:quality(85)/https://cdn.frvr.ai/67abcc21443dca1134819d24.png)
:quality(85)/https://cdn.upit.com/6gmepuv04xdlulbslqpv4gqf.jpeg)
:quality(85)/https://cdn.frvr.ai/67abcc94443dca1134819d2a.png)
Creation History
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gradient kadır.
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1. Olası Hataları Düzeltin (Yüksek Öncelikli): Metin StiliUygulama: Çok Önemli: LK motorunun metin stillerini nasıl işlediğini doğrulamalısınız. Mevcut özel stilinizin büyük ihtimalleMetin Stilidoğru yol değildir. LK'nin kendi sistemini kullanarak metin stilleri (gölge ve yazı tipleri dahil) oluşturmanın ve uygulamanın doğru yolunu bulmak için LK motor belgelerine bakın. Eşleşmeyen bir `TMetin Stiligörsel sorunlara veya hatta metin oluşturmada hatalara neden olabilir. Metin stillerini işlemek için LK Engine'in sağladığı yolu kullandığınızdan emin olun. Güçlendirme Çarpışma Mantığı (Tek Aktivasyon): Güçlendirme çarpışma kontrolünü gözden geçirinçarpışmaları kontrol etişlevi. Güçlendirmelerin yalnızca etkinleştirilmesini istiyorsanızbir keretop onlara çarptığında (ki bu tipiktir), t'ye ihtiyacınız varpowerUp.lastWasIntersecting = true;)hemen sonraTop hala ona temas halindeyken her karede tekrar tekrar tetiklenmesini önlemek için güçlendirme efektini etkinleştirirsiniz. 2. Kod Verimliliğini ve Performansını Artırın: Optimizemenü.görünürKontrol: Şu anda ayarlıyorsunuzmenü.görünür = true her karesenin içindeoyun.güncellemeoyun duraklatıldığında döngü. Bu verimli değildir. Bunun yerine, kodunuzu set etmek için değiştirinmenü.görünür*sadeceonly when the game state (e.g., gameRunning variable) actually changes. For example, set menu.visible = true when the game pauses or gameRunning becomes false, and menu.visible = false when the game starts or gameRunning becomes true. Stop setting it in every frame of the game.update loop. Reduce Score Text Animation Frequency: The score text animations (scaling and color change) are currently triggered every time updateScores is called, which is every frame when the game is running. This can be visually noisy and slightly inefficient. Modify the updateScores function to trigger the animation only when the score actually changes. You can do this by comparing the current score with the score from the last time updateScores was called. Only if the score has increased should you then trigger the animation. Trail Effect Optimization (If Needed): If you notice performance issues, especially if the game gets slower over time, the trail effect could be a factor. Creating and destroying ball assets for the trail every frame might be inefficient for a long game. If performance becomes a problem, explore if the LK engine has a more optimized particle system or another way to create trails. If not, consider simplifying the trail effect or reducing how often trails are created. 3. Improve Code Readability and Structure (Good Practices for Maintenance): Consistent Variable Declarations: Use const for variables that are assigned once and never change (like GAME_HEIGHT, DIFFICULTY_EASY, etc.). Use let for variables that will be reassigned (like ball.speedX, playerScore, loop counters like i, etc.). This makes your code easier to read and understand. Add More Code Comments: Include comments, especially to separate your code into logical sections. For example, add comments like // Ball Class Definition, // Game Initialization, // Collision Handling Logic, // UI Elements, // Game Loop. This structure improves code organization and makes it easier for you (and others) to navigate and understand the different parts of your game in the future. 4. Gameplay Consideration (Design Choice): Ball Speed Reset Behavior: Think about if you want the ball speed to fully reset to a fixed value every time someone scores a point. In your resetBall function, you currently reset the speed to a fixed magnitude. If you want the game to get progressively faster and keep getting harder even after scoring, you should not reset the ball speed back to a fixed value in resetBall. Instead, you might want to only reset the ball's direction but keep its current speed (or even slightly increase it after each point to make the game relentlessly faster). Decide what kind of difficulty progression you want.
