kotlin-numpy / org.jetbrains.numkt.core / KtNDArray

KtNDArray

class KtNDArray<T : Any> (source)

Wrapper over numpy.ndarray. Stores a pointer to ndarray and DirectBuffer above the memory allocated by numpy for the array.

Properties

base	Base object. Currently a stub. `var base: KtNDArray<*>?`
data	ByteBuffer of array's data. `val data: ByteBuffer?`
dtype	Type of array's elements. `val dtype: Class<T>`
itemsize	Length of one array element in bytes. `val itemsize: Int`
ndim	Number of array dimensions. `val ndim: Int`
scalar	If the array is a scalar, contains it, otherwise null. `var scalar: T?`
shape	IntArray of array dimensions. `val shape: IntArray`
size	Number of elements in the array. `val size: Int`
strides	IntArray of bytes to step in each dimension when traversing an array. `val strides: IntArray`
t	The transposed array `val t: KtNDArray<T>`

Functions

equals	Uses arrayEqual `fun equals(other: Any?): Boolean`
finalize	If the array is not a scalar, the counter of the array decreases by one. If the counter is zero, python will free up memory. `fun finalize(): Unit`
flatIter	Returns FlatIterator. `fun flatIter(): Iterator<T>`
get	`operator fun get(vararg index: Int): KtNDArray<T>` `operator fun get(vararg index: Long): KtNDArray<T>` `operator fun get(vararg slices: Slice): KtNDArray<T>` `operator fun get(intRange: IntRange): KtNDArray<T>` `operator fun get(vararg indexes: Any): KtNDArray<T>`
hashCode	`fun hashCode(): Int`
isNotScalar	`fun isNotScalar(): Boolean`
isScalar	`fun isScalar(): Boolean`
iterator	Iterator over ndarray elements. `operator fun iterator(): Iterator<KtNDArray<T>>`
set	`operator fun set(vararg index: Int, element: T): Unit` `operator fun set(indexes: IntArray, element: T): Unit` `operator fun set(vararg slices: Slice, element: T): Unit` `operator fun set(vararg indexes: Int, element: KtNDArray<T>): Unit` `operator fun set(vararg indexes: Any, element: KtNDArray<T>): Unit`
toList	Returns 1-D List. `fun toList(): List<T>`
toList2d	Returns 2-D List. `fun toList2d(): List<List<T>>`
toList3d	Returns 3-D List. `fun toList3d(): List<List<List<T>>>`
toString	`fun toString(): String`

Extension Functions

**	Pow operator `infix fun <T : Number> KtNDArray<T>.(other: Byte): KtNDArray<T>infix fun <T : Number> KtNDArray<T>.(other: Short): KtNDArray<T>` `infix fun <T : Number> KtNDArray<T>.(other: Int): KtNDArray<T>` `infix fun <T : Number> KtNDArray<T>.(other: Long): KtNDArray<T>` `infix fun <T : Number> KtNDArray<T>.(other: Float): KtNDArray<Float>` `infix fun <T : Number> KtNDArray<T>.(other: Double): KtNDArray<Double>`
@	Alias for dot. `infix fun <T : Number> KtNDArray<T>.@(other: KtNDArray<T>): KtNDArray<T>`
all	Test whether all array elements along a given axis evaluate to true. `fun <T : Any> KtNDArray<T>.all(): Booleanfun <T : Any> KtNDArray<T>.all(vararg axis: Int): KtNDArray<Boolean>` Returns true if all elements satisfy the predicate. Using buffer. `fun <T : Any> KtNDArray<T>.all(predicate: (T) -> Boolean): Boolean`
any	Test whether any array element along a given axis evaluates to true. `fun <T : Any> KtNDArray<T>.any(): Booleanfun <T : Any> KtNDArray<T>.any(vararg axis: Int): KtNDArray<Boolean>` Returns 'true' if any element satisfy the predicate. `fun <T : Any> KtNDArray<T>.any(predicate: (T) -> Boolean): Boolean`
argMax	Returns the indices of the maximum values along an axis. `fun <T : Number> KtNDArray<T>.argMax(): Longfun <T : Number> KtNDArray<T>.argMax(axis: Int): KtNDArray<Long>`
argMin	Return the indices of the minimum values along the given axis of array. `fun <T : Number> KtNDArray<T>.argMin(): Longfun <T : Number> KtNDArray<T>.argMin(axis: Int): KtNDArray<Long>`
argPartition	Returns the indices that would partition this array. `fun <T : Any> KtNDArray<T>.argPartition(kth: IntArray, axis: Int? = -1, kind: String = "introselect"): KtNDArray<Long>`
argSort	Returns the indices that would sort this array. `fun <T : Any> KtNDArray<T>.argSort(axis: Int? = -1, kind: String? = null): KtNDArray<Long>`
asType	Copy of the array, cast to a specified type. `fun <T : Any, R : Any> KtNDArray<T>.asType(order: Order = Order.K, casting: Casting = Casting.UNSAFE, subok: Boolean = true, copy: Boolean = true): KtNDArray<R>`
byteSwap	Swap the bytes of the array elements. `fun <T : Any> KtNDArray<T>.byteSwap(inplace: Boolean = false): KtNDArray<T>`
choose	Use an index array to construct a new array from a set of choices. `fun <E : Number, T : Number> KtNDArray<T>.choose(choices: Array<E>, mode: Mode = Mode.RAISE): KtNDArray<T>fun <E : Number, T : Number> KtNDArray<T>.choose(choices: List<E>, mode: Mode = Mode.RAISE): KtNDArray<T>` `fun <E : Number, T : Number> KtNDArray<T>.choose(choices: KtNDArray<E>, mode: Mode = Mode.RAISE): KtNDArray<T>`
clip	Return an array whose values are limited to (min, max). One of max or min must be given. `fun <T : Any> KtNDArray<T>.clip(min: T? = null, max: T? = null): KtNDArray<T>`
compress	Return selected slices of this array along given axis. `fun <T : Any> KtNDArray<T>.compress(condition: BooleanArray, axis: Int? = null): KtNDArray<T>`
copy	Return a copy of the array. `fun <T : Any> KtNDArray<T>.copy(order: Order = Order.C): KtNDArray<T>`
cumProd	Return the cumulative product of the elements along the given axis. `fun <T : Any> KtNDArray<T>.cumProd(axis: Int? = null): KtNDArray<T>`
cumSum	Return the cumulative sum of the elements along the given axis. `fun <T : Any> KtNDArray<T>.cumSum(axis: Int? = null): KtNDArray<T>`
diagonal	Return specified diagonals. `fun <T : Any> KtNDArray<T>.diagonal(offset: Int = 0, axis1: Int = 0, axis2: Int = 1): KtNDArray<T>`
