empire/empserver
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity Actions

Update info BTU on Empire clock and work percentage

Browse source 
Work percentage should have been documented in commit 233fce87,
v4.3.0.

Empire clock should have been documented in commit d3e0597f, v4.3.10.
(cherry picked from commit 4a67080656)
This commit is contained in:
Markus Armbruster 2008-06-15 08:45:15 +02:00 • committed by Markus Armbruster
parent d0210443ff
commit 0a7437bc43
1 changed files with 23 additions and 20 deletions
Download patch file Download diff file Expand all files Collapse all files

43
info/BTU.t
View file

@ -14,7 +14,7 @@ do.
BTUs are generated in real-time based on the number of civilians that BTUs are generated in real-time based on the number of civilians that
are in your capital. Every time you log out and in again, the server are in your capital. Every time you log out and in again, the server
calculates how long you've been away, and based on that time awards calculates how long you've been away, and based on that time awards
you a certain number of BTUs. you a certain number of BTUs. The same happens at the update.
.s1 .s1
Here is the procedure for determining how many BTUs you get: Here is the procedure for determining how many BTUs you get:
.nf .nf
@ -27,43 +27,46 @@ they are automatically set back to the maximum.
(2) Find out how many civs are required to make one BTU in one time unit. (2) Find out how many civs are required to make one BTU in one time unit.
The "version" command will tell you how many civilians are required to The "version" command will tell you how many civilians are required to
produce one BTU in one Empire Time Unit (ETU). produce one BTU in one Empire Time Unit (ETU) in a perfectly efficient
capital.
(3) Calculate how many BTUs your cap produces in one time unit. (3) Calculate how efficiently your capital makes BTUs. A proper
capital's BTU efficiency is sector efficiency times work percentage,
but at least 0.5%. A mountain capital's BTU efficiency is always
0.5%.
(4) Calculate how many BTUs your capital produces in one time unit.
Divide the number of civs generating BTUs (step 1) by the number of Divide the number of civs generating BTUs (step 1) by the number of
civs required to produce one BTU in one time unit (step 2). If your civs required to produce one BTU in one time unit (step 2). Multiply
capital is in a mountain or has zero efficiency, then multiply by by efficiency (step 3).
1/200. Otherwise, multiply by (sector efficiency) / 100. Note that
0% capitals and mountains generate BTUs as if they were 0.5% capitals.
(4) Find out how many time units have passed. (5) Find out how many time units have passed since you last got BTUs.
A fixed number of ETUs elapse between updates. The \*Qversion\*U A fixed number of ETUs elapse between updates. The \*Qversion\*U
command shows how many. command shows how many.
(5) Calculate how many BTUs you get. (6) Calculate how many BTUs you get.
Multiply the number of BTUs your cap produces in one ETU (step 3) by Multiply the number of BTUs your cap produces in one ETU (step 4) by
the number of ETUs which have passed (step 4). This is how many BTUs the number of ETUs which have passed (step 5). This is how many BTUs
you get. Note that there is a limit to how many BTUs you can have at you get. Note that there is a limit to how many BTUs you can have at
any given time. This number is usually 640 but can be changed by the deity. any given time. This number is usually 640 but can be changed by the deity.
EXAMPLE: say you had a 100% capital containing 500 civs. EXAMPLE: say your capital is in perfect condition (100% efficiency and
Suppose that version said: work), and has 500 civilians. Suppose that version said:
It takes 25.00 civilians to produce a BTU in one time unit It takes 25.00 civilians to produce a BTU in one time unit
Then first you would divide 500 by 25 to get 20. Now since your cap Then first you would divide 500 by 25 to get 20. Now since your cap
is 100% efficient, you would multiply 20 by (100/100) and so the civs is 100% efficient and 100% working, its BTU efficiency is 100% * 100%
in your cap would produce 20 BTUs per time unit. Now suppose that = 100%, i.e. your capital makes 20 BTUs per ETU. Now suppose that
version said: version said:
An update consists of 60 empire time units. An update consists of 60 empire time units.
and suppose that exactly that many had passed since the last time you and suppose that exactly that many had passed since the last time you
logged on. got BTUs. You multiply 20 by 60 and get 1200 BTUs. But since the
Lastly, we multiply 20 by 60 to get 1200 BTUs. But since the maximum is 640, you'd have 640 BTUs. Note that if your capital were a
maximum is 640, we would have 640 BTUs. Note that if your capital had mountain sector, it would make only 20 * 0.5% = 0.1 BTUs per time
been in a mountain sector, then you would have only gotten 6 BTUs in unit. You'd get only 6 BTUs then.
24 hours.
.fi .fi
.s1 .s1
.SA "Innards, version, Time, Playing" .SA "Innards, version, Time, Playing"