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'playerScoreDisplay.style = new TextStyle({' Line Number: 472
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Resolved Improvements from Previous Feedback: Consolidated game.update: Good job! You've merged all game.update sections into a single, unified game loop. Removed Custom TextStyle Class Definition: Excellent, the redundant TextStyle definition is gone, assuming you're correctly using the LK engine's TextStyle or a correctly defined one now. Descriptive Constants: You've introduced constants like GAME_HEIGHT, GAME_WIDTH, CENTER_X, CENTER_Y, DASH_HEIGHT, DASH_SPACING, which greatly improves readability! Difficulty Level Constants: You've defined DIFFICULTY_EASY, DIFFICULTY_MEDIUM, DIFFICULTY_HARD constants - a good improvement. More Verbose Score Variable Name: playerScoreText is now playerScoreDisplay which is slightly better but still a bit mixed naming. (More on this below). Remaining Potential Issues and New Feedback - Error Solutions & Improvements: TextStyle Class Definition (Still an Issue): Problem: You've replaced the prior custom TextStyle class with another custom TextStyle definition using a plain JavaScript function constructor (var TextStyle = function TextStyle(options) { ... }). While this is syntactically valid JavaScript, it's still likely incorrect if LK engine expects a specific TextStyle object or class. If LK provides its own TextStyle, you should be using that to ensure compatibility with LK's text rendering and styling system. Redefining it, even as a function constructor, is not guaranteed to be compatible with how LK handles text styles. You might be bypassing LK's intended styling mechanisms. Solution: Crucially check the LK Engine documentation for how to correctly create and use TextStyle objects within the LK framework. It is highly probable LK has its own way of creating and applying styles to text. Replace your custom TextStyle function constructor code with the correct method as per LK's documentation. If LK uses a specific class, use new LK.TextStyle(...) or whatever the documented method is. If there is no provided TextStyle by LK and you are meant to create your own style objects, then confirm that your current function constructor is compatible with how LK's Text2 object expects style information to be formatted. Risk if not resolved: Text styling (drop shadows, fonts maybe even colors) might not work as you intend, or could cause errors depending on how LK's text rendering is implemented. Inconsistent Score Variable Naming (Still a Minor Issue): Problem: While playerScoreDisplay is slightly better than playerScoreText, the naming is still a little uneven. You have playerScore, aiScore (data variables), playerScoreDisplay, aiScoreText (text objects for display). It's not terrible, but could be more consistent. Improvement (Minor): Be more consistent in naming. Consider: playerScoreValue (for the numerical score data) computerScoreValue (for the numerical score data of the AI) playerScoreDisplay (or playerScoreText) - for the text object displaying the player's score. computerScoreDisplay (or computerScoreText) - for the text object displaying the AI's score. Using Value for data and Display or Text for the visual text element could improve clarity. This is a style choice, not an error, but improves code readability. powerUp.lastWasIntersecting === false in Collision Check (Still Unclear Logic and Potential Issue): Problem: As I mentioned before, the condition if (powerUp.lastWasIntersecting === false && ball.intersects(powerUp)) and the absence of setting powerUp.lastWasIntersecting = true after activation likely still means the power-up effect can be triggered repeatedly every frame the ball overlaps the power-up. I don't see any code where powerUp.lastWasIntersecting is ever set to true. Solution (Clarify Intention and Fix Logic): If you want the power-up effect to activate only once per power-up instance: Then, inside the if block where you activatePowerUp(powerUp), immediately after calling activatePowerUp(), you must add: powerUp.lastWasIntersecting = true; to prevent re-triggering. You would need to consider how/when to reset powerUp.lastWasIntersecting back to false if you want the same power-up asset to be able to trigger again (which is likely not your intent - usually power-ups are one-time use). If you intended the effect to trigger continuously while overlapping (which is less likely for a power-up): Then the logic is "as is", but this is probably not what you want for a power-up, as you'd likely want a single activation and then the power-up disappears. Most likely corrective action: Add powerUp.lastWasIntersecting = true; after activatePowerUp(powerUp); inside the if condition within checkCollisions() to ensure single-activation power-up behavior. Risk if not resolved: Power-up effects could be incorrectly and repeatedly applied as long as the ball touches the power-up each frame, leading to unintended game balance issues or errors. Game Update Loop Logic (game.update): Still setting menu.visible = true in game.update if gameRunning is false: You haven't changed this