def main():
from modules.render import Render
from modules.tree import Tree
from time import time
while True:
render = Render(SIZE, FRONT, BACK, TRUNK, TRUNK_STROKE, GRAINS)
render.ctx.set_source_rgba(*FRONT)
render.ctx.set_line_width(ONE)
# TODO :does not work with transparent bg. use operators
#render.clear_canvas()
tree = Tree(MID, 0.9, INIT_BRANCH, -pi * 0.5, ONE, ONE,
BRANCH_SPLIT_ANGLE, BRANCH_PROB_SCALE, BRANCH_DIMINISH,
BRANCH_SPLIT_DIMINISH, BRANCH_ANGLE_MAX, BRANCH_ANGLE_EXP)
i = 1
while tree.Q:
i += 1
tree.step()
map(render.branch2, tree.Q)
if not i % 200:
print i, len(tree.Q)
render.sur.write_to_png(
'/media/var/andreas_tree/test_bp42_{:10.0f}.png'.format(time()))
def remove_piece(board, boards, opponent):
for field in board.value.dict.keys():
if board.value.dict[field].middle is opponent:
if not is_in_mill(field, opponent, board.value):
new_board = deepcopy(board.value)
new_board.dict[field].middle = "O"
boards.append(Tree(new_board, board))
return boards
def main():
from modules.render import Render
from modules.tree import Tree
from time import time
while True:
render = Render(SIZE, FRONT, BACK, TRUNK, TRUNK_STROKE,GRAINS)
render.ctx.set_source_rgba(*FRONT)
render.ctx.set_line_width(ONE)
# TODO :does not work with transparent bg. use operators
#render.clear_canvas()
tree = Tree(
MID,
0.9,
INIT_BRANCH,
-pi*0.5,
ONE,
ONE,
BRANCH_SPLIT_ANGLE,
BRANCH_PROB_SCALE,
BRANCH_DIMINISH,
BRANCH_SPLIT_DIMINISH,
BRANCH_ANGLE_MAX,
BRANCH_ANGLE_EXP
)
i = 1
while tree.Q:
i += 1
tree.step()
map(render.branch2,tree.Q)
if not i%200:
print i, len(tree.Q)
render.sur.write_to_png('/media/var/andreas_tree/test_bp42_{:10.0f}.png'.format(time()))
def stage3_moves(board, player):
players = ["W", "B"]
players.remove(player)
opponent = players[0]
boards = []
playa = 0
for field in board.value.dict.keys():
if board.value.dict[field].middle is player:
playa += 1
for field in board.value.dict.keys():
if board.value.dict[field].middle is player:
if playa == 3:
for pos in board.value.dict.keys():
if board.value.dict[pos].middle is "O":
board_clone = deepcopy(board.value)
board_clone = Tree(board_clone, board)
board_clone.value.dict[field].middle = "O"
board_clone.value.dict[pos].middle = player
if is_in_mill(pos, player, board_clone.value):
boards = remove_piece(board_clone, boards,
opponent)
else:
boards.append(board_clone)
else:
adjacent_list = adjacent(field, True)
for cord in adjacent_list:
if board.value.dict[cord].middle is "O":
board_clone = deepcopy(board.value)
board_clone = Tree(board_clone, board)
board_clone.value.dict[field].middle = "O"
board_clone.value.dict[cord].middle = player
if is_in_mill(cord, player, board_clone.value):
boards = remove_piece(board_clone, boards,
opponent)
else:
boards.append(board_clone)
for b in boards:
b.parent = board
board.children = boards
def main():
from modules.render import Animate
from modules.tree import Tree
import gtk
tree = Tree(
MID,
0.95,
INIT_BRANCH,
-pi*0.5,
ONE,
ONE,
BRANCH_SPLIT_ANGLE,
BRANCH_PROB_SCALE,
BRANCH_DIMINISH,
BRANCH_SPLIT_DIMINISH,
BRANCH_ANGLE_MAX,
BRANCH_ANGLE_EXP
)
def wrap(steps_itt,render):
global i
tree.step()
map(render.branch2,tree.Q)
if tree.Q:
render.sur.write_to_png('{:05d}.png'.format(i))
i += 1
return True
else:
#tree.init()
#render.clear_canvas()
return False
render = Animate(
SIZE,
FRONT,
BACK,
TRUNK,
TRUNK_STROKE,
GRAINS,
STEPS_ITT, wrap
)
render.ctx.set_source_rgba(*FRONT)
render.ctx.set_line_width(ONE)
gtk.main()
class TestTree(unittest.TestCase):
def setUp(self):
self.tree = Tree()
def test_add_child(self):
self.tree.set_val('+')
self.assertEqual(self.tree.get_val(), '+')
self.tree.add_child('4')
self.tree.add_child('5')
self.assertEqual(self.tree.get_newborn_child().get_val(), '5')
def stage1_moves(board, player):
players = ["W", "B"]
players.remove(player)
opponent = players[0]
boards = []
for field in board.value.dict.keys():
if board.value.dict[field].middle is "O":
board_clone = deepcopy(board.value)
board_clone = Tree(board_clone, board)
board_clone.value.dict[field].middle = player
if is_in_mill(field, player, board_clone.value):
boards = remove_piece(board_clone, boards, opponent)
else:
boards.append(board_clone)
for b in boards:
b.parent = board
board.children = boards
from modules.utils import get_data
from modules.tree import Tree
filename = 'input'
data = get_data(filename)
tree = Tree(data)
total = tree.get_total()
print(f'total: {total}')
root_value = tree.get_root_value()
print(f'root value: {root_value}')
def setUp(self):
self.tree = Tree()