from pyfeelpp import core
import sys
import pyfeelpptoolboxes.modelcore as modelcore
e = core.Environment(sys.argv, opts=modelcore.toolboxes_options("electric"))
#from pyfeelpp import discr,ts,filters
from pyfeelpptoolboxes.electric import *
f = electric(dim=2, orderDisp=1, worldComm=e.worldCommPtr())
f.init()
f.printAndSaveInfo()
f.solve()
f.exportResults()
import pyfeelpp.core as core
import sys
e = core.Environment(sys.argv)
print("pid:", e.worldComm().localRank())
print("isMasterRank:", e.isMasterRank())
from pyfeelpp import core
import sys
import pyfeelpp.toolboxes.modelcore as modelcore
e = core.Environment(sys.argv, opts=modelcore.toolboxes_options("advection"))
#from pyfeelpp import discr,ts,filters
from pyfeelpp.toolboxes.advection import *
f = advection(dim=2, order=1, worldComm=e.worldCommPtr())
f.init()
f.printAndSaveInfo()
f.solve()
f.exportResults()
from pyfeelpp import core
import sys
import pyfeelpptoolboxes.modelcore as modelcore
e = core.Environment(sys.argv, opts=modelcore.toolboxes_options("solid"))
#from pyfeelpp import discr,ts,filters
from pyfeelpptoolboxes.solid import *
f = solid(dim=2, orderDisp=1, worldComm=e.worldCommPtr())
f.init()
f.printAndSaveInfo()
if f.isStationary():
f.solve()
f.exportResults()
else:
if not f.doRestart():
f.exportResults(f.timeInitial())
while not f.timeStepBase().isFinished():
if f.worldComm().isMasterRank():
print(
"============================================================\n"
)
print("time simulation: ", f.time(), "s \n")
print(
"============================================================\n"
)
f.solve()
f.exportResults()
f.updateTimeStep()
from pyfeelpp import core
import sys
import pyfeelpp.toolboxes.modelcore as modelcore
e=core.Environment(sys.argv,opts=modelcore.toolboxes_options("maxwell"))
#from pyfeelpp import discr,ts,filters
from pyfeelpp.toolboxes.maxwell import *
f=maxwell(dim=2,worldComm=e.worldCommPtr())
f.init()
f.printAndSaveInfo()
f.solve()
f.exportResults()