Smart Robot Adventure

{"name":"Smart Robot Adventure","description":"Join the exciting adventure of a smart robot navigating a vibrant world! Control your robot using simple keyboard commands and explore fun challenges while collecting points along the way.","photo":null,"view_count":27,"fork_count":4,"expires_at":null,"created_at":"2024-07-20T15:10:30.842144Z","updated_at":"2024-07-20T15:10:30.842144Z","user_id":153,"status":"PRIVATE","parent_id":null,"id":2371,"user":{"username":"tornado","id":153,"password_hash":"$2b$12$ZLtvimou3TnRnB7DNghQJOgMcawpzD9F49JQJ3Jt13vJ1TWwTqIC2","updated_at":"2024-07-20T15:08:02.107868Z","reset_token_expiry":null,"subscription_status":null,"photo":null,"email":"andrei@erdani.com","recess_id":"7df146b1-7831-4ded-a18c-b3206fede167","created_at":"2024-07-20T15:08:02.107866Z","reset_token":null,"stripe_customer_id":null,"seats":null},"code":{"script.js":"let robotEmoji = '🤖'; // Emoji for robot\nlet friendEmoji = '👾'; // Emoji for friend\nlet ballEmoji = '🎾'; // Emoji for tennis ball\nlet basketballEmoji = '🏀'; // Emoji for basketball\nlet sushiEmojis = ['🍣', '🍤', '🍥']; // Sushi, Shrimp, Fish Cake\nlet treeEmoji = '🌳'; // Emoji for tree\nlet seedEmoji = '🌱'; // Emoji for seed\n\nlet congratulatoryMessages = [\"Great job!\", \"Well done!\", \"Nice hit!\", \"Awesome!\"];\nlet robotDialogues = [\"Ouch!\", \"Hey!\", \"Watch it!\", \"That hurt!\"];\nlet friendDialogues = [\"Yikes!\", \"Whoa!\", \"Careful!\", \"Oof!\"];\n// Add these variables to the top of script.js\n\n//For dialogue\nlet robotDialogueText = \"\";\nlet friendDialogueText = \"\";\nlet robotDialogueTime = 0;\nlet friendDialogueTime = 0;\nconst dialogueDuration = 2000; // Duration for dialogue in milliseconds\n\n// Timestamp of the last mode switch\nconst modeSwitchInterval = 10000; // Interval to switch modes in milliseconds (10 seconds)\n\n// Define fruit emojis, including dragon fruit\nlet fruitEmojis = ['🍎', '🥭', '🍐', '🍌', '🍍', '🍉', '🍊', '🐉']; // Apple, Mango, Pear, Banana, Pineapple, Watermelon, Orange, Dragon Fruit\n\nlet robotPos, friendPos, ballPos; // Positions for robot, friend, and ball\nlet robotPrevPos, friendPrevPos; // Previous positions for robot and friend\n\nlet ballSpeed = { x: 9, y: 9 }; // Speed of the ball in x and y directions\nlet robotScore = 100;\nlet friendScore = 100;\n\nlet robotSpeed = 8; // Speed of robot\nlet friendSpeed = 8; // Speed of friend\n\nlet lastCollisionTime = 0; // Timestamp of the last collision\nconst collisionCooldown = 500; // Cooldown period in milliseconds\nconst speedIncrease = 0.5; // Speed increase after each hit\nconst maxBallSpeed = 30; // Maximum speed limit for the ball\n\nlet robotVisible = true; // Visibility flag for robot\nlet friendVisible = true; // Visibility flag for friend\n\nlet robotInvisibleTime = 0; // Time when robot became invisible\nlet friendInvisibleTime = 0; // Time when friend became invisible\nconst invisibilityDuration = 1; // Invisibility duration in milliseconds\n\nconst friction = 1; // Friction factor to reduce ball speed by 1% each frame\nconst kickBackSpeed = 1; // Speed at which the ball kicks the player\n\nlet lastSpeedIncreaseTime = 0; // Timestamp of the last ball speed increase\nlet lastRobotHitTime = 0; // Timestamp of the last simulated hit by robot\nlet lastFriendHitTime = 0; // Timestamp of the last simulated hit by friend\nlet lastRobotScoreTime = 0; // Timestamp of the last robot score increment\nlet lastFriendScoreTime = 0; // Timestamp of the last friend score increment\nlet robotSize = 50; // Initial size of robot emoji\nlet friendSize = 50; // Initial size of friend emoji\n\nlet gameMode = 'tennis'; // Current game mode\nlet lastModeSwitchTime = 0; // Timestamp of the last mode switch\n\nlet seeds = []; // Array to hold seed objects\nconst seedDropInterval = 5000; // Interval in milliseconds to drop seeds\nlet lastSeedDropTime = 0; // Timestamp of the last seed drop\n\nlet fruits = []; // Array to hold fruit objects\nconst fruitDropInterval = 7000; // Interval in milliseconds to drop fruits\nlet lastFruitDropTime = 0; // Timestamp of the last fruit drop\n\nlet eatenFruit = null; // Object to track the fruit being eaten\nlet eatingAnimationTime = 0; // Timer for the eating animation\nconst eatingDuration = 500; // Duration of the eating animation in milliseconds\n\nlet thankYouMessagePending = false;\nlet thankYouMessageTime = 0;\nconst thankYouDelay = 1000; // 1 second delay for the thank-you message\n\nlet emotionMessages = [\"Yum!\", \"Delicious!\", \"Tasty!\", \"So good!\", \"Yummy!\"]; // Array of emotion messages\nlet currentEmotionMessage = \"\"; // Current emotion message\nlet emotionMessageTime = 0; // Time when the emotion message was set\nconst emotionDuration = 2000; // Duration to display the emotion message in milliseconds\n\nlet sushi = []; // Array to hold sushi objects\nconst sushiDropInterval = 9000; // Interval in milliseconds to drop sushi\nlet lastSushiDropTime = 0; // Timestamp of the last sushi drop\n\nclass Sushi {\n constructor(x, y, emoji) {\n this.x = x;\n this.y = y;\n this.emoji = emoji; // Set the emoji for this sushi\n this.speed = 1.5; // Falling speed of the sushi\n this.size = 50; // Size of the sushi emoji\n }\n\n update() {\n this.y += this.speed; // Update the y position to simulate falling\n }\n\n draw() {\n textSize(this.size); // Set text size based on the sushi\n text(this.emoji, this.x, this.y); // Draw the sushi emoji at the current position\n }\n}\n\nclass Seed {\n constructor(x, y) {\n this.x = x;\n this.y = y;\n this.speed = 1; // Falling speed of the seed\n }\n\n update() {\n this.y += this.speed; // Update the y position to simulate falling\n }\n\n draw() {\n text(seedEmoji, this.x, this.y); // Draw the seed emoji at the current position\n }\n}\n\nclass Fruit {\n constructor(x, y, emoji) {\n this.x = x;\n this.y = y;\n this.emoji = emoji; // Set the emoji for this fruit\n this.speed = 2; // Falling speed of the fruit\n this.size = (emoji === '🐉') ? 60 : 50; // Special size for dragon fruit\n }\n\n update() {\n this.y += this.speed; // Update the y position to simulate falling\n }\n\n draw() {\n textSize(this.size); // Set text size based on the fruit\n text(this.emoji, this.x, this.y); // Draw the fruit emoji at the current position\n }\n}\n\nfunction setup() {\n createCanvas(windowWidth, windowHeight);\n textAlign(CENTER, CENTER); // Center the text\n textSize(50); // Set initial text size for the characters and ball\n colorMode(RGB);\n\n // Initialize positions\n robotPos = { x: width / 4, y: height / 2 };\n friendPos = { x: 3 * width / 4, y: height / 2 };\n ballPos = { x: width / 2, y: height / 2 };\n robotPrevPos = { x: robotPos.x, y: robotPos.y };\n friendPrevPos = { x: friendPos.x, y: friendPos.y };\n lastSpeedIncreaseTime = millis(); // Initialize the timer\n lastRobotHitTime = millis(); // Initialize the robot hit timer\n lastFriendHitTime = millis(); // Initialize the friend hit timer\n lastRobotScoreTime = millis(); // Initialize the robot score timer\n lastFriendScoreTime = millis(); // Initialize the friend score timer\n lastModeSwitchTime = millis(); // Initialize the mode switch timer\n lastSeedDropTime = millis(); // Initialize the seed drop timer\n lastFruitDropTime = millis(); // Initialize the fruit drop timer\n}\n\nfunction drawTennisCourt() {\n background(34, 139, 34); // Green background for the tennis court\n fill(255);\n rect(width / 