def abaqus_cae(self):
# Initialise connection
p = asm.open_shell()
# establish connection
asm.connect_cluster(p, self.login, self.tail, cluster=self.cluster, options=self.options)
print asm.recv_some(p)
asm.open_abaqus(p, self.tail)
print asm.recv_some(p)
asm.close_connection(p, self.tail)
def abaqus_solve(self):
''' Solve FE with Abaqus on RWTH Cluster.
The previouse generated input file will be uploaded on the cluster System
of the RWTH and solved by Abaqus. Finally the result file will be
downloaded.
.. note:: You need a public key connection to the Cluster System. An intsallationguide
is following at the end. You need this key on every computer you want to run this
code from.
.. note:: You have to change the login ID to your own TIM ID.
.. note:: This code can only be run from an Unix machine!
ToDo:
- enable this code to Windows
- make a better output of cluster
- implement exception handling
- killing the connection
'''
# Initialise connection
p = asm.open_shell()
# establish connection
asm.connect_cluster(
p, self.login, self.tail, cluster=self.cluster, options=self.options)
print asm.recv_some(p)
# delete old files with same name
asm.delete_old(p, self.model_name, self.tail)
print asm.recv_some(p)
# upload the input file
asm.upload_file(p, self.login, self.model_name + '.inp', self.tail)
print asm.recv_some(p)
# start abaqus solver on server
asm.solve_abaqus(p, self.model_name, self.tail)
print asm.recv_some(p)
# close connection
asm.close_connection(p, self.tail)
# open new connection for downloading results
p = asm.open_shell()
asm.download_file(
p, self.login, self.model_name + '.dat', self.tail, self.model_name + '.dat')
print asm.recv_some(p)
p.kill()