def build_runnable(self, component, parent = None, id_ = None):
"""
Build a runnable component from a component specification and add
it to the simulation.
@param component: Component specification
@type component: lems.model.component.FatComponent
@param parent: Parent runnable component.
@type parent: lems.sim.runnable.Runnable
@param id_: Optional id for therunnable. If it's not passed in,
the runnable will inherit the id of the component.
@raise SimBuildError: Raised when a component reference cannot be
resolved.
"""
if self.debug: print("++++++++ Calling build_runnable of %s with parent %s"%(component, parent))
if id_ == None:
runnable = Runnable(component.id, component, parent)
else:
runnable = Runnable(id_, component, parent)
simulation = component.simulation
record_target_backup = self.current_record_target
data_output_backup = self.current_data_output
do = None
for d in simulation.data_displays:
do = d
if do == None:
for d in simulation.data_writers:
do = d
if do != None:
self.current_data_output = do
for parameter in component.parameters:
runnable.add_instance_variable(parameter.name, parameter.numeric_value)
derived_parameter_code = []
derived_parameter_ordering = order_derived_parameters(component)
for dpn in derived_parameter_ordering:
derived_parameter = component.derived_parameters[dpn]
runnable.add_derived_variable(derived_parameter.name)
expression = self.build_expression_from_tree(runnable,
None,
derived_parameter.expression_tree)
derived_parameter_code += ['self.{0} = ({1})'.format(
derived_parameter.name,
expression)]
derived_parameter_code += ['self.{0}_shadow = ({1})'.format(
derived_parameter.name,
expression)]
suffix = ''
runnable.add_method('update_derived_parameters' + suffix, ['self'],
derived_parameter_code)
for constant in component.constants:
runnable.add_instance_variable(constant.name, constant.numeric_value)
for text in component.texts:
runnable.add_text_variable(text.name, text.value)
for link in component.links:
runnable.add_text_variable(link.name, link.value)
for ep in component.event_ports:
if ep.direction.lower() == 'in':
runnable.add_event_in_port(ep.name)
else:
runnable.add_event_out_port(ep.name)
dynamics = component.dynamics
self.add_dynamics_1(component, runnable, dynamics, dynamics)
for regime in dynamics.regimes:
self.add_dynamics_1(component, runnable, regime, dynamics)
if regime.initial:
runnable.current_regime = regime.name
rn = regime.name
if rn not in runnable.regimes:
runnable.add_regime(RunnableRegime(rn))
r = runnable.regimes[rn]
suffix = '_regime_' + rn
if runnable.__dict__.has_key('update_state_variables' + suffix):
r.update_state_variables = runnable.__dict__['update_state_variables' + suffix]
if runnable.__dict__.has_key('update_derived_variables' + suffix):
r.update_derived_variables = runnable.__dict__['update_derived_variables' + suffix]
if runnable.__dict__.has_key('run_startup_event_handlers' + suffix):
r.run_startup_event_handlers = runnable.__dict__['run_startup_event_handlers' + suffix]
if runnable.__dict__.has_key('run_preprocessing_event_handlers' + suffix):
r.run_preprocessing_event_handlers = runnable.__dict__['run_preprocessing_event_handlers' + suffix]
if runnable.__dict__.has_key('run_postprocessing_event_handlers' + suffix):
r.run_postprocessing_event_handlers = runnable.__dict__['run_postprocessing_event_handlers' + suffix]
self.process_simulation_specs(component, runnable, component.simulation)
for child in component.child_components:
child_runnable = self.build_runnable(child, runnable)
runnable.add_child(child.id, child_runnable)
for children in component.children:
#GG - These conditions need more debugging.
if children.type in child.types:
runnable.add_child_typeref(children.type, child_runnable)
if children.multiple:
if children.type in child.types:
runnable.add_child_to_group(children.name, child_runnable)
else:
if child_runnable.id == children.name:
runnable.add_child_typeref(children.name, child_runnable)
for attachment in component.attachments:
runnable.make_attachment(attachment.type, attachment.name)
self.build_structure(component, runnable, component.structure)
dynamics = component.dynamics
self.add_dynamics_2(component, runnable,
dynamics, dynamics)
for regime in dynamics.regimes:
self.add_dynamics_2(component, runnable, regime, dynamics)
if regime.name not in runnable.regimes:
runnable.add_regime(RunnableRegime(regime.name))
r = runnable.regimes[regime.name]
suffix = '_regime_' + regime.name
if runnable.__dict__.has_key('update_kinetic_scheme' + suffix):
r.update_kinetic_scheme = runnable.__dict__['update_kinetic_scheme' + suffix]
self.add_recording_behavior(component, runnable)
self.current_data_output = data_output_backup
self.current_record_target = record_target_backup
return runnable
def build_runnable(self, component, parent = None, id_ = None):
"""
Build a runnable component from a component specification and add
it to the simulation.
