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Version 1 (Guru Venkat, 04/13/2013 02:45 AM) → Version 2/7 (Guru Venkat, 04/13/2013 10:31 AM)
h1. Supporting material for magnetism papers spin wave dispersion standard problem
[[Spin_wave_standard_problem]] - Supporting This wiki page has supporting material for the paper http://dx.doi.org/10.1109/TMAG.2012.2206820
# **The mesh** - The mesh file (attachment:nanowire.nmesh.h5). It has been generated using the Examesh utility (attachment:examesh.zip) which can be used for generating the mesh for a cuboid structure.
# **The simulation script** - The simulation script (attachment:run.py) has details of the simulation. The comments in it should be self explanatory. Notice that it uses the HLib library for compressing the BEM matrix generated during the simulation
# **The post processing script** - The post processing script (attachment:post_process.py) generates the spin wave space-time and dispersion standard problem
plots from the simulation data. It is assumed that NUmpy and matplotlib are both available.
# **The Makefile** - This Makefile (attachment:Makefile) should run the entire simulation and then generate the dispersion curves. We strongly suggest this sort of approach because it reduces manual effort and the chances of errors.
# **README** - A README file (attachment:README.txt) describes the action of the Makefile
All the files are included in this zip file (attachment:spin_wave_dispersion_standard_problem.zip)
[[Spin_wave_standard_problem]] - Supporting This wiki page has supporting material for the paper http://dx.doi.org/10.1109/TMAG.2012.2206820
# **The mesh** - The mesh file (attachment:nanowire.nmesh.h5). It has been generated using the Examesh utility (attachment:examesh.zip) which can be used for generating the mesh for a cuboid structure.
# **The simulation script** - The simulation script (attachment:run.py) has details of the simulation. The comments in it should be self explanatory. Notice that it uses the HLib library for compressing the BEM matrix generated during the simulation
# **The post processing script** - The post processing script (attachment:post_process.py) generates the spin wave space-time and dispersion standard problem
plots from the simulation data. It is assumed that NUmpy and matplotlib are both available.
# **The Makefile** - This Makefile (attachment:Makefile) should run the entire simulation and then generate the dispersion curves. We strongly suggest this sort of approach because it reduces manual effort and the chances of errors.
# **README** - A README file (attachment:README.txt) describes the action of the Makefile
All the files are included in this zip file (attachment:spin_wave_dispersion_standard_problem.zip)