logic. As I mentioned, it's inefficient to set menu.visible = true every frame when the game is paused or at the menu. Solution: Move the menu.visible = true; and menu.visible = false; settings to the event handlers where gameRunning is changed (start button, game over, etc.). Set menu.visible only when the game state changes and the menu visibility needs to be toggled. Remove the else { menu.visible = true; } block from the game.update loop. Set the initial visibility of the menu when the game starts (likely visible until "Start" is pressed). Efficiency Benefit: Prevents unnecessary property setting every frame, improving performance slightly. Score Text Update Animation Repetition (Still Present): Problem: The score text animations (scaling and color change) are still triggered every time updateScores() is called, which is every frame in your current game.update when gameRunning is true because updateScores() is called unconditionally within game.update. While visually it might be subtle, these animations are still re-triggering constantly. Solution (Reduce Animation Frequency): Animate only when score changes: Modify updateScores() to only trigger the animation if either playerScore or aiScore has actually changed since the last time updateScores() was called. You can track previous score values and compare. This is probably the best approach. Debounce/Throttle the animation: Use a timer or frame counter to ensure the animation can only trigger every N frames or milliseconds, even if updateScores() is called more frequently. This is a simpler but less refined approach than animating only on score change. Performance Benefit: Reduces unnecessary animation calculations if score updates are very frequent, especially in longer games or situations where score can increment rapidly. Power-up Array (powerUps) Management (Still a Minor Long-Term Consideration): Note: While not an immediate error, for a longer-running game, continually pushing power-ups into the powerUps array and only removing them on collision could, in theory, lead to a very large array over extremely long play sessions if power-ups spawn frequently but aren't always collected immediately. Improvement (Preemptive - for very long playtime): Limit Power-ups: Instead of just relying on collision to remove power-ups and letting them accumulate in the array if not collected, consider adding a timer or a maximum number of power-ups that can exist at once. If a new power-up is spawned and you've reached a limit, remove the oldest existing power-up from the array and from the game world. Power-up Lifespan: Give power-ups a limited lifespan. If a power-up spawns and isn't collected within, say, 10-15 seconds, automatically remove it from the game and the powerUps array. Benefit: Prevents theoretically unbounded growth of the powerUps array in very long game sessions, although in practice for a Pong game, it might not become a critical issue unless power-up spawn rate is extremely high and collection rate very low. Minor Code Style/Readability Improvements (Not Errors, but Good Practices): Consistent Variable Declaration (Minor Style): You are using var for variable declarations. While var works, modern JavaScript best practice is to use const for variables that should not be reassigned and let for variables that will be reassigned. It improves code clarity and helps prevent accidental variable re-declarations in larger projects. Consider replacing var with const where variables are initialized once and not changed (GAME_HEIGHT, DASH_HEIGHT, difficultySettings, etc.), and use let for variables that are reassigned (ball.speedX, playerScore, gameRunning, i in loops, etc.). Comments for Code Sections (Good Practice): While your code has some comments, adding more comments to clearly demarcate logical sections (like "Ball Class", "Paddle Class", "Game Initialization", "Game Logic - Collision Detection", "UI Elements", "Game Loop") would further improve readability, especially for others (or your future self) reading the code. Add more section header-style comments to logically divide the code into functional blocks, improving its structure at a glance. Summary of Key Action Items (Error Focused): FIX TextStyle: Critical: Refer to LK Engine documentation and replace your custom TextStyle function constructor with the correct LK engine's TextStyle usage. This is the highest priority as it's likely an actual error causing incorrect styling or potential issues. Power-up Collision Logic: Critical: Review and most likely fix power-up collision logic to ensure power-ups activate once per collision. Add powerUp.lastWasIntersecting = true; if single activation is intended. menu.visible in game.update: Improve Efficiency: Remove the redundant menu.visible setting from game.update loop. Control menu visibility only in event handlers where gameRunning changes. Score Animation Frequency: Improve Efficiency/UX: Reduce the frequency of score text animations, ideally by triggering them only when the score actually changes. Review resetBall Speed Logic: Clarify Game Design: Confirm if you intend ball speed progression to reset completely after each point or not, and adjust resetBall speed initialization accordingly.
