def generate_grid(horiz_dim, bbox):
    r"""Generate a meshgrid based on bounding box and x & y resolution.

    Parameters
    ----------
    horiz_dim: integer
        Horizontal resolution
    bbox: dictionary
        Dictionary containing coordinates for corners of study area.

    Returns
    -------
    grid_x: (X, Y) ndarray
        X dimension meshgrid defined by given bounding box
    grid_y: (X, Y) ndarray
        Y dimension meshgrid defined by given bounding box

    """
    x_steps, y_steps = get_xy_steps(bbox, horiz_dim)

    grid_x = np.linspace(bbox['west'], bbox['east'], x_steps)
    grid_y = np.linspace(bbox['south'], bbox['north'], y_steps)

    gx, gy = np.meshgrid(grid_x, grid_y)

    return gx, gy
def generate_grid ( horiz_dim , bbox ) : x_steps , y_steps = get_xy_steps ( bbox , horiz_dim ) grid_x = np . linspace ( bbox [ 'west' ] , bbox [ 'east' ] , x_steps ) grid_y = np . linspace ( bbox [ 'south' ] , bbox [ 'north' ] , y_steps ) gx , gy = np . meshgrid ( grid_x , grid_y ) return gx , gy
r"""Generate a meshgrid based on bounding box and x & y resolution.

    Parameters
    ----------
    horiz_dim: integer
        Horizontal resolution
    bbox: dictionary
        Dictionary containing coordinates for corners of study area.

    Returns
    -------
    grid_x: (X, Y) ndarray
        X dimension meshgrid defined by given bounding box
    grid_y: (X, Y) ndarray
        Y dimension meshgrid defined by given bounding box