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In https://llvm.org/docs/LangRef.html#llvm-minnum-intrinsic
```
Unlike the IEEE-754 2008 behavior, this does not distinguish between signaling and quiet NaN inputs. If a target’s implementation foll…
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**Is your feature request related to a problem? Please describe.**
For IEEE-11073 SFLOAT (format id 0x16), the special values NaN (0x7FFF), NRes (0x0800), +inf (0x07FE) and -inf (0x0802) are not reco…
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Please add full support of NaN and +-Inf.
They are part of IEEE 754 double-precision specification
ie 7fff ffff ffff ffff = NaN
https://en.wikipedia.org/wiki/Double-precision_floating-point_format
So…
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The "floating point numbers" section refers to 64-bit double precision -- presumably IEEE-754 -- and specifies how to encode typical numbers, but it does not specify encoding of special values such as…
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when I run make
it return an error:
```bash
gcc -Wall -O3 -fPIC -DMATHLIB_STANDALONE -std=gnu99 -IRmath -DNDEBUG -c bessel_i.c -o bessel_i.o
bessel_i.c: In function ‘I_bessel’:
bessel_i.c:…
YT-er updated
4 years ago
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### Describe the enhancement requested
See discussion found in https://github.com/apache/arrow/issues/34901.
To summarize, safe casting of int64 to float64 for numerics greater than 2^53 is curr…
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Currently all number encodings except for natural numbers use IEEE 754 binary32 for the longest (4-byte) case. Since there are 30 bits of data the lowest two bits of the mantissa is assumed to be zero…
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For min (analog for max) ISPC issues `fmin` or `vmin` instructions, which are not IEEE 754 compliant: in case any operand is NaN then NaN is the result. I suggest to better choose the alternative inst…
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`printf` formatting a value of `-0.0` with a `%f` format specifier and setting the `+` flag adds a plus and a minus sign to the result.
```fsharp
sprintf "%f" +0.0 // 0.000000 (correct)
sprintf "…
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Currently, WebIDL uses **C** names for number types.
This doesn’t match either **ECMAScript** or **WebAssembly**, where the former just uses the generic **IEEE 754** 64‑bit `number` type, and the l…