cacontinuoustimecooking.c

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class CAContinuousTimeCooking : CAContinuousBase
{
    const float TIME_DAMAGE_THRESHOLD = 5.0;
 
    protected float             m_LocalTimeElpased;
    protected float             m_TimeElapsed;
    protected float             m_TimeElapsedRepeat;
    protected float             m_TimeElapsedDamage;
    protected ref Param1<float> m_SpentUnits;
    
    protected float             m_TimeToCook;
    protected float             m_AdjustedTimeToCook;
    protected Cooking           m_CookingProcess;
    protected Edible_Base       m_ItemToCook;
    protected float             m_CookingUpdateTime;
    protected float             m_AdjustedCookingUpdateTime;
    
    protected float             m_MinTempToCook;
    
    void CAContinuousTimeCooking(float cooking_update_time)
    {
        m_CookingUpdateTime = cooking_update_time;
    }
    
    override void Setup(ActionData action_data)
    {
        m_TimeElapsedRepeat = 0;
        m_TimeElapsedDamage = 0;
        
        if (!m_SpentUnits)
        { 
            m_SpentUnits = new Param1<float>(0);
        }
        else
        {   
            m_SpentUnits.param1 = 0;
        }
        
        //fireplace & cooking process
        FireplaceBase fireplace = FireplaceBase.Cast(action_data.m_Target.GetObject());
        m_CookingProcess = fireplace.GetCookingProcess();
        m_ItemToCook = m_CookingProcess.GetFoodOnStick(action_data.m_MainItem);
        m_TimeToCook = m_CookingProcess.GetTimeToCook(m_ItemToCook, CookingMethodType.BAKING);
        m_MinTempToCook = m_CookingProcess.GetMinTempToCook(m_ItemToCook, CookingMethodType.BAKING);
        
        //update elapsed time
        m_TimeElapsed = m_ItemToCook.GetFoodStage().GetCookingTime();
        
        m_AdjustedCookingUpdateTime = m_CookingUpdateTime;
        m_AdjustedTimeToCook = m_TimeToCook;
    }
    
    override int Execute(ActionData action_data)
    {
        if ( !action_data.m_Player )
        {
            return UA_ERROR;
        }
        
        int cooking_state_update = 0;
        float cooking_time = m_ItemToCook.GetFoodStage().GetCookingTime();
        if (m_AdjustedTimeToCook > cooking_time)
        {
            m_TimeElapsed += action_data.m_Player.GetDeltaT();
            m_TimeElapsedRepeat += action_data.m_Player.GetDeltaT();
            
            if (m_ItemToCook.GetTemperature() < m_MinTempToCook)
                m_AdjustedTimeToCook += action_data.m_Player.GetDeltaT();
            
            if (m_TimeElapsedRepeat >= m_AdjustedCookingUpdateTime)
            {
                cooking_state_update = m_CookingProcess.CookOnStick(m_ItemToCook, m_CookingUpdateTime);
 
                if (g_Game.IsServer() && m_ItemToCook.GetTemperature() >= m_MinTempToCook)
                {
                    m_TimeElapsedDamage += m_TimeElapsedRepeat;
 
                    if (m_TimeElapsedDamage >= TIME_DAMAGE_THRESHOLD)
                    {
                        m_TimeElapsedDamage = 0;
                        action_data.m_MainItem.DecreaseHealth(GameConstants.FIRE_ATTACHMENT_DAMAGE_PER_SECOND * TIME_DAMAGE_THRESHOLD, false);
                    }
                }
                
                if (cooking_state_update == 1)
                {
                    Setup(action_data);
                    
                    if (!g_Game.IsServer())
                    {
                        if (m_ItemToCook.IsMeat() && m_ItemToCook.GetFoodStage().GetFoodStageType() == FoodStageType.BAKED)
                        {
                            g_Game.GetAnalyticsClient().OnActionCookedSteak();
                        }
                    }
                }
            
                m_TimeElapsedRepeat = 0;
            }               
                    
            return UA_PROCESSING;
        }
        else
        {
            if (m_SpentUnits)
            {
                m_SpentUnits.param1 = m_TimeElapsed;
                SetACData(m_SpentUnits);
            }
            OnCompletePogress(action_data);
            return UA_FINISHED;
        }
    }
    
    override float GetProgress()
    {           
        if (m_AdjustedTimeToCook != 0)
        {
            return m_TimeElapsed/m_AdjustedTimeToCook;
        }
 
        return 1; 
    }
};