While collecting data in HIP 99606 for my exploration database, I have run into some things that I cannot explain, and one of which must be a bug. The methodology is to scan each body separately, fly back to the station, and mark down how much the turn-in value for the system has increased. This is generating some nice correlated data with a few exceptions.
HIP 99606 1 B - Small rocky moon, 225 km, 0.0000 earth masses (it's really like 0.00004 or something), value: -179 cr. Yes, the system turn-in value went DOWN after scanning this object.
HIP 99606 3 - Gas giant with water-based life, 77614 km, 844.9 earth masses, value: 453 cr. Seriously? A far smaller icy planet was almost this much, and rocky planets can be worth more.
HIP 99606 6 - Icy, 11387 km, 3.7092 earth masses, value: 21 cr. Now icy is always worth very little, but it's always more than that, especially given its size. An icy moon w/ radius 1004 km was worth 96 cr.
Any of you other hardcore number crunching geeks out there seen anything like this? Michael or Sandro, any thoughts?
Adding the following...compare it to 99606 6
HIP 99606 9 - Icy, 15650 km, 12.4868 earth masses, value 331 cr. Is there really enough difference to make this ice ball worth 15 times more than #6? They're otherwise virtually identical.
HIP 99606 1 B - Small rocky moon, 225 km, 0.0000 earth masses (it's really like 0.00004 or something), value: -179 cr. Yes, the system turn-in value went DOWN after scanning this object.
HIP 99606 3 - Gas giant with water-based life, 77614 km, 844.9 earth masses, value: 453 cr. Seriously? A far smaller icy planet was almost this much, and rocky planets can be worth more.
HIP 99606 6 - Icy, 11387 km, 3.7092 earth masses, value: 21 cr. Now icy is always worth very little, but it's always more than that, especially given its size. An icy moon w/ radius 1004 km was worth 96 cr.
Any of you other hardcore number crunching geeks out there seen anything like this? Michael or Sandro, any thoughts?
Adding the following...compare it to 99606 6
HIP 99606 9 - Icy, 15650 km, 12.4868 earth masses, value 331 cr. Is there really enough difference to make this ice ball worth 15 times more than #6? They're otherwise virtually identical.
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