#include "update.h"
#include "subs.h"
-float levels[MAXNOC][4];
+float levels[MAXNOC][4];
/*
* hap and edu avg mean that the weight on current happiness is
* level of 0 yields (1) 0.4, (6) 2.2, (12) 3.9, (18) 5.2.
*/
-extern float hap_avg;
-extern float edu_avg;
-extern float ally_factor;
+extern float hap_avg;
+extern float edu_avg;
+extern float ally_factor;
/*
* for values below the "easy level" values, production is
* They are changed later in the limit_level routine.
*/
/*tech res edu hap */
-float level_easy[4] = { 0.75, 0.75, 5.00, 5.00 };
-float level_log[4] = { 1.75, 2.00, 4.00, 6.00 };
+float level_easy[4] = { 0.75, 0.75, 5.00, 5.00 };
+float level_log[4] = { 1.75, 2.00, 4.00, 6.00 };
/*
* technique to limit the sharpers who turn entire countries
double
logx(double d, double base)
{
- if (base == 1.0)
- return d;
- return log10(d) / log10(base);
+ if (base == 1.0)
+ return d;
+ return log10(d) / log10(base);
}
double
limit_level(double level, int type, int flag)
{
- double above_easy;
- double above;
- double logbase;
- double easy;
+ double above_easy;
+ double above;
+ double logbase;
+ double easy;
/*
* Begin ugly hack.
*/
- extern float easy_tech, tech_log_base;
+ extern float easy_tech, tech_log_base;
- level_easy[0] = easy_tech;
- level_log[0] = tech_log_base;
+ level_easy[0] = easy_tech;
+ level_log[0] = tech_log_base;
/*
* End ugly hack.
*/
- if (level > level_easy[type]) {
- logbase = level_log[type];
- easy = level_easy[type];
- above_easy = level - easy;
- if (flag)
- above = above_easy / logx(logbase + above_easy,logbase);
- else
- above = logx(above_easy + 1.0, logbase);
- if (above > 250) above = 250;
- return ((above) < 0) ? easy : (easy + above);
- } else
- return level;
+ if (level > level_easy[type]) {
+ logbase = level_log[type];
+ easy = level_easy[type];
+ above_easy = level - easy;
+ if (flag)
+ above = above_easy / logx(logbase + above_easy, logbase);
+ else
+ above = logx(above_easy + 1.0, logbase);
+ if (above > 250)
+ above = 250;
+ return ((above) < 0) ? easy : (easy + above);
+ } else
+ return level;
}
void
prod_nat(int etu)
{
- extern long money[MAXNOC];
- extern long pops[MAXNOC];
- extern double hap_cons, edu_cons;
- extern long sea_money[MAXNOC];
- extern long lnd_money[MAXNOC];
- extern long air_money[MAXNOC];
- struct natstr *np;
- float hap;
- float edu;
- float hap_edu;
- long pop;
- double rlev;
- double tlev;
- double tech[MAXNOC];
- double res[MAXNOC];
- double newvalue;
- natid n;
- int cn,cont;
+ extern long money[MAXNOC];
+ extern long pops[MAXNOC];
+ extern double hap_cons, edu_cons;
+ extern long sea_money[MAXNOC];
+ extern long lnd_money[MAXNOC];
+ extern long air_money[MAXNOC];
+ struct natstr *np;
+ float hap;
+ float edu;
+ float hap_edu;
+ long pop;
+ double rlev;
+ double tlev;
+ double tech[MAXNOC];
+ double res[MAXNOC];
+ double newvalue;
+ natid n;
+ int cn, cont;
- for (n=0; NULL != (np = getnatp(n)); n++) {
- if ((np->nat_stat & STAT_NORM) == 0)
- continue;
- /*
- * hap_edu: the more education people have, the
- * more happiness they want.
- */
- hap_edu = np->nat_level[NAT_ELEV];
- hap_edu = 1.5 - ((hap_edu + 10.0) / (hap_edu + 20.0));
- pop = pops[n] + 1;
- /*
- * get per-population happiness and education
- * see what the total per-civilian production is
- * for this time period.
- */
- hap = levels[n][NAT_HLEV] * hap_edu * hap_cons /
- ((float)pop * etu);
- edu = levels[n][NAT_ELEV] * edu_cons /
- ((float)pop * etu);
- wu((natid)0, n, "%3.0f happiness, %3.0f education produced\n",
- levels[n][NAT_HLEV], levels[n][NAT_ELEV]);
- hap = limit_level(hap, NAT_HLEV, 1);
- edu = limit_level(edu, NAT_ELEV, 1);
- /*
- * change the "moving average"...old happiness and
- * education levels are weighted heavier than current
- * production.