2 - 5, 0, 10, height); // Middle line\n rect(0, height / 2 - 5, width, 10); // Horizontal middle line\n rect(50, 50, width - 100, height - 100); // Outer lines\n rect(100, 100, width - 200, height - 200); // Inner lines\n}\n\nfunction drawBasketballCourt() {\n background(139, 69, 19); // Brown background for the basketball court\n fill(255);\n rect(width / 2 - 5, 0, 10, height); // Middle line\n ellipse(width / 2, height / 2, 100, 100); // Center circle\n rect(50, height / 2 - 100, 20, 200); // Left key\n rect(width - 70, height / 2 - 100, 20, 200); // Right key\n ellipse(50 + 10, height / 2, 50, 50); // Left hoop\n ellipse(width - 50 - 10, height / 2, 50, 50); // Right hoop\n}\n\nfunction draw() {\n // Check if it's time to switch game modes\n if (millis() - lastModeSwitchTime > modeSwitchInterval) {\n gameMode = (gameMode === 'tennis') ? 'basketball' : 'tennis'; // Toggle game mode\n lastModeSwitchTime = millis(); // Reset the mode switch timer\n }\n\n if (gameMode === 'tennis') {\n drawTennisCourt();\n } else {\n drawBasketballCourt();\n }\n\n // Draw trees on the left and right sides\n textSize(50); // Set text size for trees\n for (let y = 50; y < height; y += 100) {\n text(treeEmoji, 50, y); // Draw tree on the left side\n text(treeEmoji, width - 50, y); // Draw tree on the right side\n }\n\n // Drop seeds every seedDropInterval\n if (millis() - lastSeedDropTime > seedDropInterval) {\n for (let y = 50; y < height; y += 100) {\n seeds.push(new Seed(50, y)); // Drop seed from left tree\n seeds.push(new Seed(width - 50, y)); // Drop seed from right tree\n }\n lastSeedDropTime = millis(); // Reset the seed drop timer\n }\n\n // Drop fruits every fruitDropInterval\n if (millis() - lastFruitDropTime > fruitDropInterval) {\n for (let y = 50; y < height; y += 100) {\n fruits.push(new Fruit(50, y, random(fruitEmojis))); // Drop random fruit from left tree\n fruits.push(new Fruit(width - 50, y, random(fruitEmojis))); // Drop random fruit from right tree\n }\n lastFruitDropTime = millis(); // Reset the fruit drop timer\n }\n\n // Drop sushi every sushiDropInterval\n if (millis() - lastSushiDropTime > sushiDropInterval) {\n for (let y = 50; y < height; y += 100) {\n sushi.push(new Sushi(50, y, random(sushiEmojis))); // Drop random sushi from left tree\n sushi.push(new Sushi(width - 50, y, random(sushiEmojis))); // Drop random sushi from right tree\n }\n lastSushiDropTime = millis(); // Reset the sushi drop timer\n }\n\n // Update and draw seeds\n seeds.forEach(seed => {\n seed.update();\n seed.draw();\n });\n\n // Update and draw fruits\n fruits.forEach(fruit => {\n fruit.update();\n fruit.draw();\n });\n\n // Update and draw sushi\n sushi.forEach(piece => {\n piece.update();\n piece.draw();\n });\n\n // Animate the eaten fruit\n if (eatenFruit) {\n let targetPos = eatenFruit.target === 'robot' ? robotPos : friendPos;\n eatenFruit.x += (targetPos.x - eatenFruit.x) * 0.1;\n eatenFruit.y += (targetPos.y - eatenFruit.y) * 0.1;\n text(eatenFruit.emoji, eatenFruit.x, eatenFruit.y);\n\n // Remove the fruit after the animation duration\n if (millis() - eatingAnimationTime > eatingDuration) {\n eatenFruit = null;\n }\n }\n\n // Display dialogue bubble for robot\n if (millis() - robotDialogueTime < dialogueDuration && robotDialogueText) {\n drawDialogueBubble(robotPos.x, robotPos.y - 60, robotDialogueText);\n }\n\n // Display dialogue bubble for friend\n if (millis() - friendDialogueTime < dialogueDuration && friendDialogueText) {\n drawDialogueBubble(friendPos.x, friendPos.y - 60, friendDialogueText);\n }\n\n // Display thank-you message after delay\n if (thankYouMessagePending && millis() - thankYouMessageTime > thankYouDelay) {\n if (robotDialogueText) {\n