def qmc():
"""qMC implementation.
"""
instance = Instance({Operator.O_F: ['settings_out[]']})
while instance.reuse_instance():
# o_f
settings0 = Settings({'test2': 14.4})
assert instance.is_connected('settings_out')
assert instance.is_vector_port('settings_out')
assert not instance.is_resizable('settings_out')
length = instance.get_port_length('settings_out')
assert length == 10
for slot in range(length):
instance.send('settings_out',
Message(0.0, None, settings0), slot)
def macro():
"""Macro model implementation.
"""
instance = Instance({Operator.O_I: ['out[]'], Operator.S: ['in[]']})
while instance.reuse_instance():
# f_init
assert instance.get_setting('test1') == 13
# o_i
assert instance.is_vector_port('out')
for slot in range(10):
instance.send('out', Message(0.0, 10.0, 'testing'), slot)
# s/b
for slot in range(10):
msg = instance.receive('in', slot)
assert msg.data == 'testing back'
def macro():
"""Macro model implementation.
"""
instance = Instance({Operator.O_I: ['out[]'], Operator.S: ['in[]']})
while instance.reuse_instance():
# f_init
assert instance.get_setting('test1') == 13
# o_i
assert instance.is_vector_port('out')
for slot in range(10):
instance.send('out', Message(0.0, 10.0, 'testing'), slot)
# s/b
for slot in range(10):
msg = instance.receive('in', slot)
assert msg.data['string'] == 'testing back'
assert msg.data['int'] == 42
assert msg.data['float'] == 3.1416
assert msg.data['grid'].array.dtype == np.float64
assert msg.data['grid'].array[0, 1] == 34.0