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It would be very nice if we could do that. How feasible is it?
Or course it would, in practice, only work with the explicit one time-steppers (ForwardEuler, AB3 and RK4)
The text was updated successfully, but these errors were encountered:
We can implement it with every stepper, though as you allude to changing the time step in ETDRK4 would require recomputing coefficients. I suppose what we need is to design a flexible abstraction that works for many types of problems.
Have you considered OrdinaryDiffEq.jl for time-stepping? They have many solvers with adaptivity, and some with GPU-compatibility, though I haven't kept myself up-to-date recently.
It would be very nice if we could do that. How feasible is it?
Or course it would, in practice, only work with the explicit one time-steppers (
ForwardEuler
,AB3
andRK4
)The text was updated successfully, but these errors were encountered: