def get_coordinates(*args):
"""
Returns the array of coordinates of the elements of the other arrays :
either an array of tuples (theta, phi) or of tuples (rho, phi, z) - either in (degrees, degrees) or in (meters, degrees, meters).
"""
_ifar = _get_ifar(*args)
n_theta=_get_n_theta(*args)
n_phi=_get_n_phi(*args)
theta_start = _get_theta_start(*args)
delta_theta = _get_delta_theta(*args)
phi_start = _get_phi_start(*args)
delta_phi = _get_delta_phi(*args)
l=[]
if _ifar == 1 :
rho = _PyNEC.nec_radiation_pattern_get_range(*args)
for i in range(n_phi) :
for j in range(n_theta) :
l.append((rho, phi_start+i*delta_phi,theta_start+j*delta_theta))
ar = numarray.array(l);
ar = numarray.reshape(ar, (n_phi,n_theta,3))
else :
for i in range(n_phi) :
for j in range(n_theta) :
l.append((theta_start+j*delta_theta, phi_start+i*delta_phi))
ar = numarray.array(l);
ar = numarray.reshape(ar, (n_phi,n_theta,2))
return ar
def _get_range(arg0): """ Returns the radial distance in meters ( or the rho cylindrical coordinate in meters if the calculation mode chosen is mode 1 ). """ return _PyNEC.nec_radiation_pattern_get_range(arg0)