robotDialogueText = random(thankYouMessages);\n robotDialogueTime = millis();\n } else if (friendDialogueText) {\n friendDialogueText = random(thankYouMessages);\n friendDialogueTime = millis();\n }\n thankYouMessagePending = false; // Reset the pending flag\n }\n\n // Calculate velocities\n let robotVelocity = {\n x: robotPos.x - robotPrevPos.x,\n y: robotPos.y - robotPrevPos.y\n };\n let friendVelocity = {\n x: friendPos.x - friendPrevPos.x,\n y: friendPos.y - friendPrevPos.y\n };\n\n // Update robot position based on key states\n if (keyIsDown(87)) robotPos.y -= robotSpeed; // 'W' key\n if (keyIsDown(83)) robotPos.y += robotSpeed; // 'S' key\n if (keyIsDown(65)) robotPos.x -= robotSpeed; // 'A' key\n if (keyIsDown(68)) robotPos.x += robotSpeed; // 'D' key\n\n // Update friend position based on key states\n if (keyIsDown(UP_ARROW)) friendPos.y -= friendSpeed;\n if (keyIsDown(DOWN_ARROW)) friendPos.y += friendSpeed;\n if (keyIsDown(LEFT_ARROW)) friendPos.x -= friendSpeed;\n if (keyIsDown(RIGHT_ARROW)) friendPos.x += friendSpeed;\n\n // Wrap around logic for robot\n if (robotPos.x < 0) robotPos.x = width;\n if (robotPos.x > width) robotPos.x = 0;\n if (robotPos.y < 0) robotPos.y = height;\n if (robotPos.y > height) robotPos.y = 0;\n\n // Wrap around logic for friend\n if (friendPos.x < 0) friendPos.x = width;\n if (friendPos.x > width) friendPos.x = 0;\n if (friendPos.y < 0) friendPos.y = height;\n if (friendPos.y > height) friendPos.y = 0;\n\n // Check and reset visibility after 10 seconds\n if (!robotVisible && millis() - robotInvisibleTime > invisibilityDuration) {\n robotVisible = true;\n }\n if (!friendVisible && millis() - friendInvisibleTime > invisibilityDuration) {\n friendVisible = true;\n }\n\n // Draw robot and friend if they are visible\n if (robotVisible) {\n textSize(robotSize); // Set text size for robot\n text(robotEmoji, robotPos.x, robotPos.y);\n }\n if (friendVisible) {\n textSize(friendSize); // Set text size for friend\n text(friendEmoji, friendPos.x, friendPos.y);\n }\n\n // Update ball position\n ballPos.x += ballSpeed.x;\n ballPos.y += ballSpeed.y;\n\n // Apply friction to ball speed\n ballSpeed.x *= friction;\n ballSpeed.y *= friction;\n\n // Check for collisions with walls\n if (ballPos.x < 0 || ballPos.x > width) {\n ballSpeed.x *= -1; // Reverse direction on x-axis\n }\n if (ballPos.y < 0 || ballPos.y > height) {\n ballSpeed.y *= -1; // Reverse direction on y-axis\n }\n\n // Check for collisions with robot\n if (millis() - lastCollisionTime > collisionCooldown && dist(ballPos.x, ballPos.y, robotPos.x, robotPos.y) < robotSize / 2) {\n handleCollision(robotPos, robotVelocity, true);\n }\n\n // Check for collisions with friend\n if (millis() - lastCollisionTime > collisionCooldown && dist(ballPos.x, ballPos.y, friendPos.x, friendPos.y) < friendSize / 2) {\n handleCollision(friendPos, friendVelocity, false);\n }\n\n // Simulate a hit by the robot every 10 seconds\n if (millis() - lastRobotHitTime > 10000) {\n simulateHit(robotPos);\n lastRobotHitTime = millis(); // Reset the timer\n }\n\n // Simulate a hit by the friend every 10 seconds\n if (millis() - lastFriendHitTime > 10000) {\n simulateHit(friendPos);\n lastFriendHitTime = millis(); // Reset the timer\n }\n\n // Increment scores every 10 seconds\n if (millis() - lastRobotScoreTime > 10000) {\n robotScore += 1;\n friendScore = robotScore; // Ensure friend has the same score\n lastRobotScoreTime = millis(); // Reset the timer\n eatFruit('robot'); // Eat a fruit when the robot scores\n }\n\n if (millis() - lastFriendScoreTime > 10000) {\n friendScore += 1;\n robotScore = friendScore; // Ensure robot has the same score\n lastFriendScoreTime = millis(); // Reset the timer\n