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FKismetConnectionDrawingPolicy

This class draws the connections for an [UEdGraph](API\Runtime\Engine\EdGraph\UEdGraph) using a K2-based schema.

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MacOS

Linux

Inheritance Hierarchy

FConnectionDrawingPolicy

FKismetConnectionDrawingPolicy

References

Module	GraphEditor
Header	/Engine/Source/Editor/GraphEditor/Public/BlueprintConnectionDrawingPolicy.h
Include	#include "BlueprintConnectionDrawingPolicy.h"

Syntax

class FKismetConnectionDrawingPolicy : public FConnectionDrawingPolicy

Remarks

This class draws the connections for an UEdGraph using a K2-based schema.

Variables

	Name	Description
FLinearColor	AttackColor
float	AttackHoldPeriod
float	AttackWireThickness
double	CurrentTime
float	DecayExponent
float	DecayPeriod
float	DefaultDataWireThickness
float	DefaultExecutionWireThickness
UEdGraph *	GraphObj
TMap< class UK2...	KnotToReversedDirectionMap	Each time a knot is encountered, input geometry is compared to output geometry to see if the pins on the knot need to be reversed.
double	LatestTimeDiscovered
TMap< UEdGraphN...	PredecessorPins	Map of executed nodes, and the execution pins that lead to them being ran.
FLinearColor	ReleaseColor
float	ReleaseExponent
float	ReleasePeriod
float	ReleaseWireThickness
FLinearColor	SustainColor
float	SustainHoldPeriod
float	SustainWireThickness
float	TracePositionBonusPeriod
float	TracePositionExponent

Constructors

	Name	Description
	FKismetConnectionDrawingPolicy ( int32 InBackLayerID, int32 InFrontLayerID, float ZoomFactor, const FSlateRect& InClippingRect, FSlateWindowElementList& InDrawEle..., UEdGraph* InGraphObj )

Functions

	Name	Description
bool	AreNodesGraphicallySequential ( UEdGraphNode* InputNode, UEdGraphNode* OutputNode )	Checks that the specified nodes are connected in the graph directly by an exec pin.
FTimePair co...	BackTraceExecPath ( UEdGraphPin constconst Output..., FExecPairingMap constconst No... )	With the introduction of "reroute" (UK2Node_Knot) nodes, we have to backtrace to find a node that was actually executed before the one in question (knot nodes are removed at compile time, and therefore never executed).
void	BuildExecutionRoadmap()
void	CalculateEnvelopeAlphas ( double ExecutionTime, float& AttackAlpha, float& SustainAlpha )
bool	CanBuildRoadmap()
bool	CanBuildRoadmap ( UBlueprint* TargetBP )	Determines if the given Blueprint context has a valid object for debugging.
void	DetermineStyleOfExecWire ( float& Thickness, FLinearColor& WireColor, bool& bDrawBubbles, const FTimePair& Times )
bool	FindPinCenter ( UEdGraphPin* Pin, FVector2D& OutCenter )
bool	GetAverageConnectedPosition ( UK2Node_Knot* Knot, EEdGraphPinDirection Direction, FVector2D& OutPos )
UBlueprint &...	GetTargetBlueprint()	Determines the target Blueprint for querying the active debugging context.
bool	ShouldChangeTangentForKnot ( UK2Node_Knot* Knot )
bool	TreatWireAsExecutionPin ( UEdGraphPin* InputPin, UEdGraphPin* OutputPin )	Should this wire be treated as an execution pin, querying the execution trace for connected nodes to draw it differently?

Overridden from FConnectionDrawingPolicy

	Name	Description
void	DetermineWiringStyle ( UEdGraphPin* OutputPin, UEdGraphPin* InputPin, FConnectionParams& Params )	Give specific editor modes a chance to highlight this connection or darken non-interesting connections.
void	Draw ( TMap< TSharedRef< SWidget >, FArran..., FArrangedChildren& ArrangedNodes )
void	ResetIncompatiblePinDrawState ( const TSet< TSharedRef< SWidget > >... )
void	SetIncompatiblePinDrawState ( const TSharedPtr< SGraphPin >& Sta..., const TSet< TSharedRef< SWidget > >... )

Classes

	Name	Description
	FTimePair	Times for one execution pair within the current graph.

Typedefs

Name	Description
FExecPairingMap	Map of exec-pins to a pair of execution times (holds timing info for the owning-node, paired with a time of execution for the linked node)...

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