SYMBOL INDEX (294 symbols across 24 files)

FILE: annoy/__init__.pyi
  class _Vector (line 5) | class _Vector(Protocol, Sized):
    method __getitem__ (line 6) | def __getitem__(self, __index: int) -> float: ...
  class AnnoyIndex (line 8) | class AnnoyIndex:
    method __init__ (line 10) | def __init__(self, f: int, metric: Literal["angular", "euclidean", "ma...
    method load (line 11) | def load(self, fn: str, prefault: bool = ...) -> Literal[True]: ...
    method save (line 12) | def save(self, fn: str, prefault: bool = ...) -> Literal[True]: ...
    method get_nns_by_item (line 14) | def get_nns_by_item(self, i: int, n: int, search_k: int = ..., include...
    method get_nns_by_item (line 16) | def get_nns_by_item(
    method get_nns_by_item (line 20) | def get_nns_by_item(
    method get_nns_by_vector (line 24) | def get_nns_by_vector(
    method get_nns_by_vector (line 28) | def get_nns_by_vector(
    method get_nns_by_vector (line 32) | def get_nns_by_vector(
    method get_item_vector (line 35) | def get_item_vector(self, __i: int) -> list[float]: ...
    method add_item (line 36) | def add_item(self, i: int, vector: _Vector) -> None: ...
    method on_disk_build (line 37) | def on_disk_build(self, fn: str) -> Literal[True]: ...
    method build (line 38) | def build(self, n_trees: int, n_jobs: int = ...) -> Literal[True]: ...
    method unbuild (line 39) | def unbuild(self) -> Literal[True]: ...
    method unload (line 40) | def unload(self) -> Literal[True]: ...
    method get_distance (line 41) | def get_distance(self, __i: int, __j: int) -> float: ...
    method get_n_items (line 42) | def get_n_items(self) -> int: ...
    method get_n_trees (line 43) | def get_n_trees(self) -> int: ...
    method verbose (line 44) | def verbose(self, __v: bool) -> Literal[True]: ...
    method set_seed (line 45) | def set_seed(self, __s: int) -> None: ...

FILE: examples/precision_test.cpp
  function precision (line 20) | int precision(int f=40, int n=1000000){
  function help (line 132) | void help(){
  function feedback (line 140) | void feedback(int f, int n){
  function main (line 148) | int main(int argc, char **argv) {

FILE: src/annoygomodule.h
  function namespace (line 6) | namespace GoAnnoy {
  function class (line 174) | class AnnoyIndexEuclidean : public AnnoyIndex {
  function class (line 182) | class AnnoyIndexManhattan : public AnnoyIndex {
  function class (line 190) | class AnnoyIndexDotProduct : public AnnoyIndex {

FILE: src/annoylib.h
  function namespace (line 125) | namespace Annoy {
  function normalize (line 435) | inline void normalize(Node* node, int f) {
  function update_mean (line 444) | inline void update_mean(Node* mean, Node* new_node, T norm, int c, int f) {
  function Base (line 450) | struct Angular : Base {
  function Angular (line 538) | struct DotProduct : Angular {
  function Base (line 706) | struct Hamming : Base {
  function Base (line 806) | struct Minkowski : Base {
  function Minkowski (line 843) | struct Euclidean : Minkowski {
  function Minkowski (line 874) | struct Manhattan : Minkowski {
  function virtual (line 918) | virtual S get_n_items() const = 0;
  function add_item (line 982) | bool add_item(S item, const T* w, char** error=NULL) {
  function on_disk_build (line 1012) | bool on_disk_build(const char* file, char** error=NULL) {
  function unbuild (line 1080) | bool unbuild(char** error=NULL) {
  function reinitialize (line 1129) | void reinitialize() {
  function unload (line 1141) | void unload() {
  function T (line 1224) | T get_distance(S i, S j) const {
  function get_nns_by_item (line 1228) | void get_nns_by_item(S item, size_t n, int search_k, vector<S>* result, ...
  function get_nns_by_vector (line 1234) | void get_nns_by_vector(const T* w, size_t n, int search_k, vector<S>* re...
  function verbose (line 1246) | void verbose(bool v) {
  function get_item (line 1250) | void get_item(S item, T* v) const {
  function set_seed (line 1256) | void set_seed(R seed) {
  function thread_build (line 1260) | void thread_build(int q, int thread_idx, ThreadedBuildPolicy& threaded_b...
  function _allocate_size (line 1319) | void _allocate_size(S n, ThreadedBuildPolicy& threaded_build_policy) {
  function _allocate_size (line 1327) | void _allocate_size(S n) {
  function Node (line 1333) | Node* _get(const S i) const {
  function _split_imbalance (line 1337) | double _split_imbalance(const vector<S>& left_indices, const vector<S>& ...
  function S (line 1344) | S _make_tree(const vector<S>& indices, bool is_root, Random& _random, Th...
  function _get_all_nns (line 1447) | void _get_all_nns(const T* v, size_t n, int search_k, vector<S>* result,...
  function class (line 1507) | class AnnoyIndexSingleThreadedBuildPolicy {
  function class (line 1529) | class AnnoyIndexMultiThreadedBuildPolicy {
  function lock_n_nodes (line 1564) | void lock_n_nodes() {
  function unlock_n_nodes (line 1567) | void unlock_n_nodes() {
  function lock_nodes (line 1571) | void lock_nodes() {
  function unlock_nodes (line 1574) | void unlock_nodes() {
  function lock_shared_nodes (line 1578) | void lock_shared_nodes() {
  function unlock_shared_nodes (line 1581) | void unlock_shared_nodes() {
  function lock_roots (line 1585) | void lock_roots() {
  function unlock_roots (line 1588) | void unlock_roots() {

