// AI_base.cpp
// Native state-machine replacement for ai_base.script.

#include "precompiled.h"
#pragma hdrstop
#include "../Game_local.h"



rvmAIObject::rvmAIObject() {
    owner = NULL;
    scratchEndTime = 0.0f;
    scratchMinTime = 0.0f;
    scratchNextTime = 0.0f;
    scratchCount = 0.0f;
    scratchFlags = 0.0f;
    scratchBool = false;
    scratchEntity = NULL;
    ClearParms( stateParms );
    ClearParms( actionParms );
    for ( int i = 0; i < AI_NATIVE_MAX_CHANNELS; ++i ) {
        ClearParms( animParms[i] );
    }
}

rvmAIObject::~rvmAIObject() {
    Destroy();
}

void rvmAIObject::Init( idAI* aiOwner ) {
    owner = aiOwner;
    currentState.Clear();
    currentAction.Clear();
    waitActionName.Clear();
    for ( int i = 0; i < AI_NATIVE_MAX_CHANNELS; ++i ) {
        currentAnimState[i].Clear();
        ClearParms( animParms[i] );
    }
    ClearParms( stateParms );
    ClearParms( actionParms );
}

void rvmAIObject::Destroy() {
    owner = NULL;
    currentState.Clear();
    currentAction.Clear();
    waitActionName.Clear();
}

void rvmAIObject::Update() {
    for ( int i = 0; i < AI_NATIVE_MAX_CHANNELS; ++i ) {
        if ( currentAnimState[i].Length() ) {
            RunStateByName( currentAnimState[i].c_str(), &animParms[i] );
        }
    }

    if ( currentAction.Length() ) {
        stateResult_t result = RunStateByName( currentAction.c_str(), &actionParms );
        if ( result != SRESULT_WAIT ) {
            currentAction.Clear();
            ClearParms( actionParms );
        }
        return;
    }

    if ( currentState.Length() ) {
        RunStateByName( currentState.c_str(), &stateParms );
    }
}

void rvmAIObject::SetState( const char* stateName ) {
    currentState = stateName ? stateName : "";
    ClearParms( stateParms );
}

void rvmAIObject::SetAnimState( int channel, const char* stateName, int blendFrames ) {
    if ( channel == ANIMCHANNEL_ALL ) {
        SetAnimState( ANIMCHANNEL_HEAD, stateName, blendFrames );
        SetAnimState( ANIMCHANNEL_TORSO, stateName, blendFrames );
        SetAnimState( ANIMCHANNEL_LEGS, stateName, blendFrames );
        return;
    }

    const int index = ChannelIndex( channel );
    if ( index < 0 ) {
        return;
    }

    currentAnimState[index] = stateName ? stateName : "";
    ClearParms( animParms[index] );
    SetBlendFrames( channel, blendFrames );

    if ( owner ) {
        owner->Event_EnableAnim( channel, blendFrames );
        if ( channel == ANIMCHANNEL_TORSO ) {
            owner->Event_EnableAnim( ANIMCHANNEL_LEGS, blendFrames );
        } else if ( channel == ANIMCHANNEL_LEGS ) {
            owner->Event_EnableAnim( ANIMCHANNEL_TORSO, blendFrames );
        }
    }
}

bool rvmAIObject::InAnimState( int channel, const char* stateName ) const {
    const int index = ChannelIndex( channel );
    if ( index < 0 || !stateName ) {
        return false;
    }
    return !idStr::Icmp( currentAnimState[index].c_str(), stateName );
}

void rvmAIObject::StartAction( const char* actionName ) {
    currentAction = actionName ? actionName : "";
    ClearParms( actionParms );
}

bool rvmAIObject::InAction() const {
    return currentAction.Length() != 0;
}

void rvmAIObject::FinishAction( const char* actionName ) {
    if ( !actionName || !waitActionName.Length() || !idStr::Icmp( waitActionName.c_str(), actionName ) ) {
        waitActionName.Clear();
    }
}

bool rvmAIObject::ActionDone( const char* actionName ) const {
    if ( !waitActionName.Length() ) {
        return true;
    }
    return actionName && idStr::Icmp( waitActionName.c_str(), actionName ) != 0;
}

stateResult_t rvmAIObject::RunStateByName( const char* stateName, stateParms_t* parms ) {
    return SRESULT_DONE;
}

int rvmAIObject::ChannelIndex( int channel ) const {
    if ( channel == ANIMCHANNEL_HEAD ) {
        return 0;
    }
    if ( channel == ANIMCHANNEL_TORSO ) {
        return 1;
    }
    if ( channel == ANIMCHANNEL_LEGS ) {
        return 2;
    }
    if ( channel == ANIMCHANNEL_ALL ) {
        return 3;
    }
    return -1;
}

void rvmAIObject::ClearParms( stateParms_t& parms ) {
    memset( &parms, 0, sizeof( parms ) );
}

float rvmAIObject::Time() const {
    return MS2SEC( gameLocal.time );
}

float rvmAIObject::FrameTime() const {
    return MS2SEC( gameLocal.msec );
}

float rvmAIObject::RandomFloat( float max ) const {
    return gameLocal.random.RandomFloat() * max;
}

float rvmAIObject::RandomDelay( float minSeconds, float maxSeconds ) const {
    return Time() + minSeconds + RandomFloat( maxSeconds - minSeconds );
}

float rvmAIObject::DelayTime( float seconds ) const {
    return Time() + seconds;
}

float rvmAIObject::RandomTime( float seconds ) const {
    return Time() + RandomFloat( seconds );
}

bool rvmAIObject::InfluenceActive() const {
    // Some branches keep the old DoomScript influence query only in script/event glue,
    // and idPlayer has no public InfluenceActive() accessor. Keep this wrapper compile-safe;
    // wire it to your branch's real influence flag here if one exists.
    return false;
}

idPlayer* rvmAIObject::Player() const {
    return gameLocal.GetLocalPlayer();
}

void rvmAIObject::IdleAnim( int channel, const char* animName ) {
    if ( owner ) {
        owner->Event_IdleAnim( channel, animName );
    }
}

void rvmAIObject::PlayCycle( int channel, const char* animName ) {
    if ( owner ) {
        owner->Event_PlayCycle( channel, animName, 1.0f);
    }
}

void rvmAIObject::PlayAnim( int channel, const char* animName, bool blend ) {
    if ( owner ) {
        // idActor::Event_PlayAnim takes channel + anim name; the weapon-native bool
        // parameter does not exist on actors.
        owner->Event_PlayAnim( channel, animName, blend );
    }
}

void rvmAIObject::StopAnim( int channel, int frames ) {
    if ( owner ) {
        owner->Event_StopAnim( channel, frames );
    }
}

bool rvmAIObject::AnimDone( int channel, int blendFrames ) const {
    return owner ? owner->AnimDone( channel, blendFrames ) : true;
}

bool rvmAIObject::HasAnim( int channel, const char* animName ) const {
    return owner ? owner->GetAnim( channel, animName ) != 0 : false;
}

const char* rvmAIObject::GetPainAnim() const {
    if ( !owner ) {
        return "pain";
    }

    const char* animName = owner->spawnArgs.GetString( "anim_pain", "" );
    if ( animName && animName[0] ) {
        return animName;
    }

    animName = owner->spawnArgs.GetString( "pain_anim", "" );
    if ( animName && animName[0] ) {
        return animName;
    }

    return "pain";
}

void rvmAIObject::SetBlendFrames( int channel, int blendFrames ) {
    if ( owner ) {
        owner->Event_SetBlendFrames( channel, blendFrames );
    }
}

void rvmAIObject::OverrideAnim( int channel ) {
    if ( owner ) {
        owner->Event_OverrideAnim( channel );
    }
}

void rvmAIObject::SetAnimPrefix( const char* prefix ) {
    if ( owner ) {
        owner->Event_SetAnimPrefix( prefix );
    }
}

void rvmAIObject::PreventPain( float seconds ) {
    if ( owner ) {
        owner->Event_PreventPain( seconds );
    }
}

void rvmAIObject::LookAtEnemy( float seconds ) {
    if ( owner ) {
        owner->LookAtEnemy( seconds );
    }
}

void rvmAIObject::LookAtEntity( idEntity* ent, float seconds ) {
    if ( owner ) {
        owner->LookAtEntity( ent, seconds );
    }
}

void rvmAIObject::FaceEnemy() {
    if ( owner ) {
        owner->FaceEnemy();
    }
}

void rvmAIObject::FaceEntity( idEntity* ent ) {
    if ( owner ) {
        owner->FaceEntity( ent );
    }
}

bool rvmAIObject::FacingIdeal() const {
    return owner ? owner->FacingIdeal() : true;
}

void rvmAIObject::StopMove() {
    if ( owner ) {
        owner->StopMove();
    }
}

void rvmAIObject::MoveToEnemy() {
    if ( owner ) {
        owner->MoveToEnemy();
    }
}

void rvmAIObject::MoveToEnemyHeight() {
    if ( owner ) {
        owner->MoveToEnemyHeight();
    }
}

void rvmAIObject::MoveToEntity( idEntity* ent ) {
    if ( owner ) {
        owner->MoveToEntity( ent );
    }
}

void rvmAIObject::MoveToPosition( const idVec3& pos ) {
    if ( owner ) {
        owner->MoveToPosition( pos );
    }
}

void rvmAIObject::MoveToAttackPosition( idEntity* ent, const char* animName ) {
    if ( owner && ent && animName && animName[0] ) {
        const int anim = owner->GetAnim( ANIMCHANNEL_LEGS, animName );
        if ( anim ) {
            owner->MoveToAttackPosition( ent, anim );
        }
    }
}

void rvmAIObject::MoveOutOfRange( idEntity* ent, float range ) {
    if ( owner ) {
        owner->MoveOutOfRange( ent, range );
    }
}

void rvmAIObject::MoveToCover() {
    if ( owner ) {
        owner->MoveToCover();
    }
}

void rvmAIObject::Wander() {
    if ( owner ) {
        owner->Wander();
    }
}

bool rvmAIObject::MoveDone() const {
    return owner ? owner->MoveDone() : true;
}

int rvmAIObject::MoveStatus() const {
    return owner ? owner->MoveStatus() : MOVE_STATUS_DONE;
}

bool rvmAIObject::DestinationUnreachable() const {
    return owner ? owner->AI_DEST_UNREACHABLE != 0 : true;
}

idActor* rvmAIObject::GetEnemy() const {
    return owner ? owner->GetEnemy() : NULL;
}

void rvmAIObject::SetEnemy( idEntity* ent ) {
    if ( owner ) {
        owner->SetEnemy( ent );
    }
}

void rvmAIObject::ClearEnemy() {
    if ( owner ) {
        owner->ClearEnemy();
    }
}

bool rvmAIObject::EnemyVisible() const {
    return owner ? owner->AI_ENEMY_VISIBLE != 0 : false;
}

bool rvmAIObject::EnemyInFOV() const {
    return owner ? owner->AI_ENEMY_IN_FOV != 0 : false;
}

bool rvmAIObject::EnemyDead() const {
    return owner ? owner->AI_ENEMY_DEAD != 0 : true;
}

float rvmAIObject::EnemyRange() const {
    return owner ? owner->EnemyRange() : idMath::INFINITY;
}

bool rvmAIObject::CheckForMelee() const {
    return owner ? owner->TestMeleeAttack() != 0 : false;
}

bool rvmAIObject::CanHitEnemy() const {
    return owner ? owner->CanHitEnemy() != 0 : false;
}

bool rvmAIObject::CanHitEnemyFromAnim( const char* animName ) const {
    return owner ? owner->CanHitEnemyFromAnim( animName ) != 0 : false;
}

bool rvmAIObject::EntityInAttackCone( idEntity* ent ) const {
    return owner ? owner->EntityInAttackCone( ent ) != 0 : false;
}

bool rvmAIObject::CanReachEnemy() const {
    return owner ? owner->CanReachEnemy() != 0 : false;
}

bool rvmAIObject::CanReachEntity( idEntity* ent ) const {
    return owner ? owner->CanReachEntity( ent ) != 0 : false;
}

bool rvmAIObject::CanSeeEntity( idEntity* ent ) const {
    return owner ? owner->CanSeeEntity( ent ) != 0 : false;
}

void rvmAIObject::LocateEnemy() {
    if ( owner ) {
        owner->LocateEnemy();
    }
}

bool rvmAIObject::AttackMelee( const char* meleeDefName ) {
    return owner ? owner->AttackMelee( meleeDefName ) != 0 : false;
}

idEntity* rvmAIObject::AttackMissile( const char* jointName ) {
    return owner ? owner->AttackMissile( jointName ) : NULL;
}

void rvmAIObject::MuzzleFlash( const char* jointName ) {
    if ( owner ) {
        owner->MuzzleFlash( jointName );
    }
}

idEntity* rvmAIObject::GetCombatNode() {
    return owner ? owner->GetCombatNode() : NULL;
}

bool rvmAIObject::Pain() const {
    return owner ? owner->AI_PAIN != 0 : false;
}

bool rvmAIObject::Activated() const {
    return owner ? owner->AI_ACTIVATED != 0 : false;
}

void rvmAIObject::ClearActivated() {
    if ( owner ) {
        owner->AI_ACTIVATED = false;
    }
}

bool rvmAIObject::MovingForward() const {
    return owner ? owner->AI_FORWARD != 0 : false;
}

bool rvmAIObject::Blocked() const {
    return owner ? owner->AI_BLOCKED != 0 : false;
}

bool rvmAIObject::ObstacleInPath() const {
    return owner ? owner->AI_OBSTACLE_IN_PATH != 0 : false;
}

void rvmAIObject::AllowMovement( bool allow ) {
    if ( owner ) {
        owner->AllowMovement( allow ? 1.0f : 0.0f );
    }
}

void rvmAIObject::SetMoveType( int moveType ) {
    if ( owner ) {
        owner->SetMoveType( moveType );
    }
}

float rvmAIObject::GetTurnDelta() const {
    return owner ? owner->GetTurnDelta() : 0.0f;
}

void rvmAIObject::TurnTo( float yaw ) {
    if ( owner ) {
        owner->TurnTo( yaw );
    }
}

float rvmAIObject::CurrentYaw() const {
    return owner ? owner->GetCurrentYaw() : 0.0f;
}

void rvmAIObject::TurnToPos( const idVec3& pos ) {
    if ( owner ) {
        owner->TurnToPos( pos );
    }
}

idVec3 rvmAIObject::GetOrigin() const {
    return owner ? owner->GetPhysics()->GetOrigin() : vec3_zero;
}

idVec3 rvmAIObject::GetEnemyPos() const {
    return owner ? owner->GetEnemyPos() : GetOrigin();
}

idVec3 rvmAIObject::PredictEnemyPos( float seconds ) const {
    return owner ? owner->PredictEnemyPos( seconds ) : GetOrigin();
}

idVec3 rvmAIObject::GetLinearVelocity() const {
    return owner ? owner->GetPhysics()->GetLinearVelocity() : vec3_zero;
}

void rvmAIObject::SetLinearVelocity( const idVec3& velocity ) {
    if ( owner ) {
        owner->GetPhysics()->SetLinearVelocity( velocity );
    }
}

float rvmAIObject::AnimLength( int channel, const char* animName ) const {
    if ( !owner || !animName || !animName[0] ) {
        return 0.0f;
    }
    const int anim = owner->GetAnim( channel, animName );
    if ( !anim || !owner->GetAnimator() ) {
        return 0.0f;
    }
    return MS2SEC( owner->GetAnimator()->AnimLength( anim ) );
}

const char* rvmAIObject::ChooseAnim( int channel, const char* animName ) const {
    if ( !owner || !animName || !animName[0] ) {
        return "";
    }

    const int anim = owner->GetAnim( channel, animName );
    if ( !anim ) {
        return "";
    }

    if ( channel == ANIMCHANNEL_HEAD ) {
        return animName;
    }

    return owner->GetAnimator() ? owner->GetAnimator()->AnimFullName( anim ) : "";
}

bool rvmAIObject::TestAnimMove( const char* animName ) const {
    return owner ? owner->TestAnimMove( animName ) != 0 : false;
}

bool rvmAIObject::TestAnimMoveTowardEnemy( const char* animName ) const {
    return owner ? owner->TestAnimMoveTowardEnemy( animName ) != 0 : false;
}

bool rvmAIObject::TestAnimAttack( const char* animName ) const {
    return owner ? owner->TestAnimAttack( animName ) != 0 : false;
}

bool rvmAIObject::TestMoveToPosition( const idVec3& pos ) const {
    return owner ? owner->TestMoveToPosition( pos ) != 0 : false;
}

float rvmAIObject::TravelDistanceToPoint( const idVec3& pos ) const {
    return owner ? owner->TravelDistanceToPoint( pos ) : idMath::INFINITY;
}

float rvmAIObject::TravelDistanceToEntity( idEntity* ent ) const {
    return ( owner && ent ) ? owner->TravelDistanceToEntity( ent ) : idMath::INFINITY;
}

float rvmAIObject::TravelDistanceBetweenPoints( const idVec3& source, const idVec3& dest ) const {
    return owner ? owner->TravelDistanceBetweenPoints( source, dest ) : idMath::INFINITY;
}

idVec3 rvmAIObject::GetReachableEntityPosition( idEntity* ent ) const {
    return ( owner && ent ) ? owner->GetReachableEntityPosition( ent ) : vec3_zero;
}

idVec3 rvmAIObject::GetJumpVelocity( const idVec3& pos, float speed, float maxHeight ) const {
    return owner ? owner->GetJumpVelocity( pos, speed, maxHeight ) : vec3_zero;
}

void rvmAIObject::AttackBegin( const char* damageDefName ) {
    if ( owner ) {
        owner->BeginAttack( damageDefName );
    }
}

void rvmAIObject::AttackEnd() {
    if ( owner ) {
        owner->EndAttack();
    }
}

void rvmAIObject::ChargeAttack( const char* damageDefName ) {
    if ( owner ) {
        owner->ChargeAttack( damageDefName );
    }
}

float rvmAIObject::TestChargeAttack() const {
    return owner ? owner->TestChargeAttack() : 0.0f;
}

idEntity* rvmAIObject::CreateMissile( const char* jointName ) {
    return owner ? owner->CreateMissile( jointName ) : NULL;
}

idEntity* rvmAIObject::FireMissileAtTarget( const char* jointName, const char* targetName ) {
    return owner ? owner->FireMissileAtTarget( jointName, targetName ) : NULL;
}

idEntity* rvmAIObject::LaunchMissile( const idVec3& origin, const idAngles& angles ) {
    return owner ? owner->LaunchMissile( origin, angles ) : NULL;
}

void rvmAIObject::DirectDamage( idEntity* target, const char* damageDefName ) {
    if ( owner && target ) {
        owner->DirectDamage( target, damageDefName );
    }
}

void rvmAIObject::RadiusDamageFromJoint( const char* jointName, const char* damageDefName ) {
    if ( owner ) {
        owner->RadiusDamageFromJoint( jointName, damageDefName );
    }
}

void rvmAIObject::SetFlySpeed( float speed ) {
    if ( owner ) {
        owner->SetFlySpeed( speed );
    }
}

void rvmAIObject::SetFlyOffset( int offset ) {
    if ( owner ) {
        owner->SetFlyOffset( offset );
    }
}

void rvmAIObject::ClearFlyOffset() {
    if ( owner ) {
        owner->ClearFlyOffset();
    }
}

void rvmAIObject::SetHealth( float value ) {
    if ( owner ) {
        owner->SetHealth( value );
    }
}

float rvmAIObject::GetHealth() const {
    return owner ? owner->GetHealth() : 0.0f;
}

void rvmAIObject::AllowDamage() {
    if ( owner ) {
        owner->AllowDamage();
    }
}

void rvmAIObject::IgnoreDamage() {
    if ( owner ) {
        owner->IgnoreDamage();
    }
}

void rvmAIObject::BecomeSolid() {
    if ( owner ) {
        owner->BecomeSolid();
    }
}

void rvmAIObject::BecomeNonSolid() {
    if ( owner ) {
        owner->BecomeNonSolid();
    }
}

void rvmAIObject::PreBurn() {
    if ( owner ) {
        owner->PreBurn();
    }
}

void rvmAIObject::Burn() {
    if ( owner ) {
        owner->Burn();
    }
}

void rvmAIObject::ClearBurn() {
    if ( owner ) {
        owner->ClearBurn();
    }
}

void rvmAIObject::KillEntity( idEntity* ent ) {
    if ( !ent ) {
        return;
    }
    if ( ent->IsType( idAI::Type ) ) {
        static_cast<idAI*>( ent )->Kill();
    } else {
        ent->PostEventMS( &EV_Remove, 0 );
    }
}

idEntity* rvmAIObject::RandomPathFrom( idEntity* from ) const {
    return from ? idPathCorner::RandomPath( from, NULL ) : NULL;
}

idEntity* rvmAIObject::FindEnemy( bool useFOV ) {
    return owner ? owner->FindEnemy( useFOV ? 1 : 0 ) : NULL;
}

idEntity* rvmAIObject::FindEnemyAI( bool useFOV ) {
    return owner ? owner->FindEnemyAI( useFOV ? 1 : 0 ) : NULL;
}

idEntity* rvmAIObject::HeardSound( bool ignoreTeam ) {
    return owner ? owner->HeardSound( ignoreTeam ? 1 : 0 ) : NULL;
}

