def import_file(text):
data = simulation_db.default_data(_SIM_TYPE)
beamline = []
data['models']['beamlines'] = [
{
'name': 'BL1',
'id': 1,
'items': beamline,
},
]
current_id = 2
title, elements = zgoubi_parser.parse_file(text, 1)
data['models']['simulation']['name'] = title if title else 'zgoubi'
ids_and_elements = [[], []]
for el in elements:
_validate_model(el)
if 'name' in el:
if el not in ids_and_elements[1]:
current_id += 1
ids_and_elements[0].append(current_id)
ids_and_elements[1].append(el)
beamline.append(ids_and_elements[0][ids_and_elements[1].index(el)])
else:
if el['type'] in data['models']:
pkdlog('replacing existing {} model', el['type'])
data['models'][el['type']] = el
for idx in range(len(ids_and_elements[0])):
el = ids_and_elements[1][idx]
el['_id'] = ids_and_elements[0][idx]
data['models']['elements'].append(el)
elegant_common.sort_elements_and_beamlines(data)
return data
def import_file(text, data=None):
models = elegant_lattice_parser.parse_file(text, max_id(data) if data else 0)
name_to_id, default_beamline_id = _create_name_map(models)
if 'default_beamline_name' in models and models['default_beamline_name'] in name_to_id:
default_beamline_id = name_to_id[models['default_beamline_name']]
element_names = {}
rpn_cache = {}
for el in models['elements']:
el['type'] = _validate_type(el, element_names)
element_names[el['name'].upper()] = el
validate_fields(el, rpn_cache, models['rpnVariables'])
for bl in models['beamlines']:
bl['items'] = _validate_beamline(bl, name_to_id, element_names)
if len(models['elements']) == 0 or len(models['beamlines']) == 0:
raise IOError('no beamline elements found in file')
if not data:
data = simulation_db.default_data(elegant_common.SIM_TYPE)
data['models']['elements'] = models['elements']
data['models']['beamlines'] = models['beamlines']
data['models']['rpnVariables'] = models['rpnVariables']
elegant_common.sort_elements_and_beamlines(data)
if default_beamline_id:
data['models']['simulation']['activeBeamlineId'] = default_beamline_id
data['models']['simulation']['visualizationBeamlineId'] = default_beamline_id
# used by synergia app to get values for rpn expressions
data['models']['rpnCache'] = rpn_cache
return data
def import_file(text):
commands = elegant_command_parser.parse_file(text)
if not commands:
raise IOError('no commands found in file')
_verify_lattice_name(commands)
rpn_variables = PKDict()
# iterate commands, validate values and set defaults from schema
for cmd in commands:
cmd_type = cmd['_type']
if not cmd_type in _TYPES:
raise IOError('unknown command: {}'.format(cmd_type))
elegant_lattice_importer.validate_fields(cmd, PKDict())
# convert macro variables into rpnVariables
n = lattice.LatticeUtil.model_name_for_data(cmd)
for field in cmd:
el_schema = _SCHEMA.model[n].get(field)
if el_schema and el_schema[1] == 'RPNValue':
m = re.search(r'^<(\w+)>$', str(cmd[field]))
if m:
cmd[field] = m.group(1)
rpn_variables[cmd[field]] = _SIM_DATA.model_defaults(n).get(field, 0)
data = simulation_db.default_data(SIM_TYPE)
#TODO(pjm) javascript needs to set bunch, bunchSource, bunchFile values from commands
data.models.commands = commands
data.models.rpnVariables = [PKDict(name=k, value=v) for k, v in rpn_variables.items()]
return data
def import_file(text):
data = simulation_db.default_data(_SIM_TYPE)
beamline = []
data['models']['beamlines'] = [
{
'name': 'BL1',
'id': 1,
'items': beamline,
},
]
current_id = 2
title, elements = zgoubi_parser.parse_file(text, 1)
data['models']['simulation']['name'] = title if title else 'zgoubi'
ids_and_elements = [[], []]
for el in elements:
_validate_model(el)
if 'name' in el:
if el not in ids_and_elements[1]:
current_id += 1
