From CTL
Software |
- [login to remote computational server]
- ssh username@u1.nada.kth.se or ssh username@u2.nada.kth.se
- [go the the folder unicorn-kth and type the following:]
- hg pull http://www.nada.kth.se/cgi-bin/jjan/hgwebdir.cgi/unicorn-kth
- hg update
- [compile Unicorn]
- ./scons.local
- source local.conf.bash
- [compile wing project]
- cd ucsolver/icns/wing
- scons
- [download mesh as mesh.xml]
- wget -O mesh.xml http://www.csc.kth.se/~murtazo/res/transfer/wing-mesh.xml
- [if you want to run in a coarser mesh do]
- wget -O mesh.xml http://www.csc.kth.se/~murtazo/res/transfer/wing-mesh_coarser.xml
- [if you want to run in a mesh where the wing is attached to the boundary do]
- wget -O mesh.xml http://www.csc.kth.se/~murtazo/res/transfer/wing-mesh_cut.xml
- [change the initial parameters in "parameters" file ]
- [run the wing project]
- python run.py
- [or]
- ./demo
- [copy output to local computer]
- [visualize with ParaView]