FGameplayCueTranslationLink& FGameplayCueTranslatorNode::FindOrCreateLink(const UGameplayCueTranslator* RuleClassCDO, int32 LookupSize)
{
int32 InsertIdx = 0;
int32 NewPriority = RuleClassCDO->GetPriority();
#if !(UE_BUILD_SHIPPING || UE_BUILD_TEST)
if (CVarGameplyCueTranslatorDebugTag->GetString().IsEmpty() == false && this->CachedGameplayTagName.ToString().Contains(CVarGameplyCueTranslatorDebugTag->GetString()))
{
UE_LOG(LogGameplayCueTranslator, Log, TEXT("....."));
}
#endif
for (int32 LinkIdx=0; LinkIdx < Links.Num(); ++LinkIdx)
{
if (Links[LinkIdx].RulesCDO == RuleClassCDO)
{
// Already here, return
return Links[LinkIdx];
}
if (Links[LinkIdx].RulesCDO->GetPriority() > NewPriority)
{
// Insert after the existing one with higher priority
InsertIdx = LinkIdx+1;
}
}
check(InsertIdx <= Links.Num());
FGameplayCueTranslationLink& NewLink = Links[Links.Insert(FGameplayCueTranslationLink(), InsertIdx)];
NewLink.RulesCDO = RuleClassCDO;
NewLink.NodeLookup.SetNum( LookupSize );
return NewLink;
}
FGameplayCueTranslatorNodeIndex FGameplayCueTranslationManager::GetTranslationIndexForName(FName Name, bool CreateIfInvalid)
{
FGameplayCueTranslatorNodeIndex Idx;
if (CreateIfInvalid)
{
FGameplayCueTranslatorNodeIndex& MapIndex = TranslationNameToIndexMap.FindOrAdd(Name);
if (MapIndex.IsValid() == false)
{
MapIndex = TranslationLUT.AddDefaulted();
}
Idx = MapIndex;
if (TranslationLUT[Idx].CachedIndex.IsValid() == false)
{
TranslationLUT[Idx].CachedIndex = Idx;
TranslationLUT[Idx].CachedGameplayTag = TagManager->RequestGameplayTag(Name, false);
TranslationLUT[Idx].CachedGameplayTagName = Name;
}
}
else
{
if (FGameplayCueTranslatorNodeIndex* IdxPtr = TranslationNameToIndexMap.Find(Name))
{
Idx = *IdxPtr;
}
}
#if !(UE_BUILD_SHIPPING || UE_BUILD_TEST)
if (Idx.IsValid() && TranslationLUT[Idx].CachedGameplayTagName.ToString().Contains(CVarGameplyCueTranslatorDebugTag->GetString()))
{
UE_LOG(LogGameplayCueTranslator, Log, TEXT("....."));
}
#endif
ensureAlways(!Idx.IsValid() || TranslationLUT[Idx].CachedGameplayTagName != NAME_None);
#if WITH_EDITOR
// In the editor tags can be created after the initial creation of the translation data structures.
// This will update the tag in subsequent requests
if (Idx.IsValid() && TranslationLUT[Idx].CachedGameplayTag.IsValid() == false)
{
TranslationLUT[Idx].CachedGameplayTag = TagManager->RequestGameplayTag(Name, false);
}
#endif
return Idx;
}
void USignificanceManager::OnShowDebugInfo(AHUD* HUD, UCanvas* Canvas, const FDebugDisplayInfo& DisplayInfo, float& YL, float& YPos)
{
static const FName NAME_SignificanceManager("SignificanceManager");
if (Canvas && HUD->ShouldDisplayDebug(NAME_SignificanceManager))
{
if (HasAnyFlags(RF_ClassDefaultObject))
{
if (USignificanceManager* SignificanceManager = Get(HUD->GetWorld()))
{
SignificanceManager->OnShowDebugInfo(HUD, Canvas, DisplayInfo, YL, YPos);
}
}
else
{
FDisplayDebugManager& DisplayDebugManager = Canvas->DisplayDebugManager;
DisplayDebugManager.SetFont(GEngine->GetSmallFont());
DisplayDebugManager.SetDrawColor(FColor::Red);
DisplayDebugManager.DrawString(FString::Printf(TEXT("SIGNIFICANCE MANAGER - %d Managed Objects"), ManagedObjects.Num()));
const FName SignificanceManagerTag(*CVarSignificanceManagerFilterTag->GetString());
TArray<const FManagedObjectInfo*> AllObjects;
const TArray<const FManagedObjectInfo*>& ObjectsToShow = (SignificanceManagerTag.IsNone() ? AllObjects : GetManagedObjects(SignificanceManagerTag));
if (SignificanceManagerTag.IsNone())
{
GetManagedObjects(AllObjects, true);
}
DisplayDebugManager.SetDrawColor(FColor::White);
const int32 NumObjectsToShow = FMath::Min(GSignificanceManagerObjectsToShow, ObjectsToShow.Num());
for (int32 Index = 0; Index < NumObjectsToShow; ++Index)
{
