//-------------------------- ctor ---------------------------------------------
Raven_Bot::Raven_Bot(Team* team, Raven_Game* world,Vector2D pos):
MovingEntity(pos,
script->GetDouble("Bot_Scale"),
Vector2D(0,0),
script->GetDouble("Bot_MaxSpeed"),
Vector2D(1,0),
script->GetDouble("Bot_Mass"),
Vector2D(script->GetDouble("Bot_Scale"),script->GetDouble("Bot_Scale")),
script->GetDouble("Bot_MaxHeadTurnRate"),
script->GetDouble("Bot_MaxForce")),
m_pTeam(team),
m_iMaxHealth(script->GetInt("Bot_MaxHealth")),
m_iHealth(script->GetInt("Bot_MaxHealth")),
m_pPathPlanner(NULL),
m_pSteering(NULL),
m_pWorld(world),
m_pBrain(NULL),
m_iNumUpdatesHitPersistant((int)(FrameRate * script->GetDouble("HitFlashTime"))),
m_bHit(false),
m_iScore(0),
m_Status(spawning),
m_bPossessed(false),
m_dFieldOfView(DegsToRads(script->GetDouble("Bot_FOV")))
{
SetEntityType(type_bot);
SetUpVertexBuffer();
//a bot starts off facing in the direction it is heading
m_vFacing = m_vHeading;
//create the navigation module
m_pPathPlanner = new Raven_PathPlanner(this);
//create the steering behavior class
m_pSteering = new Raven_Steering(world, this);
//create the regulators
m_pWeaponSelectionRegulator = new Regulator(script->GetDouble("Bot_WeaponSelectionFrequency"));
m_pGoalArbitrationRegulator = new Regulator(script->GetDouble("Bot_GoalAppraisalUpdateFreq"));
m_pTargetSelectionRegulator = new Regulator(script->GetDouble("Bot_TargetingUpdateFreq"));
m_pTriggerTestRegulator = new Regulator(script->GetDouble("Bot_TriggerUpdateFreq"));
m_pVisionUpdateRegulator = new Regulator(script->GetDouble("Bot_VisionUpdateFreq"));
//create the goal queue
m_pBrain = new Goal_Think(this);
//create the targeting system
m_pTargSys = new Raven_TargetingSystem(this);
m_pWeaponSys = new Raven_WeaponSystem(this,
script->GetDouble("Bot_ReactionTime"),
script->GetDouble("Bot_AimAccuracy"),
script->GetDouble("Bot_AimPersistance"));
m_pSensoryMem = new Raven_SensoryMemory(this, script->GetDouble("Bot_MemorySpan"));
}
FalconGameEntity::FalconGameEntity(VU_BYTE** stream, long *rem) : VuGameEntity (0,"VuGame")
{
VU_ID sessionid(0, 0);
VuSessionEntity *session;
uchar size;
// VuEntity part
memcpychk(&share_.entityType_, stream, sizeof(share_.entityType_), rem);
memcpychk(&share_.flags_, stream, sizeof(share_.flags_), rem);
memcpychk(&share_.id_.creator_, stream, sizeof(share_.id_.creator_), rem);
memcpychk(&share_.id_.num_, stream, sizeof(share_.id_.num_), rem);
SetEntityType(share_.entityType_);
VuSessionFilter filter(Id());
sessionCollection_ = new VuOrderedList(&filter);
sessionCollection_->Register();
// VuTarget part
memcpychk(&share_.ownerId_.creator_, stream, sizeof(share_.ownerId_.creator_), rem);
memcpychk(&share_.ownerId_.num_, stream, sizeof(share_.ownerId_.num_), rem);
memcpychk(&share_.assoc_.creator_, stream, sizeof(share_.assoc_.creator_), rem);
memcpychk(&share_.assoc_.num_, stream, sizeof(share_.assoc_.num_), rem);
memset(&bestEffortComms_, 0, sizeof(VuCommsContext));
bestEffortComms_.status_ = VU_CONN_INACTIVE;
memset(&reliableComms_, 0, sizeof(VuCommsContext));
reliableComms_.status_ = VU_CONN_INACTIVE;
reliableComms_.reliable_ = TRUE;
// vuGroupEntity part
memcpychk(&sessionMax_, stream, sizeof(ushort), rem);
short count = 0;
memcpychk(&count, stream, sizeof(short), rem);
for (int i = 0; i < count; i++)
{
memcpychk(&sessionid, stream, sizeof(VU_ID), rem);
if (sessionid == vuLocalSession)
selfIndex_ = i;
session = (VuSessionEntity *)vuDatabase->Find(sessionid);
if (session)
{
sessionCollection_->Insert(session);
}
// AddSession(sessionid);
}
memcpychk (&domainMask_, stream, sizeof(ulong), rem);
memcpychk (&gameType, stream, sizeof (FalconGameType), rem);
memcpychk (&rules, stream, sizeof (class RulesClass), rem);
memcpychk (&size, stream, sizeof (uchar), rem);
gameName_ = new char[size+1];
memcpychk (gameName_, stream, sizeof(char)*size, rem);
gameName_[size]=0;
}
// constructors & destructor
FalconGameEntity::FalconGameEntity(ulong domainMask, char *gameName) : VuGameEntity(domainMask, gameName)
{
gameType = game_PlayerPool;
// KCK: To keep this from conflicting with entities we plan to load, force
// the creater to something non-zero for single player games.
