| /sysdeps/i386/fpu/ |
| A D | e_atanh.S | 42 #define MO(op) op##@GOTOFF(%edx) macro
44 #define MO(op) op macro
63 fldt MO(ln2_2) // 0.5*ln2
66 fcoml MO(half) // |x| : 0.5*ln2
73 fsubrl MO(one) // 1-|x| : |x| : 2*|x| : 0.5*ln2
78 fcoml MO(limit) // 2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
89 4: faddl MO(one) // 1+2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
96 2: faddl MO(one) // 1+|x| : |x| : 0.5*ln2
98 fsubrl MO(one) // 1-|x| : 1+|x| : 0.5*ln2
|
| A D | e_atanhf.S | 43 #define MO(op) op##@GOTOFF(%edx) macro
45 #define MO(op) op macro
63 fldt MO(ln2_2) // 0.5*ln2
66 fcoml MO(half) // |x| : 0.5*ln2
73 fsubrl MO(one) // 1-|x| : |x| : 2*|x| : 0.5*ln2
78 fcoml MO(limit) // 2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
89 4: faddl MO(one) // 1+2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
96 2: faddl MO(one) // 1+|x| : |x| : 0.5*ln2
98 fsubrl MO(one) // 1-|x| : 1+|x| : 0.5*ln2
|
| A D | e_atanhl.S | 46 #define MO(op) op##@GOTOFF(%edx) macro
48 #define MO(op) op macro
77 fldt MO(ln2_2) // 0.5*ln2
80 fcoml MO(half) // |x| : 0.5*ln2
87 fsubrl MO(one) // 1-|x| : |x| : 2*|x| : 0.5*ln2
92 fcoml MO(limit) // 2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
102 4: faddl MO(one) // 1+2*|x|+(2*|x|^2)/(1-|x|) : 0.5*ln2
109 2: faddl MO(one) // 1+|x| : |x| : 0.5*ln2
111 fsubrl MO(one) // 1-|x| : 1+|x| : 0.5*ln2
|
| A D | e_powl.S | 69 # define MO(op) op macro
260 fldl MO(one)
271 fldl MO(one) // 1
290 14: fldl MO(one)
341 16: fcompl MO(zero)
400 fldl MO(one)
401 fdivl MO(zero)
410 fldl MO(one)
411 fdivl MO(zero)
448 fldl MO(mzero)
[all …]
|
| A D | e_acosh.S | 33 #define MO(op) op##@GOTOFF(%edx) macro
35 #define MO(op) op macro
54 fsubl MO(one) // x-1 : log(2)
62 fcoml MO(limit)
69 2: faddl MO(one) // x+sqrt(2*(x-1)+(x-1)^2) : log(2)
86 fsubl MO(one) // x^2-1 : x : 2*x : log(2)
89 fdivrl MO(one) // 1/(x+sqrt(x^2-1)) : 2*x : log(2)
|
| A D | e_acoshf.S | 33 #define MO(op) op##@GOTOFF(%edx) macro
35 #define MO(op) op macro
54 fsubl MO(one) // x-1 : log(2)
62 fcoml MO(limit)
69 2: faddl MO(one) // x+sqrt(2*(x-1)+(x-1)^2) : log(2)
86 fsubl MO(one) // x^2-1 : x : 2*x : log(2)
89 fdivrl MO(one) // 1/(x+sqrt(x^2-1)) : 2*x : log(2)
|
| A D | e_acoshl.S | 39 #define MO(op) op##@GOTOFF(%edx) macro
41 #define MO(op) op macro
61 fsubl MO(one) // x-1 : log(2)
69 fcoml MO(limit)
76 2: faddl MO(one) // x+sqrt(2*(x-1)+(x-1)^2) : log(2)
93 fsubl MO(one) // x^2-1 : x : 2*x : log(2)
96 fdivrl MO(one) // 1/(x+sqrt(x^2-1)) : 2*x : log(2)
|
| A D | s_asinh.S | 36 #define MO(op) op##@GOTOFF(%edx) macro
38 #define MO(op) op macro
69 faddl MO(one) // 1+|x|^2 : |x|^2 : |x| : log(2)
71 faddl MO(one) // 1+sqrt(1+|x|^2) : |x|^2 : |x| : log(2)
74 fcoml MO(limit)
86 6: faddl MO(one)
101 faddl MO(huge) // huge+x : x
129 faddl MO(one) // 1+|x|^2 : |x| : 2*|x| : log(2)
132 fdivrl MO(one) // 1/(|x|+sqrt(1+|x|^2)) : 2*|x| : log(2)
|
| A D | s_asinhf.S | 36 #define MO(op) op##@GOTOFF(%edx) macro
38 #define MO(op) op macro
69 faddl MO(one) // 1+|x|^2 : |x|^2 : |x| : log(2)
71 faddl MO(one) // 1+sqrt(1+|x|^2) : |x|^2 : |x| : log(2)
74 fcoml MO(limit)
86 6: faddl MO(one)
101 faddl MO(huge) // huge+x : x
129 faddl MO(one) // 1+|x|^2 : |x| : 2*|x| : log(2)
132 fdivrl MO(one) // 1/(|x|+sqrt(1+|x|^2)) : 2*|x| : log(2)
|
| A D | s_asinhl.S | 43 #define MO(op) op##@GOTOFF(%edx) macro
45 #define MO(op) op macro
76 faddl MO(one) // 1+|x|^2 : |x|^2 : |x| : log(2)
78 faddl MO(one) // 1+sqrt(1+|x|^2) : |x|^2 : |x| : log(2)