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şu mor alanı kaldır.
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Please fix the bug: 'ReferenceError: playerScoreText is not defined' in or related to this line: 'tween(playerScoreText, {' Line Number: 506
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Please fix the bug: 'playerScoreText is not defined' in or related to this line: 'tween(playerScoreText, {' Line Number: 486
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Please fix the bug: 'playerScoreText is not defined' in or related to this line: 'game.addChild(playerScoreText);' Line Number: 485
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'aiScoreText.style.dropShadow = true;' Line Number: 481
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'playerScoreDisplay.style = new TextStyle({' Line Number: 472
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Please fix the bug: 'playerScoreText is not defined' in or related to this line: 'playerScoreText.style = new TextStyle({' Line Number: 472
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Please fix the bug: 'playerScoreText is not defined' in or related to this line: 'playerScoreText.x = 1024 - 500; // Move even further to the left' Line Number: 466
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General Code Structure and Best Practices: Redundant game.update Definitions: You have multiple game.update = function() { ... } blocks throughout your code. In JavaScript, the last definition will override the previous ones. This is likely unintentional and will mean only the last game.update block will actually run. You should consolidate all game update logic into a single game.update function to avoid this overriding behavior. Think about merging all the game.update sections into one. TextStyle Class Redefinition: You are redefining a TextStyle class within your game code. If TextStyle is already part of the LK library (which is likely for text styling), this redefinition might cause conflicts or unexpected behavior. Check if LK Engine already provides a TextStyle class and if so, remove your custom definition and use the LK one. If you need to customize it, ensure it is done according to LK documentation. Inconsistent Score Variable Names: You have playerScoreText defined as "Computer: 0" initially, and aiScoreText as "AI: 0". However, in the updateScores function and elsewhere, you are using playerScore for the player and aiScore for the AI/computer. This is confusing naming. Consider renaming playerScoreText to playerScoreText (or similar) and aiScoreText to computerScoreText for clarity and consistency. Magic Numbers: Numbers like 2732, 2048, 1024, 5000 (and many others) appear throughout the code without clear explanation. These are "magic numbers". It's better to define these as named constants at the top of your code so their purpose is clear and they are easier to change later. Replace magic numbers with descriptive constants like GAME_HEIGHT, GAME_WIDTH, BALL_RESET_X, POWERUP_DURATION etc. for better readability and maintainability. tween Plugin Usage: You are importing the tween plugin. Ensure you are using it correctly according to the @upit/tween.v1 plugin documentation for LK. Double-check the syntax for tween() function calls and easing options to ensure compatibility and expected behavior with the plugin. String Literals for Difficulty: You are using string literals like 'Easy', 'Medium', 'Hard' for difficulty levels throughout the code. It would be safer and more maintainable to use constants for these as well (e.g., const DIFFICULTY_EASY = 'Easy';). Consider using constants for difficulty level names to prevent typos and improve consistency. Ball Class (Ball = Container.expand(...)) Exponential Speed Increase: The ball speed is increased by multiplying by 1.001 in each update. This is exponential growth and, even with Math.min, can lead to very high speeds quickly, potentially making the game unplayable after a while. Consider a linear speed increase or a more controlled, gradual speed-up mechanism that isn't exponential to maintain playable difficulty over longer games. Trail Effect Implementation: The trail effect is created by generating new ball assets and destroying them after a short time. While visually it might work, this could be inefficient, especially if trails are frequent. Creating and destroying assets repeatedly can impact performance. If LK engine has a particle system or a more optimized way to handle trails, investigate using that instead of creating and destroying assets every frame. If not, consider limiting trail frequency or simplifying the effect for performance. Glow Effect Alpha Calculation: ballGraphics.alpha = 0.8 + Math.sin(LK.ticks / 10) * 0.2; The glow effect using Math.sin(LK.ticks) is dependent on LK.ticks. Ensure LK.ticks is the correct time or frame counter that increments consistently for the glow to function as intended across different frame rates. Verify LK.ticks behavior and confirm if it's the right time source for smooth animation across different frame