Category : OS/2 Files
Archive   : EMXTST8F.ZIP
Filename : MATHTEST.OK

x=-3, floor(x)=-3, ceil(x)=-3
rint(x)=-3, trunc(x)=-3
fabs(x)=3, sqrt(x)=#NAN
exp(x)=0.049787, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-10.017875, cosh(x)=10.067662, tanh(x)=-0.995055
sin(x)=-0.14112, cos(x)=-0.989992, tan(x)=0.142547
atan(x)=-1.249046, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=-1.249046
ldexp(x,0)=-3, ldexp(x,-2)=-0.75, ldexp(x,3)=-24
pow(x,1.8)=#NAN pow(1.8,x)=0.171468
pow(x,3.8)=#NAN pow(3.8,x)=0.018224
pow(-2.0,x)=-0.125
fmod(-200000,x)=-2 fmod(x,-3)=0
cbrt(x)=-1.44225, hypot(x,4)=5
frexp: x=-0.75*2^2
(long)x =-3 -> -3
(unsigned long)x=4294967293 -> 4.294967e+009
x=-2, floor(x)=-2, ceil(x)=-2
rint(x)=-2, trunc(x)=-2
fabs(x)=2, sqrt(x)=#NAN
exp(x)=0.135335, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-3.62686, cosh(x)=3.762196, tanh(x)=-0.964028
sin(x)=-0.909297, cos(x)=-0.416147, tan(x)=2.18504
atan(x)=-1.107149, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=-1.107149
ldexp(x,0)=-2, ldexp(x,-2)=-0.5, ldexp(x,3)=-16
pow(x,1.8)=#NAN pow(1.8,x)=0.308642
pow(x,3.8)=#NAN pow(3.8,x)=0.069252
pow(-2.0,x)=0.25
fmod(-200000,x)=0 fmod(x,-3)=-2
cbrt(x)=-1.259921, hypot(x,4)=4.472136
frexp: x=-0.5*2^2
(long)x =-2 -> -2
(unsigned long)x=4294967294 -> 4.294967e+009
x=-1, floor(x)=-1, ceil(x)=-1
rint(x)=-1, trunc(x)=-1
fabs(x)=1, sqrt(x)=#NAN
exp(x)=0.367879, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-1.175201, cosh(x)=1.543081, tanh(x)=-0.761594
sin(x)=-0.841471, cos(x)=0.540302, tan(x)=-1.557408
atan(x)=-0.785398, asin(x)=-1.570796, acos(x)=3.141593
atan2(x,1)=-0.785398
ldexp(x,0)=-1, ldexp(x,-2)=-0.25, ldexp(x,3)=-8
pow(x,1.8)=#NAN pow(1.8,x)=0.555556
pow(x,3.8)=#NAN pow(3.8,x)=0.263158
pow(-2.0,x)=-0.5
fmod(-200000,x)=0 fmod(x,-3)=-1
cbrt(x)=-1, hypot(x,4)=4.123106
frexp: x=-0.5*2^1
(long)x =-1 -> -1
(unsigned long)x=4294967295 -> 4.294967e+009
x=0, floor(x)=0, ceil(x)=0
rint(x)=0, trunc(x)=0
fabs(x)=0, sqrt(x)=0
exp(x)=1, log(x)=-#INF, log10(x)=-#INF
sinh(x)=0, cosh(x)=1, tanh(x)=0
sin(x)=0, cos(x)=1, tan(x)=0
atan(x)=0, asin(x)=0, acos(x)=1.570796
atan2(x,1)=0
ldexp(x,0)=0, ldexp(x,-2)=0, ldexp(x,3)=0
pow(x,1.8)=0 pow(1.8,x)=1
pow(x,3.8)=0 pow(3.8,x)=1
pow(-2.0,x)=1
fmod(-200000,x)=0 fmod(x,-3)=0
cbrt(x)=0, hypot(x,4)=4
frexp: x=0*2^0
(long)x =0 -> 0
(unsigned long)x=0 -> 0
x=1, floor(x)=1, ceil(x)=1
rint(x)=1, trunc(x)=1
fabs(x)=1, sqrt(x)=1
exp(x)=2.718282, log(x)=0, log10(x)=0
sinh(x)=1.175201, cosh(x)=1.543081, tanh(x)=0.761594
sin(x)=0.841471, cos(x)=0.540302, tan(x)=1.557408
atan(x)=0.785398, asin(x)=1.570796, acos(x)=0
atan2(x,1)=0.785398
ldexp(x,0)=1, ldexp(x,-2)=0.25, ldexp(x,3)=8
pow(x,1.8)=1 pow(1.8,x)=1.8
pow(x,3.8)=1 pow(3.8,x)=3.8
