ret = mc_set(ind, 0, "try_if_it_is_working", 1, time=10)
val = mc_get(ind, 0, "try_if_it_is_working")
if not (ret and val):
print("memcache not working, exit")
sys.exit(0)
MetaDir = get_conf(configfile, "metafolder")
DataDir = get_conf(configfile, "datafolder")
convertToSampleRate = get_conf_int(configfile, "convertToSampleRate")
mc_train_da_str = get_conf(configfile, "mc_train_da_str")
mc_train_lb_str = get_conf(configfile, "mc_train_lb_str")
mc_test_da_str = get_conf(configfile, "mc_test_da_str")
mc_test_lb_str = get_conf(configfile, "mc_test_lb_str")
batch_size = get_conf_int(configfile, "batch_size")
regularize_coef = get_conf_float(configfile, "regularize_coef")
scatter_mc = {}
numClasses = {}
nUseChannels = {}
for ind in useDataSets:
conf = conff[ind]
scatter_mc[ind] = get_conf_int(conf, "scatter_mc")
numClasses[ind] = get_conf_int(conf, "numClasses")
stateStep = get_conf_int(conf, "stateStep")
nUseChannels[ind] = get_conf_int(conf, "nUseChannels")
secondPerFrame = get_conf_float(conf, "secondPerFrame")
width = int(convertToSampleRate * secondPerFrame)
lg.lg_list(["regularize_coef=", regularize_coef])
lg.lg_list(["batch_size=", batch_size])
STcut2oriTime = "%d-cut2ori-%d"
STori2cutTime = "%d-ori2cut-%d"
EXT = get_conf(configfile, "EXT") # .gz
CUT = get_conf(configfile, "CUT") # ~|
EQU = get_conf(configfile, "EQU", delimiter=":")
KeyUserEmail = get_conf(configfile, "KeyUserEmail")
KeyUserName = get_conf(configfile, "KeyUserName")
UnknownUserEmail = get_conf(configfile, "UnknownUserEmail")
KeySysMs = get_conf(configfile, "KeySysMs")
KeyGPSTime = get_conf(configfile, "KeyGPSTime")
KeyGPSLat = get_conf(configfile, "KeyGPSLat")
KeyGPSLng = get_conf(configfile, "KeyGPSLng")
KeyOriSysMs = get_conf(configfile, "KeyOriSysMs")
PrivacyDist = get_conf_float(configfile, "PrivacyDist")
KeyMAF = get_conf(configfile, "KeyMAF")
rawDirList = glob.glob(DirRaw + os.sep + "*")
emails = [tmp.split(os.sep)[-1] for tmp in rawDirList]
lock = AccessRestrictionContext(
prefix=py_fname(__file__, False) + "~mr~",
persistent_restriction=True,
persist_seconds=100,
print_str=False,
)
def find_time_diff(dl, ms):
for dt in dl:
import random, time import inspect import collections mypydir =os.path.abspath(os.path.dirname(inspect.getfile(inspect.currentframe()))) sys.path.append(mypydir) from readconf import get_conf,get_conf_int,get_conf_float,get_list_startswith,get_dic_startswith iprint=2 configfile = "conf.txt" DirGreengps = get_conf(configfile,"DirGreengps") assert(DirGreengps!="") CUT = get_conf(configfile,"CUT") pakFile=DirGreengps+os.sep+"champaign.extracted.geofabrik.sep2011.augmented.pak" nodesAndStopsFile=DirGreengps+os.sep+"champaign.extracted.geofabrik.sep2011.augmented.nodesAndstops" GramPerGallon = get_conf_float(configfile,"GramPerGallon") Bound_N_lat=40.157605 Bound_S_lat=40.020233 Bound_W_lng=-88.314759 Bound_E_lng=-88.128484 def inBound(lat,lng): if (lat<Bound_N_lat and lat>Bound_S_lat and lng<Bound_E_lng and lng>Bound_W_lng): return True return False def query_coef_str(make ,model ,year ,vclass): cmd=DirGreengps+os.sep+"query "+DirGreengps+os.sep+"2014-1-30_u44_[CoeffsOrdered]_model_db_LS_wok7.txt "+make+" "+model+" "+year+" "+vclass pp = subprocess.Popen(cmd.split(), stdout=subprocess.PIPE) pout = pp.communicate()[0].rstrip() k15=["0",'1.531e-06', '4.286e-04', '8.625e-06', '-6.668e-07', "0","0",'0', '0', '0', '0', '4.385e-09', '-1.351e-09', '4.815e-11', '1.107e-09'] try:
def mc_get(subj, key, pref=cache_prefix):
return mc.get(pref + "s%d" % subj + key)
def mc_set(subj, key, val, time=CACHE_TIME, pref=cache_prefix):
return mc.set(pref + "s%d" % subj + key, val, time=time)
ret = mc_set(0, "try_if_it_is_working", 1, time=10)
val = mc_get(0, "try_if_it_is_working")
if not (ret and val):
print("memcache not working, exit")
sys.exit(0)
MetaDir = get_conf(configfile, "metafolder")
DataDir = get_conf(configfile, "datafolder")
regularize_coef = get_conf_float(configfile, "regularize_coef")
convertToSampleRate = get_conf_int(configfile, "convertToSampleRate")
mc_train_da_str = get_conf(configfile, "mc_train_da_str")
mc_train_lb_str = get_conf(configfile, "mc_train_lb_str")
mc_test_da_str = get_conf(configfile, "mc_test_da_str")
mc_test_lb_str = get_conf(configfile, "mc_test_lb_str")
batch_size = get_conf_int(conf, "batch_size")
scatter_mc = get_conf_int(conf, "scatter_mc")
numClasses = get_conf_int(conf, "numClasses")
stateStep = get_conf_int(conf, "stateStep")
nUseChannels = get_conf_int(conf, "nUseChannels")
secondPerFrame = get_conf_float(conf, "secondPerFrame")
height = nUseChannels
width = int(convertToSampleRate * secondPerFrame)
4: [0.0, 0.0, 0.0, 1.0],
},
}
params = {}
dataSetsDir = get_conf(configfile,
"dataSetsDir" + User) #dataSetsDir = WORKDIR+/bci/
params["dataProcDir"] = get_conf(configfile, "dataProcDir" + User)
params["MetaDir"] = get_conf(configfile, "metafolder")
params["DataDir"] = get_conf(configfile, "datafolder")
params["dataSetsDir"] = dataSetsDir
params["convertToSampleRate"] = get_conf_int(configfile, "convertToSampleRate")
trainlist = get_conf(conf, "trainfiles").split(",")
testlist = get_conf(conf, "testfiles").split(",")
params["secondPerFrame"] = get_conf_float(conf, "secondPerFrame")
params["sampleRate"] = get_conf_float(conf, "sampleRate")
params["label2softmax"] = label_dict[dataname]
params["numRawChannels"] = get_conf_int(conf, "numRawChannels")
params["shiftRatio"] = get_conf_float(conf, "shiftRatio")
params["augmentTimes"] = get_conf_int(conf, "augmentTimes")
params["init_window_size"] = min(375, get_conf_int(conf, "init_window_size"))
params["dataname"] = dataname
params["stateStep"] = stateStep
params["scatter_mc"] = get_conf_int(conf, "scatter_mc")
num_subj = get_conf_int(conf, "num_subj")
for s in range(num_subj):
skey = "s%d" % s
trainlist = get_list_startswith(conf, skey, ",")
testlist = get_list_startswith(conf, skey + "-t", ",")
