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Content import ugfx import appglue from random import randint from time import sleep min_width = 5 min_height = 5 max_width = 285 max_height = 100 player_height = 30 player_part_top = 10 player_part_bottom = 20 player_part_middle = 30 player_scored = None # None, "one", "two" player_scores = [0, 0] # Player one score, Player two score poo = randint(20, 50) # Player one Y offset pto = randint(20, 50) # Player two Y offset game_clock = 10 game_center = 140 ball_x, ball_y = game_center, 55 ball_direction = ["left", "middle"] # "left", "right" : "up", "middle", "down" ball_height = 4 ugfx.init() ugfx.input_init() def draw(): draw_field() draw_players() draw_info() ugfx.flush() def draw_field(): ugfx.clear(ugfx.WHITE) ugfx.box(min_width, min_height, max_width, max_height, ugfx.BLACK) if not player_scored: ugfx.line(game_center, min_height, game_center, max_height + 4, ugfx.BLACK) def draw_info(): score = "{} : {}".format(*player_scores) score_length = ugfx.get_string_width(score, "Roboto_Regular12") ugfx.string(game_center - int(score_length / 2), 110, score, "Roboto_Regular12", ugfx.BLACK) ugfx.string(5, 110, "[UP/DOWN]", "Roboto_Regular12", ugfx.BLACK) ugfx.string(265, 110, "[A/B]", "Roboto_Regular12", ugfx.BLACK) if player_scored: title = "SCORE!" subtitle = "Player {} scored".format(player_scored) title_length = ugfx.get_string_width(title, "PermanentMarker36") subtitle_length = ugfx.get_string_width(subtitle, "Roboto_BlackItalic24") ugfx.string(game_center - int(title_length / 2), 22, title, "PermanentMarker36", ugfx.BLACK) ugfx.string(game_center - int(subtitle_length / 2), 62, subtitle, "Roboto_BlackItalic24", ugfx.BLACK) def draw_players(): if not player_scored: ugfx.thickline(min_width + 10, poo, min_width + 10, poo + player_height, ugfx.BLACK, 3, False) ugfx.thickline(max_width - 5, pto, max_width - 5, pto + player_height, ugfx.BLACK, 3, False) ugfx.fill_circle(ball_x, ball_y, ball_height, ugfx.BLACK) def constrain_player(player_location): return min(75, max(5, player_location)) def constrain_ball_x(ball_location): return min(max_width, max(min_width, ball_location)) def constrain_ball_y(ball_location): return min(max_height, max(min_height, ball_location)) def handle_score(player): global player_scored, player_scores, ball_direction, ball_x, ball_y, pto, poo player_scored = player player_scores[["one", "two"].index(player)] += 1 draw() sleep(3) player_scored = None pto = randint(20, 50) poo = randint(20, 50) ball_x, ball_y = game_center, randint(45, 55) invert_ball_direction() ball_direction[1] = "middle" def invert_ball_direction(): global ball_direction ball_direction[0] = "right" if ball_direction[0] == "left" else "left" def determine_ball_vertical_direction(player): if player <= 14: ball_direction[1] = "up" elif player in range(14, 17): ball_direction[1] = "middle" elif player >= 17: ball_direction[1] = "down" def ai_move_players(): global poo, pto, player_scores poo = constrain_player((poo - 5) if bool(randint(0, 1)) else (poo + 5)) pto = constrain_player((pto - 5) if bool(randint(0, 1)) else (pto + 5)) def ai_move_ball(): global ball_x, ball_y, ball_direction, player_scored # Handle score if ball_x <= min_width: return handle_score("two") elif ball_x >= max_width: return handle_score("one") # Invert ball on bar hit if ball_x in range(max_width - 15, max_width - 5) or ball_x in range(min_width + 15, min_width + 30): if ball_direction[0] == "left" and ball_y in range(poo, poo + player_height + 4): determine_ball_vertical_direction((ball_y - 2) - poo) invert_ball_direction() elif ball_direction[0] == "right" and ball_y in range(pto, pto + player_height + 4): determine_ball_vertical_direction((ball_y - 2) - pto) invert_ball_direction() # Bounce ball if ball_y <= min_height: ball_direction[1] = "down" elif ball_y >= max_height: ball_direction[1] = "up" # Move ball left/right if ball_direction[0] == "left": ball_x = constrain_ball_x(ball_x - 15) else: ball_x = constrain_ball_x(ball_x + 15) # Move ball up/down/middle if ball_direction[1] == "up": ball_y = constrain_ball_y(ball_y - 10) elif ball_direction[1] == "down": ball_y = constrain_ball_y(ball_y + 10) def player_one_up(pressed): global poo poo = constrain_player(poo - 5) def player_one_down(pressed): global poo poo = constrain_player(poo + 5) def player_two_up(pressed): global pto pto = constrain_player(pto - 5) def player_two_down(pressed): global pto pto = constrain_player(pto + 5) ugfx.input_attach(ugfx.BTN_START, lambda p: appglue.home()) ugfx.input_attach(ugfx.JOY_UP, player_one_up) ugfx.input_attach(ugfx.JOY_DOWN, player_one_down) ugfx.input_attach(ugfx.BTN_A, player_two_up) ugfx.input_attach(ugfx.BTN_B, player_two_down) # Main game loop # Draws the entire game field & handles I/O while True: draw() ai_move_ball()