void FConnectionDrawingPolicy::DrawPreviewConnector(const FGeometry& PinGeometry, const FVector2D& StartPoint, const FVector2D& EndPoint, UEdGraphPin* Pin) { FConnectionParams Params; DetermineWiringStyle(Pin, nullptr, /*inout*/ Params); DrawSplineWithArrow(StartPoint, EndPoint, Params); }
void FConnectionDrawingPolicy::DrawPreviewConnector(const FGeometry& PinGeometry, const FVector2D& StartPoint, const FVector2D& EndPoint, UEdGraphPin* Pin) { float Thickness = 1.0f; FLinearColor WireColor = FLinearColor::White; bool bDrawBubbles = false; bool bBiDirectional = false; DetermineWiringStyle(Pin, NULL, /*inout*/ Thickness, /*inout*/ WireColor, /*inout*/ bDrawBubbles, /*inout*/ bBiDirectional); DrawSplineWithArrow(StartPoint, EndPoint, WireColor, Thickness, bDrawBubbles, bBiDirectional); }
void FStateMachineConnectionDrawingPolicy::DrawPreviewConnector(const FGeometry& PinGeometry, const FVector2D& StartPoint, const FVector2D& EndPoint, UEdGraphPin* Pin) { float Thickness = 1.0f; FLinearColor WireColor = FLinearColor::White; bool bDrawBubbles = false; bool bBiDirectional = false; DetermineWiringStyle(Pin, NULL, /*inout*/ Thickness, /*inout*/ WireColor, /*inout*/ bDrawBubbles, /*inout*/ bBiDirectional); const FVector2D SeedPoint = EndPoint; const FVector2D AdjustedStartPoint = FGeometryHelper::FindClosestPointOnGeom(PinGeometry, SeedPoint); DrawSplineWithArrow(AdjustedStartPoint, EndPoint, WireColor, Thickness, bDrawBubbles, bBiDirectional); }
void FBehaviorTreeConnectionDrawingPolicy::DrawPreviewConnector(const FGeometry& PinGeometry, const FVector2D& StartPoint, const FVector2D& EndPoint, UEdGraphPin* Pin) { float Thickness = 1.0f; FLinearColor WireColor = FLinearColor::White; bool bDrawBubbles = false; bool bBiDirectional = false; DetermineWiringStyle(Pin, NULL, /*inout*/ Thickness, /*inout*/ WireColor, /*inout*/ bDrawBubbles, /*inout*/ bBiDirectional); if (Pin->Direction == EEdGraphPinDirection::EGPD_Output) { DrawSplineWithArrow(FGeometryHelper::FindClosestPointOnGeom(PinGeometry, EndPoint), EndPoint, WireColor, Thickness, bDrawBubbles, bBiDirectional); } else { DrawSplineWithArrow(FGeometryHelper::FindClosestPointOnGeom(PinGeometry, StartPoint), StartPoint, WireColor, Thickness, bDrawBubbles, bBiDirectional); } }
void FConnectionDrawingPolicy::Draw(TMap<TSharedRef<SWidget>, FArrangedWidget>& PinGeometries, FArrangedChildren& ArrangedNodes) { PinToPinWidgetMap.Empty(); for (TMap<TSharedRef<SWidget>, FArrangedWidget>::TIterator ConnectorIt(PinGeometries); ConnectorIt; ++ConnectorIt) { TSharedRef<SWidget> SomePinWidget = ConnectorIt.Key(); SGraphPin& PinWidget = static_cast<SGraphPin&>(SomePinWidget.Get()); PinToPinWidgetMap.Add(PinWidget.GetPinObj(), StaticCastSharedRef<SGraphPin>(SomePinWidget)); } for (TMap<TSharedRef<SWidget>, FArrangedWidget>::TIterator ConnectorIt(PinGeometries); ConnectorIt; ++ConnectorIt) { TSharedRef<SWidget> SomePinWidget = ConnectorIt.Key(); SGraphPin& PinWidget = static_cast<SGraphPin&>(SomePinWidget.Get()); UEdGraphPin* ThePin = PinWidget.GetPinObj(); if (ThePin->Direction == EGPD_Output) { for (int32 LinkIndex=0; LinkIndex < ThePin->LinkedTo.Num(); ++LinkIndex) { FArrangedWidget* LinkStartWidgetGeometry = NULL; FArrangedWidget* LinkEndWidgetGeometry = NULL; UEdGraphPin* TargetPin = ThePin->LinkedTo[LinkIndex]; DetermineLinkGeometry(PinGeometries, ArrangedNodes, SomePinWidget, ThePin, TargetPin, /*out*/ LinkStartWidgetGeometry, /*out*/ LinkEndWidgetGeometry); if ((LinkEndWidgetGeometry != NULL) && (LinkStartWidgetGeometry != NULL)) { float Thickness = 1.0f; FLinearColor WireColor = FLinearColor::White; bool bDrawBubbles = false; bool bBidirectional = false; DetermineWiringStyle(ThePin, TargetPin, /*inout*/ Thickness, /*inout*/ WireColor, /*inout*/ bDrawBubbles, /*inout*/ bBidirectional); DrawSplineWithArrow(LinkStartWidgetGeometry->Geometry, LinkEndWidgetGeometry->Geometry, WireColor, Thickness, bDrawBubbles, bBidirectional); } } } } }
void FConnectionDrawingPolicy::Draw(TMap<TSharedRef<SWidget>, FArrangedWidget>& InPinGeometries, FArrangedChildren& ArrangedNodes) { PinGeometries = &InPinGeometries; PinToPinWidgetMap.Empty(); for (TMap<TSharedRef<SWidget>, FArrangedWidget>::TIterator ConnectorIt(InPinGeometries); ConnectorIt; ++ConnectorIt) { TSharedRef<SWidget> SomePinWidget = ConnectorIt.Key(); SGraphPin& PinWidget = static_cast<SGraphPin&>(SomePinWidget.Get()); PinToPinWidgetMap.Add(PinWidget.GetPinObj(), StaticCastSharedRef<SGraphPin>(SomePinWidget)); } for (TMap<TSharedRef<SWidget>, FArrangedWidget>::TIterator ConnectorIt(InPinGeometries); ConnectorIt; ++ConnectorIt) { TSharedRef<SWidget> SomePinWidget = ConnectorIt.Key(); SGraphPin& PinWidget = static_cast<SGraphPin&>(SomePinWidget.Get()); UEdGraphPin* ThePin = PinWidget.GetPinObj(); if (ThePin->Direction == EGPD_Output) { for (int32 LinkIndex=0; LinkIndex < ThePin->LinkedTo.Num(); ++LinkIndex) { FArrangedWidget* LinkStartWidgetGeometry = nullptr; FArrangedWidget* LinkEndWidgetGeometry = nullptr; UEdGraphPin* TargetPin = ThePin->LinkedTo[LinkIndex]; DetermineLinkGeometry(ArrangedNodes, SomePinWidget, ThePin, TargetPin, /*out*/ LinkStartWidgetGeometry, /*out*/ LinkEndWidgetGeometry); if (( LinkEndWidgetGeometry && LinkStartWidgetGeometry ) && !IsConnectionCulled( *LinkStartWidgetGeometry, *LinkEndWidgetGeometry )) { FConnectionParams Params; DetermineWiringStyle(ThePin, TargetPin, /*inout*/ Params); DrawSplineWithArrow(LinkStartWidgetGeometry->Geometry, LinkEndWidgetGeometry->Geometry, Params); } } } } }