module usage
module usage
random.random()
random.randint()
random.choice()
Choosing random item(s)
random.choices()
random.sample()
random.shuffle()
Introduction
cmath module
math.sin()
math.cos()
math.tan()
math.asin()
math.acos()
math.atan()
math.atan2()
math.sinh()
math.cosh()
math.tanh()
math.asinh()
math.acosh()
math.atanh()
math.exp()
math.pow()
math.sqrt()
math.log()
math.log2()
math.log10()
math.ceil()
math.floor()
math.trunc()
math.modf()
math.fmod()
math.fabs()
math.factorial()
math.gcd()
math.lcm()
math.isqrt()
math.isfinite()
math.isinf()
math.isnan()
math.ldexp()
math.frexp()
math.degrees()
math.radians()
math.copysign()
math.fsum()
math.gamma()
math.hypot()
math.isclose()
math.lgamma()
math.prod()
math.perm()
math.erf()
math.erfc()
math.dist()
math.comb()
math.remainder()
math.pi
math.e
math.inf
math.nan
math.tau
cmath.acosh()
cmath.acos()
cmath.asin()
cmath.asinh()
cmath.atan()
cmath.atanh()
cmath.cos()
cmath.cosh()
cmath.exp()
cmath.isclose()
cmath.isfinite()
cmath.isinf()
cmath.isnan()
cmath.log()
cmath.log10()
cmath.phase()
cmath.polar()
cmath.rect()
cmath.sin()
cmath.sinh()
cmath.sqrt()
cmath.tan()
cmath.tanh()
cmath.e
cmath.inf
cmath.infj
cmath.nan
cmath.nanj
cmath.pi
cmath.tau
cmath.cosh() function returns the hyperbolic cosine of the given complex number. The input value can be real or complex but the returned value will always be complex.
cmath.cosh(x)x |
The angle in radians(real or complex) whose hyperbolic cosine we want. |
The function returns a complex number representing the hyperbolic cosine of the input radian angle.
import cmath
print(cmath.cosh(-2.5))
print(cmath.cosh(0.36))
print(cmath.cosh(1 +2j ))
print(cmath.cosh(2+0.5j))