Macro SHP_TYPE_MAX is the largest possible ship type number. It is
only used to size mchr[], and we need + 2 there. Replace by MCHR_SZ
for simplicity.
Same for LND_TYPE_MAX, PLN_TYPE_MAX, P_MAX, and SCT_TYPE_MAX: replace
by LCHR_SZ, PLCHR_SZ, PCHR_SZ, and DCHR_SZ.
Same for N_MAXNUKE, except that one is more than the largest type
number. Replace by NCHR_SZ.
For consistency, define ICHR_SZ and INTRCHR_SZ for sizing ichr[] and
intrchr_sz[].
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
The collection value of a sector is
sector value = sector type value * (sector efficiency + 100)
+ sum of item values
item value = item type value * amount
The sector and item type values are configurable.
The item type collect values aren't too far off the power values:
uid mnem pow val pow/val
0 "c" 50 1 50
1 "m" 100 0 inf
2 "s" 125 5 25
3 "g" 950 60 15.8
4 "p" 7 4 1.75
5 "i" 10 2 5
6 "d" 200 20 10
7 "b" 2500 280 8.9
8 "f" 0 0 NaN
9 "o" 50 8 6.25
10 "l" 20 2 10
11 "h" 40 4 10
12 "u" 50 1 50
13 "r" 50 150 0.33
The power value is very roughly ten times the collect value, except
for civilians and uw it's 50, for rads its 0.33, and military are free
to collect. The latter two make no sense.
Replace the item type collect value by the power value / 50 for
people, and by the power value / 10 for everything else. This makes
collecting military, shells, guns and uw more expensive, and petrol,
bars, iron, oil and rads cheaper.
The sector type values are basically arbitrary. For instance, an iron
mine costs five times as much as a wilderness, but a third of an
uranium mine, regardless of actual resource contents.
Replace this by different arbitrary values:
sector value = (item value of materials necessary to build it
+ build cost) * efficiency / 100
+ sector type maximum population
+ sum of item values
Some sector types become cheaper, some more expensive.
Drop sect-chr and item selector value.
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
Custom games may want to tweak how items contribute to the power
factor, in particular when products are also customized. Add ichrstr
member i_power and item selector power for that.
"info power" doesn't reflect this change, yet. It'll be updated in
the next commit.
The current item power values are problematic. This will be addressed
later.
For straightforward configurations, reasonable item power values could
perhaps be derived from the configuration automatically. However,
this is surprisingly hard in the general case: since producing things
should not decrease power, the efficiency of processing products into
other products needs to be considered, and estimating these
efficiencies can be difficult.
Deities can create multiple products making the same item, or multiple
sector types with the same product, but different process efficiency
(sect-chr selector peffic). Providing differently efficient ways to
make the same item can be reasonable when the sector types involved
have different terrain. To average them, you'd need to know the map.
The stock game has one example: gold mines produce dust with 100%
process efficiency, mountains produce it with 75%. Mountains are
normally rare enough not to matter.
Level p.e. (product selectors nlmin, nllag) may have to be considered.
In the stock game, level p.e. variations are minor, because it reaches
0.9 pretty quickly. In games where it doesn't, you might have to
increase the power value of the product.
Resources (sect selectors min, gold, fert, ocontent, uran) and
resource depletion (product selectors nrndx and nrdep) further
complicate things: you might want to increase the power value of
products depending on unusually scarce resources, but you can't know
what's scarce without understanding the map.
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
Why upgrade? I'm not a lawyer, but here's my take on the differences
to version 2:
* Software patents: better protection against abuse of patents to
prevent users from exercising the rights under the GPL. I doubt
we'll get hit with a patent suit, but it's a good move just on
general principles.
* License compatibility: compatible with more free licenses, i.e. can
"steal" more free software for use in Empire. I don't expect to steal
much, but it's nice to have the option.
* Definition of "source code": modernization of some details for today's
networked world, to make it easier to distribute the software. Not
really relevant to us now, as we normally distribute full source code.
* Tivoization: this is about putting GPL-licensed software in hardware,
then make the hardware refuse to run modified software. "Neat" trick
to effectively deny its users their rights under the GPL. Abuse was
"pioneered" by TiVo (popular digital video recorders). GPLv3 forbids
it. Unlikely to become a problem for us.
* Internationalization: more careful wording, to harden the license
outside the US. The lawyers tell us it better be done that way.
* License violations: friendlier way to deal with license violations.
This has come out of past experience enforcing the GPL.
* Additional permissions: Probably not relevant to us.
Also include myself in the list of principal authors.
be skipped or stored in arrays of size I_MAX. I_NONE's int equivalent
becomes -1 by this patch, so all array indices of type i_type have been
checked not to use I_NONE as index. This change reduces the size of the
arrays stored in files.
I_BAR, I_FOOD, I_OIL, I_LCM, I_HCM, I_UW, I_RAD, I_MAX): Turn macros
into enumeration constants.
(i_type): New. Use where appropriate. No functional changes, except
that I_NONE is now catched properly in a few places.
(ichr): Set IPKG packing bonus for all sectors to 1.
(move): Use it. No functional change.
(deliver, dodistribute): Use it. Inefficient sectors now get IPKG
instead of NPKG packing bonus, cutting civilian packing bonus from 10
to 1.
(dodistribute): Export uses the better of sector or distribution
center packing bonus. Previously, it assumed that distribution center
WPKG packing is always best. Which is currently true, but needlessly
breaks the abstraction.
thread entrypoints:
(lwpSelect, shutdown_sequence): Parameters didn't match thread entry
point prototype.
(lwpEntryPoint): Arguments didn't match thread entry point prototype.
Change linkage of functions without prototype declaration to static
where possible.
Remove some superflous declarations, replace others by suitable
includes.
