mcp-stargazing

import pytest from datetime import datetime import pytz from src.celestial import get_constellation_center from src.utils import create_earth_location @pytest.mark.asyncio async def test_constellation_center(): # Test Location: Greenwich loc = create_earth_location(lat=51.4769, lon=0.0) # Test Time: Winter night in Northern Hemisphere (Orion should be visible) # Jan 15, 2024, 22:00 UTC # Note: Orion Nebula is RA 05h 35m, Dec -05d 23m. # At 22:00 UTC in Jan, it should be visible. time_val = datetime(2024, 1, 15, 22, 0, tzinfo=pytz.UTC) # Let's try a simpler target: The Sun. # At 22:00 UTC in Jan in London, Sun should be definitely DOWN (negative altitude). # Sun RA ~19h. from src.celestial import celestial_pos sun_alt, sun_az = celestial_pos("sun", loc, time_val) print(f"DEBUG: Sun position: Alt={sun_alt}, Az={sun_az}") # If Sun is up, our time/loc logic is broken. assert sun_alt < 0 # Let's try a different constellation/star that is definitely circumpolar. # Polaris. RA ~2.5h, Dec +89. # Always Alt ~ Lat (51 deg). polaris = get_constellation_center("Polaris", loc, time_val) print(f"DEBUG: Polaris position: {polaris}") assert polaris["altitude"] > 40 assert polaris["altitude"] < 60 # Let's try finding the constellation "Ursa Minor". ursa_minor = get_constellation_center("Ursa Minor", loc, time_val) print(f"DEBUG: Ursa Minor position: {ursa_minor}") assert ursa_minor["altitude"] > 0