% Example ex_6_4 illustrates how to take into account the % dependencies on the equilibrium surface. % First, run ex_6_2.m ex_6_2 % The first step, in order to take equilibrium dependency, consists % of writing dp as an LFR-object (see the manual): lfrs Al Ma [0.0 2.0] [0.349 4.0] lfrs dp dp = -(m3*Al^3 + m2*Al^2 + m1*(-7 +(8/3)*Ma)*Al)/m0; % It remains to replace dp in the Delta-block by invoking % "lfr/eval" ) sys = eval(sys_nn); sys = minlfr(sys,1000*eps); % Normalization (bounds defined when lfrs was invoked) sys = normalizelfr(sys); sys_6_4 = sys; size(sys_6_4) % This result can be compared to the one of ex_6_3.m % distlfr(sys_6_3,sys_6_4)