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from menu import *
from entry_list import *
from entry import *
from analysis_board import *
from random import *
from time import time
def rnd(i = 1): return randint(0,i)
class Bot():
def __init__(self, name, entry, plr_list=None):
self.color_int = 7
self.is_machine = True
self.name = name
# bots go at the end of the list
self.plr_list = plr_list
self.alg_1 = self.no_alg
self.alg_2 = self.no_alg
self.alg_3 = self.no_alg
self.alg_4 = self.no_alg
self.alg_5 = self.no_alg
# initialize a menu and set it to self.menu
self.param_alg_1 = Param('1st Algorithm', self.alg_name_list, setr_meth=self.set_alg_1)
self.param_alg_2 = Param('2nd Algorithm', self.alg_name_list, setr_meth=self.set_alg_2)
self.param_alg_3 = Param('3rd Algorithm', self.alg_name_list, setr_meth=self.set_alg_3)
self.param_alg_4 = Param('4th Algorithm', self.alg_name_list, setr_meth=self.set_alg_4)
self.param_alg_5 = Param('5th Algorithm', self.alg_name_list, setr_meth=self.set_alg_5)
self.param_alg_1.item = self.alg_1.__name__
self.param_alg_2.item = self.alg_2.__name__
self.param_alg_3.item = self.alg_3.__name__
self.param_alg_4.item = self.alg_4.__name__
self.param_alg_5.item = self.alg_5.__name__
self.entries = EntryList([self.param_alg_1, self.param_alg_2, self.param_alg_3, self.param_alg_4, self.param_alg_5])
self.prompt = f"Edit {self.name}'s Settings"
self.menu = Menu(self.prompt, self.entries)
self.entry = entry
entry.text = name
entry.item = self.menu
self.board = AnalysisBoard()
@property
def text_color(self):
if self.color_int > 0 and self.color_int <=7:
return f'\033[9{self.color_int}m'
@property
def indicate_color(self):
if self.color_int > 0 and self.color_int <=7:
return f'\033[10{self.color_int}m\033[30m'
def set_alg_1(self, alg_name): self.alg_1 = self.alg_list[self.alg_name_list.index(alg_name)]
def set_alg_2(self, alg_name): self.alg_2 = self.alg_list[self.alg_name_list.index(alg_name)]
def set_alg_3(self, alg_name): self.alg_3 = self.alg_list[self.alg_name_list.index(alg_name)]
def set_alg_4(self, alg_name): self.alg_4 = self.alg_list[self.alg_name_list.index(alg_name)]
def set_alg_5(self, alg_name): self.alg_5 = self.alg_list[self.alg_name_list.index(alg_name)]
@property
def alg_list(self):
lst = []
for att in dir(self):
if len(att) >= 5:
if att[-4:] == '_alg' or att[:5] == 'rand_':
lst.append(getattr(self, att))
return lst
@property
def alg_name_list(self):
lst = []
for alg in self.alg_list:
lst.append(alg.__name__)
return lst
def rand_fr(self): return choice('abc') + choice('123')
def rand_sqr(self): return choice(['a1', 'a2', 'a3', 'b1', 'b2', 'b3', 'c1', 'c2', 'c3'])
def rand_lgl(self): return choice(self.board.legal_moves)
def no_alg(self): return ''
def tiar_alg(self):
sqr_nm = ''
row_names = self.board.row_names
shuffle(row_names)
for row_name in row_names:
if self.board.row_dict[row_name].count(self.board.turn) == 2 and self.board.row_dict[row_name].count(' ') == 1:
pos = self.board.row_dict[row_name].index(' ')
sqr_nms = self.board.__getattribute__(f'row_{row_name}_sqr_nms')
sqr_nm = sqr_nms[pos]
return sqr_nm
def block_alg(self):
sqr_nm = ''
row_names = self.board.row_names
shuffle(row_names)
for row_name in row_names:
if self.board.row_dict[row_name].count(self.board.alt_turn) == 2 and self.board.row_dict[row_name].count(' ') == 1:
pos = self.board.row_dict[row_name].index(' ')
sqr_nms = self.board.__getattribute__(f'row_{row_name}_sqr_nms')
sqr_nm = sqr_nms[pos]
return sqr_nm
def build_alg(self):
sqr_nm = ''
row_names = self.board.row_names
shuffle(row_names)
for row_name in row_names:
if self.board.row_dict[row_name].count(self.board.turn) == 1 and self.board.row_dict[row_name].count(' ') == 2:
rng_ind = [0, 1, 2]
pos = self.board.row_dict[row_name].index(self.board.turn)
rng_ind.remove(pos)
sqr_nms = self.board.__getattribute__(f'row_{row_name}_sqr_nms')
sqr_nm = sqr_nms[rng_ind[rnd()]]
return sqr_nm
def fork_alg(self):
sqr_nm = ''
sn = self.board.all_sqr_nms
shuffle(sn)
for s in sn:
if self.board.all_sqrs_dict[s] == self.board.turn:
s_2 = ''
for s_0 in sn:
if s_0 != s and self.board.all_sqrs_dict[s_0] == self.board.turn: s_2 = s_0
if s_2 != '':
rows_s_1 = self.board.sqr_rows[s]
rows_s_2 = self.board.sqr_rows[s_2]
for q in sn:
if self.board.all_sqrs_dict[q] == ' ':
row_q_1 = ''
row_q_2 = ''
for row_q in self.board.sqr_rows[q]:
if row_q in rows_s_1 and self.board.row_dict[row_q].count(' ') == 2 and self.board.row_dict[row_q].count(self.board.turn) == 1:
row_q_1 = row_q
if row_q in rows_s_2 and self.board.row_dict[row_q].count(' ') == 2 and self.board.row_dict[row_q].count(self.board.turn) == 1:
row_q_2 = row_q
pass
if row_q_1 != '' and row_q_2 != '':
sqr_nm = q
return sqr_nm
def move(self, fen_board):
sqr_nm = ''
self.board.fen_board = fen_board
if sqr_nm == '': sqr_nm = self.alg_1()
if sqr_nm == '': sqr_nm = self.alg_2()
if sqr_nm == '': sqr_nm = self.alg_3()
if sqr_nm == '': sqr_nm = self.alg_4()
if sqr_nm == '': sqr_nm = self.alg_5()
self.board.fen_board = '3/3/3'
return sqr_nm
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