from itasca import p2pLinkClient
import numpy as np
from pyDemFoam import pyDemIcoFoam
solver = pyDemIcoFoam()
with p2pLinkClient() as pfc_link:
pfc_link.connect("10.0.2.2")
pfc_link.send_data(solver.nodes())
pfc_link.send_data(solver.elements())
pfc_link.send_data(solver.rho())
pfc_link.send_data(solver.mu())
while True:
print "waiting for run time"
deltat = pfc_link.read_data()
if deltat == 0.0:
print "solve finished"
break
print "got run time", deltat
solver.n(pfc_link.read_data())
solver.f(pfc_link.read_data())
print "got runtime and data"
solver.set_dt(deltat)
solver.solve(deltat)
print "sending data to pfc"
pfc_link.send_data(solver.p()*solver.rho())
pfc_link.send_data(solver.gradp()*solver.rho())
from itasca import p2pLinkClient
import numpy as np
from pyDemFoam import pyDemIcoFoam
solver = pyDemIcoFoam()
pfc_link = p2pLinkClient()
#pfc_link.connect("10.0.2.2") # for VirtualBox
pfc_link.connect("") # for WSL
pfc_link.send_data(solver.nodes())
pfc_link.send_data(solver.elements())
pfc_link.send_data(solver.cell_centers())
pfc_link.send_data(solver.cell_volumes())
pfc_link.send_data(solver.rho())
pfc_link.send_data(solver.mu())
while True:
deltat = pfc_link.read_data()
if deltat == 0.0:
print "solve finished"
break
solver.n(pfc_link.read_data())
solver.f(pfc_link.read_data())
solver.set_dt(deltat)
solver.solve(deltat)
pfc_link.send_data(solver.p() * solver.rho())
pfc_link.send_data(solver.gradp() * solver.rho())
pfc_link.send_data(solver.U())
from itasca import p2pLinkClient
import numpy as np
with p2pLinkClient() as s:
s.connect("localhost")
s.send_data("James")
s.send_data(np.array([1,2,3]))
adata = np.random.random((1000,1000))
print(adata)
s.send_data(adata)
for i in range(10):
print("sent", i)
s.send_data(i)
s.send_data(-1)