Usage: taup refltrans [--abs] [--angles] [--debug] [--down] [--energyflux]
                      [--fsrf] [--help] [--legend] [--pwave] [--shwave]
                      [--swave] [--up] [--verbose] [--anglestep=deg]
                      [--depth=<depth>] [--mapwidth=<mapwidth>]
                      [--mapwidthunit=<mapWidthUnit>] [-o=<outFile>]
                      [--prop=<toolPropsFilename>] [--rpstep=s/km] [-x=type]
                      [--xminmax=x x]... [--yminmax=y y]... [--layer=vp vs rho
                      vp vs rho]... [-y=type...]... [--gmt | --html | --json |
                      --svg | --text] [[--mod=<modelName>] [-h=depth[,
                      depth...]]... [--stadepth=depth[,depth...]]...
                      [--scat=depth deg]...]
Plot reflection and transmission coefficients for a discontinuity.

Options:

      --abs                absolute value of amplitude factor
      --angles             all angle coefficients, like TpAngle
      --anglestep=deg      step in degrees when x is degrees
      --debug              enable debugging output
      --depth=<depth>      Depth in model to get boundary parameters, may be
                             number or name like moho.
      --down               incident is downgoing
      --energyflux         all energy flux coefficients, like TppEnergy
      --fsrf               all free surface receiver functions, like
                             FreeRecFuncPz
      --help               display this help message
      --layer=vp vs rho vp vs rho
                           inbound and transmitted layer parameters, vp, vs,
                             rho, vp, vs, rho
      --legend             create a legend
      --mapwidth=<mapwidth>
                           plot width in units from --mapwidthunit.
      --mapwidthunit=<mapWidthUnit>
                           plot width unit, i for inch, c for cm or p for px.
  -o, --output=<outFile>   output to file, default is stdout.
      --prop=<toolPropsFilename>
                           load defaults from properties file
      --pwave              incident P wave
      --rpstep=s/km        step in ray param when x is ray param
      --shwave             incident SH wave
      --swave              incident S wave
      --up                 incident is upgoing, reverses the sense of the
                             boundary
      --verbose            enable verbose output
  -x=type                  X axis data type, one of degree, rayparam, default
                             is degree
      --xminmax=x x        min and max x axis for plotting
  -y=type...               Y axis data type, one or more of Rpp, Rps, Rsp, Rss,
                             Tpp, Tps, Tsp, Tss, Rshsh, Tshsh, RppEnergy,
                             TppEnergy, RpsEnergy, TpsEnergy, RspEnergy,
                             TspEnergy, RssEnergy, TssEnergy, RshshEnergy,
                             TshshEnergy, RpAngle, RsAngle, TpAngle, TsAngle,
                             FreeRecFuncPr, FreeRecFuncSvr, FreeRecFuncPz,
                             FreeRecFuncSvz, FreeRecFuncSh, default is all
                             displacement coef.
      --yminmax=y y        min and max y axis for plotting
Output Type:
      --gmt                outputs as GMT
      --html               outputs as SVG in HTML
      --json               outputs as JSON
      --svg                outputs as SVG
      --text               outputs as Text
Model Args
  -h, --evdepth, --sourcedepth=depth[,depth...]
                           source depth in km
      --mod, --model=<modelName>
                           use velocity model "modelName" for calculations.
                           Default is iasp91. Other builtin models include
                             prem, ak135, ak135fcont, and ak135favg.
      --scat, --scatter=depth deg
                           scattering depth and distance in degrees, which may
                             be negative. Only effects phases with 'o' or 'O'
                             in the phase name.
      --stadepth, --receiverdepth=depth[,depth...]
                           the receiver depth in km for stations not at the
                             surface