FILE: src/annoyluamodule.cc
  class LuaAnnoy (line 34) | class LuaAnnoy {
    class LuaArrayProxy (line 41) | class LuaArrayProxy {
      method LuaArrayProxy (line 43) | LuaArrayProxy(lua_State* L, int object, int f)
    method toVector (line 64) | static void toVector(lua_State* L, int object, int f, AnnoyT* dst) {
    method pushVector (line 72) | static void pushVector(lua_State* L, const Vector& v) {
    method Impl (line 84) | static Impl* getAnnoy(lua_State* L, int object) {
    method getItemIndex (line 90) | static int getItemIndex(lua_State* L, int object, int size = -1) {
    method gc (line 99) | static int gc(lua_State* L) {
    method tostring (line 105) | static int tostring(lua_State* L) {
    method add_item (line 115) | static int add_item(lua_State* L) {
    method build (line 122) | static int build(lua_State* L) {
    method on_disk_build (line 131) | static int on_disk_build(lua_State* L) {
    method save (line 139) | static int save(lua_State* L) {
    method load (line 152) | static int load(lua_State* L) {
    method unload (line 167) | static int unload(lua_State* L) {
    type Searcher (line 174) | struct Searcher {
      method Searcher (line 182) | Searcher(lua_State* L) {
      method pushResults (line 196) | int pushResults(lua_State* L) {
    method get_nns_by_item (line 205) | static int get_nns_by_item(lua_State* L) {
    method get_nns_by_vector (line 213) | static int get_nns_by_vector(lua_State* L) {
    method get_item_vector (line 223) | static int get_item_vector(lua_State* L) {
    method get_distance (line 233) | static int get_distance(lua_State* L) {
    method get_n_items (line 242) | static int get_n_items(lua_State* L) {
    method luaL_Reg (line 248) | static const luaL_Reg* getMetatable() {
    method luaL_Reg (line 257) | static const luaL_Reg* getMethods() {
    method createNew (line 275) | static void createNew(lua_State* L, int f) {
  function lua_an_make (line 288) | static int lua_an_make(lua_State* L) {
  function luaopen_annoy (line 314) | int luaopen_annoy(lua_State* L) {

