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Content import defines import rgb import buttons import system import machine from time import sleep exit = 1 score = 0 width = 32 height = 8 playerY = 3.0 playerX = 6 playerVelocity = 0.0 playerJumpVelocity = 0.7 btnPressed = -1 gravity = 0.92 score = 0 currentHighscore = 0 highscoreDrawX = 0 scoreDrawX = 0 newHighscore = 0 pauseA = None test = "Negeren die boel" #initiële positie van de pijpen initiëren pipeList = [[31, machine.random(1, 5)], [42, machine.random(1, 5)], [ 53, machine.random(1, 5)]] #A knop afvangen en onnodige fix voor als er 2 events in 1 frame plaatsvinden def input_A(pressed): global btnPressed global pauseA if pauseA == True: return if btnPressed == defines.BTN_A: print("Not handled") else: global playerVelocity playerVelocity = playerJumpVelocity print("Pressed") btnPressed = defines.BTN_A #Render de speler pixel en elke pijp def render(): rgb.clear() rgb.pixel((100, 70, 150), (int(playerX), int(playerY))) for x in pipeList: drawPipe(x[0], x[1]) #Pijp tekenen op de desbetreffende X positie en een gat van 3 pixels maken om de gate waarde def drawPipe(positionX, gate): for x in range(height): if x != gate-1 and x != gate and x != gate+1: rgb.pixel((140, 45, 40), (positionX, x)) #Score tekenen en afhankelijk van de score de positie en de duratie van de pauze aanpassen def showScore(): global score global currentHighscore global btnPressed global pauseA #Geen scoren dan gelijk terug naar de game if score != 0: rgb.clear() checkHighscore(score) highscoreDrawX = 22 if currentHighscore >= 10: highscoreDrawX = 19 scoreDrawX = 5 if score >= 10: scoreDrawX = 2 if newHighscore: rgb.text(str(currentHighscore), (30, 120, 60), (highscoreDrawX, 0)) rgb.text(str(score), (30, 120, 60), (scoreDrawX, 0)) else: rgb.text(str(currentHighscore), (170, 10, 50), (highscoreDrawX, 0)) rgb.text(str(score), (90, 30, 90), (scoreDrawX, 0)) #Scheidingslijn tekenen for i in range(2): for j in range(8): rgb.pixel((100, 100, 100), (15+i, j)) #Spullllll pauseA = True sleep(0.2) while btnPressed != defines.BTN_A: #Wait for A press to continue pauseA = None if btnPressed == defines.BTN_A: print("Breakout") break resetGame() else: resetGame() #Check of de nieuwe score hoger is dan de huidige Highscore (Toekomstig update met lokaal opgeslagen highscore) def checkHighscore(reachedScore): global newHighscore global currentHighscore if currentHighscore < reachedScore: newHighscore = 1 currentHighscore = reachedScore machine.nvs_setint('flappyScore', 'highscore', reachedScore) else: newHighscore = 0 #data = machine.nvs_getint('my_namespace', 'my_keyname') def loadHighscore(): global currentHighscore currentHighscore = machine.nvs_getint('flappyScore', 'highscore') if currentHighscore == None: currentHighscore = 0 machine.nvs_setint('flappyScore', 'highscore', 0) print(currentHighscore) #Alles weer terugzetten naar begin waardes def resetGame(): global pipeList pipeList=[[31, machine.random(1, 5)], [42, machine.random(1, 5)], [53, machine.random(1, 5)]] global playerY playerY=3.0 global playerX playerX=6 global playerVelocity playerVelocity=0.0 global playerJumpVelocity playerJumpVelocity=0.7 # 0.8 global btnPressed btnPressed=-1 global score score=0 # Button events registreren buttons.register(defines.BTN_A, input_A) # Highscore inladen vanuit de local storage loadHighscore() while exit != 0: # Zolang er geen B gedrukt wordt run de loop # Logica # Input uitlezen en consume if btnPressed == defines.BTN_A: btnPressed=-1 # Movement player aanpassen playerVelocity=playerVelocity * gravity playerVelocity=playerVelocity - 0.2 playerY -= playerVelocity # Pijpen checken en eventueel weghalen/nieuwe spawnen for pipe in pipeList: pipe[0] -= 1 if pipe[0] < 0: pipe[0] += 32 pipe[1]=machine.random(1, 6) if pipe[0] == playerX: if int(playerY) >= pipe[1]-1 and int(playerY) <= pipe[1] + 1: # Pijp gehaald score += 1 else: # Dood showScore() # Render render() sleep(0.06)