const FManagedObjectInfo* ObjectInfo = ObjectsToShow[Index];
const FString Str = FString::Printf(TEXT("%6.3f - %s (%s)"), ObjectInfo->GetSignificance(), *ObjectInfo->GetObject()->GetName(), *ObjectInfo->GetTag().ToString());
DisplayDebugManager.DrawString(Str);
}
}
}
}
void FGameplayCueTranslationManager::BuildTagTranslationTable_Forward_r(const FName& TagName, const TArray<FName>& SplitNames)
{
#if !(UE_BUILD_SHIPPING || UE_BUILD_TEST)
if (CVarGameplyCueTranslatorDebugTag->GetString().IsEmpty() == false && TagName.ToString().Contains(CVarGameplyCueTranslatorDebugTag->GetString()))
{
//
UE_LOG(LogGameplayCueTranslator, Log, TEXT("....."));
}
#endif
TArray<FName> SwappedNames;
SwappedNames.Reserve(10);
// Each nameswap rule group
for (FNameSwapData& NameSwapData : AllNameSwaps)
{
// Avoid rule recursion
{
if (FGameplayCueTranslatorNode* ChildNode = GetTranslationNodeForName(TagName, false))
{
if (ChildNode->UsedTranslators.Contains(NameSwapData.ClassCDO))
{
continue;
}
}
}
// Each swaprule
for (int32 SwapRuleIdx=0; SwapRuleIdx < NameSwapData.NameSwaps.Num(); ++SwapRuleIdx)
{
const FGameplayCueTranslationNameSwap& SwapRule = NameSwapData.NameSwaps[SwapRuleIdx];
#if WITH_EDITOR
if (SwapRule.EditorData.Enabled == false)
{
continue;
}
#endif
// Each subtag within this GameplayTag
for (int32 TagIdx=0; TagIdx < SplitNames.Num(); ++TagIdx)
{
if (SplitNames[TagIdx] == SwapRule.FromName)
{
SwappedNames = SplitNames;
// Possible match!
// Done - full match found
SwappedNames.RemoveAt(TagIdx, 1, false);
for (int32 ToIdx=0; ToIdx < SwapRule.ToNames.Num(); ++ToIdx)
{
SwappedNames.Insert(SwapRule.ToNames[ToIdx], TagIdx + ToIdx);
}
FString ComposedString = SwappedNames[0].ToString();
for (int32 ComposeIdx=1; ComposeIdx < SwappedNames.Num(); ++ ComposeIdx)
{
ComposedString += FString::Printf(TEXT(".%s"), *SwappedNames[ComposeIdx].ToString());
}
UE_LOG(LogGameplayCueTranslator, Log, TEXT("Found possible new expanded tag. Original: %s. Parent: %s"), *TagName.ToString(), *ComposedString);
FName ComposedName = FName(*ComposedString);
FGameplayCueTranslatorNodeIndex ChildIdx = GetTranslationIndexForName( ComposedName, true );
if ( ChildIdx.IsValid() )
{
FGameplayCueTranslatorNodeIndex ParentIdx = GetTranslationIndexForName( TagName, true );
if (ParentIdx.IsValid())
{
FGameplayCueTranslatorNode& ParentNode = TranslationLUT[ParentIdx];
FGameplayCueTranslatorNode& ChildNode = TranslationLUT[ChildIdx];
// Find or create the link structure out of the parent node
FGameplayCueTranslationLink& NewLink = ParentNode.FindOrCreateLink(NameSwapData.ClassCDO, NameSwapData.NameSwaps.Num());
NewLink.NodeLookup[SwapRuleIdx] = ChildNode.CachedIndex;
ChildNode.UsedTranslators.Append(ParentNode.UsedTranslators);
ChildNode.UsedTranslators.Add(NameSwapData.ClassCDO);
}
}
BuildTagTranslationTable_Forward_r(ComposedName, SwappedNames);
}
}
}
}
}
bool FGameplayCueTranslationManager::BuildTagTranslationTable_r(const FName& TagName, const TArray<FName>& SplitNames)
{
#if !(UE_BUILD_SHIPPING || UE_BUILD_TEST)
if (CVarGameplyCueTranslatorDebugTag->GetString().IsEmpty() == false && TagName.ToString().Contains(CVarGameplyCueTranslatorDebugTag->GetString()))
{
//
UE_LOG(LogGameplayCueTranslator, Log, TEXT("....."));
}
#endif
bool HasValidRootTag = false;
TArray<FName> SwappedNames;
SwappedNames.Reserve(10);
// Every NameSwap Rule/Class that gave us data
for (FNameSwapData& NameSwapData : AllNameSwaps)
{
// Avoid rule recursion
{
if (FGameplayCueTranslatorNode* ChildNode = GetTranslationNodeForName(TagName, false))
{
if (ChildNode->UsedTranslators.Contains(NameSwapData.ClassCDO))
{
continue;
}
}
}
// Every Swap that this Rule/Class gave us
for (int32 SwapRuleIdx=0; SwapRuleIdx < NameSwapData.NameSwaps.Num(); ++SwapRuleIdx)
{
const FGameplayCueTranslationNameSwap& SwapRule = NameSwapData.NameSwaps[SwapRuleIdx];
