def HvsC(human, computer, Clever_Stupid):
# logger = logging.getLogger()
# handler=logging.FileHandler("Log_game_2.txt")
# logger.addHandler(handler)
# logger.setLevel(logging.NOTSET)
d = 5
input_n = len(human)
computer.reverse()
currentList = computer + human if Clever_Stupid == 'A' else human + computer
dict = computer_next_step(currentList, input_n, d, Clever_Stupid)
next_list = dict['list']
selected_index = len(next_list) / 2 - 1 - dict['index']
# logger.debug("in algorithm current_list : %s",str(next_list))
# logger.debug("in algorithm selected_index : %s",str(selected_index))
computer = next_list[0:len(next_list) / 2]
human = next_list[len(next_list) / 2:len(next_list)]
if Clever_Stupid == 'B':
human, computer = computer, human
computer.reverse()
return [human, computer, selected_index]
def HvsC(human, computer, Clever_Stupid):
# logger = logging.getLogger()
# handler=logging.FileHandler("Log_game_2.txt")
# logger.addHandler(handler)
# logger.setLevel(logging.NOTSET)
d = 5
input_n = len(human)
computer.reverse()
currentList = computer + human if Clever_Stupid == 'A' else human + computer
dict = computer_next_step(currentList,input_n,d,Clever_Stupid)
next_list = dict['list']
selected_index = len(next_list)/2 - 1 - dict['index']
# logger.debug("in algorithm current_list : %s",str(next_list))
# logger.debug("in algorithm selected_index : %s",str(selected_index))
computer = next_list[0:len(next_list) / 2]
human = next_list[len(next_list) / 2 : len(next_list)]
if Clever_Stupid == 'B':
human, computer = computer, human
computer.reverse()
return [human, computer, selected_index]
def CvsC(computer_A, computer_B, Clever_Stupid, who_s_turn):
d = 4
# who_s_turn = 'A'
dict = computer_next_step(computer_A, computer_B, d, Clever_Stupid, who_s_turn)
next_list = dict['list']
if who_s_turn=='B':
selected_index = len(next_list) - 1 - dict['index']
else:
selected_index = dict['index']
computer_A = next_list[0:len(next_list) / 2]
computer_B = next_list[len(next_list) / 2 : len(next_list)]
computer_B.reverse()
return {
"computer_B": computer_B,
"computer_A": computer_A,
"selected_index": selected_index
}
def HvsC(human, computer, Clever_Stupid):
d = 3
who_s_turn = 'A'
dict = computer_next_step(computer, human, d, Clever_Stupid, who_s_turn)
next_list = dict['list']
if who_s_turn=='B':
selected_index = len(next_list) - 1 - dict['index']
else:
selected_index = dict['index']
computer = next_list[0:len(next_list) / 2]
human = next_list[len(next_list) / 2 : len(next_list)]
human.reverse()
return {
"human": human,
"computer": computer,
"selected_index": selected_index
}
def HvsC(human, computer, Clever_Stupid):
d = 3
who_s_turn = 'A'
dict = computer_next_step(computer, human, d, Clever_Stupid, who_s_turn)
next_list = dict['list']
if who_s_turn == 'B':
selected_index = len(next_list) - 1 - dict['index']
else:
selected_index = dict['index']
computer = next_list[0:len(next_list) / 2]
human = next_list[len(next_list) / 2:len(next_list)]
human.reverse()
return {
"human": human,
"computer": computer,
"selected_index": selected_index
}
def CvsC(computer_A, computer_B, Clever_Stupid, who_s_turn):
d = 4
# who_s_turn = 'A'
dict = computer_next_step(computer_A, computer_B, d, Clever_Stupid,
who_s_turn)
next_list = dict['list']
if who_s_turn == 'B':
selected_index = len(next_list) - 1 - dict['index']
else:
selected_index = dict['index']
computer_A = next_list[0:len(next_list) / 2]
computer_B = next_list[len(next_list) / 2:len(next_list)]
computer_B.reverse()
return {
"computer_B": computer_B,
"computer_A": computer_A,
"selected_index": selected_index
}
