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[Merged by Bors] - feat: generalize&merge ContinuousMap.continuous_eval_const{,'}
#5649
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We had continuity of `fun f : C(X, Y) ↦ f a` in two cases: - `X` is a locally compact space; - `X` is a compact space and `Y` is a metric space. In fact, it is true in general topological spaces.
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🚀 Pull request has been placed on the maintainer queue by ADedecker. |
Thanks! bors merge |
We had continuity of `fun f : C(X, Y) ↦ f a` in two cases: - `X` is a locally compact space; - `X` is a compact space and `Y` is a metric space. In fact, it is true in general topological spaces.
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ContinuousMap.continuous_eval_const{,'}
ContinuousMap.continuous_eval_const{,'}
We had continuity of `fun f : C(X, Y) ↦ f a` in two cases: - `X` is a locally compact space; - `X` is a compact space and `Y` is a metric space. In fact, it is true in general topological spaces.
We had continuity of `fun f : C(X, Y) ↦ f a` in two cases: - `X` is a locally compact space; - `X` is a compact space and `Y` is a metric space. In fact, it is true in general topological spaces.
We had continuity of
fun f : C(X, Y) ↦ f a
in two cases:X
is a locally compact space;X
is a compact space andY
is a metric space.In fact, it is true in general topological spaces.