#if WITH_EDITOR
if (SwapRule.EditorData.Enabled == false)
{
continue;
}
#endif
// Walk through the original tag's elements
for (int32 TagIdx=0; TagIdx < SplitNames.Num(); ++TagIdx)
{
// Walk through the potential new tag's elemnts
for (int32 ToNameIdx=0; ToNameIdx < SwapRule.ToNames.Num() && TagIdx < SplitNames.Num(); ++ToNameIdx)
{
// If they match
if (SwapRule.ToNames[ToNameIdx] == SplitNames[TagIdx])
{
// If we are at the end
if (ToNameIdx == SwapRule.ToNames.Num()-1)
{
// *Possible* tag translation found! This tag can be derived from out name swapping rules,
// but we don't know if there actually is a tag that matches the tag which it would be translated *from*
// Don't operator on SplitNames, since subsequent rules and name swaps use the same array
SwappedNames = SplitNames;
// Remove the "To Names" from the SwappedNames array, replace with the single "From Name"
// E.g, GC.{Steel.Master} -> GC.{Hero}
int32 NumRemoves = SwapRule.ToNames.Num(); // We are going to remove as many tags
int32 RemoveAtIdx = TagIdx - (SwapRule.ToNames.Num() - 1);
check(SwappedNames.IsValidIndex(RemoveAtIdx));
SwappedNames.RemoveAt(RemoveAtIdx, NumRemoves, false);
SwappedNames.Insert(SwapRule.FromName, RemoveAtIdx);
// Compose a string from the new name
FString ComposedString = SwappedNames[0].ToString();
for (int32 ComposeIdx=1; ComposeIdx < SwappedNames.Num(); ++ ComposeIdx)
{
ComposedString += FString::Printf(TEXT(".%s"), *SwappedNames[ComposeIdx].ToString());
}
UE_LOG(LogGameplayCueTranslator, Log, TEXT("Found possible expanded tag. Original Child Tag: %s. Possible Parent Tag: %s"), *TagName.ToString(), *ComposedString);
FName ComposedName = FName(*ComposedString);
// Look for this tag - is it an actual real tag? If not, continue on
{
FGameplayTag ComposedTag = TagManager->RequestGameplayTag(ComposedName, false);
if (ComposedTag.IsValid() == false)
{
UE_LOG(LogGameplayCueTranslator, Log, TEXT(" No tag match found, recursing..."));
FGameplayCueTranslatorNodeIndex ParentIdx = GetTranslationIndexForName( ComposedName, false );
if (ParentIdx.IsValid() == false)
{
ParentIdx = GetTranslationIndexForName( ComposedName, true );
check(ParentIdx.IsValid());
TranslationLUT[ParentIdx].UsedTranslators.Add( NameSwapData.ClassCDO );
HasValidRootTag |= BuildTagTranslationTable_r(ComposedName, SwappedNames);
}
}
else
{
HasValidRootTag = true;
}
}
if (HasValidRootTag)
{
// Add it to our data structures
FGameplayCueTranslatorNodeIndex ParentIdx = GetTranslationIndexForName(ComposedName, true);
check(ParentIdx.IsValid());
UE_LOG(LogGameplayCueTranslator, Log, TEXT(" Matches real tags! Adding to translation tree"));
FGameplayCueTranslatorNodeIndex ChildIdx = GetTranslationIndexForName(TagName, true);
ensure(ChildIdx != INDEX_NONE);
// Note: important to do this after getting ChildIdx since allocating idx can move TranslationMap memory around
FGameplayCueTranslatorNode& ParentNode = TranslationLUT[ParentIdx];
FGameplayCueTranslationLink& NewLink = ParentNode.FindOrCreateLink(NameSwapData.ClassCDO, NameSwapData.NameSwaps.Num());
// Verify this link hasn't already been established
ensure(NewLink.NodeLookup[SwapRuleIdx] != ChildIdx);
// Setup the link
NewLink.NodeLookup[SwapRuleIdx] = ChildIdx;
// Now make sure we don't reapply this rule to this child node or any of its child nodes
FGameplayCueTranslatorNode& ChildNode = TranslationLUT[ChildIdx];
ChildNode.UsedTranslators.Append( ParentNode.UsedTranslators );
ChildNode.UsedTranslators.Add( NameSwapData.ClassCDO );
}
else
{
UE_LOG(LogGameplayCueTranslator, Log, TEXT(" No tag match found after recursing. Dead end."));
}
break;
}
else
{
// Keep going, advance TagIdx
TagIdx++;
continue;
}
}
else
{
// Match failed
break;
}
}
}
}
}
return HasValidRootTag;
}
