ShockHandler.c

См. документацию.

class ShockHandler
{   
    protected const float                   UPDATE_THRESHOLD = 3; //NOTE : The lower, the more precise but the more synchronization
    const float                             VALUE_CHECK_INTERVAL = 0.95; //in seconds
    private const int                       INTENSITY_FACTOR = 1; //How intense the vignette effect will be, the higher the value, the stronger the effect
    private const int                       VIGNETTE_INTENSITY_MAX = 1; //Max BASE intensity of the vignette effect (w/o. bobbing). 0..2, where 2 is full screen coverage
    private const int                       VIGNETTE_INTENSITY_MAX_TOTAL = 2; //Max TOTAL intensity of the vignette effect (w. bobbing). 0..2, where 2 is full screen coverage
    private const float                     SMOOTHING_MAX_INCR = 0.05; //max smoothing change INCREASE per update
    private const float                     SMOOTHING_MAX_DECR = 0.01; //max smoothing change DECREASE per update
    //bobbing constants
    private const float                     PULSE_PERIOD = 0.5; //The time it takes for pulse to do a full cycle
    private const float                     PULSE_AMPLITUDE = 0.05; //This is a multiplier, keep below 1 or expect the unexpected
    
    protected float                         m_Shock;
    protected float                         m_LastEffectIntensityValue; //for interpolation only
    protected float                         m_ShockValueMax;
    protected float                         m_CumulatedShock; 
    private float                           m_TimeSinceLastTick = VALUE_CHECK_INTERVAL + 1;
    private float                           m_ShockMultiplier = 1;
    private float                           m_PrevVignette; //Previous shock-adjecent value (some normalization required). Client sets it only on regular ShockHandler update!
    
    //bobbing effect
    private float                           m_PulseTimer;
    
    //PPE
    PPERequester_TunnelVisionEffects        m_Requester;
    protected ref Param1<float>             m_Param;
    
    protected PlayerBase                  m_Player;
    
    void ShockHandler(PlayerBase player)
    {
        m_Player = player;
        m_Player.m_CurrentShock = m_Player.GetMaxHealth("", "Shock");
        m_ShockValueMax = m_Player.GetMaxHealth("", "Shock");
        m_PrevVignette = m_Player.m_CurrentShock / m_ShockValueMax; //Equivalent to divided by 100
        m_Requester = PPERequester_TunnelVisionEffects.Cast(PPERequesterBank.GetRequester(PPERequester_TunnelVisionEffects));
        m_Param = new Param1<float>(0);
        
        //loegacy stuff
        m_ShockValueThreshold = m_ShockValueMax * 0.95;
    }
 
    void Update(float deltaT)
    {
        m_TimeSinceLastTick += deltaT;
        m_PulseTimer += deltaT;
        
        //periodical update, just in case
        if (m_TimeSinceLastTick > VALUE_CHECK_INTERVAL)
        {
            if (g_Game.IsClient())
            {
                //ShockHitEffect(m_PrevVignette * m_ShockValueMax);
                m_PrevVignette = m_Player.m_CurrentShock / m_ShockValueMax;
            }
            
            CheckValue(false);
            m_TimeSinceLastTick = 0;
        }
        
        if (g_Game.IsClient())
        {
            float valAdjusted = BaseEffectIntensityCalc();
            
            if (valAdjusted <= 0)
            {
                if (m_Requester.IsRequesterRunning())
                    m_Requester.Stop();
                
                return;
            }
            
            //Add bobbing to create pulsing effect
            valAdjusted = AddEffectBobbing(valAdjusted);
            
            m_Param.param1 = valAdjusted;
            m_Requester.Start(m_Param);
        }
    }
    
    float GetCurrentShock()
    {
        return m_Player.m_CurrentShock;
    }
    
    float GetShock()
    {
        return m_Shock;
    }
    
    void SetShock(float dealtShock)
    {
        m_Shock += dealtShock;
        CheckValue(false);
    }
    
    //Inflict shock damage
    private void DealShock()
    {
        if (g_Game.IsServer())
            m_Player.GiveShock(-m_CumulatedShock);
    }
    
    //Passing a value of FALSE will only check the values, a value of TRUE will force a synchronization (don't use too often)
    void CheckValue(bool forceUpdate)
    {
        m_CumulatedShock += m_Shock; // increment on both client and server
        
        if (forceUpdate)
            m_PrevVignette = NormalizeShockVal(m_Player.m_CurrentShock);
        
        if (g_Game.IsServer())
        {
            if (m_CumulatedShock >= UPDATE_THRESHOLD || forceUpdate)
            {
                m_CumulatedShock *= m_ShockMultiplier;
                DealShock();
                m_CumulatedShock = 0;
                m_Shock = 0;
            
                Synchronize();
            }
            
            m_Player.m_CurrentShock = m_Player.GetHealth("", "Shock");
        }
    }
    
    protected void Synchronize()
    {
        DayZPlayerSyncJunctures.SendShock(m_Player, m_Player.m_CurrentShock);
    }
    
    protected float BaseEffectIntensityCalc()
    {
        float effectIntensity = 1 - Easing.EaseInQuart(NormalizeShockVal(m_Player.m_CurrentShock));
        
        //smoothing
        if (effectIntensity != m_LastEffectIntensityValue)
            effectIntensity = Math.Clamp(effectIntensity,m_LastEffectIntensityValue - SMOOTHING_MAX_DECR, m_LastEffectIntensityValue + SMOOTHING_MAX_INCR);
        
        m_LastEffectIntensityValue = effectIntensity;
        
        return effectIntensity;
    }
    
    protected float AddEffectBobbing(float baseVal)
    {
        float ret = baseVal;
        float bobbingVal = 0.0;
        
        if (m_Player.m_CurrentShock > m_ShockValueMax * 0.8)
            bobbingVal = MiscGameplayFunctions.Bobbing(PULSE_PERIOD, PULSE_AMPLITUDE, m_PulseTimer);
        ret += bobbingVal;
        ret = Math.Clamp(ret,0,VIGNETTE_INTENSITY_MAX_TOTAL);
        
        return ret;
    }
    
    float SetMultiplier(float mult)
    {
        m_ShockMultiplier = mult;
        return m_ShockMultiplier;
    }
    
    private float NormalizeShockVal(float shock)
    {
        float base = m_ShockValueMax * INTENSITY_FACTOR;
        float normShock = shock / base;
        return normShock;
    }
    
    private float LerpVignette(float x, float y, float deltaT)
    {
        float output;
        output = Math.Lerp(x, y, deltaT);
        return output;
    }
    
    //Deprecated stuff below//
    private const int                       LIGHT_SHOCK_HIT = 33; 
    private const int                       MID_SHOCK_HIT = 67; 
    private const int                       HEAVY_SHOCK_HIT = 100; 
    protected float                         m_ShockValueThreshold; 
    private float                           m_LerpRes; 
    
    private void ShockHitEffect(float compareBase)
    {
        float shockDifference = compareBase - m_Player.m_CurrentShock;
        if (shockDifference >= UPDATE_THRESHOLD)
        {
            if (m_CumulatedShock < 25)
                m_Player.SpawnShockEffect(MiscGameplayFunctions.Normalize(LIGHT_SHOCK_HIT, 100)); 
            else if (m_CumulatedShock < 50)
                m_Player.SpawnShockEffect(MiscGameplayFunctions.Normalize(MID_SHOCK_HIT, 100));
            else
                m_Player.SpawnShockEffect(MiscGameplayFunctions.Normalize(HEAVY_SHOCK_HIT, 100));
        }
    }
};