Sun and Moon

{"name":"Sun and Moon Game Jam Template","description":"Experience the celestial dance of the sun and the moon in this captivating game.","photo":"https://res.cloudinary.com/dzv7hjwfn/image/upload/y08fyyvnhuuk90o70muy","view_count":0,"fork_count":0,"expires_at":null,"created_at":"2024-07-15T17:07:05.076551Z","updated_at":"2024-07-15T17:07:05.076554Z","user_id":5,"status":"PRIVATE","parent_id":2244,"id":2254,"user":{"photo":null,"email":null,"recess_id":"b5574579-4904-b775-ad8e-eff5c085f819","created_at":"2023-12-12T12:00:51.087995Z","reset_token":null,"stripe_customer_id":null,"seats":null,"username":"theop","id":5,"password_hash":null,"updated_at":"2023-12-12T12:00:51.087997Z","reset_token_expiry":null,"subscription_status":null},"code":{"script.js":"let keys = {}; // Object to store the state of keys\nlet earth, earthX, earthY; // Variables to store Earth's image and position\nlet angle = 0; // Variable to store the current angle of rotation\nlet earthAngle = 0; // Variable to store the current angle of the Earth's rotation around the Sun\nlet moonAngle = 0; // Variable to store the current angle of the moon's rotation\nlet sun, moon; // Variables to store the Sun and Moon images\nlet moonX, moonY; // Variables to track Moon's position for attacks\nlet targetMoonX, targetMoonY; // Variables to track target position for Moon\nlet isMoonAttacking = false; // Flag to check if the Moon is attacking\nlet isMoonReturning = false; // Flag to check if the Moon is returning to orbit\nlet sunSize = 200; // Size of the Sun\nlet sunColor = { r: 255, g: 255, b: 0 }; // Initial color of the Sun (yellow)\nlet heatBarHeight = 0; // Initial heat bar height\nlet gameOver = false; // Game over flag\nlet beamChargeTime = 200; // Time for the beam to charge up\nlet beamCooldownTime = 30; // Time between beam attacks\nlet beamTimer = 0; // Timer to track beam attacks\nlet beams = []; // Array to hold beam directions\nlet beamDirection; // Variable to hold the direction of the beam cone\nlet earthHealth = 100; // Initial health of the Earth\nlet earthAngleSpeed = 0.01; // Initial orbit speed\nlet lapCounter = 0; // Variable to count the number of laps (years) completed\nlet baseSunHeatSpeed = 0.3; // Base speed for the Sun heating up\nlet baseBeamCooldownTime = 300; // Base cooldown time between beam attacks\nlet lapThreshold = 10; // Number of laps after which the Sun heats up faster and beams have shorter cooldown\nlet heatSpeedIncrement = 0.1; // Increment for the Sun heating speed\nlet cooldownReduction = 50; // Reduction in beam cooldown time\nlet sunHeatSpeed = baseSunHeatSpeed; // I nitialize to base speed for the Sun heating up\nlet winLaps = 3; // Number of laps needed to win\nlet highScore = 0; // Variable to store the high score\nlet earthDistance = 300; // Initial distance from Sun to Earth\n\n\nlet narrationSound; // Variable to store the narration sound\n\nlet sciFiMusic; // Variable to store the sci-fi music\n\nlet loseScreen; // Variable to store the lose screen image\n\nlet winScreen; // Variable to store the win screen image\n\nfunction preload() {\n narrationSound = loadSound(\"@asset('narration')\"); // Load the narration sound\n sun = loadImage(\"@asset('sun3')\"); // Load the Sun image\n earth = loadImage(\"@asset('earthwithface')\"); // Load the Earth image\n moon = loadImage(\"@asset('Facedmoon')\"); // Load the Moon image\n bg = loadImage(\"@asset('bg')\"); // Load the background image\n sciFiMusic = loadSound(\"@asset('sciFiMusic1')\"); // Load the sci-fi music\n moonAttackSound = loadSound(\"@asset('moonAttack')\"); // Load the moon attack sound\n sunAttackSound = loadSound(\"@asset('sunAttack')\"); // Load the sun attack sound\n loseScreen = loadImage(\"@asset('loseScreen')\"); // Load the lose screen image\n winScreen = loadImage(\"@asset('winScreen')\"); // Load the win screen image\n}\nlet showIntro = true; // Flag to show the intro screen\n\nfunction setup() {\n createCanvas(windowWidth, windowHeight);\n background(228, 202, 166);\n\n if (showIntro) {\n playNarration();\n }\n\n // Initialize Earth's position to orbit around the Sun\n earthX = width / 2;\n earthY = height / 2;\n\n // Initialize Moon's position\n const moonDistance = 50; // Initial distance from Earth to Moon\n moonX = earthX + moonDistance * cos(moonAngle); // Moon's initial X position\n moonY = earthY + moonDistance * sin(moonAngle); // Moon's initial Y position\n\n // Initialize target position for Moon\n targetMoonX = moonX;\n targetMoonY = moonY;\n}\n\n\nlet beamHit = false; // Flag to track if the beam has hit the Earth\n\nfunction checkCollision() {\n if (beamHit) return; // Exit if beam has already hit the Earth during this attack\n\n let beamWidth = PI / 12; // Width of the beam cone\n\n // Calculate the angle between the Earth's position and the Sun\n let earthAngleFromSun = atan2(earthY - height / 2, earthX - width / 2);\n\n // Check if the Earth is within the beam's cone\n if (abs(earthAngleFromSun - beamDirection) < beamWidth / 2) {\n // Decrease Earth's health only once per beam attack\n if (!beamHit) {\n earthHealth -= 10;\n beamHit = true; // Mark that the beam has hit the Earth\n\n // Check Earth's health\n if (earthHealth <= 0) {\n triggerGameOver(); // Trigger game over if health runs out\n }\n }\n }\n}\n\nfunction drawLightBeams() {\n let beamWidth = PI / 12; // Width of the beam cone\n\n fill(255, 255, 0, 150); // Yellow color with some transparency\n noStroke(); // No outline for the cone\n\n beginShape();\n vertex(width / 2, height / 2); // Starting point at the center of the Sun\n vertex(width / 2 + width * cos(beamDirection - beamWidth / 2), height / 2 + height * sin(beamDirection - beamWidth / 2));\n vertex(width / 2 + width * cos(beamDirection + beamWidth / 2), height / 2 + height * sin(beamDirection + beamWidth / 2));\n endShape(CLOSE);\n\n // Play the sun attack sound\n if (sunAttackSound.isLoaded()) {\n sunAttackSound.play();\n } else {\n console.log(\"Sun attack sound not loaded yet.\");\n }\n\n beamHit = false; // Reset beam hit flag for the next attack phase\n}\n\nfunction drawHealthBar() {\n // Draw the health bar background\n fill(255, 0, 0); // Red color for the empty health bar\n noStroke(); // No border for the health bar\n rect(20, 20, 200, 20); // Draw the health bar background\n\n // Draw the current health\n fill(0, 255, 0); // Green color for the current health\n let healthWidth = map(earthHealth, 0, 100, 0, 200); // Map the health value to the width of the bar\n rect(20, 20, healthWidth, 20); // Draw the current health bar\n}\n\nfunction draw() {\n if (showIntro) {\n background(0); // Black background for intro screen\n fill(255); // White text color\n textAlign(CENTER, CENTER); // Center the text\n textSize(24); // Text size\n text(\"The Sun is heating up at an alarming rate, threatening life on Earth.\\n\" +\n \"Scientists have discovered that the Moon's surface contains a unique substance\\n\" +\n \"capable of cooling down the Sun. Your mission is to protect Earth by manipulating\\n\" +\n \"its gravity, launching the Moon towards the Sun to restore balance.\\n\"+\n \"\\n\"+\n \"left click to attack. space bar to boost velocity. scroll wheel to change orbit. live 100 years to win\", width / 2, height / 2);\n return; // Exit the draw loop to prevent the game from starting\n }\n\n if (gameOver) {\n if (lapCounter >= winLaps) {\n background(winScreen); // Use the win screen image as the background\n fill(255); // White text color\n textAlign(CENTER, CENTER); // Center the text\n textSize(32); // Text size\n text(\"You Win!