SingleElementSequence
Koleksiyonlar ile düzeninizi koruyun
İçeriği tercihlerinize göre kaydedin ve kategorilere ayırın.
Kalıtsal Yöntemler
Java.lang.Object sınıfından | boolean | eşittir (Nesne arg0) |
| son Sınıf<?> | getClass () |
| int | hashKodu () |
| son boşluk | bildir () |
| son boşluk | tümünü bildir () |
| Sicim | toString () |
| son boşluk | bekle (uzun arg0, int arg1) |
| son boşluk | bekle (uzun arg0) |
| son boşluk | Beklemek () |
Java.lang.Iterable arayüzünden | soyut geçersiz | forEach (Tüketici<? süper T> arg0) |
| soyut Yineleyici<U, NdArray'i genişletir <T>> | yineleyici () |
| soyut Spliterator<U, NdArray'i genişletir <T>> | ayırıcı () |
Genel Yöntemler
Her öğeyi yeni bir dilim olarak döndürür.
Geleneksel Java koleksiyonlarından farklı olarak, NdArraySequence öğeleri geçicidir, yani her yineleme için yeni NdArray örnekleri tahsis edilir. Performansı artırmak için aynı örnek, DataBufferWindow kullanılarak bu dizinin tüm öğelerini görüntülemek üzere geri dönüştürülebilir.
Ancak bazı durumlarda, döndürülen her öğenin orijinal dizinin yeni bir dilimi olmasını sağlamak için bu tür optimizasyonların devre dışı bırakılması tercih edilebilir. Örneğin, ziyaret edilen bir veya daha fazla öğenin dizi yinelemesinin kapsamı dışında kalması gerekiyorsa asSlices() dizi tarafından döndürülen tüm öğelerin benzersiz örnekler olmasını sağlar.
final List<IntNdArray> vectors = new ArrayList<>();
IntNdArray matrix = NdArrays.ofInts(Shape.of(6, 6));
ndArray.elements(0).forEach(e -> vectors::add); // Not safe, as `e` might always be the same recycled instance
ndArray.elements(0).asSlices().forEach(e -> vectors::add); // Safe, each `e` is a distinct NdArray instance
İade
- yeni bir dilim olarak yinelenen her öğeyi döndüren bir dizi
public void forEachIndexed (BiConsumer<long[], U> tüketicisi)
genel Yineleyici<U> yineleyici ()
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Son güncelleme tarihi: 2025-07-26 UTC.
[null,null,["Son güncelleme tarihi: 2025-07-26 UTC."],[],[],null,["# SingleElementSequence\n\npublic final class **SingleElementSequence** \nA sequence of one single element \n\n### Public Constructors\n\n|---|------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|\n| | [SingleElementSequence](/jvm/api_docs/java/org/tensorflow/ndarray/impl/sequence/SingleElementSequence#SingleElementSequence(org.tensorflow.ndarray.impl.AbstractNdArray\u003cT, U\u003e))([AbstractNdArray](/jvm/api_docs/java/org/tensorflow/ndarray/impl/AbstractNdArray)\\\u003cT, U\\\u003e ndArray) |\n\n### Public Methods\n\n|-----------------------------------------------------------------------------------|----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|\n| [NdArraySequence](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence)\\\u003cU\\\u003e | [asSlices](/jvm/api_docs/java/org/tensorflow/ndarray/impl/sequence/SingleElementSequence#asSlices())() Returns each element as a new slice. |\n| void | [forEachIndexed](/jvm/api_docs/java/org/tensorflow/ndarray/impl/sequence/SingleElementSequence#forEachIndexed(java.util.function.BiConsumer\u003clong[], U\u003e))(BiConsumer\\\u003clong\\[\\], U\\\u003e consumer) |\n| Iterator\\\u003cU\\\u003e | [iterator](/jvm/api_docs/java/org/tensorflow/ndarray/impl/sequence/SingleElementSequence#iterator())() |\n\n### Inherited Methods\n\nFrom class java.lang.Object \n\n|------------------|---------------------------|\n| boolean | equals(Object arg0) |\n| final Class\\\u003c?