def _get_zoom(zoom, input_raster, pyramid_type):
    """Determine minimum and maximum zoomlevel."""
    if not zoom:
        minzoom = 1
        maxzoom = get_best_zoom_level(input_raster, pyramid_type)
    elif len(zoom) == 1:
        minzoom = zoom[0]
        maxzoom = zoom[0]
    elif len(zoom) == 2:
        if zoom[0] < zoom[1]:
            minzoom = zoom[0]
            maxzoom = zoom[1]
        else:
            minzoom = zoom[1]
            maxzoom = zoom[0]
    return minzoom, maxzoom
def _get_zoom(zoom, input_raster, pyramid_type):
    """Determine minimum and maximum zoomlevel."""
    if not zoom:
        minzoom = 1
        maxzoom = get_best_zoom_level(input_raster, pyramid_type)
    elif len(zoom) == 1:
        minzoom = zoom[0]
        maxzoom = zoom[0]
    elif len(zoom) == 2:
        if zoom[0] < zoom[1]:
            minzoom = zoom[0]
            maxzoom = zoom[1]
        else:
            minzoom = zoom[1]
            maxzoom = zoom[0]
    return minzoom, maxzoom
def _get_zoom ( zoom , input_raster , pyramid_type ) : if not zoom : minzoom = 1 maxzoom = get_best_zoom_level ( input_raster , pyramid_type ) elif len ( zoom ) == 1 : minzoom = zoom [ 0 ] maxzoom = zoom [ 0 ] elif len ( zoom ) == 2 : if zoom [ 0 ] < zoom [ 1 ] : minzoom = zoom [ 0 ] maxzoom = zoom [ 1 ] else : minzoom = zoom [ 1 ] maxzoom = zoom [ 0 ] return minzoom , maxzoom
Determine minimum and maximum zoomlevel.
Determine minimum and maximum zoomlevel .