Hi,
I found Alpha Centauri with my jump scout today and wanted to paste its summary into my AAR. In looking the summary over I noticed that it claimed I could colonize a planet with around 26 times the gravity of Earth.
The F9 table classifies this planet as a superjovian and uncolonizable.
See below:
Alpha Centauri-A G2-V Diameter: 1.39m Mass: 1.02 Luminosity: 1.42
Alpha Centauri-A I: Temperature: 1265.4, Gravity: 2.03, Orbit: 39m
Carbon Dioxide 96%, Sulphur Dioxide 4.0%, Pressure: 168.00
Alpha Centauri-A II: Temperature: 952.2, Gravity: 2.06, Orbit: 70m
Carbon Dioxide 95%, Nitrogen Dioxide 5.0%, Pressure: 118.27
Alpha Centauri-A III: Colony Cost: 2.00, Temperature: 67.8, Gravity: 0.53, Orbit: 99m
Nitrogen 68%, Oxygen (0.01) 32%, Pressure: 0.03
Alpha Centauri-A IV: Colony Cost: 2.00, Temperature: -6.0, Gravity: 26.0, Orbit: 163m
Alpha Centauri-A IV - Moon 12: Colony Cost: 2.00, Temperature: -14.0, Gravity: 0.31, Orbit: 1.06m
Total Moons: 22
Alpha Centauri-A V: Colony Cost: 5.32, Temperature: -117.1, Gravity: 0.62, Orbit: 292m
Alpha Centauri-A VI: Colony Cost: 3.45, Temperature: -75.9, Gravity: 0.72, Orbit: 423m
Nitrogen 82%, Carbon Dioxide 18.0%, Pressure: 0.51
Total Moons: 1
Alpha Centauri-B K1-V Diameter: 1.25m Mass: 0.79 Luminosity: 0.39. Orbits Alpha Centauri-A at 23.0 AU.
Alpha Centauri-B I: Colony Cost: 59.26, Temperature: 1347.8, Gravity: 0.58, Orbit: 28.1m
Carbon Dioxide 97%, Nitrogen Dioxide 3.0%, Pressure: 4.67
Alpha Centauri-B III: Colony Cost: 1.80, Temperature: -39.7, Gravity: 1.06, Orbit: 170m
Nitrogen 81%, Oxygen (0.21) 19.0%, Pressure: 1.11
Alpha Centauri-B IV: Colony Cost: 6.52, Temperature: -143.5, Gravity: 0.36, Orbit: 288m
Total Moons: 1
Alpha Centauri-B V: Temperature: -128.3, Gravity: 0.02, Orbit: 389m
Alpha Centauri-B VI: Temperature: -170.9, Gravity: 1.87, Orbit: 637m
Total Moons: 27
Jump Points
1) Sol: Distance: 5.8b Bearing: 280
I suspect the summary generation is neglecting gravitational considerations.