I am writing a code that uses pdepe. It would be easy to write the pdefun in vectorized form. That is, if there are N variables and M position points, if the position x is input as a vector, then c, f, and s would be output as NxM arrays. It seems like this would be more efficient than only allowing x to be a scalar. However, odeset does have a "Vectorized" option. Does this option apply to pdepe? If so, what does it do? Does it allow the input variable x to be a vector rather than a scalar?
Thanks for your help!I am writing a code that uses pdepe. It would be easy to write the pdefun in vectorized form. That is, if there are N variables and M position points, if the position x is input as a vector, then c, f, and s would be output as NxM arrays. It seems like this would be more efficient than only allowing x to be a scalar. However, odeset does have a "Vectorized" option. Does this option apply to pdepe? If so, what does it do? Does it allow the input variable x to be a vector rather than a scalar?
Thanks for your help! I am writing a code that uses pdepe. It would be easy to write the pdefun in vectorized form. That is, if there are N variables and M position points, if the position x is input as a vector, then c, f, and s would be output as NxM arrays. It seems like this would be more efficient than only allowing x to be a scalar. However, odeset does have a "Vectorized" option. Does this option apply to pdepe? If so, what does it do? Does it allow the input variable x to be a vector rather than a scalar?
Thanks for your help! pdepe, vectorized, pdefun, odeset MATLAB Answers — New Questions

​