CAContinuousFillPowerGenerator Class Reference

Inheritance diagram for CAContinuousFillPowerGenerator:

Collaboration diagram for CAContinuousFillPowerGenerator:

Private Member Functions
void	CAContinuousFillPowerGenerator (float quantity_filled_per_second, int liquid_type)
override void	Setup (ActionData action_data)
override int	Execute (ActionData action_data)
override void	CalcAndSetQuantity (ActionData action_data)
Private Member Functions inherited from CAContinuousFill
void	CAContinuousFill (float quantity_filled_per_second, int liquid_type)
override void	Setup (ActionData action_data)
override int	Execute (ActionData action_data)
override int	Cancel (ActionData action_data)
override int	Interrupt (ActionData action_data)
override float	GetProgress ()
void	CalcAndSetQuantity (ActionData action_data)

Additional Inherited Members
Private Attributes inherited from CAContinuousFill
float	m_TargetUnits
float	m_SpentQuantity
float	m_SpentQuantity_total
float	m_ItemQuantity
float	m_AdjustedQuantityFilledPerSecond
float	m_QuantityFilledPerSecond
ref Param1< float >	m_SpentUnits
float	m_TimeElpased
float	m_DefaultTimeStep = 0.25
int	m_liquid_type

Detailed Description

Definition at line 1 of file CAContinuousFillPowerGenerator.c.

Constructor & Destructor Documentation

CAContinuousFillPowerGenerator()

void CAContinuousFillPowerGenerator::CAContinuousFillPowerGenerator ( float quantity_filled_per_second, int liquid_type )

inlineprivate

Definition at line 3 of file CAContinuousFillPowerGenerator.c.

  {
    m_QuantityFilledPerSecond = quantity_filled_per_second;
    m_liquid_type = liquid_type;
  }

References CAContinuousFill::m_liquid_type, and CAContinuousFill::m_QuantityFilledPerSecond.

Member Function Documentation

CalcAndSetQuantity()

override void CAContinuousFillPowerGenerator::CalcAndSetQuantity ( ActionData action_data )

inlineprivate

Definition at line 59 of file CAContinuousFillPowerGenerator.c.

  {
    m_SpentQuantity_total += m_SpentQuantity;
 
    if (m_SpentUnits)
    {
      m_SpentUnits.param1 = m_SpentQuantity;
      SetACData(m_SpentUnits);
    }
 
 
    if (GetGame().IsServer())
    {
      PowerGeneratorBase pg = PowerGeneratorBase.Cast(action_data.m_Target.GetObject()); // get power generator
      int consumed_fuel = pg.AddFuel(m_SpentQuantity);
      action_data.m_MainItem.AddQuantity(-consumed_fuel);
    }
 
    m_SpentQuantity = 0;
  }

References GetGame(), CAContinuousFill::m_SpentQuantity, CAContinuousFill::m_SpentQuantity_total, CAContinuousFill::m_SpentUnits, and CABase::SetACData().

Execute()

override int CAContinuousFillPowerGenerator::Execute ( ActionData action_data )

inlineprivate

Definition at line 26 of file CAContinuousFillPowerGenerator.c.

  {
    if (!action_data.m_Player)
      return UA_ERROR;
 
    PowerGeneratorBase pg = PowerGeneratorBase.Cast(action_data.m_Target.GetObject()); // get power generator
 
    if (pg.GetFuel() >= pg.GetMaxFuel())
      return UA_FINISHED;
    else
    {
      if (m_SpentQuantity_total < m_TargetUnits)
      {
        m_SpentQuantity += m_AdjustedQuantityFilledPerSecond * action_data.m_Player.GetDeltaT();
        m_TimeElpased += action_data.m_Player.GetDeltaT();
 
        if (m_TimeElpased >= m_DefaultTimeStep)
        {
          CalcAndSetQuantity(action_data);
          m_TimeElpased = 0;
          //Setup(action_data); //reset data after repeat
        }
        return UA_PROCESSING;
      }
      else
      {
        CalcAndSetQuantity(action_data);
        OnCompletePogress(action_data);
        return UA_FINISHED;
      }
    }
  }

References CalcAndSetQuantity(), CAContinuousFill::m_AdjustedQuantityFilledPerSecond, CAContinuousFill::m_DefaultTimeStep, CAContinuousFill::m_SpentQuantity, CAContinuousFill::m_SpentQuantity_total, CAContinuousFill::m_TargetUnits, CAContinuousFill::m_TimeElpased, CAContinuousBase::OnCompletePogress(), UA_ERROR, UA_FINISHED, and UA_PROCESSING.

Setup()

override void CAContinuousFillPowerGenerator::Setup ( ActionData action_data )

inlineprivate

Definition at line 9 of file CAContinuousFillPowerGenerator.c.

  {
    m_TimeElpased = 0;
 
    if (!m_SpentUnits)
      m_SpentUnits = new Param1<float>(0);
    else
      m_SpentUnits.param1 = 0;
 
    EntityAI pg = EntityAI.Cast(action_data.m_Target.GetObject()); // get power generator
    m_QuantityFilledPerSecond *= Math.Min(action_data.m_MainItem.GetLiquidThroughputCoef(), pg.GetLiquidThroughputCoef());
 
    m_ItemQuantity = action_data.m_MainItem.GetQuantity();
    m_TargetUnits = pg.GetCompEM().GetEnergyMax() - pg.GetCompEM().GetEnergy();
    m_AdjustedQuantityFilledPerSecond = action_data.m_Player.GetSoftSkillsManager().AddSpecialtyBonus(m_QuantityFilledPerSecond, m_Action.GetSpecialtyWeight(), true);
  }

References CABase::m_Action, CAContinuousFill::m_AdjustedQuantityFilledPerSecond, CAContinuousFill::m_ItemQuantity, CAContinuousFill::m_QuantityFilledPerSecond, CAContinuousFill::m_SpentUnits, CAContinuousFill::m_TargetUnits, CAContinuousFill::m_TimeElpased, and Math::Min().

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The documentation for this class was generated from the following file:

• scripts/4_World/Classes/UserActionsComponent/ActionComponents/CAContinuousFillPowerGenerator.c