eatFruit('friend'); // Eat a fruit when the friend scores\n }\n\n // Draw ball\n textSize(50); // Set text size for ball\n text(ballEmoji, ballPos.x, ballPos.y);\n\n // Display scores\n textSize(32);\n text(`Robot: ${robotScore}`, width / 4, 50);\n text(`Friend: ${friendScore}`, 3 * width / 4, 50);\n\n // Update previous positions\n robotPrevPos.x = robotPos.x;\n robotPrevPos.y = robotPos.y;\n friendPrevPos.x = friendPos.x;\n friendPrevPos.y = friendPos.y;\n}\nfunction eatFruit(player) {\n if (fruits.length > 0) {\n eatenFruit = fruits.pop(); // Remove the last fruit from the array and track it as the eaten fruit\n eatenFruit.target = player; // Set the target to either 'robot' or 'friend'\n eatingAnimationTime = millis(); // Record the time when the eating animation starts\n currentEmotionMessage = eatenFruit.emoji === '🐉' ? \"Perfect!\" : random(emotionMessages); // Special message for dragon fruit\n emotionMessageTime = millis(); // Record the time when the emotion message was set\n }\n}\n\nfunction simulateHit(playerPos) {\n // Simulate a collision between the ball and the player\n let impactDir = {\n x: playerPos.x - ballPos.x,\n y: playerPos.y - ballPos.y\n };\n ballSpeed.x += impactDir.x * 0.1; // Add extra speed based on impact direction\n ballSpeed.y += impactDir.y * 0.1; // Add extra speed based on impact direction\n ballSpeed.x += ballSpeed.x > 0 ? speedIncrease : -speedIncrease; // Increase ball speed after collision\n ballSpeed.y += ballSpeed.y > 0 ? speedIncrease : -speedIncrease; // Increase ball speed after collision\n capBallSpeed(); // Cap ball speed to maxBallSpeed\n}\n\nfunction capBallSpeed() {\n // Calculate the magnitude of the ball's speed\n let speedMagnitude = sqrt(ballSpeed.x * ballSpeed.x + ballSpeed.y * ballSpeed.y);\n\n // If the magnitude exceeds maxBallSpeed, scale the components down\n if (speedMagnitude > maxBallSpeed) {\n let scale = maxBallSpeed / speedMagnitude;\n ballSpeed.x *= scale;\n ballSpeed.y *= scale;\n }\n}\nfunction eatFruit(player) {\n if (fruits.length > 0) {\n eatenFruit = fruits.pop(); // Remove the last fruit from the array and track it as the eaten fruit\n eatenFruit.target = player; // Set the target to either 'robot' or 'friend'\n eatingAnimationTime = millis(); // Record the time when the eating animation starts\n currentEmotionMessage = eatenFruit.emoji === '🐉' ? \"Perfect!\" : random(emotionMessages); // Special message for dragon fruit\n emotionMessageTime = millis(); // Record the time when the emotion message was set\n }\n}\n\nfunction simulateHit(playerPos) {\n // Simulate a collision between the ball and the player\n let impactDir = {\n x: playerPos.x - ballPos.x,\n y: playerPos.y - ballPos.y\n };\n ballSpeed.x += impactDir.x * 0.1; // Add extra speed based on impact direction\n ballSpeed.y += impactDir.y * 0.1; // Add extra speed based on impact direction\n ballSpeed.x += ballSpeed.x > 0 ? speedIncrease : -speedIncrease; // Increase ball speed after collision\n ballSpeed.y += ballSpeed.y > 0 ? speedIncrease : -speedIncrease; // Increase ball speed after collision\n capBallSpeed(); // Cap ball speed to maxBallSpeed\n}\n\nfunction capBallSpeed() {\n // Calculate the magnitude of the ball's speed\n let speedMagnitude = sqrt(ballSpeed.x * ballSpeed.x + ballSpeed.y * ballSpeed.y);\n\n // If the magnitude exceeds maxBallSpeed, scale the components down\n if (speedMagnitude > maxBallSpeed) {\n let scale = maxBallSpeed / speedMagnitude;\n ballSpeed.x *= scale;\n ballSpeed.y *= scale;\n }\n}\n\nfunction handleCollision(playerPos, playerVelocity, isRobot) {\n // Calculate impact direction\n let impactDir = {\n x: playerPos.x - ballPos.x,\n y: playerPos.y - ballPos.y\n };\n\n // Normalize impact