integer formatの例文

例文

1. The data may also be converted to signed integer format ( which the CPU can handle natively ) by simply subtracting the zero offset.
2. The bug occurs under some circumstances during floating point-to-integer conversion when the floating point number won't fit into the smaller integer format, causing the FPU to deviate from its documented behaviour.
3. The chip is supposed to issue an " overflow " warning when large floating point numbers will not fit into the integer format, but in certain circumstances it apparently failed to do so.
4. If the unsigned integer format is used, the exponent value used in the arithmetic is the exponent shifted by a bias  for the IEEE 754 binary32 case, an exponent value of 127 represents the actual zero ( i . e . for 2 to be one, e must be 127 ).
5. For instance one can use arbitrary integer formats ( e . g . unsigned short ), types for interval arithmetic ( e . g . boost : : interval ) from the Boost C + + Libraries, quaternions ( e . g . boost : : quaternion ), types of higher precision ( e . g.