def main():
# set opcoes
clock = 0.1
seed = random.random()*10000
width = 10 #20
height = 10 #12
limite = 1000
is_block = True
is_color = True
block_symbol = u'\u2588'#unicode FullBlock
block_symbols = {
'start' : u'O',
'end' : u'X',
'wall_v' : block_symbol,
'wall_h' : block_symbol,
'wall_c' : block_symbol,
'visited' : block_symbol,
}
color_symbols = {
'empty_color' : COLOR_DEFAULT,
'visited_color' : COLOR_WHITE, # incluido
'wall_color' : COLOR_BLUE,
'head_color' : COLOR_RED,
'tail_color' : COLOR_CYAN,
'start_bg_color' : COLOR_BG_YELLOW,
'end_bg_color' : COLOR_BG_YELLOW,
# if color, full block for player too
'head' : block_symbol,
'tail' : block_symbol,
'visited' : block_symbol, # incluido
}
#default symbols (not unicode or ANSI coloring)
symbols = {
# default symbols
'start' : 'S',
'end' : 'X',
'wall_v' : '|',
'wall_h' : '-',
'wall_c' : '+',
'head' : '#',
'tail' : 'o',
'empty' : ' ',
'visited' : 'v',
}
# se quiser desenho em blocos - necessario monospaced font
# se nao, comente com #
symbols.update(block_symbols)
symbols.update(color_symbols)
# cria o labirinto
maze_obj = maze.Maze(width, height, seed, symbols)
# usa seu algoritmo (gbc063) para sair do labirinto
play_maze(maze_obj,limite,clock)
def main():
clock = 0.1
width = 10 #20
height = 10 #12
limite = 99
seed = random.random() * 10000
is_block = True
is_color = True
block_symbol = u'\u2588' #unicode FullBlock
block_symbols = {
'start': u'O',
'end': u'X',
'wall_v': block_symbol,
'wall_h': block_symbol,
'wall_c': block_symbol,
'visited': block_symbol,
}
color_symbols = {
'empty_color': COLOR_DEFAULT,
'visited_color': COLOR_WHITE, # incluido
'wall_color': COLOR_BLUE,
'head_color': COLOR_RED,
'tail_color': COLOR_CYAN,
'start_bg_color': COLOR_BG_YELLOW,
'end_bg_color': COLOR_BG_YELLOW,
# if color, full block for player too
'head': block_symbol,
'tail': block_symbol,
'visited': block_symbol, # incluido
}
#default symbols (not unicode or ANSI coloring)
symbols = {
# default symbols
'start': 'S',
'end': 'X',
'wall_v': '|',
'wall_h': '-',
'wall_c': '+',
'head': '#',
'tail': 'o',
'empty': ' ',
'visited': 'v',
}
# se quiser desenho em blocos - necessario monospaced font
# se nao, comente com #
symbols.update(block_symbols)
symbols.update(color_symbols)
# cria o labirinto
# usa seu algoritmo (gbc063) para sair do labirinto
""" rodar o labirinto 100 vezes
colocar o resultado de cada labirinto em uma classe com a quantidade de passos e movimentos resultantes
gerar um boxplot de labirintos x quantidade de passos e labirinto x movivmentos
algo do tipo plt.boxplot(labiritos, movimentos)
"""
maze_obj = maze.Maze(width, height, seed, symbols)
play_maze(maze_obj, limite, clock)