else if (isRainbowActive) { // For rainbow, assign random color when first created var bubbleSprite = bubble.children[0]; if (bubbleSprite) { // Only assign a color if it hasn't been assigned yet if (!bubble.hasRainbowColor) { var rainbowColors = [0xFF0000, 0xFFA500, 0xFFFF00, 0x00FF00, 0x0000FF, 0xFF00FF]; var colorChoice = Math.floor(Math.random() * rainbowColors.length); bubbleSprite.tint = rainbowColors[colorChoice]; bubble.hasRainbowColor = true; } // Otherwise keep the color it already has } } else { // For all other colors, use the static method applyTitleScreenColor(bubble); } } if (bubble.update) { bubble.update(); } }); return; // Skip rest of update when in title mode } // Fix for stuck tutorial popups if (game.tutorialContainer && LK.ticks % 300 === 0) { // If tutorial has been on screen for more than 5 seconds, check if it should be dismissed if (game.tutorialContainer.creationTime && LK.ticks - game.tutorialContainer.creationTime > 300) { // Auto-dismiss for completed stages if (game.tutorial.stage >= 5 || game.tutorial.stage === 3 && game.tutorial.poppedBubble) { game.tutorialContainer.destroy(); game.tutorialContainer = null; } } } // Update mouth state and duration //if (!game.lastMouthState) { // game.mouthOpenDuration = 0; //if (facekit.mouthOpen) { // game.mouthOpenDuration++; //} else { // game.mouthOpenDuration = 0; if (!game.lastMouthState) { game.mouthOpenDuration = 0; } if (game.simulatedMouthOpen) { game.mouthOpenDuration++; } else { game.mouthOpenDuration = 0; } // Only allow bubble creation if menu is closed and mouth has been open long enough if (!menuOpen && game.simulatedMouthOpen && game.mouthOpenDuration >= game.MOUTH_OPEN_THRESHOLD) { if (!game.growingBubble && game.blowCooldown <= 0) { // Fixed vertical offset - keep your preferred value var offsetY = playerMask.height * 0.15; // Convert rotation to radians var angle = playerMask.rotation * (Math.PI / 180); // Calculate rotated position - reduce the X rotation effect by applying a dampening factor var rotatedX = offsetY * Math.sin(angle) * -0.3; // Reduce horizontal movement by multiplying by 0.3 var rotatedY = offsetY * Math.cos(angle); var spawnX = playerMask.x + rotatedX; var spawnY = playerMask.y + rotatedY; var sizeVarianceLevel = UPGRADE_CONFIG.player.sizeVariance.currentLevel; var minSizeMultiplier = 1 + 0.1 * sizeVarianceLevel; var adjustedMinSize = game.MIN_SPAWN_SIZE * minSizeMultiplier; game.growingBubble = spawnBubble(spawnX, spawnY, adjustedMinSize, 0, false); if (game.growingBubble) { game.blowCooldown = game.BLOW_COOLDOWN_TIME; } } if (game.growingBubble) { // Fixed vertical offset var offsetY = playerMask.height * 0.15; // Convert rotation to radians var angle = playerMask.rotation * (Math.PI / 180); // Calculate rotated position with dampening factor on X var rotatedX = offsetY * Math.sin(angle) * -0.3; // Dampen horizontal movement var rotatedY = offsetY * Math.cos(angle); // Update bubble position game.growingBubble.x = playerMask.x + rotatedX; game.growingBubble.y = playerMask.y + rotatedY; game.growingBubble.size = Math.min(game.growingBubble.size + game.growthRate, game.maxBubbleSize); game.growingBubble.verticalVelocity = 0; game.growingBubble.driftX = 0; } } else { if (game.growingBubble) { LK.getSound('bubbleshoot').play(); // Play bloop sound effect when bubble is released // Recalculate float speed and lifetime based on final size game.growingBubble.floatSpeed = 50 * (120 / game.growingBubble.size * (0.9 + Math.random() * 0.2)) / 60; game.growingBubble.initLifetime(); // Then apply the release velocity game.growingBubble.verticalVelocity = -10; game.growingBubble.driftX = (Math.random() * 2 - 1) * 2.5; // Clear any existing blast properties first game.growingBubble.isBubbleBlast = false; game.growingBubble.isBlastFragment = false; game.growingBubble.blastImmuneFrames = 0; // Then apply bubble blast if upgraded if (UPGRADE_CONFIG.player.bubbleBlast.currentLevel > 0) { game.growingBubble.isBubbleBlast = true; var bubbleSprite = game.growingBubble.children[0]; if (bubbleSprite) { bubbleSprite.alpha = 0.85; // Preserve/enhance existing color if (game.growingBubble.colorTint !== 0xFFFFFF) { var r = Math.min(255, (game.growingBubble.colorTint >> 16 & 0xFF) + 40); var g = Math.min(255, (game.growingBubble.colorTint >> 8 & 0xFF) + 40); var b = Math.min(255, (game.growingBubble.colorTint & 0xFF) + 40); bubbleSprite.tint = r << 16 | g << 8 | b; } else { bubbleSprite.tint = 0xAADDFF; } } } var twinLevel = UPGRADE_CONFIG.player.twinBubbles.currentLevel; if (twinLevel > 0 && Math.random() < twinLevel * 0.05 + 0.10) { // 5/10/15% chance based on level var twinBubble = spawnBubble(game.growingBubble.x + (Math.random() * 40 - 20), game.growingBubble.y + (Math.random() * 40 - 20), game.growingBubble.size * 0.9, game.growingBubble.driftX * 0.8, false); if (twinBubble) { // Set twin flags game.growingBubble.setTwin(); twinBubble.setTwin(); twinBubble.visible = true; // Give temporary immunity