之前有朋友问这游戏的经济系统，工业产出如何计算什么的

rainharder

之前有朋友问这游戏的经济系统，工业产出如何计算什么的
公式在这里有，很直观，看完后对如何殖民，发展经济会有一个更好的理解
http://sots.rorschach.net/AMoC_Economy

kuimig

嗷嗷....先占楼`

wormz

GJ，公式居然都丢出来了……

davidhawk

强悍。。。。不过英文看的头晕了。。。。

jdx0616

召唤翻译党~{:4_109:}

猪样年华

rainharder 现在是111男乐~~~挖哈哈

rainharder

=_= 谢谢哈～～

猪样年华

= = 现在是121男~~~

davidhawk

那么我是366男咯。。。
哈哈。
原来我已经骗到这么多声望、好评和贡献了哦。真是不好意思。。。

csb

好像就是我问的，谢啦。。。

这公式果然很那啥，rain应该能看得懂吧。。。。
=====================================================================
This is an extremely difficult question as it depends on a lot of factors. Assuming a somewhat simplified model of the life of a colony, the following formula is an approximation of what a colony is worth:

(-150*haz)/r +
(150*haz*(1 - r)^(-1 + (1.1111111111111112*haz)/(out*(-o + res)*ter) +
    Log[100/(inf + o/30)]/Log[1 + 0.00003*out*(-o + res)] +
    Log[(100000*(inf + o/30))/pop]/Log[1 + exp*(1 - haz/tol)]))/r +
(4.5*out*(1 - r)^(-1 + (1.1111111111111112*haz)/(out*(-o + res)*ter) +
    Log[100/(inf + o/30)]/Log[1 + 0.00003*out*(-o + res)] +
    Log[(100000*(inf + o/30))/pop]/Log[1 + exp*(1 - haz/tol)])*(-o + res))/r +
100000000*(1/70000 + (3*out)/200000)*
(1 - r)^(-1 + Log[lin/(100000*exp*(inf + o/30))]/Log[1 + exp*(1 - haz/tol)] +
   Log[(100000*(inf + o/30))/pop]/Log[1 + exp*(1 - haz/tol)])*size*
((1 - r)^(-exp^(-1) + (100000000*size)/lin)/r +
  ((1 - r)^((-exp^(-1) + (100000000*size)/lin)/2)*
    (-exp^(-1) + (100000000*size)/lin))/2) +
(83.33333333333334*haz^2*(1 - r)^(-1 + (0.5555555555555556*haz)/
     (out*(-o + res)*ter) + Log[100/(inf + o/30)]/Log[1 + 0.00003*out*(-o + res)] +
    Log[(100000*(inf + o/30))/pop]/Log[1 + exp*(1 - haz/tol)]))/(out*(-o + res)*ter)
Where:

pop is the initial population of the colony (typically 50),
inf is the initial infrastructure of the colony (typically 1),
o is the amount of resources you waste overharvesting,
haz is the initial climate hazard,
size is the size of the planet (1–10),
res is the resources of the planet,
tol is your hazard tolerance (starting 600),
lin is your linear growth rate (starting 50000000),
exp is your exponential growth rate (starting 3) (note: This is not the "exp" function!),
out is your industry output multiplier (starting 1, 1.15 with Waldo units),
ter is your terraforming rate (starting 0.0075),
r is your return on investment (this is 0.01 if you just accumulate savings and let them gain interest, or more if you have better things to do with the money).