On Thu, Jan 19, 2017 at 07:29:54AM -0800, Richard Henderson wrote:
> On 01/18/2017 09:14 PM, Bharata B Rao wrote:
> > Power ISA 3.0 introduces a few quadruple precision floating point
> > instructions that support round-to-add rounding mode. The
> > round-to-odd mode is explained as under:
> >
> >
On 19 January 2017 at 15:29, Richard Henderson wrote:
> The description in see in the manual on page 387 is more precise than what
> you quote above:
>
> # If IR is exact, choose IR.
> # Otherwise choose NL, and if Guard=1, Round=1 or Sticky=1,
> # the least significant bit of the result is
On 19 January 2017 at 14:47, Eric Blake wrote:
> On 01/18/2017 11:14 PM, Bharata B Rao wrote:
>> round-to-odd mode is explained as under:
>>
>> Let Z be the intermediate arithmetic result or the operand of a convert
>> operation. If Z can be represented exactly in the target format, the
>> result
On 01/18/2017 09:14 PM, Bharata B Rao wrote:
Power ISA 3.0 introduces a few quadruple precision floating point
instructions that support round-to-add rounding mode. The
round-to-odd mode is explained as under:
Let Z be the intermediate arithmetic result or the operand of a convert
operation. If
On 01/18/2017 11:14 PM, Bharata B Rao wrote:
> Power ISA 3.0 introduces a few quadruple precision floating point
> instructions that support round-to-add rounding mode. The
s/add/odd/
> round-to-odd mode is explained as under:
>
> Let Z be the intermediate arithmetic result or the operand of a c
On 19 January 2017 at 05:14, Bharata B Rao wrote:
> Power ISA 3.0 introduces a few quadruple precision floating point
> instructions that support round-to-add rounding mode. The
> round-to-odd mode is explained as under:
>
> Let Z be the intermediate arithmetic result or the operand of a convert
>
Power ISA 3.0 introduces a few quadruple precision floating point
instructions that support round-to-add rounding mode. The
round-to-odd mode is explained as under:
Let Z be the intermediate arithmetic result or the operand of a convert
operation. If Z can be represented exactly in the target form
