katzplotkinpy [OPTIONS] {PROGRAM NAME} [PROGRAM OPTIONS]

Python companion to Low Speed Aerodynamics

optional arguments:
  -h, --help            show this help message and exit
  -V, --version         show the version and exit

programs:
  Programs from Appendix D of 'Low Speed Aerodynamics'

  {afgen,vor2d,sor2dc,dub2dc,vor2dc,sor2dl,vor2dl,phicd,phicsd,phild,phiqd,dub3dc,voring,panel,wake,uvlm}
    afgen               Grid generator for van de Vooren airfoil shapes
    vor2d               Discrete vortex, thin wing method
    sor2dc              Constant strength source method
    dub2dc              Constant strength doublet method
    vor2dc              Constant strength vortex method
    sor2dl              Linear strength source method
    vor2dl              Linear strength vortex method
    phicd               Constant strength doublet method
    phicsd              Constant strength source/doublet method
    phild               Linear strength doublet method
    phiqd               Quadratic strength doublet method
    dub3dc              Influence of constant strength source/doublet
    voring              VLM for rectilinear surfaces (with ground effect)
    panel               Constant strength sources and doublets (Dirichlet BC)
    wake                Acceleration of flat plate using a lumped vortex
    uvlm                Unsteady motion of a thin rectangular lifting surface

Source: https://github.com/AlwinW/KatzPlotkinPy

katzplotkinpy afgen [-h] [-v] [-d] [-s]

Grid generator for van de Vooren airfoil shapes

optional arguments:
  -h, --help     show this help message and exit
  -v, --verbose  Increase log verbosity (max -vvv)
  -d, --debug    Show debugging messages (eqv. to -vv, overrides verbosity flag)
  -s, --silent   Suppress log warning and lower messages (overrides other verbosity flags)