// Member Properties
// Member Methods
public void Start()
{
m_PropulsionGenerator = gameObject.GetComponent <CPropulsionGeneratorBehaviour>();
// Register for changes in mechanical health
m_MechanicalComponent1.EventHealthChange += HandleMechanicalHealthChange;
m_MechanicalComponent2.EventHealthChange += HandleMechanicalHealthChange;
// Get the DUI of the power generator
m_DUIPropulsionRoot = m_DUIConsole.DUI.GetComponent <CDUIPropulsionEngineRoot>();
m_DUIPropulsionRoot.RegisterPropulsionEngine(gameObject);
if (CNetwork.IsServer)
{
// Set the generation rate
m_PropulsionGenerator.PropulsionForce = m_MaxPropulsion;
m_PropulsionGenerator.PropulsionPotential = m_MaxPropulsion;
}
// Set the cubemap for the children
foreach (Renderer r in GetComponentsInChildren <Renderer>())
{
r.material.SetTexture("_Cube", transform.parent.GetComponent <CModulePortInterface>().CubeMapSnapshot);
}
}
// Member Properties
// Member Methods
public void Start()
{
m_PropulsionGenerator = gameObject.GetComponent<CPropulsionGeneratorBehaviour>();
// Register for changes in mechanical health
m_MechanicalComponent1.EventHealthChange += HandleMechanicalHealthChange;
m_MechanicalComponent2.EventHealthChange += HandleMechanicalHealthChange;
// Get the DUI of the power generator
m_DUIPropulsionRoot = m_DUIConsole.DUI.GetComponent<CDUIPropulsionEngineRoot>();
m_DUIPropulsionRoot.RegisterPropulsionEngine(gameObject);
if(CNetwork.IsServer)
{
// Set the generation rate
m_PropulsionGenerator.PropulsionForce = m_MaxPropulsion;
m_PropulsionGenerator.PropulsionPotential = m_MaxPropulsion;
}
// Set the cubemap for the children
foreach(Renderer r in GetComponentsInChildren<Renderer>())
{
r.material.SetTexture("_Cube", transform.parent.GetComponent<CModulePortInterface>().CubeMapSnapshot);
}
}
private void UpdatePropulsionVariables()
{
m_ShipPropulsionPotential = 0.0f;
m_ShipCurrentPropulsion = 0.0f;
foreach (GameObject pg in m_PropulsionGenerators)
{
CPropulsionGeneratorBehaviour pgs = pg.GetComponent <CPropulsionGeneratorBehaviour>();
if (pgs.IsPropulsionGeneratorActive)
{
m_ShipCurrentPropulsion += pgs.PropulsionForce;
}
m_ShipPropulsionPotential += pgs.PropulsionPotential;
}
}
// Member Properties
// Member Methods
public void RegisterPropulsionEngine(GameObject _Propulsion)
{
m_Engine = _Propulsion;
m_CachedPropulsionBehaviour = m_Engine.GetComponent<CPropulsionGeneratorBehaviour>();
m_CachedEngine = m_Engine.GetComponent<CTestEngineBehaviour>();
// Register generation rate state chages
m_CachedPropulsionBehaviour.EventPropulsionOutputChanged += HandlePropulsionStateChange;
m_CachedPropulsionBehaviour.EventPropulsionPotentialChanged += HandlePropulsionStateChange;
// Register for when the circuitry breaks/fixes
m_CachedEngine.m_MechanicalComponent1.EventComponentBreak += HandleMechanicalStateChange;
m_CachedEngine.m_MechanicalComponent2.EventComponentFix += HandleMechanicalStateChange;
// Update initial values
UpdateDUI();
}
// Member Properties
// Member Methods
public void RegisterPropulsionEngine(GameObject _Propulsion)
{
m_Engine = _Propulsion;
m_CachedPropulsionBehaviour = m_Engine.GetComponent <CPropulsionGeneratorBehaviour>();
m_CachedEngine = m_Engine.GetComponent <CTestEngineBehaviour>();
// Register generation rate state chages
m_CachedPropulsionBehaviour.EventPropulsionOutputChanged += HandlePropulsionStateChange;
m_CachedPropulsionBehaviour.EventPropulsionPotentialChanged += HandlePropulsionStateChange;
// Register for when the circuitry breaks/fixes
m_CachedEngine.m_MechanicalComponent1.EventComponentBreak += HandleMechanicalStateChange;
m_CachedEngine.m_MechanicalComponent2.EventComponentFix += HandleMechanicalStateChange;
// Update initial values
UpdateDUI();
}
private void HandlePropulsionStateChange(CPropulsionGeneratorBehaviour _Propulsion)
{
UpdateDUI();
}
private void HandlePropulsionStateChange(CPropulsionGeneratorBehaviour _Propulsion)
{
UpdateDUI();
}
