void MonsterGenerator::finalize_mtypes()
{
for (std::map<std::string, mtype*>::iterator monentry = mon_templates.begin(); monentry != mon_templates.end(); ++monentry){
mtype *mon = monentry->second;
apply_species_attributes(mon);
set_mtype_flags(mon);
}
}
void MonsterGenerator::finalize_mtypes()
{
for( auto &elem : mon_templates ) {
mtype *mon = elem.second;
apply_species_attributes(mon);
set_mtype_flags(mon);
}
}
void MonsterGenerator::finalize_mtypes()
{
for( auto &elem : mon_templates->all_ref() ) {
mtype &mon = const_cast<mtype&>( elem.second );
apply_species_attributes( mon );
set_mtype_flags( mon );
set_species_ids( mon );
}
}
void MonsterGenerator::finalize_mtypes()
{
for( const auto &elem : mon_templates->get_all() ) {
mtype &mon = const_cast<mtype&>( elem );
apply_species_attributes( mon );
set_mtype_flags( mon );
set_species_ids( mon );
if( mon.bash_skill < 0 ) {
mon.bash_skill = calc_bash_skill( mon );
}
finalize_pathfinding_settings( mon );
}
}
void MonsterGenerator::finalize_mtypes()
{
mon_templates->finalize();
for( const auto &elem : mon_templates->get_all() ) {
mtype &mon = const_cast<mtype &>( elem );
apply_species_attributes( mon );
set_species_ids( mon );
mon.size = volume_to_size( mon.volume );
// adjust for worldgen difficulty parameters
mon.speed *= get_option<int>( "MONSTER_SPEED" ) / 100.0;
mon.hp *= get_option<int>( "MONSTER_RESILIENCE" ) / 100.0;
for( monster_adjustment adj : adjustments ) {
adj.apply( mon );
}
if( mon.bash_skill < 0 ) {
mon.bash_skill = calc_bash_skill( mon );
}
if( mon.armor_bash < 0 ) {
mon.armor_bash = 0;
}
if( mon.armor_cut < 0 ) {
mon.armor_cut = 0;
}
if( mon.armor_stab < 0 ) {
mon.armor_stab = mon.armor_cut * 0.8;
}
if( mon.armor_acid < 0 ) {
mon.armor_acid = mon.armor_cut * 0.5;
}
if( mon.armor_fire < 0 ) {
mon.armor_fire = 0;
}
mon.hp = std::max( mon.hp, 1 ); // lower bound for hp scaling
finalize_pathfinding_settings( mon );
}
for( const auto &mon : mon_templates->get_all() ) {
if( !mon.has_flag( MF_NOT_HALLU ) ) {
hallucination_monsters.push_back( mon.id );
}
}
}
Species create_species(const std::string& name) const
{
return apply_species_attributes(Species(name));
}