def main(st):
# st = lib.SimpleStage()
st.register_players(lib.Player((0, 0, 256), "Yamatope", 0),
lib.Player((256, 0, 0), "Hayashi", 1))
while (st.frame <= stg.MAX_FRAME):
sys.stdout.write("\r{:0=3} / {} frame".format(st.frame, stg.MAX_FRAME))
sys.stdout.flush()
# time.sleep(0.01)
st.pre_draw()
lib.Character.all_passive_change(st)
mv.lethal_hayashi(st.players[1])
mv.yamatope_moves(st.players[0])
lib.Character.all_move(st)
lib.Bullet.all_move(st)
lib.Character.all_lethal_blow(st)
lib.Character.respawn_check(st)
if (st.frame % int(round(1 / stg.DT)) == 0): st.draw_field()
# st.draw_field()
st.frame += 1
sys.stdout.write("\nnow drawing...")
st.output()
sys.stdout.write("\033[2K\033[G")
sys.stdout.write(st.__class__.__name__ + " has finished!!\n")
while True:
try:
N = int(raw_input('Type how many packs of cards to use (N): ').strip())
mc = int(
raw_input(
'Choose matching condition (mc): type "1" for value, "2" for suit, "3" for both: '
).strip())
break
except ValueError:
print('That was no valid number. Try again')
# create a pile using N (from input) pacs of cards
cards = lib.Cards(N)
# create two players
player1 = lib.Player()
player2 = lib.Player()
# shuffle the cards
cards.shuffle(cards.cards_number)
# define set of matching conditions
mc_list = ['value'] if mc == 1 else ['suit'] if mc == 2 else [
'value', 'suit'
] if mc == 3 else exit("%s is not acceptable value for matching condition" %
mc)
# play the game
i = 1
while i < cards.cards_number:
mc_value = cards.match(mc_list, i)
def set_player(server, player):
player_obj = lib.Player()
player_obj.player = player
player_obj.guild = server
lib.players[server] = player_obj
return lib.players[server]
# -*- coding:utf8 -*-
import sys
import os
sys.path.append(os.getcwd())
import lib
import time
if __name__ == '__main__':
player = lib.Player()
control = lib.Control(lib.DD())
recorder = lib.PathRecorder(player=player, control=control, delay=0.5)
print(recorder.inner_record())