Lines Matching full:fractional

76 /* Number of control-encoded bits reserved for fractional component data. */
80 /* Min/max number of bits that can be reserved for fractional component data. */
85  * Number of bits actually reserved for fractional component data. This can be
88  * available bits are reserved for fractional component data i.e. zero int bits.
114 /* Manipulate the 'q' bits holding combined integer/fractional data. */
146 /* Manipulate the 'q' bits holding fractional data. */
195 /* Yield the next char from fractional bits. */
201      * base, and truncate residual fractional bits post multiplication.	\
276 /* Calculate the relative fractional precision between 'a' and 'b' in bits. */
287  * Convert decimal fractional value 'dfv' to its binary-encoded representation
290  * Q number's fractional bits e.g. using Q_SFVAL().
313  * Initialise 'q' with raw integer value 'iv', decimal fractional value 'dfv',
323 /* Test if 'a' and 'b' fractional precision is the same (T) or not (F). */
382  * (EOVERFLOW). If 'b' has fewer integer and/or fractional bits than 'a',
383  * the integer and fractional values stored in 'a' must fit in the available
384  * number of integer and fractional bits in 'b'.