def mp_producer(idWorker, nIter,bbt_parameters,normfunc_dicts,loopTbms):
start_time = time.time()
now = datetime.datetime.now()
strnow = now.strftime("%Y%m%d%H%M%S")
main_logger = createLogger(idWorker,"mp_producer")
main_logger.info("[%d]############################# Starts at %s" % (idWorker,strnow))
#with plock:
# print "[%d]############################# Starts at %s" % (idWorker,strnow)
#inizializzo le info sui tracciati dai file di configurazione
inizio_GLEST = bbtConfig.getfloat('Import','inizio_GLEST')
fine_GLEST = bbtConfig.getfloat('Import','fine_GLEST')
inizio_GLSUD = bbtConfig.getfloat('Import','inizio_GLSUD')
fine_GLSUD = bbtConfig.getfloat('Import','fine_GLSUD')
inizio_CE = bbtConfig.getfloat('Import','inizio_CE')
fine_CE = bbtConfig.getfloat('Import','fine_CE')
#differenza tra CE e GLEST in modo tale che GLNORD = delta_GLEST_CE - CE
delta_GLEST_CE = bbtConfig.getfloat('Import','delta_GLEST_CE')
projectRefCost = bbtConfig.getfloat('Import','project_ref_cost') # mln di euro
# danzi.tn@20151115 recepimento modifiche su InfoAlignment fatte da Garbriele
#LEGGO I PARAMETRI DA FILE DI CONFIGURAZIONE
fCShiledMin = bbtConfig.getfloat('Alignment','frictionCShiledMin')
fCShiledMode = bbtConfig.getfloat('Alignment','frictionCShiledMode')
fCShiledMax = bbtConfig.getfloat('Alignment','frictionCShiledMax')
#CREO OGGETTO
fcShield = FrictionCoeff(fCShiledMin,fCShiledMode,fCShiledMax)
#LEGGO I PARAMETRI DA FILE DI CONFIGURAZIONE
fCCutterdMin = bbtConfig.getfloat('Alignment','frictionCCutterMin')
fCCutterMode = bbtConfig.getfloat('Alignment','frictionCCutterMode')
fCCutterMax = bbtConfig.getfloat('Alignment','frictionCCutterMax')
#CREO OGGETTO
fcCutter = FrictionCoeff(fCCutterdMin,fCCutterMode,fCCutterMax)
alnAll = []
aln=InfoAlignment('Galleria di linea direzione Sud', 'GLSUD', inizio_GLSUD, fine_GLSUD,fCCutterMode, fCShiledMode)
alnAll.append(aln)
aln=InfoAlignment('Cunicolo esplorativo direzione Nord', 'CE', delta_GLEST_CE - fine_CE, delta_GLEST_CE - inizio_CE , fCCutterMode, fCShiledMode)
alnAll.append(aln)
aln=InfoAlignment('Galleria di linea direzione Nord', 'GLNORD',inizio_GLEST, fine_GLEST, fCCutterMode, fCShiledMode)
alnAll.append(aln)
kpiTbmList = []
for iIterationNo in range(nIter):
iter_start_time = time.time()
bbttbmkpis = []
bbt_evalparameters = []
iCheckEvalparameters = 0
iCheckBbttbmkpis = 0
# Per tutti i Tunnel
main_logger.info("[%d]########### iteration %d - %d" % (idWorker, iIterationNo, idWorker*nIter + iIterationNo))
#with plock:
# print "[%d]########### iteration %d - %d" % (idWorker, iIterationNo, idWorker*nIter + iIterationNo)
for alnCurr in alnAll:
for tbmKey in loopTbms:
tbmData = loopTbms[tbmKey]
# Se la TBM e' conforme al TUnnell
if alnCurr.tbmKey in tbmData.alignmentCode:
main_logger.debug("[%d] %s - %s" % (idWorker,alnCurr.description, tbmKey ))
tbm = TBM(tbmData, 'V')
