Namespace nanoflann

Classes

• Template Struct array_or_vector

• Template Struct array_or_vector< -1, T >

• Template Struct has_assign

• Template Struct has_assign< T, decltype((void) std::declval< T >, ().assign(1, 0), 0) >

• Template Struct has_resize

• Template Struct has_resize< T, decltype((void) std::declval< T >, ().resize(1), 0) >

• Struct IndexDist_Sorter

• Struct KDTreeBaseClass::Interval

• Struct KDTreeBaseClass::Node

• Template Struct KDTreeEigenMatrixAdaptor

• Struct KDTreeSingleIndexAdaptorParams

• Template Struct L1_Adaptor

• Template Struct L2_Adaptor

• Template Struct L2_Simple_Adaptor

• Struct Metric

• Struct metric_L1

• Template Struct metric_L1::traits

• Struct metric_L2

• Template Struct metric_L2::traits

• Struct metric_L2_Simple

• Template Struct metric_L2_Simple::traits

• Struct metric_SO2

• Template Struct metric_SO2::traits

• Struct metric_SO3

• Template Struct metric_SO3::traits

• Template Struct ResultItem

• Struct SearchParameters

• Template Struct SO2_Adaptor

• Template Struct SO3_Adaptor

• Template Class KDTreeBaseClass

• Template Class KDTreeSingleIndexAdaptor

• Template Class KDTreeSingleIndexDynamicAdaptor

• Template Class KDTreeSingleIndexDynamicAdaptor_

• Template Class KNNResultSet

• Class PooledAllocator

• Template Class RadiusResultSet

• Template Class RKNNResultSet

Enums

• Enum KDTreeSingleIndexAdaptorFlags

Functions

• Template Function nanoflann::assign(Container&, const size_t, const T&)

• Template Function nanoflann::assign(Container&, const size_t, const T&)

• Template Function nanoflann::load_value(std::istream&, T&)

• Template Function nanoflann::load_value(std::istream&, std::vector<T>&)

• Function nanoflann::operator&

• Template Function nanoflann::pi_const

• Template Function nanoflann::resize(Container&, const size_t)

• Template Function nanoflann::resize(Container&, const size_t)

• Template Function nanoflann::save_value(std::ostream&, const T&)

• Template Function nanoflann::save_value(std::ostream&, const std::vector<T>&)