Граф наследования:RainProcurementHandler:

Защищенные члены
void	RainProcurementHandler (MissionBaseWorld mission)

void	QueueStart (RainProcurementComponentBase component)

void	QueueStop (RainProcurementComponentBase component)

void	Update (float timeslice)

bool	ProcessBatch ()
	returns 'true' when all the batches are finished

void	Cleanup ()

void	Reset ()

void	HandleChangedComponents ()

void	CheckUpdating ()

float	GetLiquidAmountCoef ()

float	DetermineAmountCoef ()
	scalable on handler level

Защищенные данные
MissionBaseWorld	m_Mission

ref set< RainProcurementComponentBase >	m_ActiveComponents

ref set< RainProcurementComponentBase >	m_ChangedQueue

ref set< int >	m_CleanupQueue

const int	UPDATE_BATCH_SIZE = 20

const int	UPDATE_TIME = 10

bool	m_Update

bool	m_ProcessComponents

bool	m_ProcessingFinished

int	m_NextToProcessIdx

float	m_UpdateTimer

float	m_LiquidAmountCoef

Дополнительные унаследованные члены
Закрытые члены унаследованные от Managed
void	IntroSceneCharacter ()

void	~IntroSceneCharacter ()

bool	IsDefaultCharacter ()

void	SetToDefaultCharacter ()

void	SetCharacterID (int char_id)

int	GetCharacterID ()

PlayerBase	GetCharacterObj ()

TStringArray	GetCharGenderList ()

TStringArray	GetCharList (ECharGender gender)

TStringArray	GetCharShirtsList ()

TStringArray	GetCharPantsList ()

TStringArray	GetCharShoesList ()

void	SetCharacterGender (ECharGender gender)

bool	IsCharacterFemale ()

ECharGender	GetCharacterGender ()

vector	GetPosition ()

int	GetNextCharacterID ()

int	GetPrevCharacterID ()

void	CreateNewCharacterRandom ()

void	CreateNewCharacterById (int character_id)

void	CreateNewCharacterByName (string character_name, bool randomize_equip=true)

void	CreateDefaultCharacter ()

void	GetLastPlayedServer (int characterID, out string address, out string name, out int port)

void	GetLastPlayedServerEx (int characterID, out string address, out string name, out int port, out int steamQueryPort)

void	CreateNewCharacter ()

void	LoadCharacterData (vector char_pos, vector char_rot, bool default_char=false)
	Generates random equip for the new IntroSceneCharacter, whatever is defined in 'cfgCharacterCreation'.

void	CharacterUnload ()

void	CharacterLoad (int character_id, vector char_pos, vector char_rot)

void	SetupPlayerName (bool new_name)

void	SetAttachment (string type, int slot)

string	GetCharacterNameById (int char_id)

string	GetCharacterName ()

void	SaveCharName (string name)

void	SaveDefaultCharacter ()

void	TransferValues (PlayerBase player)

void	Init ()

void	OnScheduledTick (float deltatime)

void	CheckValues ()

float	GetBlood ()

float	GetHealth ()

void	CheckHealth ()

void	CheckBlood ()

void	SendInitValues ()
	Sends values on object creation.

void	SendValue (int value_type, float value)

void	ReceiveValue (int value_type, float value)

void	OnRPC (ParamsReadContext ctx)

void	ShowDebugValues (bool show)

void	BleedingIndicator (int source_ID, int severity, GameplayEffectsDataBleeding parent)

void	InitIndicator (vector position)

void	StopIndicator (bool instant=false)

void	StartRunningDrops ()

bool	IsRunningDrops ()
	Are any drops currently being animated?

