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m calcdemo.m
% CALCDEMO Demonstration of Basic Functions in the MFD TOOLBOX.
echo off
% J.M. Boyle 30th August 1987
% Copyright (c) 1987 by GEC Engineering Research Centre & Cambridge Control Ltd
% H
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m fsvd.m
function [u,s,v]=fsvd(w,f)
%FSVD Singular values of MVFR matrix.
% FSVD(W,F) returns the singular values, one row per
% frequency, of the component matrices of the MVFR matrix, F.
%
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m ffbf.m
function cltfm = ffbf(w,g,h,k);
%FFBF Closed-loop frequency response with arbitrary feedback (MIMO).
%
% CLTFM = FFBF(W,G,H,K) calculates the closed loop MVFR matrix.
% CLTFM
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m fpp.m
function phase = fpp(w,f);
%FPP Calculates principal phases.
% FPP(W,F) returns the principal phases (in degrees) of
% F, an MVFR matrix, as a set of column vectors.
% W is th
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m dmv2fr.m
function cout=dmv2fr(a,b,c,d,w,dt,iu)
%DMV2FR Frequency response of MIMO discrete time system
% DMV2FR(A,B,C,D,W,DT) calculates the MVFR matrix of the system:
%
% x(t+dt) = Ax(t) + Bu(t)
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m mv2res.m
function cout=mv2res(a,b,c,d,w,iu)
%MV2RES Frequency response of MIMO system
% MV2RES(A,B,C,D,W) calculates the MVFR matrix of the system:
% .
% x = Ax + Bu
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m fsize.m
function [m,n]=fsize(w,f)
%FSIZE Size of MVFR matrix.
% FSIZE(W,F) checks the MVFR matrix, F, for
% consistency with the associated frequency vector W
% and returns the size vec
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m comp.m
function xout=comp(x,n)
%COMP Compress a vector or matrix
% COMP(X,n) returns the first element of X and every Nth+1
% element thereafter, if X is vector
% OR
%
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m contents.m
% Multivariable Frequency Domain Toolbox. Version 2.4 19-Jul-93
%
% Modelling:
%
%FBLKB Frequency-domain block-build (MIMO).
%FCON Frequency domain MIMO block connections.
%FDLY Adds delay
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m fmisalg.m
function misa=fmisalg(w,f)
%FMISALG Calculates misalignment angles
% FMISALG(W,F) returns a matrix whose columns are
% the misalignment angles of F, an MVFR matrix, at
% e