void ObjectController::_handleTendWound(uint64 targetId,Message* message,ObjectControllerCmdProperties* cmdProperties)
{
PlayerObject* Medic = dynamic_cast<PlayerObject*>(mObject);
PlayerObject* Target = dynamic_cast<PlayerObject*>(Medic->getHealingTarget(Medic));
//TODO:: add medic droid
/*EMLocationType loc = Medic->getPlayerLocation();
if(loc != EMLocation_Cantina || loc != EMLocation_Camp || loc != EMLocation_PlayerStructure)
{
return;
}*/
std::string messageResponse = gMedicManager->handleMessage(message,"(action|constitution|health|quickness|stamina|strength)");
if (messageResponse.length() == 0) {
//you must specify a valid wound type
gMessageLib->SendSystemMessage(::common::OutOfBand("healing_response", "healing_response_65"), Medic);
return;
}
//check Medic has enough Mind
auto ham = gWorldManager->getKernel()->GetServiceManager()->GetService<swganh::ham::HamService>("HamService");
if(!ham->checkMainPools(Medic, 0, 0, 500)) {
gMessageLib->SendSystemMessage(::common::OutOfBand("healing_response", "not_enough_mind"), Medic);
return;
}
if (gMedicManager->HealWound(Medic, Target, 0, cmdProperties, messageResponse + "tendwound"))
{
ham->ApplyWound(Medic, HamBar_Focus, 5);
ham->ApplyWound(Medic, HamBar_Willpower, 5);
Medic->AddBattleFatigue(2);
//call the event
gMedicManager->startWoundTreatmentEvent(Medic);
return;
}
}
void ObjectController::_handleTendDamage(uint64 targetId,Message* message,ObjectControllerCmdProperties* cmdProperties)
{
PlayerObject* Medic = dynamic_cast<PlayerObject*>(mObject);
PlayerObject* Target = dynamic_cast<PlayerObject*>(Medic->getHealingTarget(Medic));
//check Medic has enough Mind
auto ham = gWorldManager->getKernel()->GetServiceManager()->GetService<swganh::ham::HamService>("HamService");
if(!ham->checkMainPools(Medic, cmdProperties->mHealthCost, cmdProperties->mActionCost, cmdProperties->mMindCost)){
gMessageLib->SendSystemMessage(::common::OutOfBand("healing_response", "not_enough_mind"), Medic);
return;
}
if (gMedicManager->HealDamage(Medic, Target, 0, cmdProperties, "tendDamage"))
{
ham->ApplyWound(Medic, HamBar_Focus, 5);
ham->ApplyWound(Medic, HamBar_Willpower, 5);
Medic->AddBattleFatigue(2);
//call the event
gMedicManager->startInjuryTreatmentEvent(Medic);
return;
}
}
char* _medNewWound(ubyte_t place)
{
int DamageSeverity = IncreaseCategory(&Body.parts[place].CurrSeverity);
ApplyWound(place,DamageSeverity,&Body.parts[place]);
const char* msg = WoundDescs[place][DamageSeverity].message;
//temp
// ArmletApi::snprintf(_buf,200,"%s-%d\n%s",
// TargetNames[place],
// DamageSeverity,
// msg);
// return _buf;
return (char*)msg;
}
char* _medOnKnockout ()
{
int Target = ArmletApi::GetRandom(MaxTarget);
int DamageSeverity = IncreaseCategory(&Body.parts[Target].CurrSeverity);
ApplyWound(MaxTarget,DamageSeverity,&Body.parts[Target]);
const char* msg = WoundDescs[MaxTarget][DamageSeverity].message;
//temp
// ArmletApi::snprintf(_buf,200,"%s-%d\n%s",
// TargetNames[MaxTarget],
// DamageSeverity,
// msg);
// return _buf;
return (char*)msg;
}
char* _medOnExplosion()
{
int Target = ArmletApi::GetRandom(MaxTarget);
int DamageSeverity = IncreaseCategory(&Body.parts[Target].CurrSeverity);
int ExplosionType = ArmletApi::GetRandom(2);
if (ExplosionType == 1)
ExplosionType = 2; //skip scorch
ApplyWound(MaxTarget+1+ExplosionType,DamageSeverity,&Body.parts[Target]);
const char* msg = WoundDescs[MaxTarget+1+ExplosionType][DamageSeverity].message;
//temp
// ArmletApi::snprintf(_buf,200,"%s-%d\n%s",
// TargetNames[MaxTarget+1+ExplosionType],
// DamageSeverity,
// msg);
// return _buf;
return (char*)msg;
}
