RealCurve.h File Reference

#include "CoreMinimal.h"
#include "Curves/IndexedCurve.h"
#include "Misc/FrameRate.h"
#include "RealCurve.generated.h"

Go to the source code of this file.

Classes
struct	FCurveAttributes
struct	FRealCurve
struct	TStructOpsTypeTraits< FRealCurve >

Enumerations
enum	ERichCurveInterpMode : int { UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") }
enum	ERichCurveExtrapolation : int {   UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") ,   UMETA =(DisplayName = "Linear") , UMETA =(DisplayName = "Linear") }

Enumeration Type Documentation

ERichCurveExtrapolation

enum ERichCurveExtrapolation : int

Enumerates extrapolation options.

Enumerator
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation

ERichCurveInterpMode

enum ERichCurveInterpMode : int

Method of interpolation between this key and the next.

Enumerator
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation
UMETA	Use linear interpolation between values. Use a constant value. Represents stepped values. Cubic interpolation. See TangentMode for different cubic interpolation options. No interpolation. Repeat the curve without an offset. Repeat the curve with an offset relative to the first or last key's value. Sinusoidally extrapolate. Use a linearly increasing value for extrapolation. Use a constant value for extrapolation No Extrapolation