cacontinuousrepeatfishing.c

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class CAContinuousRepeatFishing : CAContinuousRepeat
{
    protected const int NO_SIGNAL = -1;
    
    bool    m_SignalTriggered = false;
    float   m_SignalStartTime;
    float   m_SignalEndTime;
    float   m_SignalDuration;
    
    void CAContinuousRepeatFishing( float time_to_complete_action )
    {
        m_DefaultTimeToComplete = time_to_complete_action;
    }
    
    override int Execute( ActionData action_data )
    {
        if (!action_data.m_Player)
        {
            return UA_ERROR;
        }
        
        if (m_TimeElpased < m_TimeToComplete)
        {
            m_TimeElpased += action_data.m_Player.GetDeltaT();
            m_TotalTimeElpased += action_data.m_Player.GetDeltaT();
            
            //handle signal triggers
            if (m_SignalStartTime != NO_SIGNAL && m_SignalDuration != NO_SIGNAL)
            {
                if (m_TimeElpased >= m_SignalStartTime)
                {
                    if (!m_SignalTriggered && m_TimeElpased < m_SignalEndTime)
                    {
                        m_SignalTriggered = true;
                        OnSignalStart(action_data);
                    }
                    else if (m_SignalTriggered && m_TimeElpased >= m_SignalEndTime)
                    {
                        m_SignalTriggered = false;
                        OnSignalEnd(action_data);
                    }
                }
            }
        }
        else
        {
            m_TimeElpased = m_TimeToComplete - m_TimeElpased;
            OnCompletePogress(action_data);
            
            m_SignalTriggered = false;
        }
        
        FishingActionData fad = FishingActionData.Cast(action_data);
        if (fad.m_FishingResult != -1)
        {
            return UA_FINISHED;
        }
        else
        {
            return UA_PROCESSING;
        }
    }
    
    void SetNewSignalData(float startTime, float durationTime)
    {
        if (startTime == NO_SIGNAL && durationTime == NO_SIGNAL)
        {
            m_SignalStartTime = startTime;
            m_SignalDuration = durationTime;
        }
        else
        {
            //float maximalUsableDuration = Math.Clamp(m_TimeToComplete - UAFishingConstants.SIGNAL_DEADZONE_END_DURATION - UAFishingConstants.SIGNAL_DEADZONE_START_DURATION,UAFishingConstants.SIGNAL_DURATION_MIN_BASE,UAFishingConstants.SIGNAL_DURATION_MAX_BASE);
            float maximalUsableDuration = m_TimeToComplete - UAFishingConstants.SIGNAL_DEADZONE_END_DURATION - UAFishingConstants.SIGNAL_DEADZONE_START_DURATION;
            if (maximalUsableDuration < UAFishingConstants.SIGNAL_DURATION_MIN_BASE)
            {
                if (maximalUsableDuration <= 0)
                {
                    float deadzonesTime = UAFishingConstants.SIGNAL_DEADZONE_END_DURATION + UAFishingConstants.SIGNAL_DEADZONE_START_DURATION;
                    #ifdef DEVELOPER
                    if (IsCLIParam("catchingErrors"))
                        ErrorEx("Cycle m_TimeToComplete: " + m_TimeToComplete + " shorter than combined deadzone times: " + deadzonesTime + "! No time left for any signal, skipping!");
                    else
                    #endif
                    Debug.Log("Cycle m_TimeToComplete: " + m_TimeToComplete + " shorter than combined deadzone times: " + deadzonesTime + "! No time left for any signal, skipping!","FishingCA");
                }
                else
                {
                    #ifdef DEVELOPER
                    if (IsCLIParam("catchingErrors"))
                        ErrorEx("maximalUsableDuration " + maximalUsableDuration + " is shorter than UAFishingConstants.SIGNAL_DURATION_MIN_BASE, skipping signal!");
                    else
                    #endif
                    Debug.Log("maximalUsableDuration " + maximalUsableDuration + " is shorter than UAFishingConstants.SIGNAL_DURATION_MIN_BASE, skipping signal!","FishingCA");
                }
                
                m_SignalStartTime = NO_SIGNAL;
                m_SignalDuration = NO_SIGNAL;
                return;
            }
            
            m_SignalDuration = Math.Clamp(durationTime,UAFishingConstants.SIGNAL_DURATION_MIN_BASE,Math.Min(maximalUsableDuration,UAFishingConstants.SIGNAL_DURATION_MAX_BASE)); //scaled down if needed, guaranteed at least SIGNAL_DURATION_MIN_BASE
            m_SignalStartTime = Math.Clamp(startTime,UAFishingConstants.SIGNAL_DEADZONE_START_DURATION,(m_TimeToComplete - m_SignalDuration - UAFishingConstants.SIGNAL_DEADZONE_END_DURATION));
            m_SignalEndTime = m_SignalStartTime + m_SignalDuration;
            
            if (durationTime != m_SignalDuration)
            {
                #ifdef DEVELOPER
                Debug.Log("Signal durationTime adjusted from " + durationTime + " to " + m_SignalDuration + ". maximalUsableDuration: " + maximalUsableDuration + ", m_TimeToComplete: " + m_TimeToComplete,"FishingCA");
                #endif
            }
            if (startTime != m_SignalStartTime)
            {
                #ifdef DEVELOPER
                Debug.Log("Signal startTime adjusted from " + startTime + " to " + m_SignalStartTime + ". m_SignalDuration: " + m_SignalDuration + ", m_TimeToComplete: " + m_TimeToComplete,"FishingCA");
                #endif
            }
        }
    }
    
    protected void OnSignalStart(ActionData action_data)
    {
        FishingActionData data;
        if (Class.CastTo(data,action_data))
        {
            ActionFishingNew action;
            if (Class.CastTo(action,data.m_Action))
                action.OnSignalStart(data);
        }
    }
    
    protected void OnSignalEnd(ActionData action_data)
    {
        FishingActionData data;
        if (Class.CastTo(data,action_data))
        {
            ActionFishingNew action;
            if (Class.CastTo(action,data.m_Action))
                action.OnSignalEnd(data);
        }
    }
};