public void UpdateNanitesformation()
{
// Get the ship generation and generation potential
int shipNanites = CGameShips.Ship.GetComponent <CShipNaniteSystem>().ShipCurentNanites;
int shipNanitesPotential = CGameShips.Ship.GetComponent <CShipNaniteSystem>().ShipNanitesPotential;
// Calculate the value ratio
float value = (float)shipNanites / (float)shipNanitesPotential;
if (float.IsNaN(value))
{
value = 0.0f;
}
// Update the bar
CDUIUtilites.LerpBarColor(value, m_NanitesBar);
m_NanitesBar.value = value;
// Update the lable
m_NanitesRate.color = CDUIUtilites.LerpColor(value);
m_NanitesRate.text = shipNanites + " / " + shipNanitesPotential;
// Update the positive/negative report
if (value < m_LastNanitesValue)
{
m_NanitesNegative.enabled = true;
m_NanitesPositive.enabled = false;
m_NanitesIdle.enabled = false;
}
else if (value > m_LastNanitesValue)
{
m_NanitesNegative.enabled = false;
m_NanitesPositive.enabled = true;
m_NanitesIdle.enabled = false;
}
else
{
m_NanitesNegative.enabled = false;
m_NanitesPositive.enabled = false;
m_NanitesIdle.enabled = true;
m_NanitesIdle.color = CDUIUtilites.LerpColor(value);
}
m_LastNanitesValue = value;
}
public void UpdatePropulsionformation()
{
// Get the ship generation and generation potential
float shipGeneration = CGameShips.Ship.GetComponent <CShipPropulsionSystem>().ShipCurentPropulsion;
float shipGenerationPotential = CGameShips.Ship.GetComponent <CShipPropulsionSystem>().ShipPropulsionPotential;
// Calculate the value ratio
float value = shipGeneration / shipGenerationPotential;
if (float.IsNaN(value))
{
value = 0.0f;
}
// Update the bar
CDUIUtilites.LerpBarColor(value, m_PropulsionBar);
m_PropulsionBar.value = value;
// Update the lable
m_PropulsionRate.color = CDUIUtilites.LerpColor(value);
m_PropulsionRate.text = Mathf.RoundToInt(shipGeneration) + " / " + Mathf.RoundToInt(shipGenerationPotential);
// Update the positive/negative report
if (value < m_LastPropulsionValue)
{
m_PropulsionNegative.enabled = true;
m_PropulsionPositive.enabled = false;
m_PropulsionIdle.enabled = false;
}
else if (value > m_LastPropulsionValue)
{
m_PropulsionNegative.enabled = false;
m_PropulsionPositive.enabled = true;
m_PropulsionIdle.enabled = false;
}
else
{
m_PropulsionNegative.enabled = false;
m_PropulsionPositive.enabled = false;
m_PropulsionIdle.enabled = true;
m_PropulsionIdle.color = CDUIUtilites.LerpColor(value);
}
m_LastPropulsionValue = value;
}
public void UpdateChargeInformation()
{
// Get the ship charge, charge capacity and charge capacity potential
float shipCharge = CGameShips.Ship.GetComponent <CShipPowerSystem>().ShipCurrentCharge;
float shipChargeCapacity = CGameShips.Ship.GetComponent <CShipPowerSystem>().ShipCurrentChargeCapacity;
// Calculate the value ratio
float value = shipCharge / shipChargeCapacity;
if (float.IsNaN(value))
{
value = 0.0f;
}
// Update the bar
CDUIUtilites.LerpBarColor(value, m_ChargeBar);
m_ChargeBar.value = value;
// Update the lable
m_ChargeRate.color = CDUIUtilites.LerpColor(value);
m_ChargeRate.text = Mathf.RoundToInt(shipCharge) + " / " + Mathf.RoundToInt(shipChargeCapacity);
// Update the positive/negative report
if (value < m_LastChargeValue)
{
m_ChargeNegative.enabled = true;
m_ChargePositive.enabled = false;
m_ChargeIdle.enabled = false;
}
else if (value > m_LastChargeValue)
{
m_ChargeNegative.enabled = false;
m_ChargePositive.enabled = true;
m_ChargeIdle.enabled = false;
}
else
{
m_ChargeNegative.enabled = false;
m_ChargePositive.enabled = false;
m_ChargeIdle.enabled = true;
m_ChargeIdle.color = CDUIUtilites.LerpColor(value);
}
m_LastChargeValue = value;
}
private void UpdateCapacitorVariables()
{
// Get the current charge, intial capacity and current capacity
float currentCharge = m_CachedPowerStorageBehaviour.BatteryCharge;
float currentCapacity = m_CachedPowerStorageBehaviour.BatteryCapacity;
float initialCapacity = m_CachedPowerCapacitor.m_MaxPowerBatteryCapacity;
// Update the charge value
m_CapacityBar.value = currentCharge / currentCapacity;
// Update the bar colors
float value = currentCapacity / initialCapacity;
CDUIUtilites.LerpBarColor(value, m_CapacityBar);
// Update the label
m_Charge.text = currentCharge.ToString() + " / " + currentCapacity.ToString();
}
private void UpdateCapacitorVariables()
{
// Get the current charge, intial capacity and current capacity
float currentNanites = m_CachedNaniteStorageBehaviour.StoredNanites;
float currentCapacity = m_CachedNaniteStorageBehaviour.NaniteCapacity;
float initialCapacity = m_CachedNaniteCapsule.m_MaxNaniteCapacity;
// Update the charge value