div	Divide. Returns KtNDArray. `operator fun <T : Number, T1 : Number, L : KtNDArray<T>, R : KtNDArray<T1>> L.div(other: R): KtNDArray<Double>operator fun <T : Number, T1 : Number, L : KtNDArray<T>> L.div(other: T1): KtNDArray<Double>` `operator fun KtNDArray<Byte>.div(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Short>.div(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Float>.div(other: KtNDArray<Byte>): KtNDArray<Float>` `operator fun KtNDArray<Float>.div(other: KtNDArray<Short>): KtNDArray<Float>` `operator fun KtNDArray<Float>.div(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun <T : Number> KtNDArray<Float>.div(other: T): KtNDArray<Float>`
divAssign	Divide. In-place operation. `operator fun KtNDArray<Byte>.divAssign(other: KtNDArray<Byte>): Unitoperator fun KtNDArray<Byte>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Byte>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Byte>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Byte>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Byte>.divAssign(other: Short): Unit` `operator fun KtNDArray<Byte>.divAssign(other: Int): Unit` `operator fun KtNDArray<Byte>.divAssign(other: Long): Unit` `operator fun KtNDArray<Short>.divAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Short>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Short>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Short>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Short>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Short>.divAssign(other: Short): Unit` `operator fun KtNDArray<Short>.divAssign(other: Int): Unit` `operator fun KtNDArray<Short>.divAssign(other: Long): Unit` `operator fun KtNDArray<Int>.divAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Int>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Int>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Int>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Int>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Int>.divAssign(other: Short): Unit` `operator fun KtNDArray<Int>.divAssign(other: Int): Unit` `operator fun KtNDArray<Int>.divAssign(other: Long): Unit` `operator fun KtNDArray<Long>.divAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Long>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Long>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Long>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Long>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Long>.divAssign(other: Short): Unit` `operator fun KtNDArray<Long>.divAssign(other: Int): Unit` `operator fun KtNDArray<Long>.divAssign(other: Long): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Float>.divAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Float>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Float>.divAssign(other: Short): Unit` `operator fun KtNDArray<Float>.divAssign(other: Int): Unit` `operator fun KtNDArray<Float>.divAssign(other: Long): Unit` `operator fun KtNDArray<Float>.divAssign(other: Float): Unit` `operator fun KtNDArray<Float>.divAssign(other: Double): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Double>.divAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Double>.divAssign(other: Byte): Unit` `operator fun KtNDArray<Double>.divAssign(other: Short): Unit` `operator fun KtNDArray<Double>.divAssign(other: Int): Unit` `operator fun KtNDArray<Double>.divAssign(other: Long): Unit` `operator fun KtNDArray<Double>.divAssign(other: Float): Unit` `operator fun KtNDArray<Double>.divAssign(other: Double): Unit`
dot	Dot product of two arrays. `fun <T : Number> KtNDArray<Byte>.dot(b: KtNDArray<T>): KtNDArray<T>fun KtNDArray<Short>.dot(b: KtNDArray<Byte>): KtNDArray<Short>` `fun <T : Number> KtNDArray<Short>.dot(b: KtNDArray<T>): KtNDArray<T>` `fun KtNDArray<Int>.dot(b: KtNDArray<Byte>): KtNDArray<Int>` `fun KtNDArray<Int>.dot(b: KtNDArray<Short>): KtNDArray<Short>` `fun KtNDArray<Int>.dot(b: KtNDArray<Float>): KtNDArray<Double>` `fun <T : Number> KtNDArray<Int>.dot(b: KtNDArray<T>): KtNDArray<T>` `fun KtNDArray<Long>.dot(b: KtNDArray<Byte>): KtNDArray<Long>` `fun KtNDArray<Long>.dot(b: KtNDArray<Short>): KtNDArray<Long>` `fun KtNDArray<Long>.dot(b: KtNDArray<Int>): KtNDArray<Long>` `fun KtNDArray<Long>.dot(b: KtNDArray<Float>): KtNDArray<Double>` `fun <T : Number> KtNDArray<Long>.dot(b: KtNDArray<T>): KtNDArray<T>` `fun KtNDArray<Float>.dot(b: KtNDArray<Byte>): KtNDArray<Float>` `fun KtNDArray<Float>.dot(b: KtNDArray<Short>): KtNDArray<Float>` `fun KtNDArray<Float>.dot(b: KtNDArray<Float>): KtNDArray<Float>` `fun <T : Number> KtNDArray<Float>.dot(b: KtNDArray<T>): KtNDArray<Double>` `fun <T : Number> KtNDArray<Double>.dot(b: KtNDArray<T>): KtNDArray<Double>`
dump	Dump a pickle of the array to the specified file. `fun <T : Any> KtNDArray<T>.dump(file: String): Unit`
dumps	Returns the pickle of the array as a string. `fun <T : Any> KtNDArray<T>.dumps(): String`
eq	== `infix fun <T : Any, C : Number> KtNDArray<T>.eq(other: C): KtNDArray<Boolean>infix fun <T : Any> KtNDArray<T>.eq(other: KtNDArray<T>): KtNDArray<Boolean>`
fill	Fill the array with a scalar value. `fun <T : Any> KtNDArray<T>.fill(value: T): Unit`
flatten	Return a copy of the array collapsed into one dimension. `fun <T : Any> KtNDArray<T>.flatten(order: Order = Order.C): KtNDArray<T>`
ge	= `infix fun <T : Any, C : Number> KtNDArray<T>.ge(other: C): KtNDArray<Boolean>infix fun <T : Any> KtNDArray<T>.ge(other: KtNDArray<T>): KtNDArray<Boolean>`
getfield	Returns a field of the given array as a certain type. A field is a view of the array data with a given data-type. `fun <T : Any, R : Any> KtNDArray<T>.getfield(offset: Int = 0): KtNDArray<R>`
gt	`infix fun <T : Any, C : Number> KtNDArray<T>.gt(other: C): KtNDArray<Boolean>` `infix fun <T : Any> KtNDArray<T>.gt(other: KtNDArray<T>): KtNDArray<Boolean>`
item	Copy an element of an array to a standard Python/Java scalar and return it. `fun <T : Any> KtNDArray<T>.item(vararg arg: Int): T`
itemset	Insert scalar into an array (scalar is cast to array’s dtype, if possible) faster than set() `fun <T : Any> KtNDArray<T>.itemset(vararg indices: Long, element: T): Unit`
