nm 91 maint/gnulib/lib/exp2.c double nm = round (x * 256.0); /* = 256 * n + m */ nm 92 maint/gnulib/lib/exp2.c double z = (x * 256.0 - nm) * (LOG2_BY_256 * 0.5); nm 113 maint/gnulib/lib/exp2.c int n = (int) round (nm * (1.0 / 256.0)); nm 114 maint/gnulib/lib/exp2.c int m = (int) nm - 256 * n; nm 104 maint/gnulib/lib/exp2l.c long double nm = roundl (x * 256.0L); /* = 256 * n + m */ nm 105 maint/gnulib/lib/exp2l.c long double z = (x * 256.0L - nm) * (LOG2_BY_256 * 0.5L); nm 129 maint/gnulib/lib/exp2l.c int n = (int) roundl (nm * (1.0L / 256.0L)); nm 130 maint/gnulib/lib/exp2l.c int m = (int) nm - 256 * n; nm 113 maint/gnulib/lib/expl.c long double nm = roundl (x * LOG2_BY_256_INVERSE); /* = 256 * n + m */ nm 117 maint/gnulib/lib/expl.c long double y_tmp = x - nm * LOG2_BY_256_HI_PART; nm 118 maint/gnulib/lib/expl.c long double y = y_tmp - nm * LOG2_BY_256_LO_PART; nm 143 maint/gnulib/lib/expl.c int n = (int) roundl (nm * (1.0L / 256.0L)); nm 144 maint/gnulib/lib/expl.c int m = (int) nm - 256 * n; nm 113 maint/gnulib/lib/expm1.c double nm = round (x * LOG2_BY_256_INVERSE); /* = 256 * n + m */ nm 117 maint/gnulib/lib/expm1.c double y_tmp = x - nm * LOG2_BY_256_HI_PART; nm 118 maint/gnulib/lib/expm1.c double y = y_tmp - nm * LOG2_BY_256_LO_PART; nm 140 maint/gnulib/lib/expm1.c int n = (int) round (nm * (1.0 / 256.0)); nm 141 maint/gnulib/lib/expm1.c int m = (int) nm - 256 * n; nm 123 maint/gnulib/lib/expm1l.c long double nm = roundl (x * LOG2_BY_256_INVERSE); /* = 256 * n + m */ nm 127 maint/gnulib/lib/expm1l.c long double y_tmp = x - nm * LOG2_BY_256_HI_PART; nm 128 maint/gnulib/lib/expm1l.c long double y = y_tmp - nm * LOG2_BY_256_LO_PART; nm 153 maint/gnulib/lib/expm1l.c int n = (int) roundl (nm * (1.0L / 256.0L)); nm 154 maint/gnulib/lib/expm1l.c int m = (int) nm - 256 * n; nm 43 maint/gnulib/lib/regex.c # define regexec(pr, st, nm, pm, ef) __regexec (pr, st, nm, pm, ef)