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":4,"fork_count":2,"expires_at":null,"created_at":"2024-08-17T16:41:48.054723Z","updated_at":"2024-08-17T16:41:48.054728Z","user_id":153,"status":"PRIVATE","parent_id":2759,"id":2768,"user":{"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,"username":"tornado","id":153,"password_hash":"$2b$12$ZLtvimou3TnRnB7DNghQJOgMcawpzD9F49JQJ3Jt13vJ1TWwTqIC2","updated_at":"2024-07-20T15:08:02.107868Z","reset_token_expiry":null,"subscription_status":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\n\nlet robotPos, friendPos, ballPos; // Positions for robot, friend, and ball\nlet robotPrevPos, friendPrevPos; // Previous positions for robot and friend\n\n// Define emojis for fruits and sushi\nlet fruitEmojis = ['🍊', '🍎', '🍏', '🍉', '🥭', '🍉', '🍣'];\n\n// Array to hold positions of fruits and sushi\nlet fruitPositions = [];\n\n// Number of fruits and sushi to display\nconst numFruits = 7;\n\n\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 = 20; // 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\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 console.log(\"sport\")\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}\n\nfunction draw() {\n background(frameCount % 144, 121, 196); // Light green background\n\n // Switch game mode every 10 seconds\n if (millis() - lastModeSwitchTime > 10000) {\n if (gameMode === 'tennis') {\n gameMode = 'basketball';\n ballEmoji = basketballEmoji; // Switch to basketball\n } else {\n gameMode = 'tennis';\n ballEmoji = '🎾'; // Switch to tennis\n }\n lastModeSwitchTime = millis(); // Reset the mode switch timer\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 let impactDir = {\n x: robotPos.x - ballPos.x,\n y: robotPos.y - ballPos.y\n };\n robotPos.x += impactDir.x * kickBackSpeed;\n robotPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += robotVelocity.x * 0.1; // Add extra speed based on robot's velocity\n ballSpeed.y += robotVelocity.y * 0.1; // Add extra speed based on robot's velocity\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 robotScore += 1; // Increase robot's score\n friendScore = robotScore; // Ensure friend has the same score\n robotSpeed += 1; // Increase robot's speed\n robotSize += 5; // Increase robot's size\n robotVisible = false; // Make robot invisible\n robotInvisibleTime = millis(); // Record the time when robot became invisible\n lastCollisionTime = millis(); // Update last collision time\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 let impactDir = {\n x: friendPos.x - ballPos.x,\n y: friendPos.y - ballPos.y\n };\n friendPos.x += impactDir.x * kickBackSpeed;\n friendPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += friendVelocity.x * 0.1; // Add extra speed based on friend's velocity\n ballSpeed.y += friendVelocity.y * 0.1; // Add extra speed based on friend's velocity\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 friendScore += 1; // Increase friend's score\n robotScore = friendScore; // Ensure robot has the same score\n friendSpeed += 1; // Increase friend's speed\n friendSize += 5; // Increase friend's size\n friendVisible = false; // Make friend invisible\n friendInvisibleTime = millis(); // Record the time when friend became invisible\n lastCollisionTime = millis(); // Update last collision time\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 }\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 }\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}\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}","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":[{"message":"Let's get started!","project_id":2768,"created_at":"2024-08-17T16:41:50.386826Z","output_tokens":null,"sender":"human","code_id":134272,"deleted":0,"input_tokens":null,"id":65293},{"message":"Great! Let's add some more fun features to your game. Here are a few ideas:\n\n1. **Obstacles**: Add obstacles that the robot and friend must avoid.\n2. **Power-ups**: Introduce power-ups that can increase speed, size, or give other bonuses.\n3. **Sound Effects**: Add sound effects for collisions and scoring.\n4. **Game Over Condition**: Set a condition for the game to end, such as reaching a certain score.\n5. **Random Ball Speed Changes**: Occasionally change the ball speed randomly to make the game more unpredictable.