Class: UNBTrilinearInterpolationBPLibrary

//  NBTrilinearInterpolationBPLibrary.h : 16

class UNBTrilinearInterpolationBPLibrary
    : public UBlueprintFunctionLibrary;

Reflection-enabled

Provides blueprint support for Trilinear Interpolation methods.

Methods

  • TInterp

    //  NBTrilinearInterpolationBPLibrary.h : 61

public:
static FVector TInterp(
    FVector Point,
    TArray<FVector> Lattice,
    FVector MinBound,
    FVector MaxBound
);

    Reflection-enabled

    Specifiers:

    • BlueprintCallable
    • Category = NBMeshTools

    Meta Specifiers:

    • DisplayName = Trilinear Interpolation (point)
    • Keywords = Trilinear Interpolation

    Performs trilinear interpolation on a single point.

    This may be useful if instead of transforming a mesh you are transforming something like a color.

    Arguments

    • Point

      FVector Point

    • Lattice

      TArray<FVector> Lattice

      List of offsets for the corners of the lattice cube. A value of 0 will result in no change. MUST contain 8 entries!

    • MinBound

      FVector MinBound

      The minimum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    • MaxBound

      FVector MaxBound

      The maximum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    Returns

    • FVector

      The transformed point

  • TrilinearInterpolation

    //  NBTrilinearInterpolationBPLibrary.h : 34

public:
static FGeometryScriptVectorList TrilinearInterpolation(
    FGeometryScriptVectorList Vertices,
    TArray<FVector> Lattice,
    FVector MinBound,
    FVector MaxBound,
    FVector Origin
);

    Reflection-enabled

    Specifiers:

    • BlueprintCallable
    • Category = NBMeshTools

    Meta Specifiers:

    • DisplayName = Trilinear Interpolation (vertices)
    • Keywords = Trilinear Interpolation

    Performs trilinear interpolation on the provided list of vertices.

    If the required inputs are invalid, the original list of vertices will be returned unmodified.

    Arguments

    • Vertices

      FGeometryScriptVectorList Vertices

      List of vertices to transform.

    • Lattice

      TArray<FVector> Lattice

      List of offsets for the corners of the lattice cube. A value of 0 will result in no change. MUST contain 8 entries!

    • MinBound

      FVector MinBound

      The minimum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    • MaxBound

      FVector MaxBound

      The maximum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    • Origin

      FVector Origin

      The origin of the mesh the vertices are from. Many meshes may have an origin which is not the same as their pivot.

    Returns

    • FGeometryScriptVectorList

      Transformed vertices. If the inputs are invalid (e.g., Latice is empty) then the original given vertices will be returned unmodified.

  • TrilinearInterpolation2

    //  NBTrilinearInterpolationBPLibrary.h : 48

public:
static UDynamicMesh* TrilinearInterpolation2(
    UDynamicMesh* TargetMesh,
    TArray<FVector> Lattice,
    FVector MinBound,
    FVector MaxBound,
    FVector origin
);

    Reflection-enabled

    Specifiers:

    • BlueprintCallable
    • Category = NBMeshTools

    Meta Specifiers:

    • DisplayName = Trilinear Interpolation (mesh)
    • Keywords = Trilinear Interpolation

    Performs trilinear interpolation on the provided dynamic mesh.

    If the required inputs are invalid, the original mesh will be returned unmodified.

    Arguments

    • TargetMesh

      UDynamicMesh* TargetMesh

      Mesh to transform.

    • Lattice

      TArray<FVector> Lattice

      List of offsets for the corners of the lattice cube. A value of 0 will result in no change. MUST contain 8 entries!

    • MinBound

      FVector MinBound

      The minimum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    • MaxBound

      FVector MaxBound

      The maximum corner of the bounding box for the provided vertices (i.e. the mesh bounds the vertices came from)

    • origin

      FVector origin

    Returns

    • UDynamicMesh*

      The transformed mesh. If the inputs are invalid (e.g., Lattice is empty) then the original mesh will be returned unmodified.





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