Assertion failed: !this->mControlledConnection->GetSwitchControl() [File:C:\src\SatisfactoryModLoader\Mods\AutoLink\Source\AutoLink\Private\FGBuildableSpawnStrategy_RSC.cpp] [Line: 21] 
Target railroad connection already has a switch control

Assertion failed: !this->mControlledConnection->GetSwitchControl() [File:C:\src\SatisfactoryModLoader\Mods\AutoLink\Source\AutoLink\Private\FGBuildableSpawnStrategy_RSC.cpp] [Line: 21] 
Target railroad connection already has a switch control

UResourceRouletteManager::InitMeshesToDestroy executed in 0.01 ms
Persistent callback for tagging new actors has been registered.
UResourceCollectionManager::CollectWorldResources executed in 6.06 ms
UResourcePurityManager::CollectOriginalPurities executed in 0.01 ms
Cached new Original Resource node data.
Resource Scan from Save.
UResourceRouletteManager::ScanWorldResourceNodes executed in 13.04 ms
UResourceRouletteManager::RandomizeWorldResourceNodes executed in 0.01 ms
Number of nodes to spawn: 621
UResourceNodeSpawner::SpawnWorldResources executed in 54.50 ms
UResourceRouletteUtility::AssociateExtractorsWithNodes executed in 0.01 ms
Resources Spawning completed successfully.

UResourceRouletteManager::InitMeshesToDestroy executed in 0.01 ms
Persistent callback for tagging new actors has been registered.
UResourceCollectionManager::CollectWorldResources executed in 6.06 ms
UResourcePurityManager::CollectOriginalPurities executed in 0.01 ms
Cached new Original Resource node data.
Resource Scan from Save.
UResourceRouletteManager::ScanWorldResourceNodes executed in 13.04 ms
UResourceRouletteManager::RandomizeWorldResourceNodes executed in 0.01 ms
Number of nodes to spawn: 621
UResourceNodeSpawner::SpawnWorldResources executed in 54.50 ms
UResourceRouletteUtility::AssociateExtractorsWithNodes executed in 0.01 ms
Resources Spawning completed successfully.

for (TObjectIterator<UStaticMeshComponent> It; It; ++It)

for (TObjectIterator<UStaticMeshComponent> It; It; ++It)

for (TObjectIterator<UStaticMeshComponent> It; It; ++It)
{
    UStaticMeshComponent* StaticMeshComponent = *It;
    if (StaticMeshComponent && StaticMeshComponent->GetWorld() == World && !StaticMeshComponent->ComponentTags.
        Contains(ResourceRouletteTag))
    {
        if (const UStaticMesh* StaticMesh = StaticMeshComponent->GetStaticMesh())
        {
            FName MeshPath = FName(*StaticMesh->GetPathName());
            if (MeshesToDestroy.Contains(MeshPath))
            {
                StaticMeshComponent->SetActive(false);
                StaticMeshComponent->SetVisibility(false);
                StaticMeshComponent->DestroyComponent();
            }
        }
    }
}

for (TObjectIterator<UStaticMeshComponent> It; It; ++It)
{
    UStaticMeshComponent* StaticMeshComponent = *It;
    if (StaticMeshComponent && StaticMeshComponent->GetWorld() == World && !StaticMeshComponent->ComponentTags.
        Contains(ResourceRouletteTag))
    {
        if (const UStaticMesh* StaticMesh = StaticMeshComponent->GetStaticMesh())
        {
            FName MeshPath = FName(*StaticMesh->GetPathName());
            if (MeshesToDestroy.Contains(MeshPath))
            {
                StaticMeshComponent->SetActive(false);
                StaticMeshComponent->SetVisibility(false);
                StaticMeshComponent->DestroyComponent();
            }
        }
    }
}

ResourceNode->SetActorLocation(NodeData.Location);
ResourceNode->SetActorRotation(NodeData.Rotation);
MeshComponent->SetWorldLocation(NodeData.Location);
MeshComponent->SetWorldRotation(NodeData.Rotation);

ResourceNode->SetActorLocation(NodeData.Location);
ResourceNode->SetActorRotation(NodeData.Rotation);
MeshComponent->SetWorldLocation(NodeData.Location);
MeshComponent->SetWorldRotation(NodeData.Rotation);

ResourceNode->SetRootComponent(MeshComponent);
MeshComponent->RegisterComponent();

ResourceNode->SetRootComponent(MeshComponent);
MeshComponent->RegisterComponent();

ResourceNode->SetActorLocation(NodeData.Location, false, nullptr, ETeleportType::TeleportPhysics);
ResourceNode->SetActorRotation(NodeData.Rotation, ETeleportType::TeleportPhysics);
MeshComponent->SetWorldLocation(NodeData.Location, false, nullptr, ETeleportType::TeleportPhysics);
MeshComponent->SetWorldRotation(NodeData.Rotation, false, nullptr, ETeleportType::TeleportPhysics);

ResourceNode->SetActorLocation(NodeData.Location, false, nullptr, ETeleportType::TeleportPhysics);
ResourceNode->SetActorRotation(NodeData.Rotation, ETeleportType::TeleportPhysics);
MeshComponent->SetWorldLocation(NodeData.Location, false, nullptr, ETeleportType::TeleportPhysics);
MeshComponent->SetWorldRotation(NodeData.Rotation, false, nullptr, ETeleportType::TeleportPhysics);