le	<= `infix fun <T : Any, C : Number> KtNDArray<T>.le(other: C): KtNDArray<T>infix fun <T : Any> KtNDArray<T>.le(other: KtNDArray<T>): KtNDArray<T>`
lt	< `infix fun <T : Any, C : Number> KtNDArray<T>.lt(other: C): KtNDArray<Boolean>infix fun <T : Any> KtNDArray<T>.lt(other: KtNDArray<T>): KtNDArray<Boolean>`
max	Maximum of an array or maximum along an axis. `fun <T : Number> KtNDArray<T>.max(): T?fun <T : Any> KtNDArray<T>.max(vararg axis: Int): KtNDArray<T>`
mean	Returns the average of the array elements along given axis. `fun <T : Number> KtNDArray<T>.mean(): Doublefun <T : Number> KtNDArray<T>.mean(vararg axis: Int): KtNDArray<Double>`
min	Return the minimum along a given axis. `fun <T : Any> KtNDArray<T>.min(): T?fun <T : Any> KtNDArray<T>.min(vararg axis: Int): KtNDArray<T>`
minus	Subtract. Returns KtNDArray. `operator fun KtNDArray<Byte>.minus(other: KtNDArray<Byte>): KtNDArray<Byte>operator fun KtNDArray<Byte>.minus(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Byte>.minus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Byte>.minus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Byte>.minus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Byte>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Byte>.minus(other: Byte): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.minus(other: Short): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.minus(other: Int): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.minus(other: Long): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.minus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Byte>.minus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Byte>): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Short>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Short>.minus(other: Byte): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: Short): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: Int): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: Long): KtNDArray<Short>` `operator fun KtNDArray<Short>.minus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Short>.minus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Byte>): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Short>): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Int>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Int>.minus(other: Byte): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: Short): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: Int): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: Long): KtNDArray<Int>` `operator fun KtNDArray<Int>.minus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Int>.minus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Byte>): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Short>): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Int>): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Long>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Long>.minus(other: Byte): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: Short): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: Int): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: Long): KtNDArray<Long>` `operator fun KtNDArray<Long>.minus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Long>.minus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Byte>): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Short>): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Float>.minus(other: Byte): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: Short): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: Int): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: Long): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: Float): KtNDArray<Float>` `operator fun KtNDArray<Float>.minus(other: Double): KtNDArray<Float>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Byte>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Short>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Byte): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Short): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Int): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Long): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Double>.minus(other: Double): KtNDArray<Double>`
minusAssign	Subtract. In-place operation. `operator fun KtNDArray<Byte>.minusAssign(other: KtNDArray<Byte>): Unitoperator fun KtNDArray<Byte>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Byte>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Short>.minusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Short>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Short>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Short>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Short>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Short>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Short>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Short>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Int>.minusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Int>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Int>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Int>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Int>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Int>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Int>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Int>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Long>.minusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Long>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Long>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Long>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Long>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Long>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Long>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Long>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Float): Unit` `operator fun KtNDArray<Float>.minusAssign(other: Double): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Byte): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Short): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Int): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Long): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Float): Unit` `operator fun KtNDArray<Double>.minusAssign(other: Double): Unit`
