// Member Methods
public void RegisterAtmosphereGenerator(GameObject _AtmosphereGenerator)
{
m_AtmosphereGenerator = _AtmosphereGenerator;
m_CachedAtmosphereGeneratorBehaviour = m_AtmosphereGenerator.GetComponent <CAtmosphereGeneratorBehaviour>();
m_CachedAtmosphereGenerator = m_AtmosphereGenerator.GetComponent <CTestAtmosphereGenerator>();
// Register generation rate state chages
m_CachedAtmosphereGeneratorBehaviour.EventGenerationRateChanged += HandleGenerationRateStateChange;
// Register for when the circuitry breaks/fixes
m_CachedAtmosphereGenerator.m_CircuitryComponent.EventComponentBreak += HandleCircuitryStateChange;
m_CachedAtmosphereGenerator.m_CircuitryComponent.EventComponentFix += HandleCircuitryStateChange;
// Update initial values
UpdateDUI();
}
// Member Methods
public void RegisterAtmosphereGenerator(GameObject _AtmosphereGenerator)
{
m_AtmosphereGenerator = _AtmosphereGenerator;
m_CachedAtmosphereGeneratorBehaviour = m_AtmosphereGenerator.GetComponent<CAtmosphereGeneratorBehaviour>();
m_CachedAtmosphereGenerator = m_AtmosphereGenerator.GetComponent<CTestAtmosphereGenerator>();
// Register generation rate state chages
m_CachedAtmosphereGeneratorBehaviour.EventGenerationRateChanged += HandleGenerationRateStateChange;
// Register for when the circuitry breaks/fixes
m_CachedAtmosphereGenerator.m_CircuitryComponent.EventComponentBreak += HandleCircuitryStateChange;
m_CachedAtmosphereGenerator.m_CircuitryComponent.EventComponentFix += HandleCircuitryStateChange;
// Update initial values
UpdateDUI();
}
private void UpdateFacilityAtmosphereRefilling()
{
// Reset all facility refilling
foreach (GameObject facility in gameObject.GetComponent <CShipFacilities>().Facilities)
{
facility.GetComponent <CFacilityAtmosphere>().AtmosphereRefillRate = 0.0f;
}
// Get the facilities that are requiring a refill of atmosphere (i.e, have a leak, hull breach, consumer)
var facilitiesRequiringRefilling =
from facility in gameObject.GetComponent <CShipFacilities>().Facilities
where facility.GetComponent <CFacilityAtmosphere>().RequiresAtmosphereRefill
select facility;
// If there are facilities requiring this, calculate the refilling output
int numFacilitiesRequiringRefill = facilitiesRequiringRefilling.ToArray().Length;
if (numFacilitiesRequiringRefill != 0)
{
// Get the combined output of all atmosphere distributors
float combinedOutput = 0.0f;
foreach (GameObject ag in m_AtmosphereGenerators)
{
CAtmosphereGeneratorBehaviour agb = ag.GetComponent <CAtmosphereGeneratorBehaviour>();
if (agb.IsAtmosphereGenerationActive)
{
combinedOutput += agb.AtmosphereGenerationRate;
}
}
// Calculate the output for each facility evenly
float evenDistribution = combinedOutput / numFacilitiesRequiringRefill;
// Apply this refilling value to the facilities that need it
foreach (GameObject facility in facilitiesRequiringRefilling)
{
facility.GetComponent <CFacilityAtmosphere>().AtmosphereRefillRate = evenDistribution;
}
}
}
// Member Properties
// Member Methods
public void Start()
{
m_AtmosphereGenerator = gameObject.GetComponent<CAtmosphereGeneratorBehaviour>();
// Register for when the calibrator breaks/fixes
m_LiquidComponent.EventHealthChange += HandleFluidHealthChange;
// Register for when the circuitry breaks/fixes
m_CircuitryComponent.EventComponentBreak += HandleCircuitryBreaking;
m_CircuitryComponent.EventComponentFix += HandleCircuitryFixing;
// Get the DUI of the power generator