kpiTbm = KpiTbm4Tunnel(alnCurr.description, idWorker*nIter + iIterationNo)
iCheckBbttbmkpis += 1
kpiTbm.setKPI4TBM(alnCurr,tbmKey,tbm,projectRefCost)
# cerco i segmenti che rientrano tra inizio e fine del Tunnell
matches_params = [bpar for bpar in bbt_parameters if alnCurr.pkStart <= bpar.inizio and bpar.fine <= alnCurr.pkEnd]
main_logger.debug("[%d] Sono interessati %d pk" % (idWorker, len(matches_params) ))
for bbt_parameter in matches_params:
iCheckEvalparameters += 1
bbtparameter4seg = build_bbtparameter4seg_from_bbt_parameter(bbt_parameter,normfunc_dicts[int(bbt_parameter.fine)])
# danzi.tn@20151115 recepimento modifiche su InfoAlignment fatte da Garbriele
if iIterationNo > 2:
alnCurr.frictionCoeff = fcShield.rvs()
alnCurr.fiRi = fcCutter.rvs()
else:
alnCurr.frictionCoeff = fCShiledMode
alnCurr.fiRi = fCCutterMode
try:
tbmsect = TBMSegment(bbtparameter4seg, tbm, alnCurr.fiRi, alnCurr.frictionCoeff)
except Exception as e:
main_logger.error("[%d] %s, %s per pk %d TBMSegment va in errore: %s" % (idWorker, alnCurr.description, tbmKey, bbt_parameter.fine , e) )
main_logger.error("[%d] bbtparameter4seg = %s" % str(bbtparameter4seg))
continue
kpiTbm.setKPI4SEG(alnCurr,tbmsect,bbtparameter4seg)
#danzi.tn@20151114 inseriti nuovi parametri calcolati su TunnelSegment
bbt_evalparameters.append((strnow, idWorker*nIter + iIterationNo,alnCurr.description, tbmKey, bbt_parameter.fine,bbt_parameter.he,bbt_parameter.hp,bbt_parameter.co,bbtparameter4seg.gamma,\
bbtparameter4seg.sci,bbtparameter4seg.mi,bbtparameter4seg.ei,bbtparameter4seg.cai,bbtparameter4seg.gsi,bbtparameter4seg.rmr,\
tbmsect.pkCe2Gl(bbt_parameter.fine),\
tbmsect.TunnelClosureAtShieldEnd*100. ,\
tbmsect.rockBurst.Val,\
tbmsect.frontStability.Ns,\
tbmsect.frontStability.lambdae,\
tbmsect.penetrationRate*1000. ,\
tbmsect.penetrationRateReduction*1000. ,\
tbmsect.contactThrust, \
tbmsect.torque, \
tbmsect.frictionForce, \
tbmsect.requiredThrustForce, \
tbmsect.availableThrust, \
tbmsect.dailyAdvanceRate, \
bbt_parameter.profilo_id, \
bbt_parameter.geoitem_id, \
bbt_parameter.title, \
bbtparameter4seg.sti, \
bbtparameter4seg.k0, \
tbmsect.t0, \
tbmsect.t1, \
tbmsect.t3, \
tbmsect.t4, \
tbmsect.t5, \
tbmsect.InSituCondition.SigmaV, \
tbmsect.Excavation.Radius, \
tbmsect.Rock.E, \
tbmsect.MohrCoulomb.psi, \
tbmsect.Rock.Ucs, \
tbmsect.InSituCondition.Gsi, \
tbmsect.HoekBrown.Mi, \
tbmsect.HoekBrown.D, \
tbmsect.HoekBrown.Mb, \
tbmsect.HoekBrown.S, \
tbmsect.HoekBrown.A, \
tbmsect.HoekBrown.Mr, \
tbmsect.HoekBrown.Sr, \
tbmsect.HoekBrown.Ar, \
tbmsect.UrPi_HB(0.), \
tbmsect.Rpl, \
tbmsect.Picr, \
tbmsect.LDP_Vlachopoulos_2009(0.), \
tbmsect.LDP_Vlachopoulos_2009(tbm.Slen), \
) )
kpiTbm.updateKPI(alnCurr)
bbttbmkpis += kpiTbm.getBbtTbmKpis()
sys.stdout.flush()
iter_end_time = time.time()
main_logger.debug("[%d]#### iteration %d - %d terminated in %d seconds" % (idWorker, iIterationNo, idWorker*nIter + iIterationNo, iter_end_time-iter_start_time))
