Loop in solve system of nonlinear equations

I have a problem with loop "for" in Solve system of nonlinear equations. I can solve nonlinear equations like this:

R=68.4043297;
V = [teta1; teta2];
F = @(V) [R-(37.5*sqrt(3))+(75*cos(V(1)))-(75*cos(V(2))); 97.5+37.5+(75*sin(V(1))) - (54.4818+75*sin(V(2)))];
XYA= fsolve(F, InitialGuess, Options);

but I have to change parametr R.

R=45:0.1:95

How do it?

Answer 1

[Wiley Mosley]

By calling the index of R in the for loop you should be able to save the XYA in an array so that you have the solutions for all values of R.

R=45:0.1:95;

for ii = 1:numel(R);

V = [teta1; teta2];

F = @(V) [R(ii)-(37.5*sqrt(3))+(75*cos(V(1)))-(75*cos(V(2))); 97.5+37.5+(75*sin(V(1))) - (54.4818+75*sin(V(2)))];

XYA(ii)= fsolve(F, InitialGuess, Options);

end

[Krystian Fornal]

But I get this:

Unable to perform assignment because the left and right sides have a different number of elements.
Error in Untitled3 (line 5)
    XYA(ii)= fsolve(F, InitialGuess, Options); 

[Krystian Fornal]

But now i've got a solution:

R=linspace(45,95,11);
for i=1:11
V = [teta1; teta2];
F = @(V) [R(1,i)-(37.5*sqrt(3))+(75*cos(V(1)))-(75*cos(V(2))); 97.5+37.5+(75*sin(V(1))) - (54.4818+75*sin(V(2)))];
InitialGuess = [2;2];
Options=optimset('Display','off');
XY(2:3,i)= fsolve(F, InitialGuess, Options);
XY(1,i)=R(1,i);
end