Файл CatchingContextTraps.c

См. исходные тексты.

Структуры данных
class	CatchingContextTrapsBase
class	CatchingContextTrapFishLarge

Функции
CatchingContextTrapsBase CatchingContextBase	InitCatchMethodMask ()
void	DeserializeData (Param par)
void	CreateResultDataStructure ()
void	ClearCatchingItemData ()
void	InitItemValues (EntityAI item)
	override to init context-specific values
float	AdjustBaitItemChance (EntityAI item)
	Allows for adjustment of all catch probabilities from item qualities (damage, qty...)
void	InitCatchEnviroMask ()
void	Init (Param par)
void	SetupInitialTypes ()
void	UpdateDataAndMasks ()
int	UpdateTrapEnviroMask ()
void	SetTrapEnviroMask (int value)
void	UpdateUsedBait (ECatchingBaitCategories type)
	if non-empty bait type is used, some 'Bait' attachment is picked as an active bait (currently no direct link between item and sensitivity-weighted target probability)
override void	UpdateBaseProbability (YieldItemBase yItem)
	updates base probability when catching the specific item (some context subclasses only)
override bool	ModifySignalProbability (inout float probability)
void	RemoveBait ()
void	ReduceBaitQty (float qtyNorm)

Переменные
float	m_CumulativeTrappingSuccess
	after N attempts, the chance to catch should be this. Only highest one applies. @NOTE: Take care, only way to achieve guaranteed 1.0 chance at the end is to have EVERY chance at 1.0.
int	m_AttemptsCount
ItemBase	m_Bait

Функции

AdjustBaitItemChance()

float AdjustBaitItemChance ( EntityAI item )

protected

Allows for adjustment of all catch probabilities from item qualities (damage, qty...)

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

ClearCatchingItemData()

void ClearCatchingItemData ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

CreateResultDataStructure()

void CreateResultDataStructure ( )

protected

DeserializeData()

void DeserializeData ( Param par )

protected

    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {

Перекрестные ссылки m_MethodMask и AnimalCatchingConstants::MASK_METHOD_FISHTRAP_LARGE.

Используется в Init().

Init()

void Init ( Param par )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

InitCatchEnviroMask()

void InitCatchEnviroMask ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

InitCatchMethodMask()

CatchingContextTrapsBase CatchingContextBase InitCatchMethodMask

(

)

    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }

Используется в CatchingContextTrapsBase::UpdateDataAndMasks().

InitItemValues()

void InitItemValues ( EntityAI item )

protected

override to init context-specific values

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

Используется в InitCatchingItemData().

ModifySignalProbability()

override bool ModifySignalProbability ( inout float probability )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

ReduceBaitQty()

void ReduceBaitQty ( float qtyNorm )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

RemoveBait()

void RemoveBait ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

SetTrapEnviroMask()

void SetTrapEnviroMask ( int value )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

Используется в ItemBase::SetActive().

SetupInitialTypes()

void SetupInitialTypes ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

UpdateBaseProbability()

override void UpdateBaseProbability ( YieldItemBase yItem )

protected

updates base probability when catching the specific item (some context subclasses only)

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

Используется в GenerateResult().

UpdateDataAndMasks()

void UpdateDataAndMasks ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

UpdateTrapEnviroMask()

int UpdateTrapEnviroMask ( )

protected

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

Используется в ItemBase::OnPlacementComplete() и ItemBase::SetActive().

UpdateUsedBait()

void UpdateUsedBait ( ECatchingBaitCategories type )

protected

if non-empty bait type is used, some 'Bait' attachment is picked as an active bait (currently no direct link between item and sensitivity-weighted target probability)

