[4b9d58]: src / __control_slicot_functions__.cc Maximize Restore History

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__control_slicot_functions__.cc    60 lines (56 with data), 3.5 kB

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#include "sl_ab08nd.cc" // transmission zeros of state-space models
#include "sl_ab13dd.cc" // L-infinity norm
#include "sl_sb10hd.cc" // H-2 controller synthesis - continuous-time
#include "sl_sb10ed.cc" // H-2 controller synthesis - discrete-time
#include "sl_ab13bd.cc" // H-2 norm
#include "sl_sb01bd.cc" // Pole assignment
#include "sl_sb10fd.cc" // H-infinity controller synthesis - continuous-time
#include "sl_sb10dd.cc" // H-infinity controller synthesis - discrete-time
#include "sl_sb03md.cc" // Lyapunov equations
#include "sl_sb04md.cc" // Sylvester equations - continuous-time
#include "sl_sb04qd.cc" // Sylvester equations - discrete-time
#include "sl_sg03ad.cc" // generalized Lyapunov equations
#include "sl_sb02od.cc" // algebraic Riccati equations
#include "sl_ab13ad.cc" // Hankel singular values
#include "sl_ab01od.cc" // staircase form using orthogonal transformations
#include "sl_tb01pd.cc" // minimal realization of state-space models
#include "sl_sb03od.cc" // Cholesky factor of Lyapunov equations
#include "sl_sg03bd.cc" // Cholesky factor of generalized Lyapunov equations
#include "sl_ag08bd.cc" // transmission zeros of descriptor state-space models
#include "sl_tg01jd.cc" // minimal realization of descriptor state-space models
#include "sl_tg01hd.cc" // controllability staircase form of descriptor state-space models
#include "sl_tg01id.cc" // observability staircase form of descriptor state-space models
#include "sl_sg02ad.cc" // solution of algebraic Riccati equations for descriptor systems
#include "sl_tg04bx.cc" // gain of descriptor state-space models
#include "sl_tb01id.cc" // scaling of state-space models
#include "sl_tg01ad.cc" // scaling of descriptor state-space models
#include "sl_sb10id.cc" // H-infinity loop shaping - continuous-time
#include "sl_sb10kd.cc" // H-infinity loop shaping - discrete-time - strictly proper case
#include "sl_sb10zd.cc" // H-infinity loop shaping - discrete-time - proper case
#include "sl_tb04bd.cc" // State-space to transfer function conversion
#include "sl_ab04md.cc" // bilinear transformation
#include "sl_sb10jd.cc" // descriptor to regular state-space conversion
#include "sl_td04ad.cc" // transfer function to state-space conversion
#include "sl_tb01ud.cc" // controllable block Hessenberg realization
#include "sl_ab09hd.cc" // balanced stochastic truncation model reduction
#include "sl_ab09id.cc" // balanced truncation & singular perturbation approximation model reduction
#include "sl_ab09jd.cc" // hankel-norm approximation model reduction
#include "sl_sb16ad.cc" // balanced truncation & singular perturbation approximation controller reduction
#include "sl_sb16bd.cc" // coprime factorization state-feedback controller reduction
#include "sl_sb16cd.cc" // frequency-weighted coprime factorization state-feedback controller reduction
#include "sl_sb10yd.cc" // fit state-space model to frequency response data
#include "sl_ident.cc" // system identification
#include "sl_ib01cd.cc" // compute initial state vector
#include "sl_ib01ad.cc" // compute singular values
// #include "sl_are.cc" // solve ARE with Schur vector approach and scaling
// stub function to avoid gen_doc_cache warning upon package installation
DEFUN_DLD (__control_slicot_functions__, args, nargout,
"-*- texinfo -*-\n\
Slicot Release 5.0\n\
No argument checking.\n\
For internal use only.")
{
octave_value_list retval;
error ("__control_slicot_functions__: for internal use only");
return retval;
}