\", width / 2, height / 2 - 20); // Display win message\n textSize(24); // Smaller text size for scores\n text(\"Score: \" + lapCounter, width / 2, height / 2 + 20); // Display current score\n text(\"High Score: \" + highScore, width / 2, height / 2 + 50); // Display high score\n } else {\n background(loseScreen); // Use the lose screen image as the background\n fill(255); // White text color\n textAlign(CENTER, CENTER); // Center the text\n textSize(32); // Text size\n text(\"Game Over\", width / 2, height / 2 - 20); // Display game over message\n textSize(24); // Smaller text size for scores\n text(\"Score: \" + lapCounter, width / 2, height / 2 + 20); // Display current score\n text(\"High Score: \" + highScore, width / 2, height / 2 + 50); // Display high score\n }\n return; // Exit draw loop to stop further execution\n }\n\n background(bg); // Use the preloaded background image\n\n // Update Earth's position and speed\n updateEarthPosition();\n updateEarthSpeed();\n\n // Draw the health bar\n drawHealthBar();\n\n // Draw the lap counter\n drawLapCounter();\n\n // Handle beam charging and shooting\n beamTimer++;\n if (beamTimer < beamChargeTime) {\n if (beamTimer === 1) {\n aimAtRandomPosition(); // Calculate beam direction randomly at the beginning of the charge-up phase\n }\n chargeUpBeams(); // Show charge-up effect\n } else if (beamTimer < beamChargeTime + 10) {\n drawLightBeams(); // Shoot beams for a brief moment\n checkCollision(); // Check for collisions with light beams\n } else if (beamTimer >= beamChargeTime + beamCooldownTime) {\n beamTimer = 0; // Reset timer\n }\n\n // Gradually change the Sun's color to red\n sunColor.g = max(0, sunColor.g - sunHeatSpeed); // Decrease green component\n sunColor.b = max(0, sunColor.b - sunHeatSpeed); // Decrease blue component\n\n // Increase the heat bar height as the Sun changes color\n heatBarHeight = map(sunColor.g, 255, 0, 0, height);\n\n // Check if the heat bar is full\n if (heatBarHeight >= height) {\n triggerGameOver(); // Trigger game over when the bar is full\n }\n\n // Draw the Sun in the center with the updated color\n tint(sunColor.r, sunColor.g, sunColor.b); // Apply the tint color\n image(sun, width / 2 - sunSize / 2, height / 2 - sunSize / 2, sunSize, sunSize);\n noTint(); // Reset tint to default\n\n // Draw Earth's orbit path\n stroke(0); // Set stroke color to black\n noFill(); // No fill color for the ellipse\n ellipse(width / 2, height / 2, earthDistance * 2, earthDistance * 2); // Draw the orbit path\n\n // Calculate the Earth's position to orbit around the Sun\n earthX = width / 2 + earthDistance * cos(earthAngle); // Earth's X position\n earthY = height / 2 + earthDistance * sin(earthAngle); // Earth's Y position\n\n // Calculate the angle to face the mouse cursor\n angle = atan2(mouseY - earthY, mouseX - earthX) + HALF_PI;\n\n // Draw the Earth image at the calculated position with rotation\n push();\n translate(earthX, earthY); // Move the origin to the center of the Earth image\n rotate(angle); // Rotate the Earth to face the mouse cursor\n image(earth, -25, -25, 50, 50); // Draw the Earth image centered at the new origin\n pop();\n\n // Call the appropriate function based on the moon's state\n if (moonState === 'orbiting') {\n moonOrbiting();\n } else if (moonState === 'attacking') {\n moonAttacking();\n } else if (moonState === 'returning') {\n moonReturning();\n }\n\n // Draw the Moon image at the calculated position\n push();\n translate(moonX, moonY); // Move the origin to the Moon's position\n image(moon, -15, -15, 30, 30); // Adjust size as needed to keep the moon proportionate\n pop();\n\n // Draw the heat bar on the right side of the screen\n fill(255, 0, 0); // Red color for the heat bar\n noStroke(); // No border for the heat bar\n rect(width - 50, height - heatBarHeight, 30, heatBarHeight); // Draw the heat bar\n}\nfunction mouseWheel(event) {\n // Adjust the Earth's orbit distance based on the mouse wheel movement\n earthDistance += event.deltaY * 0.1; // Modify the multiplier for sensitivity\n\n // Clamp the earthDistance to a reasonable range\n earthDistance = constrain(earthDistance, 150, 450);\n}\n\n// Function to trigger game over\nfunction triggerGameOver() {\n gameOver = true; // Set the game over flag\n\n // Update the high score if the current score is higher\n if (lapCounter > highScore) {\n highScore = lapCounter;\n }\n\n // Display game over message with current score and high score\n background(loseScreen); // Use the lose screen image as the