numpy.angle() in Python
Last Updated :
28 Nov, 2018
numpy.angle()
function is used when we want to compute the angle of the complex argument. A complex number is represented by “ x + yi ” where x and y are real number and i= (-1)^1/2
. The angle is calculated by the formula tan-1(x/y).
Syntax : numpy.angle(z, deg=0)
Parameters :
z : [array_like] A complex number or sequence of complex numbers.
deg : [bool, optional] Return angle in degrees if True, radians if False (default).
Return :
angle : The counterclockwise angle from the positive real axis on the complex plane, with dtype as numpy.float64.
Code #1 : Working
import numpy as geek
in_list = [ 2.0 , 1.0j , 1 + 1j ]
print ( "Input list : " , in_list)
out_angle = geek.angle(in_list)
print ( "output angle in radians : " , out_angle)
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Output :
Input list : [2.0, 1j, (1+1j)]
output angle in radians : [ 0. 1.57079633 0.78539816]
Code #2 : Working
import numpy as geek
in_list = [ 2.0 , 1.0j , 1 + 1j ]
print ( "Input list : " , in_list)
out_angle = geek.angle(in_list, deg = True )
print ( "output angle in degrees : " , out_angle)
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Output :
Input list : [2.0, 1j, (1+1j)]
output angle in degrees : [ 0. 90. 45.]
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