doLongitudinalMotion

type: Action command
function: Does calculation of longitudinal CBM growth rates using monopole HOMs and bunch definitions currently defined. Monopole HOMs and a bunch pattern must have been defined previously for this command to work. Either one of the optional commands sweepFrequency and randomizeHOMFrequencies may appear before. If both appear, the last one takes precedence.
If the optional command sweepFrequency is in effect, the SDDS file specified by the filename variable in that namelist command is opened at this point.
If the optional command randomizeHOMFrequencies is in effect, the SDDS files specified by the filename and frequencyListFilename variables in that namelist command are opened at this point.

&doLongitudinalMotion
   long normalModes = 1
   long doLaplace = 0
   STRING eigenvectorFilename = NULL;
   STRING CBMFrequencyFilename = NULL
&end

normalModes — If set to 1, then CBM complex frequencies are calculated, which is the only present goal of the program.
doLaplace — Not yet available. This solves the motion as a function of time with initial conditions using an inverse Laplace transform, as explained in [4].
eigenvectorFilename — Print the normal mode matrix used in the CBM frequencies calculation. Recommended naming conventions: <something>.v
CBMFrequencyFilename — SDDS file listing the complex frequencies of all the CBMs. This file may grow very large with the Monte Carlo simulation. Recommended naming conventions: <something>.CBMFreq

doTransverseMotion