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Enlighten API 3.10 Documentation
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  • Modules
  • Namespaces
    • namespace Enlighten
    • namespace Geo
      • class Geo AbstractRayChunk
        • class Geo AbstractRayChunk ResultsIterator
      • class Geo AnsiAllocator
      • class Geo AtlasMesh
      • class Geo AtlasMeshChart
      • class Geo AtlasMeshPackingFlags
      • class Geo BasicAllocator
      • class Geo ChartParametiserFailure
      • class Geo ConvexHull
      • class Geo ConvexHullBuilder
      • class Geo CovarianceMatrix
      • class Geo CovarianceMatrixBuilder
      • class Geo EmbreeRtMeshVisitor
      • class Geo Geo2DTransform
      • class Geo GeoAlignedFreeDestructor
      • class Geo GeoAllocationPage
      • class Geo GeoAllocator
      • class Geo GeoAllocatorUnchecked
      • class Geo GeoArray
      • class Geo GeoArray_Stl
      • class Geo GeoAutoArrayPtr
      • class Geo GeoAutoDeleteArray
      • class Geo GeoAutoDeleteList
      • class Geo GeoAutoDeleteMap
      • class Geo GeoAutoPtr
      • class Geo GeoAutoReleaseArray
      • class Geo GeoAutoReleaseMap
      • class Geo GeoAutoReleasePtr
      • class Geo GeoBitArray
      • class Geo GeoBitStore
      • class Geo GeoBlueNoise
      • class Geo GeoBlueNoiseDiskPalette
      • class Geo GeoBlueNoiseRayPalette
      • class Geo GeoBoundingBox
      • class Geo GeoBoundingSphere
      • class Geo GeoBufferedFileStream
      • class Geo GeoBufferedInputStream
      • class Geo GeoCriticalSection
      • class Geo GeoDebugAllocator
      • class Geo GeoDelegateDestructor
      • class Geo GeoDeleteArrayDestructor
      • class Geo GeoDeleteDestructor
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class Geo AbstractRayChunk ResultsIterator

    This is the documentation for Enlighten.

    class Geo AbstractRayChunk ResultsIterator

    Nov 21, 2019

    class Geo::AbstractRayChunk::ResultsIterator

        └>std::iterator<std::forward_iterator_tag, const RayResultHandle>

    Iterator to a const ray result, allows iterating linearly over the ray results.

    Functions

    Name Description
    GetIsFrontFacing()

    Is the intersection on the front-face of the triangle?

    GetIsIntersection()

    Checks if there was an intersection.

    GetRay()

    Gets the ray.

    GetRayIntersection()

    Gets the point of intersection.

    GetRayIntersectionDistance()

    Gets the distance along the ray at the intersection.

    GetRayResult()

    Gets the underlying RayResult.

    GetTriangleIdx()

    Gets the index of the intersected triangle. If this is negative nothing was intersected.

    GetTValue()

    Gets the t-value along the ray at the intersection point.

    operator!=(const ResultsIterator &)

    Comparison.

    operator++()

    Advances this iterator to the next result.

    operator==(const ResultsIterator &)

    Comparison.

    ResultsIterator()

    Constructors.

    ResultsIterator(RayType *, RayResult *)

    Constructors.


    bool Geo::AbstractRayChunk< T >::ResultsIterator::GetIsFrontFacing

    public: bool GetIsFrontFacing() const

    Is the intersection on the front-face of the triangle?


    bool Geo::AbstractRayChunk< T >::ResultsIterator::GetIsIntersection

    public: bool GetIsIntersection() const

    Checks if there was an intersection.


    const RayType* Geo::AbstractRayChunk< T >::ResultsIterator::GetRay

    public: const RayType * GetRay() const

    Gets the ray.


    Geo::v128 Geo::AbstractRayChunk< T >::ResultsIterator::GetRayIntersection

    public: Geo::v128 GetRayIntersection() const

    Gets the point of intersection.


    float Geo::AbstractRayChunk< T >::ResultsIterator::GetRayIntersectionDistance

    public: float GetRayIntersectionDistance() const

    Gets the distance along the ray at the intersection.


    const RayResult& Geo::AbstractRayChunk< T >::ResultsIterator::GetRayResult

    public: const RayResult & GetRayResult() const

    Gets the underlying RayResult.


    Geo::s32 Geo::AbstractRayChunk< T >::ResultsIterator::GetTriangleIdx

    public: Geo::s32 GetTriangleIdx() const

    Gets the index of the intersected triangle. If this is negative nothing was intersected.


    float Geo::AbstractRayChunk< T >::ResultsIterator::GetTValue

    public: float GetTValue() const

    Gets the t-value along the ray at the intersection point.


    bool Geo::AbstractRayChunk< T >::ResultsIterator::operator!=

    public: bool operator!=
    (
        const ResultsIterator & rhs
    ) const

    Comparison.


    ResultsIterator& Geo::AbstractRayChunk< T >::ResultsIterator::operator++

    public: ResultsIterator & operator++()

    Advances this iterator to the next result.


    bool Geo::AbstractRayChunk< T >::ResultsIterator::operator==

    public: bool operator==
    (
        const ResultsIterator & rhs
    ) const

    Comparison.


    Geo::AbstractRayChunk< T >::ResultsIterator::ResultsIterator

    public: ResultsIterator()

    Constructors.


    Geo::AbstractRayChunk< T >::ResultsIterator::ResultsIterator

    public: ResultsIterator
    (
        RayType * ray,
        RayResult * rayResult
    )

    Constructors.

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