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  3. TBaseBlendedCurve

TBaseBlendedCurve

This struct is used to create curve snap shot of current time when extracted

API > API/Runtime > API/Runtime/Engine

This struct is used to create curve snap shot of current time when extracted

   
Name TBaseBlendedCurve
Type struct
Header File /Engine/Source/Runtime/Engine/Public/Animation/AnimCurveTypes.h
Include Path #include "Animation/AnimCurveTypes.h"

Syntax

template<typename InAllocatorType, typename InElementType>  
struct TBaseBlendedCurve :  
    public UE::Anim::TNamedValueArray< FAnimStackAllocator, UE::Anim::FCurveElement > ,  
    public UE::Anim::FBaseBlendedCurve_DEPRECATED

Inheritance Hierarchy

Derived Classes

Typedefs

Name Type Remarks Include Path
AllocatorType InAllocatorType   Animation/AnimCurveTypes.h
ElementType InElementType   Animation/AnimCurveTypes.h
Super UE::Anim::TNamedValueArray< AllocatorType, ElementType >   Animation/AnimCurveTypes.h

Variables

Protected

Name Type Remarks Include Path Unreal Specifiers
Filter const UE::Anim::FCurveFilter * Filter to use when building curves. Animation/AnimCurveTypes.h  

Functions

Public

Name Remarks Include Path Unreal Specifiers

void Accumulate ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& AdditiveCurve,
float Weight
)

 Accumulate the input curve with input Weight Animation/AnimCurveTypes.h  

void Combine ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToCombine
)

 If CurveToCombine contains a valid element, then the value in 'this' is overridden, otherwise the value is not modified. Animation/AnimCurveTypes.h  

void CombinePreserved ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToCombine
)

 If 'this' does not contain a valid element, then the value in 'this' is set, otherwise the value is not modified. Animation/AnimCurveTypes.h  

void ConvertToAdditive ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& BaseCurve
)

 Convert current curves to Additive (this - BaseCurve) if overlapping entries are found Animation/AnimCurveTypes.h  

void CopyFrom ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& InCurveToCopyFrom
)

 Copy elements between curves that have different allocators & element types. Does not copy filter. Animation/AnimCurveTypes.h  

float Get ( SmartName::UID_Type InUid,
bool& OutIsValid,
float InDefaultValue
) const

   Animation/AnimCurveTypes.h  

float Get ( FName InName,
bool& OutHasElement,
float InDefaultValue
) const

 Get Value of curve named InName with validation and default value Note that this performs a binary search per-call. Animation/AnimCurveTypes.h  

float Get ( FName InName
) const

 Get value of curve element named InName. Animation/AnimCurveTypes.h  

float Get ( SmartName::UID_Type InUid
) const

   Animation/AnimCurveTypes.h  

int32 GetArrayIndexByUID ( SmartName::UID_Type InUid
) const

   Animation/AnimCurveTypes.h  

const UE::Anim::FCurveFilter * GetFilter()

 Get the filter referenced by this curve. Animation/AnimCurveTypes.h  
Get flags for curve element named InName Note that this performs a binary search per-call. Animation/AnimCurveTypes.h  

void InitFrom ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& InCurveToInitFrom
)

 Initialize from another curve. Just copies the filter and empties 'this'. Animation/AnimCurveTypes.h  

void InitFrom ( TArray< uint16 > const* InUIDToArrayIndexLUT
)

   Animation/AnimCurveTypes.h  

void InvalidateCurveWeight ( FName InName
)

 Invalidate value of the named curve Animation/AnimCurveTypes.h  

void InvalidateCurveWeight ( SmartName::UID_Type InUid
)

   Animation/AnimCurveTypes.h  

bool IsEnabled ( SmartName::UID_Type InUid
) const

   Animation/AnimCurveTypes.h  

bool IsValid()

   Animation/AnimCurveTypes.h  

void Lerp ( const TBaseBlendedCurve< AllocatorA, ElementTypeA >& A,
const TBaseBlendedCurve< AllocatorB, ElementTypeB >& B,
float Alpha
)

 Blend (A, B) using Alpha. Lone valid elements are not preserved. Animation/AnimCurveTypes.h  

void LerpTo ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& Other,
float Alpha
)

 Blend with Other using Alpha. Lone valid elements are not preserved. Same as Lerp Animation/AnimCurveTypes.h  

void LerpToValid ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& Other,
float Alpha
)

 Blend with Other using Alpha when both elements are valid, otherwise preserve valid element. Animation/AnimCurveTypes.h  

void LerpValid ( const TBaseBlendedCurve< AllocatorA, ElementTypeA >& A,
const TBaseBlendedCurve< AllocatorB, ElementTypeB >& B,
float Alpha
)

 Blend with Other using Alpha when both elements are valid, otherwise preserve valid element. Animation/AnimCurveTypes.h  

void Mirror ( FName InName0,
FName InName1
)

 Mirror the values & flags of the two named curves if both exist. Animation/AnimCurveTypes.h  

void MoveFrom ( TBaseBlendedCurve& CurveToMoveFrom
)

 Once moved, source is invalid Animation/AnimCurveTypes.h  

int32 NumValid()

   Animation/AnimCurveTypes.h  

void Override ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToOverrideFrom
)

 Override with input curve Animation/AnimCurveTypes.h  

void Override ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToOverrideFrom,
float Weight
)

 Override with input curve * weight Animation/AnimCurveTypes.h  

void OverrideMove ( TBaseBlendedCurve& CurveToOverrideFrom
)

 Override with input curve, leaving input curve invalid Animation/AnimCurveTypes.h  

void Reserve ( int32 InNumElements
)

 Reserves memory for InNumElements Animation/AnimCurveTypes.h  

void Set ( SmartName::UID_Type InUid,
float InValue
)

   Animation/AnimCurveTypes.h  

void Set ( FName InName,
float InValue
)

 Set value of curve named InName to InValue. Animation/AnimCurveTypes.h  

void SetFilter ( const UE::Anim::FCurveFilter* InFilter
)

 Set the filter referenced by this curve. Animation/AnimCurveTypes.h  

void SetFlags ( FName InName,
UE::Anim::ECurveElementFlags InFlags
)

 Set flags of curve named InName to InFlags. Animation/AnimCurveTypes.h  

void UseMaxValue ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToCombine
)

 This doesn't blend but combines MAX(current value, CurveToCombine value) Animation/AnimCurveTypes.h  

void UseMinValue ( const TBaseBlendedCurve< OtherAllocator, OtherElementType >& CurveToCombine
)

 This doesn't blend but combines MIN(current weight, CurveToCombine weight) Animation/AnimCurveTypes.h  

Static

Name Remarks Include Path Unreal Specifiers

static int32 GetValidElementCount ( TArray< uint16 > const* InUIDToArrayIndexLUT
)

   Animation/AnimCurveTypes.h  

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