jpwrunyan
Posts: 558
Joined: 12/3/2011 From: Uranus Status: offline
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Thank you everyone! Ok, so now here's the next iteration of my question: In terms of distance hexes:
| Zone A |
| 200 LIS|
| 100% || 100% || 80% || 60% || 40% || 20%* || 0% || || || || Zone B |
| || || || || || + || || || || || 100 LIS|
| || || || || 0% || 20%* || 40% || 60% || 80% || 100% || 100% |
total
| 100% || 100% || 80% || 60% || 40% || 40%** || 40% || 60% || 80% || 100% || 100% |
| LIS pts|
| ? || ? || ? || ? || ? || ? || ? || ? || ? || ? || ? |
* combined total LIS% on this network
** seems dubious... My new question is, given that Zone A creates 200 logistics points and Zone B creates 100, how many logistics points are in each hex? I'm guessing: 200, 200, 160, 120, 80, 60 (40 + 20), 40, 60, 80, 100, 100? Uh, is that right??? Or is it: 150, 150, 120, 90, 60, 60, 60, 90, 120, 150, 150? The first answer assumes the points are added to the hex based on the closest center. The second answer assumes that LIS are evenly shared in the network (unlikely???). Haven't figured this out from the manual... Obviously as soon as you throw in another done or a fork in the road, the math becomes orders of magnitude more difficult. I just wanna get the basics.
< Message edited by jpwrunyan -- 6/11/2020 5:05:26 PM >
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