(point0, point1, proportion)
return sphere.geointerpolate(point0, point1, proportion)
Interpolate on great sphere (world coords)

    Arguments:
        point0 {list} -- (lng,lat) of first point
        point1 {list} -- (lng,lat) of first point
        proportion {float} -- the interpolation distance

    Returns:
        list -- the list of interpolated points (lng,lat)
Interpolate on great sphere (world coords)
Interpolate on great sphere ( world coords )
def geointerpolate(point0, point1, proportion):
    """Interpolate on great sphere (world coords)

    Arguments:
        point0 {list} -- (lng,lat) of first point
        point1 {list} -- (lng,lat) of first point
        proportion {float} -- the interpolation distance

    Returns:
        list -- the list of interpolated points (lng,lat)
    """
    return sphere.geointerpolate(point0, point1, proportion)
def geointerpolate ( point0 , point1 , proportion ) : return sphere . geointerpolate ( point0 , point1 , proportion )