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Currently, Sonnerie supports storing series in row format using specific formats defined by single-character codes. These formats are limited to:
- f - 32-bit float (f32)
- F - 64-bit float (f64)
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Just copying this list from the Emacs Calc manual for now. I don't expect to implement _all_ of these.
* [X] Integers
* [X] Rational numbers (arbitrary precision)
* [X] Floats (64-bit)
* [ ] Flo…
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Numbers are currently just numbers as far as the user can tell (sort of, see below), which is nice. Internally, they are either integers or floats, and this leaks out a little bit. I think shielding u…
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Hey, I'm about to implement an algorithm where arbitrary-precision floats (and ints) are at the heart.
That's why I'm currently looking for the best library to use for that. In particular, I'm stil…
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## 🐛 Bug Report
Structs with `u128` members related to the puzzle are starting to get into sizes that can only be represented in u128 numbers (i.e. the `cumulative_weight` member of the `Header` ob…
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See https://github.com/data-apis/array-api/pull/29.
We could compare numerical functions against an arbitrary precision library. The question is how off something should be for it to be a failure, …
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I think it'd be kind of funny if we supported scRGB with half-precision floats, just like what DWM uses for composition on HDR displays. That would allow us, either just for fun when defining colors i…
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Ion has arbitrary precision for `Int` and `Decimal` however this may not be practical for some clients as some queries can be written to consume large quantities of memory, e.g. `cast(1e300000000 as i…
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I'm working on updating my validator to consume the latest version of the test suite (after about 18 months; I usually aim for once per year but hey...), and hit issues with the multipleOf.json tests …
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From a mail I received
> I want to use your BigNum Package to compute fractals with arbitrary Precision! However, I realised that the algorithm gets choked to death by every increasing precision floa…