A collection of Python classes and functions in Sage to deal with Hodge diamonds (and Hochschild homology) of smooth projective varieties, together with many constructions.
If you have used this code in any way (including the interactive versions on my blog), please consider citing it as explained on Zenodo. You can choose to cite a specific version, or the library in general.
It suffices to load diamond.py in Sage to get started. The documentation with lots of examples can be read online or as a pdf.
Please feel free to make suggestions for more examples of Hodge diamonds. Preferably with a link to a closed formula, generating series or method of computation.
Feature requests are also very welcome.
To build the documentation:
sage -sh -c "make html"
cp -r _build/html/ docs
sage -sh -c "make latexpdf"
cp _build/latex/hodgediamondcutter.pdf docs
To perform the unit tests:
sage -t diamond.py
And suggestions on improving the documentation are also welcome.