def adjust_position(self):
# Vector addition
self.displacementVector = self.CLOCK_INTERVAL * standardcalc.Vector2D.create_from_angle(
self.boatData.cog, self.boatData.sog)
self.boatData.gps_coord.lat, self.boatData.gps_coord.long = standardcalc.shift_coordinates(
self.boatData.gps_coord.lat, self.boatData.gps_coord.long,
self.displacementVector)
self.arrivedAtPointFlag = self.arrivedAtPoint()
def adjust_position(self):
# Vector addition
self.displacement = self.CLOCK_INTERVAL * self.boatVector
# self.currentData['latitude'], self.currentData['longitude'] = standardcalc.shift_coordinates(
# self.currentData['latitude'],
# self.currentData['longitude'],
# self.displacement)
self.boatData.gps_coord.lat, self.boatData.gps_coord.long = standardcalc.shift_coordinates(
self.boatData.gps_coord.lat,
self.boatData.gps_coord.long,
self.displacement
)
def testShiftCoordinates(self): displacement = standardcalc.Vector2D.create_from_angle(30, 1000000) latitude, longitude = standardcalc.shift_coordinates(53.0, 40.0, displacement) self.assertAlmostEqual(latitude, 60.5, delta=0.2) self.assertAlmostEqual(longitude, 49.1, delta=0.2)
def testShiftCoordinates(self):
displacement = standardcalc.Vector2D.create_from_angle(30, 1000000)
latitude, longitude = standardcalc.shift_coordinates(
53.0, 40.0, displacement)
self.assertAlmostEqual(latitude, 60.5, delta=0.2)
self.assertAlmostEqual(longitude, 49.1, delta=0.2)