def _renderPaths(self, paths):
print("paths:", paths)
path = Path("P1", paths[0], self.model.robots[0].color)
self.model.entities[path.name] = path
path.createShape(self)
path = Path("P2", paths[1], self.model.robots[1].color)
self.model.entities[path.name] = path
path.createShape(self)
def __init__(self):
self.path = Path()
self.event_earning_rate_dict = {
'kodex_200': 0, # KODEX 200
'kodex_us_S_and_P500': 0, # KODEX 미국S&P500선물(H)
'tiger_euro_50': 0, # TIGER 유로스탁스50(합성 H)
'kodex_japan_topix_100': 0, # KODEX 일본TOPIX100
}
# NOTE: 예금 금리는 1.5 % 로 고정, 추후 필요하면 Crawler 에서 금리 긁어오도록 수정
self.deposit_interest_rate = 1.5
def generate_new_path(self, startNode):
newPath = Path()
self.generate_path_for_node(startNode, newPath)
return newPath
def __init__(self):
home_path = os.path.realpath(os.path.expanduser('~'))
self.default_dir_path = home_path
self.current_dir_path = ""
self.path = Path(self)
self.is_skip_hidden_files = False
class JustDanceController(object):
window = None
def __init__(self):
home_path = os.path.realpath(os.path.expanduser('~'))
self.default_dir_path = home_path
self.current_dir_path = ""
self.path = Path(self)
self.is_skip_hidden_files = False
@property
def icon_view(self):
return self.window.paned.directory_content_scrolled_window.icon_view
def set_window(self, window):
self.window = window
def list_dir(self):
time_start = time.time()
self.icon_view.freeze_child_notify()
self.icon_view.set_model(None)
try:
self.icon_view.clear_items()
print "Time for clear items: %s" % (time.time() - time_start)
directory_listing = os.listdir(self.path.current_active_path)
for filename in directory_listing:
# Skip hidden files
if self.is_skip_hidden_files and filename[0] == '.':
continue
file_path = os.path.join(self.path.current_active_path, filename)
if os.path.isdir(file_path):
self.icon_view.add_item(filename, Gtk.STOCK_DIRECTORY, True)
else:
#mime_type, encoding = mimetypes.guess_type(file_path, False)
#if mime_type:
# icon = self.icon_view.get_icon_from_mime_type(mime_type)
# self.icon_view.add_with_icon(filename, icon, False)
#else:
self.icon_view.add_item(filename, Gtk.STOCK_FILE, False)
self.window.set_number_of_files(len(directory_listing))
except OSError as oe:
print oe
self.icon_view.set_model(self.icon_view.list_store_model)
self.icon_view.thaw_child_notify()
print "Time elapsed: %s" % (time.time() - time_start)
def set_current_path(self, path):
self.current_dir_path = path
def get_current_path(self):
return self.current_dir_path
def open_file_in_current_directory(self, sub_path):
file_path = self.path.get_sub_path_as_full_path(sub_path)
os.system('/usr/bin/xdg-open %s' % file_path)
def go_to_sub_path(self, sub_path):
full_path = self.path.get_sub_path_as_full_path(sub_path)
self.go_to_path(full_path)
def go_to_path(self, path):
time_start = time.time()
# TODO: verify that path is valid?
self.path.navigate_to_path(path)
self.list_dir()
self.window.toolbar.set_entry_to_current_path()
self.window.toolbar.add_button_for_each_directory()
print "Go to path Time elapsed: %s" % (time.time() - time_start)
def dtreePathGeneration(self):
dtreePaths = Paths()
newPath = Path()
newPath.addNode(self.dtree.getNode(1))
newPath.addNode(self.dtree.getNode(2))
newPath.addNode(self.dtree.getNode(3))
dtreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.dtree.getNode(1))
newPath.addNode(self.dtree.getNode(2))
newPath.addNode(self.dtree.getNode(8))
dtreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.dtree.getNode(1))
newPath.addNode(self.dtree.getNode(2))
newPath.addNode(self.dtree.getNode(4))
newPath.addNode(self.dtree.getNode(5))
dtreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.dtree.getNode(1))
newPath.addNode(self.dtree.getNode(2))
newPath.addNode(self.dtree.getNode(3))
newPath.addNode(self.dtree.getNode(4))
newPath.addNode(self.dtree.getNode(6))
newPath.addNode(self.dtree.getNode(7))
dtreePaths.addPath(newPath)
return dtreePaths
def decisionTreePathGeneration(self):
decisionTreePaths = Paths()
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(15))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
newPath.addNode(self.decisionTree.getNode(4))
newPath.addNode(self.decisionTree.getNode(5))
newPath.addNode(self.decisionTree.getNode(6))
newPath.addNode(self.decisionTree.getNode(7))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
newPath.addNode(self.decisionTree.getNode(4))
newPath.addNode(self.decisionTree.getNode(5))
newPath.addNode(self.decisionTree.getNode(6))
newPath.addNode(self.decisionTree.getNode(14))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
newPath.addNode(self.decisionTree.getNode(4))
newPath.addNode(self.decisionTree.getNode(5))
newPath.addNode(self.decisionTree.getNode(6))
newPath.addNode(self.decisionTree.getNode(8))
newPath.addNode(self.decisionTree.getNode(9))
newPath.addNode(self.decisionTree.getNode(10))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
newPath.addNode(self.decisionTree.getNode(4))
newPath.addNode(self.decisionTree.getNode(5))
newPath.addNode(self.decisionTree.getNode(6))
newPath.addNode(self.decisionTree.getNode(8))
newPath.addNode(self.decisionTree.getNode(9))
newPath.addNode(self.decisionTree.getNode(13))
decisionTreePaths.addPath(newPath)
newPath = Path()
newPath.addNode(self.decisionTree.getNode(1))
newPath.addNode(self.decisionTree.getNode(2))
newPath.addNode(self.decisionTree.getNode(3))
newPath.addNode(self.decisionTree.getNode(4))
newPath.addNode(self.decisionTree.getNode(5))
newPath.addNode(self.decisionTree.getNode(6))
newPath.addNode(self.decisionTree.getNode(8))
newPath.addNode(self.decisionTree.getNode(9))
newPath.addNode(self.decisionTree.getNode(11))
newPath.addNode(self.decisionTree.getNode(12))
decisionTreePaths.addPath(newPath)
return decisionTreePaths
def add_paths(self, path_list):
paths = [Path(node_a, node_b) for node_a, node_b in path_list]
self._paths.extend(paths)
return paths