keywords: 1+1 dimensional; 't Hooft equation
Use SolveScript.wls
first to generate 't Hooft wavefunctions, i.e. ./SolveScript.wls 16
with 16 kernels.
Then use Script.wls
to generate scattering amplitude, i.e. ./Script.wls 16
with 16 kernels.
Once established the flavour number, use run.sh to quickly change excited states, i.e. ./run.sh 0 0 0 0
.
Finally use Display.m
to generate pictures. Use Msumdat=<<"Path to amp file"
and execute Row[displayfunction1....]
cell in the Display section to do it.
In latter version it's best to use frontend.
This work is based on 't Hooft equation, which is large-N expansion.