def geo_mesh(element):
    """
    Get mesh data from a 2D Element ensuring that if the data is
    on a cylindrical coordinate system and wraps globally that data
    actually wraps around.
    """
    if len(element.vdims) > 1:
        xs, ys = (element.dimension_values(i, False, False)
                  for i in range(2))
        zs = np.dstack([element.dimension_values(i, False, False)
                        for i in range(2, 2+len(element.vdims))])
    else:
        xs, ys, zs = (element.dimension_values(i, False, False)
                      for i in range(3))
    lon0, lon1 = element.range(0)
    if isinstance(element.crs, ccrs._CylindricalProjection) and (lon1 - lon0) == 360:
        xs = np.append(xs, xs[0:1] + 360, axis=0)
        zs = np.ma.concatenate([zs, zs[:, 0:1]], axis=1)
    return xs, ys, zs
def geo_mesh ( element ) : if len ( element . vdims ) > 1 : xs , ys = ( element . dimension_values ( i , False , False ) for i in range ( 2 ) ) zs = np . dstack ( [ element . dimension_values ( i , False , False ) for i in range ( 2 , 2 + len ( element . vdims ) ) ] ) else : xs , ys , zs = ( element . dimension_values ( i , False , False ) for i in range ( 3 ) ) lon0 , lon1 = element . range ( 0 ) if isinstance ( element . crs , ccrs . _CylindricalProjection ) and ( lon1 - lon0 ) == 360 : xs = np . append ( xs , xs [ 0 : 1 ] + 360 , axis = 0 ) zs = np . ma . concatenate ( [ zs , zs [ : , 0 : 1 ] ] , axis = 1 ) return xs , ys , zs
Get mesh data from a 2D Element ensuring that if the data is
    on a cylindrical coordinate system and wraps globally that data
    actually wraps around.