def count_tiles(geometry, pyramid, minzoom, maxzoom, init_zoom=0):
    """
    Count number of tiles intersecting with geometry.

    Parameters
    ----------
    geometry : shapely geometry
    pyramid : TilePyramid
    minzoom : int
    maxzoom : int
    init_zoom : int

    Returns
    -------
    number of tiles
    """
    if not 0 <= init_zoom <= minzoom <= maxzoom:
        raise ValueError("invalid zoom levels given")
    # tile buffers are not being taken into account
    unbuffered_pyramid = TilePyramid(
        pyramid.grid, tile_size=pyramid.tile_size,
        metatiling=pyramid.metatiling
    )
    # make sure no rounding errors occur
    geometry = geometry.buffer(-0.000000001)
    return _count_tiles(
        [
            unbuffered_pyramid.tile(*tile_id)
            for tile_id in product(
                [init_zoom],
                range(pyramid.matrix_height(init_zoom)),
                range(pyramid.matrix_width(init_zoom))
            )
        ], geometry, minzoom, maxzoom
    )
def count_tiles(geometry, pyramid, minzoom, maxzoom, init_zoom=0):
    """
    Count number of tiles intersecting with geometry.

    Parameters
    ----------
    geometry : shapely geometry
    pyramid : TilePyramid
    minzoom : int
    maxzoom : int
    init_zoom : int

    Returns
    -------
    number of tiles
    """
    if not 0 <= init_zoom <= minzoom <= maxzoom:
        raise ValueError("invalid zoom levels given")
    # tile buffers are not being taken into account
    unbuffered_pyramid = TilePyramid(
        pyramid.grid, tile_size=pyramid.tile_size,
        metatiling=pyramid.metatiling
    )
    # make sure no rounding errors occur
    geometry = geometry.buffer(-0.000000001)
    return _count_tiles(
        [
            unbuffered_pyramid.tile(*tile_id)
            for tile_id in product(
                [init_zoom],
                range(pyramid.matrix_height(init_zoom)),
                range(pyramid.matrix_width(init_zoom))
            )
        ], geometry, minzoom, maxzoom
    )
def count_tiles ( geometry , pyramid , minzoom , maxzoom , init_zoom = 0 ) : if not 0 <= init_zoom <= minzoom <= maxzoom : raise ValueError ( "invalid zoom levels given" ) # tile buffers are not being taken into account unbuffered_pyramid = TilePyramid ( pyramid . grid , tile_size = pyramid . tile_size , metatiling = pyramid . metatiling ) # make sure no rounding errors occur geometry = geometry . buffer ( - 0.000000001 ) return _count_tiles ( [ unbuffered_pyramid . tile ( * tile_id ) for tile_id in product ( [ init_zoom ] , range ( pyramid . matrix_height ( init_zoom ) ) , range ( pyramid . matrix_width ( init_zoom ) ) ) ] , geometry , minzoom , maxzoom )
Count number of tiles intersecting with geometry.

    Parameters
    ----------
    geometry : shapely geometry
    pyramid : TilePyramid
    minzoom : int
    maxzoom : int
    init_zoom : int

    Returns
    -------
    number of tiles
Count number of tiles intersecting with geometry .