direction\n let magnitude = sqrt(impactDir.x * impactDir.x + impactDir.y * impactDir.y);\n impactDir.x /= magnitude;\n impactDir.y /= magnitude;\n\n // Apply knockback to player\n playerPos.x += impactDir.x * 5; // Knock back by 5 pixels\n playerPos.y += impactDir.y * 5; // Knock back by 5 pixels\n\n // Reverse ball direction and add random angle shift\n let angleShift = random(-15, 15); // Random angle shift between -15 and 15 degrees\n let angleShiftRad = radians(angleShift);\n\n // Calculate new ball direction\n let newBallDir = {\n x: ballSpeed.x * cos(angleShiftRad) - ballSpeed.y * sin(angleShiftRad),\n y: ballSpeed.x * sin(angleShiftRad) + ballSpeed.y * cos(angleShiftRad)\n };\n\n // Apply new direction and reverse velocity\n ballSpeed.x = -newBallDir.x;\n ballSpeed.y = -newBallDir.y;\n\n // Increase ball speed slightly\n ballSpeed.x += ballSpeed.x > 0 ? speedIncrease : -speedIncrease;\n ballSpeed.y += ballSpeed.y > 0 ? speedIncrease : -speedIncrease;\n capBallSpeed();\n\n // Update scores and player attributes\n if (isRobot) {\n robotScore += 1;\n robotSpeed += 1;\n robotSize += 5;\n robotVisible = false;\n robotInvisibleTime = millis();\n\n // Set congratulations dialog for friend\n friendDialogueText = random(congratulatoryMessages);\n friendDialogueTime = millis();\n\n // Set timer for thank-you dialog\n thankYouMessagePending = true;\n thankYouMessageTime = millis();\n\n // Call eatFruit when the robot scores\n eatFruit('robot');\n } else {\n friendScore += 1;\n friendSpeed += 1;\n friendSize += 5;\n friendVisible = false;\n friendInvisibleTime = millis();\n\n // Set congratulations dialog for robot\n robotDialogueText = random(congratulatoryMessages);\n robotDialogueTime = millis();\n\n // Set timer for thank-you dialog\n thankYouMessagePending = true;\n thankYouMessageTime = millis();\n\n // Call eatFruit when the friend scores\n eatFruit('friend');\n }\n\n lastCollisionTime = millis(); // Update last collision time\n} \nfunction drawDialogueBubble(x, y, message) {\n let bubble = createP(message); // Create a paragraph element with the message\n bubble.position(x - textWidth(message) / 2 - 10, y - 25); // Position it correctly\n bubble.style('background-color', '#fff'); // Set background color\n bubble.style('border', '2px solid #000'); // Set border\n bubble.style('padding', '10px'); // Set padding\n bubble.style('border-radius', '10px'); // Set border radius\n bubble.style('text-align', 'center'); // Center the text\n}\n\nfunction textWidth(message) {\n // Create a temporary paragraph to measure the width of the text\n let tempP = createP(message);\n tempP.style('display', 'inline-block'); // Make it inline to measure width\n let width = tempP.elt.offsetWidth; // Get the width of the element\n tempP.remove(); // Remove the temporary element\n return width;\n}","style.css":"body { margin: 0; } canvas { display: block; }","index.html":"\n\n\n\n\n\n\n \n \n Smart Robot Adventure\n \n \n \n\n\n\n\n\n"},"chat_history":[{"deleted":0,"code_id":142571,"input_tokens":null,"id":69745,"project_id":2371,"sender":"human","message":"LOG: \n🌸 p5.js says: There's an error due to \"drawDialogueBubble\" not being defined in the current scope (on line 264 in 154c3bb6-b7e6-4e99-80f4-6ee3b89a1cf5 [blob:https://jippity.pro/154c3bb6-b7e6-4e99-80f4-6ee3b89a1cf5:264:9]).\n\nIf you have defined it in your code, you should check its scope, spelling, and letter-casing (JavaScript is case-sensitive). For more:\nhttps://p5js.org/examples/data-variable-scope.html\nhttps://developer.mozilla.org/docs/Web/JavaScript/Reference/Errors/Not_Defined#What_went_wrong","created_at":"2024-08-24T14:56:59.894211Z","output_tokens":null},{"deleted":0,"code_id":142571,"input_tokens":null,"id":69746,"project_id":2371,"sender":"ai","message":"

