/// <summary>
/// Updates the console HUD using data from all equipment modules across all upgrade consoles.
/// </summary>
/// <param name="hudManager">The console HUD manager.</param>
internal void SlowUpdate(CyclopsUpgradeConsoleHUDManager hudManager)
{
if (!consoleIconsRemoved)
{
hudManager.ToggleAllIconsOff();
consoleIconsRemoved = true;
}
if (upgradesText == null)
{
upgradesText = hudManager.subRoot.transform.Find("UpgradeConsoleHUD")?.Find("Canvas_Main")?.Find("Text")?.GetComponent <Text>();
}
if (upgradesText != null)
{
upgradesText.fontSize = 70;
upgradesText.text = hudManager.subRoot.GetSubName();
}
int currentReservePower = this.ChargeManager.GetTotalReservePower();
float currentBatteryPower = Cyclops.powerRelay.GetPower();
int TotalPowerUnits = Mathf.CeilToInt(currentBatteryPower + currentReservePower);
float normalMaxPower = Cyclops.powerRelay.GetMaxPower();
int normalMaxPowerInt = Mathf.CeilToInt(normalMaxPower);
hudManager.energyCur.color = NumberFormatter.GetNumberColor(currentBatteryPower, normalMaxPower, 0f);
hudManager.energyCur.text = NumberFormatter.FormatValue(TotalPowerUnits);
if (hudManager.lastMaxSubPowerDisplayed != normalMaxPowerInt)
{
hudManager.energyMax.text = "/" + NumberFormatter.FormatValue(normalMaxPowerInt);
hudManager.lastMaxSubPowerDisplayed = normalMaxPowerInt;
}
settings.UpdateCyclopsMaxPower(normalMaxPower);
if (totalPowerInfoIcons > 0)
{
powerIconTextVisibility =
Player.main.currentSub == Cyclops &&
holographicHUD != null &&
Mathf.Abs(Vector3.Distance(holographicHUD.transform.position, Player.main.transform.position)) <= 4f;
if (lastKnownTextVisibility != powerIconTextVisibility)
{
UpdatePowerIcons();
lastKnownTextVisibility = powerIconTextVisibility;
}
}
}
public Color GetIndicatorTextColor()
{
switch (ThermalState)
{
case ThermalState.HeatAvailable:
return(NumberFormatter.GetNumberColor(temperature, MaxTemperature, MinUsableTemperature));
case ThermalState.BatteryAvailable:
return(NumberFormatter.GetNumberColor(this.ThermalChargerMk2.TotalBatteryCharge, this.ThermalChargerMk2.TotalBatteryCapacity, 0f));
default:
return(Color.white);
}
}
public Color GetIndicatorTextColor()
{
switch (SolarState)
{
case SolarState.SunAvailable:
return(NumberFormatter.GetNumberColor(solarPercentage, MaxSolarPercentage, 0f));
case SolarState.BatteryAvailable:
return(NumberFormatter.GetNumberColor(this.SolarChargerMk2.TotalBatteryCharge, this.SolarChargerMk2.TotalBatteryCapacity, 0f));
default:
return(Color.white);
}
}
/// <summary>
/// Updates the console HUD using data from all equipment modules across all upgrade consoles.
