Hi,
On 8/28/2019 11:49 AM, Shaobo He wrote:
Let me describe my use case first so that it's easier to clarify why
bigfloat or double-double don't work for me. The program I've been
working on requires emulation of arbitrary-precision *IEEE 754*
floating-point arithmetic (the maximum precision
Hello George,
Let me describe my use case first so that it's easier to clarify why
bigfloat or double-double don't work for me. The program I've been working
on requires emulation of arbitrary-precision *IEEE 754* floating-point
arithmetic (the maximum precision is double, for now) and
On 8/23/2019 8:39 PM, Shaobo He wrote:
Hello everyone,
I'm in need of quad-precision floating-point type/operations in Racket
(the bigfloat module doesn't work for me). It appears there's none, am
I right?
The only hardware I am aware of with IEEE compatible quad precision is
POWER9
Hi Josh,
Thank you for the pointers. Although I'm also interested in implementing
quad-floats using doubles, such a correct implementation would take much
more time than the FFI approach as well as what I can afford given my time
constraints.
Shaobo
Josh Rubin 于2019年8月23日周五 下午7:08写道：
>
> On
On 8/23/2019 8:39 PM, Shaobo He wrote:
Hello everyone,
I'm in need of quad-precision floating-point type/operations in Racket
(the bigfloat module doesn't work for me). It appears there's none, am
I right?
If so, I think I will try to write one myself, which is going to be a
wrapper to
Hello everyone,
I'm in need of quad-precision floating-point type/operations in Racket (the
bigfloat module doesn't work for me). It appears there's none, am I right?
If so, I think I will try to write one myself, which is going to be a
wrapper to libquadmath. Any suggestions about how I
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