def PyLogo(world_class=World,
caption=None,
gui_left_upper=None,
gui_right_upper=None,
agent_class=Agent,
patch_class=Patch,
auto_setup=True,
patch_size=11,
board_rows_cols=(51, 51),
clear=None,
bounce=None,
fps=None):
if gui_left_upper is None:
gui_left_upper = []
if caption is None:
caption = utils.extract_class_name(world_class)
sim_engine = SimEngine(gui_left_upper,
caption=caption,
gui_right_upper=gui_right_upper,
patch_size=patch_size,
board_rows_cols=board_rows_cols,
clear=clear,
bounce=bounce,
fps=fps)
gui.WINDOW.read(timeout=10)
the_world = world_class(patch_class, agent_class)
gui.WINDOW.read(timeout=10)
sim_engine.top_loop(the_world, auto_setup=auto_setup)
def PyLogo(world_class=World,
caption=None,
gui_elements=None,
agent_class=Agent,
patch_class=Patch,
patch_size=11,
bounce=True,
fps=None):
if gui_elements is None:
gui_elements = []
if caption is None:
caption = utils.extract_class_name(world_class)
sim_engine = SimEngine(gui_elements,
caption=caption,
patch_size=patch_size,
bounce=bounce,
fps=fps)
sim_engine.top_loop(world_class, patch_class, agent_class)
def __str__(self):
clas_string = utils.extract_class_name(self.__class__)
return f'{clas_string}{(self.x, self.y)}'