HeatComfortMdfr Class Reference

Inheritance diagram for HeatComfortMdfr:

Collaboration diagram for HeatComfortMdfr:

Private Member Functions
override void	Init ()
override bool	ActivateCondition (PlayerBase player)
override bool	DeactivateCondition (PlayerBase player)
override void	OnReconnect (PlayerBase player)
override string	GetDebugText ()
override string	GetDebugTextSimple ()
override void	OnTick (PlayerBase player, float deltaT)

Detailed Description

Definition at line 1 of file HeatComfortMdfr.c.

Member Function Documentation

ActivateCondition()

override bool HeatComfortMdfr::ActivateCondition ( PlayerBase player )

inlineprivate

Definition at line 12 of file HeatComfortMdfr.c.

  {
    return true;
  }

DeactivateCondition()

override bool HeatComfortMdfr::DeactivateCondition ( PlayerBase player )

inlineprivate

Definition at line 17 of file HeatComfortMdfr.c.

  {
    return false;
  }

GetDebugText()

override string HeatComfortMdfr::GetDebugText ( )

inlineprivate

Definition at line 27 of file HeatComfortMdfr.c.

  {
    return m_Player.GetStatHeatComfort().Get().ToString();
  }

References m_Player.

GetDebugTextSimple()

override string HeatComfortMdfr::GetDebugTextSimple ( )

inlineprivate

Definition at line 32 of file HeatComfortMdfr.c.

  {
    return m_Player.GetStatHeatComfort().Get().ToString();
  }

References m_Player.

Init()

override void HeatComfortMdfr::Init ( )

inlineprivate

Definition at line 3 of file HeatComfortMdfr.c.

  {
    m_TrackActivatedTime = false;
    m_ID = eModifiers.MDF_TEMPERATURE;
    m_TickIntervalInactive = DEFAULT_TICK_TIME_INACTIVE;
    m_TickIntervalActive = DEFAULT_TICK_TIME_ACTIVE;
    DisableDeactivateCheck();
  }

References DEFAULT_TICK_TIME_ACTIVE, DEFAULT_TICK_TIME_INACTIVE, DisableDeactivateCheck(), m_ID, m_TickIntervalActive, m_TickIntervalInactive, and m_TrackActivatedTime.

OnReconnect()

override void HeatComfortMdfr::OnReconnect ( PlayerBase player )

inlineprivate

Definition at line 22 of file HeatComfortMdfr.c.

  {
 
  }

OnTick()

override void HeatComfortMdfr::OnTick ( PlayerBase player, float deltaT )

inlineprivate

Definition at line 38 of file HeatComfortMdfr.c.

  {
    float heat_comfort = player.GetStatHeatComfort().Get();
    float health_loss;
    float value_normalized;
 
    if (heat_comfort > PlayerConstants.WATER_LOSS_THRESHOLD_HC_PLUS_LOW)
    {
      value_normalized = Math.Lerp(PlayerConstants.WATER_LOSS_THRESHOLD_HC_PLUS_LOW, PlayerConstants.WATER_LOSS_THRESHOLD_HC_PLUS_HIGH, heat_comfort);
      value_normalized = Math.Clamp(value_normalized, 0, 1);
      float water_loss = deltaT * Math.Lerp(PlayerConstants.WATER_LOSS_HC_PLUS_LOW, PlayerConstants.WATER_LOSS_HC_PLUS_HIGH, value_normalized);
      player.GetStatWater().Add(-water_loss);
 
      if (heat_comfort > PlayerConstants.WATER_LOSS_THRESHOLD_HC_PLUS_HIGH)
      {
        value_normalized = Math.Lerp(PlayerConstants.WATER_LOSS_THRESHOLD_HC_PLUS_HIGH, 1.0, heat_comfort);
        value_normalized = Math.Clamp(value_normalized, 0, 1);
        health_loss = deltaT * Math.Lerp(PlayerConstants.HEALTH_LOSS_HC_PLUS_LOW, PlayerConstants.HEALTH_LOSS_HC_PLUS_HIGH, value_normalized);
      }
    }
    if (heat_comfort < PlayerConstants.ENERGY_LOSS_THRESHOLD_HC_MINUS_LOW)
    {
      value_normalized = Math.InverseLerp(PlayerConstants.ENERGY_LOSS_THRESHOLD_HC_MINUS_LOW, PlayerConstants.ENERGY_LOSS_THRESHOLD_HC_MINUS_HIGH, heat_comfort);
      value_normalized = Math.Clamp(value_normalized, 0, 1);
      float energy_loss = deltaT * Math.Lerp(PlayerConstants.ENERGY_LOSS_HC_MINUS_LOW, PlayerConstants.ENERGY_LOSS_HC_MINUS_HIGH, value_normalized);
      player.GetStatEnergy().Add(-energy_loss);
 
      if (heat_comfort < PlayerConstants.ENERGY_LOSS_THRESHOLD_HC_MINUS_HIGH)
      {
        value_normalized = Math.InverseLerp(PlayerConstants.ENERGY_LOSS_THRESHOLD_HC_MINUS_HIGH, -1.0, heat_comfort);
        value_normalized = Math.Clamp(value_normalized, 0, 1);
        health_loss = deltaT * Math.Lerp(PlayerConstants.HEALTH_LOSS_HC_MINUS_LOW, PlayerConstants.HEALTH_LOSS_HC_MINUS_HIGH, value_normalized);
      }
    }
 
    if (health_loss != 0)
      player.AddHealth("", "", -health_loss);
  }

References Math::Clamp(), PlayerConstants::ENERGY_LOSS_HC_MINUS_HIGH, PlayerConstants::ENERGY_LOSS_HC_MINUS_LOW, PlayerConstants::ENERGY_LOSS_THRESHOLD_HC_MINUS_HIGH, PlayerConstants::ENERGY_LOSS_THRESHOLD_HC_MINUS_LOW, PlayerConstants::HEALTH_LOSS_HC_MINUS_HIGH, PlayerConstants::HEALTH_LOSS_HC_MINUS_LOW, PlayerConstants::HEALTH_LOSS_HC_PLUS_HIGH, PlayerConstants::HEALTH_LOSS_HC_PLUS_LOW, Math::InverseLerp(), Math::Lerp(), PlayerConstants::WATER_LOSS_HC_PLUS_HIGH, PlayerConstants::WATER_LOSS_HC_PLUS_LOW, PlayerConstants::WATER_LOSS_THRESHOLD_HC_PLUS_HIGH, and PlayerConstants::WATER_LOSS_THRESHOLD_HC_PLUS_LOW.

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

• scripts/4_World/Classes/PlayerModifiers/Modifiers/HeatComfortMdfr.c