10 examples of 'python radians to degrees' in Python

71
def degree_from_radians(angles):
72
  if (type(angles) in (tuple, list)):
73
    return [a / math.pi * 180 for a in angles]
74
  return angles / math.pi * 180

119
def angle_from_rotation(r):
120
    return ((r.trace() - 1) / 2).acos()

106
def _sinDeg(angle):
107
    return math.sin(math.radians(angle))

123
def radians(self):
124
    return math.radians(self.D)

108
def rotate(x, y, angle):
109
    """rotation transformation for a point."""
110
    cost = cos(angle) #cost is short for cos(theta)
111
    sint = sin(angle)
112
    newx = x  * cost - y * sint
113
    newy = x  * sint + y * cost
114
    return (newx, newy)

22
def bearing_to_cardinal(angle):
23
    """Get cardinality of an angle.
24
25
    :param angle: Bearing angle.
26
    :type angle: float
27
28
    :return: cardinality of input angle.
29
    :rtype: string
30
    """
31
32
    # this method could still be improved later, since the acquisition interval
33
    # is a bit strange, i.e the input angle of 22.499° will return `N` even
34
    # though 22.5° is the direction for `NNE`
35
    direction_list = [
36
        'N', 'NNE', 'NE', 'ENE', 'E', 'ESE', 'SE',
37
        'SSE', 'S', 'SSW', 'SW', 'WSW', 'W',
38
        'WNW', 'NW', 'NNW'
39
    ]
40
41
    bearing = float(angle)
42
    direction_count = len(direction_list)
43
    direction_interval = 360. / direction_count
44
    index = int(math.floor(bearing / direction_interval))
45
    index %= direction_count
46
    return direction_list[index]

426
def _resolveangle(angle):
427
	if not angle:
428
		return 0
429
	angle %= 360
430
	return int(round(angle / ANGLE_RESOLUTION_DEGREES)) * ANGLE_RESOLUTION_DEGREES

22
def longitudinal_degrees_from_meters_at_latitude(meters, latitude):
23
    one_longitudinal_degree_in_meters = width_of_longitudinal_degree_in_meters_for_latitude(latitude)
24
    return meters / one_longitudinal_degree_in_meters

794
def radians(x):
795
    if isinstance(x, Reward):
796
        y = copy.copy(x)  # shallow copy
797
        y._compute = lambda: np.radians(x())
798
        y.range = (np.radians(x.range[0]), np.radians(x.range[1]))
799
        return y
800
    else:
801
        return np.radians(x)

16
def sin(angle):
17
    '''Sine of an angle (in degrees)'''
18
    return _math.sin(angle * _dg)