Boost Unordered Translation (zh_Hans) - English @ Boost-Weblate

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22 :22

	English xref:reference/unordered_multiset.adoc[`unordered_multiset`] 60/10000 · 60
22 :100

	English Keys can be hashed using `hasher` which is accessed by member function `hash_function()`, and checked for equality using `key_equal` which is accessed by member function `key_eq()`. There is no function object for compared or hashing values. 241/10000 · 241
22 :60

	English To avoid this a transformation could be applied to the hash function, for an example see http://web.archive.org/web/20121102023700/http://www.concentric.net/~Ttwang/tech/inthash.htm[Thomas Wang's article on integer hash functions^]. Unfortunately, a transformation like Wang's requires knowledge of the number of bits in the hash value, so it was only used when `size_t` was 64 bit. 382/10000 · 382
22 :105

	English boost::unordered_multiset<point, point_hash> points; ``` 56/10000 · 56
22 :58

	English image::benchmarks-set/gcc/scattered erasure.xlsx.practice non-unique 5.png[width=250,link=_images/benchmarks-set/gcc/scattered erasure.xlsx.practice non-unique 5.png,window=_blank] 180/10000 · 180
22 :217

	English Bulk visitation 15/10000 · 15
22 :57

	English `local_iterator begin(size_type n)` 35/10000 · 35
22 :89

	English Concurrent Containers 21/10000 · 21
22 :88

	English A metadata word is divided into 15 _h_~_i_~ bytes (one for each associated bucket), and an _overflow byte_ (_ofw_ in the diagram). The value of _h_~_i_~ is: 156/10000 · 156
22 :48

	English You can load the pretty-printers externally from the non-embedded Python script. Add the script, link:https://github.com/boostorg/unordered/blob/develop/extra/boost_unordered_printers.py[/extra/boost_unordered_printers.py], using the `source` command as shown below. 266/10000 · 266
22 :24

	English xref:reference/unordered_node_map.adoc[Class Template +++<code style="color: inherit;">+++unordered_node_map+++</code>+++] 122/10000 · 122
22 :40

	English Added container `pmr` aliases when header `<memory_resource>` is available. The alias `boost::unordered::pmr::[container]` refers to `boost::unordered::[container]` with a `std::pmr::polymorphic_allocator` allocator type. 221/10000 · 221
22 :313

	English `BOOST_UNORDERED_ENABLE_SERIALIZATION_COMPATIBILITY_V0` 55/10000 · 55
22 :274

	English Typedefs 8/10000 · 8
22 :268

	English The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the container (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads. 361/10000 · 361
22 :379

	English The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads. 357/10000 · 357
22 :362

	English The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads. 357/10000 · 357
22 :309

	English The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads. 357/10000 · 357
22 :280

	English `BOOST_UNORDERED_ENABLE_SERIALIZATION_COMPATIBILITY_V0` 55/10000 · 55
22 :326

	English The size of the bucket array can be automatically increased by a call to `insert`/`emplace`, or as a result of calling `rehash`/`reserve`. The _load factor_ of the table (number of elements divided by number of buckets) is never greater than `max_load_factor()`, except possibly for small sizes where the implementation may decide to allow for higher loads. 357/10000 · 357

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