def main(width=200, height=200, scale=2,
beta=100, nondet=100,
copy_borders=True, black=80,
histogram=True, activity=True,
base=7):
beta = beta / 100.
nondet = nondet / 100.
w, h = width, height
size = w, h
if black is not None:
config = RandomConfiguration(base, black)
else:
config = None
sim_obj = SillySim(size=size, config=config, base=base, nondet=nondet, histogram=histogram, activity=activity, beta=beta, copy_borders=copy_borders)
display = ZasimDisplay(sim_obj)
display.set_scale(scale)
display.control.start()
if histogram:
extra_hist = HistogramExtraDisplay(sim_obj, parent=display, height=200, maximum= w * h)
extra_hist.show()
display.window.attach_display(extra_hist)
display.window.addDockWidget(Qt.RightDockWidgetArea, extra_hist)
if activity:
extra_activity = HistogramExtraDisplay(sim_obj, attribute="activity", parent=display, height=200, maximum=w*h)
extra_activity.show()
display.window.attach_display(extra_activity)
display.window.addDockWidget(Qt.RightDockWidgetArea, extra_activity)
sys.exit(app.exec_())
def slot_change_settings(self):
self.rule_a = self.rule_a_edit.value()
self.rule_b = self.rule_b_edit.value()
self.probability = 1.0 - (self.probab_slider.value() / 1000.)
# if we don't disconnect the signal, the old displays might be kept
# instead of deleted by the garbage collector.
self.displaywidget.display.image_wrapped.disconnect(self.sim_timer.stop)
self.create_stepfunc()
self.displaywidget.switch_simulator(self.sim)
self.displaywidget.set_scale(2)
self.displaywidget.display.image_wrapped.connect(self.sim_timer.stop)
# since we have changed things, run the simulation as fast as possible.
self.sim_timer.start(0)
def slot_reroll_conf(self):
self.conf = RandomConfiguration(2, 0.5, 0.5).generate(self.sim.shape)
self.slot_change_settings()
def stepsim(self):
self.sim.step()
if __name__ == "__main__":
import sys
gadget = DualRuleGadget()
gadget.show()
sys.exit(app.exec_())