- */
- newvalue = (np->nat_level[NAT_HLEV] * hap_avg + hap * etu) /
- (hap_avg + etu);
- np->nat_level[NAT_HLEV] = newvalue;
- newvalue = (np->nat_level[NAT_ELEV] * edu_avg + edu * etu) /
- (edu_avg + etu);
- np->nat_level[NAT_ELEV] = newvalue;
- /*
- * limit tech/research production
- */
- levels[n][NAT_TLEV] =
- limit_level(levels[n][NAT_TLEV] / 1,
- NAT_TLEV, 0) * 1;
- levels[n][NAT_RLEV] =
- limit_level(levels[n][NAT_RLEV] / 1,
- NAT_RLEV, 0) * 1;
- wu((natid)0, n,
- "total pop is %d, yielding %4.2f hap, %4.2f edu\n",
- pop - 1, hap, edu);
- }
- if (ally_factor > 0.0)
- share_incr(res, tech);
- else {
- bzero((s_char *)res, sizeof(res));
- bzero((s_char *)tech, sizeof(tech));
- }
- for (n=0; NULL != (np = getnatp(n)); n++) {
- if ((np->nat_stat & STAT_NORM) == 0)
- continue;
- tlev = levels[n][NAT_TLEV];
- rlev = levels[n][NAT_RLEV];
- if (tech[n] != 0.0 || res[n] != 0.0) {
- wu((natid)0, n,
- "%5.4f technology (%5.4f + %5.4f), ",
- tlev + tech[n], tlev, tech[n]);
- wu((natid)0, n,
- "%5.4f research (%5.4f + %5.4f) produced\n",
- rlev + res[n], rlev, res[n]);
- } else
- wu((natid)0, n,
- "%5.4f tech, %5.4f research produced\n",
- tlev, rlev);
- rlev += res[n];
- tlev += tech[n];
- if (rlev != 0.0)
- np->nat_level[NAT_RLEV] += rlev;
- if (tlev != 0.0)
- np->nat_level[NAT_TLEV] += tlev;
- if ((sea_money[n] != 0) || (air_money[n] != 0) ||
- (lnd_money[n] != 0))
- wu((natid)0, n,
- "Army delta $%d, Navy delta $%d, Air force delta $%d\n",
- lnd_money[n], sea_money[n], air_money[n]);
- wu((natid)0, n, "money delta was $%d for this update\n",
- np->nat_money - money[n]);
- if (opt_LOSE_CONTACT) {
- for (cn=0; cn <= MAXNOC; cn++) {
- cont = getcontact(np, cn);
- if (cont > 0) {
- logerror ("country %d at level %d with country %d.\n", n, cont, cn);
- setcont(n, cn, cont-1);
- }
- }
+ for (n = 0; NULL != (np = getnatp(n)); n++) {
+ if ((np->nat_stat & STAT_NORM) == 0)
+ continue;
+ /*
+ * hap_edu: the more education people have, the
+ * more happiness they want.
+ */
+ hap_edu = np->nat_level[NAT_ELEV];
+ hap_edu = 1.5 - ((hap_edu + 10.0) / (hap_edu + 20.0));
+ pop = pops[n] + 1;
+ /*
+ * get per-population happiness and education
+ * see what the total per-civilian production is
+ * for this time period.
+ */
+ hap = levels[n][NAT_HLEV] * hap_edu * hap_cons /
+ ((float)pop * etu);
+ edu = levels[n][NAT_ELEV] * edu_cons / ((float)pop * etu);
+ wu((natid)0, n, "%3.0f happiness, %3.0f education produced\n",
+ levels[n][NAT_HLEV], levels[n][NAT_ELEV]);
+ hap = limit_level(hap, NAT_HLEV, 1);
+ edu = limit_level(edu, NAT_ELEV, 1);
+ /*
+ * change the "moving average"...old happiness and
+ * education levels are weighted heavier than current
+ * production.
+ */
+ newvalue = (np->nat_level[NAT_HLEV] * hap_avg + hap * etu) /
+ (hap_avg + etu);
+ np->nat_level[NAT_HLEV] = newvalue;
+ newvalue = (np->nat_level[NAT_ELEV] * edu_avg + edu * etu) /
+ (edu_avg + etu);
+ np->nat_level[NAT_ELEV] = newvalue;
+ /*
+ * limit tech/research production
+ */
+ levels[n][NAT_TLEV] =
+ limit_level(levels[n][NAT_TLEV] / 1, NAT_TLEV, 0) * 1;
+ levels[n][NAT_RLEV] =
+ limit_level(levels[n][NAT_RLEV] / 1, NAT_RLEV, 0) * 1;
+ wu((natid)0, n,
+ "total pop is %d, yielding %4.2f hap, %4.2f edu\n",
+ pop - 1, hap, edu);
+ }
+ if (ally_factor > 0.0)
+ share_incr(res, tech);
+ else {
+ bzero((s_char *)res, sizeof(res));
+ bzero((s_char *)tech, sizeof(tech));
+ }
+ for (n = 0; NULL != (np = getnatp(n)); n++) {
+ if ((np->nat_stat & STAT_NORM) == 0)
+ continue;
+ tlev = levels[n][NAT_TLEV];
+ rlev = levels[n][NAT_RLEV];
+ if (tech[n] != 0.0 || res[n] != 0.0) {
