void COrderRouter::Update(){
//
if(EVERY_((5 FRAMES))){
CleanUpOrders();
}
if(EVERY_((3 FRAMES) /*+ team*/)){
IssueOrders();
}
}
void CActions::Update(){
NLOG("CActions::Update");
if(EVERY_((15 FRAMES))){
if(points.empty()==false){
for(vector<float3>::iterator i = points.begin(); i!=points.end(); ++i){
if(G->InLOS(*i)==true){
points.erase(i);
break;
}
}
}
}
if(G->GetCurrentFrame()== (20 SECONDS)){
if(G->M->m->NumSpotsFound > 0){
vector<float3>* spots = G->M->getHotSpots();
if(spots!=0){
if(spots->empty() == false){
for(vector<float3>::iterator i = spots->begin(); i != spots->end(); ++i){
float3 q = *i;
q.y=G->cb->GetElevation(q.x,q.z);
AddPoint(q);
}
}
}
}
}
}
void CMetalMakerBehaviour::RecieveMessage(CMessage &message){
if(message.GetType() == string("update")){
if(EVERY_((1 SECONDS))){
float energy=G->cb->GetEnergy();
float estore=G->cb->GetEnergyStorage();
if(energy<estore*0.3f){
if(turnedOn){
TCommand tc(((CUnit*)unit.get())->GetID(),"assigner:: turnoff");
tc.ID(CMD_ONOFF);
tc.Push(0);
G->OrderRouter->GiveOrder(tc);
turnedOn=false;
}
} else if(energy>estore*0.6f){
if(!turnedOn){
TCommand tc(((CUnit*)unit.get())->GetID(),"assigner:: turnon");
tc.ID(CMD_ONOFF);
tc.Push(1);
G->OrderRouter->GiveOrder(tc);
turnedOn=true;
}
}
}
}else if(message.GetType() == string("unitdestroyed")){
if(message.GetParameter(0)== ((CUnit*)unit.get())->GetID()){
End();
}
}
}
void Assigner::Update(){
int frameNum=G->cb->GetCurrentFrame();
// ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
// Every second check our metal makers. (nearly the
// same code as that in the metal maker AI)
if(EVERY_(2 SECONDS)){
float energy=G->cb->GetEnergy();
float estore=G->cb->GetEnergyStorage();
float dif=energy-lastEnergy;
lastEnergy=energy;
if(energy<estore*0.35f){
float needed=-dif+5; //how much energy we need to save to turn positive
for(map<int,UnitInfo>::iterator ui=myUnits.begin();ui!=myUnits.end();++ui){ //find makers to turn off
if(needed<0)
break;
if(ui->second.turnedOn){
needed-=ui->second.energyUse;
TCommand tc;
tc.created = G->cb->GetCurrentFrame();
tc.Priority = tc_low;
tc.unit = ui->first;
tc.c.id=CMD_ONOFF;
tc.c.params.push_back(0);
G->GiveOrder(tc);
ui->second.turnedOn=false;
}
}
} else if(energy>estore*0.7f){
//G->L.print("negative maker assigner");
float needed=dif+5; //how much energy we need to start using to turn negative
for(map<int,UnitInfo>::iterator ui=myUnits.begin();ui!=myUnits.end();++ui){ //find makers to turn on
if(needed<0)
break;
if(!ui->second.turnedOn){
needed-=ui->second.energyUse;
TCommand tc;
tc.created = G->cb->GetCurrentFrame();
tc.Priority = tc_low;
tc.unit = ui->first;
tc.c.id=CMD_ONOFF;
tc.c.params.push_back(1);
G->GiveOrder(tc);
ui->second.turnedOn=true;
}
}
}
}
}
void CAttackBehaviour::RecieveMessage(CMessage &message){
if(message.GetType() == string("update")){
if(engaged){
return;
}
if(EVERY_(120 FRAMES)){
float3 pos = G->GetUnitPos(uid);
if(G->Map->CheckFloat3(pos)==false){
return;
}
engaged = G->Actions->AttackNear(uid, 3.5f);
}
}else if(message.GetType() == string("unitdestroyed")){
if(message.GetParameter(0)== uid){
End();
}
}else if(message.GetType() == string("unitidle")){
if(message.GetParameter(0)== uid){
engaged=false;
}
}
}
void CUnit::RecieveMessage(CMessage &message){
NLOG("CUnit::RecieveMessage");
if(!IsValid()){
return;
}
if(message.GetType() == string("update")){
if(under_construction){
return;
}
if(EVERY_((GetAge()%32+20))){
if(currentTask.get() != 0){
if(!currentTask->IsValid()){
//
taskManager->TaskFinished();
currentTask = taskManager->GetNextTask();
if(currentTask.get() != 0){
currentTask->Init();
G->RegisterMessageHandler(currentTask);
}else{
currentTask = boost::shared_ptr<IModule>();
}
}
}else{
//
currentTask = taskManager->GetNextTask();
if(currentTask.get() != 0){
currentTask->Init();
G->RegisterMessageHandler(currentTask);
}
}
}
}else if(message.GetType() == string("unitfinished")){
if(message.GetParameter(0) == this->uid){
under_construction = false;
LoadBehaviours();
}
}else if(message.GetType() == string("unitdestroyed")){
if(message.GetParameter(0) == uid){
if(!utd->IsMobile()){
G->BuildingPlacer->UnBlock(G->GetUnitPos(uid),utd);
}
G->RemoveHandler(currentTask);
taskManager->RemoveAllTasks();
//G->RemoveHandler(taskManager);
if(!behaviours.empty()){
behaviours.erase(behaviours.begin(),behaviours.end());
behaviours.clear();
}
this->End();
return;
}
}
if(under_construction){
return;
}
}