\n\nWhich of these features do you want to start with, or do you have any other ideas in mind?","project_id":2768,"created_at":"2024-08-17T16:41:50.394876Z","output_tokens":null,"sender":"ai","code_id":134272,"deleted":0,"input_tokens":null,"id":65294},{"message":"make it have some fruit , including,orange 🍊 ,apple 🍎 🍏 ,cantapoule,grapes ,mango 🥭 watermelon 🍉 ,and 🍣(sushi) ","project_id":2768,"created_at":"2024-08-17T16:48:48.921278Z","output_tokens":null,"sender":"human","code_id":134305,"deleted":0,"input_tokens":null,"id":65301},{"message":"Got it! Let's add some fruits and sushi to the game as collectibles that the robot and friend can pick up for extra points. Here are the steps we'll follow:\n\n1. **Display Fruits and Sushi**: Make the fruits and sushi visible on the screen.\n2. **Random Placement**: Randomly place the fruits and sushi on the canvas.\n3. **Collecting Fruits and Sushi**: Implement logic for the robot and friend to collect fruits and sushi for extra points.\n\nLet's start with step 1 and 2: making the fruits and sushi visible on the screen and placing them randomly.\n\nWe'll add the following fruits and sushi:\n- Orange 🍊\n- Apple 🍎 🍏\n- Cantaloupe (we'll use the watermelon emoji 🍉 for simplicity)\n- Grapes (we'll use the watermelon emoji 🍉 for simplicity)\n- Mango 🥭\n- Watermelon 🍉\n- Sushi 🍣\n\nWe'll also create a function to randomly place these items on the canvas.\n\n### Step 1 & 2: Display Fruits and Sushi & Random Placement\n\nFirst, let's define the emojis and create an array to hold the positions of the fruits and sushi:\n\n```javascript\n// Define emojis for fruits and sushi\nlet fruitEmojis = ['🍊', '🍎', '🍏', '🍉', '🥭', '🍉', '🍣'];\n\n// Array to hold positions of fruits and sushi\nlet fruitPositions = [];\n\n// Number of fruits and sushi to display\nconst numFruits = 7;\n\n// Function to randomly place fruits and sushi\nfunction placeFruits() {\n for (let i = 0; i < numFruits; i++) {\n let pos = {\n x: random(width),\n y: random(height)\n };\n fruitPositions.push(pos);\n }\n}\n```\n\nNext, let's call the `placeFruits` function in the `setup` function and draw the fruits and sushi in the `draw` function:\n\n```javascript\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 console.log(\"sport\")\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\n // Place fruits and sushi\n placeFruits();\n}\n\nfunction draw() {\n background(frameCount % 144, 121, 196); // Light green background\n\n // Switch game mode every 10 seconds\n if (millis() - lastModeSwitchTime > 10000) {\n if (gameMode === 'tennis') {\n gameMode = 'basketball';\n ballEmoji = basketballEmoji; // Switch to basketball\n } else {\n gameMode = 'tennis';\n ballEmoji = '🎾'; // Switch to tennis\n }\n lastModeSwitchTime = millis(); // Reset the mode switch timer\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 // Draw fruits and sushi\n for (let i = 0; i < numFruits; i++) {\n text(fruitEmojis[i], fruitPositions[i].x, fruitPositions[i].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 let impactDir = {\n x: robotPos.x - ballPos.x,\n y: robotPos.y - ballPos.y\n };\n robotPos.x += impactDir.x * kickBackSpeed;\n robotPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += robotVelocity.x * 0.1; // Add extra speed based on robot's velocity\n ballSpeed.y += robotVelocity.y * 0.1; // Add extra speed based on robot's velocity\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 robotScore += 1; // Increase robot's score\n friendScore = robotScore; // Ensure friend has the same score\n robotSpeed += 1; // Increase robot's speed\n robotSize += 5; // Increase robot's size\n robotVisible = false; // Make robot invisible\n robotInvisibleTime = millis(); // Record the time when robot became invisible\n lastCollisionTime = millis(); // Update last collision time\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 let impactDir = {\n x: friendPos.x - ballPos.x,\n y: friendPos.y - ballPos.y\n };\n friendPos.x += impactDir.x * kickBackSpeed;\n friendPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += friendVelocity.x * 0.1; // Add extra speed based on friend's velocity\n ballSpeed.y += friendVelocity.y * 0.1; // Add extra speed based on friend's velocity\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 friendScore += 1; // Increase friend's score\n robotScore = friendScore; // Ensure robot has the same score\n friendSpeed += 1; // Increase friend's speed\n friendSize += 5; // Increase friend's size\n friendVisible = false; // Make friend invisible\n friendInvisibleTime = millis(); // Record the time when friend became invisible\n lastCollisionTime = millis(); // Update last collision time\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 }\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 }\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}\n```\n\n### Explanation\n- We define an array `fruitEmojis` to hold the emojis of the fruits and sushi.