ids_and_elements[0].append(current_id)
ids_and_elements[1].append(el)
beamline.append(ids_and_elements[0][ids_and_elements[1].index(el)])
else:
if el['type'] in data['models']:
pkdlog('replacing existing {} model', el['type'])
data['models'][el['type']] = el
for idx in range(len(ids_and_elements[0])):
el = ids_and_elements[1][idx]
el['_id'] = ids_and_elements[0][idx]
data['models']['elements'].append(el)
elegant_common.sort_elements_and_beamlines(data)
return data
def api_newSimulation():
new_simulation_data = _parse_data_input()
sim_type = new_simulation_data['simulationType']
data = simulation_db.default_data(sim_type)
data['models']['simulation']['name'] = new_simulation_data['name']
data['models']['simulation']['folder'] = new_simulation_data['folder']
sirepo.template.import_module(sim_type).new_simulation(data, new_simulation_data)
return _save_new_and_reply(sim_type, data)
def import_file(req, tmp_dir=None, **kwargs):
data = simulation_db.default_data(req.type)
data.models.simulation.pkupdate(
{k: v for k, v in req.req_data.items() if k in data.models.simulation}
)
data.models.simulation.pkupdate(_parse_input_file_arg_str(req.import_file_arguments))
_prep_new_sim(data)
return data
def srw_to_shadow(self, models):
res = simulation_db.default_data(_SHADOW.sim_type())
self.__simulation_to_shadow(models, res.models)
if res.models.simulation.sourceType == 'geometricSource':
self.__beam_to_shadow(models, res.models)
self.__beamline_to_shadow(models, res.models)
_SHADOW.fixup_old_data(res)
return res
def _import_elegant_file(text):
elegant_data = elegant_lattice_importer.import_file(text)
rpn_cache = elegant_data['models']['rpnCache']
data = simulation_db.default_data(SIM_TYPE)
element_ids = {}
for el in elegant_data['models']['elements']:
if el['type'] not in _ELEGANT_NAME_MAP:
if 'l' in el:
el['name'] += '_{}'.format(el['type'])
el['type'] = 'DRIF'
else:
continue
el['name'] = re.sub(r':', '_', el['name'])
name = _ELEGANT_NAME_MAP[el['type']]
schema = _SCHEMA['model'][name]
m = {
'_id': el['_id'],
'type': name,
}
for f in el:
v = el[f]
if el['type'] in _ELEGANT_FIELD_MAP and f in _ELEGANT_FIELD_MAP[
el['type']]:
f = _ELEGANT_FIELD_MAP[el['type']][f]
if f in schema:
if v in rpn_cache:
v = rpn_cache[v]
m[f] = v
template_common.update_model_defaults(m, name, _SCHEMA)
data['models']['elements'].append(m)
element_ids[m['_id']] = True
beamline_ids = {}
for bl in elegant_data['models']['beamlines']:
bl['name'] = re.sub(r':', '_', bl['name'])
element_ids[bl['id']] = True
element_ids[-bl['id']] = True
for bl in elegant_data['models']['beamlines']:
items = []
for element_id in bl['items']:
if element_id in element_ids:
items.append(element_id)
data['models']['beamlines'].append({
'id': bl['id'],
'items': items,
'name': bl['name'],
})
elegant_sim = elegant_data['models']['simulation']
if 'activeBeamlineId' in elegant_sim:
data['models']['simulation']['activeBeamlineId'] = elegant_sim[
'activeBeamlineId']
data['models']['simulation']['visualizationBeamlineId'] = elegant_sim[
'activeBeamlineId']
data['models']['elements'] = sorted(data['models']['elements'],
key=lambda el: el['type'])
data['models']['elements'] = sorted(data['models']['elements'],
key=lambda el:
(el['type'], el['name'].lower()))
return data
def _import_madx_file(text):
import synergia
data = simulation_db.default_data(SIM_TYPE)
reader = synergia.lattice.MadX_reader()
reader.parse(text)
lattice = _import_main_beamline(reader, data)
_import_elements(lattice, data)
_import_bunch(lattice, data)
return data
def _import_elegant_file(text):
try:
from sirepo.template import elegant_lattice_importer
except AssertionError:
assert False, 'The elegant sirepo application is not configured.'