main_logger.debug("[%d]### Start inserting %d (%d) Parameters and %d (21x%d) KPIs" % (idWorker, len(bbt_evalparameters),iCheckEvalparameters,len(bbttbmkpis),iCheckBbttbmkpis))
insert_eval4Iter(sDBPath,bbt_evalparameters,bbttbmkpis)
insert_end_time = time.time()
main_logger.debug("[%d]]### Insert terminated in %d seconds" % (idWorker,insert_end_time-iter_end_time))
now = datetime.datetime.now()
strnow = now.strftime("%Y%m%d%H%M%S")
end_time = time.time()
main_logger.info("[%d]############################# Ends at %s (%s seconds)" % (idWorker,strnow, end_time-start_time))
def main_loop(sDBPath, nIter,bbt_parameters,normfunc_dicts,loopTbms):
start_time = time.time()
now = datetime.datetime.now()
strnow = now.strftime("%Y%m%d%H%M%S")
print "############################# Starts at %s" % strnow
#inizializzo le info sui tracciati dai file di configurazione
inizio_GLEST = bbtConfig.getfloat('Import','inizio_GLEST')
fine_GLEST = bbtConfig.getfloat('Import','fine_GLEST')
inizio_GLSUD = bbtConfig.getfloat('Import','inizio_GLSUD')
fine_GLSUD = bbtConfig.getfloat('Import','fine_GLSUD')
inizio_CE = bbtConfig.getfloat('Import','inizio_CE')
fine_CE = bbtConfig.getfloat('Import','fine_CE')
#differenza tra CE e GLEST in modo tale che GLNORD = delta_GLEST_CE - CE
delta_GLEST_CE = bbtConfig.getfloat('Import','delta_GLEST_CE')
projectRefCost = bbtConfig.getfloat('Import','project_ref_cost') # mln di euro
# danzi.tn@20151115 recepimento modifiche su InfoAlignment fatte da Garbriele
#LEGGO I PARAMETRI DA FILE DI CONFIGURAZIONE
fCShiledMin = bbtConfig.getfloat('Alignment','frictionCShiledMin')
fCShiledMode = bbtConfig.getfloat('Alignment','frictionCShiledMode')
fCShiledMax = bbtConfig.getfloat('Alignment','frictionCShiledMax')
#CREO OGGETTO
fcShield = FrictionCoeff(fCShiledMin,fCShiledMode,fCShiledMax)
#LEGGO I PARAMETRI DA FILE DI CONFIGURAZIONE
fCCutterdMin = bbtConfig.getfloat('Alignment','frictionCCutterMin')
fCCutterMode = bbtConfig.getfloat('Alignment','frictionCCutterMode')
fCCutterMax = bbtConfig.getfloat('Alignment','frictionCCutterMax')
#CREO OGGETTO
fcCutter = FrictionCoeff(fCCutterdMin,fCCutterMode,fCCutterMax)
alnAll = []
aln=InfoAlignment('Galleria di linea direzione Sud', 'GLSUD', inizio_GLSUD, fine_GLSUD,fCCutterMode, fCShiledMode)
alnAll.append(aln)
aln=InfoAlignment('Cunicolo esplorativo direzione Nord', 'CE', delta_GLEST_CE - fine_CE, delta_GLEST_CE - inizio_CE , fCCutterMode, fCShiledMode)
alnAll.append(aln)
aln=InfoAlignment('Galleria di linea direzione Nord', 'GLNORD',inizio_GLEST, fine_GLEST, fCCutterMode, fCShiledMode)
alnAll.append(aln)
kpiTbmList = []
for iIterationNo in range(nIter):
if iIterationNo+1 % 9 ==0:
compact_database(sDBPath)
# Per tutti i Tunnel
print "########### iteration %d" % iIterationNo
for alnCurr in alnAll:
# Per tutte le tbm
print "Tunnel: %s" % alnCurr.description