void	TrySpawnNextDrop ()

void	ResetSequence ()

void	ResetIndicator ()

void	Update (float timeSlice)

bool	GetEndNow ()

int	GetSeverity ()

void	GameplayEffectsData (array< ref Widget > input, int type, int user_override=-1)

void	Init (array< ref Widget > input, int type, Widget layout_root, int user_override=-1)

array< ref Widget >	GetWidgetSet ()

int	GetWidgetSetType ()

int	GetWidgetSetID ()

bool	HasDefinedHandle ()
	Returns 'true' if this class contains update info.

bool	DataInitialized ()

void	UpdateVisibility (bool state)

void	RegisterData (Param p)

void	Update (float timeSlice=0, Param p=null, int handle=-1)

void	ForceStop ()

Закрытые данные унаследованные от Managed
int	m_CharacterId

string	m_CharacterType

MenuData	m_CharacterDta

PlayerBase	m_CharacterObj

vector	m_CharacterPos

vector	m_CharacterRot

ref TStringArray	m_CharGenderList = new TStringArray

ref TStringArray	m_CharShirtList = new TStringArray

ref TStringArray	m_CharPantsList = new TStringArray

ref TStringArray	m_CharShoesList = new TStringArray

ref map< ECharGender, ref array< string > >	m_Characters = new map<ECharGender, ref array<string>>

ECharGender	m_CharGender

bool	m_InitialSyncSent

bool	m_Initialized

bool	m_Terminating = false

bool	m_EndNow = false

bool	m_IsRunning = false

int	m_DropSpawnsQueued

int	m_ActiveDropsCount

int	m_Severity

int	m_SourceID

GameplayEffectsDataBleeding	m_ParentMetaData

array< float >	m_DropProbabilityArray

float	m_AverageFrequency

float	m_SequenceTick

float	m_SequenceDuration

float	m_TimeElapsedTotal

float	m_TimeElapsedSequence

float	m_LastDropSpawnTime

float	m_DropSpawnMinDelay

float	m_DropSpawnMaxDelay

int	m_CurrentDropProbabilityStep

int	m_DropProbabilityRollsCount

vector	m_BasePosition

ref set< ref BleedingIndicatorDropData >	m_ActiveDrops

ref set< int >	m_CleanupQueue

ref array< ref Widget >	m_WidgetArray

int	m_Type

int	m_WidgetSetIdentifier

Widget	m_LayoutRoot

Подробное описание

Конструктор(ы)

◆ RainProcurementHandler()

void RainProcurementHandler ( MissionBaseWorld mission )

inlineprotected

    {
        m_Mission = mission;
        m_Update = false;
        m_ProcessComponents = false;
        m_ProcessingFinished = true;
        m_ActiveComponents = new set<RainProcurementComponentBase>;
        m_ChangedQueue = new set<RainProcurementComponentBase>;
        m_CleanupQueue = new set<int>;
        m_NextToProcessIdx = 0;
        m_UpdateTimer = 0;
    }

Перекрестные ссылки m_ActiveComponents, m_ChangedQueue, m_CleanupQueue, m_Mission, m_NextToProcessIdx, m_ProcessComponents, m_ProcessingFinished, m_Update, m_UpdateTimer и mission.

Методы

◆ CheckUpdating()

void CheckUpdating ( )

inlineprotected

    {
        m_Update = m_ActiveComponents.Count() != 0;
    }

Перекрестные ссылки m_ActiveComponents и m_Update.

Используется в Update().

◆ Cleanup()

void Cleanup ( )

inlineprotected

    {
        int count = m_CleanupQueue.Count();
        if (count == 0)
            return;
        
        for (int i = count - 1; i > -1; i--)
        {
            m_ActiveComponents.Remove(m_CleanupQueue[i]);
        }
        m_CleanupQueue.Clear();
    }

Перекрестные ссылки m_ActiveComponents и m_CleanupQueue.

Используется в Update().

◆ DetermineAmountCoef()

float DetermineAmountCoef ( )

inlineprotected

scalable on handler level

    {
        return GetGame().GetWeather().GetRain().GetActual();
    }

Перекрестные ссылки GetGame().

