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Hi,
I have recently started to use this project and I am finding it very useful.
I am new to Julia, so my question might be a bit naive.
I am trying to perform a function minimization with BigFl…
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Allow zooming further than limits of double-precision math. Requires using a bignum package (likely GMP mp_z) throughout.
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It's really good to see that great AWK language is not death, and modern implementation is developed. My congratulation!
I used to use AWK a lot, especially to calculate some statistics like sum, m…
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Does the stdlib include arbitrary precision data type? Currently, python, julia, c++, and java all have arbitrary precision data type.
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An idea that has been kicking around for years, but never written down:
The current definition of `int` (and correspondingly `uint`) is that it is either 32 or 64 bits. This causes a variety of pro…
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We really need this. Otherwise, our precision is not very good.
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Add a flexibly-sized bigint type that grows as required, conforming to `BinaryInteger`.
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Three representations of integers with transparent automatic conversion between them.
* Unboxed 31 bit ints.
* Boxed 64 bit ints.
* GMP-based arbitrary-precision integers.
- Implemented with sli…
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Look at how [newRPL][newrpl] does it. They implement up to 2000 digits.
That should be sufficient for most use cases.
[newrpl]: https://github.com/smartin-calc/newRPL-hp50g-usersguide/blob/master/new…
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I was searching for big number (arbitrary precision arithmetic) support for Brl-Cad. I found at internet that Gmp library integration has been complete. Is it true? if yes, how can I choose unit syste…