UE::Curves Namespace Reference

Functions
int32	SolveCubic (double Coeff[4], double Solution[3])
void	BezierToPower (double A1, double B1, double C1, double D1, double *A2, double *B2, double *C2, double *D2)
float	WeightedEvalForTwoKeys (float Key1Value, float Key1Time, float Key1LeaveTangent, float Key1LeaveTangentWeight, ERichCurveTangentWeightMode Key1TangentWeightMode, float Key2Value, float Key2Time, float Key2ArriveTangent, float Key2ArriveTangentWeight, ERichCurveTangentWeightMode Key2TangentWeightMode, float InTime)
bool	IsItNotWeighted (const FRichCurveKey &Key1, const FRichCurveKey &Key2)
bool	IsWeighted (const FRichCurveKey &Key1, const FRichCurveKey &Key2)
float	EvalForTwoKeys (const FRichCurveKey &Key1, const FRichCurveKey &Key2, const float InTime)
template<typename CurveValueType >
CurveValueType	BezierInterp (CurveValueType P0, CurveValueType P1, CurveValueType P2, CurveValueType P3, float Alpha)

Function Documentation

BezierInterp()

template<typename CurveValueType >

CurveValueType UE::Curves::BezierInterp	(	CurveValueType	P0,
		CurveValueType	P1,
		CurveValueType	P2,
		CurveValueType	P3,
		float	Alpha
	)

Assuming that P0, P1, P2 and P3 are sequential control points of an N=4 Bezier curve, returns the interpolated value for interpolation constant Alpha in [0, 1]

BezierToPower()

ENGINE_API void UE::Curves::BezierToPower	(	double	A1,
		double	B1,
		double	C1,
		double	D1,
		double *	A2,
		double *	B2,
		double *	C2,
		double *	D2
	)

EvalForTwoKeys()

ENGINE_API float UE::Curves::EvalForTwoKeys	(	const FRichCurveKey &	Key1,
		const FRichCurveKey &	Key2,
		const float	InTime
	)

Evaluates and interpolates specific point, determined by InTime, between Key1 and Key2

IsItNotWeighted()

bool UE::Curves::IsItNotWeighted	(	const FRichCurveKey &	Key1,
		const FRichCurveKey &	Key2
	)

Returns whether the interpolation between Key1 and Key2 does NOT require using weighted tangent data

IsWeighted()

bool UE::Curves::IsWeighted	(	const FRichCurveKey &	Key1,
		const FRichCurveKey &	Key2
	)

Returns whether the interpolation between Key1 and Key2 requires using weighted tangent data

SolveCubic()

ENGINE_API int32 UE::Curves::SolveCubic	(	double	Coeff[4],
		double	Solution[3]
	)

WeightedEvalForTwoKeys()

float UE::Curves::WeightedEvalForTwoKeys	(	float	Key1Value,
		float	Key1Time,
		float	Key1LeaveTangent,
		float	Key1LeaveTangentWeight,
		ERichCurveTangentWeightMode	Key1TangentWeightMode,
		float	Key2Value,
		float	Key2Time,
		float	Key2ArriveTangent,
		float	Key2ArriveTangentWeight,
		ERichCurveTangentWeightMode	Key2TangentWeightMode,
		float	InTime
	)