pow(-2.0,x)=-2
fmod(-200000,x)=0 fmod(x,-3)=1
cbrt(x)=1, hypot(x,4)=4.123106
frexp: x=0.5*2^1
(long)x =1 -> 1
(unsigned long)x=1 -> 1
x=2, floor(x)=2, ceil(x)=2
rint(x)=2, trunc(x)=2
fabs(x)=2, sqrt(x)=1.414214
exp(x)=7.389056, log(x)=0.693147, log10(x)=0.30103
sinh(x)=3.62686, cosh(x)=3.762196, tanh(x)=0.964028
sin(x)=0.909297, cos(x)=-0.416147, tan(x)=-2.18504
atan(x)=1.107149, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=1.107149
ldexp(x,0)=2, ldexp(x,-2)=0.5, ldexp(x,3)=16
pow(x,1.8)=3.482202 pow(1.8,x)=3.24
pow(x,3.8)=13.928809 pow(3.8,x)=14.44
pow(-2.0,x)=4
fmod(-200000,x)=0 fmod(x,-3)=2
cbrt(x)=1.259921, hypot(x,4)=4.472136
frexp: x=0.5*2^2
(long)x =2 -> 2
(unsigned long)x=2 -> 2
x=3, floor(x)=3, ceil(x)=3
rint(x)=3, trunc(x)=3
fabs(x)=3, sqrt(x)=1.732051
exp(x)=20.085537, log(x)=1.098612, log10(x)=0.477121
sinh(x)=10.017875, cosh(x)=10.067662, tanh(x)=0.995055
sin(x)=0.14112, cos(x)=-0.989992, tan(x)=-0.142547
atan(x)=1.249046, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=1.249046
ldexp(x,0)=3, ldexp(x,-2)=0.75, ldexp(x,3)=24
pow(x,1.8)=7.224674 pow(1.8,x)=5.832
pow(x,3.8)=65.022067 pow(3.8,x)=54.872
pow(-2.0,x)=-8
fmod(-200000,x)=-2 fmod(x,-3)=0
cbrt(x)=1.44225, hypot(x,4)=5
frexp: x=0.75*2^2
(long)x =3 -> 3
(unsigned long)x=3 -> 3
x=-1.1, floor(x)=-2, ceil(x)=-1
rint(x)=-1, trunc(x)=-1
fabs(x)=1.1, sqrt(x)=#NAN
exp(x)=0.332871, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-1.335647, cosh(x)=1.668519, tanh(x)=-0.800499
sin(x)=-0.891207, cos(x)=0.453596, tan(x)=-1.96476
atan(x)=-0.832981, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=-0.832981
ldexp(x,0)=-1.1, ldexp(x,-2)=-0.275, ldexp(x,3)=-8.8
pow(x,1.8)=#NAN pow(1.8,x)=0.523842
pow(x,3.8)=#NAN pow(3.8,x)=0.23027
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.2 fmod(x,-3)=-1.1
cbrt(x)=-1.03228, hypot(x,4)=4.148494
frexp: x=-0.55*2^1
(long)x =-1 -> -1
(unsigned long)x=4294967295 -> 4.294967e+009
x=-0.9, floor(x)=-1, ceil(x)=0
rint(x)=-1, trunc(x)=0
fabs(x)=0.9, sqrt(x)=#NAN
exp(x)=0.40657, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-1.026517, cosh(x)=1.433086, tanh(x)=-0.716298
sin(x)=-0.783327, cos(x)=0.62161, tan(x)=-1.260158
atan(x)=-0.732815, asin(x)=-1.11977, acos(x)=2.690566
atan2(x,1)=-0.732815
ldexp(x,0)=-0.9, ldexp(x,-2)=-0.225, ldexp(x,3)=-7.2
pow(x,1.8)=#NAN pow(1.8,x)=0.589189
pow(x,3.8)=#NAN pow(3.8,x)=0.300742
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.2 fmod(x,-3)=-0.9
cbrt(x)=-0.965489, hypot(x,4)=4.1
frexp: x=-0.9*2^0
(long)x =0 -> 0
(unsigned long)x=0 -> 0
x=0.9, floor(x)=0, ceil(x)=1
rint(x)=1, trunc(x)=0
fabs(x)=0.9, sqrt(x)=0.948683
exp(x)=2.459603, log(x)=-0.105361, log10(x)=-0.045757
