def test_nodetype_function_definition_overwrites_default_function_name(fixed_nodenet):
nodenet = micropsi.get_nodenet(fixed_nodenet)
nodetype = nodenet.get_standard_nodetype_definitions()['Concept'].copy()
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction == concept
nodetype['nodefunction_definition'] = 'return 17'
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction != concept
assert foo.nodefunction(nodenet, None) == 17
def test_nodetype_function_definition_overwrites_default_function_name_theano(fixed_nodenet):
nodenet = micropsi.get_nodenet(fixed_nodenet)
nodetype = nodenet.get_standard_nodetype_definitions()['Register'].copy()
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction == register
nodetype['nodefunction_definition'] = 'return 17'
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction != register
assert foo.nodefunction(nodenet, None) == 17
def test_nodetype_function_definition_overwrites_default_function_name_theano(runtime, test_nodenet):
nodenet = runtime.get_nodenet(test_nodenet)
nodetype = nodenet.get_standard_nodetype_definitions()['Neuron'].copy()
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction == neuron
nodetype['nodefunction_definition'] = 'return 17'
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction != neuron
assert foo.nodefunction(nodenet, None) == 17
def test_nodetype_function_definition_overwrites_default_function_name(
fixed_nodenet):
nodenet = micropsi.get_nodenet(fixed_nodenet)
nodetype = nodenet.get_standard_nodetype_definitions()['Concept'].copy()
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction == concept
nodetype['nodefunction_definition'] = 'return 17'
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction != concept
assert foo.nodefunction(nodenet, None) == 17
def test_nodetype_function_definition_overwrites_default_function_name_theano(
fixed_nodenet):
nodenet = micropsi.get_nodenet(fixed_nodenet)
nodetype = nodenet.get_standard_nodetype_definitions()['Register'].copy()
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction == register
nodetype['nodefunction_definition'] = 'return 17'
foo = Nodetype(nodenet=nodenet, **nodetype)
assert foo.nodefunction != register
assert foo.nodefunction(nodenet, None) == 17
def __init__(self,
name="",
worldadapter="Default",
world=None,
owner="",
uid=None,
native_modules={},
use_modulators=True,
worldadapter_instance=None):
"""Create a new MicroPsi agent.
Arguments:
agent_type (optional): the interface of this agent to its environment
name (optional): the name of the agent
owner (optional): the user that created this agent
uid (optional): unique handle of the agent; if none is given, it will be generated
"""
super(DictNodenet,
self).__init__(name,
worldadapter,
world,
owner,
uid,
use_modulators=use_modulators,
worldadapter_instance=worldadapter_instance)
self.stepoperators = [DictPropagate(), DictCalculate()]
if self.use_modulators:
self.stepoperators.append(DoernerianEmotionalModulators())
self.stepoperators.sort(key=lambda op: op.priority)
self._version = NODENET_VERSION # used to check compatibility of the node net data
self._step = 0
self._nodes = {}
self._nodespaces = {}
self._nodetypes = {}
for type, data in STANDARD_NODETYPES.items():
self._nodetypes[type] = Nodetype(nodenet=self, **data)
self._native_modules = {}
for type, data in native_modules.items():
self._native_modules[type] = Nodetype(nodenet=self, **data)
self.nodegroups = {}
self.initialize_nodenet({})
def reload_native_modules(self, native_modules):
""" reloads the native-module definition, and their nodefunctions
and afterwards reinstantiates the nodenet."""
self._native_modules = {}
for key in native_modules:
self._native_modules[key] = Nodetype(nodenet=self,
**native_modules[key])
saved = self.export_json()
self.clear()
self.merge_data(saved, keep_uids=True)
