#Trisha Ruiz #6/18/2023 #scoring system | rythym game #init import pygame, sys, random from pygame.locals import * pygame.init() import player, map def play(): #constants MAP_WIDTH = 1000 MAP_HEIGHT = 1000 # variables x, y main_player = [480,300] camera = [0, 0] loop = 0 left_e = [] right_e = [] up_e = [] down_e = [] x = 0 y = 0 collided = False #to create camera illusion we must off set everything drawn on screen #music pygame.mixer.music.load("pokemon.wav") #loads the music music_started = False #window settings GAMEMAP = pygame.display.set_mode((MAP_WIDTH, MAP_HEIGHT)) DISPLAYSURF = pygame.Surface((500, 500)) clock = pygame.time.Clock() #text settings font = pygame.font.SysFont("comic sans", 30) score = 0 scoreL = font.render("Score: "+ str(score), 1, "pink") time = 0 startT = 0 endT = 0 lose = False #lives = 7 running = True while running: clock.tick(60) loop += 1 DISPLAYSURF.fill(0) #MAP map.load_map(DISPLAYSURF, main_player) #offset creates illusion of camera (need to offset ALL items on display) camera[0] = main_player[0] - 500 //2 camera[1] = main_player[1] - 500 // 2 #blitting score DISPLAYSURF.blit(scoreL, (400, 350)) #make sure to update label scoreL = font.render("Score: "+ str(score), 1, "cyan") for event in pygame.event.get(): if event.type == pygame.QUIT: running = False pygame.mixer.music.stop() return #you can also return values if event.type == pygame.KEYDOWN: if event.key == K_SPACE: #check collision for enemy in right_e: #get rectangle of object 1 and object 2 e = pygame.Rect(enemy[0], enemy[1], 50, 50) p = pygame.Rect(main_player[0], main_player[1], 30, 30) #check collision of two objects: object1.colliderect(object2) if e.colliderect(p): enemy[2] = True right_e.remove(enemy) score += 1 for enemy in left_e: e = pygame.Rect(enemy[0], enemy[1], 50, 50) p = pygame.Rect(main_player[0], main_player[1], 30, 30) if e.colliderect(p): enemy[2] = True left_e.remove(enemy) score += 1 for enemy in up_e: e = pygame.Rect(enemy[0], enemy[1], 50, 50) p = pygame.Rect(main_player[0], main_player[1], 30, 30) if e.colliderect(p): enemy[2] = True up_e.remove(enemy) score += 1 for enemy in down_e: e = pygame.Rect(enemy[0], enemy[1], 50, 50) p = pygame.Rect(main_player[0], main_player[1], 30, 30) if e.colliderect(p): enemy[2] = True down_e.remove(enemy) score += 1 keys = pygame.key.get_pressed() #return state of all our keys #START TRIGGER pygame.draw.rect(DISPLAYSURF, "gray", (400-camera[0], 400-camera[1], 200, 200)) start_rect = pygame.Rect(400, 400, 200, 200) p_rect = pygame.Rect(main_player[0], main_player[1], 30, 30) if start_rect.colliderect(p_rect) and startT == 0: startT = pygame.time.get_ticks() #ENEMY | SPAWN FROM FOUR DIFF DIRECTIONS # [x, y, collided] | attributes if loop % 30 == 0 and start_rect.colliderect(p_rect): direction = random.randint(1, 4) if direction == 1: #right to left #init attributes x = 1000 y = random.randint(450, 550) collided = False #append enemy right_e.append([x, y, collided]) if direction == 2: #left to right x = 0 y = random.randint(450, 550) collided = False left_e.append([x, y, collided]) if direction == 3: #top to bottom y = 0 x = random.randint(450, 550) collided = False up_e.append([x, y, collided]) if direction == 4: #bottom to top y = 1000 x = random.randint(450, 550) collided = False down_e.append([x, y, collided]) #DRAW | MOVE for enemy in right_e: collided = enemy[2] #take the collission flag of each enemy if not collided: pygame.draw.rect(DISPLAYSURF, "#F81894", (enemy[0]-camera[0], enemy[1]-camera[1], 50, 50)) enemy[0] -= 4 #move right to left for enemy in left_e: collided = enemy[2] if not collided: pygame.draw.rect(DISPLAYSURF, "#DE3163", (enemy[0]-camera[0], enemy[1]-camera[1], 50, 50)) enemy[0] += 4 #move left to right for enemy in up_e: collided = enemy[2] if not collided: pygame.draw.rect(DISPLAYSURF, "#FC0FC0", (enemy[0]-camera[0], enemy[1]-camera[1], 50, 50)) enemy[1] += 4 #move top to bottom for enemy in down_e: collided = enemy[2] if not collided: pygame.draw.rect(DISPLAYSURF, "#FF69B4", (enemy[0]-camera[0], enemy[1]-camera[1], 50, 50)) enemy[1] -= 4 #move bottom to top #remove useless tiles for enemy in right_e: if (enemy[0] < 0): #if enemy leaves their bound based on direction remove it right_e.remove(enemy) score-=5 for enemy in left_e: if (enemy[0] > 1000): left_e.remove(enemy) score-=5 for enemy in up_e: if (enemy[1] > 1000): up_e.remove(enemy) score-=5 for enemy in down_e: if (enemy[1] < 0): down_e.remove(enemy) score-=5 #MUSIC START | music will only start if it hasn't started already, and if we're on play area if not music_started and start_rect.colliderect(p_rect): pygame.mixer.music.play(-1) music_started = True elif music_started and not start_rect.colliderect(p_rect): pygame.mixer.music.stop() music_started = False #losing condition if score <= -10: music_started = False pygame.mixer.music.stop() endT = pygame.time.get_ticks() if not lose: time = endT - startT timeL = font.render("YOU TOOK "+str(time/1000)+" seconds to die", 1, "white") DISPLAYSURF.fill("red") DISPLAYSURF.blit(timeL, (100, 200)) lose = True #PLAYER player.move(keys, main_player) player.animate(main_player, keys, DISPLAYSURF) #CHANGE WINDOW surf = pygame.transform.scale(DISPLAYSURF, (MAP_WIDTH, MAP_HEIGHT)) GAMEMAP.blit(surf, (0,0)) pygame.display.update()