elegant_data = elegant_lattice_importer.import_file(text)
rpn_cache = elegant_data.models.rpnCache
data = simulation_db.default_data(SIM_TYPE)
element_ids = {}
for el in elegant_data.models.elements:
if el.type not in _ELEGANT_NAME_MAP:
if 'l' in el:
el.name += '_{}'.format(el.type)
el.type = 'DRIF'
else:
continue
el.name = re.sub(r':', '_', el.name)
name = _ELEGANT_NAME_MAP[el.type]
schema = _SCHEMA.model[name]
m = PKDict(
_id=el._id,
type=name,
)
for f in el:
v = el[f]
if el.type in _ELEGANT_FIELD_MAP and f in _ELEGANT_FIELD_MAP[
el.type]:
f = _ELEGANT_FIELD_MAP[el.type][f]
if f in schema:
if v in rpn_cache:
v = rpn_cache[v]
m[f] = v
_SIM_DATA.update_model_defaults(m, name)
data.models.elements.append(m)
element_ids[m._id] = True
beamline_ids = {}
for bl in elegant_data.models.beamlines:
bl.name = re.sub(r':', '_', bl.name)
element_ids[bl.id] = True
element_ids[-bl.id] = True
for bl in elegant_data.models.beamlines:
items = []
for element_id in bl['items']:
if element_id in element_ids:
items.append(element_id)
data.models.beamlines.append(
PKDict(
id=bl.id,
items=items,
name=bl.name,
))
elegant_sim = elegant_data.models.simulation
if 'activeBeamlineId' in elegant_sim:
data.models.simulation.activeBeamlineId = elegant_sim.activeBeamlineId
data.models.simulation.visualizationBeamlineId = elegant_sim.activeBeamlineId
return data
def _convert(self, data):
self.result = simulation_db.default_data(self.to_class.sim_type())
self._copy_beamlines(data)
self._copy_elements(data)
self._copy_code_variables(data)
LatticeUtil(
self.result,
self.to_class.schema(),
).sort_elements_and_beamlines()
return self.result
def _convert(name, data, direction):
assert name in _FIELD_MAP
if direction == 'from':
field_map = _FIELD_MAP[name].from_madx
from_class = sirepo.sim_data.get_class('madx')
to_class = sirepo.sim_data.get_class(name)
drift_type = 'DRIFT'
else:
assert direction == 'to'
field_map = _FIELD_MAP[name].to_madx
from_class = sirepo.sim_data.get_class(name)
to_class = sirepo.sim_data.get_class('madx')
drift_type = _FIELD_MAP[name].from_madx.DRIFT[0]
res = simulation_db.default_data(to_class.sim_type())
for bl in data.models.beamlines:
res.models.beamlines.append(
PKDict(
name=bl.name,
items=bl['items'],
id=bl.id,
))
for el in data.models.elements:
if el.type not in field_map:
#TODO(pjm): convert to a sim appropriate drift rather than skipping
pkdlog('Unhandled element type: {}', el.type)
el.type = drift_type
if 'l' not in el:
el.l = 0
fields = field_map[el.type]
values = to_class.model_defaults(fields[0])
values.name = el.name
values.type = fields[0]
values._id = el._id
for idx in range(1, len(fields)):
values[fields[idx]] = el[fields[idx]]
# add any non-default values not in map to a comment
comment = ''
defaults = from_class.model_defaults(el.type)
for f in el:
if f not in fields and f in defaults and str(el[f]) != str(
defaults[f]):
v = el[f]
if ' ' in str(v):
v = '"{}"'.format(v)
comment += '{}={} '.format(f, v)
if comment:
values._comment = '{}: {} {}'.format(from_class.sim_type(),
el.type, comment.strip())
res.models.elements.append(values)
res.models.rpnVariables = _rpn_variables(to_class, data)
for f in ('name', 'visualizationBeamlineId', 'activeBeamlineId'):
if f in data.models.simulation:
res.models.simulation[f] = data.models.simulation[f]
return res
def import_file(text):
data = simulation_db.default_data(_SIM_TYPE)
#TODO(pjm): need a common way to clean-up/uniquify a simulation name from imported text
title, elements = zgoubi_parser.parse_file(text, 1)
title = re.sub(r'\s+', ' ', title)
title = re.sub(r'^\s+|\s+$', '', title)
data['models']['simulation']['name'] = title if title else 'zgoubi'
info = _validate_and_dedup_elements(data, elements)
_validate_element_names(data, info)
elegant_common.sort_elements_and_beamlines(data)
return data
def api_newSimulation():
req = http_request.parse_post(template=True, folder=True, name=True)
d = simulation_db.default_data(req.type)
