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sage.{topology,homology}
: Modularization fixes
#35581
sage.{topology,homology}
: Modularization fixes
#35581
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…mology_modularization
…mology_modularization
@@ -552,12 +552,12 @@ def _remove_pivot_rows(self, s, simplices): | |||
sage: l = [([0], 0), ([1], 0), ([2], 1), ([3], 1), ([0, 1], 1), ([1, 2], 1), | |||
....: ([0, 3], 2), ([2, 3], 2), ([0, 2], 3), ([0, 1, 2], 4)] | |||
sage: X = FilteredSimplicialComplex(l) | |||
sage: X._persistent_homology() | |||
sage: X._persistent_homology() # optional - sage.rings.finite_rings | |||
[[(0, 1), (1, 2), (0, +Infinity)], [(3, 4), (2, +Infinity)], []] |
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No sage.modules
?
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Thanks for catching this, I'll add it.
sage: C2.simplified() | ||
sage: RP2 = simplicial_complexes.RealProjectiveSpace(2) # optional - sage.libs.pari | ||
sage: C2 = RP2.fundamental_group(simplify=False); C2 # optional - sage.graphs sage.groups sage.libs.pari | ||
Finitely presented group < e0, e1, e2, e3, e4, e5, e6, e7, e8, e9 | e0, e3, |
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Does L4090 need sage.libs.pari
? Or is it L4091?
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Looks like a mistake. I have removed sage.libs.pari
from all lines in this block
@@ -4252,27 +4260,28 @@ def automorphism_group(self): | |||
EXAMPLES:: | |||
|
|||
sage: S = simplicial_complexes.Simplex(3) | |||
sage: S.automorphism_group().is_isomorphic(SymmetricGroup(4)) | |||
sage: S.automorphism_group().is_isomorphic(SymmetricGroup(4)) # optional - sage.graphs | |||
True | |||
|
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Is this sage.graphs
or sage.groups
?
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both; I'll fix it
{0: 0, 1: 0, 2: Z x Z, 3: Z} | ||
sage: len(P.nondegenerate_simplices()) |
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No sage.modules
or sage.groups
?
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A lot of sage.modules
are missing in this file. Adding now
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I meant L1226.
sage: susp_eta.mapping_cone().homology() == eta.mapping_cone().suspension().homology() | ||
sage: mc_susp_eta = eta.suspension().mapping_cone() # optional - sage.graphs | ||
sage: susp_mc_eta = eta.mapping_cone().suspension() # optional - sage.graphs | ||
sage: mc_susp_eta.homology() == susp_mc_eta.homology() # optional - sage.graphs | ||
True |
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No sage.modules
?
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Thanks, added.
…ge.rings.finite_rings
Though I looked through all changes, definitely I could not check everything. However, as I understand it, these |
Right. For testing the monolithic Sage library, there is no change at all. (The only thing that could go wrong is to misspell a |
Documentation preview for this PR (built with commit c4c593a) is ready! 🎉 |
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Thanks.
Thanks for the review! |
📚 Description
sage.topology
is closely linked to functionality fromsage.graphs
. Doctests that either use methods or examples that requiresage.graphs
are marked# optional - sage.graphs
; likewise forsage.groups
(for multiplicative groups) and (less often)sage.combinat
.Doctests that use finite fields are marked as
# optional - sage.rings.finite_rings
because implementation classes of GF(...) depend on various libraries.Doctests that compute homology are marked as
# optional - sage.modules
becausesage.homology
needs vector spaces. This functionality is not part of the distribution sagemath-categories but a higher up distribution (as of #35095, the distribution sagemath-polyhedra containssage.modules
,sage.matrix
,sage.homology
).Doctests involving free resolutions are marked
# optional - sage.libs.singular
.Some examples are read from data files; the corresponding tests are now marked
# optional - pyparsing
.A sporadic use of a function from
numpy
has been replaced by an equivalentitertools
function.The correct placement of the
# optional
tags can be (and has been) tested using #35095.While going through the doctests, I also reformatted some so that they can be read in our HTML documentation style (furo) without having to scroll horizontally.
Part of:
📝 Checklist
⌛ Dependencies