ne	!= `infix fun <T : Any, C : Number> KtNDArray<T>.ne(other: C): KtNDArray<Boolean>infix fun <T : Any> KtNDArray<T>.ne(other: KtNDArray<T>): KtNDArray<Boolean>`
newByteOrder	Return the array with the same data viewed with a different byte order. `fun <T : Any> KtNDArray<T>.newByteOrder(newOrder: Char = 'S'): KtNDArray<T>`
nonZero	Return the indices of the elements that are non-zero. `fun <T : Any> KtNDArray<T>.nonZero(): Array<Any>`
partition	Rearranges the elements in the array in such a way that the value of the element in kth position is in the position it would be in a sorted array. `fun <T : Any> KtNDArray<T>.partition(kth: IntArray, axis: Int = -1, kind: String = "introselect"): Unit`
plus	Plus. Returns new KtNDArray. `operator fun KtNDArray<Byte>.plus(other: KtNDArray<Byte>): KtNDArray<Byte>operator fun KtNDArray<Byte>.plus(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Byte>.plus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Byte>.plus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Byte>.plus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Byte>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Byte>.plus(other: Byte): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.plus(other: Short): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.plus(other: Int): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.plus(other: Long): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.plus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Byte>.plus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Byte>): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Short>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Short>.plus(other: Byte): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: Short): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: Int): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: Long): KtNDArray<Short>` `operator fun KtNDArray<Short>.plus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Short>.plus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Byte>): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Short>): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Int>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Int>.plus(other: Byte): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: Short): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: Int): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: Long): KtNDArray<Int>` `operator fun KtNDArray<Int>.plus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Int>.plus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Byte>): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Short>): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Int>): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Long>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Long>.plus(other: Byte): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: Short): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: Int): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: Long): KtNDArray<Long>` `operator fun KtNDArray<Long>.plus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Long>.plus(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Byte>): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Short>): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Float>.plus(other: Byte): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: Short): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: Int): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: Long): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: Float): KtNDArray<Float>` `operator fun KtNDArray<Float>.plus(other: Double): KtNDArray<Float>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Byte>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Short>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Byte): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Short): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Int): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Long): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Double>.plus(other: Double): KtNDArray<Double>`
plusAssign	Plus. In-place operation. `operator fun KtNDArray<Byte>.plusAssign(other: KtNDArray<Byte>): Unitoperator fun KtNDArray<Byte>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Byte>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Short>.plusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Short>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Short>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Short>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Short>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Short>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Short>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Short>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Int>.plusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Int>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Int>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Int>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Int>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Int>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Int>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Int>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Long>.plusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Long>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Long>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Long>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Long>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Long>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Long>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Long>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Float): Unit` `operator