def collision_handler(state, collisions_list):
for entity_name_1, entity_name_2 in collisions_list:
if entity_name_1 == ENT_MAN:
if entity_name_2 == ENT_SHOT:
pass
elif entity_name_2 == ENT_GHOST:
entities.undo_last_move(state, ENT_MAN)
if not movers.get_active(state, ENT_GHOST)[0] == "wait":
wait_mover.add(state, ENT_GHOST, 1.0, prepend=True)
incr_health(state, -80)
if get_health(state) <= 0:
do_game_over(state)
else:
entities.undo_last_move(state, ENT_GHOST)
elif entity_name_2[0:len(ENT_PREFIX_COINS)] == ENT_PREFIX_COINS:
incr_score(state, 10)
destroy_mover.add(state, entity_name_2, do_replace=True)
else:
entities.undo_last_move(state, entity_name_1)
elif entity_name_1 == ENT_SHOT:
if entity_name_2[0:len(ENT_PREFIX_COINS)] == ENT_PREFIX_COINS:
pass
elif entity_name_2 == ENT_GHOST:
do_ghost_boom(state, entities.get_pos(state, ENT_GHOST))
destroy_mover.add(state, ENT_GHOST, do_replace=True)
do_shot_boom(state, entities.get_pos(state, ENT_SHOT))
destroy_mover.add(state, ENT_SHOT, do_replace=True)
else:
do_shot_boom(state, entities.get_pos(state, ENT_SHOT))
destroy_mover.add(state, ENT_SHOT, do_replace=True)
def run(state, entity_name, mover, frame_time_delta, movers_to_delete):
"""
TODO
"""
speed = mover[IDX_FLIPPER_MOVER_SPEED]
offset_pos = mover[IDX_FLIPPER_MOVER_OFFSET_POS]
centre_pos = mover[IDX_FLIPPER_MOVER_CENTRE_POS]
angle = mover[IDX_FLIPPER_MOVER_ANGLE]
rotated_centre_x, rotated_centre_y = math_2d.rotated_point(
offset_pos, centre_pos, angle)
entities.set_pos(state, entity_name, rotated_centre_x, rotated_centre_y,
angle)
collision_result = collisions.run(state, entity_name)
if collision_result:
entities.undo_last_move(state, entity_name)
collision_handler(*collision_result)
else:
angle += (speed * frame_time_delta) / 1000.0
angle = math.fmod(angle, 360.0)
mover[IDX_FLIPPER_MOVER_ANGLE] = angle
def run(state, entity_name, mover, frame_time_delta, movers_to_delete):
"""
TODO
"""
speed = mover[IDX_FLIPPER_MOVER_SPEED]
offset_pos = mover[IDX_FLIPPER_MOVER_OFFSET_POS]
centre_pos = mover[IDX_FLIPPER_MOVER_CENTRE_POS]
angle = mover[IDX_FLIPPER_MOVER_ANGLE]
rotated_centre_x,rotated_centre_y = math_2d.rotated_point(offset_pos,
centre_pos,
angle)
entities.set_pos(state, entity_name, rotated_centre_x, rotated_centre_y, angle)
collision_result = collisions.run(state, entity_name)
if collision_result:
entities.undo_last_move(state, entity_name)
collision_handler(*collision_result)
else:
angle += (speed * frame_time_delta) / 1000.0
angle = math.fmod(angle, 360.0)
mover[IDX_FLIPPER_MOVER_ANGLE] = angle