def destination_location_test():
dist = 0.25
rotchild12 = Location(32.06279, 34.77048)
#we choose 0 as angle to cancel the angular distance
dest = GeoService.get_destination_location(rotchild12, dist, 0)
calc_dist = GeoService.get_distance(rotchild12, dest)
assert int(dist * 1000) == int(calc_dist * 1000)
def simple_distance_test():
"""
simple air distance test between 2 locations
"""
rotchild12 = Location(32.06279, 34.77048)
habima = Location(32.0721, 34.7790)
dist = GeoService.get_distance(rotchild12, habima)
meters_dist = int(dist * 1000)
print(meters_dist)
assert meters_dist == 1310
#dist = GeoService.get_distance(loc1, loc2)
#new_location = GeoService.get_destination_location(loc1, 0.2, 30)
#new_lat = GeoService.get_destination_location2(loc1, 0.2, 30)
#print("original location is: %s" % repr(loc1))
#print("new location is: %s" % repr(new_location))
#print("new lat is: %f" % new_lat)
print repr(loc1)
angle = 45
bearing = 270
speed = 10
first_time = True
sleep_interval = 1000 / 1000
new_location = Location(0,0,0)
start_time = datetime.datetime.now()
while first_time or new_location.alt > 0:
first_time = False
current_time = datetime.datetime.now()
td = current_time - start_time
new_location = GeoService.get_object_current_location(loc1, angle, bearing, speed, td.total_seconds())
print("object location after %f seconds: %s" % (td.total_seconds(),repr(new_location)))
print("\n")
sleep(sleep_interval)
