bool Character::can_pickWeight( int weight, bool safe ) const
{
if (!safe)
{
// Character can carry up to four times their maximum weight
return (weight_carried() + weight <= weight_capacity() * 4);
}
else
{
return (weight_carried() + weight <= weight_capacity());
}
}
void npc::make_shopkeep(game *g, oter_id type)
{
randomize(g, NC_TRADER);
itype_id item_type;
item tmp;
std::vector<items_location> pool;
bool done = false;
switch (type) {
case ot_set_food:
pool.push_back(mi_snacks);
for (int i = 0; i < 4; i++) // Weighted to be more likely
pool.push_back(mi_cannedfood);
pool.push_back(mi_pasta);
pool.push_back(mi_produce);
pool.push_back(mi_alcohol);
break;
break;
case ot_set_weapons:
pool.push_back(mi_weapons);
break;
case ot_set_guns:
pool.push_back(mi_allguns);
break;
case ot_set_clinic:
pool.push_back(mi_softdrugs);
pool.push_back(mi_harddrugs);
break;
case ot_set_clothing:
pool.push_back(mi_allclothes);
break;
case ot_set_general:
pool.push_back(mi_cleaning);
pool.push_back(mi_hardware);
pool.push_back(mi_tools);
pool.push_back(mi_bigtools);
pool.push_back(mi_mischw);
pool.push_back(mi_gunxtras);
pool.push_back(mi_electronics);
for (int i = 0; i < 4; i++)
pool.push_back(mi_survival_tools);
break;
case ot_set_library:
pool.push_back(mi_magazines);
pool.push_back(mi_novels);
pool.push_back(mi_novels);
pool.push_back(mi_manuals);
pool.push_back(mi_manuals);
pool.push_back(mi_textbooks);
break;
case ot_set_bionics:
pool.push_back(mi_electronics);
pool.push_back(mi_bionics);
break;
}
if (pool.size() > 0) {
do {
items_location place = pool[rng(0, pool.size() - 1)];
item_type = g->mapitems[place][rng(0, g->mapitems[place].size() - 1)];
tmp = item(g->itypes[item_type], g->turn);
if (volume_carried() + tmp.volume() > volume_capacity() ||
weight_carried() + tmp.weight() > weight_capacity() )
done = true;
else
inv.push_back(tmp);
} while (!done);
}
mission = NPC_MISSION_SHOPKEEP;
update_worst_item_value();
}