/// </summary>
/// <param name="hudManager">The console HUD manager.</param>
internal void SlowUpdate(CyclopsUpgradeConsoleHUDManager hudManager)
{
if (!Cyclops.LOD.IsFull() || Player.main.currentSub != Cyclops || !Cyclops.live.IsAlive())
{
return; // Same early exit
}
hudManager.healthCur.text = IntStringCache.GetStringForInt(Mathf.FloorToInt(hudManager.liveMixin.health));
int maxHealth = Mathf.CeilToInt(hudManager.liveMixin.health);
if (hudManager.lastHealthMaxDisplayed != maxHealth)
{
hudManager.healthMax.text = "/" + IntStringCache.GetStringForInt(maxHealth);
hudManager.lastHealthMaxDisplayed = maxHealth;
}
int currentReservePower = this.ChargeManager.GetTotalReservePower();
float currentBatteryPower = Cyclops.powerRelay.GetPower();
int TotalPowerUnits = Mathf.CeilToInt(currentBatteryPower + currentReservePower);
float normalMaxPower = Cyclops.powerRelay.GetMaxPower();
int normalMaxPowerInt = Mathf.CeilToInt(normalMaxPower);
hudManager.energyCur.color = NumberFormatter.GetNumberColor(currentBatteryPower, normalMaxPower, 0f);
hudManager.energyCur.text = NumberFormatter.FormatValue(TotalPowerUnits);
if (hudManager.lastMaxSubPowerDisplayed != normalMaxPowerInt)
{
hudManager.energyMax.text = "/" + NumberFormatter.FormatValue(normalMaxPowerInt);
hudManager.lastMaxSubPowerDisplayed = normalMaxPowerInt;
}
settings.UpdateCyclopsMaxPower(normalMaxPower);
if (totalPowerInfoIcons > 0)
{
powerIconTextVisibility =
Player.main.currentSub == Cyclops &&
holographicHUD != null &&
Mathf.Abs(Vector3.Distance(holographicHUD.transform.position, Player.main.transform.position)) <= 4f;
if (lastKnownTextVisibility != powerIconTextVisibility)
{
UpdatePowerIcons();
lastKnownTextVisibility = powerIconTextVisibility;
}
}
}
public override void UpdateText()
{
float displayTemperature = Mathf.Max(chargeHandler.HeatLevel, 24f);
if (chargeHandler.IsOverheated)
{
base.UpperText.TextString = CyclopsNuclearModule.OverheatMsg;
base.UpperText.FontSize = 14;
}
else
{
base.UpperText.TextString = NumberFormatter.FormatValue(displayTemperature) + "°C";
base.UpperText.FontSize = 20;
}
base.UpperText.TextColor = chargeHandler.StatusTextColor();
if (battery != null)
{
base.LowerText.TextString = NumberFormatter.FormatValue(battery._charge);
base.MiddleText.TextColor = NumberFormatter.GetNumberColor(battery._charge, CyclopsNuclearModule.NuclearEnergyPotential, 0f);
}
}
public override void UpdateText()
{
int count = upgradeHandler.Count;
UpperText.TextString = $"{(upgradeHandler.MaxLimitReached ? "Max" : count.ToString())} Charger{(count != 1 ? "s" : string.Empty)}";
UpperText.FontSize = 16;
if (upgradeHandler.ChargeMultiplier > 1f)
{
base.MiddleText.TextString = $"{charger.EnergyStatusText()}\n+{Mathf.CeilToInt((upgradeHandler.ChargeMultiplier - 1f) * 100f)}%";
}
else
{
base.MiddleText.TextString = $"{charger.EnergyStatusText()}";
}
base.MiddleText.FontSize = 16;
if (battery != null)
{
base.LowerText.TextString = NumberFormatter.FormatValue(battery._charge);
base.LowerText.TextColor = NumberFormatter.GetNumberColor(battery._charge, battery._capacity, 0f);
}
}
public override Color StatusTextColor()
{
// Use color to inform heat levels
return(NumberFormatter.GetNumberColor(MaxHeatLoad - this.HeatLevel, MaxHeatLoad, 0f));
}
public override Color StatusTextColor()
{
return(NumberFormatter.GetNumberColor(totalBioCharge, totalBioCapacity, 0f));
}
public override Color StatusTextColor()
{
return(ambientEnergyAvailable
? NumberFormatter.GetNumberColor(energyStatus, this.MaximumEnergyStatus, this.MinimumEnergyStatus)
: NumberFormatter.GetNumberColor(this.AmbientEnergyUpgrade.TotalBatteryCharge, this.AmbientEnergyUpgrade.TotalBatteryCapacity, 0f));
}
public Color GetIndicatorTextColor()
{
return(NumberFormatter.GetNumberColor(this.NuclearCharger.TotalBatteryCharge, this.NuclearCharger.TotalBatteryCapacity, 0f));
}
public override Color StatusTextColor()
{
return(this.SolarEnergyAvailable ? NumberFormatter.GetNumberColor(energyStatus, 90f, 5f) : Color.white);
}
public override Color StatusTextColor()
{
return(this.ThermalEnergyAvailable ? NumberFormatter.GetNumberColor(this.Temperature, MaxTemperatureForColor, MinTemperatureForCharge) : Color.white);
}
public Color GetIndicatorTextColor()
{
return(NumberFormatter.GetNumberColor(totalBioCharge, totalBioCapacity, 0f));
}