\\\u003e | getClass() |\n| int | hashCode() |\n| final void | notify() |\n| final void | notifyAll() |\n| String | toString() |\n| final void | wait(long arg0, int arg1) |\n| final void | wait(long arg0) |\n| final void | wait() |\n\nFrom interface [org.tensorflow.ndarray.NdArraySequence](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence) \n\n|----------------------------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|\n| abstract [NdArraySequence](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence)\\\u003cU extends [NdArray](/jvm/api_docs/java/org/tensorflow/ndarray/NdArray)\\\u003cT\\\u003e\\\u003e | [asSlices](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence#asSlices())() Returns each element as a new slice. |\n| abstract void | [forEachIndexed](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence#forEachIndexed(java.util.function.BiConsumer\u003clong[], T\u003e))(BiConsumer\\\u003clong\\[\\], U extends [NdArray](/jvm/api_docs/java/org/tensorflow/ndarray/NdArray)\\\u003cT\\\u003e\\\u003e consumer) Visit each elements of this iteration and their respective coordinates. |\n\nFrom interface java.lang.Iterable \n\n|-----------------------------------------------------------------------------------------------------|-------------------------------------|\n| abstract void | forEach(Consumer\\\u003c? super T\\\u003e arg0) |\n| abstract Iterator\\\u003cU extends [NdArray](/jvm/api_docs/java/org/tensorflow/ndarray/NdArray)\\\u003cT\\\u003e\\\u003e | iterator() |\n| abstract Spliterator\\\u003cU extends [NdArray](/jvm/api_docs/java/org/tensorflow/ndarray/NdArray)\\\u003cT\\\u003e\\\u003e | spliterator() |\n\nPublic Constructors\n-------------------\n\n#### public\n**SingleElementSequence**\n([AbstractNdArray](/jvm/api_docs/java/org/tensorflow/ndarray/impl/AbstractNdArray)\\\u003cT, U\\\u003e ndArray)\n\n\u003cbr /\u003e\n\nPublic Methods\n--------------\n\n#### public [NdArraySequence](/jvm/api_docs/java/org/tensorflow/ndarray/NdArraySequence)\\\u003cU\\\u003e\n**asSlices**\n()\n\nReturns each element as a new slice.\n\nUnlike conventional Java collections, elements of a `NdArraySequence` are transient, i.e. new `NdArray`\ninstances are allocated for each iteration. To improve performance, the same instance can be recycled to view\nall elements of this sequence, using a [DataBufferWindow](/jvm/api_docs/java/org/tensorflow/ndarray/buffer/DataBufferWindow).\n\nIn some cases though, it might be preferable to disable such optimizations to ensure that each element returned is a\nnew slice of the original array. For example, if one or more elements visited must live beyond the scope of the sequence\niteration, `asSlices()` makes sure that all elements returned by the sequence are unique instances.\n\n final List\u003cIntNdArray\u003e vectors = new ArrayList\u003c\u003e();\n IntNdArray matrix = NdArrays.ofInts(Shape.of(6, 6));\n ndArray.elements(0).forEach(e -\u003e vectors::add); // Not safe, as `e` might always be the same recycled instance\n ndArray.elements(0).asSlices().forEach(e -\u003e vectors::add); // Safe, each `e` is a distinct NdArray instance\n \n\u003cbr /\u003e\n\n\u003cbr /\u003e\n\n\u003cbr /\u003e\n\n##### Returns\n\n- a sequence that returns each elements iterated as a new slice \n\n#### public void\n**forEachIndexed**\n(BiConsumer\\\u003clong\\[\\], U\\\u003e consumer)\n\n\u003cbr /\u003e\n\n#### public Iterator\\\u003cU\\\u003e\n**iterator**\n()\n\n\u003cbr /\u003e"]]
