analog_ports_expressions = {}
# Load the Component:
nineml_comp = TestableComponent('hierachical_iaf_1coba')()
if not nineml_comp:
raise RuntimeError('Cannot load NineML component')
# Create Log, Solver, DataReporter and Simulation object
log = daeBaseLog()
daesolver = daeIDAS()
#from daetools.solvers import pySuperLU as superlu
#lasolver = superlu.daeCreateSuperLUSolver()
#daesolver.SetLASolver(lasolver)
model = nineml_daetools_bridge(nineml_comp.name, nineml_comp, None, '')
simulation = nineml_daetools_simulation(
model,
timeHorizon=timeHorizon,
reportingInterval=reportingInterval,
parameters=parameters,
initial_conditions=initial_conditions,
active_regimes=active_regimes,
analog_ports_expressions=analog_ports_expressions,
event_ports_expressions=event_ports_expressions,
variables_to_report=variables_to_report,
random_number_generators={})
datareporter = ninemlTesterDataReporter()
# Set the time horizon and the reporting interval
simulation.ReportingInterval = reportingInterval
simulation_data.timeHorizon = inputs['timeHorizon']
simulation_data.reportingInterval = inputs['reportingInterval']
simulation_data.parameters = inputs['parameters']
simulation_data.initial_conditions = inputs['initial_conditions']
simulation_data.active_regimes = inputs['active_regimes']
simulation_data.analog_ports_expressions = inputs['analog_ports_expressions']
simulation_data.event_ports_expressions = inputs['event_ports_expressions']
simulation_data.variables_to_report = inputs['variables_to_report']
parser = createExpressionParser()
# Create Log, DAESolver, DataReporter and Simulation object
log = daePythonStdOutLog()
daesolver = daeIDAS()
datareporter = ninemlTesterDataReporter() # daeTCPIPDataReporter()
model = nineml_daetools_bridge(inspector.ninemlComponent.name, inspector.ninemlComponent, None, '')
simulation = nineml_daetools_simulation(model, timeHorizon = simulation_data.timeHorizon,
reportingInterval = simulation_data.reportingInterval,
parameters = simulation_data.parameters,
initial_conditions = simulation_data.initial_conditions,
active_regimes = simulation_data.active_regimes,
analog_ports_expressions = simulation_data.analog_ports_expressions,
event_ports_expressions = simulation_data.event_ports_expressions,
variables_to_report = simulation_data.variables_to_report)
# Set the time horizon and the reporting interval
simulation.ReportingInterval = simulation_data.reportingInterval
simulation.TimeHorizon = simulation_data.timeHorizon
# Connect data reporter
analog_ports_expressions = {}
# Load the Component:
nineml_comp = TestableComponent('hierachical_iaf_1coba')()
if not nineml_comp:
raise RuntimeError('Cannot load NineML component')
# Create Log, Solver, DataReporter and Simulation object
log = daeBaseLog()
daesolver = daeIDAS()
#from daetools.solvers import pySuperLU as superlu
#lasolver = superlu.daeCreateSuperLUSolver()
#daesolver.SetLASolver(lasolver)
model = nineml_daetools_bridge(nineml_comp.name, nineml_comp, None, '')
simulation = nineml_daetools_simulation(model, timeHorizon = timeHorizon,
reportingInterval = reportingInterval,
parameters = parameters,
initial_conditions = initial_conditions,
active_regimes = active_regimes,
analog_ports_expressions = analog_ports_expressions,
event_ports_expressions = event_ports_expressions,
variables_to_report = variables_to_report,
random_number_generators = {} )
datareporter = ninemlTesterDataReporter()
# Set the time horizon and the reporting interval
simulation.ReportingInterval = reportingInterval
simulation.TimeHorizon = timeHorizon
simulation_data.parameters = inputs['parameters']
simulation_data.initial_conditions = inputs['initial_conditions']
simulation_data.active_regimes = inputs['active_regimes']
simulation_data.analog_ports_expressions = inputs[
'analog_ports_expressions']
simulation_data.event_ports_expressions = inputs[
'event_ports_expressions']
simulation_data.variables_to_report = inputs['variables_to_report']
parser = createExpressionParser()
# Create Log, DAESolver, DataReporter and Simulation object
log = daePythonStdOutLog()
daesolver = daeIDAS()
datareporter = ninemlTesterDataReporter() # daeTCPIPDataReporter()
model = nineml_daetools_bridge(inspector.ninemlComponent.name,
inspector.ninemlComponent, None, '')
simulation = nineml_daetools_simulation(
model,
timeHorizon=simulation_data.timeHorizon,
reportingInterval=simulation_data.reportingInterval,
parameters=simulation_data.parameters,
initial_conditions=simulation_data.initial_conditions,
active_regimes=simulation_data.active_regimes,
analog_ports_expressions=simulation_data.
analog_ports_expressions,
event_ports_expressions=simulation_data.
event_ports_expressions,
variables_to_report=simulation_data.variables_to_report)
# Set the time horizon and the reporting interval
