class View(object):
def __init__(self):
self._screen = Screen((800,600),
_('Why So Spherious: Tokyo Drift'),
_('Drifter'))
self._controls = VerticalFlow()
self._projection_buttons = HorizontalFlow()
self._controls.add(self._projection_buttons)
self._screen.add(self._controls)
self.map_dragged = lambda start, end: None
self.map_size_changed = lambda size: None
self._controls.size_changed = lambda: self.map_size_changed(self.map_size)
self._screen.dragged = lambda start, end: self.map_dragged(start, end)
self._screen.size_changed = self._screen_size_changed
@property
def map_size(self):
screen_size = self._screen.size
return (screen_size[0] - self._controls.width, screen_size[1])
def step(self, dots, shapes):
return self._screen.step(dots, shapes)
def fill_background_rows(self, color, rows):
self._screen.fill_background_rows(color, rows)
def draw_controls(self):
self._screen.draw_controls()
def paint_background(self):
self._screen.paint_background()
def _screen_size_changed(self, size):
self.map_size_changed(self.map_size)
def set_projection_options(self, projections, handler):
for p in projections:
def bind_handler(p):
return lambda: handler(p)
self._projection_buttons.add(Button(p.name, bind_handler(p)))
def main():
'''
run the program and keep everything updating and going
'''
thescreen = Screen()
for i in range(0, 10):
thescreen.updaterunning()
time.sleep(.05)
thescreen.cleardisplay()
def __init__(self):
self._screen = Screen((800,600),
_('Why So Spherious: Tokyo Drift'),
_('Drifter'))
self._controls = VerticalFlow()
self._projection_buttons = HorizontalFlow()
self._controls.add(self._projection_buttons)
self._screen.add(self._controls)
self.map_dragged = lambda start, end: None
self.map_size_changed = lambda size: None
self._controls.size_changed = lambda: self.map_size_changed(self.map_size)
self._screen.dragged = lambda start, end: self.map_dragged(start, end)
self._screen.size_changed = self._screen_size_changed
from simulation.simulation import Simulation
from display.screen import Screen
from brain.space import Volume
import numpy as np
screen_size = np.array([600, 600])
BACKGROUND_COLOR = (154, 154, 158)
RECORD_SETTINGS = ("gallery/imgs", "gallery/videos", "result", 24)
space = Volume(shape='rect', location=np.array([0, 0, 0]), size=screen_size)
sim = Simulation(
space,
Screen(screen_size, BACKGROUND_COLOR, "GENERIC SIMULATION NAME", space,
RECORD_SETTINGS))
for i in range(1):
sim.create_random_agent(14)
for i in range(300):
sim.environment.generate_new_food()
sim.run(-1, 1, 0.5)
