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Is there a way to calculate the partial derivatives of a single point of a grid (without retrieving it after calculating it on the whole grid) ?
I can't manage to do it.
If there is no way, I might add it manually,
Best regards :)
The text was updated successfully, but these errors were encountered:
Yes, there is a way to evaluate only at a single grid point, however, not with the FinDiff object itself, but with the Stencil object. To see how to create stencils, have a look at this example
After you have created the stencil d_dx, you can apply it to an array f by calling it, and passing the index tuple of the grid point to the at keyword argument.
Is there a way to calculate the partial derivatives of a single point of a grid (without retrieving it after calculating it on the whole grid) ?
I can't manage to do it.
If there is no way, I might add it manually,
Best regards :)
The text was updated successfully, but these errors were encountered: