CEntity * CEventSA::GetEntity ( )
{
DEBUG_TRACE("CEntity * CEventSA::GetEntity ( )");
if(this->GetEntityType() == EVENT_NULL)
return NULL;
CPoolsSA * pPools = (CPoolsSA *)pGame->GetPools();
CEntity * entity;
switch(m_pInterface->m_eEventEntity)
{
case ENTITY_EVENT_PED:
entity = (CEntity *)pPools->GetPedFromRef((DWORD)m_pInterface->m_nEventEntityRef);
break;
case ENTITY_EVENT_VEHICLE:
entity = (CEntity *)pPools->GetVehicleFromRef((DWORD)m_pInterface->m_nEventEntityRef);
break;
case ENTITY_EVENT_OBJECT:
entity = (CEntity *)pPools->GetObjectFromRef((DWORD)m_pInterface->m_nEventEntityRef);
break;
default:
return NULL;
}
return entity;
}
CEntity* CMarkerSA::GetEntity()
{
DEBUG_TRACE("CEntity * CMarkerSA::GetEntity ( )");
CPoolsSA* pPools = (CPoolsSA*)pGame->GetPools();
switch (internalInterface->BlipType)
{
case MARKER_TYPE_CAR:
return (CEntity*)pPools->GetVehicleFromRef((DWORD)internalInterface->PoolIndex);
case MARKER_TYPE_CHAR:
return (CEntity*)pPools->GetPedFromRef((DWORD)internalInterface->PoolIndex);
case MARKER_TYPE_OBJECT:
return (CEntity*)pPools->GetObjectFromRef((DWORD)internalInterface->PoolIndex);
default:
return NULL;
}
}
CPlayerPedSA::CPlayerPedSA( ePedModel pedType )
{
DEBUG_TRACE("CPlayerPedSA::CPlayerPedSA( ePedModel pedType )");
// based on CPlayerPed::SetupPlayerPed (R*)
DWORD CPedOperatorNew = FUNC_CPedOperatorNew;
DWORD CPlayerPedConstructor = FUNC_CPlayerPedConstructor;
DWORD dwPedPointer = 0;
_asm
{
push SIZEOF_CPLAYERPED
call CPedOperatorNew
add esp, 4
mov dwPedPointer, eax
mov ecx, eax
push 0 // set to 0 and they'll behave like AI peds
push 1
call CPlayerPedConstructor
}
this->SetInterface((CEntitySAInterface *)dwPedPointer);
this->Init(); // init our interfaces
CPoolsSA * pools = (CPoolsSA *)pGame->GetPools ( );
this->internalID = pools->GetPedRef ( (DWORD *)this->GetInterface () );
CWorldSA * world = (CWorldSA *)pGame->GetWorld();
this->SetModelIndex(pedType);
this->BeingDeleted = FALSE;
this->DoNotRemoveFromGame = FALSE;
this->SetType ( PLAYER_PED );
// Allocate a player data struct and set it as the players
m_bIsLocal = false;
m_pData = new CPlayerPedDataSAInterface;
// Copy the local player data so we're defaulted to something good
CPlayerPedSA* pLocalPlayerSA = dynamic_cast < CPlayerPedSA* > ( pools->GetPedFromRef ( (DWORD)1 ) );
if ( pLocalPlayerSA )
MemCpyFast ( m_pData, ((CPlayerPedSAInterface*)pLocalPlayerSA->GetInterface ())->pPlayerData, sizeof ( CPlayerPedDataSAInterface ) );
// Replace the player ped data in our ped interface with the one we just created
GetPlayerPedInterface ()->pPlayerData = m_pData;
// Set default stuff
m_pData->m_bRenderWeapon = true;
m_pData->m_Wanted = pLocalWanted;
m_pData->m_fSprintEnergy = 1000.0f;
// Clothes pointers or we'll crash later (TODO: Wrap up with some cloth classes and make it unique per player)
m_pData->m_pClothes = pLocalClothes;
// Not sure why was this here (svn blame reports that this line came from the old SVN),
// but it's causing a bug in what the just streamed-in players that are in the air are
// processed as if they would be standing on some surface, screwing velocity calculations
// for players floating in air (using superman script, for example) because GTA:SA will
// try to apply the floor friction to their velocity.
//SetIsStanding ( true );
GetPlayerPedInterface ()->pedFlags.bCanBeShotInVehicle = true;
GetPlayerPedInterface ()->pedFlags.bTestForShotInVehicle = true;
// Stop remote players targeting eachother, this also stops the local player targeting them (needs to be fixed)
GetPlayerPedInterface ()->pedFlags.bNeverEverTargetThisPed = true;
GetPlayerPedInterface ()->pedFlags.bIsLanding = false;
GetPlayerPedInterface ()->fRotationSpeed = 7.5;
m_pInterface->bStreamingDontDelete = true;
m_pInterface->bDontStream = true;
world->Add ( m_pInterface, CPlayerPed_Constructor );
}