FILE: src/annoymodule.cc
  class Annoy::AnnoyIndexInterface<int32_t, float> (line 65) | class Annoy::AnnoyIndexInterface<int32_t, float>
  class HammingWrapper (line 67) | class HammingWrapper : public AnnoyIndexInterface<int32_t, float> {
    method _pack (line 74) | void _pack(const float* src, uint64_t* dst) const {
    method _unpack (line 82) | void _unpack(const uint64_t* src, float* dst) const {
    method HammingWrapper (line 88) | HammingWrapper(int f) : _f_external(f), _f_internal((f + 63) / 64), _i...
    method add_item (line 89) | bool add_item(int32_t item, const float* w, char**error) {
    method build (line 94) | bool build(int q, int n_threads, char** error) { return _index.build(q...
    method unbuild (line 95) | bool unbuild(char** error) { return _index.unbuild(error); }
    method save (line 96) | bool save(const char* filename, bool prefault, char** error) { return ...
    method unload (line 97) | void unload() { _index.unload(); }
    method load (line 98) | bool load(const char* filename, bool prefault, char** error) { return ...
    method get_distance (line 99) | float get_distance(int32_t i, int32_t j) const { return _index.get_dis...
    method get_nns_by_item (line 100) | void get_nns_by_item(int32_t item, size_t n, int search_k, vector<int3...
    method get_nns_by_vector (line 109) | void get_nns_by_vector(const float* w, size_t n, int search_k, vector<...
    method get_n_items (line 120) | int32_t get_n_items() const { return _index.get_n_items(); }
    method get_n_trees (line 121) | int32_t get_n_trees() const { return _index.get_n_trees(); }
    method verbose (line 122) | void verbose(bool v) { _index.verbose(v); }
    method get_item (line 123) | void get_item(int32_t item, float* v) const {
    method set_seed (line 128) | void set_seed(uint64_t q) { _index.set_seed(q); }
    method on_disk_build (line 129) | bool on_disk_build(const char* filename, char** error) { return _index...
  function PyObject (line 140) | static PyObject *
  function py_an_init (line 175) | static int
  function py_an_dealloc (line 187) | static void
  function PyObject (line 201) | static PyObject *
  function PyObject (line 220) | static PyObject *
  function PyObject (line 239) | PyObject*
  function check_constraints (line 286) | bool check_constraints(py_annoy *self, int32_t item, bool building) {
  function PyObject (line 298) | static PyObject*
  function convert_list_to_vector (line 323) | bool
  function PyObject (line 354) | static PyObject*
  function PyObject (line 381) | static PyObject*
  function PyObject (line 415) | static PyObject*
  function PyObject (line 443) | static PyObject *
  function PyObject (line 460) | static PyObject *
  function PyObject (line 485) | static PyObject *
  function PyObject (line 501) | static PyObject *
  function PyObject (line 512) | static PyObject *
  function PyObject (line 529) | static PyObject *
  function PyObject (line 538) | static PyObject *
  function PyObject (line 547) | static PyObject *
  function PyObject (line 561) | static PyObject *
  type PyModuleDef (line 641) | struct PyModuleDef
  function PyObject (line 654) | PyObject *create_module(void) {
  function PyMODINIT_FUNC (line 675) | PyMODINIT_FUNC PyInit_annoylib(void) {
  function PyMODINIT_FUNC (line 679) | PyMODINIT_FUNC initannoylib(void) {

FILE: src/kissrandom.h
  function namespace (line 11) | namespace Annoy {
  function kiss (line 68) | struct Kiss64Random {
  function flip (line 104) | inline int flip() {
  function index (line 108) | inline size_t index(size_t n) {
  function set_seed (line 112) | inline void set_seed(uint64_t seed) {

FILE: src/mman.h
  function __map_mman_error (line 42) | static int __map_mman_error(const DWORD err, const int deferr)
  function DWORD (line 50) | static DWORD __map_mmap_prot_page(const int prot)
  function DWORD (line 71) | static DWORD __map_mmap_prot_file(const int prot)
  function munmap (line 159) | inline int munmap(void *addr, size_t len)
  function mprotect (line 169) | inline int mprotect(void *addr, size_t len, int prot)
  function msync (line 182) | inline int msync(void *addr, size_t len, int flags)
  function mlock (line 192) | inline int mlock(const void *addr, size_t len)
  function munlock (line 202) | inline int munlock(const void *addr, size_t len)
  function ftruncate (line 213) | inline int ftruncate(const int fd, const int64_t size) {

FILE: test/accuracy_test.py
  function _get_index (line 29) | def _get_index(dataset, custom_distance=None, custom_dim=None):
  function _test_index (line 67) | def _test_index(dataset, exp_accuracy, custom_metric=None, custom_dim=No...
  function test_glove_25 (line 92) | def test_glove_25():
  function test_nytimes_16 (line 96) | def test_nytimes_16():
  function test_lastfm_dot (line 100) | def test_lastfm_dot():
  function test_lastfm_angular (line 104) | def test_lastfm_angular():

FILE: test/angular_index_test.py
  function test_get_nns_by_vector (line 23) | def test_get_nns_by_vector():
  function test_get_nns_by_item (line 36) | def test_get_nns_by_item():
  function test_dist (line 49) | def test_dist():
  function test_dist_2 (line 58) | def test_dist_2():
  function test_dist_3 (line 67) | def test_dist_3():
  function test_dist_degen (line 78) | def test_dist_degen():
  function test_large_index (line 87) | def test_large_index():
  function precision (line 106) | def precision(n, n_trees=10, n_points=10000, n_rounds=10, search_k=100000):
  function test_precision_1 (line 128) | def test_precision_1():
  function test_precision_10 (line 132) | def test_precision_10():
  function test_precision_100 (line 136) | def test_precision_100():
  function test_precision_1000 (line 140) | def test_precision_1000():
  function test_load_save_get_item_vector (line 144) | def test_load_save_get_item_vector():
  function test_get_nns_search_k (line 160) | def test_get_nns_search_k():
  function test_include_dists (line 172) | def test_include_dists():
  function test_include_dists_check_ranges (line 187) | def test_include_dists_check_ranges():
  function test_distance_consistency (line 198) | def test_distance_consistency():
  function test_only_one_item (line 228) | def test_only_one_item():
  function test_no_items (line 242) | def test_no_items():
  function test_single_vector (line 257) | def test_single_vector():

