Deprecated

Member Acts::AdaptiveMultiVertexFitter::addVtxToFit (State &state, const std::vector< Vertex * > &newVertices, const VertexingOptions &vertexingOptions) const

Use the overload taking a VertexFitProblem and a Cache

Member Acts::AdaptiveMultiVertexFitter::fit (State &state, const VertexingOptions &vertexingOptions) const

Use the overload taking a VertexFitProblem and a Cache

Struct Acts::AdaptiveMultiVertexFitter::State

Split into VertexFitProblem, which describes the vertices to be fitted and is owned by the caller, and Cache, which holds the fitter's scratch data. Construct those two separately and use the corresponding fit and addVtxToFit overloads instead.

Member Acts::AnyGridConstView< T >::binCenter (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getBinCenterAny(indices) instead

Member Acts::AnyGridConstView< T >::lowerLeftBinEdge (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getLowerLeftBinEdgeAny(indices) instead

Member Acts::AnyGridConstView< T >::numLocalBins () const

Use view.multiAxisAny().getNBinsAny() instead

Member Acts::AnyGridConstView< T >::upperRightBinEdge (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getUpperRightBinEdgeAny(indices) instead

Member Acts::AnyGridView< T >::binCenter (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getBinCenterAny(indices) instead

Member Acts::AnyGridView< T >::lowerLeftBinEdge (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getLowerLeftBinEdgeAny(indices) instead

Member Acts::AnyGridView< T >::numLocalBins () const

Use view.multiAxisAny().getNBinsAny() instead

Member Acts::AnyGridView< T >::upperRightBinEdge (const IGrid::AnyIndexType &indices) const

Use view.multiAxisAny().getUpperRightBinEdgeAny(indices) instead

Member Acts::BinningData::BinningData (const DirectedProtoAxis &dpAxis)

Use BinningData(const IAxis&) with a directed axis instead

Member Acts::BinUtility::BinUtility (const DirectedProtoAxis &dpAxis)

Use BinUtility(const IAxis&) with a directed axis instead

Member Acts::BinUtility::BinUtility (const std::vector< DirectedProtoAxis > &dpAxes)

Use BinUtility(const IMultiAxis&) with directed axes instead

Member Acts::calculateUnbiasedParametersCovariance (track_state_proxy_t trackState)

Instantiating this template is very expensive in compiler memory (it expands the Eigen expression templates over all measurement dimensions) and it does so in every calling translation unit. Prefer the non-template overload taking a type-erased AnyConstTrackStateProxy, which is compiled once in the Acts core library:

Struct Acts::DirectedProtoAxis

Use AxisSpec with an AxisDirection instead

Member Acts::from_json (const nlohmann::json &j, surfaceMaterialPointer &material)

Use SurfaceMaterialJsonConverter::fromJson instead

Member Acts::Grid< T, Axes >::axesTuple () const

Use grid.multiAxis().getAxesTuple() instead

Member Acts::Grid< T, Axes >::binCenter (const index_t &localBins) const

Use grid.multiAxis().getBinCenter(localBins) instead

Member Acts::Grid< T, Axes >::binWidth () const

Use grid.multiAxis().getBinWidth({}) instead

Member Acts::Grid< T, Axes >::closestPointsIndices (const Point &position) const

Use grid.multiAxis().getClosestPointsIndices(point) instead

Member Acts::Grid< T, Axes >::globalBinFromFromLowerLeftEdge (const Point &point) const

Use grid.multiAxis().getGlobalBinFromLowerLeftEdge(point) instead

Member Acts::Grid< T, Axes >::globalBinFromLocalBins (const index_t &localBins) const

Use grid.multiAxis().getGlobalBinFromLocalBins(localBins) instead

Member Acts::Grid< T, Axes >::globalBinFromPosition (const Point &point) const

Use grid.multiAxis().getGlobalBinFromPoint(point) instead

Member Acts::Grid< T, Axes >::isInside (const Point &position) const

Use grid.multiAxis().isInside(position) instead

Member Acts::Grid< T, Axes >::localBinsFromGlobalBin (std::size_t bin) const

Use grid.multiAxis().getLocalBinsFromGlobalBin(bin) instead

Member Acts::Grid< T, Axes >::localBinsFromLowerLeftEdge (const Point &point) const

Use grid.multiAxis().getLocalBinsFromLowerLeftEdge(point) instead

Member Acts::Grid< T, Axes >::localBinsFromPosition (const Point &point) const

Use grid.multiAxis().getLocalBinsFromPoint(point) instead

Member Acts::Grid< T, Axes >::lowerLeftBinEdge (const index_t &localBins) const

Use grid.multiAxis().getLowerLeftBinEdge(localBins) instead

Member Acts::Grid< T, Axes >::maxPosition () const

Use grid.multiAxis().getMaxPoint() instead

Member Acts::Grid< T, Axes >::minPosition () const

Use grid.multiAxis().getMinPoint() instead

Member Acts::Grid< T, Axes >::neighborHoodIndices (const index_t &localBins, std::size_t size=1u) const

Use grid.multiAxis().getNeighborHoodIndices(localBins, size) instead

Member Acts::Grid< T, Axes >::neighborHoodIndices (const index_t &localBins, std::array< std::pair< int, int >, DIM > &sizePerAxis) const

