int
newe(void)
{
- extern double obrate, uwbrate;
- extern int etu_per_update;
- struct natstr *natp;
- struct sctstr sect;
- struct nstr_sect nstr;
- double work, wforce, lcms, hcms;
- int items[I_MAX+1];
- int nsect;
- int civs=0;
- int uws=0;
- int bwork;
- int twork;
- int type;
- int eff;
- int maxpop;
+ extern double obrate, uwbrate;
+ extern int etu_per_update;
+ struct natstr *natp;
+ struct sctstr sect;
+ struct nstr_sect nstr;
+ double work, wforce, lcms, hcms;
+ int items[I_MAX + 1];
+ int nsect;
+ int civs = 0;
+ int uws = 0;
+ int bwork;
+ int twork;
+ int type;
+ int eff;
+ int maxpop;
- if (!snxtsct(&nstr, player->argp[1]))
- return RET_SYN;
- player->simulation = 1;
- prdate();
- nsect = 0;
- while (nxtsct(&nstr, §)) {
- if (!player->owner)
- continue;
- if (!sect.sct_off) {
- getvec(VT_ITEM, items, (s_char *)§, EF_SECTOR);
-
- civs = min(999, (int) ((obrate * (double) etu_per_update + 1.0)
- * (double) items[I_CIVIL]));
- uws = min(999, (int) ((uwbrate * (double) etu_per_update + 1.0)
- * (double) items[I_UW]));
- natp = getnatp(sect.sct_own);
- maxpop = max_pop((float)natp->nat_level[NAT_RLEV], §);
- civs = min(civs, maxpop);
- uws = min(uws, maxpop);
- /* This isn't quite right, since research might rise/fall */
- /* during the update, but it's the best we can really do */
- wforce = (int)
- ((civs * sect.sct_work) / 100.0
- + uws + items[I_MILIT] * 2 / 5.0);
-
- work = etu_per_update * wforce / 100.0;
- bwork = work/2;
-
- type = sect.sct_type;
- eff = sect.sct_effic;
- if(sect.sct_newtype != type) {
- twork = (eff+3)/4;
- if(twork > bwork) {
- twork = bwork;
- }
- work -= twork;
- bwork -= twork;
- eff -= twork*4;
- if(eff <= 0) {
- type = sect.sct_newtype;
- eff = 0;
- }
-
- twork = 100 - eff;
- if(twork > bwork) {
- twork = bwork;
- }
- if (dchr[type].d_lcms>0){
- lcms = items[I_LCM];
- lcms = (int)(lcms/dchr[type].d_lcms);
- if (twork > lcms)
- twork = lcms;
- }
- if (dchr[type].d_hcms>0){
- hcms = items[I_HCM];
- hcms = (int)(hcms/dchr[type].d_hcms);
- if (twork > hcms)
- twork = hcms;
- }
- work -= twork;
- eff += twork;
- }
- else if(eff < 100) {
- twork = 100 - eff;
- if(twork > bwork) {
- twork = bwork;
- }
- if (dchr[type].d_lcms>0){
- lcms = items[I_LCM];
- lcms = (int)(lcms/dchr[type].d_lcms);
- if (twork > lcms)
- twork = lcms;
- }
- if (dchr[type].d_hcms>0){
- hcms = items[I_HCM];
- hcms = (int)(hcms/dchr[type].d_hcms);
- if (twork > hcms)
- twork = hcms;
- }
- work -= twork;
- eff += twork;
- }
- } else {
- eff = sect.sct_effic;
- type = sect.sct_type;
+ if (!snxtsct(&nstr, player->argp[1]))
+ return RET_SYN;
+ player->simulation = 1;
+ prdate();
+ nsect = 0;
+ while (nxtsct(&nstr, §)) {
+ if (!player->owner)
+ continue;
