# test_complex.py  

import cmath
print dir(cmath)

z = complex(1.0,2.0)
z2 = complex(1.25,-1.3)
z3 = 7.2+1.5j

print "test_complex.py running"
print "z = complex(1.0,2.0) =",
print z
print "z2 = complex(1.25,-1.3) = ",
print z2
print "z3 = 7.2+1.5j = ",
print z3
print "z+z2 = ",
print z+z2
print "z-z2 = ",
print z-z2
print "z*z2 = ",
print z*z2
print "z/z2 = ",
print z/z2
print "pow(z,z2) not available "
print pow(z,z2)
print ""

print "z.real = ",
print z.real
print "z.imag = ",
print z.imag
print "abs(z) = ",
print abs(z)
print "no cmath.conj(z) "
print "complex(z.real,-z.imag) =",
print complex(z.real,-z.imag)
print "cmath.exp(1j*cmath.pi) = ",
print cmath.exp(1j*cmath.pi)
print ""

print "cmath.sqrt(z) = ",
print cmath.sqrt(z)
print "cmath.exp(z) = ",
print cmath.exp(z)
print "cmath.log(z) = ",
print cmath.log(z)
print "cmath.log10(z) = ",
print cmath.log10(z)
print ""

print "cmath.sin(z) = ",
print cmath.sin(z)
print "cmath.cos(z) = ",
print cmath.cos(z)
print "cmath.tan(z) = ",
print cmath.tan(z)
print "cmath.sinh(z) = ",
print cmath.sinh(z)
print "cmath.cosh(z) = ",
print cmath.cosh(z)
print "cmath.tanh(z) = ",
print cmath.tanh(z)
print ""

print "cmath.asin(z) = ",
print cmath.asin(z)
print "cmath.acos(z) = ",
print cmath.acos(z)
print "cmath.atan(z) = ",
print cmath.atan(z)
print "cmath.asinh(z) = ",
print cmath.asinh(z)
print "cmath.acosh(z) = ",
print cmath.acosh(z)
print "cmath.atanh(z) = ",
print cmath.atanh(z)