def fluxtest():
global once,QinOk
no=0
QinOk=Qin-deltabubble
error=QinOk-total2
if error>toleranceWarning:
print("Warning: difference between total water volume flowing through bottom wall and water loss due to air bubble generations",QinOk," vs. total water volume flowing inside dry or partially saturated cells",total2)
if error>toleranceCritical:
raise YadeCheckError("The difference is more, than the critical tolerance!")
file.write(str(O.time-timeini)+" "+str(total2)+" "+str(QinOk)+" "+str(error)+"\n")
for ii in range(nvoids):
if flow.getCellLabel(ii)==0:
no=1
if once==0:
if no==0:
imbtime=O.time-timeini
print(imbtime,voidvol,total2,QinOk)
if voidvol-total2>toleranceWarning:
print("Warning: initial volume of dry voids",voidvol," vs. total water volume flowing inside dry or partially saturated cells",total2)
if voidvol-total2>toleranceCritical:
raise YadeCheckError("The difference is more, than the critical tolerance!")
file.write(str(imbtime)+" "+str(voidvol)+" "+str(total2)+" "+str(QinOk)+"\n")
once=1
timing.stats()
def fluxtest():
global once,errors,QinOk
no=0
QinOk=Qin-deltabubble
error=QinOk-total2
if error>toleranceWarning:
print("Warning: difference between total water volume flowing through bottom wall and water loss due to air bubble generations",QinOk," vs. total water volume flowing inside dry or partially saturated cells",total2)
if error>toleranceCritical:
print("The difference is more, than the critical tolerance!")
errors+=1
file.write(str(O.time-timeini)+" "+str(total2)+" "+str(QinOk)+" "+str(error)+"\n")
for ii in range(nvoids):
if flow.getCellLabel(ii)==0:
no=1
if once==0:
if no==0:
imbtime=O.time-timeini
print(imbtime,voidvol,total2,QinOk)
if voidvol-total2>toleranceWarning:
print("Warning: initial volume of dry voids",voidvol," vs. total water volume flowing inside dry or partially saturated cells",total2)
if voidvol-total2>toleranceCritical:
print("The difference is more, than the critical tolerance!")
errors+=1
print(errors)
file.write(str(imbtime)+" "+str(voidvol)+" "+str(total2)+" "+str(QinOk)+" "+str(errors)+"\n")
once=1
timing.stats()
if (errors):
resultStatus+=1
def mpirun(nSteps, mergeSplit=False):
#if(rank==1):
#yappi.start(builtins=True)
initStep = O.iter
if not O.splitted: splitScene()
if YADE_TIMING:
O.timingEnabled = True
if not mergeSplit: #run until collider is activated then stop
O.run(nSteps, True)
else: #merge/split for each collider update
collisionChecker.dead = True
while (O.iter - initStep) < nSteps:
O.step()
if checkColliderActivated() and (O.iter - initStep) < nSteps:
mergeScene()
splitScene()
#if(rank==1):
#yappi.stop()
#yappi.get_func_stats().print_all()
comm.barrier()
time.sleep((numThreads - rank) * 0.1)
for k, v in timings.items():
print k, " ", v
comm.barrier()
if YADE_TIMING:
from yade import timing
time.sleep(
(numThreads - rank) * 0.1
) #avoid mixing the final output, timing.stats() is independent of the sleep
mprint("##### Worker " + str(rank) + " ######")
timing.stats() #specific numbers for -n4 and gabion.py
def fluxtest():
global once, errors, QinOk
no = 0
QinOk = -Qin - deltabubble
error = QinOk - total
if error > toleranceWarning:
print "Warning: difference between total water volume flowing through bottom wall and water loss due to air bubble generations", QinOk, " vs. total water volume flowing inside dry or partially saturated cells", total
if error > toleranceCritical:
print "The difference is more, than the critical tolerance!"
errors += 1
file.write(str(O.time) + " " + str(QinOk) + " " + str(error) + " \n")
for ii in range(nvoids):
if bar[ii] >= initiallevel:
if flow.getCellPImposed(ii) == True:
no = 1
if once == 0:
if no == 0:
imbtime = O.time - iterini
print imbtime, voidvol, total, QinOk
if voidvol - total > toleranceWarning:
print "Warning: initial volume of dry voids", voidvol, " vs. total water volume flowing inside dry or partially saturated cells", total
if voidvol - total > toleranceCritical:
print "The difference is more, than the critical tolerance!"