@param component: Component specification
@type component: lems.model.component.FatComponent
@param parent: Parent runnable component.
@type parent: lems.sim.runnable.Runnable
@param id_: Optional id for therunnable. If it's not passed in,
the runnable will inherit the id of the component.
@raise SimBuildError: Raised when a component reference cannot be
resolved.
"""
if self.debug: print("++++++++ Calling build_runnable of %s with parent %s"%(component, parent))
if id_ == None:
runnable = Runnable(component.id, component, parent)
else:
runnable = Runnable(id_, component, parent)
simulation = component.simulation
record_target_backup = self.current_record_target
data_output_backup = self.current_data_output
do = None
for d in simulation.data_displays:
do = d
if do == None:
for d in simulation.data_writers:
do = d
if do != None:
self.current_data_output = do
for parameter in component.parameters:
runnable.add_instance_variable(parameter.name, parameter.numeric_value)
for property in component.properties:
print("\n\n*****************************************************************\n\n"+
" Property element is not stable in PyLEMS yet, see https://github.com/LEMS/pylems/issues/16\n\n"+
" Used in: %s\n\n"%property.toxml()+
"*****************************************************************\n\n\n")
runnable.add_instance_variable(property.name, property.default_value)
derived_parameter_code = []
derived_parameter_ordering = order_derived_parameters(component)
for dpn in derived_parameter_ordering:
derived_parameter = component.derived_parameters[dpn]
runnable.add_derived_variable(derived_parameter.name)
expression = self.build_expression_from_tree(runnable,
None,
derived_parameter.expression_tree)
derived_parameter_code += ['self.{0} = ({1})'.format(
derived_parameter.name,
expression)]
derived_parameter_code += ['self.{0}_shadow = ({1})'.format(
derived_parameter.name,
expression)]
suffix = ''
runnable.add_method('update_derived_parameters' + suffix, ['self'],
derived_parameter_code)
for constant in component.constants:
runnable.add_instance_variable(constant.name, constant.numeric_value)
for text in component.texts:
runnable.add_text_variable(text.name, text.value)
for link in component.links:
runnable.add_text_variable(link.name, link.value)
for ep in component.event_ports:
if ep.direction.lower() == 'in':
runnable.add_event_in_port(ep.name)
else:
runnable.add_event_out_port(ep.name)
dynamics = component.dynamics
self.add_dynamics_1(component, runnable, dynamics, dynamics)
for regime in dynamics.regimes:
self.add_dynamics_1(component, runnable, regime, dynamics)
if regime.initial:
runnable.current_regime = regime.name
rn = regime.name
if rn not in runnable.regimes:
runnable.add_regime(RunnableRegime(rn))
r = runnable.regimes[rn]
suffix = '_regime_' + rn
if runnable.__dict__.has_key('update_state_variables' + suffix):
r.update_state_variables = runnable.__dict__['update_state_variables' + suffix]
if runnable.__dict__.has_key('update_derived_variables' + suffix):
r.update_derived_variables = runnable.__dict__['update_derived_variables' + suffix]
if runnable.__dict__.has_key('run_startup_event_handlers' + suffix):
r.run_startup_event_handlers = runnable.__dict__['run_startup_event_handlers' + suffix]
if runnable.__dict__.has_key('run_preprocessing_event_handlers' + suffix):
r.run_preprocessing_event_handlers = runnable.__dict__['run_preprocessing_event_handlers' + suffix]
if runnable.__dict__.has_key('run_postprocessing_event_handlers' + suffix):
r.run_postprocessing_event_handlers = runnable.__dict__['run_postprocessing_event_handlers' + suffix]
self.process_simulation_specs(component, runnable, component.simulation)
for child in component.child_components:
child_runnable = self.build_runnable(child, runnable)
runnable.add_child(child.id, child_runnable)
for children in component.children:
#GG - These conditions need more debugging.
