void RodinBTNodeEldTurnToward::OnFinish()
{
WBCompEldAIMotion* pAIMotion = GET_WBCOMP( GetEntity(), EldAIMotion );
ASSERT( pAIMotion );
if( m_TurnState == ETTS_StartedTurn )
{
pAIMotion->StopMove();
}
}
void RodinBTNodeEldMoveTo::OnFinish()
{
WBCompEldAIMotion* pAIMotion = GET_WBCOMP( GetEntity(), EldAIMotion );
ASSERT( pAIMotion );
if( m_MoveState == EMTS_StartedMove )
{
pAIMotion->StopMove();
}
}
RodinBTNode::ETickStatus RodinBTNodeEldTurnToward::Tick( float DeltaTime )
{
Unused( DeltaTime );
WBEntity* const pEntity = GetEntity();
WBCompEldAIMotion* pAIMotion = GET_WBCOMP( pEntity, EldAIMotion );
ASSERT( pAIMotion );
if( m_TurnState == ETTS_Begin )
{
WBCompRodinBlackboard* const pAIBlackboard = GET_WBCOMP( pEntity, RodinBlackboard );
ASSERT( pAIBlackboard );
const WBEvent::EType TargetType = pAIBlackboard->GetType( m_TurnTargetBlackboardKey );
if( TargetType == WBEvent::EWBEPT_Vector )
{
const Vector TurnTarget = pAIBlackboard->GetVector( m_TurnTargetBlackboardKey );
pAIMotion->StartTurn( TurnTarget );
m_TurnState = ETTS_StartedTurn;
return ETS_Running;
}
else if( TargetType == WBEvent::EWBEPT_Entity )
{
WBEntity* const pTurnTargetEntity = pAIBlackboard->GetEntity( m_TurnTargetBlackboardKey );
if( !pTurnTargetEntity )
{
return ETS_Fail;
}
WBCompEldTransform* const pTransform = pTurnTargetEntity->GetTransformComponent<WBCompEldTransform>();
if( !pTransform )
{
return ETS_Fail;
}
const Vector TurnTarget = pTransform->GetLocation();
pAIMotion->StartTurn( TurnTarget );
m_TurnState = ETTS_StartedTurn;
return ETS_Running;
}
}
else
{
ASSERT( m_TurnState == ETTS_StartedTurn );
if( pAIMotion->IsMoving() )
{
return ETS_Running;
}
else if( pAIMotion->DidMoveSucceed() )
{
return ETS_Success;
}
}
return ETS_Fail;
}
RodinBTNode::ETickStatus RodinBTNodeEldMoveTo::Tick( float DeltaTime )
{
Unused( DeltaTime );
WBEntity* const pEntity = GetEntity();
WBCompEldAIMotion* pAIMotion = GET_WBCOMP( pEntity, EldAIMotion );
ASSERT( pAIMotion );
if( m_MoveState == EMTS_Begin )
{
if( m_Wander )
{
pAIMotion->SetReachedThreshold( m_ReachedThresholdMin, m_ReachedThresholdMax );
pAIMotion->StartWander( m_WanderTargetDistance );
m_MoveState = EMTS_StartedMove;
return ETS_Running;
}
else
{
WBCompRodinBlackboard* const pAIBlackboard = GET_WBCOMP( pEntity, RodinBlackboard );
ASSERT( pAIBlackboard );
const WBEvent::EType TargetType = pAIBlackboard->GetType( m_MoveTargetBlackboardKey );
if( TargetType == WBEvent::EWBEPT_Vector )
{
const Vector MoveTarget = pAIBlackboard->GetVector( m_MoveTargetBlackboardKey );
pAIMotion->SetReachedThreshold( m_ReachedThresholdMin, m_ReachedThresholdMax );
pAIMotion->SetDeflectionRadius( m_FlyingDeflectionRadius );
pAIMotion->StartMove( MoveTarget );
m_MoveState = EMTS_StartedMove;
return ETS_Running;
}
else if( TargetType == WBEvent::EWBEPT_Entity )
{
WBEntity* const pMoveTargetEntity = pAIBlackboard->GetEntity( m_MoveTargetBlackboardKey );
if( !pMoveTargetEntity )
{
return ETS_Fail;
}
//#if BUILD_DEV
// PRINTF( "RodinBTNodeEldMoveTo: %s: %s moving to entity %s\n",
// GetName().CStr(),
// pEntity->GetUniqueName().CStr(),
// pMoveTargetEntity->GetUniqueName().CStr() );
//#endif
pAIMotion->SetReachedThreshold( m_ReachedThresholdMin, m_ReachedThresholdMax );
pAIMotion->SetDeflectionRadius( m_FlyingDeflectionRadius );
pAIMotion->StartFollow( pMoveTargetEntity );
m_MoveState = EMTS_StartedMove;
return ETS_Running;
}
}
}
else
{
ASSERT( m_MoveState == EMTS_StartedMove );
if( pAIMotion->IsMoving() )
{
return ETS_Running;
}
else if( pAIMotion->DidMoveSucceed() )
{
return ETS_Success;
}
}
return ETS_Fail;
}
