Jul 18th 2013, 15:54:14
Hi,
Here is how I calculated my goal BPT based on my final Land goal:
(I don't claim correctness nor innovation, however this might give a rough idea for those who care ;))
Let X1 = # of CS built
Let X2 = # of turns spent building
Total turns spent (TS) = X1 + X2
TS = #CS + (Land Goal / (CS/4 + 5))
The idea is to minimize the amount of turns spent building on your land goal. The assumption is that you will build most of ur CSs early on (and most people do!)
I dont know how popular 100CS build on first 100 turns is, but believe it or not, at some point people did that ;)
So taking the derivative and setting it equal to 0, you will minimize the amounts of turns spent building on your land goal.
In the end, you get:
# of CS you need to build equals:
2*sqrt(Land Goal) - 20
Example:
If you want to end up with 20,000 acres, you need to build:
2*sqrt(20000) - 20 = ~ 260 CS or roughly 70BPT
Here is how I calculated my goal BPT based on my final Land goal:
(I don't claim correctness nor innovation, however this might give a rough idea for those who care ;))
Let X1 = # of CS built
Let X2 = # of turns spent building
Total turns spent (TS) = X1 + X2
TS = #CS + (Land Goal / (CS/4 + 5))
The idea is to minimize the amount of turns spent building on your land goal. The assumption is that you will build most of ur CSs early on (and most people do!)
I dont know how popular 100CS build on first 100 turns is, but believe it or not, at some point people did that ;)
So taking the derivative and setting it equal to 0, you will minimize the amounts of turns spent building on your land goal.
In the end, you get:
# of CS you need to build equals:
2*sqrt(Land Goal) - 20
Example:
If you want to end up with 20,000 acres, you need to build:
2*sqrt(20000) - 20 = ~ 260 CS or roughly 70BPT