ken at sunrise
SOC-12
I just noticed that the Raw Sector Data does not always match the Data Sheet for the world. Often the 'Other Worlds' number is way off.
Which would be the correct one?
Which would be the correct one?
Example, please?
Note that the raw data Worlds column will be main world + stars + giants + belts + other.
In actuality, the "other worlds" count is derived from the above equation: other = worlds - main world - stars - giants - belts.
Your math looks right to me. I'll add a total to the data sheet.
FYI my service provider - discountasp.net - appears to be having an outage at the moment. The site has been down for the last hour.![]()
Example, please?
Note that the raw data Worlds column will be main world + stars + giants + belts + other.
In actuality, the "other worlds" count is derived from the above equation: other = worlds - main world - stars - giants - belts.
Okay, I've changed TM to not assume stars are part of world counts. I'll post elsewhere about the rationale.
other = worlds - main world - stars - giants - belts.
Please try to apply critical thinking skills before asking questions. I'll explain more slowly:
"Other" is a derived value. Previously it was calculated as:
Per the above note, this has changed to:
other = worlds - main world - giants - belts
10 Worlds + Main World + 0 Giants + 2 Belts = 13
So the "Worlds" number only counts things that orbit the primary (excluding companions), and not things that orbit gas giants or companion stars?
I ask in part because I am interested in "double systems," multiple stars in one hex potentially supporting interesting secondary worlds.
It's not inconceivable to have a double system, say, with a secondary world that is still more important than any other world in the sector after the mainworld.
The number of "worlds" in the system. This is given as a decimal integer, and will always be at least 1 (the main world) plus the number of planetoid belts (see PBG) plus the number of gas giants (see PBG) but will include other planets orbiting the stars and moons orbiting the gas giants in the system.