Matlab - Ayuda Tablas

global Xu;

global Xl;

it=1;

m = 68.1;%kg

v = 40;%m/s

t = 10;%seg

g = 9.8;%m/s^2

xrant=0;

Es=0.5;

VV=14.7802;

Ea=100;

in=0;

while Ea>Es

    fxl=((g.*m)./Xl).*(1-exp(-(Xl./m).*t))-v;

    fxu=((g.*m)./Xu).*(1-exp(-(Xu./m).*t))-v;

    Xr=Xu-(fxu*(Xl-Xu))/(fxl-fxu);

    fxr=((g.*m)./Xr).*(1-exp(-(Xr./m).*t))-v;

    cond=fxl*fxr;

    Ea=error_aproxpor(Xr,xrant);

    Et=error_trupor(VV,Xr);

   in=in+1;

    if (cond > 0)

        Xl=Xr;

    else

        Xu=Xr;

    end

    xrant=Xr;

set(handles.uitable1,'data',{it,Xr,Ea,Et});

it=it+1;

end

global Xu;

global Xl;

it=1;

m = 68.1;%kg

v = 40;%m/s

t = 10;%seg

g = 9.8;%m/s^2

xrant=0;

Es=0.5;

VV=14.7802;

Ea=100;

in=0;

 DATA=[];

while Ea>Es

    fxl=((g.*m)./Xl).*(1-exp(-(Xl./m).*t))-v;

    fxu=((g.*m)./Xu).*(1-exp(-(Xu./m).*t))-v;

   % Xr=Xu-(fxu*(Xl-Xu))/(fxl-fxu);

   Xr=rand;

    fxr=((g.*m)./Xr).*(1-exp(-(Xr./m).*t))-v;

    cond=fxl*fxr;

    %Ea=error_aproxpor(Xr,xrant);

    Ea=rand;

   % Et=error_trupor(VV,Xr);

    Et=rand;

   in=in+1;

    if (cond > 0)

        Xl=Xr;

    else

        Xu=Xr;

    end

    xrant=Xr;

    DATA=[DATA;{it,Xr,Ea,Et}]

set(handles.uitable1,'data',DATA);

it=it+1;

end