                               : CatchingContextBase
{
 
    protected float m_CumulativeTrappingSuccess;
    protected int m_AttemptsCount;
    protected ItemBase m_Bait;
    
    override protected void DeserializeData(Param par)
    {
        Param2<EntityAI,int> p;
        if (Class.CastTo(p,par))
        {
            m_MainItem = p.param1;
            m_AttemptsCount = p.param2;
        }
    }
    
    override protected void CreateResultDataStructure()
    {
        m_Result = new CatchingResultTrapBase(m_MainItem);
        
        super.CreateResultDataStructure();
    }
    
    override protected void ClearCatchingItemData()
    {
        super.ClearCatchingItemData();
        
        m_CumulativeTrappingSuccess = 0.0;
        m_QualityBaseMod = 0.0;
        m_QualityDispersionMinMod = 0.0;
        m_QualityDispersionMaxMod = 0.0; 
    }
    
    override protected void InitItemValues(EntityAI item)
    {
        //skip ruined or deleted items entirely
        if (item.IsRuined() || item.IsSetForDeletion())
            return;
        
        string path = "" + CFG_VEHICLESPATH + " " + item.GetType() + " Trapping";
        if (GetGame().ConfigIsExisting(path))
        {
            if (GetGame().ConfigIsExisting(path + " baitTypes") && GetGame().ConfigIsExisting(path + " baitTypeChances"))
            {
                CachedObjectsArrays.ARRAY_INT.Clear();
                CachedObjectsArrays.ARRAY_FLOAT.Clear();
                GetGame().ConfigGetIntArray(path + " baitTypes",CachedObjectsArrays.ARRAY_INT);
                GetGame().ConfigGetFloatArray(path + " baitTypeChances",CachedObjectsArrays.ARRAY_FLOAT);
                int count = CachedObjectsArrays.ARRAY_INT.Count();
                if (count == CachedObjectsArrays.ARRAY_FLOAT.Count())
                {
                    int key;
                    float value;
                    for (int i = 0; i < count; i++)
                    {
                        key = CachedObjectsArrays.ARRAY_INT[i];
                        value = AdjustBaitItemChance(item) * CachedObjectsArrays.ARRAY_FLOAT[i];
                        if (!m_BaitCompatibilityMap.Contains(key) || (m_BaitCompatibilityMap.Get(key).m_BaseProbability < value))
                        {
                            m_BaitCompatibilityMap.Set(key,new BaitData(value,item));
                        }
                    }
                }
                else
                {
                    ErrorEx("'baitTypes' and 'baitTypeChances' arrray counts of " + item.GetType() + " do not match!",ErrorExSeverity.INFO);
                }
            }
            if (GetGame().ConfigIsExisting(path + " resultQuantityBaseMod"))
                m_QualityBaseMod += GetGame().ConfigGetFloat(path + " resultQuantityBaseMod");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMin"))
                m_QualityDispersionMinMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMin");
            if (GetGame().ConfigIsExisting(path + " resultQuantityDispersionMax"))
                m_QualityDispersionMaxMod += GetGame().ConfigGetFloat(path + " resultQuantityDispersionMax");
        }
    }
    
    float AdjustBaitItemChance(EntityAI item)
    {
        float ret = 1.0;
        ItemBase ib;
        if (Class.CastTo(ib,item))
        {
            //ret *= ib.GetBaitEffectivity(); //disconnected for the Time Being
        }
        
        return ret;
    }
    
    override protected void InitCatchEnviroMask()
    {
        vector pos = m_MainItem.GetPosition();
        if (GetGame().SurfaceIsSea(pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_SEA;
        else if (GetGame().SurfaceIsPond( pos[0], pos[2]))
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_POND;
        else
            m_EnviroMask = AnimalCatchingConstants.MASK_ENVIRO_LAND_ALL;
    }
    
    override protected void Init(Param par)
    {
        super.Init(par);
        