m_DUIAtmosphereGeneration = m_DUIConsole.DUI.GetComponent<CDUIAtmosphereGeneratorRoot>();
m_DUIAtmosphereGeneration.RegisterAtmosphereGenerator(gameObject);
if(CNetwork.IsServer)
{
// Set the generation rate
m_AtmosphereGenerator.AtmosphereGenerationRate = m_MaxAtmosphereGenerationRate;
}
}
// Member Properties
// Member Methods
public void Start()
{
m_AtmosphereGenerator = gameObject.GetComponent <CAtmosphereGeneratorBehaviour>();
// Register for when the calibrator breaks/fixes
m_LiquidComponent.EventHealthChange += HandleFluidHealthChange;
// Register for when the circuitry breaks/fixes
m_CircuitryComponent.EventComponentBreak += HandleCircuitryBreaking;
m_CircuitryComponent.EventComponentFix += HandleCircuitryFixing;
// Get the DUI of the power generator
m_DUIAtmosphereGeneration = m_DUIConsole.DUI.GetComponent <CDUIAtmosphereGeneratorRoot>();
m_DUIAtmosphereGeneration.RegisterAtmosphereGenerator(gameObject);
if (CNetwork.IsServer)
{
// Set the generation rate
m_AtmosphereGenerator.AtmosphereGenerationRate = m_MaxAtmosphereGenerationRate;
}
}
private void HandleGenerationRateStateChange(CAtmosphereGeneratorBehaviour _Generator)
{
UpdateDUI();
}
public void OnGUI()
{
return;
string shipLifeSupportOutput = "ShipLifeSupportInfo\n";
shipLifeSupportOutput += string.Format("\tQuality: [{0}%]\n",
Math.Round(ShipAtmosphericQuality * 100.0f, 1));
string generatorOutput = "GeneratorInfo\n";
foreach (GameObject generator in m_AtmosphereGenerators)
{
CFacilityInterface fi = CUtility.FindInParents <CFacilityInterface>(generator);
CAtmosphereGeneratorBehaviour agb = generator.GetComponent <CAtmosphereGeneratorBehaviour>();
generatorOutput += string.Format("\t[{0}] Within Facility [{1}] Type [{2}] \n\t\tIsGenerationActive: [{3}] GenRate: [{4}]\n",
generator.name,
fi.FacilityId,
fi.FacilityType,
agb.IsAtmosphereGenerationActive,
Math.Round(agb.AtmosphereGenerationRate, 2));
}
string conditionerOutput = "ConditionerInfo\n";
foreach (GameObject conditioner in m_AtmosphereConditioners)
{
CFacilityInterface fi = CUtility.FindInParents <CFacilityInterface>(conditioner);
CAtmosphereConditioningBehaviour acb = conditioner.GetComponent <CAtmosphereConditioningBehaviour>();
conditionerOutput += string.Format("\t[{0}] Within Facility [{1}] Type [{2}] \n\t\tIsConditioningActive: [{3}] SupportCap: [{4}]\n",
conditioner.name,
fi.FacilityId,
fi.FacilityType,
acb.IsAtmosphereConditioningActive,
Math.Round(acb.AtmosphereCapacitySupport, 2));
}
string facilitiesOutput = "FacilityAtmosphereInfo\n";
foreach (GameObject facility in gameObject.GetComponent <CShipFacilities>().Facilities)
{
CFacilityInterface fi = facility.GetComponent <CFacilityInterface>();
CFacilityAtmosphere fa = facility.GetComponent <CFacilityAtmosphere>();
facilitiesOutput += string.Format("\tFacility [{0}] Type [{1}] \n\t\tTotalVol: [{2}] Quantity: [{3}] RefilRate: [{4}] ConsRate: [{5}]\n",
fi.FacilityId,
fi.FacilityType,
Math.Round(fa.AtmosphereVolume, 2),
Math.Round(fa.AtmosphereQuantity, 2),
Math.Round(fa.AtmosphereRefillRate, 2),
Math.Round(fa.AtmosphereConsumeRate, 2));
}
float boxWidth = 500;
float boxHeight = 600;
GUI.Label(new Rect(Screen.width / 2, 0.0f, boxWidth, boxHeight),
"Atmosphere Status'\n" + shipLifeSupportOutput + generatorOutput + conditionerOutput + facilitiesOutput);
}
private void HandleGenerationRateStateChange(CAtmosphereGeneratorBehaviour _Generator)
{
UpdateDUI();
}