if (!share_.id_.creator_){
share_.id_.creator_ = 1;
// Make a new collection with a filter to match
VuSessionFilter filter(Id());
sessionCollection_->Unregister();
delete sessionCollection_;
sessionCollection_ = new VuOrderedList(&filter);
sessionCollection_->Register();
}
SetEntityType((unsigned short)(F4GameType+VU_LAST_ENTITY_TYPE));
}
BolaEntity::BolaEntity():BaseGameEntity(
BaseGameEntity::GetNextValidID() ),
mFSM(this)
//da problemas ese mFSM (this)
{
Bola_ID = ID();
SetEntityType( Bola_TYPE );
mBola = d3dcore->Resource_Load( L"img\\alienship.png" );
//Use antes un random, pero salían dos naves cada vez.
if(d3dcore->Random_Float(0.0f,10.0f)<5.0f)
{
mBolaDir.x=1.0f;
mBolaDir.y=1.0f;
}else
{
mBolaDir.x=-1.0f;
mBolaDir.y=1.0f;
}
//mPos = getPosicion;
std::vector<BaseGameEntity*>& Barras = EntityManager::Instance()->GetType( Barra_TYPE );
mBolaPos = D3DXVECTOR3( ((BolaEntity *)Barras[0])->getBolaPos().x, ((BolaEntity *)Barras[0])->getBolaPos().y,0.1f);
mBolaSpeed = 150.0f;
mBolaRadio = 20.0f;
BolaSprite.pTexture = mBola;
BolaSprite.TexCoord.x = 0;
BolaSprite.TexCoord.y = 0;
BolaSprite.TexSize.x = 1.0f;
BolaSprite.TexSize.y = 1.0f;
BolaSprite.TextureIndex = 0;
BolaSprite.ColorModulate = D3DXCOLOR(1.0f, 1.0f, 1.0f, 1.0f);
mFSM.SetCurrentState(NormalMov::Instance());
// estados de la entidad. La pelota por ejemplo, si conseguimos una poción, iría al doble de su velocidad... por ejemplo
}
//-------------------------- ctor ---------------------------------------------
ET_Bot::ET_Bot(Raven_Game* world,Vector2D pos): AbstRaven_Bot(world, pos)
{
m_pScript = ET_BotScriptor::Instance();
SetEntityType(type_bot);
SetUpVertexBuffer();
//a bot starts off facing in the direction it is heading
m_vFacing = m_vHeading;
//create the navigation module
m_pPathPlanner = new Raven_PathPlanner(this);
//create the steering behavior class
m_pSteering = new ET_BotSteering(world, this);
//create the regulators
m_pWeaponSelectionRegulator = new Regulator(m_pScript->GetDouble("Bot_WeaponSelectionFrequency"));
m_pGoalArbitrationRegulator = new Regulator(m_pScript->GetDouble("Bot_GoalAppraisalUpdateFreq"));
m_pTargetSelectionRegulator = new Regulator(m_pScript->GetDouble("Bot_TargetingUpdateFreq"));
m_pTriggerTestRegulator = new Regulator(script->GetDouble("Bot_TriggerUpdateFreq"));
m_pVisionUpdateRegulator = new Regulator(m_pScript->GetDouble("Bot_VisionUpdateFreq"));
//create the goal queue
m_pBrain = new ETGoal_Think(this);
//create the targeting system
m_pTargSys = new ET_TargetingSystem(this);
m_pWeaponSys = new Raven_WeaponSystem(this,
script->GetDouble("Bot_ReactionTime"),
script->GetDouble("Bot_AimAccuracy"),
m_pScript->GetDouble("Bot_AimPersistance"));
m_pSensoryMem = new Raven_SensoryMemory(this, m_pScript->GetDouble("Bot_MemorySpan"));
}