#TODO(pjm): update fields from schema values across new_simulation_data values
d.models.simulation.pkupdate(
name=req.name,
folder=req.folder,
notes=req.req_data.get('notes', ''),
)
if hasattr(req.template, 'new_simulation'):
req.template.new_simulation(d, req.req_data)
return _save_new_and_reply(d)
def parse_file(self, lattice_text):
from sirepo import simulation_db
self.data = simulation_db.default_data(self.sim_data.sim_type())
self.parser = LineParser(100)
self.data.models.rpnVariables = {}
self.data.models.sequences = []
# None | sequence | track | match | edit
self.container = None
self.elements_by_name = PKDict()
lines = lattice_text.replace('\r', '').split('\n')
self.__parse_lines(lines)
return self.data
def import_file(request, lib_dir=None, tmp_dir=None):
f = request.files['file']
filename = werkzeug.secure_filename(f.filename)
if not pkio.has_file_extension(str(filename), 'zip'):
raise RuntimeError('unsupported import filename: {}'.format(filename))
filepath = str(tmp_dir.join(_ZIP_FILE_NAME))
f.save(filepath)
data = simulation_db.default_data(SIM_TYPE)
data['models']['simulation']['name'] = filename
data['models']['simulation'][_TMP_INPUT_FILE_FIELD] = filepath
# more processing occurs below in prepare_for_client() after simulation dir is prepared
return data
def import_file(request, lib_dir=None, tmp_dir=None):
f = request.files['file']
filename = werkzeug.secure_filename(f.filename)
if not pkio.has_file_extension(str(filename), 'zip'):
raise RuntimeError('unsupported import filename: {}'.format(filename))
filepath = str(tmp_dir.join(_ZIP_FILE_NAME))
f.save(filepath)
data = simulation_db.default_data(SIM_TYPE)
data['models']['simulation']['name'] = filename
data['models']['simulation'][_TMP_INPUT_FILE_FIELD] = filepath
# more processing occurs below in prepare_for_client() after simulation dir is prepared
return data
def api_newSimulation():
new_simulation_data = _parse_data_input()
sim_type = new_simulation_data['simulationType']
data = simulation_db.default_data(sim_type)
data['models']['simulation']['name'] = new_simulation_data['name']
data['models']['simulation']['folder'] = new_simulation_data['folder']
if 'notes' in new_simulation_data:
data['models']['simulation']['notes'] = new_simulation_data['notes']
template = sirepo.template.import_module(sim_type)
if hasattr(template, 'new_simulation'):
template.new_simulation(data, new_simulation_data)
return _save_new_and_reply(data)
def api_newSimulation():
req = http_request.parse_post(template=True, folder=True, name=True)
d = simulation_db.default_data(req.type)
d.models.simulation.pkupdate(
{k: v
for k, v in req.req_data.items() if k in d.models.simulation})
d.models.simulation.pkupdate(
name=req.name,
folder=req.folder,
)
if hasattr(req.template, 'new_simulation'):
req.template.new_simulation(d, req.req_data)
return _save_new_and_reply(d)
def _import_elegant_file(text):
elegant_data = elegant_lattice_importer.import_file(text)
rpn_cache = elegant_data['models']['rpnCache']
data = simulation_db.default_data(SIM_TYPE)
element_ids = {}
for el in elegant_data['models']['elements']:
if el['type'] not in _ELEGANT_NAME_MAP:
if 'l' in el:
el['name'] += '_{}'.format(el['type'])
el['type'] = 'DRIF'
else:
continue
el['name'] = re.sub(r':', '_', el['name'])
name = _ELEGANT_NAME_MAP[el['type']]
schema = _SCHEMA['model'][name]
m = {
'_id': el['_id'],
'type': name,
}
for f in el:
v = el[f]
if el['type'] in _ELEGANT_FIELD_MAP and f in _ELEGANT_FIELD_MAP[el['type']]:
f = _ELEGANT_FIELD_MAP[el['type']][f]
if f in schema:
if v in rpn_cache:
v = rpn_cache[v]
m[f] = v
template_common.update_model_defaults(m, name, _SCHEMA)
data['models']['elements'].append(m)
element_ids[m['_id']] = True
beamline_ids = {}
for bl in elegant_data['models']['beamlines']:
bl['name'] = re.sub(r':', '_', bl['name'])
element_ids[bl['id']] = True
element_ids[-bl['id']] = True
for bl in elegant_data['models']['beamlines']:
items = []
for element_id in bl['items']:
if element_id in element_ids:
