| 1. | 6 - digit floating - point calculation
6位元的浮点数运算。 |
| 2. | A few words will suffice to describe how you can perform floating - point calculations in a wdm driver
一些语句将足够解释你可以如何在一个wdm驱动中执行浮点计算。 |
| 3. | Binary representation of floating - point values affects the precision and accuracy of floating - point calculations
浮点值的二进制表示形式影响浮点计算的精度和准确性。 |
| 4. | And the compiler performs a floating - point calculation , the rounding mode you specified will not be in effect unless
更改舍入模式，并且编译器执行浮点计算，则指定的舍入模式将无效，除非打开 |
| 5. | By default , the compiler uses the coprocessor s 80 - bit registers to hold the intermediate results of floating - point calculations
默认情况下，编译器使用协处理器的80位寄存器保存浮点计算的中间结果。 |
| 6. | By using high - speed buffers and do … loop unrolling technique , it reduced memory complexity and improved average time of floating - point calculation
采用高速缓存和循环展开技术，降低了存储复杂性，提高了浮点运算的平均时间。 |
| 7. | In the multibyte floating - point calculations , the calculation of many functions , especially the complex functions , depend on the precision and speed of the square root calculation
摘要介绍一种可在微型机上由汇编语言完成的多字节浮点快速开平方运算的方法。 |
| 8. | Improves the consistency of floating - point tests for equality and inequality by disabling optimizations that could change the precision of floating - point calculations , which is required for strict ansi conformance
通过禁用可更改浮点计算精度的优化，提高了等式和不等式的浮点测试的一致性，这对于严格的ansi一致性是必要的。 |
