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This repository was archived by the owner on May 12, 2026. It is now read-only.
It seems as soon as the concrete values of u0, tspan, and p are known, we can infer whether the provided model is in in-place or out-of-place form (or if it's misspecified) in a straightforward way by checking
I'm not sure yet if that could be helpful in any way, but at least these checks seem a bit more natural than the current checks on the number of arguments. However, there's no way we can perform these "more sophisticated" checks when the DEFunction or DEProblem is defined initially, since at that time point the input arguments are not known or might not be concrete, respectively.
It seems as soon as the concrete values of
u0,tspan, andpare known, we can infer whether the provided model is in in-place or out-of-place form (or if it's misspecified) in a straightforward way by checkingand
applicable(f, u0, p, t0)where, e.g.,
I'm not sure yet if that could be helpful in any way, but at least these checks seem a bit more natural than the current checks on the number of arguments. However, there's no way we can perform these "more sophisticated" checks when the DEFunction or DEProblem is defined initially, since at that time point the input arguments are not known or might not be concrete, respectively.