rates. If not, consider using game.time.elapsed or a delta time based approach if LK offers it. Paddle Class (Paddle = Container.expand(...)) Empty update Function in Paddle: The Paddle class has an update function that is currently empty (// Paddle update logic). If you intend to add paddle-specific logic in the future, remember this is here. If paddles are intended to have dynamic behavior beyond just position setting, remember to implement that logic within the Paddle.update function. Game Code Section (General and Game Logic): Power-up Spawning Logic: if (Math.random() < 0.01 && !powerUpActive) { ... } A 1% chance per frame might be too frequent for power-ups, especially at high frame rates. Power-ups might appear too often. Consider making power-up spawning time-based instead of frame-based. For example, spawn a power-up every few seconds on average, rather than based on a frame probability. Power-up Array (powerUps) Management: Power-ups are pushed into the powerUps array when spawned, but it's not entirely clear when/if this array is cleared or managed over time. If power-ups can exist indefinitely and keep accumulating in this array, it could lead to memory issues or performance degradation if the game is played for very long periods. Consider implementing a system to limit the maximum number of power-ups on screen at once or to remove power-ups after a certain time if they are not collected. powerUp.lastWasIntersecting === false in Collision Check: This condition in the power-up collision check is unusual (if (powerUp.lastWasIntersecting === false && ball.intersects(powerUp))). It suggests you might be trying to prevent repeated triggers of the power-up effect if the ball stays in collision with the power-up for multiple frames. However, simply checking for lastWasIntersecting === false and then not updating lastWasIntersecting to true after activating the power-up means lastWasIntersecting will always be false in subsequent frames. This likely means the power-up effect might trigger every frame the ball intersects, which is probably not the intended behavior. Review the intended logic for power-up collision triggering. If you want to trigger the power-up effect only once per collision, you need to set powerUp.lastWasIntersecting = true; after activating the power-up to prevent repeated activations in subsequent frames while the ball is still intersecting. Alternatively, rethink the collision logic if lastWasIntersecting is not serving its intended purpose. Difficulty Setting Scope: The difficulty variable and setDifficulty function are defined, but it is not immediately clear where and when setDifficulty() is actually called to initialize the game difficulty at the start of a new game. Ensure setDifficulty() is called at the appropriate game start point (e.g., when the game first loads or when "Start" is pressed in the menu) to apply the chosen difficulty level settings. resetBall Function - Speed Setting: In resetBall(), you set ball.speedX and ball.speedY to either 5 or -5 based on Math.random(). This appears to reset the speed to a fixed magnitude after each point, disregarding any speed increases that may have accumulated during gameplay. If the intention is for ball speed to progressively increase throughout the game, resetting to a fixed speed after each point scored will negate that progression. Clarify if you intend for ball speed progression to reset after each point or if you want the game to get progressively faster even across scoring events. Adjust resetBall() speed initialization accordingly if you want to maintain speed progression across points. AI Paddle Speed in Difficulty Settings: The difficultySettings only seem to control aiSpeed and ballSpeed initial values. If the ball speed increases over time (as mentioned earlier), the AI paddle speed does not dynamically adjust to compensate for the faster ball. This might make higher difficulty levels disproportionately harder as the ball speeds up but the AI paddle speed remains fixed. Consider if you want the AI paddle speed to also dynamically adjust based on the current ball speed or game time to maintain a consistent level of challenge as the game progresses. Game Over Screen Button Logic (playAgainButton.on('down', ...)): The "Play Again" button in the game over screen resets gameRunning, scores, visibility, calls resetBall(), and setDifficulty(). However, it doesn't seem to remove the gameOverScreen Container from the game. If the player plays again repeatedly, multiple gameOverScreen containers might be added to the game, potentially causing issues. Make sure the "Play Again" logic properly removes the gameOverScreen container (e.g., gameOverScreen.destroy()) to prevent accumulating multiple game over screens in memory. Rounds Played Logic in Game Over: Inside showGameOverScreen, there's a roundsPlayed variable that is incremented and checked against maxRounds. However, roundsPlayed and maxRounds are not defined anywhere in the provided code. This suggests incomplete or placeholder code regarding a rounds/match system. If you intend to implement a rounds/match system (e.g., best of 3 rounds), make sure to define and initialize roundsPlayed and maxRounds variables, implement logic to track rounds, determine match wins, and potentially display a "Match Over" screen distinct from the "Game Over" screen. Menu Visibility Control (menu.visible = true; in game.update): In the game.update loop: } else { menu.visible = true; }. This means if gameRunning is false (game paused or not started), the menu is set to visible every frame. While it works, it's not efficient. Setting visibility every frame when it's not changing is unnecessary. Improve menu visibility control. Instead of setting menu.visible = true; in every game.update frame when gameRunning is false, set it only once when the game pauses or ends. For example, set menu.visible = true; when the game first loads, and then control its visibility based on menu button presses or pause/unpause events, not constantly in the game.update loop. Score Text Update Animation Repetition: In updateScores(), animations are applied to playerScoreText and aiScoreText every time the score updates. If scores update frequently, these animations might trigger rapidly and become visually distracting or performance-heavy if they are complex animations. Consider if these score update animations are necessary for every single point or if they should be triggered less frequently, perhaps only on significant score changes or after a certain point threshold. Sound Assets (LK.init.sound and LK.init.music) Sound Asset Playback and Management: You are initializing sound assets (paddleHit, score, wallBounce, backgroundMusic). Ensure that LK.playSound('soundName').play() and LK.playMusic('musicName', ...) are the correct ways to play sounds and music with the LK engine, and that sound assets are properly loaded and ready before being played. Double-check the LK engine's sound API documentation for loading and playing sounds and music assets. Verify that the sound file paths (if any are needed in LK.init.sound or LK.init.music) are correctly specified and accessible to the game. Also ensure you are stopping music appropriately (e.g., LK.stopMusic()).
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 549
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 500
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 500
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 500
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 500
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
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Please fix the bug: 'Cannot set properties of undefined (setting 'dropShadow')' in or related to this line: 'playerScoreText.style.dropShadow = true;' Line Number: 500
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Please fix the bug: 'TextStyle is not defined' in or related to this line: 'var playerScoreText = new Text2('Computer: 0', {' Line Number: 474
/****
* Plugins
****/
var tween = LK.import("@upit/tween.v1");
/****
* Classes
****/
// Ball class
var Ball = Container.expand(function () {
var self = Container.call(this);
var ballGraphics = self.attachAsset('ball', {
anchorX: 0.5,
anchorY: 0.5
});
self.speedX = 5;
self.speedY = 5;
self.lastSpeedIncreaseTick = 0; // Track last tick when speed was increased
self.update = function () {
self.x += self.speedX;
self.y += self.speedY;
// Gradually increase ball speed over time
self.speedX = Math.min(self.speedX * 1.001, 20); // Cap speed to prevent exponential growth
self.speedY = Math.min(self.speedY * 1.001, 20); // Cap speed to prevent exponential growth
// Add glow effect to ball
ballGraphics.alpha = 0.8 + Math.sin(LK.ticks / 10) * 0.2;
// Add trail effect
var trail = LK.getAsset('ball', {
anchorX: 0.5,
anchorY: 0.5
});
trail.x = self.x;
trail.y = self.y;
trail.alpha = 0.5;
game.addChild(trail);
tween(trail, {
alpha: 0
}, {
duration: 500,
onFinish: function onFinish() {
trail.destroy();
}
});
};
});
//<Assets used in the game will automatically appear here>
//<Write imports for supported plugins here>
// Paddle class for player and AI paddles
var Paddle = Container.expand(function () {
var self = Container.call(this);
var paddleGraphics = self.attachAsset('paddle', {
anchorX: 0.5,
anchorY: 0.5
});
self.height = 200;
self.width = 20;
self.speed = 10;
self.update = function () {
// Paddle update logic
};
});
/****
* Initialize Game
****/
var game = new LK.Game({
backgroundColor: 0x000000 //Init game with black background
});
/****
* Game Code
****/
// Removed custom TextStyle class definition
LK.playMusic('backgroundMusic', {
loop: true,
fade: {
start: 0,
end: 1,
duration: 1000
} // Fade in music
});
// Create animated background
var background = new Container();
// Create a dashed line in the center of the game screen
//<Assets used in the game will automatically appear here>
var dashedLine = new Container();
var DASH_HEIGHT = 40;
var DASH_SPACING = 10;
var GAME_HEIGHT = 2732;
var GAME_WIDTH = 2048;
var CENTER_X = GAME_WIDTH / 2;
var CENTER_Y = GAME_HEIGHT / 2;
for (var i = 0; i < GAME_HEIGHT; i += DASH_HEIGHT + DASH_SPACING) {
var dash = LK.getAsset('dash', {
width: 10,
height: DASH_HEIGHT,
color: 0xFFFFFF,
anchorX: 0.5,
anchorY: 0.5,
shape: 'ellipse'
});