items.append(element_id)
data['models']['beamlines'].append({
'id': bl['id'],
'items': items,
'name': bl['name'],
})
elegant_sim = elegant_data['models']['simulation']
if 'activeBeamlineId' in elegant_sim:
data['models']['simulation']['activeBeamlineId'] = elegant_sim['activeBeamlineId']
data['models']['simulation']['visualizationBeamlineId'] = elegant_sim['activeBeamlineId']
return data
def import_file(req, tmp_dir=None, **kwargs):
if not pkio.has_file_extension(req.filename, 'zip'):
raise sirepo.util.UserAlert('unsupported import filename: {}'.format(filename))
#TODO(pjm): writing to simulation lib for now, tmp_dir will get removed after this request
filepath = str(simulation_db.simulation_lib_dir(SIM_TYPE).join(_ZIP_FILE_NAME))
pkio.mkdir_parent_only(filepath)
with open(filepath, 'wb') as f:
f.write(req.file_stream.read())
data = simulation_db.default_data(SIM_TYPE)
data['models']['simulation']['name'] = req.filename
data['models']['simulation'][_TMP_INPUT_FILE_FIELD] = filepath
# more processing occurs in prepare_for_client() via:
# import_file => _save_new_and_reply => api_simulationData => prepare_for_client
return data
def import_file(text):
commands = elegant_command_parser.parse_file(text)
if not len(commands):
raise IOError('no commands found in file')
_verify_lattice_name(commands)
# iterate commands, validate values and set defaults from schema
for cmd in commands:
cmd_type = cmd['_type']
if not cmd_type in _ELEGANT_TYPES:
raise IOError('unknown command: {}'.format(cmd_type))
elegant_lattice_importer.validate_fields(cmd, {}, {})
data = simulation_db.default_data(elegant_common.SIM_TYPE)
#TODO(pjm) javascript needs to set bunch, bunchSource, bunchFile values from commands
data['models']['commands'] = commands
return data
def import_file(text):
commands = elegant_command_parser.parse_file(text)
if not len(commands):
raise IOError('no commands found in file')
_verify_lattice_name(commands)
# iterate commands, validate values and set defaults from schema
for cmd in commands:
cmd_type = cmd['_type']
if not cmd_type in _ELEGANT_TYPES:
raise IOError('unknown command: {}'.format(cmd_type))
elegant_lattice_importer.validate_fields(cmd, {}, {})
data = simulation_db.default_data(elegant_common.SIM_TYPE)
#TODO(pjm) javascript needs to set bunch, bunchSource, bunchFile values from commands
data['models']['commands'] = commands
return data
def srw_to_shadow(self, models):
res = simulation_db.default_data(_SHADOW.sim_type())
self.beamline = res.models.beamline
self.__simulation_to_shadow(models, res.models)
if res.models.simulation.sourceType == 'geometricSource':
self.__beam_to_shadow(models, res.models)
elif res.models.simulation.sourceType == 'undulator':
self.__undulator_to_shadow(models, res.models)
elif res.models.simulation.sourceType == 'bendingMagnet':
self.__multipole_to_shadow(models, res.models)
self.__beamline_to_shadow(models, res.models)
if res.models.simulation.sourceType == 'undulator':
self.__fix_undulator_gratings(res.models)
_SHADOW.fixup_old_data(res)
return res
def __remove_default_commands(self):
from sirepo import simulation_db
size = len(
simulation_db.default_data(
self.sim_data.sim_type()).models.commands)
res = []
names = set(self.data.models.commands[0].name)
for i in range(len(self.data.models.commands)):
cmd = self.data.models.commands[i]
if i >= size:
if not cmd.name:
cmd.name = self.__unique_name(cmd, names)
res.append(cmd)
names.add(cmd.name)
self.data.models.commands = res
def import_file(text, unit_test_mode=False):
if unit_test_mode:
global _UNIT_TEST_MODE
_UNIT_TEST_MODE = unit_test_mode
data = simulation_db.default_data(SIM_TYPE)
#TODO(pjm): need a common way to clean-up/uniquify a simulation name from imported text
title, elements, unhandled_elements = zgoubi_parser.parse_file(text, 1)
title = re.sub(r'\s+', ' ', title)
title = re.sub(r'^\s+|\s+$', '', title)
data.models.simulation.name = title if title else 'zgoubi'
if unhandled_elements:
