|
| FNiagaraPosition & | opAssign (FNiagaraPosition Other) |
| FVector3f | BoundToCube (float32 Radius) const |
| FVector3f | opAdd (FVector3f Other) const |
| FVector3f | opSub (FVector3f Other) const |
| FVector3f | opMul (FVector3f Other) const |
| FVector3f | opDiv (FVector3f Other) const |
| FVector3f | opMul (float32 Scale) const |
| FVector3f | opDiv (float32 Scale) const |
| FVector3f | opNeg () const |
| FVector3f | opMulAssign (float32 Scale) |
| FVector3f | opDivAssign (float32 Scale) |
| FVector3f | opMulAssign (FVector3f Other) |
| FVector3f | opDivAssign (FVector3f Other) |
| FVector3f | opAddAssign (FVector3f Other) |
| FVector3f | opSubAssign (FVector3f Other) |
| float32 & | opIndex (int Index) |
| float32 | opIndex (int Index) const |
| bool | opEquals (FVector3f Other) const |
| bool | Equals (FVector3f Other, float32 Tolerance=__KINDA_SMALL_NUMBER_flt) const |
| FVector3f | CrossProduct (FVector3f Other) const |
| float32 | DotProduct (FVector3f Other) const |
| bool | AllComponentsEqual (float32 Tolerance=__KINDA_SMALL_NUMBER_flt) const |
| bool | Parallel (FVector3f Normal2, float32 ParallelCosineThreshold=__THRESH_NORMALS_ARE_PARALLEL_flt) const |
| | See if two normal vectors are nearly parallel, meaning the angle between them is close to 0 degrees.
|
| bool | Coincident (FVector3f Normal2, float32 ParallelCosineThreshold=__THRESH_NORMALS_ARE_PARALLEL_flt) const |
| | See if two normal vectors are coincident (nearly parallel and point in the same direction).
|
| bool | Orthogonal (FVector3f Normal2, float32 OrthogonalCosineThreshold=__THRESH_NORMALS_ARE_ORTHOGONAL_flt) const |
| | See if two normal vectors are nearly orthogonal (perpendicular), meaning the angle between them is close to 90 degrees.
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| float32 | GetMax () const |
| float32 | GetAbsMax () const |
| float32 | GetMin () const |
| float32 | GetAbsMin () const |
| FVector3f | ComponentMin (FVector3f Other) const |
| FVector3f | ComponentMax (FVector3f Other) const |
| FVector3f | ComponentClamp (FVector3f Min, FVector3f Max) const |
| FVector3f | GetAbs () const |
| float32 | Size () const |
| float32 | SizeSquared () const |
| float32 | Size2D () const |
| float32 | SizeSquared2D () const |
| bool | IsNearlyZero (float32 Tolerance=__KINDA_SMALL_NUMBER_flt) const |
| bool | IsZero () const |
| bool | Normalize (float32 Tolerance=__SMALL_NUMBER_flt) |
| bool | IsNormalized () const |
| void | ToDirectionAndLength (FVector3f &OutDir, float32 &OutLength) const |
| FVector3f | GetSignVector () const |
| FVector3f | Projection () const |
| FVector3f | GetUnsafeNormal () const |
| FVector3f | GridSnap (const float32 &GridSize) const |
| FVector3f & | opAssign (FVector3f Other) |
| FVector3f | BoundToBox (FVector3f Min, FVector3f Max) const |
| FVector3f | GetClampedToSize (float32 Min, float32 Max) const |
| FVector3f | GetClampedToSize2D (float32 Min, float32 Max) const |
| FVector3f | GetClampedToMaxSize (float32 Max) const |
| FVector3f | GetClampedToMaxSize2D (float32 Max) const |
| void | AddBounded (FVector3f V, float32 Radius=MAX_int16) const |
| FVector3f | Reciprocal () const |
| bool | IsUniform (float32 Tolerance=KINDA_SMALL_NUMBER) const |
| FVector3f | MirrorByVector (FVector3f MirrorNormal) const |
| FVector3f | VectorPlaneProject (FVector3f PlaneNormal) const |
| FVector3f | RotateAngleAxis (float32 AngleDeg, FVector3f Axis) const |
| FVector3f | GetSafeNormal (float32 Tolerance=__SMALL_NUMBER_flt, FVector3f ResultIfZero=FVector3f ::ZeroVector) const |
| FVector3f | GetSafeNormal2D (float32 Tolerance=__SMALL_NUMBER_flt, FVector3f ResultIfZero=FVector3f ::ZeroVector) const |
| float32 | CosineAngle2D (FVector3f B) const |
| FVector3f | ProjectOnTo (FVector3f A) const |
| | Gets a copy of this vector projected onto the input vector.
|
| FVector3f | ProjectOnToNormal (FVector3f Normal) const |
| | Gets a copy of this vector projected onto the input vector, which is assumed to be unit length.
|
| void | FindBestAxisVectors (FVector3f &Axis1, FVector3f &Axis2) const |
| void | UnwindEuler () const |
| bool | ContainsNaN () const |
| bool | IsUnit (float32 LengthSquaredTolerance=__KINDA_SMALL_NUMBER_flt) const |
| float32 | HeadingAngle () const |
| bool | PointsAreSame (FVector3f P2) const |
| bool | PointsAreNear (FVector3f P2, float32 Dist) const |
| float32 | Distance (FVector3f Other) const |
| float32 | DistSquared (FVector3f Other) const |
| float32 | Dist2D (FVector3f Other) const |
| float32 | DistXY (FVector3f Other) const |
| float32 | DistSquaredXY (FVector3f Other) const |
| float32 | DistSquared2D (FVector3f Other) const |
| FRotator3f | ToOrientationRotator () const |
| FQuat4f | ToOrientationQuat () const |
| FRotator3f | Rotation () const |
| bool | InitFromString (FString SourceString) |
| FString | ToString () const |
| float32 | AngularDistance (FVector3f B) const |
| | Get the angle in radians between two vectors. Vectors are not assumed to be normalized.
|
| float32 | AngularDistanceForNormals (FVector3f B) const |
| | Get the angle in radians between two normal vectors. Both vectors are assumed to be unit length, or a wrong value will be returned.
|
| FVector3f | ConstrainToDirection (FVector3f Direction) const |
| FVector3f | ConstrainToPlane (FVector3f PlaneUp) const |
| float32 | Dist2D (FVector3f Other, FVector3f UpDirection) const |
| float32 | DistSquared2D (FVector3f Other, FVector3f UpDirection) const |
| FVector3f | PointPlaneProject (FVector3f PlaneBase, FVector3f PlaneNormal) const |
| float32 | Size2D (FVector3f UpDirection) const |
| float32 | SizeSquared2D (FVector3f UpDirection) const |
| FString | ToColorString () const |
1.16.1