void AAI::UnitMoveFailed(int unit)
{
const UnitDef *def = cb->GetUnitDef(unit);
if(ut->units[unit].cons)
{
AAIConstructor* builder = ut->units[unit].cons;
if(builder->task == BUILDING)
{
if(builder->construction_unit_id == -1)
{
--bt->units_dynamic[builder->construction_def_id].requested;
--ut->futureUnits[builder->construction_category];
// clear up buildmap etc.
execute->ConstructionFailed(builder->build_pos, builder->construction_def_id);
// free builder
builder->ConstructionFinished();
}
}
}
}
void AAIConstructor::CheckAssistance()
{
if(factory)
{
// check if another factory of that type needed
if(buildque->size() >= cfg->MAX_BUILDQUE_SIZE - 1 && assistants.size() >= cfg->MAX_ASSISTANTS-1)
{
if(ai->bt->units_dynamic[def_id].active < cfg->MAX_FACTORIES_PER_TYPE && ai->bt->units_dynamic[def_id].requested <= 0)
{
ai->bt->units_dynamic[def_id].requested += 1;
if(ai->execute->urgency[STATIONARY_CONSTRUCTOR] < 1)
ai->execute->urgency[STATIONARY_CONSTRUCTOR] = 1;
for(list<int>::iterator j = bt->units_static[def_id].canBuildList.begin(); j != bt->units_static[def_id].canBuildList.end(); ++j)
bt->units_dynamic[*j].constructorsRequested += 1;
}
}
// check if support needed
if(assistants.size() < cfg->MAX_ASSISTANTS)
{
bool assist = false;
if(buildque->size() > 2)
assist = true;
else if(construction_def_id && (bt->unitList[construction_def_id-1]->buildTime/(30.0f * bt->unitList[def_id-1]->buildSpeed) > cfg->MIN_ASSISTANCE_BUILDTIME))
assist = true;
if(assist)
{
AAIConstructor* assistant = ai->ut->FindClosestAssistant(ai->cb->GetUnitPos(unit_id), 5, true);
if(assistant)
{
assistants.insert(assistant->unit_id);
assistant->AssistConstruction(unit_id);
}
}
}
// check if assistants are needed anymore
else if(!assistants.empty() && buildque->empty() && !construction_def_id)
{
//cb->SendTextMsg("factory releasing assistants",0);
ReleaseAllAssistants();
}
}
if(builder && build_task)
{
// prevent assisting when low on ressources
if(ai->execute->averageMetalSurplus < 0.1)
{
if(construction_category == METAL_MAKER)
{
if(ai->execute->averageEnergySurplus < 0.5 * ai->bt->unitList[construction_def_id-1]->energyUpkeep)
return;
}
else if(construction_category != EXTRACTOR && construction_category != POWER_PLANT)
return;
}
float buildtime = ai->bt->unitList[construction_def_id-1]->buildTime / ai->bt->unitList[def_id-1]->buildSpeed;
if(buildtime > cfg->MIN_ASSISTANCE_BUILDTIME && assistants.size() < cfg->MAX_ASSISTANTS)
{
// com only allowed if buildpos is inside the base
bool commander = false;
int x = build_pos.x / ai->map->xSectorSize;
int y = build_pos.z / ai->map->ySectorSize;
if(x >= 0 && y >= 0 && x < ai->map->xSectors && y < ai->map->ySectors)
{
if(ai->map->sector[x][y].distance_to_base == 0)
commander = true;
}
AAIConstructor* assistant = ai->ut->FindClosestAssistant(build_pos, 5, commander);
if(assistant)
{
assistants.insert(assistant->unit_id);
assistant->AssistConstruction(unit_id, construction_unit_id);
}
}
}
}
void AAIConstructor::CheckAssistance()
{
if(factory)
{
// check if another factory of that type needed
if(buildque->size() >= cfg->MAX_BUILDQUE_SIZE - 2 && assistants.size() >= cfg->MAX_ASSISTANTS-2)
{
if(ai->Getbt()->units_dynamic[def_id].active + ai->Getbt()->units_dynamic[def_id].requested + ai->Getbt()->units_dynamic[def_id].under_construction < cfg->MAX_FACTORIES_PER_TYPE)
{
ai->Getbt()->units_dynamic[def_id].requested += 1;
if(ai->Getexecute()->urgency[STATIONARY_CONSTRUCTOR] < 1.5f)
ai->Getexecute()->urgency[STATIONARY_CONSTRUCTOR] = 1.5f;
for(list<int>::iterator j = ai->Getbt()->units_static[def_id].canBuildList.begin(); j != ai->Getbt()->units_static[def_id].canBuildList.end(); ++j)
ai->Getbt()->units_dynamic[*j].constructorsRequested += 1;
}
}
// check if support needed
if(assistants.size() < cfg->MAX_ASSISTANTS)
{
bool assist = false;
if(buildque->size() > 2)
assist = true;
else if(ai->Getbt()->IsValidUnitDefID(construction_def_id)) {
float buildtime = 1e6;
if (buildspeed > 0) {
//FIXME why use *1/30 here? below there is exactly the same code w/o it, so what's the correct one?
buildtime = ai->Getbt()->GetUnitDef(construction_def_id).buildTime / (30.0f * buildspeed);
}
if (buildtime > cfg->MIN_ASSISTANCE_BUILDTIME)
assist = true;
}
if(assist)
{
AAIConstructor* assistant = ai->Getut()->FindClosestAssistant(ai->Getcb()->GetUnitPos(unit_id), 5, true);
if(assistant)
{
assistants.insert(assistant->unit_id);
assistant->AssistConstruction(unit_id);
}
}
}
// check if assistants are needed anymore
else if(!assistants.empty() && buildque->empty() && !ai->Getbt()->IsValidUnitDefID(construction_def_id))
{
//ai->LogConsole("factory releasing assistants");
ReleaseAllAssistants();
}
}
if(builder && build_task)
{
// prevent assisting when low on ressources
if(ai->Getexecute()->averageMetalSurplus < 0.1)
{
if(construction_category == METAL_MAKER)
{
if(ai->Getexecute()->averageEnergySurplus < 0.5 * ai->Getbt()->GetUnitDef(construction_def_id).energyUpkeep)
return;
}
else if(construction_category != EXTRACTOR && construction_category != POWER_PLANT)
return;
}
float buildtime = 1e6;
if (buildspeed > 0) {
buildtime = ai->Getbt()->GetUnitDef(construction_def_id).buildTime / buildspeed;
}
if((buildtime > cfg->MIN_ASSISTANCE_BUILDTIME) && (assistants.size() < cfg->MAX_ASSISTANTS))
{
// com only allowed if buildpos is inside the base
bool commander = false;
int x = build_pos.x / ai->Getmap()->xSectorSize;
int y = build_pos.z / ai->Getmap()->ySectorSize;
if(x >= 0 && y >= 0 && x < ai->Getmap()->xSectors && y < ai->Getmap()->ySectors)
{
if(ai->Getmap()->sector[x][y].distance_to_base == 0)
commander = true;
}
AAIConstructor* assistant = ai->Getut()->FindClosestAssistant(build_pos, 5, commander);
if(assistant)
{
assistants.insert(assistant->unit_id);
assistant->AssistConstruction(unit_id, construction_unit_id);
}
}
}
}
