def __buildSpecial(self):
# build special part of hierarchy for FRSS3
FRSGeneralTargetHierarchy.build(self)
#self.lh_builder.create_child_node('TS3ED2V1G/Q_OUT','FRSS3_BEAM/Q')
self.lh_builder.create_child_node('TS4ED4SG/E_IN', 'FRSS3_BEAM/E')
self.lh_builder.create_child_node(
'TS4ED4SG/E_OUT',
['FRSS3_BEAM/ELEMENT', 'FRSS3_BEAM/ISOTOPE', 'FRSS3_BEAM/Q'])
for device in self.devices.main_dipoles + self.devices.main_quadrupoles + self.devices.main_sextupoles:
bl_parameter = self.reader.find_unique_string(
device + '/B[0-3]?L$', self.lh_builder.lh.get_parameters())
#y_prec_I = self.y_prec_parser.findYPrec(device, 'I', 1)
i_parameter = self.lh_builder.lh.define_physics_parameter(device +
'/I',
'I',
device,
y_prec=5)
self.lh_builder.create_child_node(i_parameter, bl_parameter)
system = self.devices.devicesystemmap.get(device)
self.lh_builder.lh.add_parameter_to_system(i_parameter, system)
def build(self):
# build generic part of hierarchy
GenericTransferlineHierarchy.build(self)
# build special part of hierarchy
self.__buildSpecial()
FRSGeneralTargetHierarchy.generate_linkrules(self)
GenericTransferlineHierarchy.generate_linkrules(self)
def __init__(self):
self.standalone_acczone = False
if not hasattr(self, 'lh_builder'):
self.standalone_acczone = True
FRSTS_properties = FRSTS_PROPERTIES()
INIT_LH_BUILDER.__init__(self, FRSTS_properties)
FRSTS_device_groups = FRSTS_DEVICES()
GenericTransferlineHierarchy.__init__(self, FRSTS_device_groups)
FRSGeneralTargetHierarchy.__init__(self, FRSTS_device_groups)
self.frsts_bp = True
def __buildSpecial(self):
# build special part of hierarchy for FRSS1
FRSGeneralTargetHierarchy.build(self)
self.lh_builder.create_child_node('DetSC21/E_IN', 'FRSS2_BEAM/E')
self.lh_builder.create_child_node('TS3ED7DPG/E_IN', 'DetSC21/E_OUT')
self.lh_builder.create_child_node('TS3ED7DSG/E_IN', 'TS3ED7DPG/E_OUT')
self.lh_builder.create_child_node('TS3ED7LSG/E_IN', 'TS3ED7DSG/E_OUT')
self.lh_builder.create_child_node('TS3ED7OUG/E_IN', 'TS3ED7LSG/E_OUT')
self.lh_builder.create_child_node('TS3ED7VOG/E_IN', 'TS3ED7OUG/E_OUT')
self.lh_builder.create_child_node('TS3ET7GSG/E_IN', 'TS3ED7VOG/E_OUT')
self.lh_builder.create_child_node('TS3DB7LG/E_IN', 'TS3ET7GSG/E_OUT')
self.lh_builder.create_child_node('TS3ET7RSG/E_IN', 'TS3DB7LG/E_OUT')
self.lh_builder.create_child_node('TS3ET7LSG/E_IN', 'TS3ET7RSG/E_OUT')
self.lh_builder.create_child_node('TS3ET7USG/E_IN', 'TS3ET7LSG/E_OUT')
self.lh_builder.create_child_node('DetSC22/E_IN', 'TS3ET7USG/E_OUT')
self.lh_builder.create_child_node('DetTPC21/E_IN', 'DetSC22/E_OUT')
self.lh_builder.create_child_node('DetTPC22/E_IN', 'DetTPC21/E_OUT')
for device in self.devices.targetladders + self.devices.targets + self.devices.degraders + self.devices.degrader_disks:
self.lh_builder.create_child_node(
device + '/E_OUT',
['FRSS2_BEAM/ELEMENT', 'FRSS2_BEAM/ISOTOPE', 'FRSS2_BEAM/Q'])
for device in self.devices.main_dipoles + self.devices.main_quadrupoles + self.devices.main_sextupoles + self.devices.vertical_correctors:
bl_parameter = self.reader.find_unique_string(
device + '/B[0-3]?L$', self.lh_builder.lh.get_parameters())
# y_prec_I = self.y_prec_parser.findYPrec(device, 'I', 1)
i_parameter = self.lh_builder.lh.define_physics_parameter(device +
'/I',
'I',
device,
y_prec=5)
self.lh_builder.create_child_node(i_parameter, bl_parameter)
system = self.devices.devicesystemmap.get(device)
self.lh_builder.lh.add_parameter_to_system(i_parameter, system)