Derive from VSkeletonRenderObject instead

Implement option to interrupt the computation, especcially when slow disc access is enabled.

Namespace Fiber

rewrite createTree into two polymorphic functions

Member Fiber::AverageField< T >::AverageField (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::CellDirectionsFixed::CellDirectionsFixed (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::CellDirectionsVariable::CellDirectionsVariable (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::CellNeighborhoodFixed::CellNeighborhoodFixed (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::CellNeighborhoodVariable::CellNeighborhoodVariable (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::ComputeCellField< T >::ComputeCellField (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::ArcLength::ArcLength (const CurveOperatorData &CurveData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::Curvature::Curvature (const CurveOperatorData &CD, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::CurveQuantity< FieldType >::CurveQuantity (const CurveOperatorData &CD, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::ProperTime::ProperTime (const CurveOperatorData &CD, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::StepSize::StepSize (const CurveOperatorData &CurveData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Curve::Torsion::Torsion (const CurveOperatorData &CD, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::DEPRECATED ("Use grid/types/RegularlyFragmentedGrid.hpp: instead", prepareRegularlyFragmentedGrid(BundlePtr bp, double time, const string &grid_name, int grid_dimensionality, const RefPtr< RegularlyFragmentedField< 3 > > &positions, const Eagle::BoundingBox &bb))

Check for already existent grid.

Member Fiber::DeviatoricRadius::DeviatoricRadius (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::DeviatoricStress::DeviatoricStress (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::DirectProductMemArrayBase< T, Category, MDIMS >::getIndex (const T &PointCoordinates) const

Warning: this code is wrong when the number of components differs from the number of coordinate components. Would be simple to fix, but need to check cautiously.

Member Fiber::EigenArrays::create (const RefPtr< MemBase > &Data)

this needs improval through using an OnDemandCreator

Struct Fiber::Expression< Operator >

Complete Iterator implementation for passing-Operator version

Member Fiber::Expression< Operator >::ternary (const Iterator< Data > &p, const Iterator< Data1 > &q, const Iterator< Data2 > &r)

This function should really have the signature

Member Fiber::FiberIO::HDF5::PrecisionTransformation::getFileType (const StorageTransformations::FilterSettings &FS, hid_t Mem_type_hid, const Fiber::Field &theField, F5Path *myPath)

: consistency check for other types

Member Fiber::FiberMap< ID >::operator[] (const ID &id)

revise to use FragmentProvider

Member Fiber::Field::setPersistentData (const RefPtr< MemBase > &Mb, const RefPtr< FragmentID > &=nullptr, const RefPtr< MemCore::Cache > &Cache=MemCore::Cache::MemCache(), const string &ProvenanceInfo={})

Revise this API

Class Fiber::FieldSelection

Add iterator class

Member Fiber::fillVertexSelection (RefPtr< Grid > &grid, RefPtr< MemArray< 1, VertexSelection_t > > &selection)

: - implement

this should be done better in 2D screen space, knowing the polygon and the camera matrix for transforming points.

Struct Fiber::FiniteDifferenceTrait< double >

Dims is a template parameter; probably doesnt make sense and should rather be fixed to be 1.

Struct Fiber::FragmentSearchBase

Make interpolator configurable

Make type registry for field types and interpolators

Member Fiber::getTangentialVectors (Grid &G, const string &FieldName=TangentialVectorFieldName)

Make use of timestamps of the involved fields

Define an exception class here to indicate the many reasons of failures here, instead of just returning a NullPtr.

Member Fiber::GridEvaluator::find (const RefPtr< MemBase > &DestinationCoords, const Field &SourcePositions, GridEvaluator::Context &theEvaluationContext)

Use an extensible type registry for different coordinate types.

Struct Fiber::GridField

support refinement levels

Struct Fiber::GridSaveParameters

Move this into StorageTransformation

Member Fiber::growVertexSelection (MemCore::RefPtr< Fiber::Grid > &grid, MemCore::RefPtr< Fiber::MemArray< 1, VertexSelection_t > > &selection, double radius)

: split up in 2 functions: - fill the selection by selecting all points inside the convex hull of the selection

grow selection by using the convex hull

Member Fiber::HyperslabParameters::count () const

Rename to size() for STL vector compatibility. Maybe.

Member Fiber::Invariant1::Invariant1 (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Invariant2::Invariant2 (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Invariant3::Invariant3 (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Class Fiber::Iterator< T >

Add an Iterator for constant data access.

Class Fiber::LineSet

Yet to be done:

Do really support all differential geometric curve properties
Support fragmented edge fields
Support fragmented coordinate fields (not easy, need to take care of global indices and fragment ID's, if a curve if split among coordinate fragments, might not be able to continue at all, but rather require some recombination routine to be called)
Support other point types than the default one, such to support double and float coordinates, also other dimensionalities and coordinate systems (this is going to become a template nightmare).
Support a parallelization interface such that each curve in the line set can be computed independently by some Thread.

