def _rungetllm(twiss_filename, files, dpp, output_path, accel_inst, algorithm):
"""
Running GetLLM...
"""
import GetLLM
LOG.debug("Will run getllm for dpp {:f}".format(dpp))
if "lhc" == accel_inst.NAME:
lhcphase = "1"
accel_name = "LHCB" + str(accel_inst.get_beam())
else:
lhcphase = "0"
accel_name = accel_inst.NAME.upper(
) #TODO: TEST that! Should work for ESRF at least.
GetLLM.main(outputpath=output_path,
files_to_analyse=','.join(files),
model_filename=twiss_filename,
accel=accel_name,
tbtana=algorithm,
lhcphase=lhcphase)
LOG.debug("GetLLM finished")
for fname in _get_output_filenames(output_path):
src_path = _join_with_output_path(output_path, fname)
dst_path = _join_with_output_path(output_path,
fname.replace(_ext(), _ext(dpp)))
shutil.move(src_path, dst_path)
def _rungetllm(twiss_filename, files, dpp):
'''
Running GetLLM...
'''
import GetLLM
print "Will run getllm for ", dpp
if "LHC" in _InputData.accel.upper():
lhcphase = "1"
else:
lhcphase = "0"
GetLLM.main(outputpath=_InputData.output_path,
files_to_analyse=','.join(files),
model_filename=twiss_filename,
accel=_InputData.accel,
tbtana=_InputData.technique,
lhcphase=lhcphase)
print "GetLLM finished"
for fname in _get_filenames_in_output_with_dpp():
src_path = _join_with_output_path(fname)
dst_path = _join_with_output_path(
fname.replace(".out", "_" + str(dpp) + ".out"))
shutil.move(src_path, dst_path)
def _rungetllm(twiss_filename, files, dpp, output_path, accel_inst, algorithm):
"""
Running GetLLM...
"""
import GetLLM
LOG.debug("Will run getllm for dpp {:f}".format(dpp))
if "lhc" == accel_inst.NAME:
lhcphase = "1"
accel_name = "LHCB" + str(accel_inst.get_beam())
else:
lhcphase = "0"
accel_name = accel_inst.NAME.upper() #TODO: TEST that! Should work for ESRF at least.
GetLLM.main(outputpath=output_path,
files_to_analyse=','.join(files),
model_filename=twiss_filename,
accel=accel_name,
tbtana=algorithm,
lhcphase=lhcphase)
LOG.debug("GetLLM finished")
for fname in _get_output_filenames(output_path):
src_path = _join_with_output_path(output_path, fname)
dst_path = _join_with_output_path(output_path, fname.replace(_ext(), _ext(dpp)))
shutil.move(src_path, dst_path)
def run_getllm():
GetLLM.main(
outputpath=my_outputpath,
dict_file=my_dict_file,
files_to_analyse=my_files_to_analyse,
twiss_model_file=my_twiss_model_file,
accel=my_accel,
lhcphase=my_lhcphase,
BPMU=my_BPMU,
COcut=float(my_COcut),
NBcpl=my_NBcpl,
TBTana=my_TBTana,
higher_order=my_higher_order)
def _rungetllm(twiss_filename, files, dpp):
"""
Running GetLLM...
"""
import GetLLM
print "Will run getllm for ", dpp
GetLLM.main(
outputpath=_InputData.output_path,
files_to_analyse=",".join(files),
model_filename=twiss_filename,
accel=_InputData.accel,
TBTana=_InputData.technique,
)
print "GetLLM finished"
for fname in _get_filenames_in_output_with_dpp():
src_path = _join_with_output_path(fname)
dst_path = _join_with_output_path(fname.replace(".out", "_" + str(dpp) + ".out"))
shutil.move(src_path, dst_path)
def rungetllm(twissfile,accel,technique,files,options,dpp):
'''
Running GetLLM...
'''
if options.llm_version:
print "GetLLM_V"+options.llm_version+" as GetLLM"
exec("import GetLLM_V"+options.llm_version+" as GetLLM")
else:
import GetLLM
print "Will run getllm for ",dpp #, command
GetLLM.main(outputpath=options.output,
files_to_analyse=append(files),
twiss_model_file=twissfile,
accel=accel,
TBTana=technique)
print "GetLLM finished"
for fname in filenames():
v=fname.strip('.out')
shutil.move(options.output+'/'+fname,options.output+'/'+v+'_'+str(dpp)+'.out')
def _rungetllm(twiss_filename, files, dpp):
'''
Running GetLLM...
'''
import GetLLM
print "Will run getllm for ", dpp
if "LHC" in _InputData.accel.upper():
lhcphase = "1"
else:
lhcphase = "0"
GetLLM.main(outputpath=_InputData.output_path,
files_to_analyse=','.join(files),
model_filename=twiss_filename,
accel=_InputData.accel,
TBTana=_InputData.technique,
lhcphase=lhcphase)
print "GetLLM finished"
for fname in _get_filenames_in_output_with_dpp():
src_path = _join_with_output_path(fname)
dst_path = _join_with_output_path(fname.replace(".out", "_"+str(dpp)+".out"))
shutil.move(src_path, dst_path)