char *
display_kind(int n)
{
char *s;
switch (subkind(n))
{
case sub_city:
if (is_port_city(n))
s = "port city";
else
s = "city";
break;
case sub_fog:
case sub_rain:
case sub_wind:
case sub_mist:
s = "storm";
break;
case sub_guild:
if (rp_subloc(n) && rp_subloc(n)->guild &&
valid_box(rp_subloc(n)->guild))
s = sout("%s Guild",bx[rp_subloc(n)->guild]->name);
else
s = "";
break;
default:
s = subkind_s[subkind(n)];
}
return s;
}
void
remove_from_here_list(int loc, int who)
{
assert(in_here_list(loc, who));
ilist_rem_value(&(rp_loc_info(loc)->here_list), who);
/*
* Mon Apr 20 18:08:44 1998 -- Scott Turner
*
* Thanks to Rich's nice encapsulation, this is the only
* place we have to worry about someone being the last person
* out of a subloc...so here's where we reset the fees.
*
* Anyway, that's plan :-).
*
*/
if (!ilist_len(rp_loc_info(loc)->here_list) &&
rp_subloc(loc)) {
rp_subloc(loc)->control.weight = 0;
rp_subloc(loc)->control.nobles = 0;
rp_subloc(loc)->control.men = 0;
rp_subloc(loc)->control2.weight = 0;
rp_subloc(loc)->control2.nobles = 0;
rp_subloc(loc)->control2.men = 0;
};
assert(!in_here_list(loc, who));
}
static char *
incomplete_string(int n)
{
struct entity_subloc *p;
struct entity_build *b;
p = rp_subloc(n);
if (p == NULL)
return "";
b = get_build(n, BT_BUILD);
if (b == NULL || b->effort_required == 0)
return "";
return sout(", %d%% completed", b->effort_given * 100 / b->effort_required);
}
static char *
liner_desc_loc(int n)
{
char buf[LEN];
sprintf(buf, "%s%s%s",
box_name_kind(n), safe_haven_s(n), incomplete_string(n));
if (loc_depth(n) == LOC_province && rp_loc(n) && province_admin(n)) {
if (rp_loc(n)->control.nobles) {
strcat(buf, sout(", entrance fee %s per noble",
gold_s(rp_loc(n)->control.nobles)));
};
if (rp_loc(n)->control.weight) {
strcat(buf, sout(", entrance fee %s per 1000 weight",
gold_s(rp_loc(n)->control.weight)));
};
if (rp_loc(n)->control.men) {
strcat(buf, sout(", entrance fee %s per 100 men",
gold_s(rp_loc(n)->control.men)));
};
};
if (rp_subloc(n) && first_character(n)) {
if (rp_subloc(n)->control.nobles) {
strcat(buf, sout(", entrance fee %s per noble",
gold_s(rp_subloc(n)->control.nobles)));
};
if (rp_subloc(n)->control.weight) {
strcat(buf, sout(", entrance fee %s per 1000 weight",
gold_s(rp_subloc(n)->control.weight)));
};
if (rp_subloc(n)->control.men) {
strcat(buf, sout(", entrance fee %s per 100 men",
gold_s(rp_subloc(n)->control.men)));
};
};
if (loc_depth(n) == LOC_province && rp_loc(n) && province_admin(n)) {
if (rp_loc(n)->control.closed) {
strcat(buf, sout(", border closed"));
};
};
if (rp_subloc(n) && first_character(n)) {
if (rp_subloc(n)->control.closed) {
strcat(buf, sout(", closed"));
};
};
if (entrance_size(n)) {
strcat(buf, sout(", entrance size: %d", entrance_size(n)));
};
if (loc_depth(n) == LOC_build) {
if (loc_defense(n))
strcat(buf, sout(", defense~%d", loc_defense(n)));
if (get_effect(n, ef_improve_fort, 0, 0))
strcat(buf, sout(", magical defense~%d",
get_effect(n, ef_improve_fort, 0, 0)));
if (loc_moat(n))
strcat(buf, ", with moat");
if (loc_damage(n))
strcat(buf, sout(", %d%%~damaged", (100 * loc_damage(n)) / loc_hp(n)));
}
if (show_display_string) {
char *s = banner(n);
if (s && *s)
strcat(buf, sout(", \"%s\"", s));
}
if (loc_hidden(n))
strcat(buf, ", hidden");
if (subkind(n) == sub_mine_shaft) {
struct entity_mine *mi = get_mine_info(n);
if (mine_depth(n))
strcat(buf, sout(", depth~%d feet", (mine_depth(n) * 100) + 100));
if (mi)
switch (mi->shoring[mine_depth(n)]) {
case WOODEN_SHORING:
strcat(buf, sout(", wooden shoring"));
break;
case IRON_SHORING:
strcat(buf, sout(", iron shoring"));
break;
case NO_SHORING:
default:
strcat(buf, sout(", no shoring"));
break;
};
};
if (loc_depth(n) == LOC_subloc) {
if (subkind(n) == sub_hades_pit)
strcat(buf, ", 28 days");
else if (subkind(n) != sub_mine_shaft &&
subkind(n) != sub_mine_shaft_notdone)
strcat(buf, ", 1 day");
}
return sout("%s", buf);
}
static char *
liner_desc_ship(int n)
{
char buf[LEN];
struct entity_ship *ship = rp_ship(n);
sprintf(buf, "%s%s", box_name_kind(n), incomplete_string(n));
if (ship) {
if (ship->hulls)
strcat(buf, sout(", %d hull%s", ship->hulls,
ship->hulls == 1 ? "" : "s"));
if (ship->ports)
strcat(buf, sout(", %d rowing port%s", ship->ports,
ship->ports == 1 ? "" : "s"));
if (ship->sails)
strcat(buf, sout(", %d sail%s", ship->sails,
ship->sails == 1 ? "" : "s"));
};
#if 0
strcat(buf, ship_cap_s(n));
if (loc_defense(n))
strcat(buf, sout(", defense~%d", loc_defense(n)));
#endif
if (loc_damage(n))
strcat(buf, sout(", %d%%~damaged", (loc_damage(n) * 100) / loc_hp(n)));
if (show_display_string) {
char *s = banner(n);
if (s && *s)
strcat(buf, sout(", \"%s\"", s));
}
if (loc_hidden(n))
strcat(buf, ", hidden");
if (ship_has_ram(n))
strcat(buf, ", with ram");
if (rp_subloc(n)) {
if (rp_subloc(n)->control.nobles) {
strcat(buf, sout(", boarding fee %s per noble",
gold_s(rp_subloc(n)->control.nobles)));
};
if (rp_subloc(n)->control.weight) {
strcat(buf, sout(", boarding fee %s per 1000 weight",
gold_s(rp_subloc(n)->control.weight)));
};
if (rp_subloc(n)->control.men) {
strcat(buf, sout(", boarding fee %s per 100 men",
gold_s(rp_subloc(n)->control.men)));
};
};
#if 0
if (fee = board_fee(n))
strcat(buf, ", %s per 100 wt. to board", gold_s(fee));
#endif
return sout("%s", buf);
}
