/**
* @brief Spawn a monster, and (try to) place it at x,y (or y,x..)
*
* @param y Y coordinate
* @param x X coordinate
* @param n Number of the monsterdef to tuse
* @param head Head of list to attach this monster to (usually level->monsters)
* @param level Pointer to the level where monster will be spawned
* @param maxlevel Maximum level of monster.
*
* @return True if successfull, false if it failed.
*/
bool spawn_monster_at(int y, int x, int n, monster_t *head, void *level, int maxlevel)
{
spawn_monster(n, head, maxlevel);
if(head->next->level > maxlevel) {
unspawn_monster(head->next);
return false;
}
if(!place_monster_at(y, x, head->next, (level_t *) level)) {
unspawn_monster(head->next);
return false;
}
return true;
}
int main(int argc, char * argv []) {
NCurses ncurses;
Map map(ncurses.width() / 2, ncurses.height() - 10);
map.iterate([](const AxialPosition & p, char & c) {
c = tiles[rnd(0, (int)strlen(tiles) - 1)];
});
game.active = true;
game.ncurses = &ncurses;
game.map = ↦
game.player = spawn();
auto player = game.player.lock();
player->act = player_act;
player->icon = '@';
for(int i = 0; i < 20; i++) {
spawn_monster();
}
do {
std::sort(entities.begin(), entities.end(), [](const std::shared_ptr<Entity> a, const std::shared_ptr<Entity> b) -> bool {
return a->energy < b->energy;
});
for(auto && entity : entities) {
draw();
while(entity->energy > 0 && entity->act != nullptr) {
int cost = entity->act(entity);
if(cost < 0) {
goto next_entity;
}
entity->energy -= cost;
}
entity->energy += entity->energy_gain;
next_entity:
;
}
} while(game.active);
}
