The reshape argument simply takes the vector of argumentsin the square brackets [] and creates a matrix from them, as required. One option is to use arrayfun. However, it wil then interpret its inputs as —
GL([x(1) x(2)],[y(1) y(2)])
So changing the arguments so you and the function agree on how they should be claculated will be necessary, regardless of the funciton version you end up using —
G = @(x,y)reshape([x.*y,x.^3,y.^2,-x.^2+1.0],[2,2]); % 'matlabFunction' Result
GL = @(xv,yv) arrayfun(G, xv,yv, 'Unif',0);
V = GL([1 2],[3 4])
V{1}
V{2}
G2 = @(x,y)[x.*y y.^2; x.^3 1-x.^2]; % Your Original Function (Vectorised)
V = G2([1 2],[3 4])
G2L = @(xv,yv) arrayfun(G2, xv,yv, 'Unif',0);
V2 = G2L([1 2],[3 4])
V2{1}
V2{2}
Both end up producing the same result.
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