NotProcessedResourceNodes (sorted by class and then by purity from pure->impure)
NotProcessedPossibleLocations (this is already in pseudorandom order based on seed)

NotProcessedSingleResourceNodes
NotProcessedSinglePossibleLocations

NotProcessedResourceNodes (sorted by class and then by purity from pure->impure)
NotProcessedPossibleLocations (this is already in pseudorandom order based on seed)

NotProcessedSingleResourceNodes
NotProcessedSinglePossibleLocations

- While there are still nodes in NotProcessedResourceNodes (starting with the last one and working towards first one)
    - Check to ensure we still have NotProcessedResourceNodes and we still have NotProcessedPossibleLocations available, otherwise break out of the loop
    - If it's one of the non-groupable classes, add it to NotProcessedSingleResourceNodes and remove from NotProcessedResourceNodes.
    - Otherwise, grab the last index of NotProcessedPossibleLocations
    - Feed this possible location and the current list of all Possible locations into LocationGrouper, and recursively check what other NotProcessedPossibleLocations are within GroupingRadius. We use recursion to ensure we will get multiple resources that are all in a row or otherwise very close but are not all within the radius of the starting NotProcessedPossibleLocations.
    - Return the list (and the list of their corresponding indexes in NotProcessedPossibleLocations) for each location within the group.
    - If we have only 1 location in the group, then we use a Counter % 4 != 0 that's initialized at the start to give it a deterministic 25% chance of being used. If it fails (75% chance), then we insert the location to the NotProcessedSinglePossibleLocations and remove it from NotProcessedPossibleLocations.

- While there are still nodes in NotProcessedResourceNodes (starting with the last one and working towards first one)
    - Check to ensure we still have NotProcessedResourceNodes and we still have NotProcessedPossibleLocations available, otherwise break out of the loop
    - If it's one of the non-groupable classes, add it to NotProcessedSingleResourceNodes and remove from NotProcessedResourceNodes.
    - Otherwise, grab the last index of NotProcessedPossibleLocations
    - Feed this possible location and the current list of all Possible locations into LocationGrouper, and recursively check what other NotProcessedPossibleLocations are within GroupingRadius. We use recursion to ensure we will get multiple resources that are all in a row or otherwise very close but are not all within the radius of the starting NotProcessedPossibleLocations.
    - Return the list (and the list of their corresponding indexes in NotProcessedPossibleLocations) for each location within the group.
    - If we have only 1 location in the group, then we use a Counter % 4 != 0 that's initialized at the start to give it a deterministic 25% chance of being used. If it fails (75% chance), then we insert the location to the NotProcessedSinglePossibleLocations and remove it from NotProcessedPossibleLocations.

Gas - EResourceForm::RF_GAS:
  Desc_NitrogenGas_C

Heat - EResourceForm::RF_HEAT:
  Desc_Geyser_C

Liquid - EResourceForm::RF_LIQUID:
  Desc_LiquidOil_C
  Desc_Water_C

Solid - EResourceForm::RF_SOLID:
  Desc_SAM_C
  Desc_Stone_C
  Desc_OreIron_C
  Desc_OreCopper_C
  Desc_OreGold_C
  Desc_Coal_C
  Desc_RawQuartz_C
  Desc_Sulfur_C
  Desc_OreBauxite_C
  Desc_OreUranium_C

Gas - EResourceForm::RF_GAS:
  Desc_NitrogenGas_C

Heat - EResourceForm::RF_HEAT:
  Desc_Geyser_C

Liquid - EResourceForm::RF_LIQUID:
  Desc_LiquidOil_C
  Desc_Water_C

Solid - EResourceForm::RF_SOLID:
  Desc_SAM_C
  Desc_Stone_C
  Desc_OreIron_C
  Desc_OreCopper_C
  Desc_OreGold_C
  Desc_Coal_C
  Desc_RawQuartz_C
  Desc_Sulfur_C
  Desc_OreBauxite_C
  Desc_OreUranium_C

-- Ficsit Farming --
Solid - EResourceForm::RF_SOLID:
  Desc_FF_Dirt_Fertilized_C
  Desc_FF_Dirt_C
  Desc_FF_Dirt_Wet_C

-- Refined Power --
Liquid - EResourceForm::RF_LIQUID:
  Desc_RP_Deanium_C

Solid - EResourceForm::RF_SOLID:
  Desc_RP_WaterDamNode_C
  Desc_WaterTurbineNode_C
  Desc_RP_Thorium_C

-- Ficsit Farming --
Solid - EResourceForm::RF_SOLID:
  Desc_FF_Dirt_Fertilized_C
  Desc_FF_Dirt_C
  Desc_FF_Dirt_Wet_C

-- Refined Power --
Liquid - EResourceForm::RF_LIQUID:
  Desc_RP_Deanium_C

Solid - EResourceForm::RF_SOLID:
  Desc_RP_WaterDamNode_C
  Desc_WaterTurbineNode_C
  Desc_RP_Thorium_C