if children.type in child.types:
runnable.add_child_typeref(children.type, child_runnable)
if children.multiple:
if children.type in child.types:
runnable.add_child_to_group(children.name, child_runnable)
else:
if child_runnable.id == children.name:
runnable.add_child_typeref(children.name, child_runnable)
for attachment in component.attachments:
runnable.make_attachment(attachment.type, attachment.name)
self.build_structure(component, runnable, component.structure)
dynamics = component.dynamics
self.add_dynamics_2(component, runnable,
dynamics, dynamics)
for regime in dynamics.regimes:
self.add_dynamics_2(component, runnable, regime, dynamics)
if regime.name not in runnable.regimes:
runnable.add_regime(RunnableRegime(regime.name))
r = runnable.regimes[regime.name]
suffix = '_regime_' + regime.name
if runnable.__dict__.has_key('update_kinetic_scheme' + suffix):
r.update_kinetic_scheme = runnable.__dict__['update_kinetic_scheme' + suffix]
self.add_recording_behavior(component, runnable)
self.current_data_output = data_output_backup
self.current_record_target = record_target_backup
return runnable
def build_runnable(self, component, parent=None):
"""
Build a runnable component from a component specification and add
it to the simulation.
@param component: Component specification
@type component: lems.model.component.Component
@param parent: Parent runnable component.
@type parent: lems.sim.runnable.Runnable
@raise SimBuildError: Raised when a component reference cannot be
resolved.
"""
runnable = Runnable(component.id, parent)
context = component.context
record_target_backup = self.current_record_target
for pn in context.parameters:
p = context.parameters[pn]
if p.numeric_value:
runnable.add_instance_variable(p.name, p.numeric_value)
else:
pass
## if p.dimension == '__component_ref__':
## ref = context.parent.lookup_component(p.value)
## if ref == None:
## raise SimBuildError(('Unable to resolve component '
## 'reference {0}').\
## format(component_name))
## self.sim.add_runnable(ref.id, self.build_runnable(ref))
for port in context.event_in_ports:
runnable.add_event_in_port(port)
for port in context.event_out_ports:
runnable.add_event_out_port(port)
if context.selected_behavior_profile:
self.add_runnable_behavior(component, runnable,
context.selected_behavior_profile)
else:
runnable.add_method('update_state_variables', ['self', 'dt'], [])
runnable.add_method('run_preprocessing_event_handlers', ['self'],
[])
runnable.add_method('run_postprocessing_event_handlers', ['self'],
[])
for cn in context.components:
child = context.components[cn]
runnable.add_child(child.id, self.build_runnable(child, runnable))
self.build_structure(component, runnable, context.structure)
if context.selected_behavior_profile:
self.add_recording_behavior(component, runnable,
context.selected_behavior_profile)
self.current_record_target = record_target_backup
return runnable
def build_runnable(self, component, parent = None, id_ = None):
"""
Build a runnable component from a component specification and add
it to the simulation.
@param component: Component specification
@type component: lems.model.component.Component
@param parent: Parent runnable component.
@type parent: lems.sim.runnable.Runnable
@param id_: Optional id for therunnable. If it's not passed in,
the runnable will inherit the id of the component.
@raise SimBuildError: Raised when a component reference cannot be
resolved.
