src/Level2/TrnsTable1D.cc
//		tinc  : Time increment between points (sec)
//		ICUT  : Intensity cutoff
//		cutper: % below max. to ignore [0,1]
// Output	data  : 1D data vector is filled with a 
//			time domain spectrum.
// Note		      : Value cutper is a % in decimal form
//			of the maximum exponential intensity
//			considered worth adding to the spectrum.
// Note		      : Each exponential has intensity above
//			cutoff between the points [0-ifi]. Only
//			those points used in generating the spectrum
// Note		      : Users must insure data is first zeroed!
// Note		      : The input time increment is adjusted to
//			account for "Hz" output.
tinc  : Time increment between points (sec)
ICUT  : Intensity cutoff
cutper: % below max. to ignore [0,1]
Output data  : 1D data vector is filled with a
time domain spectrum.
Note                 : Value cutper is a % in decimal form
of the maximum exponential intensity
considered worth adding to the spectrum.
Note                 : Each exponential has intensity above
cutoff between the points [0-ifi]. Only
those points used in generating the spectrum
Note                 : Users must insure data is first zeroed.
Note                 : The input time increment is adjusted to
account for "Hz" output.
tinc : Time increment between points ( sec ) ICUT : Intensity cutoff cutper : % below max . to ignore [ 0 1 ] Output data : 1D data vector is filled with a time domain spectrum . Note : Value cutper is a % in decimal form of the maximum exponential intensity considered worth adding to the spectrum . Note : Each exponential has intensity above cutoff between the points [ 0 - ifi ] . Only those points used in generating the spectrum Note : Users must insure data is first zeroed . Note : The input time increment is adjusted to account for " Hz " output .
row_vector TTable1D::T(int npts, double tinc) const
  {
  row_vector data(npts, complex0);		
  T(data, tinc);				
  return data;
  }
row_vector TTable1D :: T ( int npts , double tinc ) const { row_vector data ( npts , complex0 ) ; T ( data , tinc ) ; return data ; }
tinc  : Time increment between points (sec)
ICUT  : Intensity cutoff
cutper: % below max.
tinc : Time increment between points ( sec ) ICUT : Intensity cutoff cutper : % below max .
// Array for the spectrum // Use function overload