public void Init(MyObjectBuilder_Battery builder, List<MyResourceSinkInfo> additionalSinks = null, List<MyResourceSourceInfo> additionalSources = null)
{
var defaultSinkInfo = new MyResourceSinkInfo
{
MaxRequiredInput = MyEnergyConstants.BATTERY_MAX_POWER_INPUT,
ResourceTypeId = MyResourceDistributorComponent.ElectricityId,
RequiredInputFunc = Sink_ComputeRequiredPower,
};
if (additionalSinks != null)
{
additionalSinks.Insert(0, defaultSinkInfo);
ResourceSink.Init(m_resourceSinkGroup, additionalSinks);
}
else
{
ResourceSink.Init(m_resourceSinkGroup, defaultSinkInfo);
}
ResourceSink.TemporaryConnectedEntity = m_owner;
var defaultSourceInfo = new MyResourceSourceInfo
{
ResourceTypeId = MyResourceDistributorComponent.ElectricityId,
DefinedOutput = MyEnergyConstants.BATTERY_MAX_POWER_OUTPUT, // TODO: Load max output from definitions
ProductionToCapacityMultiplier = 60*60
};
if (additionalSources != null)
{
additionalSources.Insert(0, defaultSourceInfo);
ResourceSource.Init(m_resourceSourceGroup, additionalSources);
}
else
ResourceSource.Init(m_resourceSourceGroup, defaultSourceInfo);
ResourceSource.TemporaryConnectedEntity = m_owner;
m_lastUpdateTime = MySession.Static.GameplayFrameCounter;
if (builder == null)
{
ResourceSource.SetProductionEnabledByType(MyResourceDistributorComponent.ElectricityId, true);
ResourceSource.SetRemainingCapacityByType(MyResourceDistributorComponent.ElectricityId, MyEnergyConstants.BATTERY_MAX_CAPACITY);
ResourceSink.Update();
return;
}
ResourceSource.SetProductionEnabledByType(MyResourceDistributorComponent.ElectricityId, builder.ProducerEnabled);
if (MySession.Static.SurvivalMode)
ResourceSource.SetRemainingCapacityByType(MyResourceDistributorComponent.ElectricityId, MathHelper.Clamp(builder.CurrentCapacity, 0f, MyEnergyConstants.BATTERY_MAX_CAPACITY));
else
ResourceSource.SetRemainingCapacityByType(MyResourceDistributorComponent.ElectricityId, MyEnergyConstants.BATTERY_MAX_CAPACITY);
ResourceSink.Update();
}
private void FillSinkInfo()
{
OxygenSinkInfo = new MyResourceSinkInfo { ResourceTypeId = m_oxygenGasId, MaxRequiredInput = BlockDefinition.VentilationCapacityPerSecond, RequiredInputFunc = Sink_ComputeRequiredGas };
}
public void Init(MyStringHash group, MyResourceSinkInfo sinkData)
{
MyUtils.Init(ref m_singleHelperList);
m_singleHelperList.Add(sinkData);
Init(group, m_singleHelperList);
m_singleHelperList.Clear();
}
public void AddType(ref MyResourceSinkInfo sinkData)
{
if (m_resourceIds.Contains(sinkData.ResourceTypeId) || m_resourceTypeToIndex.ContainsKey(sinkData.ResourceTypeId))
return;
var newDataPerType = new PerTypeData[m_resourceIds.Count + 1];
for (int dataIndex = 0; dataIndex < m_dataPerType.Length; ++dataIndex)
{
newDataPerType[dataIndex] = m_dataPerType[dataIndex];
}
m_dataPerType = newDataPerType;
m_dataPerType[m_dataPerType.Length - 1] = new PerTypeData
{
MaxRequiredInput = sinkData.MaxRequiredInput,
RequiredInputFunc = sinkData.RequiredInputFunc
};
m_resourceIds.Add(sinkData.ResourceTypeId);
m_resourceTypeToIndex.Add(sinkData.ResourceTypeId, m_dataPerType.Length - 1);
if(OnAddType != null)
OnAddType(this, sinkData.ResourceTypeId);
}