background\n fill(255); // White text color\n textAlign(CENTER, CENTER); // Center the text\n textSize(32); // Text size\n text(\"Game Over\", width / 2, height / 2 - 20); // Display game over message\n textSize(24); // Smaller text size for scores\n text(\"Score: \" + lapCounter, width / 2, height / 2 + 20); // Display current score\n text(\"High Score: \" + highScore, width / 2, height / 2 + 50); // Display high score\n\n // Create \"Try Again\" button\n createButtons();\n}\n\nlet moonState = 'orbiting'; // Initial state of the moon\n\nfunction mousePressed() {\n if (moonState === 'orbiting') {\n moonState = 'attacking'; // Set the Moon to attack mode\n }\n}\n\nfunction moonOrbiting() {\n const moonDistance = 50; // Distance from Earth to Moon\n moonAngle += 0.05; // Increment the moon's angle for faster rotation\n moonX = earthX + moonDistance * cos(moonAngle); // Moon's X position\n moonY = earthY + moonDistance * sin(moonAngle); // Moon's Y position\n}\n\nfunction moonAttacking() {\n // Gradually move the Moon towards the Sun\n moonX = lerp(moonX, width / 2, 0.05);\n moonY = lerp(moonY, height / 2, 0.05);\n \n // Check if the Moon has reached the Sun\n const targetDistance = 50; // Distance from the Sun to affect heat bar\n if (dist(moonX, moonY, width / 2, height / 2) < targetDistance) {\n // Decrease the heat bar height and adjust the Sun's color\n heatBarHeight = max(0, heatBarHeight - 30); // Decrease heat bar by 50 pixels\n sunColor.g = min(255, sunColor.g + 30); // Increase green component to make the Sun less red\n sunColor.b = min(255, sunColor.b + 30); // Increase blue component to make the Sun less red\n\n // Play the moon attack sound\n if (moonAttackSound.isLoaded()) {\n moonAttackSound.play();\n } else {\n console.log(\"Moon attack sound not loaded yet.\");\n }\n\n moonState = 'returning'; // Change state to returning\n }\n}\n\nfunction moonReturning() {\n const returnSpeed = 0.1; // Speed of return\n\n // Calculate the direction vector from the moon to the Earth\n let directionX = earthX - moonX;\n let directionY = earthY - moonY;\n\n // Normalize the direction vector\n let distance = dist(moonX, moonY, earthX, earthY);\n directionX /= distance;\n directionY /= distance;\n\n // Update the moon's position\n moonX += directionX * returnSpeed * distance;\n moonY += directionY * returnSpeed * distance;\n\n // Check if the Moon has returned to Earth's position\n const orbitProximity = 55; // Distance to consider the Moon back in orbit\n if (dist(moonX, moonY, earthX, earthY) < orbitProximity) {\n resetMoonOrbit(); // Reset the moon's orbit position\n moonState = 'orbiting'; // Change state to orbiting\n console.log('moon is back');\n }\n}\n\nfunction resetMoonOrbit() {\n const moonDistance = 50; // Distance from Earth to Moon\n\n // Calculate the angle between the moon and the Earth\n moonAngle = atan2(moonY - earthY, moonX - earthX);\n\n // Set the moon's position based on the calculated angle\n moonX = earthX + moonDistance * cos(moonAngle); // Moon's X position\n moonY = earthY + moonDistance * sin(moonAngle); // Moon's Y position\n}\n\nlet prevEarthX, prevEarthY; // Variables to store previous position of Earth\nlet earthSpeedX = 0, earthSpeedY = 0; // Variables to store Earth's speed\n\nfunction aimAtRandomPosition() {\n // Randomize the beam direction\n beamDirection = random(TWO_PI);\n\n // Debug logs for tracking\n console.log('Beam Direction:', beamDirection); // Log beam direction\n}\n\nfunction chargeUpBeams() {\n let beamWidth = PI / 4; // Width of the beam cone\n\n fill(255, 255, 0, 100); // Yellow color with transparency\n noStroke(); // No outline for the cone\n\n beginShape();\n vertex(width / 2, height / 2); // Starting point at the center of the Sun\n vertex(width / 2 + sunSize / 2 * cos(beamDirection - beamWidth / 2), height / 2 + sunSize / 2 * sin(beamDirection - beamWidth / 2));\n vertex(width / 2 + sunSize / 2 * cos(beamDirection + beamWidth / 2), height / 2 + sunSize / 2 * sin(beamDirection + beamWidth / 2));\n endShape(CLOSE);\n}\n\n\nfunction