sinh(x)=1.026517, cosh(x)=1.433086, tanh(x)=0.716298
sin(x)=0.783327, cos(x)=0.62161, tan(x)=1.260158
atan(x)=0.732815, asin(x)=1.11977, acos(x)=0.451027
atan2(x,1)=0.732815
ldexp(x,0)=0.9, ldexp(x,-2)=0.225, ldexp(x,3)=7.2
pow(x,1.8)=0.82725 pow(1.8,x)=1.697248
pow(x,3.8)=0.670072 pow(3.8,x)=3.325104
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.2 fmod(x,-3)=0.9
cbrt(x)=0.965489, hypot(x,4)=4.1
frexp: x=0.9*2^0
(long)x =0 -> 0
(unsigned long)x=0 -> 0
x=1.1, floor(x)=1, ceil(x)=2
rint(x)=1, trunc(x)=1
fabs(x)=1.1, sqrt(x)=1.048809
exp(x)=3.004166, log(x)=0.09531, log10(x)=0.041393
sinh(x)=1.335647, cosh(x)=1.668519, tanh(x)=0.800499
sin(x)=0.891207, cos(x)=0.453596, tan(x)=1.96476
atan(x)=0.832981, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=0.832981
ldexp(x,0)=1.1, ldexp(x,-2)=0.275, ldexp(x,3)=8.8
pow(x,1.8)=1.187153 pow(1.8,x)=1.908973
pow(x,3.8)=1.436456 pow(3.8,x)=4.342721
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.2 fmod(x,-3)=1.1
cbrt(x)=1.03228, hypot(x,4)=4.148494
frexp: x=0.55*2^1
(long)x =1 -> 1
(unsigned long)x=1 -> 1
x=5.7, floor(x)=5, ceil(x)=6
rint(x)=6, trunc(x)=5
fabs(x)=5.7, sqrt(x)=2.387467
exp(x)=298.867401, log(x)=1.740466, log10(x)=0.755875
sinh(x)=149.432028, cosh(x)=149.435373, tanh(x)=0.999978
sin(x)=-0.550686, cos(x)=0.834713, tan(x)=-0.659731
atan(x)=1.397125, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=1.397125
ldexp(x,0)=5.7, ldexp(x,-2)=1.425, ldexp(x,3)=45.6
pow(x,1.8)=22.939014 pow(1.8,x)=28.513681
pow(x,3.8)=745.288554 pow(3.8,x)=2017.281477
pow(-2.0,x)=#NAN
fmod(-200000,x)=-4.1 fmod(x,-3)=2.7
cbrt(x)=1.786316, hypot(x,4)=6.963476
frexp: x=0.7125*2^3
(long)x =5 -> 5
(unsigned long)x=5 -> 5
x=-9.3, floor(x)=-10, ceil(x)=-9
rint(x)=-9, trunc(x)=-9
fabs(x)=9.3, sqrt(x)=#NAN
exp(x)=9.142423e-005, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-5469.009558, cosh(x)=5469.00965, tanh(x)=-1
sin(x)=-0.124454, cos(x)=-0.992225, tan(x)=0.12543
atan(x)=-1.463681, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=-1.463681
ldexp(x,0)=-9.3, ldexp(x,-2)=-2.325, ldexp(x,3)=-74.4
pow(x,1.8)=#NAN pow(1.8,x)=0.004226
pow(x,3.8)=#NAN pow(3.8,x)=4.055203e-006
pow(-2.0,x)=#NAN
fmod(-200000,x)=-3.5 fmod(x,-3)=-0.3
cbrt(x)=-2.102944, hypot(x,4)=10.123734
frexp: x=-0.58125*2^4
(long)x =-9 -> -9
(unsigned long)x=4294967287 -> 4.294967e+009
x=3.141593, floor(x)=3, ceil(x)=4
rint(x)=3, trunc(x)=3
fabs(x)=3.141593, sqrt(x)=1.772454
exp(x)=23.140691, log(x)=1.14473, log10(x)=0.49715
sinh(x)=11.548739, cosh(x)=11.591953, tanh(x)=0.996272
sin(x)=5.358979e-008, cos(x)=-1, tan(x)=-5.358979e-008
atan(x)=1.262627, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=1.262627
ldexp(x,0)=3.141593, ldexp(x,-2)=0.785398, ldexp(x,3)=25.132741
