def __init__(self, g: BoardGame):
Tk.__init__(self)
self._game = g
for y in range(g.rows()):
for x in range(g.cols()):
b = Button(self, width=3, height=2, font=('', 16))
b['command'] = (lambda x=x, y=y:
(self._game.play_at(x, y),
self.update_buttons()))
b.grid(column=x, row=y)
self.resizable(0, 0)
self.update_buttons()
def id_to_boardgame(ID):
game_info = boardgame_info(ID)
game = BoardGame(game_info)
time.sleep(2)
try:
if 'error' in game.data():
time.sleep(5)
id_to_boardgame(ID)
else:
return (game)
except:
return (None)
def test0():
print 'test 0'
infile='example/game_test0.txt'
myform='movelist'
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame()
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'test 0 ended'
def test7():
print 'test 7'
# nmoves=20
nmoves=random.randint(0,361)
print nmoves
# for i in range(nmoves):
# x=random.random()
# print x
infile=''
out_graph='graph_test7'
# myform='sgf'
outfile='test7_outboard_random3.txt'
n=19
print 'make random board : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.make_random(nmoves)
print 'print board'
print str(myboard)
myboard.graph(out_graph)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
print 'test 7 ended'
def test1():
print 'test 1'
infile='example/game_test01.txt'
myform='movelist'
outfile='test1_outboard.txt'
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame()
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
print 'test 1 ended'
def test3():
print 'test 3'
infile='example/17lg1-1.sgf'
myform='sgf'
outfile='test3_outboard.txt'
n=19
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
print 'test 3 ended'
def test2():
print 'test 2'
infile='example/game_test2.txt'
myform='myf'
outfile='test2_outboard.txt'
n=19
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
print 'test 2 ended'
def test6():
print 'test 6'
infile='example/yamadori-kentaur.sgf'
myform='sgf'
outfile='test6_outboard.txt'
n=19
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
print 'test 6 ended'
def test4():
print 'test 4'
infile='example/test3_outboard.txt'
myform='myf'
outfile='test4_outboard.txt'
n=19
print 'load file : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.load_File(myform, infile)
print 'print board'
print str(myboard)
print 'write board to file in myformat'
myboard.writeSGF(outfile)
print 'test 4 ended'
def test017():
print 'test 017'
# nmoves=20
# nmoves=random.randint(0,361)
# print nmoves
# for i in range(nmoves):
# x=random.random()
# print x
infile='example/test7_outboard_random3.txt'
out_graph='graph_test0177'
# myform='sgf'
outfile='test017_radial_data_t7r3.txt'
n=19
print 'make random board : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
# myboard.make_random(nmoves)
myboard.load_File(myform, infile)
myboard.make_radial()
def test8():
print 'test 8'
# nmoves=20
nmoves=random.randint(0,361)
print nmoves
# for i in range(nmoves):
# x=random.random()
# print x
vers=8
vs=str(vers)
infile=''
out_graph='graph_test'+vs
plot_name='graph_g_distribution_30'+vs
# myform='sgf'
outfile='test'+vs+'_outboard_random3.txt'
n=19
print 'make random board : '+infile
# myboard=BoardGame(infile,myform)
myboard=BoardGame(n,n)
myboard.make_random(nmoves)
print 'print board'
print str(myboard)
myboard.graph(out_graph)
print 'write board to file in myformat'
myboard.writeGameFile(outfile)
#
#
#
print 'calculating g(r) functions'
# one general, BB, WW, BW
rg=radials.make_gofr(plot_name,myboard)
#radials.make_gofr(plot_name,myboard)
#radials.plot(plot_name,rg)
print 'test 8 ended'
def gui_play(game: BoardGame):
g2d.init_canvas((game.cols() * W, game.rows() * H))
ui = BoardGameGui(game)
g2d.main_loop(ui.tick)
def __init__(self, g: BoardGame):
self._game = g
self._downtime = 0
g2d.init_canvas((g.cols() * W, g.rows() * H))
self.update_buttons()
def gui_play(game: BoardGame):
g2d.init_canvas((game.cols() * W, game.rows() * H))
ui = BoardGameGui(game)
g2d.handle_events(None, ui.mousedown, ui.mouseup)
g2d.main_loop()
def gui_play(game: BoardGame):
g2d.init_canvas((game.cols() * W, game.rows() * H))
g2d.alert("Welcome to Hitori Game!")
ui = BoardGameGui(game)
g2d.main_loop(ui.tick)