arithmetic shift造句
例句與造句
- Arithmetic shifts never generate overflow exceptions
算術(shù)移位絕不會(huì)產(chǎn)生溢出異常。 - These operators perform arithmetic shifts on bit patterns
這些運(yùn)算符對(duì)位模式執(zhí)行數(shù)學(xué)移位。 - The following example shows arithmetic shifts on a negative value
下面的示例演示對(duì)負(fù)值進(jìn)行算術(shù)移位。 - The unsigned right - shift is an arithmetic shift with zero - extension
無符號(hào)右移位是具有零擴(kuò)展的算術(shù)移位。 - The signed right - shift is an arithmetic shift with sign - extension
有符號(hào)右移位是具有符號(hào)擴(kuò)展的算術(shù)移位。 - It's difficult to find arithmetic shift in a sentence. 用arithmetic shift造句挺難的
- A bit - shift operation performs an arithmetic shift on a bit pattern
移位運(yùn)算移位運(yùn)算對(duì)位模式進(jìn)行數(shù)學(xué)移位。 - Arithmetic shift left
算術(shù)左移 - The right - shift is an arithmetic shift high - order empty bits are set to the sign bit
，則右移位是算術(shù)移位（高序空位設(shè)置為符號(hào)位） 。 - Arithmetic shifts are not circular , which means the bits shifted off one end of the result are not reintroduced at the other end
算術(shù)移位不是循環(huán)的，即不會(huì)將從結(jié)果的一端移出的位從另一端重新移入。