Age | Commit message (Collapse) | Author |
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First version of points generation on torus
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Co-authored-by: Marc Glisse <marc.glisse@inria.fr>
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Avoid confusion between dim and field of coeffs in persistent cohomology
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most general use cases
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Change documentation accordingly
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scattered points
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Fix broken links. Add a tool to generate cpp example page
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is imported by setup.py)
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already detects it)
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Avoid confusion between dimension and field of coefficients in persistent_cohomology_unit_test.cpp and persistent_cohomology_unit_test_multi_field.cpp
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Test another sphinx themes
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mailing lists migration and rephrase contributions in installation guides
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Avoid v[0] for persistence of empty complex
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Fix issue #502: check homology_coeff_field primality before computing persistence
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Fix numerical approximations inconsistencies with dim fraction exponent when generating points as grid on torus
Add notes in doc regarding the torus versions use cases
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Document homology_coeff_field values in cubical
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It was reported by some debug mode while I was working on something else
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`CGAL_UNUSED` or `[[maybe_unused]]` is useful if we name the argument but don't use it. If we don't name it, the attribute is wrong as it would apply to the type and not the variable.
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Add test with first prime outside the allowed range
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Throw exception when not prime
Add tests
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persistence
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move Cell complex in it to be more specific about its use
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is too generic
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std::make_pair or constructor call
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values: 'grid'(i.e uniform==True) or 'random' (i.e uniform==False)
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Add random points generator on sphere in python, with an example
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Essential part in wasserstein
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according to PR comments
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