        GenerateResult();
    }
    
    override protected void SetupInitialTypes()
    {
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("********************"); //just for debug purposes to track the start
            Print("dbgTrapz | START");
            Print("********************");
        }
        #endif
        
        super.SetupInitialTypes();
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            Print("***"); //just for debug purposes to track the start
        }
        #endif
    }
    
    void UpdateDataAndMasks()
    {
        InitCatchingItemData();
        InitCatchMethodMask(); //bait check
        //InitCatchEnviroMask(); //skipping, raycasts are unreliable outside network bubbles
        SetupInitialTypes();
        SetupProbabilityArray();
    }
    
    int UpdateTrapEnviroMask()
    {
        InitCatchEnviroMask();
        return GetCatchEnviroMask();
    }
    
    void SetTrapEnviroMask(int value)
    {
        m_EnviroMask = value;
    }
    
    void UpdateUsedBait(ECatchingBaitCategories type)
    {
        m_Bait = null;
        if (type != ECatchingBaitCategories.BAIT_TYPE_EMPTY)
        {
            BaitData dta = m_BaitCompatibilityMap.Get(type);
            if (dta)
            {
                ItemBase potentialBait = ItemBase.Cast(dta.m_Owner);
                if (potentialBait != m_MainItem)
                    m_Bait = potentialBait;
            }
            else
                ErrorEx("failed to acquire BaitData from type: " + type);
        }
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            if (m_Bait)
                Print("dbgTrapz | UpdateUsedBait to: " + m_Bait + " | with base bait probability used: " + m_BaitCompatibilityMap.Get(type).m_BaseProbability);
            else
                Print("dbgTrapz | UpdateUsedBait to 'null'!");
        }
        #endif
    }
    
    override void UpdateBaseProbability(YieldItemBase yItem)
    {
        int baitType = ECatchingBaitCategories.BAIT_TYPE_EMPTY;
        int usedType = -1;
        float probability = -1;
        float highestProbability = 0.0;
        int count = m_BaitCompatibilityMap.Count();
        for (int i = 0; i < count; i++)
        {
            baitType = m_BaitCompatibilityMap.GetKey(i);
            probability = m_BaitCompatibilityMap.Get(baitType).m_BaseProbability * yItem.GetBaitTypeSensitivity(baitType);
            if (probability > highestProbability)
            {
                highestProbability = probability;
                usedType = baitType;
            }
        }
        
        m_CumulativeTrappingSuccess = Math.Clamp(highestProbability,0,1);
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            //Print("********************");
            Print("dbgTrapz | using bait type: " + baitType + " to catch: " + yItem);
        }
        #endif
        UpdateUsedBait(usedType);
        
        #ifdef DEVELOPER
        if (IsCLIParam("catchingLogs"))
        {
            float dbgProb;
            ModifySignalProbability(dbgProb);
            Print("dbgTrapz | starting catching of " + yItem + " | at probability: " + dbgProb + " | with target success: " + m_CumulativeTrappingSuccess);
        }
        #endif
    }
    
    override bool ModifySignalProbability(inout float probability)
    {
        probability = 1 - Math.Pow((1 - m_CumulativeTrappingSuccess),(1/m_AttemptsCount));
        
        return true;
    }
    
    void RemoveBait()
    {
        if (m_Bait)
            m_Bait.DeleteSafe();
    }
    
    void ReduceBaitQty(float qtyNorm)
    {
        if (m_Bait)
        {
            if (m_Bait.HasQuantity() && !m_Bait.CanBeSplit())
                m_Bait.SetQuantityNormalized((m_Bait.GetQuantityNormalized() - qtyNorm));
            else
                m_Bait.DeleteSafe();
        }
    }
}
 
class CatchingContextTrapFishSmall : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_SMALL;
    }
}
 
class CatchingContextTrapFishLarge : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_FISHTRAP_LARGE;
    }
}
 
class CatchingContextTrapLandSnare : CatchingContextTrapsBase
{
    override protected void InitCatchMethodMask()
    {
        m_MethodMask = AnimalCatchingConstants.MASK_METHOD_LANDTRAP_SNARE;
    }
}

Переменные

m_AttemptsCount

int m_AttemptsCount

protected

m_Bait

ItemBase m_Bait

protected

m_CumulativeTrappingSuccess

m_CumulativeTrappingSuccess

protected

after N attempts, the chance to catch should be this. Only highest one applies. @NOTE: Take care, only way to achieve guaranteed 1.0 chance at the end is to have EVERY chance at 1.0.