Struct faiss::simd_result_handlers::PartialRangeHandler

template<class C, bool with_id_map = false>
struct PartialRangeHandler : public faiss::simd_result_handlers::RangeHandler<C, false>

Public Types

using T = typename C::T

using TI = typename C::TI

using RHC = RangeHandler<C, with_id_map>

Public Functions

inline PartialRangeHandler(RangeSearchPartialResult &pres, float radius, size_t ntotal, size_t q0, size_t q1, const IDSelector *sel_in)

inline void shift_n_per_query()

inline virtual void end() override

inline virtual void begin(const float *norms) override

inline virtual void handle(size_t q, size_t b, simd16uint16 d0, simd16uint16 d1) final

called when 32 distances are computed and provided in two simd16uint16. (q, b) indicate which entry it is in the block.

inline virtual void set_block_origin(size_t i0_in, size_t j0_in) final

set the sub-matrix that is being computed

inline void adjust_with_origin(size_t &q, simd16uint16 &d0, simd16uint16 &d1)

inline int64_t adjust_id(size_t b, size_t j)

inline uint32_t get_lt_mask(uint16_t thr, size_t b, simd16uint16 d0, simd16uint16 d1)

return binary mask of elements below thr in (d0, d1) inverse_test returns elements above

Public Members

RangeSearchPartialResult &pres

size_t q0

std::vector<Triplet> triplets

std::vector<size_t> n_per_query

RangeSearchResult &rres

float radius

std::vector<uint16_t> thresholds

bool disable = false

int64_t i0 = 0

int64_t j0 = 0

const IDSelector *sel

size_t nq

size_t ntotal

const idx_t *id_map = nullptr

these fields are used mainly for the IVF variants (with_id_map=true)

const int *q_map = nullptr

const uint16_t *dbias = nullptr

const float *normalizers = nullptr

bool is_CMax = false

uint8_t sizeof_ids = 0

bool with_fields = false