AUTO -COMMAND |
ACTION |
! mkdir wav |
create an empty work directory |
cd wav |
change directory |
demo('wav') |
copy the demo files to the work directory |
run(c='wav.1') |
1st run; stationary solutions of the system without diffusion |
sv('ode') |
save output-files as b.ode, s.ode, d.ode |
cp c.wav.2 c.wav |
constants changed : IPS |
run(c='wav.2',s='wav') |
2nd run; detect bifurcations to wave train solutions. Constants changed : IPS
|
sv('wav') |
save output-files as b.wav, s.wav, d.wav |
run(c='wav.3',s='wav') |
3rd run; wave train solutions of fixed wave speed. Constants changed : IRS, IPS, NUZR, ILP
|
ap('wav') |
append output-files to b.wav, s.wav, d.wav |
run(c='wav.4',s='wav') |
4th run; wave train solutions of fixed wave length. Constants changed : IRS, IPS, NMX, ICP, NUZR
|
sv('rng') |
save output-files as b.rng, s.rng, d.rng |
run(c='wav.5',s='wav') |
5th run; time evolution computation. Constants changed : IPS, NMX, NPR, ICP
|
sv('tim') |
save output-files as b.tim, s.tim, d.tim |
|