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rckirby
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rckirby
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This is a great start. The main issue is whether this is just some "window dressing" or we want to go "block-forward" and refactor all the to_riesz business. We also need a way to store these blocks as such in the finite element so we can try to automate zany maps. By using extend on the list of nodes, I think we're losing that structure?
FIAT/functional.py
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FIAT/functional.py
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| super().__init__(ref_el, x, 2) | ||
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| class PointDirectionalDerivativeBlock(PointFunctionalBlock): |
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Can we generalize the "view" idea to capture that this is a linear combination of the pieces of the gradient?
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| class PointNormalTangentialDerivativeBlock(PointDirectionalDerivativeBlock): |
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More generally: Gradient block doesn't require a particular basis. Is this and the gradient instances of a common abstract gradient?
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I think the Cartesian case is special, since it is the only one we can use to enforce continuity of derivatives at a vertex
| super().__init__(ref_el, entity_dim, entity_id, Q_ref, Phis) | ||
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| class FacetNormalIntegralMomentBlock(FacetDirectionalIntegralMomentBlock): |
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Somehow (later) there are pieces of this that want attention so we can automated H(div) zany things (MTW, AW)
FIAT/functional.py
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| def __init__(self, nodes): | ||
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| def __iter__(self): |
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So this means when we extend a list of functionals with a block, that we just get back all of the functionals in the block.
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Refactor Functional