How can i generalize what is inside the ndgrid function?

I have a Values Matrix

Values={[3 4],[2],[3 4 5]} %% which is randomly created.
[Numbers{1:length(Values)}]=ndgrid(Values{1},Values{2},Values{3});    which i want to find. 

The problem is that i want to generalize the right sidet so that if Values changes i dont want to re-write my code again.

This is what i tried but couldnt worked it out

for i=1:length(Values)
c(i)={'Values'};
end

Pattern=strjoin(strcat(c,'{%d}'),',');

for a=1:length(Values)
    b(a)=a;
end
a=sprintf(Pattern,b)  %%%%% which gives me Values{1},Values{2},Values{3}

when i put it in a ndgrid function it doesnt give me the correct answer.

ndgrid(a)

How can i solve this problem? Thanks!

[Stephen23]

You are already using a comma-separated list on the LHS, just use one on the RHS as well, as Walter Roberson showed:

Numbers = cell(1,numel(Values));
[Numbers{:}] = ndgrid(Values{:})

For more information on comma-separated lists see:

https://www.mathworks.com/help/matlab/matlab_prog/comma-separated-lists.html

https://www.mathworks.com/matlabcentral/answers/320713-how-to-operate-on-comma-separated-lists

[metehan akinci]

Thanks sir

Answer 1

[Walter Roberson]

nv = length(Values);
Numbers = cell(nv, 1);
[Numbers{:}] = ndgrid(Values{:});

[metehan akinci]

Thanks sir