Roland Scheidegger writes:
> Am 22.07.2014 12:26, schrieb Richard Sandiford:
>> Roland Scheidegger writes:
>>> Am 21.07.2014 17:53, schrieb Richard Sandiford:
lp_build_iround has a fallback case that tries to emulate a
round-to-nearest
float->int conversion by adding 0.5 and using
Am 22.07.2014 12:26, schrieb Richard Sandiford:
> Roland Scheidegger writes:
>> Am 21.07.2014 17:53, schrieb Richard Sandiford:
>>> lp_build_iround has a fallback case that tries to emulate a round-to-nearest
>>> float->int conversion by adding 0.5 and using a truncating fptosi. For odd
>>> numbe
Roland Scheidegger writes:
> Am 21.07.2014 17:53, schrieb Richard Sandiford:
>> lp_build_iround has a fallback case that tries to emulate a round-to-nearest
>> float->int conversion by adding 0.5 and using a truncating fptosi. For odd
>> numbers in the range [2^23, 2^24], which are already integr
Am 21.07.2014 17:53, schrieb Richard Sandiford:
> lp_build_iround has a fallback case that tries to emulate a round-to-nearest
> float->int conversion by adding 0.5 and using a truncating fptosi. For odd
> numbers in the range [2^23, 2^24], which are already integral, this has
> the effect of addi
lp_build_iround has a fallback case that tries to emulate a round-to-nearest
float->int conversion by adding 0.5 and using a truncating fptosi. For odd
numbers in the range [2^23, 2^24], which are already integral, this has
the effect of adding 1 to the integer, since the result of adding 0.5 is
e
