void* decSinglePower (void* _0, const void* _1, const void* _2, decContext* ctx) noexcept
{
decNumber _0num;
decNumber _1num;
decNumber _2num;
decSingleToNumber (_1, &_1num);
decSingleToNumber (_2, &_2num);
decNumberPower (&_0num, &_1num, &_2num, ctx);
return decSingleFromNumber (_0, &_0num, ctx);
}
void* decSingleScaleB (decSingle* _0, const decSingle* _1, const decSingle* _2, decContext* ctx) noexcept
{
decNumber _0num;
decNumber _1num;
decNumber _2num;
decSingleToNumber (_1, &_1num);
decSingleToNumber (_2, &_2num);
decNumberScaleB (&_0num, &_1num, &_2num, ctx);
return decSingleFromNumber (_0, &_0num, ctx);
}
void* decSingleFMA (decSingle* _0, const decSingle* _1, const decSingle* _2, const decSingle* _3, decContext* ctx) noexcept
{
decNumber _0num;
decNumber _1num;
decNumber _2num;
decNumber _3num;
decSingleToNumber (_1, &_1num);
decSingleToNumber (_2, &_2num);
decSingleToNumber (_3, &_3num);
decNumberFMA (&_0num, &_1num, &_2num, &_3num, ctx);
return decSingleFromNumber (_0, &_0num, ctx);
}
uint32_t decSingleIsNormal (const decSingle* _0) noexcept
{
decNumber _0num;
decSingleToNumber (_0, &_0num);
std::decimal::decimal32::context ctx;
return decNumberIsNormal (&_0num, (decContext*)&ctx);
}
void* decSingleLogB (decSingle* _0, const decSingle* _1, decContext* ctx) noexcept
{
decNumber _0num;
decNumber _1num;
decSingleToNumber (_1, &_1num);
decNumberLogB (&_0num, &_1num, ctx);
return decSingleFromNumber (_0, &_0num, ctx);
}
void* decSingleSquareRoot (void* _0, const void* _1, decContext* ctx) noexcept
{
decNumber _0num;
decNumber _1num;
decSingleToNumber (_1, &_1num);
decNumberSquareRoot (&_0num, &_1num, ctx);
return decSingleFromNumber (_0, &_0num, ctx);
}
void* decSingleToIntegralValue (decSingle* _0, const decSingle* _1, decContext* ctx, int32_t rnd) noexcept
{
decNumber _0num;
decNumber _1num;
decSingleToNumber (_1, &_1num);
enum rounding prev_rnd = ctx->round;
ctx->round = (enum rounding)rnd;
decNumberToIntegralValue (&_0num, &_1num, ctx);
ctx->round = prev_rnd;
return decSingleFromNumber (_0, &_0num, ctx);
}
QDecNumber::QDecNumber(const QDecSingle& s)
{ decSingleToNumber(s.data(), &m_data); }
uint32_t decSingleIsInfinite (const decSingle* _0) noexcept
{
decNumber _0num;
decSingleToNumber (_0, &_0num);
return decNumberIsInfinite (&_0num);
}
QDecNumber QDecSingle::toQDecNumber() const
{
decNumber n;
return decSingleToNumber(&m_data, &n);
}
