📍 GPS Coverage Map

def plant_capture_procedure() -> cgp.ProcedureSequence:
    """Client-side procedure for plant growth monitoring."""
    root = cgp.GetRootDirectory()
    session = root.new_session("Sunflower")

    # Get reference from first session for alignment
    first_session = root.get_first_session("Sunflower")

    # Capture aligned reference photo
    aligned_photo = cgp.CaptureAlignedImage(
        label="Capture Aligned Reference",
        reference_image=first_session.new_file("reference").load(
            or_else=cgp.NullProcedure(return_type=cgp.PImage)
        ),
    )

    # Capture surrounding photos for 3D reconstruction
    surrounding_photos = cgp.CaptureImageSequence(
        label="Capture Surrounding Photos",
    )

    return cgp.ProcedureSequence(
        label="Sunflower Capture",
        procedures=[
            session.new_file("reference").save(aligned_photo),
            session.new_directory("surrounding").save_bundle(surrounding_photos),
        ],
    )

def __notification__(user_id, target, persistence) -> datetime:
    """Return next notification at optimal daylight hours."""
    store = cgsh.organize.AssignmentStore(
        persistence=persistence,
        expire_after=timedelta(hours=0.5),
        last_capture=target.Sunflower[-1].date,
    )

    # Create slots for daylight hours
    slots = cg.List([])
    slots.date = cgsh.forecast.times_of_day(
        hours=[10, 12, 14, 16, 18, 20, 22],
    )

    selected = store.assign_next(user_id, slots)
    return selected.date