FILE: test/annoy_test.go
  type AnnoyTestSuite (line 29) | type AnnoyTestSuite struct
    method SetupTest (line 42) | func (suite *AnnoyTestSuite) SetupTest() {
    method TestFileHandling (line 45) | func (suite *AnnoyTestSuite) TestFileHandling() {
    method TestOnDiskBuild (line 109) | func (suite *AnnoyTestSuite) TestOnDiskBuild() {
    method TestGetNnsByVector (line 146) | func (suite *AnnoyTestSuite) TestGetNnsByVector() {
    method TestGetNnsByItem (line 203) | func (suite *AnnoyTestSuite) TestGetNnsByItem() {
    method TestGetItem (line 222) | func (suite *AnnoyTestSuite) TestGetItem() {
    method TestGetDistance (line 244) | func (suite *AnnoyTestSuite) TestGetDistance() {
    method TestGetDotProductDistance (line 255) | func (suite *AnnoyTestSuite) TestGetDotProductDistance() {
    method TestLargeEuclideanIndex (line 267) | func (suite *AnnoyTestSuite) TestLargeEuclideanIndex() {
  function Round (line 33) | func Round(f float64) float64 {
  function RoundPlus (line 37) | func RoundPlus(f float64, places int) float64 {
  function TestAnnoyTestSuite (line 300) | func TestAnnoyTestSuite(t *testing.T) {

FILE: test/dot_index_test.py
  function dot_metric (line 23) | def dot_metric(a, b):
  function recall (line 27) | def recall(retrieved, relevant):
  function test_get_nns_by_vector (line 31) | def test_get_nns_by_vector():
  function test_get_nns_by_item (line 44) | def test_get_nns_by_item():
  function test_dist (line 56) | def test_dist():
  function recall_at (line 68) | def recall_at(n, n_trees=10, n_points=1000, n_rounds=5):
  function test_recall_at_10 (line 98) | def test_recall_at_10():
  function test_recall_at_100 (line 103) | def test_recall_at_100():
  function test_recall_at_1000 (line 108) | def test_recall_at_1000():
  function test_recall_at_1000_fewer_trees (line 113) | def test_recall_at_1000_fewer_trees():
  function test_get_nns_with_distances (line 118) | def test_get_nns_with_distances():
  function test_include_dists (line 139) | def test_include_dists():
  function test_distance_consistency (line 152) | def test_distance_consistency():

FILE: test/euclidean_index_test.py
  function test_get_nns_by_vector (line 23) | def test_get_nns_by_vector():
  function test_get_nns_by_item (line 36) | def test_get_nns_by_item():
  function test_dist (line 48) | def test_dist():
  function test_large_index (line 59) | def test_large_index():
  function precision (line 77) | def precision(n, n_trees=10, n_points=10000, n_rounds=10):
  function test_precision_1 (line 99) | def test_precision_1():
  function test_precision_10 (line 103) | def test_precision_10():
  function test_precision_100 (line 107) | def test_precision_100():
  function test_precision_1000 (line 111) | def test_precision_1000():
  function test_get_nns_with_distances (line 115) | def test_get_nns_with_distances():
  function test_include_dists (line 136) | def test_include_dists():
  function test_distance_consistency (line 149) | def test_distance_consistency():
  function test_rounding_error (line 167) | def test_rounding_error():

FILE: test/examples_test.py
  function execfile (line 1) | def execfile(fn):
  function simple_test (line 6) | def simple_test():
  function mmap_test (line 10) | def mmap_test():
  function precision_test (line 14) | def precision_test():

FILE: test/hamming_index_test.py
  function test_basic_conversion (line 22) | def test_basic_conversion():
  function test_basic_nns (line 39) | def test_basic_nns():
  function test_save_load (line 55) | def test_save_load():
  function test_many_vectors (line 72) | def test_many_vectors():
  function test_zero_vectors (line 94) | def test_zero_vectors():

FILE: test/holes_test.py
  function test_random_holes (line 22) | def test_random_holes():
  function _test_holes_base (line 41) | def _test_holes_base(n, f=100, base_i=100000):
  function test_root_one_child (line 50) | def test_root_one_child():
  function test_root_two_children (line 55) | def test_root_two_children():
  function test_root_some_children (line 59) | def test_root_some_children():
  function test_root_many_children (line 64) | def test_root_many_children():

FILE: test/index_test.py
  function test_not_found_tree (line 23) | def test_not_found_tree():
  function test_binary_compatibility (line 29) | def test_binary_compatibility():
  function test_load_unload (line 37) | def test_load_unload():
  function test_construct_load_destruct (line 45) | def test_construct_load_destruct():
  function test_construct_destruct (line 51) | def test_construct_destruct():
  function test_save_twice (line 57) | def test_save_twice():
  function test_load_save (line 67) | def test_load_save():
  function test_save_without_build (line 92) | def test_save_without_build():
  function test_unbuild_with_loaded_tree (line 101) | def test_unbuild_with_loaded_tree():
  function test_seed (line 108) | def test_seed():
  function test_unknown_distance (line 114) | def test_unknown_distance():
  function test_metric_kwarg (line 119) | def test_metric_kwarg():
  function test_metric_f_kwargs (line 128) | def test_metric_f_kwargs():
  function test_item_vector_after_save (line 132) | def test_item_vector_after_save():
  function test_prefault (line 149) | def test_prefault():
  function test_fail_save (line 155) | def test_fail_save():
  function test_overwrite_index (line 161) | def test_overwrite_index():
  function test_get_n_trees (line 194) | def test_get_n_trees():
  function test_write_failed (line 200) | def test_write_failed():
  function test_dimension_mismatch (line 219) | def test_dimension_mismatch():
  function test_add_after_save (line 234) | def test_add_after_save():
  function test_build_twice (line 248) | def test_build_twice():
  function test_very_large_index (line 259) | def test_very_large_index():

FILE: test/manhattan_index_test.py
  function test_get_nns_by_vector (line 23) | def test_get_nns_by_vector():
  function test_get_nns_by_item (line 36) | def test_get_nns_by_item():
  function test_dist (line 48) | def test_dist():
  function test_large_index (line 59) | def test_large_index():
  function precision (line 76) | def precision(n, n_trees=10, n_points=10000, n_rounds=10):
  function test_precision_1 (line 98) | def test_precision_1():
  function test_precision_10 (line 102) | def test_precision_10():
  function test_precision_100 (line 106) | def test_precision_100():
  function test_precision_1000 (line 110) | def test_precision_1000():
  function test_get_nns_with_distances (line 114) | def test_get_nns_with_distances():
  function test_include_dists (line 135) | def test_include_dists():
  function test_distance_consistency (line 148) | def test_distance_consistency():

FILE: test/memory_leak_test.py
  function test_get_item_vector (line 21) | def test_get_item_vector():
  function test_get_lots_of_nns (line 31) | def test_get_lots_of_nns():
  function test_build_unbuid (line 40) | def test_build_unbuid():
  function test_include_distances (line 54) | def test_include_distances():

FILE: test/multithreaded_build_test.py
  function _test_building_with_threads (line 6) | def _test_building_with_threads(n_jobs):
  function test_one_thread (line 16) | def test_one_thread():
  function test_two_threads (line 20) | def test_two_threads():
  function test_four_threads (line 24) | def test_four_threads():
  function test_eight_threads (line 28) | def test_eight_threads():

FILE: test/on_disk_build_test.py
  function setUp (line 23) | def setUp():
  function add_items (line 28) | def add_items(i):
  function check_nns (line 34) | def check_nns(i):
  function test_on_disk (line 40) | def test_on_disk():

FILE: test/seed_test.py
  function test_seeding (line 20) | def test_seeding():

FILE: test/threading_test.py
  function test_threads (line 22) | def test_threads():

FILE: test/types_test.py
  function test_numpy (line 23) | def test_numpy(n_points=1000, n_trees=10):
  function test_tuple (line 36) | def test_tuple(n_points=1000, n_trees=10):
  function test_wrong_length (line 45) | def test_wrong_length(n_points=1000, n_trees=10):
  function test_range_errors (line 57) | def test_range_errors(n_points=1000, n_trees=10):
  function test_missing_len (line 74) | def test_missing_len():
  function test_missing_getitem (line 89) | def test_missing_getitem():
  function test_short (line 105) | def test_short():
  function test_non_float (line 122) | def test_non_float():