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Content import system import random import time import rgb import buttons import defines def input_a(pressed): global player global board global winner global game_over global col global row global exit if pressed: if game_over or exit>0: exit = 2 elif winner == 0: board[col][row] = player if player_wins(): winner = player scoreboard[winner] += 1 if scoreboard[winner] == 6: game_over = True else: player = (player % 2) + 1 if board[3][5] == 0: col = 3 for row in range(6): if board[col][row] == 0: return else: col = -1 for i in range(1,4): if board[3-i][5] == 0: col = 3 - i break if board[3+i][5] == 0: col = 3 + i break if col == -1: winner = 3 scoreboard[0] += 1 if scoreboard[0] == 6: game_over = True return for row in range(6): if board[col][row] == 0: return else: if winner == 1 or winner == 2: pixels[18 + 2 * winner + 32*(7-scoreboard[winner])] \ = 0xff << ((winner+1)*8) else: pixels[21 + 32*(7-scoreboard[0])] = 0xffff0000 init_game() def input_b(pressed): global exit global game_over if pressed: if game_over: exit = 2 elif exit>0: exit = 0 for y in range(8): pixels[31 + 32*y] = 0x00000000 else: exit = 1 def input_left(pressed): global col global row if pressed: x = col while x > 0: x = x - 1 for y in range(6): if board[x][y] == 0: col = x row = y return def input_right(pressed): global col global row if pressed: x = col while x < 6: x = x + 1 for y in range(6): if board[x][y] == 0: col = x row = y return buttons.register(defines.BTN_LEFT, input_left) buttons.register(defines.BTN_RIGHT, input_right) buttons.register(defines.BTN_A, input_a) buttons.register(defines.BTN_B, input_b) def init_game(): global board global startplayer global player global winner global winning_series global col global row winner = 0 winning_series = [] startplayer = (startplayer % 2) + 1 player = startplayer col = 3 row = 0 board = [[0 for y in range(6)] for x in range(7)] draw_board() def init_pixels(): global pixels pixels = [0x00000000 for i in range(8*32)] for y in range(8): pixels[ 8 + 32*y] = 0x80808000 pixels[16 + 32*y] = 0x80808000 pixels[19 + 32*y] = 0x80808000 pixels[23 + 32*y] = 0x80808000 for x in range(7): pixels[9+x ] = 0x80808000 pixels[9+x + 32*7] = 0x80808000 for x in range(3): pixels[20+x ] = 0x80808000 pixels[20+x + 32*7] = 0x80808000 def draw_board(): global pixels for x in range(7): for y in range(6): if board[x][y] != 0: pixels[9+x + 32*(6-y)] = 0xff << ((board[x][y]+1)*8) else: pixels[9+x + 32*(6-y)] = 0x00000000 def player_wins(): global board global winning_series global col global row global player # check vertical streak = 1 x = col y = row winning_series = [(x,y)] while y > 0: y -= 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break if streak >= 4: return True # check horizontal streak = 1 x = col y = row winning_series = [(x,y)] while x > 0: x -= 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break x = col y = row while x < 6: x += 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break if streak >= 4: return True # check diagonal1 streak = 1 x = col y = row winning_series = [(x,y)] while x > 0 and y > 0: x -= 1 y -= 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break x = col y = row while x < 6 and y < 5: x += 1 y += 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break if streak >= 4: return True # check diagonal2 streak = 1 x = col y = row winning_series = [(x,y)] while x > 0 and y < 5: x -= 1 y += 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break x = col y = row while x < 6 and y > 0: x += 1 y -= 1 if board[x][y] == player: streak += 1 winning_series.append((x,y)) else: break if streak >= 4: return True return False # end player_wins() rgb.framerate(30) rgb.disablecomp() flashing = [8*i for i in range(32)] flashing.extend([8*(31-i) for i in range(32)]) random.seed(time.ticks_ms()) startplayer = random.randint(1,2) player = 0 winner = 0 game_over = False scoreboard = [0,0,0] col = 3 row = 0 init_pixels() init_game() it = 0 exit = 0 while exit < 2: draw_board() color = flashing[(it % 64)]<<((player+1)*8) if exit>0: for y in range(4): pixels[31 + 32*y] = flashing[(it % 64)]<<16 pixels[31 + 32*(4+y)] = flashing[(it % 64)]<<24 elif game_over: for i in range(6): if winner == 3: pixels[21 + 32*(6-i)] = flashing[(it%64)] * 0x01010000 else: pixels[18 + 2*winner + 32*(6-i)] = color else: if winner == 0: pixels[9+col + 32*(6-row)] = color elif winner == 1 or winner == 2: for x,y in winning_series: pixels[9+x + 32*(6-y)] = color pixels[18 + 2 * winner + 32*(7-scoreboard[winner])] = color else: pixels[21 + 32*(7-scoreboard[0])] = flashing[(it%64)] * 0x01010000 rgb.frame(pixels) it = it + 1 time.sleep(0.003) system.reboot()