"""Usage example of pinhole projection."""

from datetime import datetime

import numpy as np
from matplotlib import pyplot as plt

from src.constellations_metadata.constellations_data import (
    get_constellation_center,
)
from src.helpers.pdf_helpers.figure2pdf import save_figure_pinhole
from src.hip_catalog.hip_catalog import Catalog, CatalogConstraints
from src.pinhole_projection.pinhole_projector import (
    CameraConfig,
    ConstellationConfig,
    Pinhole,
    PinholeConfig,
    ShotConditions,
)
from src.planets_catalog.planet_catalog import PlanetCatalog


def example_pinhole_visualization(
    constellation: str,
    tilt_angle: float = 0,
    use_dark_mode: bool = True,
    add_ticks: bool = False,
    add_planets: bool = False,
    add_ecliptic: bool = False,
    add_equator: bool = False,
    add_galactic_equator: bool = False,
    add_equatorial_grid: bool = False,
    add_constellations: bool = False,
    add_constellations_names: bool = False,
):
    """Create example visualization of pinhole projections."""

    # Create catalogs
    constraints = CatalogConstraints(max_magnitude=6.0)
    catalog = Catalog(catalog_name="hip_data.tsv", use_cache=True)
    planet_catalog = PlanetCatalog()

    # Set time
    time = datetime(2024, 1, 1, 0, 0, 0)
    # Define camera configuration
    fov_deg = 90
    aspect_ratio = 1.5
    height = 1000

    camera_cfg = CameraConfig.from_fov_and_aspect(
        fov_deg=fov_deg, aspect_ratio=aspect_ratio, height_pix=height
    )

    config = PinholeConfig(
        add_ticks=add_ticks,
        use_dark_mode=use_dark_mode,
        add_planets=add_planets,
        add_ecliptic=add_ecliptic,
        add_equator=add_equator,
        add_galactic_equator=add_galactic_equator,
        add_equatorial_grid=add_equatorial_grid,
        add_constellations=add_constellations,
        add_constellations_names=add_constellations_names,
        local_time=time,
    )

    # Constellation viewing configurations
    constellation_config = ConstellationConfig(
        constellation_linewidth=0.5, constellation_alpha=0.5
    )
    # And shot conditions
    shot_cond = ShotConditions(
        center_direction=np.asarray(
            get_constellation_center(constellation), dtype=np.float32
        ),
        tilt_angle=tilt_angle,
    )

    # Define pinhole camera with all the configurations
    pinhole = Pinhole(
        shot_cond=shot_cond,
        camera_cfg=camera_cfg,
        config=config,
        constellation_config=constellation_config,
        catalog=catalog,
        planet_catalog=planet_catalog,
    )
    # Make a shot
    fig, ax = pinhole.generate(constraints=constraints)
    ax.set_aspect("equal")

    # Save skychart
    save_figure_pinhole(
        fig=fig,
        filename="pinhole_local_logo.pdf",
        logo_path="helpers/pdf_helpers/logo_astrageek.png",
        footer_text="Generate more on skychart.astrageek.ru.",
        logo_position=(0.12, 0.97),
        text_position=(0.5, 0.01),
    )


if __name__ == "__main__":
    example_pinhole_visualization(
        constellation="TAU",
        tilt_angle=0.0,
        use_dark_mode=False,
        add_ticks=False,
        add_planets=True,
        add_ecliptic=True,
        add_equator=True,
        add_galactic_equator=True,
        add_equatorial_grid=True,
        add_constellations=True,
        add_constellations_names=True,
    )

    plt.show()
