def handle_model_event(self, event):
event_data = utils.event_data_retrieve(event.state)
if event_data != None:
if self.model != event_data['model']: return
dirty_gridcoords = event_data['dirty_gridcoords']
else:
dirty_gridcoords = set(self.points_iterator()) | set(self.model.points_iterator())
print 'modelevent', repr(self)
self.points -= set(filter(lambda gc: not self.model.has_particle(gc), dirty_gridcoords))
self.points |= set(filter(lambda gc: self.model.has_particle(gc), dirty_gridcoords))
self.add_particles_at(dirty_gridcoords)
dirty_particles = [self.get_particle_at(gc) for gc in dirty_gridcoords if self.point_drawn(gc)]
print 'updating', len(dirty_particles), 'dirty particles of', len(dirty_gridcoords), 'dirty gridcoords'
self.mark_dirty(dirty_particles)
self.canvas.update_layer(self)
def handle_brush_event(self, event):
# brush = self.get_brush()
brush = utils.event_data_retrieve(event.state)
if brush.particle_specs == None:
self.part_name_entry['state'] = tk.DISABLED
self.part_color_entry['state'] = tk.DISABLED
else:
self.part_name_entry['state'] = tk.NORMAL
self.part_color_entry['state'] = tk.NORMAL
self.part_name_var.set(brush.particle_specs.name)
self.part_color_var.set(brush.particle_specs.color)
print brush.particle_specs.color
if brush.body_specs == None:
self.body_color_entry['state'] = tk.DISABLED
else:
self.body_color_entry['state'] = tk.NORMAL
self.body_color_var.set(brush.body_specs.color)
def handle_clipboard_event(self, event): print 'clipboard' self.clipboard_data = utils.event_data_retrieve(event.state)
def handle_brush_event(self, event): self.brush = utils.event_data_retrieve(event.state)
def handle_model_select(self, event): print 'modelselect' model = utils.event_data_retrieve(event.state) self.switch_model(model)