twinBubble.blastImmuneFrames = 60; // Create twin pair object var twinPairObject = { bubble1: game.growingBubble, bubble2: twinBubble, popped: false, timestamp: LK.ticks }; // Store direct reference in both bubbles game.growingBubble.twinPair = twinPairObject; twinBubble.twinPair = twinPairObject; // Link the bubbles in the game's tracking array game.twinBubbles.push(twinPairObject); } } game.growingBubble = null; game.mouthOpenDuration = 0; } } // Update cooldown timer if (game.blowCooldown > 0) { game.blowCooldown--; } //game.lastMouthState = facekit.mouthOpen; game.lastMouthState = game.simulatedMouthOpen; updateClams(); // Fish spawning (auto-pop upgrade) if (UPGRADE_CONFIG.player.autoPop.currentLevel > 0) { if (LK.ticks % Math.max(60, 900 - UPGRADE_CONFIG.player.autoPop.currentLevel * 120) === 0) { var fish = new Fish(); game.addChild(fish); // If menu is open, ensure fish is below menu if (menuOpen) { game.setChildIndex(fish, game.getChildIndex(menuContainer) - 1); } } } // Jellyfish spawning if (UPGRADE_CONFIG.player.jellyfish.currentLevel > 0) { if (LK.ticks % Math.max(60, 960 - UPGRADE_CONFIG.player.jellyfish.currentLevel * 120) === 0) { var jellyfish = new Jellyfish(); game.addChild(jellyfish); // If menu is open, ensure jellyfish is below menu if (menuOpen) { game.setChildIndex(jellyfish, game.getChildIndex(menuContainer) - 1); } } } // Random bubble spawning if (game.activeBubbles.length < game.MAX_BUBBLES) { if (LK.ticks % game.baseSpawnRate == 0) { var x = Math.random() * (game.width - 200) + 100; spawnBubble(x, game.height + 100, 100, 0, true); } } // Clean up old twin bubble pairs // Remove expired twin bubble pairs without recreating the array var i = 0; while (i < game.twinBubbles.length) { var pair = game.twinBubbles[i]; // Remove pairs where one or both bubbles are invisible or time expired if (!pair.bubble1.visible || !pair.bubble2.visible || pair.popped && LK.ticks - pair.timestamp > 60) { // Fast removal by swapping with last element and reducing length game.twinBubbles[i] = game.twinBubbles[game.twinBubbles.length - 1]; game.twinBubbles.length--; } else { i++; } } // Update all active bubbles game.activeBubbles.forEach(function (bubble) { if (bubble.update) { bubble.update(); } }); if (LK.ticks % 1800 === 0) { saveGame(); } }; // Handle touch/mouse events for the game // Replace the game.down function with this improved version game.down = function (x, y, obj) { if (game.titleMode) { return false; // Let containers handle their own clicks } // Check for bubbles first throughout the entire screen var popped = false; for (var i = game.activeBubbles.length - 1; i >= 0; i--) { var bubble = game.activeBubbles[i]; var dx = x - bubble.x; var dy = y - bubble.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= bubble.size / 2 + 50 && bubble.down) { bubble.down(); popped = true; break; } } // If we popped a bubble, don't check for menu interaction if (popped) { return true; } // Now check for menu tab interaction var localX = x - menuContainer.x; var localY = y - menuContainer.y; var tabBounds = { x: -menuTab.width * menuTab.scaleX / 2, y: -menuTab.height * menuTab.scaleY, width: menuTab.width * menuTab.scaleX, height: menuTab.height * menuTab.scaleY }; if (localX >= tabBounds.x && localX <= tabBounds.x + tabBounds.width && localY >= tabBounds.y && localY <= tabBounds.y + tabBounds.height) { LK.getSound('menuopen').play(); menuOpen = !menuOpen; if (game.tutorial.stage === 4 && menuOpen) { // No need to advance to stage 5 anymore since we removed it // Just ensure the tutorial is on top if (game.tutorialContainer) { game.setChildIndex(game.tutorialContainer, game.children.length - 1); } } var targetY = menuOpen ? menuTab.height : game.height; if (menuOpen) { game.setChildIndex(menuContainer, game.children.length - 1); // If we're in tutorial, make sure tutorial popup is above menu if (game.tutorialContainer) { LK.setTimeout(function () { game.setChildIndex(game.tutorialContainer, game.children.length - 1); }, 1); // Use tiny delay to run after current frame completes } } tween(menuContainer, { y: targetY }, { duration: 300, easing: tween.easeOutBack, onFinish: function onFinish() { tabsContainer.visible = menuOpen; // Show/hide tabs based on menu state if (!menuOpen) { game.setChildIndex(menuContainer, 1); } } }); return true; } if (menuOpen) { return true; // Let containers handle their own clicks } }; // Initialize decoration visuals updateClamVisuals(); updateTreasureDecorations(); // Initialize upgrade texts for all tabs menuTabs.forEach(function (tab) { if (tabColumns[tab] && tabColumns[tab].left) { tabColumns[tab].left.forEach(function (upgrade, index) { createUpgradeText(upgrade[0], upgrade[1], index, true, tab); }); } if (tabColumns[tab] && tabColumns[tab].right) { tabColumns[tab].right.forEach(function (upgrade, index) { createUpgradeText(upgrade[0], upgrade[1], index, false, tab); }); } }); // Update all upgrade texts to their correct initial state updateAllUpgradeTexts();