def __LoadPeriodsFromAmi(self, Y):
from ClusterSubmission.AMIDataBase import getAmiClient
getAmiClient()
import pyAMI.client
import pyAMI.atlas.api as AtlasAPI
if Y in self.GetYears(): return
self.__Periods[Y] = []
PeriodDict = AtlasAPI.list_dataperiods(getAmiClient(), 1, year=Y)
for period_entry in PeriodDict:
P = str(period_entry["period"])
### We do not need the Van-Der-Meer scan periods. They are not of any use for
### data analysis
if P.find("VdM") != -1: continue
period_storage = Period(year=Y, period=P, project=period_entry["projectName"])
self.__Periods[Y] += [period_storage]
### Now load the runs from the total year
RunDict = AtlasAPI.list_runs(getAmiClient(), data_periods=[], year=Y)
for run in RunDict:
if run["period"].find("VdM") != -1: continue
## Order them into the period holders
R = int(run['runNumber'])
storage = self.__FindPeriod(Y=Y, period=run["period"], project=run["projectName"])
if storage: storage.addRun(R)
for P in self.__Periods[Y]:
P.finish()
### Sort the periods finally
self.__Periods[Y] = sorted(self.__Periods[Y], key=lambda P: P.period())
logging.info("Found %d runs in year %d" % (len(self.GetRunsFromPeriod(Y)), Y))
def doData15():
grl15 = '/cvmfs/atlas.cern.ch/repo/sw/database/GroupData/GoodRunsLists/data15_13TeV/20160720/physics_25ns_20.7.xml'
c1 = config1('data15_13TeV', 'MUON0', 'A', sTag='grp15_v01_', acceptTags=None, autoCreate=False, grl=None)
c1.outScript = 'createIt_15v2.sh'
periods = AtlasAPI.list_dataperiods(client, 2, 15)
c1.project = 'data15_13TeV'
c1.sTag='grp15_v02_'
c1.acceptTags=['p2889']
c1.grl = grl15
pds =[p['period'] for p in periods if p['status']=='frozen']
# print (pds)
# sys.exit(0)
for p in pds:
for d in ['MUON0','MUON1','MUON2','MUON3']:
c1.period = p
c1.derivation = d
makeContainer(c1)
def do2016LaterPeriods():
grl16 = '/cvmfs/atlas.cern.ch/repo/sw/database/GroupData/GoodRunsLists/data16_13TeV/20161101/physics_25ns_20.7_ignoreToroidStatus.xml'
c1 = config1('data16_13TeV', 'MUON0', 'A', sTag='grp16_v01_', acceptTags=['p2769','p2689','p2667'], autoCreate=False, grl=grl16)
c1.outScript = 'createIt_16Later2.sh'
periods = AtlasAPI.list_dataperiods(client, 2, 16)
c1.project = 'data16_13TeV'
c1.sTag='grp16_v01_'
c1.acceptTags=None
c1.grl = grl16
# pds =[p['period'] for p in periods if p['status']=='frozen']
# print (pds)
# sys.exit(0)
pds = ['J', 'K', 'L']
for p in pds:
for d in ['MUON0','MUON1','MUON2','MUON3']:
c1.period = p
c1.derivation = d
makeContainer(c1)