errors += 1
print errors
file.write(
str(imbtime) + " " + str(voidvol) + " " + str(total) + " " +
str(QinOk) + " " + str(errors) + "\n")
once = 1
timing.stats()
if (errors):
resultStatus += 1
def stopUnloading():
if abs(O.forces.f(plate.id)[2]) == 0:
# O.tags can be used to retrieve unique identifiers of the simulation
# if running in batch, subsequent simulation would overwrite each other's output files otherwise
# d (or description) is simulation description (composed of parameter values)
# while the id is composed of time and process number
# plot.saveDataTxt(O.tags['d.id'] + '.txt')
plot.saveDataTxt('data' + O.tags['id'] + '.txt')
print timing.stats()
O.pause()
def stopUnloading():
if abs(O.forces.f(plate.id)[2]) == 0:
# O.tags can be used to retrieve unique identifiers of the simulation
# if running in batch, subsequent simulation would overwrite each other's output files otherwise
# d (or description) is simulation description (composed of parameter values)
# while the id is composed of time and process number
# plot.saveDataTxt(O.tags['d.id'] + '.txt')
plot.saveDataTxt('data'+ O.tags['id'] +'.txt')
print timing.stats()
O.pause()
def mpirun(nSteps, np=numThreads):
stack = inspect.stack()
global userScriptInCheckList
if len(stack[3][1]) > 12 and stack[3][1][-12:] == "checkList.py":
userScriptInCheckList = stack[1][1]
caller_name = stack[2][3]
if (np > numThreads):
if not mit_mode: autoInitialize(np)
else:
mprint(
"number of cores can't be increased after first call to mpirun"
)
if (
mit_mode and rank == 0 and not caller_name == 'execfile'
): #if the caller is the user's script, everyone already calls mpirun and the workers are not waiting for a command.
for w in range(1, numThreads):
comm.send("yade.mpy.mpirun(" + str(nSteps) + ")",
dest=w,
tag=_MASTER_COMMAND_)
wprint("Command sent to ", w)
initStep = O.iter
mprint("splitting")
if not O.splitted: splitScene()
mprint("splitted")
if YADE_TIMING:
O.timingEnabled = True
if not (MERGE_SPLIT or COPY_MIRROR_BODIES_WHEN_COLLIDE
): #run until collider is activated then stop
O.run(nSteps, True) #a pyrunner will pause
mergeScene()
else: #merge/split or body_copy for each collider update
if (MERGE_SPLIT): collisionChecker.dead = True
while (O.iter - initStep) < nSteps:
O.step()
if checkNeedCollide():
mergeScene()
splitScene()
mergeScene()
timing_comm.print_all()
if YADE_TIMING:
from yade import timing
time.sleep(
(numThreads - rank) * 0.1
) #avoid mixing the final output, timing.stats() is independent of the sleep
mprint("##### Worker " + str(rank) + " ######")
timing.stats() #specific numbers for -n4 and gabion.py
elif geom=='l3a':
loop=InteractionLoop([Ig2_Sphere_Sphere_L3Geom(approxMask=63)],[Ip2_FrictMat_FrictMat_FrictPhys()],[Law2_L3Geom_FrictPhys_ElPerfPl()])
else: raise ValueError('geom must be one of sc, d3d, l3, l3a (not %s)'%geom)
O.engines=[
ForceResetter(),
InsertionSortCollider([Bo1_Sphere_Aabb()],verletDist=.05*radius),
loop,
NewtonIntegrator(damping=.6),
]
O.dt=0.5*PWaveTimeStep()
try:
from yade import qt
qt.View()
except: pass
O.cell.velGrad=Matrix3(-.1,.03,0, 0,-.1,0, 0,0,-.1)
O.saveTmp()
#O.run(10000,True);
#rrr=qt.Renderer(); rrr.intrAllWire,rrr.intrGeom=True,False
if runningInBatch():
O.timingEnabled=True
O.run(300000,True)
O.timingEnabled
from yade import timing
timing.stats()