"""
if id_ == None:
runnable = Runnable(component.id, component, parent)
else:
runnable = Runnable(id_, component, parent)
context = component.context
record_target_backup = self.current_record_target
for pn in context.parameters:
p = context.parameters[pn]
if p.numeric_value != None:
runnable.add_instance_variable(p.name, p.numeric_value)
elif p.dimension in ['__link__', '__text__']:
runnable.add_text_variable(p.name, p.value)
for port in context.event_in_ports:
runnable.add_event_in_port(port)
for port in context.event_out_ports:
runnable.add_event_out_port(port)
if context.selected_dynamics_profile:
dynamics = context.selected_dynamics_profile
self.add_dynamics_1(component, runnable,
dynamics.default_regime, dynamics.default_regime)
for rn in dynamics.regimes:
regime = dynamics.regimes[rn]
self.add_dynamics_1(component, runnable, regime, dynamics.default_regime)
if regime.initial:
runnable.current_regime = regime.name
if rn not in runnable.regimes:
runnable.add_regime(Regime(rn))
r = runnable.regimes[rn]
suffix = '_regime_' + rn
r.update_state_variables = runnable.__dict__['update_state_variables'
+ suffix]
r.update_derived_variables = runnable.__dict__['update_derived_variables'
+ suffix]
r.run_startup_event_handlers = runnable.__dict__['run_startup_event_handlers'
+ suffix]
r.run_preprocessing_event_handlers = runnable.__dict__['run_preprocessing_event_handlers'
+ suffix]
r.run_postprocessing_event_handlers = runnable.__dict__['run_postprocessing_event_handlers'
+ suffix]
else:
runnable.add_method('update_state_variables', ['self', 'dt'],
[])
runnable.add_method('update_derived_variables', ['self'],
[])
runnable.add_method('run_startup_event_handlers', ['self'],
[])
runnable.add_method('run_preprocessing_event_handlers', ['self'],
[])
runnable.add_method('run_postprocessing_event_handlers', ['self'],
[])
self.process_simulation_specs(component, runnable, context.simulation)
#for cn in context.components:
for cn in context.components_ordering:
child = context.components[cn]
child_runnable = self.build_runnable(child, runnable)
runnable.add_child(child.id, child_runnable)
for cdn in context.children_defs:
cdt = context.children_defs[cdn]
#if cdt == child.component_type:
if child.is_type(cdt):
runnable.add_child_to_group(cdn, child_runnable)
for type_ in context.attachments:
name = context.attachments[type_]
runnable.make_attachment(type_, name)
self.build_structure(component, runnable, context.structure)
if context.selected_dynamics_profile:
dynamics = context.selected_dynamics_profile
self.add_dynamics_2(component, runnable,
dynamics.default_regime, dynamics.default_regime)
for rn in dynamics.regimes:
regime = dynamics.regimes[rn]
self.add_dynamics_2(component, runnable, regime, dynamics.default_regime)
if rn not in runnable.regimes:
runnable.add_regime(Regime(rn))
r = runnable.regimes[rn]
suffix = '_regime_' + rn
r.update_kinetic_scheme = runnable.__dict__['update_kinetic_scheme'
+ suffix]
else:
runnable.add_method('update_kinetic_scheme', ['self', 'dt'],
[])
self.add_recording_behavior(component, runnable)
self.current_record_target = record_target_backup
return runnable
def build_runnable(self, component, parent=None):
"""
Build a runnable component from a component specification and add
it to the simulation.
@param component: Component specification
@type component: lems.model.component.Component
@param parent: Parent runnable component.
@type parent: lems.sim.runnable.Runnable
@raise SimBuildError: Raised when a component reference cannot be
resolved.
"""
runnable = Runnable(component.id, parent)
context = component.context
record_target_backup = self.current_record_target
for pn in context.parameters:
p = context.parameters[pn]
if p.numeric_value:
runnable.add_instance_variable(p.name, p.numeric_value)
else:
pass
## if p.dimension == '__component_ref__':
## ref = context.parent.lookup_component(p.value)
## if ref == None:
## raise SimBuildError(('Unable to resolve component '
## 'reference {0}').\
## format(component_name))
## self.sim.add_runnable(ref.id, self.build_runnable(ref))
for port in context.event_in_ports:
runnable.add_event_in_port(port)
for port in context.event_out_ports:
runnable.add_event_out_port(port)
if context.selected_behavior_profile:
self.add_runnable_behavior(component, runnable, context.selected_behavior_profile)
else:
runnable.add_method("update_state_variables", ["self", "dt"], [])
runnable.add_method("run_preprocessing_event_handlers", ["self"], [])
runnable.add_method("run_postprocessing_event_handlers", ["self"], [])
for cn in context.components:
child = context.components[cn]
runnable.add_child(child.id, self.build_runnable(child, runnable))
self.build_structure(component, runnable, context.structure)
if context.selected_behavior_profile:
self.add_recording_behavior(component, runnable, context.selected_behavior_profile)
self.current_record_target = record_target_backup
return runnable