Используется в Update().

◆ GetLiquidAmountCoef()

float GetLiquidAmountCoef ( )

inlineprotected

    {
        return m_LiquidAmountCoef;
    }

Перекрестные ссылки m_LiquidAmountCoef.

◆ HandleChangedComponents()

void HandleChangedComponents ( )

inlineprotected

    {
        RainProcurementComponentBase component;
        int count = m_ChangedQueue.Count();
        int idx;
        
        for (int  i = 0; i < count; i++)
        {
            component = m_ChangedQueue[i];
            if (!component)
                continue;
            
            if (component.IsActive())
            {
                m_ActiveComponents.Insert(component);
            }
            else
            {
                idx = m_ActiveComponents.Find(component);
                if (idx != -1)
                    m_ActiveComponents.Remove(idx);
            }
        }
        m_ChangedQueue.Clear();
    }

Перекрестные ссылки component, m_ActiveComponents и m_ChangedQueue.

Используется в Update().

◆ ProcessBatch()

bool ProcessBatch ( )

inlineprotected

returns 'true' when all the batches are finished

    {
        bool ret = false;
        int count = m_ActiveComponents.Count();
        int target = (int)Math.Clamp(m_NextToProcessIdx + UPDATE_BATCH_SIZE,0,count);
        
        for (m_NextToProcessIdx; m_NextToProcessIdx < target; m_NextToProcessIdx++)
        {
            if (m_ActiveComponents[m_NextToProcessIdx])
                m_ActiveComponents[m_NextToProcessIdx].OnUpdate(m_UpdateTimer, m_LiquidAmountCoef);
            else
                m_CleanupQueue.Insert(m_NextToProcessIdx);
        }
        
        ret = target == count;
        if (ret)
        {
            m_NextToProcessIdx = 0;
        }
        
        return ret;
    }

Перекрестные ссылки Math::Clamp(), m_ActiveComponents, m_CleanupQueue, m_LiquidAmountCoef, m_NextToProcessIdx, m_UpdateTimer и UPDATE_BATCH_SIZE.

Используется в Update().

◆ QueueStart()

void QueueStart ( RainProcurementComponentBase component )

inlineprotected

    {
        m_ChangedQueue.Insert(component);
        m_Update = true;
    }

Перекрестные ссылки component, m_ChangedQueue и m_Update.

Используется в RainProcurementComponentBase::StartRainProcurement().

◆ QueueStop()

void QueueStop ( RainProcurementComponentBase component )

inlineprotected

    {
        m_ChangedQueue.Insert(component);
        m_Update = true;
    }

Перекрестные ссылки component, m_ChangedQueue и m_Update.

Используется в RainProcurementComponentBase::StopRainProcurement().

◆ Reset()

void Reset ( )

inlineprotected

    {
        m_ProcessComponents = false;
        m_ProcessingFinished = true;
        m_UpdateTimer = 0;
    }

Перекрестные ссылки m_ProcessComponents, m_ProcessingFinished и m_UpdateTimer.

Используется в Update().

◆ Update()

void Update ( float timeslice )

inlineprotected

    {
        if (!m_Update)
            return;
        
        if (m_ProcessComponents)
        {
            if (m_ProcessingFinished) //do on start and after the batch is finished
            {
                m_LiquidAmountCoef = DetermineAmountCoef();
                if (m_LiquidAmountCoef == 0) //skip processing when not raining
                {
                    Reset();
                    return;
                }
            }
            
            m_ProcessingFinished = ProcessBatch();
            
            if (m_ProcessingFinished)
            {
                Reset();
            }
        }
        else
        {
            m_UpdateTimer += timeslice;
            if (m_UpdateTimer >= UPDATE_TIME)
            {
                HandleChangedComponents();
                Cleanup();
                CheckUpdating();
                m_ProcessComponents = m_Update;
                if (!m_Update)
                    Reset();
            }
        }
    }