def test_winds_aloft():
pre = predict(2) # 1 for GFS data, 2 for Winds Aloft
origin = array([40.7500,-111.8833,1377])
V = pre.flight_prediction(origin)
Fpos= eq.geodetic(V, origin)
print "Initial Position: \t", origin
print "Final Position: \t", Fpos
print "Vector: \t", eq.to_vector(V), V
def test_pred_modular():
print "\nMODULAR PREDICTION TEST: "
pre = predict(1,30000) # 1 for GFS data, 2 for Winds Aloft
origin = array([40.7500,-111.8833,1300])
V = pre.prediction(origin)
cart = eq.cartesian(V, origin)
print "Cartesian: \t", cart
print "Initial Position: \t", origin
print "Final Position: \t", V
print "Vector: \t", eq.to_vector(cart, origin)