def key_r(self, event):
cab_log.info('[TkIO] < simulation reset')
self.core.reset_simulation()
self.ui.clear_cell_shape_mapping()
self.ui.clear_agent_shape_mapping()
self.ui.init_cell_shape_mapping()
self.ui.init_agent_shape_mapping()
def key_r(self, event):
cab_log.info('[TkIO] < simulation reset')
self.core.reset_simulation()
self.ui.clear_cell_shape_mapping()
self.ui.clear_agent_shape_mapping()
self.ui.init_cell_shape_mapping()
self.ui.init_agent_shape_mapping()
def reset_simulation(self):
"""
Re-call the initializers for ABM and CA to reset the CAB completely.
TODO: Improve this, as not everything that can be modified is reset.
"""
cab_log.info('resetting simulation')
self.abm.__init__(self.gc, proto_agent=self.proto_agent)
self.ca.__init__(self, proto_cell=self.proto_cell)
self.gc.TIME_STEP = 0
def reset_simulation(self):
"""
Re-call the initializers for ABM and CA to reset the CAB completely.
TODO: Improve this, as not everything that can be modified is reset.
"""
cab_log.info('resetting simulation')
self.abm.__init__(self.gc, proto_agent=self.proto_agent)
self.ca.__init__(self, proto_cell=self.proto_cell)
self.gc.TIME_STEP = 0
def mouse_right(self, event):
cab_log.info('[TkIO] < right mouse button action')
# Update current mouse coordinates.
self.mouse_motion(event)
# Retrieve correct location coordinates.
if self.core.gc.USE_HEX_CA:
pos_x, pos_y = self.get_mouse_hex_coords()
else:
pos_x, pos_y = self.get_mouse_rect_coords()
cab_log.info('[TkIO] < triggering cell action')
self.core.ca.ca_grid[pos_x, pos_y].on_rmb_click(self.core.abm, self.core.ca)
if self.gc.ONE_AGENT_PER_CELL:
if (pos_x, pos_y) in self.core.abm.agent_locations:
# cab_log.info('[TkIO] < triggering agent action')
self.core.abm.agent_locations[pos_x, pos_y].on_rmb_click(self.core.abm, self.core.ca)
else:
if (pos_x, pos_y) in self.core.abm.agent_locations:
for agent in self.core.abm.agent_locations[pos_x, pos_y]:
# cab_log.info('[TkIO] < triggering agent action')
agent.on_rmb_click(self.core.abm, self.core.ca)
def mouse_right(self, event):
cab_log.info('[TkIO] < right mouse button action')
# Update current mouse coordinates.
self.mouse_motion(event)
# Retrieve correct location coordinates.
if self.core.gc.USE_HEX_CA:
pos_x, pos_y = self.get_mouse_hex_coords()
else:
pos_x, pos_y = self.get_mouse_rect_coords()
cab_log.info('[TkIO] < triggering cell action')
self.core.ca.ca_grid[pos_x,
pos_y].on_rmb_click(self.core.abm, self.core.ca)
if self.gc.ONE_AGENT_PER_CELL:
if (pos_x, pos_y) in self.core.abm.agent_locations:
# cab_log.info('[TkIO] < triggering agent action')
self.core.abm.agent_locations[pos_x, pos_y].on_rmb_click(
self.core.abm, self.core.ca)
else:
if (pos_x, pos_y) in self.core.abm.agent_locations:
for agent in self.core.abm.agent_locations[pos_x, pos_y]:
# cab_log.info('[TkIO] < triggering agent action')
agent.on_rmb_click(self.core.abm, self.core.ca)
def mouse_wheel(self, event):
cab_log.info('[TkIO] < mouse wheel action')
def key_g(self, event):
self.gc.DISPLAY_GRID = not self.gc.DISPLAY_GRID
if self.gc.DISPLAY_GRID:
cab_log.info('[TkIO] > showing grid')
else:
cab_log.info('[TkIO] > hiding grid')
def key_q(self, event):
cab_log.info('[TkIO] < shutting down... Bye!')
