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nightly (25.02)
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Class Hierarchy
Go to the graphical class hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level
1
2
3
4
]
C
ML::ARIMAMemory< T, ALIGN >
C
ML::ARIMAOrder
C
ML::ARIMAParams< DataT >
►
C
base_sink
C
spdlog::sinks::CallbackSink< Mutex >
C
ML::experimental::fil::detail::bitset< index_t, storage_t >
C
raft_proto::buffer< T >
A container which may or may not own its own data on host or device
C
raft_proto::buffer< index_type >
C
raft_proto::buffer< node_type >
►
C
ML::Internals::Callback
C
ML::Internals::GraphBasedDimRedCallback
C
ML::HDBSCAN::Common::CondensedHierarchy< value_idx, value_t >
C
raft::CuFFTHandle
C
ML::DT::Dataset< DataT, LabelT, IdxT >
C
ML::experimental::fil::decision_forest< layout_v, threshold_t, index_t, metadata_storage_t, offset_t >
C
ML::experimental::fil::detail::decision_forest_builder< decision_forest_t >
C
ML::DT::DecisionTreeParams
C
raft_proto::detail::device_id< D >
C
raft_proto::detail::device_id< device_type::cpu >
C
raft_proto::detail::device_id< device_type::gpu >
C
raft_proto::detail::device_setter< D >
C
raft_proto::detail::device_setter< device_type::gpu >
►
C
raft::exception
C
raft::cufft_error
Exception thrown when a cuFFT error is encountered
►
C
std::exception
C
ML::experimental::fil::detail::model_builder_error
C
ML::experimental::fil::model_import_error
C
ML::experimental::fil::type_error
C
ML::experimental::fil::unusable_model_exception
C
raft_proto::bad_cuda_call
C
raft_proto::gpu_unsupported
C
raft_proto::mem_type_mismatch
C
raft_proto::out_of_bounds
C
raft_proto::wrong_device
C
raft_proto::wrong_device_type
C
ML::HDBSCAN::FixConnectivitiesRedOp< value_idx, value_t >
C
ML::experimental::fil::forest< layout_v, threshold_t, index_t, metadata_storage_t, offset_t >
C
ML::fil::forest< real_t >
C
ML::experimental::fil::forest_model
C
raft_proto::handle_t
C
ML::HandleMap
C
raft_proto::detail::host_only_throw< T, host >
C
raft_proto::detail::host_only_throw< T, true >
C
ML::knn_graph< value_idx, value_t >
C
ML::knnIndex
►
C
ML::knnIndexParam
►
C
ML::IVFParam
C
ML::IVFFlatParam
C
ML::IVFPQParam
C
ML::SVM::LinearSVMModel< T >
C
ML::SVM::LinearSVMParams
►
C
ML::manifold_inputs_t< T >
C
ML::manifold_dense_inputs_t< T >
C
ML::manifold_sparse_inputs_t< value_idx, T >
►
C
ML::manifold_inputs_t< value_t >
C
ML::manifold_precomputed_knn_inputs_t< value_idx, value_t >
C
cuml::genetic::node
Represents a node in the syntax tree
C
ML::experimental::fil::node< layout_v, threshold_t, index_t, metadata_storage_t, offset_t >
C
raft_proto::detail::non_owning_buffer< D, T >
C
ML::OptimParams< Dtype >
C
raft_proto::detail::owning_buffer< D, T >
C
raft_proto::detail::owning_buffer< device_type::cpu, T >
C
raft_proto::detail::owning_buffer< device_type::gpu, T >
C
ML::Dbscan::AdjGraph::Pack< Index_ >
C
ML::Dbscan::VertexDeg::Pack< Type, Index_ >
C
cuml::genetic::param
All the hyper-parameters for training
►
C
ML::params
►
C
ML::paramsSolver
►
C
ML::paramsTSVDTemplate< solver >
C
ML::paramsPCATemplate< enum_solver >
Structure for pca parameters. Ref:
http://scikit-learn.org/stable/modules/generated/sklearn.decomposition.PCA.html
C
ML::paramsTSVDTemplate< enum_solver >
C
ML::paramsRPROJ
C
ML::pinned_host_vector< T >
C
ML::experimental::fil::detail::postproc_params_t
C
ML::experimental::fil::postprocessor< io_t >
C
ML::HDBSCAN::Common::PredictionData< value_idx, value_t >
C
cuml::genetic::program
The main data structure to store the AST that represents a program in the current generation
C
qn_params
C
ML::DT::Quantiles< DataT, IdxT >
C
ML::rand_mat< math_t >
C
ML::RandomForestMetaData< T, L >
C
ML::RF_metrics
C
ML::RF_params
►
C
ML::HDBSCAN::Common::robust_single_linkage_output< value_idx, value_t >
C
ML::HDBSCAN::Common::hdbscan_output< value_idx, value_t >
►
C
ML::HDBSCAN::Common::RobustSingleLinkageParams
C
ML::HDBSCAN::Common::HDBSCANParams
►
C
ML::SimpleMat< T >
►
C
ML::SimpleDenseMat< T >
C
ML::SimpleMatOwning< T >
►
C
ML::SimpleVec< T >
C
ML::SimpleVecOwning< T >
C
ML::SimpleSparseMat< T, I >
C
ML::SVM::SmoSolver< math_t >
Solve the quadratic optimization problem using two level decomposition and Sequential Minimal Optimization (SMO)
C
SparseTreeNode< DataT, LabelT, IdxT >
C
ML::experimental::fil::detail::specialization_types< layout_v, double_precision, large_trees >
C
ML::SVM::SupportStorage< math_t >
C
ML::SVM::SVC< math_t >
C-Support Vector Classification
C
ML::SVM::SvmModel< math_t >
C
ML::SVM::SvmParameter
C
MLCommon::LinAlg::ThreadDiffSquaredAdd< AccumulatorsPerThread_, ThreadsPerWarp_, ScalarA_, ScalarB_, ScalarC_ >
Template performing matrix diff-squared-add operation within a thread
C
MLCommon::LinAlg::ThreadL1NormAdd< AccumulatorsPerThread_, ThreadsPerWarp_, ScalarA_, ScalarB_, ScalarC_ >
Template performing matrix L1-norm operation within a thread
C
MLCommon::TimerCPU
C
ML::experimental::fil::detail::traversal_container< layout, T >
C
ML::experimental::fil::treelite_importer< layout >
C
ML::experimental::fil::treelite_importer< layout >::treelite_node< tl_threshold_t, tl_output_t >
C
ML::fil::treelite_params_t
C
ML::DT::TreeliteType< T >
C
ML::DT::TreeliteType< double >
C
ML::DT::TreeliteType< float >
C
ML::DT::TreeliteType< int >
C
ML::DT::TreeliteType< uint32_t >
C
ML::DT::TreeMetaDataNode< T, L >
C
ML::Explainer::TreePathInfo< T >
C
ML::TSNEParams
C
ML::UMAPParams
C
ML::experimental::fil::node< layout_v, threshold_t, index_t, metadata_storage_t, offset_t >::value_type
C
ML::SVM::WorkingSet< math_t >
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