virtual void UpdateBehavior( float timeDelta )
{
IGameObject* pGameObject = 0;
IObjectUtils::GetObject( &pGameObject, m_pBBCommon->enemy_collision_objectid );
m_pBBCommon->time_to_next_attack -= timeDelta;
if ( m_pBBCommon->time_to_next_attack <= 0.0f )
{
m_pBBCommon->time_to_next_attack += m_pGameObjectParams->attack_speed;
if (pGameObject && pGameObject->GetBehavior())
{
float enemyHealth = pGameObject->GetBehavior()->ReceiveDamage( m_pGameObjectParams->attack_damage );
if ( enemyHealth <= 0.0f && pGameObject->GetGameObjectType() == EGO_RBC )
{
ConsumeRBC();
pGameObject = 0;
}
}
}
if (!pGameObject || pGameObject->GetGameTeam() == EGT_INFECTION)
{
m_pBBCommon->enemy_collision_objectid.SetInvalid();
}
}
void CheckForCollisions( IGameObject* pGameObject, AUVec3f& desiredPosition, float frameDelta )
{
const AUVec3f& refPos = pGameObject->GetEntity()->GetPosition();
const float refDist = pGameObject->GetCollisionRadius();
for (int i=0; i<EGT_COUNT; ++i)
{
TGameObjects& data = m_Objects[i];
TGameObjects::iterator it = data.begin();
TGameObjects::iterator itEnd = data.end();
while (it != itEnd)
{
IGameObject* pTestObject = *it;
if (pTestObject != pGameObject)
{
const AUVec3f& testObjectPos = pTestObject->GetEntity()->GetPosition();
float distSqr = (refPos - testObjectPos).MagnitudeSqr();
float minAllowedDist = refDist + pTestObject->GetCollisionRadius();
if ( (distSqr <= minAllowedDist * minAllowedDist) && (pGameObject->GetGameTeam() != pTestObject->GetGameTeam()) )
{
// Set desired position to edge of collision radii
AUVec3f dir = (refPos - testObjectPos).GetNormalised();
desiredPosition = testObjectPos + dir * minAllowedDist;
pTestObject->OnCollision( pGameObject );
pGameObject->OnCollision( pTestObject );
}
}
++it;
}
}
}