+ wu((natid)0, n,
+ "%5.4f technology (%5.4f + %5.4f), ",
+ tlev + tech[n], tlev, tech[n]);
+ wu((natid)0, n,
+ "%5.4f research (%5.4f + %5.4f) produced\n",
+ rlev + res[n], rlev, res[n]);
+ } else
+ wu((natid)0, n,
+ "%5.4f tech, %5.4f research produced\n", tlev, rlev);
+ rlev += res[n];
+ tlev += tech[n];
+ if (rlev != 0.0)
+ np->nat_level[NAT_RLEV] += rlev;
+ if (tlev != 0.0)
+ np->nat_level[NAT_TLEV] += tlev;
+ if ((sea_money[n] != 0) || (air_money[n] != 0) ||
+ (lnd_money[n] != 0))
+ wu((natid)0, n,
+ "Army delta $%d, Navy delta $%d, Air force delta $%d\n",
+ lnd_money[n], sea_money[n], air_money[n]);
+ wu((natid)0, n, "money delta was $%d for this update\n",
+ np->nat_money - money[n]);
+ if (opt_LOSE_CONTACT) {
+ for (cn = 0; cn <= MAXNOC; cn++) {
+ cont = getcontact(np, cn);
+ if (cont > 0) {
+ logerror("country %d at level %d with country %d.\n",
+ n, cont, cn);
+ setcont(n, cn, cont - 1);
}
+ }
}
+ }
}
/*
void
share_incr(register double *res, register double *tech)
{
- register struct natstr *np;
- register struct natstr *other;
- register natid i;
- register natid j;
- int rnc;
- int tnc;
+ register struct natstr *np;
+ register struct natstr *other;
+ register natid i;
+ register natid j;
+ int rnc;
+ int tnc;
- for (i=0; NULL != (np = getnatp(i)); i++) {
- res[i] = tech[i] = 0.0;
- if ((np->nat_stat & STAT_INUSE) == 0)
- continue;
- if (np->nat_stat & STAT_GOD)
- continue;
- if (np->nat_stat == VIS)
- continue;
- rnc = tnc = 0;
- for (j=0; NULL != (other = getnatp(j)); j++) {
- if (j == i)
- continue;
- if (other->nat_stat & STAT_GOD)
- continue;
- if (other->nat_stat == VIS)
- continue;
- if ((other->nat_stat & STAT_INUSE) == 0)
- continue;
- if (opt_HIDDEN) {
- if (!getcontact(np, j))
- continue;
- }
- if (!opt_ALL_BLEED) {
- if (getrel(np, j) != ALLIED)
- continue;
- if (getrel(other, i) != ALLIED)
- continue;
- res[i] += levels[j][NAT_RLEV];
- tech[i] += levels[j][NAT_TLEV];
- rnc++;
- tnc++;
- } else {
- if (levels[j][NAT_TLEV] > 0.001) {
- tech[i] += levels[j][NAT_TLEV];
- tnc++;
- }
- if (levels[j][NAT_RLEV] > 0.001) {
- res[i] += levels[j][NAT_RLEV];
- rnc++;
- }
- }
- }
- if (rnc == 0 && tnc == 0)
- continue;
- if (rnc > 0) {
- res[i] /= rnc * ally_factor;
+ for (i = 0; NULL != (np = getnatp(i)); i++) {
+ res[i] = tech[i] = 0.0;
+ if ((np->nat_stat & STAT_INUSE) == 0)
+ continue;
+ if (np->nat_stat & STAT_GOD)
+ continue;
+ if (np->nat_stat == VIS)
+ continue;
+ rnc = tnc = 0;
+ for (j = 0; NULL != (other = getnatp(j)); j++) {
+ if (j == i)
+ continue;
+ if (other->nat_stat & STAT_GOD)
+ continue;
+ if (other->nat_stat == VIS)
+ continue;
+ if ((other->nat_stat & STAT_INUSE) == 0)
+ continue;
+ if (opt_HIDDEN) {
+ if (!getcontact(np, j))
+ continue;
+ }
+ if (!opt_ALL_BLEED) {
+ if (getrel(np, j) != ALLIED)
+ continue;
+ if (getrel(other, i) != ALLIED)
+ continue;
+ res[i] += levels[j][NAT_RLEV];
+ tech[i] += levels[j][NAT_TLEV];
+ rnc++;
+ tnc++;
+ } else {
+ if (levels[j][NAT_TLEV] > 0.001) {
+ tech[i] += levels[j][NAT_TLEV];
+ tnc++;
}
- if (tnc > 0) {
- tech[i] /= tnc * ally_factor;
+ if (levels[j][NAT_RLEV] > 0.001) {
+ res[i] += levels[j][NAT_RLEV];
+ rnc++;
}
-/* logerror("Country #%d gets %g res from %d allies, %g tech from %d allies", i, res[i], rnc, tech[i], tnc);*/
+ }
+ }
+ if (rnc == 0 && tnc == 0)
+ continue;
+ if (rnc > 0) {
+ res[i] /= rnc * ally_factor;
+ }
+ if (tnc > 0) {
+ tech[i] /= tnc * ally_factor;
}
+/* logerror("Country #%d gets %g res from %d allies, %g tech from %d allies", i, res[i], rnc, tech[i], tnc);*/
+ }
}
-
projects / empserver / blobdiff