more_x87_fp.stdout.exp

The Valgrind distribution has multiple tools. The most popular is the memory checking tool (called M

a=2.000000 b=3.000000 a+b=5.000000
a=2.000000 b=3.000000 a-b=-1.000000
a=2.000000 b=3.000000 a*b=6.000000
a=2.000000 b=3.000000 a/b=0.666667
a=2.000000 sqrt(a)=1.414214
a=2.000000 sin(a)=0.909297
a=2.000000 cos(a)=-0.416147
a=2.000000 tan(a)=-2.185040
a=2.000000 log(a)=0.693147
a=2.000000 exp(a)=7.389056
a=2.000000 b=3.000000 atan2(a, b)=0.588003
a=2.000000 asin(sin(a))=1.141593
a=2.000000 acos(cos(a))=2.000000
a=2.000000 atan(tan(a))=-1.141593
a=1.400000 b=-5.000000 a+b=-3.600000
a=1.400000 b=-5.000000 a-b=6.400000
a=1.400000 b=-5.000000 a*b=-7.000000
a=1.400000 b=-5.000000 a/b=-0.280000
a=1.400000 sqrt(a)=1.183216
a=1.400000 sin(a)=0.985450
a=1.400000 cos(a)=0.169967
a=1.400000 tan(a)=5.797884
a=1.400000 log(a)=0.336472
a=1.400000 exp(a)=4.055200
a=1.400000 b=-5.000000 atan2(a, b)=2.868584
a=1.400000 asin(sin(a))=1.400000
a=1.400000 acos(cos(a))=1.400000
a=1.400000 atan(tan(a))=1.400000
(2.000000<-1.000000)=0
(2.000000<=-1.000000)=0
(2.000000==-1.000000)=0
(2.000000>-1.000000)=1
(2.000000<=-1.000000)=1
fcomi(2.000000 -1.000000)=00000000
(2.000000<2.000000)=0
(2.000000<=2.000000)=1
(2.000000==2.000000)=1
(2.000000>2.000000)=0
(2.000000<=2.000000)=1
fcomi(2.000000 2.000000)=00000040
(2.000000<3.000000)=1
(2.000000<=3.000000)=1
(2.000000==3.000000)=0
(2.000000>3.000000)=0
(2.000000<=3.000000)=0
fcomi(2.000000 3.000000)=00000001
(float)5.000000e-01 = 5.000000e-01
(long double)0.500000 = 0.500000
a=3fe0000000000000
la=8000000000000000 3ffe
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(short)a = 0
(int)a = 1
(int64_t)a = 1
rint(a) = 1.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(float)-5.000000e-01 = -5.000000e-01
(long double)-0.500000 = -0.500000
a=bfe0000000000000
la=8000000000000000 bffe
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(short)a = 0
(int)a = -1
(int64_t)a = -1
rint(a) = -1.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(float)1.428571e-01 = 1.428571e-01
(long double)0.142857 = 0.142857
a=3fc2492492492492
la=9249249249249000 3ffc
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(short)a = 0
(int)a = 1
(int64_t)a = 1
rint(a) = 1.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = 0.000000
(float)-1.111111e-01 = -1.111111e-01
(long double)-0.111111 = -0.111111
a=bfbc71c71c71c71c
la=e38e38e38e38e000 bffb
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(short)a = 0
(int)a = -1
(int64_t)a = -1
rint(a) = -1.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(short)a = 0
(int)a = 0
(int64_t)a = 0
rint(a) = -0.000000
(float)3.276800e+04 = 3.276800e+04
(long double)32768.000000 = 32768.000000
a=40e0000000000000
la=8000000000000000 400e
(short)a = 0
(int)a = 32768
(int64_t)a = 32768
rint(a) = 32768.000000
(short)a = 0
(int)a = 32768
(int64_t)a = 32768
rint(a) = 32768.000000
(short)a = 0
(int)a = 32768
(int64_t)a = 32768
rint(a) = 32768.000000
(short)a = 0
(int)a = 32768
(int64_t)a = 32768
rint(a) = 32768.000000
(float)-1.000000e+20 = -1.000000e+20
(long double)-100000000000000000000.000000 = -100000000000000000000.000000
a=c415af1d78b58c40
la=ad78ebc5ac620000 c041
(short)a = 0
(int)a = -2147483648
(int64_t)a = -9223372036854775808
rint(a) = -100000000000000000000.000000
(short)a = 0
(int)a = -2147483648
(int64_t)a = -9223372036854775808
rint(a) = -100000000000000000000.000000
(short)a = 0
(int)a = -2147483648
(int64_t)a = -9223372036854775808
rint(a) = -100000000000000000000.000000
(short)a = 0
(int)a = -2147483648
(int64_t)a = -9223372036854775808
rint(a) = -100000000000000000000.000000
fld1= 1.000000
fldl2t= 3.321928
fldl2e= 1.442695
fldpi= 3.141593
fldlg2= 0.301030
fldln2= 0.693147
fldz= 0.000000