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[Merged by Bors] - feat(InfiniteSum/NatInt): lemmas on sums over ℤ #11069
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LGTM, but I think some topology people should also look at this.
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LGTM, thanks!
bors r+ |
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
Pull request successfully merged into master. Build succeeded: |
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over `ℤ`. These results are used in #10011 (Hurwitz zeta functions) where sums over `ℤ` feature heavily. * Fill in `tsum` and `Summable` variants for lemmas proved for `HasSum` * Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme * Generalise several lemmas to allow the target space to be a topological monoid rather than a group. * Speed up some slow proofs (the old `summable_int_of_summable_nat` took about 10s to compile on my machine, its replacement `Summable.of_nat_of_neg` is 1000 times faster)
This PR combines several results involving topological sums over
ℤ
. These results are used in #10011 (Hurwitz zeta functions) where sums overℤ
feature heavily.Fill in
tsum
andSummable
variants for lemmas proved forHasSum
Rename some lemmas (with deprecated aliases) to impose a consistent naming scheme
Generalise several lemmas to allow the target space to be a topological monoid rather than a group.
Speed up some slow proofs (the old
summable_int_of_summable_nat
took about 10s to compile on my machine, its replacementSummable.of_nat_of_neg
is 1000 times faster)