\n# Reasoning\nThe error is due to the function `drawDialogueBubble` not being defined in the current scope. To fix this, we need to define this function in the script.js file.\n

\n\n

\n# Answer: \n

\n\nSure, we can fix this by defining the `drawDialogueBubble` function. This function will help display the dialogue bubbles for the robot and friend. \n\nLet's add this function to script.js:\n\n```javascript\nfunction drawDialogueBubble(x, y, text) {\n fill(255);\n stroke(0);\n strokeWeight(2);\n rectMode(CENTER);\n rect(x, y, textWidth(text) + 20, 50, 10);\n fill(0);\n noStroke();\n textSize(20);\n textAlign(CENTER, CENTER);\n text(text, x, y);\n}\n```\n\n- `fill(255)` sets the fill color of the bubble to white.\n- `stroke(0)` sets the outline color of the bubble to black.\n- `rectMode(CENTER)` ensures the rectangle is drawn from the center.\n- `rect(x, y, textWidth(text) + 20, 50, 10)` draws the rectangle with rounded corners.\n- `textSize(20)` sets the text size to 20.\n- `textAlign(CENTER, CENTER)` centers the text within the rectangle.\n- `text(text, x, y)` draws the text inside the bubble.\n\nAdd the above function anywhere in your script.js file.\n\nWould you like to add any other features or improve any other aspect of your game? 😊","created_at":"2024-08-24T14:56:59.899487Z","output_tokens":null},{"deleted":0,"code_id":142576,"input_tokens":null,"id":69747,"project_id":2371,"sender":"human","message":"take away text function","created_at":"2024-08-24T14:59:53.325701Z","output_tokens":null},{"deleted":0,"code_id":142576,"input_tokens":null,"id":69748,"project_id":2371,"sender":"ai","message":"

\n# Reasoning\nThe `text` function in p5.js is used to draw text on the canvas. However, if it's causing issues or if you'd like to remove it for another reason, we can replace the text drawing part with a different method.\n

\n\n

\n# Answer: \n

\n\nAlright, let's remove the `text` function and instead use `createP` to display the dialogue bubbles. This will create HTML paragraph elements instead of drawing text on the canvas.\n\nFirst, let's modify the `drawDialogueBubble` function to use `createP`:\n\n```javascript\nfunction drawDialogueBubble(x, y, message) {\n let bubble = createP(message); // Create a paragraph element with the message\n bubble.position(x - textWidth(message) / 2 - 10, y - 25); // Position it correctly\n bubble.style('background-color', '#fff'); // Set background color\n bubble.style('border', '2px solid #000'); // Set border\n bubble.style('padding', '10px'); // Set padding\n bubble.style('border-radius', '10px'); // Set border radius\n bubble.style('text-align', 'center'); // Center the text\n}\n\nfunction textWidth(message) {\n // Create a temporary paragraph to measure the width of the text\n let tempP = createP(message);\n tempP.style('display', 'inline-block'); // Make it inline to measure width\n let width = tempP.elt.offsetWidth; // Get the width of the element\n tempP.remove(); // Remove the temporary element\n return width;\n}\n```\n\n- `createP(message)` creates a paragraph element with the given message.\n- `bubble.position(x - textWidth(message) / 2 - 10, y - 25)` positions the bubble correctly on the canvas.\n- `bubble.style` applies various styles to the bubble to make it look like a dialogue bubble.\n- `textWidth` is a helper function to measure the width of the text.\n\nAdd the above functions to your script.js file.\n\nWould you like to keep the text display for any other elements, or should we change those as well? 😊","created_at":"2024-08-24T14:59:53.348491Z","output_tokens":null}],"assets":[],"messages_sent":71,"comments":[],"steps":[]}