pow(x,1.8)=7.850002 pow(1.8,x)=6.338146
pow(x,3.8)=77.47641 pow(3.8,x)=66.289365
pow(-2.0,x)=#NAN
fmod(-200000,x)=-3.073491 fmod(x,-3)=0.141593
cbrt(x)=1.464592, hypot(x,4)=5.086217
frexp: x=0.785398*2^2
(long)x =3 -> 3
(unsigned long)x=3 -> 3
x=58192.6, floor(x)=58192, ceil(x)=58193
rint(x)=58193, trunc(x)=58192
fabs(x)=58192.6, sqrt(x)=241.231424
exp(x)=#INF, log(x)=10.971513, log10(x)=4.764868
sinh(x)=#INF, cosh(x)=#INF, tanh(x)=#NAN
sin(x)=-0.770278, cos(x)=-0.637708, tan(x)=1.207886
atan(x)=1.570779, asin(x)=#NAN, acos(x)=#NAN
atan2(x,1)=1.570779
ldexp(x,0)=58192.6, ldexp(x,-2)=14548.15, ldexp(x,3)=465540.8
pow(x,1.8)=3.773654e+008 pow(1.8,x)=#INF
pow(x,3.8)=1.277901e+018 pow(3.8,x)=#INF
pow(-2.0,x)=#NAN
fmod(-200000,x)=-25422.2 fmod(x,-3)=1.6
cbrt(x)=38.751566, hypot(x,4)=58192.600137
frexp: x=0.887949*2^16
(long)x =58192 -> 58192
(unsigned long)x=58192 -> 58192
x=0.23, floor(x)=0, ceil(x)=1
rint(x)=0, trunc(x)=0
fabs(x)=0.23, sqrt(x)=0.479583
exp(x)=1.2586, log(x)=-1.469676, log10(x)=-0.638272
sinh(x)=0.232033, cosh(x)=1.026567, tanh(x)=0.226028
sin(x)=0.227978, cos(x)=0.973666, tan(x)=0.234143
atan(x)=0.226068, asin(x)=0.232078, acos(x)=1.338719
atan2(x,1)=0.226068
ldexp(x,0)=0.23, ldexp(x,-2)=0.0575, ldexp(x,3)=1.84
pow(x,1.8)=0.070976 pow(1.8,x)=1.144755
pow(x,3.8)=0.003755 pow(3.8,x)=1.359409
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.05 fmod(x,-3)=0.23
cbrt(x)=0.612693, hypot(x,4)=4.006607
frexp: x=0.92*2^-2
(long)x =0 -> 0
(unsigned long)x=0 -> 0
x=0.0027, floor(x)=0, ceil(x)=1
rint(x)=0, trunc(x)=0
fabs(x)=0.0027, sqrt(x)=0.051962
exp(x)=1.002704, log(x)=-5.914504, log10(x)=-2.568636
sinh(x)=0.0027, cosh(x)=1.000004, tanh(x)=0.0027
sin(x)=0.0027, cos(x)=0.999996, tan(x)=0.0027
atan(x)=0.0027, asin(x)=0.0027, acos(x)=1.568096
atan2(x,1)=0.0027
ldexp(x,0)=0.0027, ldexp(x,-2)=0.000675, ldexp(x,3)=0.0216
pow(x,1.8)=2.379331e-005 pow(1.8,x)=1.001588
pow(x,3.8)=1.734532e-010 pow(3.8,x)=1.003611
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.0002 fmod(x,-3)=0.0027
cbrt(x)=0.139248, hypot(x,4)=4.000001
frexp: x=0.6912*2^-8
(long)x =0 -> 0
(unsigned long)x=0 -> 0
x=-0.0027, floor(x)=-1, ceil(x)=0
rint(x)=0, trunc(x)=0
fabs(x)=0.0027, sqrt(x)=#NAN
exp(x)=0.997304, log(x)=#NAN, log10(x)=#NAN
sinh(x)=-0.0027, cosh(x)=1.000004, tanh(x)=-0.0027
sin(x)=-0.0027, cos(x)=0.999996, tan(x)=-0.0027
atan(x)=-0.0027, asin(x)=-0.0027, acos(x)=1.573496
atan2(x,1)=-0.0027
ldexp(x,0)=-0.0027, ldexp(x,-2)=-0.000675, ldexp(x,3)=-0.0216
pow(x,1.8)=#NAN pow(1.8,x)=0.998414
pow(x,3.8)=#NAN pow(3.8,x)=0.996402
pow(-2.0,x)=#NAN
fmod(-200000,x)=-0.0002 fmod(x,-3)=-0.0027
cbrt(x)=-0.139248, hypot(x,4)=4.000001
frexp: x=-0.6912*2^-8
(long)x =0 -> 0
(unsigned long)x=0 -> 0