dash.x = CENTER_X; // Centered horizontally
dash.y = i + DASH_HEIGHT / 2;
dashedLine.addChild(dash);
}
game.addChild(dashedLine);
// Initialize paddles and ball
var playerPaddle = game.addChild(new Paddle());
var aiPaddle = game.addChild(new Paddle());
var ball = game.addChild(new Ball());
// Set initial positions
playerPaddle.x = 50;
playerPaddle.y = 1366; // Centered vertically
aiPaddle.x = 1998;
aiPaddle.y = 1366; // Centered vertically
ball.x = 1024;
ball.y = 1366; // Centered
// Game state variables
var playerScore = 0;
var aiScore = 0;
var gameRunning = true;
var powerUps = [];
var powerUpActive = false;
var powerUpDuration = 5000; // 5 seconds
// Function to spawn power-ups
function spawnPowerUp() {
if (Math.random() < 0.01 && !powerUpActive) {
// 1% chance to spawn a power-up
var powerUp = LK.getAsset('powerUp', {
anchorX: 0.5,
anchorY: 0.5
});
powerUp.x = Math.random() * 2048;
powerUp.y = Math.random() * 2732;
powerUp.type = ['paddleSizeIncrease', 'ballSpeedBoost', 'aiPaddleSlowdown'][Math.floor(Math.random() * 3)];
powerUp.lastY = powerUp.y; // Initialize lastY for tracking changes on Y
powerUps.push(powerUp);
game.addChild(powerUp);
}
}
// Function to activate power-up effects
function activatePowerUp(powerUp) {
powerUpActive = true;
switch (powerUp.type) {
case 'paddleSizeIncrease':
playerPaddle.height *= 1.5;
break;
case 'ballSpeedBoost':
ball.speedX *= 1.5;
ball.speedY *= 1.5;
break;
case 'aiPaddleSlowdown':
aiPaddle.speed *= 0.5;
break;
}
setTimeout(function () {
deactivatePowerUp(powerUp);
}, powerUpDuration);
}
// Function to deactivate power-up effects
function deactivatePowerUp(powerUp) {
powerUpActive = false;
switch (powerUp.type) {
case 'paddleSizeIncrease':
playerPaddle.height /= 1.5;
break;
case 'ballSpeedBoost':
ball.speedX /= 1.5;
ball.speedY /= 1.5;
break;
case 'aiPaddleSlowdown':
aiPaddle.speed /= 0.5;
break;
}
}
// Difficulty settings
var DIFFICULTY_EASY = 'Easy';
var DIFFICULTY_MEDIUM = 'Medium';
var DIFFICULTY_HARD = 'Hard';
var difficulty = DIFFICULTY_MEDIUM; // Default difficulty
var scoreToWin = 10; // Default score to win
var difficultySettings = {
Easy: {
aiSpeed: 5,
ballSpeed: 3
},
Medium: {
aiSpeed: 10,
ballSpeed: 5
},
Hard: {
aiSpeed: 15,
ballSpeed: 7
}
};
// Function to set difficulty
function setDifficulty(level) {
switch (level) {
case 'Easy':
aiPaddle.speed = 5;
ball.speedX = 3;
ball.speedY = 3;
break;
case 'Medium':
aiPaddle.speed = 10;
ball.speedX = 5;
ball.speedY = 5;
break;
case 'Hard':
aiPaddle.speed = 15;
ball.speedX = 7;
ball.speedY = 7;
break;
}
}
// Function to reset ball position
function resetBall() {
ball.x = 1024;
ball.y = 1366;
ball.speedX = Math.random() > 0.5 ? 5 : -5;
ball.speedY = Math.random() > 0.5 ? 5 : -5;
}
// Function to update AI paddle position
function updateAIPaddle() {
if (ball.y < aiPaddle.y) {
aiPaddle.y -= aiPaddle.speed;
} else if (ball.y > aiPaddle.y) {
aiPaddle.y += aiPaddle.speed;
}
}
// Function to check for collisions
function checkCollisions() {
// Ball collision with top and bottom
if (ball.y <= 0 || ball.y >= 2732) {
ball.speedY *= -1;
// Play wall bounce sound
LK.getSound('wallBounce').play();
}
// Ball collision with paddles
if (ball.x <= playerPaddle.x + playerPaddle.width && ball.y >= playerPaddle.y - playerPaddle.height / 2 && ball.y <= playerPaddle.y + playerPaddle.height / 2) {
ball.speedX *= -1;
// Change ball angle based on where it hits the paddle
var hitPosition = (ball.y - playerPaddle.y) / playerPaddle.height;
ball.speedY += hitPosition * 5; // Adjust angle more significantly
ball.speedX *= 1 + Math.abs(hitPosition) * 0.1; // Add spin effect based on hit position
// Play paddle hit sound
LK.getSound('paddleHit').play();
}
if (ball.x >= aiPaddle.x - aiPaddle.width && ball.y >= aiPaddle.y - aiPaddle.height / 2 && ball.y <= aiPaddle.y + aiPaddle.height / 2) {
ball.speedX *= -1;
// Change ball angle based on where it hits the paddle
var hitPosition = (ball.y - aiPaddle.y) / aiPaddle.height;
ball.speedY += hitPosition * 2;
}
// Ball out of bounds
if (ball.x <= 0) {
aiScore++;
resetBall();
// Play score sound
// Play score sound
LK.getSound('score').play();
if (aiScore >= scoreToWin) {
gameRunning = false;
showGameOverScreen();
}
}
if (ball.x >= 2048) {
playerScore++;
resetBall();
// Play score sound
LK.getSound('score').play();
if (playerScore >= scoreToWin) {
gameRunning = false;
showGameOverScreen();
}
}
// Game over screen
function showGameOverScreen() {
var gameOverScreen = new Container();
var gameOverText = new Text2('Game Over', {
size: 150,
fill: 0xFFFFFF
});
var playAgainButton = new Text2('Play Again', {
size: 100,
fill: 0xFFFFFF
});
gameOverText.x = 1024;
gameOverText.y = 1200;
playAgainButton.x = 1024;
playAgainButton.y = 1532;
gameOverScreen.addChild(gameOverText);
gameOverScreen.addChild(playAgainButton);
game.addChild(gameOverScreen);
// Stop music on game over
LK.stopMusic();
playAgainButton.on('down', function () {
gameRunning = true;
playerScore = 0;
aiScore = 0;
updateScores();
gameOverScreen.visible = false;
resetBall();
setDifficulty(difficulty); // Reset difficulty settings
roundsPlayed++;
if (roundsPlayed >= maxRounds) {
// End match logic
roundsPlayed = 0;
// Show match over screen or reset match
