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Currently, SaveSolutionCallback accepts only either a fixed interval or a fixed dt parameter (i.e. outputting either at uniformly spaced timesteps or at uniformly spaced times).
From my experience it would be nice to have the option to pass in a list of output times which may be non-uniformly spaced (for example, in some reacting flow computations, a logarithmic timescale is really helpful as a lot of kinetics can slow down exponentially over time).
If there is interest in having such a feature (probably as an additional keyword in the SaveSolutionCallback initialization?) I could try my hand at implementing it.
The text was updated successfully, but these errors were encountered:
Currently,
SaveSolutionCallback
accepts only either a fixedinterval
or a fixeddt
parameter (i.e. outputting either at uniformly spaced timesteps or at uniformly spaced times).From my experience it would be nice to have the option to pass in a list of output times which may be non-uniformly spaced (for example, in some reacting flow computations, a logarithmic timescale is really helpful as a lot of kinetics can slow down exponentially over time).
If there is interest in having such a feature (probably as an additional keyword in the
SaveSolutionCallback
initialization?) I could try my hand at implementing it.The text was updated successfully, but these errors were encountered: