Land_Underground_WaterReservoir.c

См. документацию.

class WaterLevelSettings
{
    int WaterLevel;
    float Duration;
    
    void WaterLevelSettings(int pWaterLevel, float pDuration)
    {
        WaterLevel    = pWaterLevel;
        Duration    = pDuration;
    }
}
 
class PressureLevelSettings
{
    int PressureLevel;
    float Duration;
    
    void PressureLevelSettings(int pPressureLevel, float pDuration)
    {
        PressureLevel  = pPressureLevel;
        Duration        = pDuration;
    }
}
 
class WaterLevelSnapshot
{
    float WaterHeight;
    float RemainingDuration;
}
 
class Land_Underground_WaterReservoir : BuildingBase
{
    protected const string OBJECT_NAME_WATER_PLANE               = "Land_Underground_WaterReservoir_Water";
 
    protected const int WL_MIN                                    = 0;
    protected const int WL_ABOVE_PIPES                            = 1;
    protected const int WL_AVERAGE                                = 2;
    protected const int WL_MAX                                    = 3;
    
    protected const int PL_MIN                                    = 0;
    protected const int PL_AVERAGE                                = 1;
    protected const int PL_MAX                                    = 2;
    
    protected const int VALVES_COUNT                            = 2;
    protected const int VALVE_INDEX_DRAIN                      = 0;
    protected const int VALVE_INDEX_FILL                        = 1;
    
    protected const int PIPES_BROKEN_COUNT                        = 2;
    protected const int PIPE_INDEX_BROKEN1                        = 0;    
    protected const int PIPE_INDEX_BROKEN2                        = 1;    
 
    protected const string ANIM_PHASE_VALVE_GAUGE_DRAIN         = "ValveGauge1";
    protected const string ANIM_PHASE_VALVE_GAUGE_FILL           = "ValveGauge2";
    protected const string ANIM_PHASE_VALVE_DRAIN                 = "Valve1";
    protected const string ANIM_PHASE_VALVE_FILL               = "Valve2";
    protected const string VALVE_NAME_DRAIN                     = "valve1";
    protected const string VALVE_NAME_FILL                       = "valve2";
    protected const string PIPE_NAME_BROKEN1                   = "pipe_broken_1";
    protected const string PIPE_NAME_BROKEN2                   = "pipe_broken_2";
    protected const string PIPE_NAME_LEAKING_DRAIN               = "pipe_leaking_1";
    protected const string PIPE_NAME_LEAKING_FILL             = "pipe_leaking_2";
    
    protected const string SOUND_NAME_PIPE_CREAKING             = "WaterObjectUndergroundPipeCreaking_SoundSet";
    protected const string SOUND_NAME_VALVE_MANIPULATION       = "WaterObjectUndergroundValve_SoundSet";
    protected const string SOUND_NAME_PIPE_SPRINKLING_START     = "WaterObjectUndergroundPipeSprinkling_Start_SoundSet";
    protected const string SOUND_NAME_PIPE_SPRINKLING_END     = "WaterObjectUndergroundPipeSprinkling_End_SoundSet";
    protected const string SOUND_NAME_PIPE_SPRINKLING_LOOP1     = "WaterObjectUndergroundPipeSprinkling_Loop1_SoundSet";
    protected const string SOUND_NAME_PIPE_SPRINKLING_LOOP2     = "WaterObjectUndergroundPipeSprinkling_Loop2_SoundSet";
    protected const string SOUND_NAME_UPIPE_SPRINKLING_START   = "WaterObjectUndergroundUnderwaterPipe_Start_SoundSet";
    protected const string SOUND_NAME_UPIPE_SPRINKLING_END       = "WaterObjectUndergroundUnderwaterPipe_End_SoundSet";
    protected const string SOUND_NAME_UPIPE_SPRINKLING_LOOP     = "WaterObjectUndergroundUnderwaterPipe_Loop_SoundSet";
    protected const string SOUND_NAME_WATER_FILL_LOOP         = "WaterObjectUndergroundUnderwaterFill_Loop_SoundSet";
    protected const string SOUND_NAME_WATER_DRAIN_LOOP           = "WaterObjectUndergroundUnderwaterEmpty_Loop_SoundSet";
    
    protected const int PARTICLE_DRAIN_PIPE_MAX_PRESSURE        = ParticleList.WATER_SPILLING;
    protected const int PARTICLE_FILL_PIPE_MAX_PRESSURE      = ParticleList.WATER_SPILLING;
    protected const int PARTICLE_FILL_PIPE_JET                    = ParticleList.WATER_JET;
    protected const int PARTICLE_FILL_PIPE_JET_WEAK              = ParticleList.WATER_JET_WEAK;
    
    protected ref array<ref WaterLevelSettings>                m_DrainValveWaterStageSettings;
    protected ref array<ref PressureLevelSettings>              m_DrainValvePressureStageSettings;
    protected ref array<ref PressureLevelSettings>              m_DrainValvePressureDeanimationSettings; 
    protected ref array<ref WaterLevelSettings>                m_FillValveWaterStageSettings;
    protected ref array<ref PressureLevelSettings>              m_FillValvePressureStageSettings;
    protected ref array<ref PressureLevelSettings>              m_FillValvePressureDeanimationSettings; 
    protected ref WaterLevelSnapshot                          m_WaterLevelSnapshot;
    
    protected int m_DrainValveWaterLevelStageIndex;
    protected int m_DrainValvePressureLevelStageIndex;
    protected int m_FillValveWaterLevelStageIndex;
    protected int m_FillValvePressureLevelStageIndex;
 
    protected static const string WATER_LEVEL_MAX                = "water_level_max";
    protected static const string WATER_LEVEL_AVERAGE            = "water_level_average";
    protected static const string WATER_LEVEL_ABOVE_PIPES        = "water_level_above_pipes";
    protected static const string WATER_LEVEL_MIN                = "water_level_min";
    
    protected const int WATER_LEVELS_COUNT                        = 4;
    protected const string WATER_LEVELS[WATER_LEVELS_COUNT]   = {
        WATER_LEVEL_MAX,
        WATER_LEVEL_AVERAGE,
        WATER_LEVEL_ABOVE_PIPES,
        WATER_LEVEL_MIN
    };
 
    protected int                       m_ValveStatesPacked;
    protected int                       m_ValveStatesPackedPrev;
    protected int                       m_ValveManipulatedIndex;
    protected int                       m_ValveManipulatedIndexPrev;
    protected ref array<string>        m_ValveNames;
    protected ref array<bool>            m_ValveStates;
    protected ref map<string, vector>    m_WaterLevelsAvailable;
    protected int                       m_WaterLevelActual;
    protected int                       m_WaterLevelPrev;
    protected ref array<bool>            m_PressureAnimationRequests;
    protected ref array<bool>            m_PressureDeanimationRequests;
    protected ref array<float>          m_WaterLevelTimesAccumulated;
    protected ref array<float>          m_PressureTimesAccumulated;
    protected int                       m_LastActiveValve;
 
    protected Object                  m_SpawnedWaterObject;
    protected vector                  m_WaterLevelDefault;
    protected float                     m_WaterLevelHeightActual;
    
    protected bool                      m_ValveManipulationSoundRequested;
    protected ref EffectSound            m_ValveManipulationSound;
    protected ref array<EffectSound>  m_PipeSounds;
 
    protected bool                      m_PipeCreakingSoundRequested;
    protected ref EffectSound            m_PipeCreakingSounds;
    
    protected bool                      m_PipeUnderwaterSoundRunning
    protected ref EffectSound            m_PipeUnderwaterSound;
    
    protected ref EffectSound            m_WaterLevelMovementSound;
    
    protected const int PIPE_CREAKING_MIN_TIME_DELAY_MS      = 10000;
    protected const int PIPE_CREAKING_MAX_TIME_DELAY_MS      = 15000;
    protected const int PIPE_CREAKING_SOUND_LOCATIONS_COUNT = 4;
    protected const string PIPE_CREAKING_SOUND_LOCATIONS[PIPE_CREAKING_SOUND_LOCATIONS_COUNT] = {
        "pipe_creaking_sound_pos_1",
        "pipe_creaking_sound_pos_2",
        "pipe_creaking_sound_pos_3",
        "pipe_creaking_sound_pos_4"
    };
    
    protected ref ParticleSourceArray    m_ValveParticles;
    protected ref ParticleSourceArray    m_PipeBrokenParticles; 
    
    
    private ref Timer m_TempHotfixTimer;
    private const float TEMP_HOTIX_TIMESLICE = 0.01;
    
    void Land_Underground_WaterReservoir()
    {
        SetEventMask(EntityEvent.POSTSIMULATE);
        
        Init();
    }
    
    void ~Land_Underground_WaterReservoir()
    {
        CleanSoundEffects();
        CleanVisualEffects();
        
        if (m_TempHotfixTimer)
        {
            m_TempHotfixTimer.Stop();
            m_TempHotfixTimer = null;
        }
    }
    
    override void EOnPostSimulate(IEntity other, float timeSlice)
    {
        #ifndef SERVER
        HandleSoundEffects();
        HandleVisualEffects();
        #endif
        
        if (!g_Game.IsServer())
        {
            return;
        }
        
        int valve;
        float waterHeight, pressureLevel;
        WaterLevelSettings wlStageSettings, wlStageSettingsPrev;
        PressureLevelSettings plStageSettings, plStageSettingsPrev;

        for (valve = 0; valve < VALVES_COUNT; ++valve)
        {
            if (m_LastActiveValve != INDEX_NOT_FOUND && m_LastActiveValve != valve && m_ValveStates[valve] == true)
            {
                wlStageSettings                         = ActualWaterLevelStageSettings(valve);
                m_WaterLevelSnapshot                    = new WaterLevelSnapshot();
                m_WaterLevelSnapshot.WaterHeight        = m_WaterLevelHeightActual;
                m_WaterLevelSnapshot.RemainingDuration  = Math.Clamp(wlStageSettings.Duration - m_WaterLevelTimesAccumulated[valve], 0, wlStageSettings.Duration);
                m_ValveStates[valve]                   = false;
                m_PressureDeanimationRequests[valve]   = true; 
                break;
            }
        }
        
        for (valve = 0; valve < VALVES_COUNT; ++valve)
        {
            if (m_ValveStates[valve] == true)
            {
                wlStageSettingsPrev = PreviousWaterLevelStageSettings(valve);
                wlStageSettings     = ActualWaterLevelStageSettings(valve);

                if (wlStageSettings.Duration == -1.0)
                {
                    m_ValveStates[valve]               = false;
                    m_WaterLevelTimesAccumulated[valve] = 0;
                    m_WaterLevelSnapshot                = null;
                    SyncValveVariables();
                    return;
                }
                
                float adjustedWaterHeight   = WaterLevelToHeight(wlStageSettingsPrev.WaterLevel);
                float adjustedDuration      = wlStageSettings.Duration;
                if (m_WaterLevelSnapshot)
                {
                    adjustedWaterHeight = m_WaterLevelSnapshot.WaterHeight;
                    adjustedDuration    = wlStageSettings.Duration + m_WaterLevelSnapshot.RemainingDuration;
                }
                
                if (m_WaterLevelTimesAccumulated[valve] <= adjustedDuration)
                {
                    float start     = adjustedWaterHeight;
                    float target    = WaterLevelToHeight(wlStageSettings.WaterLevel);
                    waterHeight     = Math.Lerp(start, target, Easing.EaseInOutSine(m_WaterLevelTimesAccumulated[valve] / adjustedDuration));
                    SetWaterLevelHeight(waterHeight);
                }
                else
                {
                    m_WaterLevelTimesAccumulated[valve] = 0;
                    m_WaterLevelSnapshot                = null;
                    AdvanceToNextWaterLevelStageSettings(valve);
                    SetSynchDirty();
                }
                m_WaterLevelTimesAccumulated[valve] = m_WaterLevelTimesAccumulated[valve] + AdjustTime(TEMP_HOTIX_TIMESLICE);
            }
            else
            {
                m_WaterLevelTimesAccumulated[valve] = 0;
                SyncValveVariables();
            }
        }
        
        int allValvesStates = 0;

        for (valve = 0; valve < VALVES_COUNT; ++valve)
        {
            if (m_PressureAnimationRequests[valve] == true)
            {
                bool hasToBeDeanimated  = m_PressureAnimationRequests[valve] == m_PressureDeanimationRequests[valve];
                plStageSettingsPrev     = PreviousPressureLevelStageSettings(valve, hasToBeDeanimated);
                plStageSettings         = ActualPressureLevelStageSettings(valve, hasToBeDeanimated);
                
                if (plStageSettings.Duration == -1.0)
                {
                    m_PressureTimesAccumulated[valve]     = 0;
                    m_PressureAnimationRequests[valve]   = false;
                    SyncValveVariables();
                    return;
                }
                
                if (m_PressureTimesAccumulated[valve] <= plStageSettings.Duration)
                {
                    float plStart   = PressureLevelToValue(plStageSettingsPrev.PressureLevel);
                    float plTarget  = PressureLevelToValue(plStageSettings.PressureLevel);
                    pressureLevel   = Math.Lerp(plStart, plTarget, m_PressureTimesAccumulated[valve] / plStageSettings.Duration);
                    SetValvePressureLevelGauge(valve, pressureLevel);
                }
                else
                {
                    m_PressureTimesAccumulated[valve] = 0;
                    if (hasToBeDeanimated && IsValvePressureLevelGaugeAtBase(valve))
                    {
                        m_PressureDeanimationRequests[valve] = false;
                        SetDefaultPressureLevelStageSettings(valve);
                    }
                    else
                    {
                        AdvanceToNextPressureLevelStageSettings(valve);
                        SetSynchDirty();
                    }
                }
    
                m_PressureTimesAccumulated[valve] = m_PressureTimesAccumulated[valve] + AdjustTime(TEMP_HOTIX_TIMESLICE);
            }
            else
            {
                m_PressureTimesAccumulated[valve] = 0;
            }
            
            
            allValvesStates += m_PressureAnimationRequests[valve];
            if (allValvesStates == false)
            {
                SyncValveVariables();
            }
        }
    }
 
    override void OnVariablesSynchronized()
    {
        super.OnVariablesSynchronized();
        
        m_ValveStates = UnpackBitsToArrayOfBoolStates(m_ValveStatesPacked, VALVES_COUNT);
        
        if (!m_ValveManipulationSoundRequested)
            PlayValveManipulationSound();
        
        if (m_ValveManipulatedIndex == -1)
            m_ValveManipulationSoundRequested = false;
    }
    
    override void SetActions()
    {
        super.SetActions();
 
        AddAction(ActionTurnValveUndergroundReservoir);
    }
    
    override bool HasTurnableValveBehavior()
    {
        return true;
    }
    
    protected void Init()
    {
        m_ValveNames                            = new array<string>();
        m_ValveStates                          = new array<bool>();
        m_PressureAnimationRequests              = new array<bool>();
        m_PressureDeanimationRequests          = new array<bool>();
        m_WaterLevelTimesAccumulated            = new array<float>();
        m_PressureTimesAccumulated                = new array<float>();
        m_WaterLevelsAvailable                    = new map<string, vector>();
        m_DrainValveWaterStageSettings            = new array<ref WaterLevelSettings>(); 
        m_DrainValvePressureStageSettings      = new array<ref PressureLevelSettings>();       
        m_DrainValvePressureDeanimationSettings  = new array<ref PressureLevelSettings>();       
        m_FillValveWaterStageSettings          = new array<ref WaterLevelSettings>();
        m_FillValvePressureStageSettings        = new array<ref PressureLevelSettings>();
        m_FillValvePressureDeanimationSettings    = new array<ref PressureLevelSettings>();
        m_WaterLevelSnapshot                    = null;
        
        m_WaterLevelActual                        = WL_AVERAGE;
        m_WaterLevelPrev                        = WL_AVERAGE;
 
        m_LastActiveValve                      = INDEX_NOT_FOUND;
        m_ValveManipulatedIndex                  = -1;
        m_ValveManipulatedIndexPrev              = -1;
        
        m_PipeSounds                            = new array<EffectSound>();
        m_ValveParticles                        = new ParticleSourceArray();
        m_PipeBrokenParticles                  = new ParticleSourceArray();
        
        int i = 0;
        for (i = 0; i < VALVES_COUNT; ++i)
        {
            m_ValveNames.Insert("none");
            m_ValveStates.Insert(false);
            m_PressureAnimationRequests.Insert(false);
            m_PressureDeanimationRequests.Insert(false);
            m_WaterLevelTimesAccumulated.Insert(-1);
            m_PressureTimesAccumulated.Insert(-1);
            m_PipeSounds.Insert(null);
            m_ValveParticles.Insert(null);
        }
        
        for (i = 0; i < PIPES_BROKEN_COUNT; ++i)
        {
            m_PipeBrokenParticles.Insert(null);
        }
 
        RegisterNetSyncVariableInt("m_ValveStatesPacked", 0);
        RegisterNetSyncVariableInt("m_ValveManipulatedIndex", -1, VALVES_COUNT - 1);
        RegisterNetSyncVariableInt("m_WaterLevelActual", WL_MIN, WL_MAX);
        RegisterNetSyncVariableInt("m_WaterLevelPrev", WL_MIN, WL_MAX);
 
        g_Game.GetCallQueue(CALL_CATEGORY_SYSTEM).CallLater(LateInit, 250);
        
        m_TempHotfixTimer = new Timer();
        m_TempHotfixTimer.Run(TEMP_HOTIX_TIMESLICE, this, "EOnPostSimulate", null, true);
    }
    
    protected void LateInit()
    {
        RegisterValve(VALVE_NAME_DRAIN, VALVE_INDEX_DRAIN);
        RegisterValve(VALVE_NAME_FILL, VALVE_INDEX_FILL);
 
        TranslateMemoryPointsToWaterLevels();
        
        ConfigureValvesAndGaugesCourse();
        
        m_WaterLevelDefault  = m_WaterLevelsAvailable[WATER_LEVEL_AVERAGE];
 
        if (g_Game.IsServer())
        {
            m_SpawnedWaterObject = g_Game.CreateObjectEx(OBJECT_NAME_WATER_PLANE, m_WaterLevelDefault, ECE_CREATEPHYSICS);
            m_SpawnedWaterObject.SetOrientation(GetOrientation());
            SetWaterLevelHeight(m_WaterLevelDefault[1]);
        }
        
        g_Game.RegisterNetworkStaticObject(this);
        SetSynchDirty();
    }
    
    protected void ConfigureValvesAndGaugesCourse()
    {
        m_DrainValveWaterStageSettings.Insert(new WaterLevelSettings(WL_AVERAGE, -1.0));
        m_DrainValveWaterStageSettings.Insert(new WaterLevelSettings(WL_MIN, 40.0));
        m_DrainValveWaterStageSettings.Insert(new WaterLevelSettings(WL_MIN, 200.0));
        m_DrainValveWaterStageSettings.Insert(new WaterLevelSettings(WL_AVERAGE, 360.0));
        
        m_DrainValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MIN, -1.0));
        m_DrainValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MAX, 40.0));
        m_DrainValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MAX, 200.0));
        m_DrainValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MIN, 360.0));
        
        m_DrainValvePressureDeanimationSettings.Insert(new PressureLevelSettings(PL_AVERAGE, -1));
        m_DrainValvePressureDeanimationSettings.Insert(new PressureLevelSettings(PL_MIN, 5.0));
        
        m_FillValveWaterStageSettings.Insert(new WaterLevelSettings(WL_AVERAGE, -1.0));
        m_FillValveWaterStageSettings.Insert(new WaterLevelSettings(WL_MAX, 40.0));
        m_FillValveWaterStageSettings.Insert(new WaterLevelSettings(WL_MAX, 100.0));
        m_FillValveWaterStageSettings.Insert(new WaterLevelSettings(WL_AVERAGE, 40.0));

        m_FillValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MAX, -1.0));
        m_FillValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MIN, 40.0));
        m_FillValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MIN, 100.0));
        m_FillValvePressureStageSettings.Insert(new PressureLevelSettings(PL_MAX, 40.0));
        
        m_FillValvePressureDeanimationSettings.Insert(new PressureLevelSettings(PL_AVERAGE, -1.0));
        m_FillValvePressureDeanimationSettings.Insert(new PressureLevelSettings(PL_MAX, 5.0));
    }
    
    override bool IsValveTurnable(int pValveIndex)
    {
        return !IsValveActive(pValveIndex) && IsValvePressureLevelGaugeAtBase(pValveIndex);
    }
    
    protected bool IsAnyValveActive()
    {
        for (int i = 0; i < m_ValveStates.Count(); ++i)
        {
            if (m_ValveStates[i])
            {
                return true;
            }
        }
        
        return false;
    }
    
    protected bool IsValveActive(int pValveIndex)
    {
        return pValveIndex >= 0 && pValveIndex <= VALVES_COUNT && m_ValveStates[pValveIndex];
    }
    
    override int GetTurnableValveIndex(int pComponentIndex)
    {
        string targetedValveName = GetActionComponentName(pComponentIndex);
        for (int i = 0; i < m_ValveNames.Count(); ++i)
        {
            if (m_ValveNames[i] == targetedValveName)
            {
                return i;
            }
        }
        
        return INDEX_NOT_FOUND;
    }
    
    void OnValveManipulationStart(int pValveIndex)
    {
        if (g_Game.IsServer())
        {
            AnimateValve(pValveIndex, 1);
            m_ValveManipulatedIndex = pValveIndex;
            SetSynchDirty();
        }
    }
    
    void OnValveManipulationEnd(int pValveIndex)
    {
        if (g_Game.IsServer())
        {
            switch (pValveIndex)
            {
            case VALVE_INDEX_DRAIN:
                m_ValveStates[pValveIndex]                 = true;
                m_PressureAnimationRequests[pValveIndex]     = true;
                m_DrainValveWaterLevelStageIndex            = 1;
                m_DrainValvePressureLevelStageIndex      = 1;
                SetLastActiveValve(pValveIndex);
                AnimateValve(pValveIndex, 0);
            break;
            case VALVE_INDEX_FILL:
                m_ValveStates[pValveIndex]                 = true;
                m_PressureAnimationRequests[pValveIndex]     = true;
                m_FillValveWaterLevelStageIndex          = 1;
                m_FillValvePressureLevelStageIndex            = 1;
                AnimateValve(pValveIndex, 0);
                SetLastActiveValve(pValveIndex);
            break;
            }
 
            SyncValveVariables();
        }
    }
    
    void OnValveManipulationCanceled(int pValveIndex)
    {
        if (g_Game.IsServer())
        {
            AnimateValve(pValveIndex, 0);
            m_ValveManipulatedIndex = -1;
            SetSynchDirty();
        }   
    }
    
    array<vector> GetValveAligningPointsWS(int pValveIndex)
    {
        vector posPoint, dirPoint = vector.Zero;
        
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            posPoint = GetMemoryPointPosition(string.Format("%1_align_pos", VALVE_NAME_DRAIN));
            dirPoint = GetMemoryPointPosition(string.Format("%1_align_dir", VALVE_NAME_DRAIN));
        break;
        case VALVE_INDEX_FILL:
            posPoint = GetMemoryPointPosition(string.Format("%1_align_pos", VALVE_NAME_FILL));
            dirPoint = GetMemoryPointPosition(string.Format("%1_align_dir", VALVE_NAME_FILL));
        break;
        }
        
        array<vector> valvePositions = new array<vector>();
        valvePositions.Insert(posPoint);
        valvePositions.Insert(dirPoint);
 
        return valvePositions;
    }
 
    protected void SetLastActiveValve(int pValveIndex)
    {
        m_LastActiveValve = pValveIndex;
    }
    
    protected void SetWaterLevelHeight(float pHeight)
    {
        if (g_Game && g_Game.IsServer())
        {
            vector pos                    = Vector(m_WaterLevelDefault[0], pHeight, m_WaterLevelDefault[2]);
            m_WaterLevelHeightActual    = pHeight;
            m_WaterLevelActual            = HeightToWaterLevel(pHeight);
 
            if (m_SpawnedWaterObject)
            {
                m_SpawnedWaterObject.SetPosition(pos);
            }
        }
    }
    
    protected void RegisterValve(string pCompName, int pIndex)
    {
        m_ValveNames.Set(pIndex, pCompName);
        m_ValveStates.Set(pIndex, false);
        m_PressureAnimationRequests.Set(pIndex, 0);
        m_PressureDeanimationRequests.Set(pIndex, 0);
        m_WaterLevelTimesAccumulated.Set(pIndex, 0);
        m_PressureTimesAccumulated.Set(pIndex, false);
        m_PipeSounds.Set(pIndex, null);
    }
    
    protected void TranslateMemoryPointsToWaterLevels()
    {
        m_WaterLevelsAvailable.Clear();
        for (int i = 0; i < WATER_LEVELS_COUNT; ++i)
        {
            if (MemoryPointExists(WATER_LEVELS[i]))
            {
                if (!m_WaterLevelsAvailable.Contains(WATER_LEVELS[i]))
                {
                    m_WaterLevelsAvailable.Insert(WATER_LEVELS[i], ModelToWorld(GetMemoryPointPos(WATER_LEVELS[i])));
                }
            }
        }
    }
    
    protected float WaterLevelToHeight(int pWaterLevel)
    {
        switch (pWaterLevel)
        {
        case WL_MIN:
            return m_WaterLevelsAvailable[WATER_LEVEL_MIN][1];
        case WL_ABOVE_PIPES:
            return m_WaterLevelsAvailable[WATER_LEVEL_ABOVE_PIPES][1];     
        case WL_AVERAGE:
            return m_WaterLevelsAvailable[WATER_LEVEL_AVERAGE][1];
        case WL_MAX:
            return m_WaterLevelsAvailable[WATER_LEVEL_MAX][1];
        }
        
        return 0;
    }
    
    protected int HeightToWaterLevel(float pHeight)
    {
        if (pHeight <= m_WaterLevelsAvailable[WATER_LEVEL_MIN][1])
        {
            return WL_MIN;
        }
        else if (pHeight > m_WaterLevelsAvailable[WATER_LEVEL_MIN][1] && pHeight <= m_WaterLevelsAvailable[WATER_LEVEL_ABOVE_PIPES][1])
        {
            return WL_ABOVE_PIPES;
        }
        else if (pHeight > m_WaterLevelsAvailable[WATER_LEVEL_ABOVE_PIPES][1] && pHeight <= m_WaterLevelsAvailable[WATER_LEVEL_AVERAGE][1])
        {
            return WL_AVERAGE;
        }
        else if (pHeight < m_WaterLevelsAvailable[WATER_LEVEL_MAX][1] && pHeight >= m_WaterLevelsAvailable[WATER_LEVEL_AVERAGE][1])
        {
            return WL_AVERAGE;
        }
 
        return WL_MAX;
    }
    
    protected float PressureLevelToValue(int pPressureLevel)
    {
        switch (pPressureLevel)
        {
        case PL_MIN:
            return 0.0;
        case PL_AVERAGE:
            return 0.5;
        case PL_MAX:
            return 1.0;
        }
        
        return 0.0;
    }
    
    protected WaterLevelSettings PreviousWaterLevelStageSettings(int pValveIndex)
    {
        WaterLevelSettings wlStageSettings;
 
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            if (m_DrainValveWaterLevelStageIndex > 0)
            {
                wlStageSettings = m_DrainValveWaterStageSettings.Get(m_DrainValveWaterLevelStageIndex - 1);
            }
            else
            {
                wlStageSettings = m_DrainValveWaterStageSettings.Get(m_DrainValveWaterLevelStageIndex);
            }
        break;
        case VALVE_INDEX_FILL:
            if (m_FillValveWaterLevelStageIndex > 0)
            {
                wlStageSettings = m_FillValveWaterStageSettings.Get(m_FillValveWaterLevelStageIndex - 1);
            }
            else
            {
                wlStageSettings = m_FillValveWaterStageSettings.Get(m_FillValveWaterLevelStageIndex);
            }
        break;
        }
        
        m_WaterLevelPrev = wlStageSettings.WaterLevel;
        SetSynchDirty();
        
        return wlStageSettings;
    }
    
    protected WaterLevelSettings ActualWaterLevelStageSettings(int pValveIndex)
    {
        WaterLevelSettings wlStageSettings;
 
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            wlStageSettings = m_DrainValveWaterStageSettings.Get(m_DrainValveWaterLevelStageIndex);
        break;
        case VALVE_INDEX_FILL:
            wlStageSettings = m_FillValveWaterStageSettings.Get(m_FillValveWaterLevelStageIndex);
        break;
        }
 
        return wlStageSettings;
    }
 
    protected void AdvanceToNextWaterLevelStageSettings(int pValveIndex)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            if (m_DrainValveWaterLevelStageIndex < m_DrainValveWaterStageSettings.Count() - 1)
            {
                m_DrainValveWaterLevelStageIndex++;
            }
            else
            {
                m_DrainValveWaterLevelStageIndex = 0;
            }
        break;
        case VALVE_INDEX_FILL:
            if (m_FillValveWaterLevelStageIndex < m_FillValveWaterStageSettings.Count() - 1)
            {
                m_FillValveWaterLevelStageIndex++;
            }
            else
            {
                m_FillValveWaterLevelStageIndex = 0;
            }
        break;
        }
    }
    
    protected PressureLevelSettings PreviousPressureLevelStageSettings(int pValveIndex, bool pDeanimationRequest = false)
    {
        PressureLevelSettings plStageSettings;
 
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            if (pDeanimationRequest)
            {
                plStageSettings = m_FillValvePressureDeanimationSettings[0];
                return plStageSettings;
            }
            
            if (m_DrainValvePressureLevelStageIndex > 0)
            {
                plStageSettings = m_DrainValvePressureStageSettings.Get(m_DrainValvePressureLevelStageIndex - 1);
            }
            else
            {
                plStageSettings = m_DrainValvePressureStageSettings.Get(m_DrainValvePressureLevelStageIndex);
            }
        break;
        case VALVE_INDEX_FILL:
            if (pDeanimationRequest)
            {
                plStageSettings = m_FillValvePressureDeanimationSettings[0];
                return plStageSettings;
            }
 
            if (m_FillValvePressureLevelStageIndex > 0)
            {
                plStageSettings = m_FillValvePressureStageSettings.Get(m_FillValvePressureLevelStageIndex - 1);
            }
            else
            {
                plStageSettings = m_FillValvePressureStageSettings.Get(m_FillValvePressureLevelStageIndex);
            }
        break;
        }
        
        return plStageSettings;
    }
    
    protected PressureLevelSettings ActualPressureLevelStageSettings(int pValveIndex, bool pDeanimationRequest = false)
    {
        PressureLevelSettings plStageSettings;
 
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            if (pDeanimationRequest)
            {
                plStageSettings = m_DrainValvePressureDeanimationSettings[1];
                return plStageSettings;
            }
 
            plStageSettings = m_DrainValvePressureStageSettings.Get(m_DrainValvePressureLevelStageIndex);
        break;
        case VALVE_INDEX_FILL:
            if (pDeanimationRequest)
            {
                plStageSettings = m_FillValvePressureDeanimationSettings[1];
                return plStageSettings;
            }
 
            plStageSettings = m_FillValvePressureStageSettings.Get(m_FillValvePressureLevelStageIndex);
        break;
        }
 
        return plStageSettings;
    }
 
    protected void AdvanceToNextPressureLevelStageSettings(int pValveIndex)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            if (m_DrainValvePressureLevelStageIndex < m_DrainValvePressureStageSettings.Count() - 1)
            {
                m_DrainValvePressureLevelStageIndex++;
            }
            else
            {
                m_DrainValvePressureLevelStageIndex = 0;
            }
        break;
        case VALVE_INDEX_FILL:
            if (m_FillValvePressureLevelStageIndex < m_FillValvePressureStageSettings.Count() - 1)
            {
                m_FillValvePressureLevelStageIndex++;
            }
            else
            {
                m_FillValvePressureLevelStageIndex = 0;
            }
        break;
        }
    }
    
    protected void SetDefaultPressureLevelStageSettings(int pValveIndex)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            m_DrainValvePressureLevelStageIndex = 0;
        break;
        case VALVE_INDEX_FILL:
            m_FillValvePressureLevelStageIndex = 0;
        break;
        }
    }
    
    protected void AnimateValve(int pValveIndex, float pPhase)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            SetAnimationPhase(ANIM_PHASE_VALVE_DRAIN, pPhase);
        break;
        case VALVE_INDEX_FILL:
            SetAnimationPhase(ANIM_PHASE_VALVE_FILL, pPhase);  
        break;
        }       
    }
    
    protected void SetValvePressureLevelGauge(int pValveIndex, float pValue)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            SetAnimationPhase(ANIM_PHASE_VALVE_GAUGE_DRAIN, pValue);
        break;
        case VALVE_INDEX_FILL:
            SetAnimationPhase(ANIM_PHASE_VALVE_GAUGE_FILL, pValue);  
        break;
        }
    }
    
    protected float GetValvePressureLevelGauge(int pValveIndex)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            return GetAnimationPhase(ANIM_PHASE_VALVE_GAUGE_DRAIN);
        break;
        case VALVE_INDEX_FILL:
            return GetAnimationPhase(ANIM_PHASE_VALVE_GAUGE_FILL);   
        break;
        }
        
        return 0;
    }
    
    protected bool IsValvePressureLevelGaugeAtBase(int pValveIndex)
    {
        switch (pValveIndex)
        {
        case VALVE_INDEX_DRAIN:
            return GetValvePressureLevelGauge(pValveIndex) <= 0.01;
        break;
        case VALVE_INDEX_FILL:
            return GetValvePressureLevelGauge(pValveIndex) >= 0.99;
        break;
        }
        
        return 0.0;
    }
    
    protected float AdjustTime(float originalTime)
    {
        #ifdef DIAG_DEVELOPER
        float timeAccel = 1;
        if (FeatureTimeAccel.GetFeatureTimeAccelEnabled(ETimeAccelCategories.UNDERGROUND_RESERVOIR))
        {
            timeAccel = FeatureTimeAccel.GetFeatureTimeAccelValue();
            return originalTime * timeAccel;
        }
        #endif
        return originalTime;
    }
 
    protected vector GetMemoryPointPosition(string pMemoryPoint)
    {
        vector pos = vector.Zero;
 
        if (MemoryPointExists(pMemoryPoint))
        {
            pos = GetMemoryPointPos(pMemoryPoint);
            pos = ModelToWorld(pos);
        }
        else
        {
            ErrorEx(string.Format("Memory point %1 not found, falling back to vector.Zero", pMemoryPoint));
        }       
        
        return pos;
    }
    
    protected void HandleSoundEffects()
    {
        HandleSoundEffectsPipeCreaking();
        HandleSoundEffectsPipeSprinkling();
        HandleSoundEffectsUnderwaterPipeSounds();
        HandleSoundEffectsWaterLevelMovementSounds();
    }
    
    protected void PlayValveManipulationSound()
    {
        switch (m_ValveManipulatedIndex)
        {
            case VALVE_INDEX_DRAIN:
                m_ValveManipulationSoundRequested = PlaySoundSetAtMemoryPoint(m_ValveManipulationSound, SOUND_NAME_VALVE_MANIPULATION, VALVE_NAME_DRAIN);
                break;
            case VALVE_INDEX_FILL:
                m_ValveManipulationSoundRequested = PlaySoundSetAtMemoryPoint(m_ValveManipulationSound, SOUND_NAME_VALVE_MANIPULATION, VALVE_NAME_FILL);
                break;
        }
    }
    
    protected void HandleSoundEffectsPipeCreaking()
    {
        if (IsAnyValveActive())
        {
            if ((m_PipeCreakingSounds == null && !m_PipeCreakingSoundRequested) || !m_PipeCreakingSoundRequested)
            {
                m_PipeCreakingSoundRequested = true;
                int randomDelay = Math.RandomInt(PIPE_CREAKING_MIN_TIME_DELAY_MS, PIPE_CREAKING_MAX_TIME_DELAY_MS);
                g_Game.GetCallQueue(CALL_CATEGORY_SYSTEM).CallLater(PlayPipeCreakingSoundOnLocation, randomDelay, false);
            }
        }
        else
        {
            if (m_PipeCreakingSounds)
            {
                StopSoundSet(m_PipeCreakingSounds);
                m_PipeCreakingSounds = null;
            }
        }
    }
    
    protected void HandleSoundEffectsPipeSprinkling()
    {   
        if (!m_PipeSounds || m_PipeSounds.Count() == 0)
        {
            return;
        }
        
        EffectSound snd;
 
        EffectSound sndDrain, sndFill;
        float drainPressureLevel = GetValvePressureLevelGauge(VALVE_INDEX_DRAIN);
        if (drainPressureLevel >= 0.4 && drainPressureLevel < 0.8)
        {
            if (m_PipeSounds[VALVE_INDEX_DRAIN] == null)
            {
                PlaySoundSetAtMemoryPoint(sndDrain, SOUND_NAME_PIPE_SPRINKLING_START, VALVE_NAME_DRAIN, false, 0.0, 0.5);
                m_PipeSounds[VALVE_INDEX_DRAIN] = sndDrain;
                snd = m_PipeSounds[VALVE_INDEX_DRAIN];
                StopSoundSet(snd);
                m_PipeSounds[VALVE_INDEX_DRAIN] = null;
                PlaySoundSetAtMemoryPointLooped(sndDrain, SOUND_NAME_PIPE_SPRINKLING_LOOP1, VALVE_NAME_DRAIN, 0.5, 0.5);
                m_PipeSounds[VALVE_INDEX_DRAIN] = sndDrain;
            }
        }
        
        if (drainPressureLevel < 0.4)
        {
            if (m_PipeSounds[VALVE_INDEX_DRAIN] != null)
            {
                snd = m_PipeSounds[VALVE_INDEX_DRAIN];
                StopSoundSet(snd);
                m_PipeSounds[VALVE_INDEX_DRAIN] = null;
            }
        }

 
        float fillPressureLevel = GetValvePressureLevelGauge(VALVE_INDEX_FILL);
        if (fillPressureLevel >= 0.4)
        {
            if (m_PipeSounds[VALVE_INDEX_FILL] == null)
            {
                PlaySoundSetAtMemoryPoint(sndFill, SOUND_NAME_PIPE_SPRINKLING_START, VALVE_NAME_FILL, false, 0.0, 0.5);
                snd = m_PipeSounds[VALVE_INDEX_FILL];
                StopSoundSet(snd);
                m_PipeSounds[VALVE_INDEX_FILL] = null;
                PlaySoundSetAtMemoryPointLooped(sndFill, SOUND_NAME_PIPE_SPRINKLING_LOOP2, VALVE_NAME_FILL, 0.5, 0.5);
                m_PipeSounds[VALVE_INDEX_FILL] = sndFill;
            }
        }
 
        if (fillPressureLevel < 0.4)
        {
            if (m_PipeSounds[VALVE_INDEX_FILL] != null)
            {
                snd = m_PipeSounds[VALVE_INDEX_FILL];
                StopSoundSet(snd);
                m_PipeSounds[VALVE_INDEX_FILL] = null;
            }
        }
    }
 
    protected void HandleSoundEffectsUnderwaterPipeSounds()
    {
        if (IsValveActive(VALVE_INDEX_FILL))
        {
            if ((m_WaterLevelActual == WL_ABOVE_PIPES) || (m_WaterLevelActual == WL_MAX && m_WaterLevelPrev == WL_AVERAGE))
            {
                if (m_PipeUnderwaterSound == null)
                {
                    PlaySoundSetAtMemoryPoint(m_PipeUnderwaterSound, SOUND_NAME_UPIPE_SPRINKLING_START, PIPE_NAME_BROKEN1, false, 0.0, 0.5);
                    StopSoundSet(m_PipeUnderwaterSound);
                    m_PipeUnderwaterSound = null;
                    m_PipeUnderwaterSoundRunning = PlaySoundSetAtMemoryPointLooped(m_PipeUnderwaterSound, SOUND_NAME_UPIPE_SPRINKLING_LOOP, PIPE_NAME_BROKEN1, 0.0, 0.5);
                }
            }
            else if (m_WaterLevelActual == m_WaterLevelPrev)
            {
                if (m_PipeUnderwaterSound)
                {
                    StopSoundSet(m_PipeUnderwaterSound);
                    if (m_PipeUnderwaterSoundRunning)
                    {
                        PlaySoundSetAtMemoryPoint(m_PipeUnderwaterSound, SOUND_NAME_UPIPE_SPRINKLING_END, PIPE_NAME_BROKEN1, false, 0.0, 0.5);
                        m_PipeUnderwaterSoundRunning = false;
                    }
                }
            }
        }
    }
    
    protected void HandleSoundEffectsWaterLevelMovementSounds()
    {
        if (m_WaterLevelActual < m_WaterLevelPrev)
        {
            if (m_WaterLevelMovementSound == null)
            {
                PlaySoundSetAtMemoryPointLooped(m_WaterLevelMovementSound, SOUND_NAME_WATER_DRAIN_LOOP, PIPE_NAME_BROKEN1, 0.0, 0.5);
            }
        }
        else if (m_WaterLevelActual > m_WaterLevelPrev)
        {
            if (m_WaterLevelMovementSound == null)
            {
                PlaySoundSetAtMemoryPointLooped(m_WaterLevelMovementSound, SOUND_NAME_WATER_FILL_LOOP, PIPE_NAME_BROKEN1, 0.0, 0.5);
            }   
        }
        else if (m_WaterLevelActual == m_WaterLevelPrev)
        {
            if (m_WaterLevelMovementSound)
            {
                StopSoundSet(m_WaterLevelMovementSound);
            }
        }
    }
    
    protected void CleanSoundEffects()
    {
        SEffectManager.DestroySound(m_PipeSounds[VALVE_INDEX_DRAIN]);
        SEffectManager.DestroySound(m_PipeSounds[VALVE_INDEX_FILL]);
    }
    
    protected void PlayPipeCreakingSoundOnLocation()
    {
        m_PipeCreakingSoundRequested = false;
        int index = Math.RandomInt(0, PIPE_CREAKING_SOUND_LOCATIONS_COUNT);
        PlaySoundSetAtMemoryPoint(m_PipeCreakingSounds, SOUND_NAME_PIPE_CREAKING, PIPE_CREAKING_SOUND_LOCATIONS[index]);
    }
    
    protected void HandleVisualEffects()
    {
        if (GetValvePressureLevelGauge(VALVE_INDEX_DRAIN) >= 0.4)
        {
            if (m_ValveParticles[VALVE_INDEX_DRAIN] == null)
            {
                m_ValveParticles[VALVE_INDEX_DRAIN] = ParticleManager.GetInstance().PlayInWorldEx(PARTICLE_DRAIN_PIPE_MAX_PRESSURE, null, GetMemoryPointPosition(PIPE_NAME_LEAKING_DRAIN), GetOrientation() + "0 -90 165", true);
            }
        }
        
        if (GetValvePressureLevelGauge(VALVE_INDEX_DRAIN) <= 0.4)
        {
            if (m_ValveParticles[VALVE_INDEX_DRAIN] != null)
            {
                m_ValveParticles[VALVE_INDEX_DRAIN].StopParticle();
                m_ValveParticles[VALVE_INDEX_DRAIN] = null;
            }
        }
        
        if (GetValvePressureLevelGauge(VALVE_INDEX_FILL) >= 0.4)
        {
            if (m_ValveParticles[VALVE_INDEX_FILL] == null)
            {
                m_ValveParticles[VALVE_INDEX_FILL] = ParticleManager.GetInstance().PlayInWorldEx(PARTICLE_FILL_PIPE_MAX_PRESSURE, null, GetMemoryPointPosition(PIPE_NAME_LEAKING_FILL), GetOrientation() + "0 90 -90", true);
            }
        }
        
        if (GetValvePressureLevelGauge(VALVE_INDEX_FILL) <= 0.4)
        {
            if (m_ValveParticles[VALVE_INDEX_FILL] != null)
            {
                m_ValveParticles[VALVE_INDEX_FILL].StopParticle();
                m_ValveParticles[VALVE_INDEX_FILL] = null;
            }
        }
        
        
        if (IsValveActive(VALVE_INDEX_FILL))
        {
            if ((m_WaterLevelActual == WL_ABOVE_PIPES) || (m_WaterLevelActual == WL_MAX && m_WaterLevelPrev == WL_AVERAGE))
            {
                if (m_PipeBrokenParticles[PIPE_INDEX_BROKEN1] == null)
                {
                    m_PipeBrokenParticles[PIPE_INDEX_BROKEN1] = ParticleManager.GetInstance().PlayInWorldEx(PARTICLE_FILL_PIPE_JET, null, GetMemoryPointPosition(PIPE_NAME_BROKEN1), GetOrientation() + "0 0 0", true);
                }
                
                if (m_PipeBrokenParticles[PIPE_INDEX_BROKEN2])
                {
                    m_PipeBrokenParticles[PIPE_INDEX_BROKEN2].StopParticle();
                    m_PipeBrokenParticles[PIPE_INDEX_BROKEN2] = null;
                }
            }
        }
        
        if ((m_WaterLevelActual == WL_ABOVE_PIPES && m_WaterLevelPrev == WL_AVERAGE))
        {
            if (m_PipeBrokenParticles[PIPE_INDEX_BROKEN2] == null)
            {
                m_PipeBrokenParticles[PIPE_INDEX_BROKEN2] = ParticleManager.GetInstance().PlayInWorldEx(PARTICLE_FILL_PIPE_JET_WEAK, null, GetMemoryPointPosition(PIPE_NAME_BROKEN2), GetOrientation() + "0 0 0", true);
            }
        }
        
        if (m_WaterLevelActual >= WL_AVERAGE)
        {
            for (int pipe = 0; pipe < m_PipeBrokenParticles.Count(); ++pipe)
            {
                if (m_PipeBrokenParticles[pipe])
                {
                    m_PipeBrokenParticles[pipe].StopParticle();
                    m_PipeBrokenParticles[pipe] = null;
                }
            }
        }
    }
    
    protected void CleanVisualEffects()
    {
        for (int valve = 0; valve < VALVES_COUNT; ++valve)
        {
            if (m_ValveParticles[valve])
            {
                m_ValveParticles[valve].StopParticle();
                m_ValveParticles[valve] = null;
            }
        }
        
        for (int pipe = 0; pipe < m_PipeBrokenParticles.Count(); ++pipe)
        {
            if (m_PipeBrokenParticles[pipe])
            {
                m_PipeBrokenParticles[pipe].StopParticle();
                m_PipeBrokenParticles[pipe] = null;
            }
        }
    }
    
 
    
    protected void ResetState()
    {
        SetWaterLevelHeight(m_WaterLevelsAvailable[WATER_LEVEL_AVERAGE][1]);
        SetValvePressureLevelGauge(VALVE_INDEX_DRAIN, 0.0);
        SetValvePressureLevelGauge(VALVE_INDEX_FILL, 1.0);
        m_DrainValveWaterLevelStageIndex            = 0;
        m_DrainValvePressureLevelStageIndex          = 0;
        m_FillValveWaterLevelStageIndex              = 0;
        m_FillValvePressureLevelStageIndex            = 0;
        m_ValveStates                              = {0, 0};
        m_PressureAnimationRequests                  = {0, 0};
        m_PressureDeanimationRequests              = {0, 0};
        m_WaterLevelTimesAccumulated                = {0, 0};
        m_PressureTimesAccumulated                    = {0, 0};
        m_LastActiveValve                          = -1;
        m_WaterLevelHeightActual                    = WaterLevelToHeight(WL_AVERAGE);
        m_PipeCreakingSoundRequested                = false;
        m_ValveManipulatedIndex                      = -1;
        m_ValveManipulatedIndexPrev                  = -1;
        SetSynchDirty();
        CleanSoundEffects();
    }
    
    protected void SyncValveVariables()
    {
        if (g_Game)
        {
            m_ValveStatesPacked = PackArrayOfBoolStatesIntoBits(m_ValveStates);
            if (m_ValveStatesPacked != m_ValveStatesPackedPrev)
            {
                m_ValveStatesPackedPrev = m_ValveStatesPacked;
                SetSynchDirty();
            }
        }
    }
    
    protected int PackArrayOfBoolStatesIntoBits(array<bool> pStates)
    {
        int packedBits = 0;
   
        for (int i = 0; i < pStates.Count(); ++i)
        {
            if (pStates[i] == true)
            {
                packedBits |= 1 << i;
            }
        }
        
        return packedBits;
    }
    
    protected array<bool> UnpackBitsToArrayOfBoolStates(int pPackedBits, int pArrayLength)
    {
        array<bool> unpackedBools = new array<bool>();
        for (int i = 0; i < pArrayLength; ++i)
        {
            if ((pPackedBits & 1 << i) != 0)
            {
                unpackedBools.Insert(true);
            }
            else
            {
                unpackedBools.Insert(false);
            }
        }
        
        return unpackedBools;
    }
    
#ifdef DEVELOPER
    override protected string GetDebugText()
    {
        string debug_output = "";
        debug_output += string.Format("\nm_WaterLevelActual: %1", m_WaterLevelActual);
        debug_output += string.Format("\nm_WaterLevelPrev: %1", m_WaterLevelPrev);
        debug_output += string.Format("\nm_ValveManipulatedIndex: %1", m_ValveManipulatedIndex);
 
        int valve;
        for (valve = 0; valve < VALVES_COUNT; ++valve)
        {
            debug_output += string.Format("\nvalve %1 state:%2 | pressure req: %2", valve, m_ValveStates[valve], m_PressureAnimationRequests[valve]);
        }
 
        return debug_output;    
    }
    
    override void GetDebugActions(out TSelectableActionInfoArrayEx outputList)
    {
        outputList.Insert(new TSelectableActionInfoWithColor(SAT_DEBUG_ACTION, EActions.SPECIALIZED_ACTION1, "Reset state", FadeColors.LIGHT_GREY));
        outputList.Insert(new TSelectableActionInfoWithColor(SAT_DEBUG_ACTION, EActions.SPECIALIZED_ACTION2, "Drain", FadeColors.LIGHT_GREY));
        outputList.Insert(new TSelectableActionInfoWithColor(SAT_DEBUG_ACTION, EActions.SPECIALIZED_ACTION3, "Fill", FadeColors.LIGHT_GREY));
        outputList.Insert(new TSelectableActionInfoWithColor(SAT_DEBUG_ACTION, EActions.SEPARATOR, "___________________________", FadeColors.RED));
        
        super.GetDebugActions(outputList);
    }
    
    override bool OnAction(int action_id, Man player, ParamsReadContext ctx)
    {
        if (super.OnAction(action_id, player, ctx))
            return true;
        if (g_Game.IsServer() || !g_Game.IsMultiplayer())
        {
            if (action_id == EActions.SPECIALIZED_ACTION1)
            {
                ResetState();
                ActualWaterLevelStageSettings(VALVE_INDEX_DRAIN);
                PreviousWaterLevelStageSettings(VALVE_INDEX_DRAIN);
                ActualWaterLevelStageSettings(VALVE_INDEX_FILL);
                PreviousWaterLevelStageSettings(VALVE_INDEX_FILL);
            }
            else if (action_id == EActions.SPECIALIZED_ACTION2)
            {
                ResetState();
                m_ValveStates[VALVE_INDEX_DRAIN]              = 1;
                m_PressureAnimationRequests[VALVE_INDEX_DRAIN]  = 1;
                m_DrainValveWaterLevelStageIndex                = 1;
                m_DrainValvePressureLevelStageIndex          = 1;
                SetLastActiveValve(VALVE_INDEX_DRAIN);
            }
            else if (action_id == EActions.SPECIALIZED_ACTION3)
            {
                ResetState();
                m_ValveStates[VALVE_INDEX_FILL]                    = 1;
                m_PressureAnimationRequests[VALVE_INDEX_FILL]    = 1;
                m_FillValveWaterLevelStageIndex              = 1;
                m_FillValvePressureLevelStageIndex                = 1;
                SetLastActiveValve(VALVE_INDEX_FILL);
                SetSynchDirty();
            }
        }
        return false;
    }
    
    
#endif
}
 
class Land_Underground_WaterReservoir_Water : BuildingBase {}