updateEarthSpeed() {\n // Store the Earth's previous position\n prevEarthX = earthX;\n prevEarthY = earthY;\n\n // Calculate the Earth's new position\n earthX = width / 2 + earthDistance * cos(earthAngle);\n earthY = height / 2 + earthDistance * sin(earthAngle);\n\n // Calculate the Earth's speed in the X and Y directions\n earthSpeedX = (earthX - prevEarthX) / deltaTime;\n earthSpeedY = (earthY - prevEarthY) / deltaTime;\n}\n\nfunction keyPressed() {\n if (key === ' ') {\n speedUpEarth(); // Increase Earth's speed\n }\n}\n\nfunction keyReleased() {\n if (key === ' ') {\n slowDownEarth(); // Revert to normal speed\n }\n}\n\nlet normalOrbitSpeed = 0.01; // Normal orbit speed\nlet fastOrbitSpeed = 0.05; // Fast orbit speed\n\nfunction speedUpEarth() {\n earthAngleSpeed = fastOrbitSpeed; // Increase orbit speed\n}\n\nfunction slowDownEarth() {\n earthAngleSpeed = normalOrbitSpeed; // Revert to normal orbit speed\n}\n\nfunction updateEarthPosition() {\n let previousAngle = earthAngle; // Store the previous angle\n\n // Update Earth's angle\n earthAngle += earthAngleSpeed;\n\n // Check if a lap is completed\n if (previousAngle < TWO_PI && earthAngle >= TWO_PI) {\n lapCounter++; // Increment lap counter\n earthAngle = 0; // Reset the angle to start a new lap\n\n // Adjust Sun heating speed and beam cooldown time every lapThreshold laps\n if (lapCounter % lapThreshold === 0) {\n sunHeatSpeed += heatSpeedIncrement; // Increase the Sun heating speed\n beamCooldownTime = max(100, beamCooldownTime - cooldownReduction); // Reduce beam cooldown time, ensuring it doesn't go below 100\n }\n\n // Check if the player has won\n if (lapCounter >= winLaps) {\n triggerWin(); // Trigger win condition\n }\n }\n}\n\nfunction drawLapCounter() {\n fill(255); // White text color\n textSize(50); // Text size\n textAlign(RIGHT, TOP); // Align text to the top-right corner\n text(\"Years: \" + lapCounter, width - 20, 20); // Display lap counter at the top-right corner\n}\n\nfunction triggerWin() {\n gameOver = true; // Set the game over flag\n\n // Update the high score if the current score is higher\n if (lapCounter > highScore) {\n highScore = lapCounter;\n }\n\n // Display win message with current score and high score\n background(winScreen); // Use the win screen image as the background\n fill(255); // White text color\n textAlign(CENTER, CENTER); // Center the text\n textSize(32); // Text size\n text(\"You Win!\", width / 2, height / 2 - 20); // Display win message\n textSize(24); // Smaller text size for scores\n text(\"Score: \" + lapCounter, width / 2, height / 2 + 20); // Display current score\n text(\"High Score: \" + highScore, width / 2, height / 2 + 50); // Display high score\n\n // Create \"Play Again\" button\n createButtons();\n}\nfunction createButtons() {\n let playAgainButton = createButton('Play Again');\n playAgainButton.position(width / 2 - 50, height / 2 + 150);\n playAgainButton.mousePressed(resetGame);\n}\n\nfunction resetGame() {\n gameOver = false;\n lapCounter = 0;\n earthHealth = 100;\n heatBarHeight = 0;\n sunColor = { r: 255, g: 255, b: 0 };\n sunHeatSpeed = baseSunHeatSpeed;\n beamCooldownTime = baseBeamCooldownTime;\n beamTimer = 0;\n removeElements(); // Remove buttons\n}\n\nfunction playNarration() {\n if (narrationSound.isLoaded()) {\n narrationSound.play();\n narrationSound.onended(() => {\n createStartButton();\n });\n } else {\n console.log(\"Narration sound not loaded yet.\");\n }\n}\n\nfunction createStartButton() {\n let startButton = createButton('Start Game');\n startButton.position(width / 2 - 50, height / 2 + 100);\n startButton.mousePressed(startGame);\n}\n\nfunction startGame() {\n showIntro = false; // Hide the intro screen\n removeElements(); // Remove the start button\n\n if (sciFiMusic.isLoaded()) {\n sciFiMusic.loop(); // Play the music in a loop\n } else {\n console.log(\"Music not loaded yet.\");\n }\n}","style.css":"","index.html":"\n\n\n\n \n \n Sun and Moon\n \n\n\n\n \n \n 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