Use grid.multiAxis().getNeighborHoodIndices(localBins, sizePerAxis) instead

Member Acts::Grid< T, Axes >::numLocalBins () const

Use grid.multiAxis().getNBins() instead

Member Acts::Grid< T, Axes >::upperRightBinEdge (const index_t &localBins) const

Use grid.multiAxis().getUpperRightBinEdge(localBins) instead

Member Acts::IGrid::binCenterAny (const AnyIndexType &indices) const

Use grid.multiAxisAny().getBinCenterAny(indices) instead

Member Acts::IGrid::lowerLeftBinEdgeAny (const AnyIndexType &indices) const

Use grid.multiAxisAny().getLowerLeftBinEdgeAny(indices) instead

Member Acts::IGrid::numLocalBinsAny () const

Use grid.multiAxisAny().getNBinsAny() instead

Member Acts::IGrid::upperRightBinEdgeAny (const AnyIndexType &indices) const

Use grid.multiAxisAny().getUpperRightBinEdgeAny(indices) instead

Member Acts::makeGrid (const ProtoAxis &a)

Use makeGrid(const IAxis&) instead

Member Acts::makeGrid (const ProtoAxis &a, const ProtoAxis &b)

Use makeGrid(const IAxis&, const IAxis&) instead

Member Acts::MaterialDesignatorBlueprintNode::configureFace (CylinderVolumeBounds::Face face, const DirectedProtoAxis &loc0, const DirectedProtoAxis &loc1)

Use configureFace with deferred AxisSpec axes instead

Member Acts::MaterialDesignatorBlueprintNode::configureFace (CuboidVolumeBounds::Face face, const DirectedProtoAxis &loc0, const DirectedProtoAxis &loc1)

Use configureFace with deferred AxisSpec axes instead

Member Acts::operator<< (std::ostream &os, const std::vector< ProtoAxis > &a)

Use AxisSpec instead

Member Acts::operator<< (std::ostream &os, const std::vector< DirectedProtoAxis > &a)

Use AxisSpec with an AxisDirection instead

Member Acts::PadBlueprintNode::padded (const GeometryContext &gctx, const Volume &inner, const ExtentEnvelope &envelope, const std::string &name, const Logger &logger)

Pass the reference axis and centering explicitly, i.e. padded(gctx, inner, envelope, name, std::nullopt, Centering::Centered, logger).

Class Acts::ProtoAxis

Use AxisSpec instead

Member Acts::ProtoAxisJsonConverter::fromJson (const nlohmann::json &j)

Use AxisSpecJsonConverter with an AxisSpec instead

Member Acts::ProtoAxisJsonConverter::toJson (const ProtoAxis &pa)

Use AxisSpecJsonConverter with an AxisSpec instead

Member Acts::SurfaceArray::maxNeighborDistance () const

Use neighborWindow; this reports the larger bound.

Member Acts::SurfaceArray::NeighborWindow::NeighborWindow (std::uint8_t maxNeighborDistance)

The two axes of a layer grid are not equivalent, give the bounds per axis.

Member Acts::to_json (nlohmann::json &j, const surfaceMaterialPointer &material)

Use SurfaceMaterialJsonConverter::toJson instead

Member Acts::TrackingGeometry::lowestTrackingVolume (const GeometryContext &gctx, const Vector3 &gp) const

Use resolveLowestTrackingVolume instead, which can resolve boundaries along a direction and reports failures instead of returning nullptr.

Member Acts::TrackingGeometry::visualize (IVisualization3D &helper, const GeometryContext &gctx, const ViewConfig &viewConfig, const ViewConfig &portalViewConfig, const ViewConfig &sensitiveViewConfig) const

Use the ViewConfigFunc overload instead

Member Acts::TrackingGeometryJsonConverter::fromJson (const GeometryContext &gctx, const std::filesystem::path &jsonPath, const Options &options=Options::defaultOptions()) const

Use fromFile instead. fromJson now takes an in-memory payload, matching every other converter in this plugin.

Member Acts::TrackingGeometryJsonConverter::fromJsonPayload (const GeometryContext &gctx, const nlohmann::json &encoded, const Options &options=Options::defaultOptions()) const

Renamed to fromJson, which now takes the payload.

Member Acts::TrackingVolume::visualize (IVisualization3D &helper, const GeometryContext &gctx, const ViewConfig &viewConfig, const ViewConfig &portalViewConfig, const ViewConfig &sensitiveViewConfig) const

Use the ViewConfigFunc overload instead

Struct Acts::VertexInfo

Superseded by VertexFitCandidate, which describes the vertex to be fitted, and the private fitter cache, which holds the fitter's per-vertex scratch data. This type merges the two and is kept only so that code written against the pre-split AdaptiveMultiVertexFitter::State keeps compiling; it is no longer used by the fitter itself.

Member ActsPlugins::Svg::LayerConverter::Options::gridInfo

actsvg 0.4.57 removed the grid sheet display. Kept so the option still compiles; convert() throws if it is switched on. No [[deprecated]] attribute: on a data member it also fires on every copy of Options, which says nothing about whether the option is used.

Member ActsPlugins::Svg::LayerConverter::Options::moduleInfo

actsvg 0.4.57 removed the module sheet display; see gridInfo.