+ if (!sect.sct_off) {
+ getvec(VT_ITEM, items, (s_char *)§, EF_SECTOR);
+
+ civs = min(999, (int)((obrate * (double)etu_per_update + 1.0)
+ * (double)items[I_CIVIL]));
+ uws = min(999, (int)((uwbrate * (double)etu_per_update + 1.0)
+ * (double)items[I_UW]));
+ natp = getnatp(sect.sct_own);
+ maxpop = max_pop((float)natp->nat_level[NAT_RLEV], §);
+ civs = min(civs, maxpop);
+ uws = min(uws, maxpop);
+ /* This isn't quite right, since research might rise/fall */
+ /* during the update, but it's the best we can really do */
+ wforce = (int)
+ ((civs * sect.sct_work) / 100.0
+ + uws + items[I_MILIT] * 2 / 5.0);
+
+ work = etu_per_update * wforce / 100.0;
+ bwork = work / 2;
+
+ type = sect.sct_type;
+ eff = sect.sct_effic;
+ if (sect.sct_newtype != type) {
+ twork = (eff + 3) / 4;
+ if (twork > bwork) {
+ twork = bwork;
+ }
+ work -= twork;
+ bwork -= twork;
+ eff -= twork * 4;
+ if (eff <= 0) {
+ type = sect.sct_newtype;
+ eff = 0;
+ }
+
+ twork = 100 - eff;
+ if (twork > bwork) {
+ twork = bwork;
}
- if (nsect++ == 0) {
- pr("EFFICIENCY SIMULATION\n");
- pr(" sect des projected eff\n");
+ if (dchr[type].d_lcms > 0) {
+ lcms = items[I_LCM];
+ lcms = (int)(lcms / dchr[type].d_lcms);
+ if (twork > lcms)
+ twork = lcms;
}
- prxy("%4d,%-4d", nstr.x, nstr.y, player->cnum);
- pr(" %c", dchr[type].d_mnem);
- pr(" %3d%%\n", eff);
+ if (dchr[type].d_hcms > 0) {
+ hcms = items[I_HCM];
+ hcms = (int)(hcms / dchr[type].d_hcms);
+ if (twork > hcms)
+ twork = hcms;
+ }
+ work -= twork;
+ eff += twork;
+ } else if (eff < 100) {
+ twork = 100 - eff;
+ if (twork > bwork) {
+ twork = bwork;
+ }
+ if (dchr[type].d_lcms > 0) {
+ lcms = items[I_LCM];
+ lcms = (int)(lcms / dchr[type].d_lcms);
+ if (twork > lcms)
+ twork = lcms;
+ }
+ if (dchr[type].d_hcms > 0) {
+ hcms = items[I_HCM];
+ hcms = (int)(hcms / dchr[type].d_hcms);
+ if (twork > hcms)
+ twork = hcms;
+ }
+ work -= twork;
+ eff += twork;
+ }
+ } else {
+ eff = sect.sct_effic;
+ type = sect.sct_type;
+ }
+ if (nsect++ == 0) {
+ pr("EFFICIENCY SIMULATION\n");
+ pr(" sect des projected eff\n");
}
- player->simulation = 0;
- if (nsect == 0) {
- if (player->argp[1])
- pr("%s: No sector(s)\n", player->argp[1]);
- else
- pr("%s: No sector(s)\n", "");
- return RET_FAIL;
- }else
- pr("%d sector%s\n", nsect, splur(nsect));
- return RET_OK;
+ prxy("%4d,%-4d", nstr.x, nstr.y, player->cnum);
+ pr(" %c", dchr[type].d_mnem);
+ pr(" %3d%%\n", eff);
+ }
+ player->simulation = 0;
+ if (nsect == 0) {
+ if (player->argp[1])
+ pr("%s: No sector(s)\n", player->argp[1]);
+ else
+ pr("%s: No sector(s)\n", "");
+ return RET_FAIL;
+ } else
+ pr("%d sector%s\n", nsect, splur(nsect));
+ return RET_OK;
}
-
projects / empserver / blobdiff