NumericalTransferFunction:

Path: Common/Control

% Computes a numerical transfer function from the impulse response. 
   This function uses  an fft but effectively it is integrating
   exp(-st)*f(t) dt from zero to infinity. 
   If the system is not damped, the results will be poor. For fastest results the 
   number of samples should be a power of two.

   For a demo type:

   NumericalTransferFunction

--------------------------------------------------------------------------
   Form:
   [l, w] = NumericalTransferFunction( f, dT )
--------------------------------------------------------------------------

   ------
   Inputs
   ------
   f              (1,n)  Impulse response
   dT             (1,1)  Time step

   -------
   Outputs
   -------
   l              (3,n)  Complex output
   w              (1,n)  Frequencies

--------------------------------------------------------------------------

Children:

Common: Classes/@statespace/and.m
Common: Classes/@statespace/close.m
Common: Classes/@statespace/connect.m
Common: Classes/@statespace/eig.m
Common: Classes/@statespace/get.m
Common: Classes/@statespace/getabcd.m
Common: Classes/@statespace/getsub.m
Common: Classes/@statespace/isempty.m
Common: Classes/@statespace/mtimes.m
Common: Classes/@statespace/plus.m
Common: Classes/@statespace/series.m
Common: Classes/@statespace/set.m
Common: Classes/@statespace/statespace.m
Common: Control/FResp
Common: Control/Step
Common: Graphics/NewFig
Common: Graphics/XLabelS
Common: Graphics/YLabelS

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