idEntity* rvmAIObject::FindActorsInBounds( const idVec3& mins, const idVec3& maxs ) {
    return owner ? owner->FindActorsInBounds( mins, maxs ) : NULL;
}

idEntity* rvmAIObject::ClosestReachableEnemyOfEntity( idEntity* teamMate ) {
    return ( owner && teamMate ) ? owner->ClosestReachableEnemyOfEntity( teamMate ) : NULL;
}

idEntity* rvmAIObject::GetRandomTarget( const char* type ) {
    return owner ? owner->GetRandomTarget( type ) : NULL;
}

idVec3 rvmAIObject::GetVectorKey( const char* key, const char* defaultValue ) const {
    return owner ? owner->spawnArgs.GetVector( key, defaultValue ) : vec3_zero;
}

void rvmAIObject::HideEntity( idEntity* ent ) {
    if ( ent ) {
        ent->Hide();
    }
}

void rvmAIObject::ShowEntity( idEntity* ent ) {
    if ( ent ) {
        ent->Show();
    }
}

void rvmAIObject::RemoveEntity( idEntity* ent ) {
    if ( ent ) {
        ent->PostEventMS( &EV_Remove, 0 );
    }
}

int rvmAIObject::GetIntKey( const char* key, const char* defaultValue ) const {
    return owner ? owner->spawnArgs.GetInt( key, defaultValue ) : atoi( defaultValue );
}

int rvmAIObject::GetIntKey( const char* key, int defaultValue ) const {
    if ( !owner ) {
        return defaultValue;
    }
    return owner->spawnArgs.GetInt( key, va( "%d", defaultValue ) );
}

float rvmAIObject::GetFloatKey( const char* key, const char* defaultValue ) const {
    return owner ? owner->spawnArgs.GetFloat( key, defaultValue ) : atof( defaultValue );
}

float rvmAIObject::GetFloatKey( const char* key, float defaultValue ) const {
    if ( !owner ) {
        return defaultValue;
    }
    return owner->spawnArgs.GetFloat( key, va( "%g", defaultValue ) );
}

const char* rvmAIObject::GetKey( const char* key, const char* defaultValue ) const {
    return owner ? owner->spawnArgs.GetString( key, defaultValue ) : defaultValue;
}

idEntity* rvmAIObject::GetEntityKey( const char* key ) const {
    if ( !owner ) {
        return NULL;
    }
    const char* name = owner->spawnArgs.GetString( key, "" );
    return name && name[0] ? gameLocal.FindEntity( name ) : NULL;
}

void rvmAIObject::HideOwner() {
    if ( owner ) {
        owner->Hide();
    }
}

void rvmAIObject::ShowOwner() {
    if ( owner ) {
        owner->Show();
    }
}

bool rvmAIObject::CanBecomeSolid() const {
    return owner ? owner->CanBecomeSolid() != 0.0f : false;
}

void rvmAIObject::SetNeverDormant( bool value ) {
    if ( owner ) {
        owner->fl.neverDormant = value;
    }
}

void rvmAIObject::WakeOnFlashlight( bool value ) {
    if ( owner ) {
        owner->WakeOnFlashlight( value ? 1 : 0 );
    }
}

void rvmAIObject::StartSoundKey( const char* key, int channel, bool netSync ) {
    if ( owner ) {
        owner->StartSound( key, channel, netSync ? SSF_GLOBAL : 0, false, NULL );
    }
}

void rvmAIObject::StartFx( const char* fx ) {
    if ( owner && fx && fx[0] ) {
        idEntityFx::StartFx( fx, NULL, NULL, owner, true );
    }
}

void rvmAIObject::SetSmokeVisibility( int index, bool visible ) {
    if ( owner ) {
        owner->SetSmokeVisibility( index, visible ? 1 : 0 );
    }
}

void rvmAIObject::TriggerParticles( const char* jointName ) {
    if ( owner ) {
        owner->TriggerParticles( jointName );
    }
}

void rvmAIObject::BecomeRagdoll() {
    if ( owner ) {
        owner->BecomeRagdoll();
    }
}

void rvmAIObject::StopThinking() {
    if ( owner ) {
        owner->StopThinking();
    }
}

void rvmAIObject::RemoveOwner() {
    if ( owner ) {
        owner->PostEventMS( &EV_Remove, 0 );
    }
}