fun KtNDArray<Float>.plusAssign(other: Double): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Byte): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Short): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Int): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Long): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Float): Unit` `operator fun KtNDArray<Double>.plusAssign(other: Double): Unit`
prod	Return the product of the array elements over the given axis. `fun <T : Number> KtNDArray<T>.prod(): Tfun <T : Number> KtNDArray<T>.prod(vararg axis: Int): KtNDArray<T>`
ptp	Peak to peak (maximum - minimum) value along a given axis. `fun <T : Number> KtNDArray<T>.ptp(vararg axis: Int? = emptyArray()): KtNDArray<T>`
put	Set array.flat.set(n) = values.set(n) for all n in indices. `fun <T : Any> KtNDArray<T>.put(indices: IntArray, values: Array<T>, mode: Mode = Mode.RAISE): Unit`
ravel	Return a flattened array. `fun <T : Any> KtNDArray<T>.ravel(order: Order = Order.C): KtNDArray<T>`
repeat	Repeat elements of an array. `fun <T : Any> KtNDArray<T>.repeat(repeats: Int, axis: Int? = null): KtNDArray<T>fun <T : Any> KtNDArray<T>.repeat(repeats: IntArray, axis: Int? = null): KtNDArray<T>`
reshape	Returns an array containing the same data with a new shape. `fun <T : Any> KtNDArray<T>.reshape(vararg dims: Int, order: Order = Order.C): KtNDArray<T>`
resize	Change shape and size of array in-place. `fun <T : Any> KtNDArray<T>.resize(vararg dims: Int): Unit`
round	Return a with each element rounded to the given number of decimals. `fun <T : Number> KtNDArray<T>.round(decimals: Int = 0): KtNDArray<T>`
searchSorted	Find indices where elements of v should be inserted in a to maintain order. `fun <T : Any> KtNDArray<T>.searchSorted(v: Int, side: String = "left"): Longfun <T : Any> KtNDArray<T>.searchSorted(v: Long, side: String = "left"): Long` `fun <T : Any> KtNDArray<T>.searchSorted(v: KtNDArray<Long>, side: String = "left"): KtNDArray<Long>`
setfield	Put a value into a specified place in a field defined by a data-type. `fun <T : Any, R : Any> KtNDArray<T>.setfield(value: R, offset: Int = 0): Unit`
setFlags	Set array flags WRITEABLE, ALIGNED, (WRITEBACKIFCOPY and UPDATEIFCOPY), respectively. `fun <T : Any> KtNDArray<T>.setFlags(write: Int? = null, align: Int? = null, uic: Int? = null): Unit`
sort	Sort an array, in-place. `fun <T : Any> KtNDArray<T>.sort(axis: Int = -1, kind: KindSort? = null): Unit`
squeeze	Remove single-dimensional entries from the shape of a. `fun <T : Any> KtNDArray<T>.squeeze(axis: Int? = null): KtNDArray<T>`
std	Returns the standard deviation of the array elements along given axis. `fun <T : Number> KtNDArray<T>.std(ddof: Int = 0): Doublefun <T : Number> KtNDArray<T>.std(axis: Int, ddof: Int = 0): KtNDArray<Double>`
sum	Sum of array elements over a given axis. `fun <T : Number> KtNDArray<T>.sum(): T?fun <T : Number> KtNDArray<T>.sum(axis: Int): KtNDArray<T>`
swapAxes	Return a view of the array with axis1 and axis2 interchanged. `fun <T : Any> KtNDArray<T>.swapAxes(axis1: Int, axis2: Int): KtNDArray<T>`
take	Return an array formed from the elements of a at the given indices. `fun <T : Any> KtNDArray<T>.take(indices: KtNDArray<Long>, axis: Int? = null, mode: Mode = Mode.RAISE): KtNDArray<T>fun <T : Any> KtNDArray<T>.take(indices: Array<Int>, axis: Int? = null, mode: Mode = Mode.RAISE): KtNDArray<T>` `fun <T : Any> KtNDArray<T>.take(indices: List<Int>, axis: Int? = null, mode: Mode = Mode.RAISE): KtNDArray<T>`
times	Multiply. Returns KtNDArray. `operator fun KtNDArray<Byte>.times(other: KtNDArray<Byte>): KtNDArray<Byte>operator fun KtNDArray<Byte>.times(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Byte>.times(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Byte>.times(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Byte>.times(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Byte>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Byte>.times(other: Byte): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.times(other: Short): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.times(other: Int): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.times(other: Long): KtNDArray<Byte>` `operator fun KtNDArray<Byte>.times(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Byte>.times(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Byte>): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Short>): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Short>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Short>.times(other: Byte): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: Short): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: Int): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: Long): KtNDArray<Short>` `operator fun KtNDArray<Short>.times(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Short>.times(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Byte>): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Short>): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Int>): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Int>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Int>.times(other: Byte): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: Short): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: Int): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: Long): KtNDArray<Int>` `operator fun KtNDArray<Int>.times(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Int>.times(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Byte>): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Short>): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Int>): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Long>): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Long>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Long>.times(other: Byte): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: Short): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: Int): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: Long): KtNDArray<Long>` `operator fun KtNDArray<Long>.times(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Long>.times(other: Double): KtNDArray<Double>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Byte>): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Short>): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Float>): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Float>.times(other: Byte): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: Short): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: Int): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: Long): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: Float): KtNDArray<Float>` `operator fun KtNDArray<Float>.times(other: Double): KtNDArray<Float>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Byte>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Short>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Int>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Long>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Float>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: KtNDArray<Double>): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Byte): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Short): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Int): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Long): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Float): KtNDArray<Double>` `operator fun KtNDArray<Double>.times(other: Double): KtNDArray<Double>`
timesAssign	Multiply. In-place operation. `operator fun KtNDArray<Byte>.timesAssign(other: KtNDArray<Byte>): Unitoperator fun KtNDArray<Byte>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Byte>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Short>.timesAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Short>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Short>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Short>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Short>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Short>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Short>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Short>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Int>.timesAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Int>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Int>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Int>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Int>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Int>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Int>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Int>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Long>.timesAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Long>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Long>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Long>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Long>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Long>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Long>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Long>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Float): Unit` `operator fun KtNDArray<Float>.timesAssign(other: Double): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Byte>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Short>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Int>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Long>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Float>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: KtNDArray<Double>): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Byte): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Short): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Int): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Long): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Float): Unit` `operator fun KtNDArray<Double>.timesAssign(other: Double): Unit`
toBytes	Construct Python bytes containing the raw data bytes in the array. `fun <T : Any> KtNDArray<T>.toBytes(order: Order = Order.C): ByteArray`
toFile	Write array to a file as text or binary (default). `fun <T : Any> KtNDArray<T>.toFile(fid: String, sep: String = "", format: String = "%s"): Unit`
trace	Return the sum along diagonals of the array. `fun <T : Any> KtNDArray<T>.trace(offset: Int = 0, axis1: Int = 0, axis2: Int = 1): KtNDArray<T>`
transpose	Returns a view of the array with axes transposed. `fun <T : Any> KtNDArray<T>.transpose(vararg axes: Int? = emptyArray()): KtNDArray<T>`
unaryMinus	`operator fun <T : Number> KtNDArray<T>.unaryMinus(): KtNDArray<T>`
unaryPlus	`operator fun <T : Number> KtNDArray<T>.unaryPlus(): KtNDArray<T>`
var	Returns the variance of the array elements, along given axis. `fun <T : Number> KtNDArray<T>.var(ddof: Int = 0): Doublefun <T : Number> KtNDArray<T>.var(vararg axis: Int, ddof: Int = 0): KtNDArray<Double>`
view	New view of array with the same data. `fun <T : Any, NT : Any> KtNDArray<T>.view(): KtNDArray<NT>`