81 fcoml MO(limit)
94 6: faddl MO(one)
109 fldt MO(huge) // huge : x : x
134 faddl MO(one) // 1+|x|^2 : |x| : 2*|x| : log(2)
137 fdivrl MO(one) // 1/(|x|+sqrt(1+|x|^2)) : 2*|x| : log(2)
|
| A D | e_pow.S | 63 # define MO(op) op macro
273 fldl MO(one)
279 fldl MO(one) // 1
298 14: fldl MO(one)
345 16: fcompl MO(zero)
401 fldl MO(one)
402 fdivl MO(zero)
411 fldl MO(one)
412 fdivl MO(zero)
445 fldl MO(mzero)
[all …]
|
| A D | s_log1p.S | 23 # define MO(op) op##@GOTOFF(%edx) macro
25 # define MO(op) op macro
48 fcompl MO(limit)
53 faddl MO(one)
|
| A D | s_log1pf.S | 23 # define MO(op) op##@GOTOFF(%edx) macro
25 # define MO(op) op macro
48 fcomps MO(limit)
53 fadds MO(one)
|
| A D | i386-math-asm.h | 73 flds MO(flt_min); \
89 fldl MO(dbl_min); \
108 fcoms MO(flt_min); \
122 fcoml MO(dbl_min); \
140 fcomps MO(flt_min); \
173 flds MO(flt_min); \
189 fldl MO(dbl_min); \
208 flds MO(flt_min); \
226 fldl MO(dbl_min); \
246 fldt MO(ldbl_min); \
[all …]
|
| A D | e_log.S | 23 # define MO(op) op##@GOTOFF(%edx) macro
25 # define MO(op) op macro
40 4: fsubl MO(one) // x-1 : x : log(2)
43 fcompl MO(limit) // x-1 : x : log(2)
74 fsubl MO(one) // x-1 : x : log(2)
77 fcompl MO(limit) // x-1 : x : log(2)
|
| A D | e_logl.S | 24 # define MO(op) op##@GOTOFF(%edx) macro
26 # define MO(op) op macro
44 4: fsubl MO(one) // x-1 : x : log(2)
47 fcompl MO(limit) // x-1 : x : log(2)
79 fsubl MO(one) // x-1 : x : log(2)
82 fcompl MO(limit) // x-1 : x : log(2)
|
| A D | s_log1pl.S | 24 # define MO(op) op##@GOTOFF(%edx) macro
26 # define MO(op) op macro
50 fldt MO(limit)
61 faddl MO(one)
|
| A D | s_expm1.S | 42 #define MO(op) op##@GOTOFF(%edx) macro
44 #define MO(op) op macro
79 5: fldt MO(l2e) // log2(e) : x
99 fldl MO(one) // 1 : int(log2(e)*x) : 2^(log2(e)*x)-2^int(log2(e)*x)
101 fsubrl MO(one) // 1-2^int(log2(e)*x) : int(log2(e)*x) : 2^(log2(e)*x)-2^int(log2(e)*x)
108 fldl MO(minus1) // Set result to -1.0.
|
| /sysdeps/x86_64/fpu/ |
| A D | e_powl.S | 68 # define MO(op) op macro
236 fldl MO(one)
247 fldl MO(one) // 1
271 14: fldl MO(one)
322 16: fcompl MO(zero)
382 fldl MO(one)
383 fdivl MO(zero)
390 fldl MO(one)
391 fdivl MO(zero)
424 fldl MO(mzero)
[all …]
|
| A D | s_copysign.S | 37 #define MO(op) op##(%rip) macro
39 #define MO(op) op macro
44 andpd MO(othermask),%xmm0
45 andpd MO(signmask),%xmm1
|
| A D | e_log10l.S | 24 # define MO(op) op##(%rip) macro
26 # define MO(op) op macro
38 4: fsubl MO(one) // x-1 : x : log10(2)
41 fcompl MO(limit) // x-1 : x : log10(2)
72 4: fsubl MO(one) // x-1 : x : log10(2)
75 fcompl MO(limit) // x-1 : x : log10(2)
|
| A D | e_log2l.S | 24 # define MO(op) op##(%rip) macro
26 # define MO(op) op macro
31 fldl MO(one)
41 fcompl MO(limit) // x-1 : x : 1
69 fldl MO(one)
75 fcompl MO(limit) // x-1 : x : 1
|
| A D | e_logl.S | 24 # define MO(op) op##(%rip) macro
26 # define MO(op) op macro
41 4: fsubl MO(one) // x-1 : x : log(2)
44 fcompl MO(limit) // x-1 : x : log(2)
75 fsubl MO(one) // x-1 : x : log(2)
78 fcompl MO(limit) // x-1 : x : log(2)
|
| A D | s_log1pl.S | 28 #define MO(op) op##(%rip) macro
30 #define MO(op) op macro
46 fldt MO(limit)
57 faddl MO(one)
|
| /sysdeps/i386/i686/fpu/ |
| A D | e_logl.S | 25 # define MO(op) op##@GOTOFF(%edx) macro
27 # define MO(op) op macro
43 fsubl MO(one) // x-1 : x : log(2)
46 fld MO(limit) // 0.29 : |x-1| : x-1 : x : log(2)
76 fsubl MO(one) // x-1 : x : log(2)
79 fld MO(limit) // 0.29 : |x-1| : x-1 : x : log(2)
|