Member Fiber::LineSet::getTangentialVectors (const RefPtr< FragmentID > &f=NullPtr(), const string &FieldName=TangentialVectorFieldName)

Make use of timestamps of the involved fields (whatever this means)

Define an exception class here to indicate the many reasons of failures here, instead of just returning a NullPtr.

Member Fiber::LocalFromWorldPoint::get (const point &position, LocalPoint &result)

should just return a pair<> here as return value, and rather use a fragment ID itself instead of a string

CHECK WHETHER PARAMETERS REALLY NEED TO BE COPIED HERE

Member Fiber::LocalFromWorldPoint::getBorderIntersectionNormal (const point worldposition, const pair< point, string > localpoint, const tvector direction, point &intersection, bivector &normal)

CHECK WHETHER PARAMETERS REALLY NEED TO BE COPIED HERE

Member Fiber::LocalFromWorldPoint::numberOfBordersOfCell (const pair< point, string > localdata, int &hint1, int &hint2)

CHECK WHETHER PARAMETERS REALLY NEED TO BE COPIED HERE

Member Fiber::MeanStress::MeanStress (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::Mises::Mises (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member Fiber::MultiArrayBase< N, T >::getElement (const MultiIndex< N > &I) const

Creation of elements not tested!

Member Fiber::MultiIndex< Dims >::linear (const MultiIndex &Dimens) const

Optimize the implemented formula.

Member Fiber::MultiIndex< Dims >::MultiIndex (const MultiIndex< Dims-1 > &m, const index_t &Slice, int SliceDirection)

Optimize this to peform recursive construction!

Class Fiber::OnDemandCreator< Computer, Rank, result_value_type >

Revise, derive from CreativeArray and overload the Producer instead.

Member Fiber::Representation::getSize () const

Consider the case of unfragmented Positions with fragmented fields.

Member Fiber::StressTensorArrays::create (const RefPtr< MemBase > &Data)

this needs improval through using an OnDemandCreator

Member Fiber::TangentialVectorsAndCurveParameter::TangentialVectorsAndCurveParameter (Grid &G, const string &TangentFieldName=TangentialVectorFieldName, const string &LengthFieldName=CurveParameterFieldName)

Make use of timestamps of the involved fields

Struct Fiber::TriangularSurface

Compute area, curvature, ... http://en.wikipedia.org/wiki/Barycentric_coordinates_%28mathematics%29

Member Fiber::VertexCellNeighborhood::VertexCellNeighborhood (const FEMOperatorData &FEMData, const MemBase::Creator_t &C=MemCore::NullPtr())

Implement cache management

Member GL::ElementRenderer::sortByDepth (Wizt::VRenderContext &Context, const MemCore::RefPtr< Fiber::CreativeArrayBase > &VertexCoordinates, unsigned Discretization=2)

Add memory management

Class RandomPointDistribution

: add progress bar (done) parallelize? (but first try resulted in a even slower version) use on demand creators, and dont copy for fragmentation/spacialization

Class SelectionGridExtractor

: extract only one field. This should save some time....

Class SurfaceView

Derive from... some common base object?

Member Traum::AffineAcceleration< SpaceTime >::operator() (const Point_t &q, const Vector_t &dot_q) const

return negative acceleration, and make Gamma global.

Namespace UniformLib

The global range will be recalculated for each fragment because the type is not known a priori

Member UniGridMapper::localCellCoordinatesFromCurviGrid (const point &p, point &uvw, double grid_epsilon=0.0)

remove the un-nice epsilon grid boundary via neighbourhood

Class Wizt::AnalyticGrid

Generalize this to other grid types, and unify it with the Grid generators in the cephalus/ place, such as RandomPointDistribution, PointDistribution, etc. All Grid generators should go into a common "fiber base" location.

Must become a GridProviderObject

Member Wizt::ColorizedFloatSliceRenderer::vertex_shader (VRenderContext &Context) const override

Add light source handling

Class Wizt::EdgeRenderer

Current implementation does not support caching of multiple grids, e.g. time-dependent data.

Struct Wizt::FComputeNormalsTask

make use of class TriangularSurface here (from grid/types/ )

Class Wizt::FieldAnemone

Might want to rename this VertexFieldAnemone

Member Wizt::FieldOperatorObject::FieldOperation (VRequest &Context, Fiber::Field &, Fiber::Representation &)=0

Ease field identifier creation by sharing of identifier creators among representations.

Class Wizt::SplatRenderObject

Derive from class Programmable instead of doing same stuff here manually. Code is currently messy with VGLRenderContext and VRenderContext mixed. Also, need to replace GL_POINT_SPRITE with using billboards generated by a Geometry shader since point sprites are deprecated in OpenGL 3.

Member Wizt::SplatRenderObject::FragmentShaderPrefix (VRenderContext &) const

: This function should be removed by using the Programmable basis class. It was added here to emulate similar behaviour of the newer infrastructure.

Member Wizt::SurfaceRenderer::getAnemoneExplorer (VRenderContext &Context) const override

Use FloatingAnemoneExplorer here.

Class Wizt::TriangleRenderer

Current implementation does not support caching of multiple grids, e.g. time-dependent data.