void AAIAttackManager::GetNextDest(AAIAttack *attack)
{
// prevent command overflow
if((ai->Getcb()->GetCurrentFrame() - attack->lastAttack) < 60)
return;
// get new target sector
AAISector *dest = ai->Getbrain()->GetNextAttackDest(attack->dest, attack->land, attack->water);
//ai->Log("Getting next dest\n");
if(dest && SufficientAttackPowerVS(dest, &(attack->combat_groups), 2))
attack->AttackSector(dest);
else
attack->StopAttack();
}
void AAIAttackManager::LaunchAttack()
{
AAISector *dest;
AttackType a_type;
bool suitable, land, water;
// determine attack sector
// todo: improve decision when to attack base or outposts
a_type = OUTPOST_ATTACK;
if(cfg->AIR_ONLY_MOD)
{
land = true;
water = true;
}
else
{
if(map->mapType == LAND_MAP)
{
land = true;
water = false;
}
else if(map->mapType == LAND_WATER_MAP)
{
land = true;
water = true;
}
else if(map->mapType == WATER_MAP)
{
land = false;
water = true;
}
else
{
land = true;
water = false;
}
}
// get target sector
dest = ai->brain->GetAttackDest(land, water, a_type);
if(dest)
{
// get all available combat/aa/arty groups for attack
set<AAIGroup*> combat_available;
set<AAIGroup*> aa_available;
if(cfg->AIR_ONLY_MOD)
{
for(list<UnitCategory>::iterator category = bt->assault_categories.begin(); category != bt->assault_categories.end(); ++category)
{
for(list<AAIGroup*>::iterator group = ai->group_list[*category].begin(); group != ai->group_list[*category].end(); ++group)
{
if(!(*group)->attack && (*group)->SufficientAttackPower())
combat_available.insert(*group);
}
}
}
else // non air only mods must take movement type into account
{
// todo: improve by checking how to reach that sector
if(dest->water_ratio > 0.65)
{
land = false;
water = true;
}
else
{
water = false;
land = true;
}
for(list<UnitCategory>::iterator category = bt->assault_categories.begin(); category != bt->assault_categories.end(); ++category)
{
for(list<AAIGroup*>::iterator group = ai->group_list[*category].begin(); group != ai->group_list[*category].end(); ++group)
{
// check movement type first
suitable = true;
if(land && (*group)->group_movement_type & MOVE_TYPE_SEA)
suitable = false;
if(water && (*group)->group_movement_type & MOVE_TYPE_GROUND)
suitable = false;
if(suitable && !(*group)->attack && (*group)->task == GROUP_IDLE )
{
if((*group)->group_unit_type == ASSAULT_UNIT && (*group)->SufficientAttackPower())
combat_available.insert(*group);
else if((*group)->group_unit_type == ANTI_AIR_UNIT)
aa_available.insert(*group);
}
}
}
}
if((combat_available.size() > 0 && SufficientAttackPowerVS(dest, &combat_available, 2)) || combat_available.size() > 10)
{
AAIAttack *attack;
try
{
attack = new AAIAttack(ai);
}
catch(...)
{
fprintf(ai->file, "Exception thrown when allocating memory for AAIAttack");
return;
}
attacks.push_back(attack);
attack->land = land;
attack->water = water;
// add combat groups
for(set<AAIGroup*>::iterator group = combat_available.begin(); group != combat_available.end(); ++group)
attack->AddGroup(*group);
// add antiair defence
if(!aa_available.empty())
{
int aa_added = 0, max_aa;
// check how much aa sensible
if(brain->max_units_spotted[1] < 0.2)
max_aa = 0;
else
max_aa = 1;
for(set<AAIGroup*>::iterator group = aa_available.begin(); group != aa_available.end(); ++group)
{
attack->AddGroup(*group);
++aa_added;
if(aa_added >= max_aa)
break;
}
}
// rally attacking groups
//this->RallyGroups(attack);
// start the attack
attack->AttackSector(dest, a_type);
}
// clean up
aa_available.clear();
combat_available.clear();
}
}