m_CapacityBar.value = currentNanites / currentCapacity;
// Update the bar colors
float value = currentCapacity / initialCapacity;
CDUIUtilites.LerpBarColor(value, m_CapacityBar);
// Update the label
m_Nanites.text = currentNanites.ToString() + " / " + currentCapacity.ToString();
}
public void UpdatePropulsionVariables()
{
// Get the current generation current generation potential and detirmine the value
float currentPropulsionRate = m_CachedPropulsionBehaviour.PropulsionForce;
float currentPropulsionPotential = m_CachedPropulsionBehaviour.PropulsionPotential;
float value = currentPropulsionRate / currentPropulsionPotential;
// Update the generation value and bar color
m_PropulsionBar.value = value;
CDUIUtilites.LerpBarColor(value, m_PropulsionBar);
// Update the lable
m_PropulsionRate.color = CDUIUtilites.LerpColor(value);
m_PropulsionRate.text = currentPropulsionRate.ToString() + " / " + currentPropulsionPotential.ToString();
// Update the status report
if (value <= 0.95f && value > 0.5f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.yellow;
m_WarningReport.text = "Warning: Mechanical maintenace required!";
}
else if (value <= 0.5f && value > 0.0f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.red;
m_WarningReport.text = "Warning: Mechanical maintenace required!";
}
else if (value == 0.0f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.red;
m_WarningReport.text = "Warning: Mechanical component defective!";
}
else
{
m_WarningReport.enabled = false;
}
}
private void UpdateGeneratorVariables()
{
// Get the current generation current generation potential and detirmine the value
float currentGenerationRate = m_CachedAtmosphereGeneratorBehaviour.AtmosphereGenerationRate;
float currentGenerationRatePotential = m_CachedAtmosphereGenerator.m_MaxAtmosphereGenerationRate;
float value = currentGenerationRate / currentGenerationRatePotential;
// Update the generation value and bar color
m_GenerationBar.value = value;
CDUIUtilites.LerpBarColor(value, m_GenerationBar);
// Update the lable
m_GenerationRate.color = CDUIUtilites.LerpColor(value);
m_GenerationRate.text = currentGenerationRate.ToString() + " / " + currentGenerationRatePotential.ToString();
// Update the status report
if (value <= 0.95f && value > 0.5f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.yellow;
m_WarningReport.text = "Warning: Fluid maintenace required!";
}
else if (value <= 0.5f && value > 0.0f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.red;
m_WarningReport.text = "Warning: Fluid maintenace required!";
}
else if (value == 0.0f)
{
m_WarningReport.enabled = true;
m_WarningReport.color = Color.red;
m_WarningReport.text = "Warning: Fluid component defective!";
}
else
{
m_WarningReport.enabled = false;
}
}
private void UpdateUI()
{
// Get the player oxygen supplu
float oxygenSupply = CGamePlayers.SelfActor.GetComponent <CPlayerSuit>().OxygenSupply;
float oxygenCapacity = CGamePlayers.SelfActor.GetComponent <CPlayerSuit>().OxygenCapacity;
// Calculate the value ratio
float value = oxygenSupply / oxygenCapacity;
// Update the bar
CDUIUtilites.LerpBarColor(value, m_02Bar);
m_02Bar.value = value;
// Update the label
m_O2Value.color = CDUIUtilites.LerpColor(value);
m_O2Value.text = Mathf.RoundToInt(oxygenSupply) + " / " + Mathf.RoundToInt(oxygenCapacity);
// Update the status label
if (value == 0.0f)
{
m_Status.color = Color.red;
m_Status.text = "CRITICAL:\nOXYGEN DEPLETED!";
m_Status.GetComponent <UITweener>().enabled = true;
}
else if (value < 0.20f)
{
m_Status.color = Color.red;
m_Status.text = "Critical:\nLow Oxygen!";
m_Status.GetComponent <UITweener>().enabled = true;
}
else if (value < 0.50f)
{
m_Status.color = Color.yellow;
m_Status.text = "Warning:\nLow Oxygen!";
if (m_Status.GetComponent <UITweener>().enabled)
{
m_Status.GetComponent <UITweener>().ResetToBeginning();
m_Status.GetComponent <UITweener>().enabled = false;
}
}
else
{
m_Status.text = "";
if (m_Status.GetComponent <UITweener>().enabled)
{
m_Status.GetComponent <UITweener>().ResetToBeginning();
m_Status.GetComponent <UITweener>().enabled = false;
}
}
// Turn on and update the indicator
if (CGamePlayers.SelfActor.GetComponent <CActorLocator>().LastEnteredFacility == null && m_VisorUIActive)
{
if (!m_ShipIndicator.gameObject.activeSelf)
{
m_ShipIndicator.gameObject.SetActive(true);
}
m_ShipIndicator.Tracker = CGameShips.GalaxyShip.transform;
m_ShipIndicator.GameCamera = CGameCameras.PlayersHeadCamera.camera;
}
else
{
// Turn off ship indicator
if (m_ShipIndicator.gameObject.activeSelf)
{
m_ShipIndicator.gameObject.SetActive(false);
}
}
}