\n- We create an array `fruitPositions` to store the positions of each fruit and sushi.\n- The `placeFruits` function randomly generates positions for the fruits and sushi and stores them in `fruitPositions`.\n- In the `setup` function, we call `placeFruits` to initialize the positions of the fruits and sushi.\n- In the `draw` function, we loop through `fruitPositions` and draw each fruit and sushi on the canvas.\n\nNow, let's move on to step 3: implementing the logic for the robot and friend to collect fruits and sushi for extra points. Would you like to proceed with this?","project_id":2768,"created_at":"2024-08-17T16:48:48.930154Z","output_tokens":null,"sender":"ai","code_id":134305,"deleted":0,"input_tokens":null,"id":65302},{"message":"make them play tennis for 10 seconds and basketball for 10 seconds","project_id":2768,"created_at":"2024-08-17T16:57:03.447164Z","output_tokens":null,"sender":"human","code_id":134352,"deleted":0,"input_tokens":null,"id":65329},{"message":"Sure! Let's implement the logic to switch between tennis and basketball modes every 10 seconds. We'll use the existing `gameMode` and `lastModeSwitchTime` variables to handle this.\n\nHere's how we can do it:\n\n1. **Switch Game Mode**: Alternate between tennis and basketball modes every 10 seconds.\n2. **Update Ball Emoji**: Change the ball emoji based on the game mode.\n\nI'll update the `draw` function to include the logic to switch game modes every 10 seconds. Here's the updated code:\n\n### Updated `draw` Function\nReplace the existing `draw` function with the following code:\n\n```javascript\nfunction draw() {\n background(frameCount % 144, 121, 196); // Light green background\n\n // Switch game mode every 10 seconds\n if (millis() - lastModeSwitchTime > 10000) {\n if (gameMode === 'tennis') {\n gameMode = 'basketball';\n ballEmoji = basketballEmoji; // Switch to basketball\n } else {\n gameMode = 'tennis';\n ballEmoji = '🎾'; // Switch to tennis\n }\n lastModeSwitchTime = millis(); // Reset the mode switch timer\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 // Draw fruits and sushi\n for (let i = 0; i < numFruits; i++) {\n text(fruitEmojis[i], fruitPositions[i].x, fruitPositions[i].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 let impactDir = {\n x: robotPos.x - ballPos.x,\n y: robotPos.y - ballPos.y\n };\n robotPos.x += impactDir.x * kickBackSpeed;\n robotPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += robotVelocity.x * 0.1; // Add extra speed based on robot's velocity\n ballSpeed.y += robotVelocity.y * 0.1; // Add extra speed based on robot's velocity\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 robotScore += 1; // Increase robot's score\n friendScore = robotScore; // Ensure friend has the same score\n robotSpeed += 1; // Increase robot's speed\n robotSize += 5; // Increase robot's size\n robotVisible = false; // Make robot invisible\n robotInvisibleTime = millis(); // Record the time when robot became invisible\n lastCollisionTime = millis(); // Update last collision time\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 let impactDir = {\n x: friendPos.x - ballPos.x,\n y: friendPos.y - ballPos.y\n };\n friendPos.x += impactDir.x * kickBackSpeed;\n friendPos.y += impactDir.y * kickBackSpeed;\n ballSpeed.x += friendVelocity.x * 0.1; // Add extra speed based on friend's velocity\n ballSpeed.y += friendVelocity.y * 0.1; // Add extra speed based on friend's velocity\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 friendScore += 1; // Increase friend's score\n robotScore = friendScore; // Ensure robot has the same score\n friendSpeed += 1; // Increase friend's speed\n friendSize += 5; // Increase friend's size\n friendVisible = false; // Make friend invisible\n friendInvisibleTime = millis(); // Record the time when friend became invisible\n lastCollisionTime = millis(); // Update last collision time\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 }\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 }\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}\n```\n\n### Explanation\n- The game mode switches every 10 seconds between tennis and basketball.\n- The ball emoji changes to a tennis ball or basketball based on the current game mode.\n- The `lastModeSwitchTime` is updated to ensure the switch happens every 10 seconds.\n\nWould you like to proceed with implementing the logic for collecting fruits and sushi for extra points?","project_id":2768,"created_at":"2024-08-17T16:57:03.453881Z","output_tokens":null,"sender":"ai","code_id":134352,"deleted":0,"input_tokens":null,"id":65330}],"assets":[],"messages_sent":3,"comments":[],"steps":[]}