for tbmKey in loopTbms:
tbmData = loopTbms[tbmKey]
# Se la TBM e' conforme al TUnnell
if alnCurr.tbmKey in tbmData.alignmentCode:
print "\tTBM %s ok" % tbmKey
tbm = TBM(tbmData, 'V')
kpiTbm = KpiTbm4Tunnel(alnCurr.description,iIterationNo)
kpiTbm.setKPI4TBM(alnCurr,tbmKey,tbm,projectRefCost)
bbt_evalparameters = []
# cerco i segmenti che rientrano tra inizio e fine del Tunnell
matches_params = [bpar for bpar in bbt_parameters if alnCurr.pkStart <= bpar.inizio and bpar.fine <= alnCurr.pkEnd]
for bbt_parameter in matches_params:
bbtparameter4seg = build_bbtparameter4seg_from_bbt_parameter(bbt_parameter,normfunc_dicts[int(bbt_parameter.fine)])
# danzi.tn@20151115 recepimento modifiche su InfoAlignment fatte da Garbriele
if iIterationNo > 2:
alnCurr.frictionCoeff = fcShield.rvs()
alnCurr.fiRi = fcCutter.rvs()
else:
alnCurr.frictionCoeff = fCShiledMode
alnCurr.fiRi = fCCutterMode
tbmsect = TBMSegment(bbtparameter4seg, tbm, alnCurr.fiRi, alnCurr.frictionCoeff)
kpiTbm.setKPI4SEG(alnCurr,tbmsect,bbtparameter4seg)
#danzi.tn@20151114 inseriti nuovi parametri calcolati su TunnelSegment
bbt_evalparameters.append((strnow,iIterationNo,alnCurr.description, tbmKey, bbt_parameter.fine,bbt_parameter.he,bbt_parameter.hp,bbt_parameter.co,bbtparameter4seg.gamma,\
bbtparameter4seg.sci,bbtparameter4seg.mi,bbtparameter4seg.ei,bbtparameter4seg.cai,bbtparameter4seg.gsi,bbtparameter4seg.rmr,\
tbmsect.pkCe2Gl(bbt_parameter.fine),\
tbmsect.TunnelClosureAtShieldEnd*100. ,\
tbmsect.rockBurst.Val,\
tbmsect.frontStability.Ns,\
tbmsect.frontStability.lambdae,\
tbmsect.penetrationRate*1000. ,\
tbmsect.penetrationRateReduction*1000. ,\
tbmsect.contactThrust, \
tbmsect.torque, \
tbmsect.frictionForce, \
tbmsect.requiredThrustForce, \
tbmsect.availableThrust, \
tbmsect.dailyAdvanceRate, \
bbt_parameter.profilo_id, \
bbt_parameter.geoitem_id, \
bbt_parameter.title, \
bbtparameter4seg.sti, \
bbtparameter4seg.k0, \
tbmsect.t0, \
tbmsect.t1, \
tbmsect.t3, \
tbmsect.t4, \
tbmsect.t5, \
tbmsect.InSituCondition.SigmaV, \
tbmsect.Excavation.Radius, \
tbmsect.Rock.E, \
tbmsect.MohrCoulomb.psi, \
tbmsect.Rock.Ucs, \
tbmsect.InSituCondition.Gsi, \
tbmsect.HoekBrown.Mi, \
tbmsect.HoekBrown.D, \
tbmsect.HoekBrown.Mb, \
tbmsect.HoekBrown.S, \
tbmsect.HoekBrown.A, \
tbmsect.HoekBrown.Mr, \
tbmsect.HoekBrown.Sr, \
tbmsect.HoekBrown.Ar, \
tbmsect.UrPi_HB(0.), \
tbmsect.Rpl, \
tbmsect.Picr, \
tbmsect.LDP_Vlachopoulos_2009(0.), \
tbmsect.LDP_Vlachopoulos_2009(tbm.Slen), \
) )
kpiTbm.updateKPI(alnCurr)
kpiTbm.saveBbtTbmKpis(sDBPath)
insert_bbtparameterseval(sDBPath,bbt_evalparameters,iIterationNo)
else:
print "\tTBM %s NON disponibile per questo Tunnel" % tbmKey
now = datetime.datetime.now()
strnow = now.strftime("%Y%m%d%H%M%S")
end_time = time.time()
print "############################# Ends at %s (%s seconds)" % (strnow, end_time-start_time)