}
});
}
// Check for power-up collisions
for (var i = powerUps.length - 1; i >= 0; i--) {
var powerUp = powerUps[i];
if (!powerUp.lastWasIntersecting && ball.intersects(powerUp)) {
activatePowerUp(powerUp);
powerUp.lastWasIntersecting = true; // Ensure single activation
powerUp.destroy();
powerUps.splice(i, 1);
} else if (powerUp.lastWasIntersecting && !ball.intersects(powerUp)) {
powerUp.lastWasIntersecting = false; // Reset for future collisions
}
}
}
// Difficulty selection screen
var difficultyMenu = new Container();
var easyButton = new Text2('Easy', {
size: 100,
fill: 0xFFFFFF
});
var mediumButton = new Text2('Medium', {
size: 100,
fill: 0xFFFFFF
});
var hardButton = new Text2('Hard', {
size: 100,
fill: 0xFFFFFF
});
easyButton.x = 1024;
easyButton.y = 1200;
mediumButton.x = 1024;
mediumButton.y = 1366;
hardButton.x = 1024;
hardButton.y = 1532;
difficultyMenu.addChild(easyButton);
difficultyMenu.addChild(mediumButton);
difficultyMenu.addChild(hardButton);
game.addChild(difficultyMenu);
easyButton.on('down', function () {
setDifficulty('Easy');
difficultyMenu.visible = false;
menu.visible = true;
// Set difficulty settings
setDifficulty('Easy');
});
mediumButton.on('down', function () {
setDifficulty('Medium');
difficultyMenu.visible = false;
menu.visible = true;
});
hardButton.on('down', function () {
setDifficulty('Hard');
difficultyMenu.visible = false;
menu.visible = true;
});
// Start/Pause menu
var menu = new Container();
var startButton = new Text2('Start', {
size: 100,
fill: 0xFFFFFF
});
startButton.x = 1024;
startButton.y = 1366;
menu.addChild(startButton);
menu.visible = !gameRunning; // Set initial visibility based on gameRunning state
game.addChild(menu);
startButton.on('down', function () {
gameRunning = true;
menu.visible = false;
// Pause music when game is paused
if (!gameRunning) {
LK.stopMusic();
} else {
LK.playMusic('backgroundMusic', {
loop: true
});
}
});
// Game update loop
game.update = function () {
if (gameRunning) {
ball.update();
updateAIPaddle();
checkCollisions();
updateScores();
} else {
menu.visible = true; // Set menu visible when game is not running
}
};
game.down = function (x, y, obj) {
playerPaddle.y = y;
};
// Display scores
var playerScoreDisplay = new Text2('Player: 0', {
size: 120,
fill: 0xFFD700,
font: "'GillSans-Bold',Impact,'Arial Black',Tahoma",
// Bold font for emphasis
dropShadow: true,
dropShadowColor: '#000000'
});
var aiScoreText = new Text2('AI: 0', {
size: 120,
fill: 0xFFD700,
// Gold color for visual emphasis
font: "'GillSans-Bold',Impact,'Arial Black',Tahoma",
// Bold font for emphasis
dropShadow: true,
dropShadowColor: '#000000'
});
playerScoreDisplay.x = 1024 - 500; // Move even further to the left
playerScoreDisplay.y = 50;
aiScoreText.x = 1024 + 150; // Position to the right of the dashed line
aiScoreText.y = 50;
// Add shadow effect to score text
// Initialize playerScoreText with a style object to fix undefined error
playerScoreDisplay.style = {
dropShadow: true,
dropShadowColor: '#000000'
};
aiScoreText.style = {
dropShadow: true,
dropShadowColor: '#000000'
};
game.addChild(playerScoreDisplay);
tween(playerScoreDisplay, {
scaleX: 1.5,
scaleY: 1.5
}, {
duration: 1000,
easing: tween.elasticOut
});
game.addChild(aiScoreText);
tween(aiScoreText, {
scaleX: 1.5,
scaleY: 1.5
}, {
duration: 1000,
easing: tween.elasticOut
});
// Update score display
function updateScores() {
if (playerScoreDisplay.text !== 'Player: ' + playerScore) {
playerScoreDisplay.setText('Player: ' + playerScore);
// Add animation to score text
tween(playerScoreDisplay, {
scaleX: 1.2,
scaleY: 1.2
}, {
duration: 200,
easing: tween.easeOut,
onFinish: function onFinish() {
tween(playerScoreDisplay, {
scaleX: 1,
scaleY: 1
}, {
duration: 200
});
}
});
// Add color change animation
tween(playerScoreDisplay, {
fill: 0xFF0000
}, {
duration: 100,
onFinish: function onFinish() {
tween(playerScoreDisplay, {
fill: 0xFFD700
}, {
duration: 100
});
}
});
}
if (aiScoreText.text !== 'AI: ' + aiScore) {
aiScoreText.setText('AI: ' + aiScore);
tween(aiScoreText, {
scaleX: 1.2,
scaleY: 1.2
}, {
duration: 200,
easing: tween.easeOut,
onFinish: function onFinish() {
tween(aiScoreText, {
scaleX: 1,
scaleY: 1
}, {
duration: 200
});
}
});
}
}
// Main game loop ===================================================================
--- original.js
+++ change.js
@@ -80,39 +80,8 @@
} // Fade in music
});
// Create animated background
var background = new Container();
-var gradient = LK.getAsset('gradient', {
- width: 2048,
- height: 2732,
- anchorX: 0.5,
- anchorY: 0.5
-});
-background.addChild(gradient);
-game.addChild(background);
-// Animate background
-tween(gradient, {
- alpha: 0.5
-}, {
- duration: 2000,
- easing: tween.easeInOut,
- onFinish: function onFinish() {
- tween(gradient, {
- alpha: 1
- }, {
- duration: 2000,
- easing: tween.easeInOut
- });
- }
-});
-// Add subtle movement to background
-tween(gradient, {
- x: gradient.x + 10
-}, {
- duration: 5000,
- yoyo: true,
- repeat: -1
-});
// Create a dashed line in the center of the game screen
//<Assets used in the game will automatically appear here>
var dashedLine = new Container();
var DASH_HEIGHT = 40;
