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  /src/lib/libm/ld128/
k_expl.h 41 #define INTERVALS 128
47 * ln2/INTERVALS = L1+L2 (hi+lo decomposition for multiplication). L1 must
48 * have at least 22 (= log2(|LDBL_MIN_EXP-extras|) + log2(INTERVALS)) lowest
65 * (0.002708 is ln2/(2*INTERVALS) rounded up a little).
101 } tbl[INTERVALS] = {
247 n2 = (unsigned)n % INTERVALS;
s_expl.c 110 * method B, but our larger INTERVALS makes method A 2 bits more
115 * Split the interval [T1, T2] into two intervals [T1, T3] and [T3, T2].
122 * intervals.
269 n2 = (unsigned)n % INTERVALS;
s_logl.c 38 * Let X = X_i + e, where X_i is the center of one of the intervals
68 * degree of p(d)) small by using a large number of intervals. Using
69 * centers of intervals instead of endpoints reduces this maximum by a
70 * factor of 2 for a given number of intervals. p(d) is special only
114 #define INTERVALS 128
116 #define TSIZE (INTERVALS + 1)
286 float H; /* 1 + i/INTERVALS (exact) */
485 /* 0 <= i <= INTERVALS: */
  /src/lib/libm/ld80/
k_expl.h 41 #define INTERVALS 128
47 * ln2/INTERVALS = L1+L2 (hi+lo decomposition for multiplication). L1 must
48 * have at least 22 (= log2(|LDBL_MIN_EXP-extras|) + log2(INTERVALS)) lowest
57 * (0.002708 is ln2/(2*INTERVALS) rounded up a little).
66 * 2^(i/INTERVALS) for i in [0,INTERVALS] is represented by two values where
77 } tbl[INTERVALS] = {
229 n2 = (unsigned)n % INTERVALS;
s_expl.c 39 * where the 32 table entries have been expanded to INTERVALS (see below).
125 * method B, but our larger INTERVALS makes method A 2 bits more
222 n2 = (unsigned)n % INTERVALS;
s_logl.c 38 * Let X = X_i + e, where X_i is the center of one of the intervals
68 * degree of p(d)) small by using a large number of intervals. Using
69 * centers of intervals instead of endpoints reduces this maximum by a
70 * factor of 2 for a given number of intervals. p(d) is special only
110 #define INTERVALS 128
112 #define TSIZE (INTERVALS + 1)
285 float H; /* 1 + i/INTERVALS (exact) */
488 /* 0 <= i <= INTERVALS: */

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