#$$$ blockCount = $$10$$ blockWidth = $$50$$ blockHeight = $$30$$ paddleWidth = $$100$$ paddleHeight = $$20$$ ballRadius = $$5$$ ballSpeedRange = [$$5$$, $$10$$] # [minSpeed, maxSpeed] musicURL = "$$https://lgobvciqjnxkpfghvptz.supabase.co/storage/v1/object/public/assets/global/deepSpace.mp3$$" bounceSoundURL = "$$https://lgobvciqjnxkpfghvptz.supabase.co/storage/v1/object/public/assets/global/click.mp3$$" #$$$ def setup(): createCanvas(windowWidth, windowHeight) colorMode(HSB) createPaddle() createBall() createBlocks() global music,bounce music = loadSound(musicURL) bounce = loadSound(bounceSoundURL) def draw(): background(0, 0, 0, 0.5) if not music.isPlaying(): music.play() drawPaddle() updatePaddle() drawBall() updateBall() drawBlocks() updateBlocks() drawScore() if len(blocks) == 0: gameOver() def createPaddle(): global paddle paddle = { 'x': width / 2, 'y': 50, # Adjusted for bottom placement 'w': paddleWidth, 'h': paddleHeight } def drawPaddle(): t = millis() / 10 h = t % 360 fill(h, 100, 100) rect(paddle['x'], paddle['y'], paddle['w'], paddle['h']) def updatePaddle(): paddle['x'] = mouseX - 0.5 * paddle['w'] def createBall(): global ball ball = { 'x': width / 2, 'y': height / 2, 'xspeed': random(*ballSpeedRange), 'yspeed': random(*ballSpeedRange), 'r': ballRadius } def drawBall(): noStroke() fill('white') circle(ball['x'], ball['y'], 2 * ball['r']) def updateBall(): ball['x'] += ball['xspeed'] ball['y'] += ball['yspeed'] # walls if ball['x'] < ball['r']: ball['xspeed'] = abs(ball['xspeed']) if ball['x'] > width - ball['r']: ball['xspeed'] = -abs(ball['xspeed']) if ball['y'] < ball['r']: gameOver() if ball['y'] > height - ball['r']: ball['yspeed'] = -abs(ball['yspeed']) # paddle topX = paddle['x'] < ball['x'] < paddle['x'] + paddle['w'] topY = paddle['y'] < ball['y'] < paddle['y'] + paddle['h'] + ball['r'] if topX and topY: bounce.play() ball['yspeed'] = abs(ball['yspeed']) if ball['x'] > paddle['x'] + 0.5 * paddle['w']: ball['xspeed'] = abs(ball['xspeed']) else: ball['xspeed'] = -abs(ball['xspeed']) bottomX = paddle['x'] < ball['x'] < paddle['x'] + paddle['w'] bottomY = paddle['y'] - ball['r'] < ball['y'] < paddle['y'] if bottomX and bottomY: bounce.play() ball['yspeed'] = -abs(ball['yspeed']) if ball['x'] > paddle['x'] + 0.5 * paddle['w']: ball['xspeed'] = abs(ball['xspeed']) else: ball['xspeed'] = -abs(ball['xspeed']) leftX = paddle['x'] - ball['r'] < ball['x'] < paddle['x'] leftY = paddle['y'] < ball['y'] < paddle['y'] + paddle['h'] if leftX and leftY: bounce.play() ball['xspeed'] = -abs(ball['xspeed']) rightX = paddle['x'] + paddle['w'] < ball['x'] < paddle['x'] + paddle['w'] + ball['r'] rightY = paddle['y'] < ball['y'] < paddle['y'] + paddle['h'] if rightX and rightY: bounce.play() ball['xspeed'] = abs(ball['xspeed']) def createBlocks(): global blocks, numBlocks blocks = [] numBlocks = blockCount space = width/numBlocks - blockWidth for i in range(numBlocks): b = { 'x': i * (blockWidth + space), 'y': height - 100, # Adjust the y position as needed 'w': blockWidth, 'h': blockHeight } blocks.append(b) def drawBlocks(): noStroke() count = numBlocks - len(blocks) h = 360 * count / numBlocks fill(h, 100, 100) for b in blocks: rect(b['x'], b['y'], b['w'], b['h']) def updateBlocks(): hit = [] for b in blocks: topX = b['x'] < ball['x'] < b['x'] + b['w'] topY = b['y'] + b['h'] < ball['y'] < b['y'] + b['h'] + ball['r'] if topX and topY: ball['yspeed'] = abs(ball['yspeed']) hit.append(b) bottomX = b['x'] < ball['x'] < b['x'] + b['w'] bottomY = b['y'] - ball['r'] < ball['y'] < b['y'] if bottomX and bottomY: ball['yspeed'] = -abs(ball['yspeed']) hit.append(b) leftX = b['x'] - ball['r'] < ball['x'] < b['x'] leftY = b['y'] < ball['y'] < b['y'] + b['h'] if leftX and leftY: ball['xspeed'] = -abs(ball['xspeed']) hit.append(b) rightX = b['x'] + b['w'] < ball['x'] < b['x'] + b['w'] + ball['r'] rightY = b['y'] < ball['y'] < b['y'] + b['h'] if rightX and rightY: ball['xspeed'] = abs(ball['xspeed']) hit.append(b) for b in hit: blocks.remove(b) bounce.play() def drawScore(): count = numBlocks - len(blocks) pct = 100 * count / numBlocks pct = round(pct, 0) noStroke() fill('white') textAlign(LEFT, BASELINE) textSize(20) text('Score: ' + str(pct) + '%', 10, 10) # Outline stroke('white') strokeWeight(2) noFill() x = 10 y = 30 w = 120 h = 10 rect(x, y, w, h) # Fill clr = 360 * pct / 100 noStroke() fill(clr, 100, 100) x += 1 y += 1 w = w * pct / 100 - 2 h -= 2 rect(x, y, w, h) def gameOver(): textAlign(CENTER, CENTER) textSize(32) noStroke() fill('white') text('GAME OVER', width / 2, height / 2) ball['xspeed'] = 0 ball['yspeed'] = 0

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