def downloader(studio, seeds, ampls, angles, tunes, exp_turns, np, setenv=True, deletedata=False):
"""routine that downloads all the data and stacks it up in a dedicated dictionary"""
set_env_castor(setenv) # set environment variables for castor
CASTOR_HOME = os.environ.get("CASTOR_HOME") + "/direct_track/"
file_list = pre_stage_castor(CASTOR_HOME, studio, seeds, ampls, angles, tunes, exp_turns)
delayer(file_list)
os.system("rm %s" % file_list)
tbt_data = {} # turn by turn data container
part = 0
i = 0
for mad_seed in seeds:
pID_bias = 0
bunch = {}
for amp in ampls:
for angle in angles:
dest_path = get_data_from_castor(CASTOR_HOME, studio, mad_seed, amp, angle, tunes, exp_turns)
head, part = read_allfortbin(pID_bias, basedir="./%s" % dest_path)
i = i + 1
pID_bias = np * i
bunch.update(part)
if deletedata:
remove_data(dest_path)
tbt_data[mad_seed] = bunch
return tbt_data
def downloader(studio,
seeds,
ampls,
angles,
tunes,
exp_turns,
np,
setenv=True,
deletedata=False):
'''routine that downloads all the data and stacks it up in a dedicated dictionary'''
set_env_castor(setenv) #set environment variables for castor
CASTOR_HOME = os.environ.get('CASTOR_HOME') + '/direct_track/'
file_list = pre_stage_castor(CASTOR_HOME, studio, seeds, ampls, angles,
tunes, exp_turns)
delayer(file_list)
os.system('rm %s' % file_list)
tbt_data = {} #turn by turn data container
part = 0
i = 0
for mad_seed in seeds:
pID_bias = 0
bunch = {}
for amp in ampls:
for angle in angles:
dest_path = get_data_from_castor(CASTOR_HOME, studio, mad_seed,
amp, angle, tunes, exp_turns)
head, part = read_allfortbin(pID_bias,
basedir='./%s' % dest_path)
i = i + 1
pID_bias = np * i
bunch.update(part)
if (deletedata):
remove_data(dest_path)
tbt_data[mad_seed] = bunch
return tbt_data
def data_to_dictionary(main_folder, folder_name, folder_max_number):
"""routine that reads all the data and stacks it up in a dedicated dictionary
"""
tbt_data = {} # turn by turn data container
np = 60
pID_bias = 0
bunch = {}
for n in range(folder_max_number + 1):
dest_path = os.getcwd() + "/" + main_folder + "/" + folder_name + str(n)
print dest_path
head, part = read_allfortbin(pID_bias, basedir="%s" % dest_path)
pID_bias = np * (n + 1)
print "pID_bias=", pID_bias
bunch.update(part)
print "the tbt data read for this particle is long", len(part)
# tbt_data[mad_seed]=bunch
# tbt_data=bunch
closo = head["closorb"]
return bunch, closo
