def test_set_object_properties(test_world):
world = runtime.get_available_worlds()[test_world]
runtime.add_worldobject(test_world, "Default", (10, 10), uid='foobar', name='foobar', parameters={})
runtime.set_worldobject_properties(test_world, "foobar", position=(5, 5))
assert world.objects["foobar"].position == (5, 5)
assert world.data['objects']['foobar']['position'] == (5, 5)
assert runtime.get_world_view(test_world, -1)['objects']['foobar']['position'] == (5, 5)
def test_island(resourcepath):
success, world_uid = micropsi.new_world("Misland",
"Island",
owner="tester")
assert success
world = runtime.worlds[world_uid]
assert world.__class__.__name__ == 'Island'
runtime.add_worldobject(world_uid,
"Lightsource", (10, 10),
uid='foobar',
name='foobar',
parameters={})
runtime.save_world(world_uid)
runtime.revert_world(world_uid)
world = runtime.worlds[world_uid]
assert world.objects["foobar"].__class__.__name__ == 'Lightsource'
assert world.objects["foobar"].position == [10, 10]
assert world.data['objects']['foobar']['position'] == [10, 10]
assert world.__class__.__name__ == 'Island'
runtime.set_worldobject_properties(world_uid, "foobar", position=(5, 5))
assert world.objects["foobar"].position == (5, 5)
assert world.data['objects']['foobar']['position'] == (5, 5)
assert runtime.get_world_view(world_uid,
-1)['objects']['foobar']['position'] == (5,
5)
runtime.delete_world(world_uid)
def test_set_object_properties(test_world):
world = runtime.get_available_worlds()[test_world]
runtime.add_worldobject(test_world, "Default", (10, 10), uid='foobar', name='foobar', parameters={})
runtime.set_worldobject_properties(test_world, "foobar", position=(5, 5))
assert world.objects["foobar"].position == (5, 5)
assert world.data['objects']['foobar']['position'] == (5, 5)
assert runtime.get_world_view(test_world, -1)['objects']['foobar']['position'] == (5, 5)
def get_current_state(nodenet_uid, nodenet=None, world=None, monitors=None):
data = {}
nodenet_obj = runtime.get_nodenet(nodenet_uid)
if nodenet_obj is not None:
data['simulation_running'] = nodenet_obj.is_active
data['current_nodenet_step'] = nodenet_obj.current_step
data['current_world_step'] = nodenet_obj.world.current_step if nodenet_obj.world else 0
if nodenet is not None:
data['nodenet'] = runtime.get_nodenet_data(nodenet_uid=nodenet_uid, **nodenet)
if world is not None and nodenet_obj.world:
data['world'] = runtime.get_world_view(world_uid=nodenet_obj.world.uid, **world)
if monitors is not None:
data['monitors'] = runtime.get_monitoring_info(nodenet_uid=nodenet_uid, **monitors)
return True, data
else:
return False, "No such nodenet"
def test_island(resourcepath):
success, world_uid = micropsi.new_world("Misland", "Island", owner="tester")
assert success
world = runtime.worlds[world_uid]
assert world.__class__.__name__ == 'Island'
runtime.add_worldobject(world_uid, "Lightsource", (10, 10), uid='foobar', name='foobar', parameters={})
runtime.save_world(world_uid)
runtime.revert_world(world_uid)
world = runtime.worlds[world_uid]
assert world.objects["foobar"].__class__.__name__ == 'Lightsource'
assert world.objects["foobar"].position == [10, 10]
assert world.data['objects']['foobar']['position'] == [10, 10]
assert world.__class__.__name__ == 'Island'
runtime.set_worldobject_properties(world_uid, "foobar", position=(5, 5))
assert world.objects["foobar"].position == (5, 5)
assert world.data['objects']['foobar']['position'] == (5, 5)
assert runtime.get_world_view(world_uid, -1)['objects']['foobar']['position'] == (5, 5)
runtime.delete_world(world_uid)
def get_current_state(nodenet_uid, nodenet=None, world=None, monitors=None):
data = {}
nodenet_obj = runtime.get_nodenet(nodenet_uid)
if nodenet_obj is not None:
if nodenet_uid in runtime.MicropsiRunner.conditions:
data['simulation_condition'] = runtime.MicropsiRunner.conditions[nodenet_uid]
if 'monitor' in data['simulation_condition']:
data['simulation_condition']['monitor']['color'] = nodenet_obj.get_monitor(data['simulation_condition']['monitor']['uid']).color
data['simulation_running'] = nodenet_obj.is_active
data['current_nodenet_step'] = nodenet_obj.current_step
data['current_world_step'] = nodenet_obj.world.current_step if nodenet_obj.world else 0
if nodenet is not None:
data['nodenet'] = runtime.get_nodenet_data(nodenet_uid=nodenet_uid, **nodenet)
if world is not None and nodenet_obj.world:
data['world'] = runtime.get_world_view(world_uid=nodenet_obj.world.uid, **world)
if monitors is not None:
data['monitors'] = runtime.get_monitoring_info(nodenet_uid=nodenet_uid, **monitors)
return True, data
else:
return False, "No such nodenet"
def get_world_view(world_uid, step):
return True, runtime.get_world_view(world_uid, step)
def get_world_view(world_uid, step):
try:
return runtime.get_world_view(world_uid, step)
except KeyError:
return {'Error': 'World %s not found' % world_uid}
def get_world_view(world_uid, step):
""" Return a dict containing current_step, agents, objetcs"""
return True, runtime.get_world_view(world_uid, int(step))