sys.exit()
def key_s(self, event):
cab_log.info('[TkIO] < stepping simulation')
self.core.step_simulation()
def mouse_wheel(self, event):
cab_log.info('[TkIO] < mouse wheel action')
def key_g(self, event):
self.gc.DISPLAY_GRID = not self.gc.DISPLAY_GRID
if self.gc.DISPLAY_GRID:
cab_log.info('[TkIO] > showing grid')
else:
cab_log.info('[TkIO] > hiding grid')
def key_q(self, event):
cab_log.info('[TkIO] < shutting down... Bye!')
sys.exit()
def key_s(self, event):
cab_log.info('[TkIO] < stepping simulation')
self.core.step_simulation()
def key_space(self, event):
self.core.gc.RUN_SIMULATION = not self.core.gc.RUN_SIMULATION
if self.core.gc.RUN_SIMULATION:
cab_log.info('[TkIO] < simulation resumed')
else:
cab_log.info('[TkIO] < simulation paused')
def default_keyboard_action(self, active_key: int):
"""
Method to process all the keyboard inputs.
This is not supposed to be overwritten.
"""
if active_key == pygame.K_SPACE:
self.core.gc.RUN_SIMULATION = not self.core.gc.RUN_SIMULATION
if self.core.gc.RUN_SIMULATION:
cab_log.info('[PyGameIO] < simulation resumed')
else:
cab_log.info('[PyGameIO] < simulation paused')
# Simulation Standard: 'r' resets the simulation.
if active_key == pygame.K_r:
self.core.reset_simulation()
cab_log.info('[PyGameIO] < simulation reset')
# Simulation Standard: 's' advances the simulation by one step.
if active_key == pygame.K_s:
self.core.step_simulation()
cab_log.info('[PyGameIO] < stepping simulation')
# Simulation Standard: 'q' closes the simulation and visualization window.
if active_key == pygame.K_q:
cab_log.info('[PyGameIO] < shutting down simulation')
sys.exit()
# Simulation Standard: 'g' toggles grid outline of the cells.
if active_key == pygame.K_g:
self.core.gc.DISPLAY_GRID = not self.core.gc.DISPLAY_GRID
if self.core.gc.DISPLAY_GRID:
cab_log.info('[PyGameIO] > showing grid')
else:
cab_log.info('[PyGameIO] > hiding grid')
def default_keyboard_action(self, active_key: int):
"""
Method to process all the keyboard inputs.
This is not supposed to be overwritten.
"""
if active_key == pygame.K_SPACE:
self.core.gc.RUN_SIMULATION = not self.core.gc.RUN_SIMULATION
if self.core.gc.RUN_SIMULATION:
cab_log.info('[PyGameIO] < simulation resumed')
else:
cab_log.info('[PyGameIO] < simulation paused')
# Simulation Standard: 'r' resets the simulation.
if active_key == pygame.K_r:
self.core.reset_simulation()
cab_log.info('[PyGameIO] < simulation reset')
# Simulation Standard: 's' advances the simulation by one step.
if active_key == pygame.K_s:
self.core.step_simulation()
cab_log.info('[PyGameIO] < stepping simulation')
# Simulation Standard: 'q' closes the simulation and visualization window.
if active_key == pygame.K_q:
cab_log.info('[PyGameIO] < shutting down simulation')
sys.exit()
# Simulation Standard: 'g' toggles grid outline of the cells.
if active_key == pygame.K_g:
self.core.gc.DISPLAY_GRID = not self.core.gc.DISPLAY_GRID
if self.core.gc.DISPLAY_GRID:
cab_log.info('[PyGameIO] > showing grid')
else:
cab_log.info('[PyGameIO] > hiding grid')
def key_space(self, event):
self.core.gc.RUN_SIMULATION = not self.core.gc.RUN_SIMULATION
if self.core.gc.RUN_SIMULATION:
cab_log.info('[TkIO] < simulation resumed')
else:
cab_log.info('[TkIO] < simulation paused')
