| /picolibc-latest/newlib/libm/math/ |
| D | s_j1.c | 63 static __float64 pone(__float64);
64 static __float64 qone(__float64);
66 static const __float64
82 static const __float64 zero = _F_64(0.0);
84 __float64
85 j164(__float64 x) in j164()
87 __float64 z, s, c, ss, cc, r, u, v, y; in j164()
142 static const __float64 U0[5] = {
149 static const __float64 V0[5] = {
157 __float64
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| D | s_j0.c | 63 static __float64 pzero(__float64);
64 static __float64 qzero(__float64);
66 static const __float64
80 static const __float64 zero = _F_64(0.0);
82 __float64
83 j064(__float64 x) in j064()
85 __float64 z, s, c, ss, cc, r, u, v; in j064()
143 static const __float64 u00 =
156 __float64
157 y064(__float64 x) in y064()
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| D | s_exp2.c | 55 extern __float64 _pow64(__float64, __float64);
57 __float64 __inhibit_new_builtin_calls
58 exp264(__float64 x) /* wrapper exp2 */ in exp264()
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| D | s_jn.c | 43 static const __float64
48 static const __float64 zero = _F_64(0.00000000000000000000e+00);
50 __float64
51 jn64(int n, __float64 x) in jn64()
54 __float64 a, b, temp, di; in jn64()
55 __float64 z, w; in jn64()
82 else if ((__float64)n <= x) { in jn64()
119 b = b * ((__float64)(i + i) / x) - a; /* avoid underflow */ in jn64()
134 a *= (__float64)i; /* a = n! */ in jn64()
169 __float64 t, v; in jn64()
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| D | k_tan.c | 52 static const __float64
72 __float64
73 __kernel_tan(__float64 x, __float64 y, int iy) in __kernel_tan()
75 __float64 z, r, v, w, s; in __kernel_tan()
89 __float64 a, t; in __kernel_tan()
125 v = (__float64)iy; in __kernel_tan()
126 return (__float64)(1 - ((hx >> 30) & 2)) * in __kernel_tan()
134 __float64 a, t; in __kernel_tan()
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| D | s_atanh.c | 37 static const __float64 one = _F_64(1.0), huge = _F_64(1e300);
39 static const __float64 zero = _F_64(0.0);
41 __float64
42 atanh64(__float64 x) in atanh64()
44 __float64 t; in atanh64()
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| D | k_sin.c | 46 static const __float64
55 __float64
56 __kernel_sin(__float64 x, __float64 y, int iy) in __kernel_sin()
58 __float64 z, r, v; in __kernel_sin()
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| D | s_log10.c | 51 static const __float64
57 __float64
58 log1064(__float64 x) in log1064()
60 __float64 y, z; in log1064()
81 y = (__float64)(k + i); in log1064()
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| D | s_lgamma.c | 40 __float64
41 lgamma64(__float64 x) in lgamma64()
55 __float64
56 gamma64(__float64 x) in gamma64()
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| D | s_atan.c | 72 static const __float64 atanhi[] = {
79 static const __float64 atanlo[] = {
86 static const __float64 aT[] = {
100 static const __float64 one = _F_64(1.0), huge = _F_64(1.0e300);
102 __float64
103 atan64(__float64 x) in atan64()
105 __float64 w, s1, s2, z; in atan64()
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| D | s_log.c | 70 static const __float64 ln2_hi = _F_64(6.93147180369123816490e-01), /* 3fe62e42 fee00000 */
81 static const __float64 zero = _F_64(0.0);
83 __float64
84 log64(__float64 x) in log64()
86 __float64 hfsq, f, s, z, R, w, t1, t2, dk; in log64()
115 dk = (__float64)k; in log64()
123 dk = (__float64)k; in log64()
128 dk = (__float64)k; in log64()
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| D | k_cos.c | 53 static const __float64
62 __float64
63 __kernel_cos(__float64 x, __float64 y) in __kernel_cos()
65 __float64 a, hz, z, r, qx; in __kernel_cos()
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| D | s_drem.c | 20 __float64
21 drem64(__float64 x, __float64 y) in drem64()
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| D | s_remainder.c | 27 static const __float64 zero = _F_64(0.0);
29 __float64
30 remainder64(__float64 x, __float64 p) in remainder64()
34 __float64 p_half; in remainder64()
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| D | s_acosh.c | 33 static const __float64
37 __float64
38 acosh64(__float64 x) in acosh64()
40 __float64 t; in acosh64()
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| D | s_tanh.c | 75 static const __float64 one = _F_64(1.0), two = _F_64(2.0);
77 __float64
78 tanh64(__float64 x) in tanh64()
80 __float64 t, z; in tanh64()
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| D | s_sincos.c | 13 sincos64(__float64 x, __float64 *sinx, __float64 *cosx) in sincos64()
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| /picolibc-latest/newlib/libm/common/ |
| D | s_fma.c | 53 __float64
54 fma64(__float64 x, __float64 y, __float64 z) in fma64()
56 return (__float64) fmal((long double) x, (long double) y, (long double) z); in fma64()
61 typedef __float64 FLOAT_T;
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| D | fdlibm.h | 172 extern __int32_t __rem_pio2 (__float64,__float64*);
175 extern __float64 __kernel_sin (__float64,__float64,int);
176 extern __float64 __kernel_cos (__float64,__float64);
177 extern __float64 __kernel_tan (__float64,__float64,int);
178 extern int __kernel_rem_pio2 (__float64*,__float64*,int,int,int,const __int32_t*);
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| D | s_fdim.c | 44 __float64
45 fdim64(__float64 x, __float64 y) in fdim64()
49 __float64 z = x > y ? x - y : _F_64(0.0); in fdim64()
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| D | s_lrint.c | 67 static const __float64
80 lrint64(__float64 x) in lrint64()
84 __float64 t; in lrint64()
85 volatile __float64 w; in lrint64()
155 if (sizeof (long) == 4 && (__float64) LONG_MIN - _F_64(1.0) < x && x < (__float64) LONG_MIN) { in lrint64()
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| D | s_rint.c | 73 static const __float64
75 static __float64
82 __float64
83 rint64(__float64 x) in rint64()
87 __float64 t; in rint64()
88 volatile __float64 w; in rint64()
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| D | s_scalbn.c | 68 static const __float64
72 __float64
73 scalbn64(__float64 x, int n) in scalbn64()
110 __float64
111 ldexp64(__float64 value, int exp) in ldexp64()
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| D | s_llrint.c | 40 llrint64(__float64 x) in llrint64()
44 __float64 t; in llrint64()
45 volatile __float64 w; in llrint64()
100 …if (sizeof (long long) == 4 && (__float64) LLONG_MIN - _F_64(1.0) < x && x < (__float64) LLONG_MIN… in llrint64()
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| D | s_copysign.c | 58 __float64
59 copysign64(__float64 x, __float64 y) in copysign64()
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