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I like LoL alright too. I was only maybe a year or so into CL when I read it, so I didn't really notice a lot of what it's criticized for. On the one hand, I'm
by kagevf 1y ago
I like LoL alright too. I was only maybe a year or so into CL when I read it, so I didn't really notice a lot of what it's criticized for. On the one hand, I'm a little sad that I see it bagged on so much (that link from beach's site, IRC, reddit) since I felt I got decent enough value out of it, but OTOH it's good and healthy to point out problems.
The abstractions used in Calendrical Calculations sound good - and echo what I've seen elsewhere - so, based on your comment I'm now more likely to read it, so thank you for that.
- Jtsummers 1y agohttps://www.cambridge.org/us/universitypress/subjects/computer-science/computing-general-interest/calendrical-calculations-ultimate-edition-4th-edition#resources https://www.cambridge.org/us/universitypress/subjects/comput... The source code is available there.
- kagevf 1y agoThank you, I'll check it out!