def calc_airfoil(msh_input, airfoil_input):
angles = divide_input(msh_input[0], msh_input[1], msh_input[2])
queue = [airfoil.s(x, msh_input[3], y, airfoil_input[0], airfoil_input[1],
airfoil_input[2], airfoil_input[3]) for x in angles for y in range(0, msh_input[4]+1)]
print queue
g = group(queue)
res = g()
while (res.ready() == False):
print res.ready()
time.sleep(3)
print res.ready()
def calc_airfoil(msh_input, airfoil_input):
angles = divide_input(msh_input[0], msh_input[1], msh_input[2])
length_queue = len(angles)
instances = nc.servers.findall()
nr_workers = 0
for instance in instances:
if(instance.name.startswith("EmilWorker")):
nr_workers += 1
floating_ip = os.environ['FLOATING_IP']
float_ip = 'export BROKER_IP="{}"'.format(os.environ['FLOATING_IP'])
with open('workerdata_init.yml', 'r') as file:
f = file.read()
f_updated = f.replace('brokerip', float_ip)
with open('workerdata.yml', 'wb') as file:
file.write(f_updated)
if length_queue < 3:
start_workers(1, nr_workers, nc)
elif length_queue < 5:
start_workers(2, nr_workers, nc)
elif length_queue < 9:
start_workers(3, nr_workers, nc)
else:
start_workers(4, nr_workers, nc)
queue = [airfoil.s(x, msh_input[3], y, airfoil_input[0], airfoil_input[1],
airfoil_input[2], airfoil_input[3]) for x in angles for y in range(0, msh_input[4]+1)]
print queue
g = group(queue)
res = g()
while (res.ready() == False):
print res.ready()
time.sleep(3)
result = res.get()
return result
def calc_airfoil(msh_input, airfoil_input):
angles = divide_input(msh_input[0], msh_input[1], msh_input[2])
queue = [
airfoil.s(x, msh_input[3], y, airfoil_input[0], airfoil_input[1],
airfoil_input[2], airfoil_input[3]) for x in angles
for y in range(0, msh_input[4] + 1)
]
print queue
g = group(queue)
res = g()
while (res.ready() == False):
print res.ready()
time.sleep(3)
result = res.get()
return result