data.models.simulation.warnings = 'Unsupported Zgoubi elements: {}'.format(
', '.join(unhandled_elements))
info = _validate_and_dedup_elements(data, elements)
_validate_element_names(data, info)
LatticeUtil(data, _SCHEMA).sort_elements_and_beamlines()
if 'missingFiles' in info and info.missingFiles:
data.error = 'Missing data files'
data.missingFiles = info.missingFiles
_update_report_parameters(data)
return data
def import_file(text, data=None, update_filenames=True):
if not data:
data = simulation_db.default_data(elegant_common.SIM_TYPE)
models = elegant_lattice_parser.parse_file(
text,
data.models.rpnVariables,
lattice.LatticeUtil.max_id(data),
)
name_to_id, default_beamline_id = _create_name_map(models)
if 'default_beamline_name' in models and models[
'default_beamline_name'] in name_to_id:
default_beamline_id = name_to_id[models['default_beamline_name']]
element_names = PKDict()
rpn_cache = PKDict()
code_var = elegant_code_var(models.rpnVariables)
for el in models['elements']:
el['type'] = _validate_type(el, element_names)
element_names[el['name'].upper()] = el
validate_fields(el, rpn_cache, code_var, update_filenames)
for bl in models['beamlines']:
bl['items'] = _validate_beamline(bl, name_to_id, element_names)
if len(models['elements']) == 0 or len(models['beamlines']) == 0:
raise IOError('no beamline elements found in file')
data['models']['elements'] = models['elements']
data['models']['beamlines'] = models['beamlines']
data['models']['rpnVariables'] = models['rpnVariables']
lattice.LatticeUtil(data, _SCHEMA).sort_elements_and_beamlines()
if default_beamline_id:
data['models']['simulation']['activeBeamlineId'] = default_beamline_id
data['models']['simulation'][
'visualizationBeamlineId'] = default_beamline_id
# used by synergia app to get values for rpn expressions
data['models']['rpnCache'] = rpn_cache
return data
def import_file(text, data=None):
models = elegant_lattice_parser.parse_file(text,
max_id(data) if data else 0)
name_to_id, default_beamline_id = _create_name_map(models)
if 'default_beamline_name' in models and models[
'default_beamline_name'] in name_to_id:
default_beamline_id = name_to_id[models['default_beamline_name']]
element_names = {}
rpn_cache = {}
for el in models['elements']:
el['type'] = _validate_type(el, element_names)
element_names[el['name'].upper()] = el
validate_fields(el, rpn_cache, models['rpnVariables'])
for bl in models['beamlines']:
bl['items'] = _validate_beamline(bl, name_to_id, element_names)
if len(models['elements']) == 0 or len(models['beamlines']) == 0:
raise IOError('no beamline elements found in file')
if not data:
data = simulation_db.default_data(elegant_common.SIM_TYPE)
data['models']['elements'] = sorted(models['elements'],
key=lambda el: el['type'])
data['models']['elements'] = sorted(models['elements'],
key=lambda el:
(el['type'], el['name'].lower()))
data['models']['beamlines'] = sorted(models['beamlines'],
key=lambda b: b['name'].lower())
data['models']['rpnVariables'] = models['rpnVariables']
if default_beamline_id:
data['models']['simulation']['activeBeamlineId'] = default_beamline_id
data['models']['simulation'][
'visualizationBeamlineId'] = default_beamline_id
# used by synergia app to get values for rpn expressions
data['models']['rpnCache'] = rpn_cache
return data
def fixup_old_data(cls, data):
dm = data.models
cls._init_models(dm, (
'dataSource',
'elegantAnimation',
'epochAnimation',
'files',
'latticeSettings',
'mlModel',
'mlModelGraph',
'neuralNet',
'neuralNetLayer',
'partition',
'partitionSelectionReport',
'rfcSettings',
))
if 'beamlines' not in dm:
from sirepo import simulation_db
defaults = simulation_db.default_data(cls.sim_type()).models
for m in ('beamlines', 'commands', 'elements', 'rpnCache',
'rpnVariables'):
dm[m] = defaults[m]
def _import_mad_file(reader, beamline_names):
data = simulation_db.default_data(SIM_TYPE)
lattice = _import_main_beamline(reader, data, beamline_names)
_import_elements(lattice, data)
_import_bunch(lattice, data)
return data