Round 141

Round UUID: 388e9494-2eb4-4e80-b190-18da5529e8c3

Prompt:

Classification Rules for Cosmic Entities:

1. Primary Orbital Classification:
   - If mean_orbital_radius > 2.95, classify as Fylaran
   - If mean_orbital_radius < 2.4, classify as Qtharri

2. Surface and Atmosphere Rules:
   - If mean_atmospheric_depth > 6.85, classify as Fylaran
   - If max_orbital_radius > 3.05, classify as Fylaran
   - If mean_atmospheric_depth < 5.9, classify as Qtharri

3. High Confidence Qtharri Identification Rules:
   - If mean_ring_system_complexity > 0.96 AND mean_impact_crater_count > 0.975, classify as Qtharri regardless of other factors
   - If mean_impact_crater_count > 0.98 AND mean_cloud_turbulence < 350, classify as Qtharri regardless of other factors
   - If mean_axial_symmetry < 50 AND mean_cloud_turbulence < 50 AND mean_orbital_radius > 2.6, classify as Qtharri
   - If mean_tidal_distortion < 120 AND mean_impact_crater_count > 0.96 AND mean_cloud_turbulence < 180, classify as Qtharri
   - If orbital_radius_error < 0.45 AND atmospheric_depth_error < 4.0 AND mean_impact_crater_count > 0.96, classify as Qtharri

4. High Confidence Fylaran Identification Rules:
   - If mean_cloud_turbulence > 500 AND mean_orbital_radius > 2.5, classify as Fylaran
   - If mean_cloud_turbulence > 450 AND mean_orbital_radius > 2.65 AND mean_tidal_distortion > 400, classify as Fylaran
   - If mean_tidal_distortion > 530 AND mean_orbital_radius > 2.6, classify as Fylaran
   - If orbital_radius_error > 0.85 AND atmospheric_depth_error > 9.0, classify as Fylaran
   - If atmospheric_depth_error > 10.0, classify as Fylaran

5. Combined Feature Rules for Boundary Cases (mean_orbital_radius between 2.4-2.95):
   - If mean_orbital_radius is between 2.4-2.7 AND mean_cloud_turbulence > 350 AND mean_impact_crater_count < 0.96, classify as Fylaran
   - If mean_orbital_radius is between 2.4-2.7 AND mean_axial_symmetry > 500, classify as Fylaran
   - If mean_orbital_radius is between 2.4-2.7 AND mean_tidal_distortion > 500, classify as Fylaran
   - If mean_orbital_radius is between 2.6-2.8 AND mean_atmospheric_depth < 6.35 AND mean_cloud_turbulence < 250 AND mean_tidal_distortion < 300 AND mean_impact_crater_count > 0.96, classify as Qtharri
   - If mean_orbital_radius is between 2.7-2.85 AND mean_atmospheric_depth > 6.5 AND max_orbital_radius < 2.85 AND mean_cloud_turbulence < 150 AND mean_tidal_distortion < 300, classify as Qtharri
   - If mean_orbital_radius is between 2.6-2.8 AND mean_ring_system_complexity < 0.8, classify as Fylaran
   - If mean_orbital_radius is between 2.8-2.9 AND mean_impact_crater_count > 0.97 AND mean_cloud_turbulence < 100, classify as Qtharri
   - If mean_orbital_radius is between 2.8-2.95 AND mean_cloud_turbulence < 80 AND mean_axial_symmetry < 150, classify as Qtharri

6. Fylaran-leaning Boundary Rules:
   - If mean_orbital_radius is between 2.65-2.75 AND mean_atmospheric_depth is between 6.3-6.5 AND mean_cloud_turbulence > 250, classify as Fylaran
   - If mean_orbital_radius is between 2.75-2.87 AND mean_atmospheric_depth is between 6.5-6.75 AND mean_cloud_turbulence > 180, classify as Fylaran
   - If mean_orbital_radius is between 2.65-2.8 AND mean_atmospheric_depth > 6.25 AND mean_tidal_distortion > 250 AND mean_cloud_turbulence > 175, classify as Fylaran
   - If mean_orbital_radius is between 2.7-2.85 AND mean_atmospheric_depth > 6.45 AND mean_tidal_distortion > 350, classify as Fylaran
   - If mean_orbital_radius is between 2.5-2.7 AND mean_cloud_turbulence > 400 AND mean_tidal_distortion > 300, classify as Fylaran
   - If mean_orbital_radius is between 2.6-2.85 AND mean_cloud_turbulence > 300 AND mean_axial_symmetry > 450, classify as Fylaran

7. Error Measurement and Feature Combination Rules:
   - If orbital_radius_error > 0.65 AND atmospheric_depth_error > 5.5 AND mean_orbital_radius > 2.7 AND mean_tidal_distortion > 300, classify as Fylaran
   - If orbital_radius_error > 0.65 AND atmospheric_depth_error > 6.0 AND mean_orbital_radius > 2.65, classify as Fylaran
   - If orbital_radius_error < 0.48 AND core_density_error < 0.12 AND mean_impact_crater_count > 0.96 AND mean_cloud_turbulence < 150, classify as Qtharri
   - If max_orbital_radius > 2.9 AND mean_atmospheric_depth > 6.7 AND orbital_radius_error > 0.6, classify as Fylaran

8. Specific Rules for Edge Cases:
   - If mean_orbital_radius is between 2.55-2.7 AND mean_atmospheric_depth is between 6.0-6.35 AND mean_cloud_turbulence > 400 AND mean_axial_symmetry > 350, classify as Fylaran
   - If mean_orbital_radius is between 2.7-2.8 AND mean_atmospheric_depth > 6.35 AND mean_tidal_distortion > 300, classify as Fylaran
   - If mean_orbital_radius is between 2.65-2.75 AND mean_tidal_distortion > 400 AND mean_impact_crater_count < 0.96, classify as Fylaran
   - If mean_orbital_radius is between 2.8-2.95 AND mean_atmospheric_depth > 6.6 AND mean_cloud_turbulence > 150, classify as Fylaran
   - If mean_orbital_radius is between 2.75-2.95 AND mean_atmospheric_depth > 6.5 AND mean_tidal_distortion > 250 AND mean_axial_symmetry > 200, classify as Fylaran

9. Tie-Breaking Rules:
   - If none of the above rules apply and mean_cloud_turbulence > 350 AND mean_orbital_radius > 2.5, classify as Fylaran
   - If none of the above rules apply and mean_axial_symmetry > 500 AND mean_orbital_radius > 2.6, classify as Fylaran
   - If none of the above rules apply and mean_tidal_distortion > 500 AND mean_orbital_radius > 2.65, classify as Fylaran
   - If none of the above rules apply and mean_orbital_radius > 2.7 AND mean_tidal_distortion > 320 AND mean_cloud_turbulence > 250, classify as Fylaran
   - If none of the above rules apply and mean_orbital_radius > 2.75 AND mean_atmospheric_depth > 6.4 AND mean_cloud_turbulence > 175, classify as Fylaran
   - If none of the above rules apply and mean_orbital_radius > 2.8 AND mean_atmospheric_depth > 6.6, classify as Fylaran
   - If none of the above rules apply and mean_orbital_radius < 2.7 AND mean_impact_crater_count > 0.965, classify as Qtharri
   - If none of the above rules apply, classify as Qtharri

Apply these rules in sequence. Once a rule matches, use its classification and stop processing further rules.