RichCurve.h File Reference

#include "CoreMinimal.h"
#include "UObject/ObjectMacros.h"
#include "UObject/Class.h"
#include "Curves/KeyHandle.h"
#include "Curves/RealCurve.h"
#include "Chaos/Curve.h"
#include "RichCurve.generated.h"

Go to the source code of this file.

Classes
struct	FRichCurveKey
struct	TIsPODType< FRichCurveKey >
struct	TStructOpsTypeTraits< FRichCurveKey >
struct	FRichCurve
struct	FCompressedRichCurve
union	FCompressedRichCurve::TConstantValueNumKeys
struct	FCompressedRichCurve::FStaticEvalArgs
struct	TStructOpsTypeTraits< FCompressedRichCurve >
struct	FRichCurveEditInfoTemplate< T >

Typedefs
typedef FRichCurveEditInfoTemplate< FRealCurve * >	FRichCurveEditInfo
typedef FRichCurveEditInfoTemplate< const FRealCurve * >	FRichCurveEditInfoConst

Enumerations
enum	ERichCurveTangentMode : int {   UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") ,   UMETA =(DisplayName="Auto") }
enum	ERichCurveTangentWeightMode : int { UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") }
enum	ERichCurveCompressionFormat : int {   UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") ,   UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") }
enum	ERichCurveKeyTimeCompressionFormat : int { UMETA =(DisplayName="Auto") , UMETA =(DisplayName="Auto") }

Typedef Documentation

FRichCurveEditInfo

typedef FRichCurveEditInfoTemplate<FRealCurve*> FRichCurveEditInfo

FRichCurveEditInfoConst

typedef FRichCurveEditInfoTemplate<const FRealCurve*> FRichCurveEditInfoConst

Enumeration Type Documentation

ERichCurveCompressionFormat

enum ERichCurveCompressionFormat : int

Enumerates curve compression options.

Enumerator
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision

ERichCurveKeyTimeCompressionFormat

enum ERichCurveKeyTimeCompressionFormat : int

Enumerates key time compression options.

Enumerator
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision

ERichCurveTangentMode

enum ERichCurveTangentMode : int

If using RCIM_Cubic, this enum describes how the tangents should be controlled in editor.

Enumerator
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision

ERichCurveTangentWeightMode

enum ERichCurveTangentWeightMode : int

Enumerates tangent weight modes.

Enumerator
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision
UMETA	Automatically calculates tangents to create smooth curves between values. User specifies the tangent as a unified tangent where the two tangents are locked to each other, presenting a consistent curve before and after. User specifies the tangent as two separate broken tangents on each side of the key which can allow a sharp change in evaluation before or after. No tangents. New Auto tangent that creates smoother curves than Auto. Don't take tangent weights into account. Only take the arrival tangent weight into account for evaluation. Only take the leaving tangent weight into account for evaluation. Take both the arrival and leaving tangent weights into account for evaluation. No keys are present All keys use constant interpolation All keys use linear interpolation All keys use cubic interpolation Keys use mixed interpolation modes Keys use weighted interpolation modes Key time is quantized to 16 bits Key time uses full precision