LocalArrays.kl

Types

LocalL64ScalarArray (struct)

The LocalL64ScalarArray is an efficient container for storing Scalar values, where up to 64 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 64.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

Scalar[64]	first64
Scalar[]	others
UInt32	count

Methods

	LocalL64ScalarArray ( in LocalL64ScalarArray other )
	LocalL64ScalarArray ()
LocalL64ScalarArray	clone ? ()
Scalar	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in Scalar value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in Scalar value )
UInt32	size ? ()

Operators

LocalL64ScalarArray

= ( Param other )

LocalL8UInt16Array (struct)

The LocalL8UInt16Array is an efficient container for storing UInt16 values, where up to 8 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 8.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt16[8]	first8
UInt16[]	others
UInt32	count

Methods

	LocalL8UInt16Array ( in LocalL8UInt16Array other )
	LocalL8UInt16Array ()
LocalL8UInt16Array	clone ? ()
UInt16	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt16 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt16 value )
UInt32	size ? ()

Operators

LocalL8UInt16Array

= ( Param other )

LocalL4UInt32Array (struct)

The LocalL4UInt32Array is an efficient container for storing UInt32 values, where up to 4 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 4.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt32[4]	first4
UInt32[]	others
UInt32	count

Methods

	LocalL4UInt32Array ( in LocalL4UInt32Array other )
	LocalL4UInt32Array ()
LocalL4UInt32Array	clone ? ()
UInt32	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt32 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt32 value )
UInt32	size ? ()

Operators

LocalL4UInt32Array

= ( Param other )

LocalL8UInt64Array (struct)

The LocalL8UInt64Array is an efficient container for storing UInt64 values, where up to 8 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 8.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt64[8]	first8
UInt64[]	others
UInt32	count

Methods

	LocalL8UInt64Array ( in LocalL8UInt64Array other )
	LocalL8UInt64Array ()
LocalL8UInt64Array	clone ? ()
UInt64	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt64 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt64 value )
UInt32	size ? ()

Operators

LocalL8UInt64Array

= ( Param other )

LocalL16ScalarArray (struct)

The LocalL16ScalarArray is an efficient container for storing Scalar values, where up to 16 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 16.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

Scalar[16]	first16
Scalar[]	others
UInt32	count

Methods

	LocalL16ScalarArray ( in LocalL16ScalarArray other )
	LocalL16ScalarArray ()
LocalL16ScalarArray	clone ? ()
Scalar	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in Scalar value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in Scalar value )
UInt32	size ? ()

Operators

LocalL16ScalarArray

= ( Param other )

LocalL32UInt16Array (struct)

The LocalL32UInt16Array is an efficient container for storing UInt16 values, where up to 32 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 32.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt16[32]	first32
UInt16[]	others
UInt32	count

Methods

	LocalL32UInt16Array ( in LocalL32UInt16Array other )
	LocalL32UInt16Array ()
LocalL32UInt16Array	clone ? ()
UInt16	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt16 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt16 value )
UInt32	size ? ()

Operators

LocalL32UInt16Array

= ( Param other )

LocalL64UInt8Array (struct)

The LocalL64UInt8Array is an efficient container for storing UInt8 values, where up to 64 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 64.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt8[64]	first64
UInt8[]	others
UInt32	count

Methods

	LocalL64UInt8Array ( in LocalL64UInt8Array other )
	LocalL64UInt8Array ()
LocalL64UInt8Array	clone ? ()
UInt8	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt8 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt8 value )
UInt32	size ? ()

Operators

LocalL64UInt8Array

= ( Param other )

LocalL4UInt64Array (struct)

The LocalL4UInt64Array is an efficient container for storing UInt64 values, where up to 4 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 4.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt64[4]	first4
UInt64[]	others
UInt32	count

Methods

	LocalL4UInt64Array ( in LocalL4UInt64Array other )
	LocalL4UInt64Array ()
LocalL4UInt64Array	clone ? ()
UInt64	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt64 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt64 value )
UInt32	size ? ()

Operators

LocalL4UInt64Array

= ( Param other )

LocalL16UInt8Array (struct)

The LocalL16UInt8Array is an efficient container for storing UInt8 values, where up to 16 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 16.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt8[16]	first16
UInt8[]	others
UInt32	count

Methods

	LocalL16UInt8Array ( in LocalL16UInt8Array other )
	LocalL16UInt8Array ()
LocalL16UInt8Array	clone ? ()
UInt8	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt8 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt8 value )
UInt32	size ? ()

Operators

LocalL16UInt8Array

= ( Param other )

LocalL8ScalarArray (struct)

The LocalL8ScalarArray is an efficient container for storing Scalar values, where up to 8 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 8.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

Scalar[8]	first8
Scalar[]	others
UInt32	count

Methods

	LocalL8ScalarArray ( in LocalL8ScalarArray other )
	LocalL8ScalarArray ()
LocalL8ScalarArray	clone ? ()
Scalar	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in Scalar value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in Scalar value )
UInt32	size ? ()

Operators

LocalL8ScalarArray

= ( Param other )

LocalL32UInt32Array (struct)

The LocalL32UInt32Array is an efficient container for storing UInt32 values, where up to 32 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 32.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt32[32]	first32
UInt32[]	others
UInt32	count

Methods

	LocalL32UInt32Array ( in LocalL32UInt32Array other )
	LocalL32UInt32Array ()
LocalL32UInt32Array	clone ? ()
UInt32	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt32 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt32 value )
UInt32	size ? ()

Operators

LocalL32UInt32Array

= ( Param other )

LocalL32UInt64Array (struct)

The LocalL32UInt64Array is an efficient container for storing UInt64 values, where up to 32 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 32.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt64[32]	first32
UInt64[]	others
UInt32	count

Methods

	LocalL32UInt64Array ( in LocalL32UInt64Array other )
	LocalL32UInt64Array ()
LocalL32UInt64Array	clone ? ()
UInt64	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt64 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt64 value )
UInt32	size ? ()

Operators

LocalL32UInt64Array

= ( Param other )

LocalL8UInt8Array (struct)

The LocalL8UInt8Array is an efficient container for storing UInt8 values, where up to 8 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 8.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt8[8]	first8
UInt8[]	others
UInt32	count

Methods

	LocalL8UInt8Array ( in LocalL8UInt8Array other )
	LocalL8UInt8Array ()
LocalL8UInt8Array	clone ? ()
UInt8	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt8 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt8 value )
UInt32	size ? ()

Operators

LocalL8UInt8Array

= ( Param other )

LocalL16UInt64Array (struct)

The LocalL16UInt64Array is an efficient container for storing UInt64 values, where up to 16 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 16.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt64[16]	first16
UInt64[]	others
UInt32	count

Methods

	LocalL16UInt64Array ( in LocalL16UInt64Array other )
	LocalL16UInt64Array ()
LocalL16UInt64Array	clone ? ()
UInt64	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt64 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt64 value )
UInt32	size ? ()

Operators

LocalL16UInt64Array

= ( Param other )

LocalL32ScalarArray (struct)

The LocalL32ScalarArray is an efficient container for storing Scalar values, where up to 32 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 32.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

Scalar[32]	first32
Scalar[]	others
UInt32	count

Methods

	LocalL32ScalarArray ( in LocalL32ScalarArray other )
	LocalL32ScalarArray ()
LocalL32ScalarArray	clone ? ()
Scalar	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in Scalar value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in Scalar value )
UInt32	size ? ()

Operators

LocalL32ScalarArray

= ( Param other )

LocalL16UInt16Array (struct)

The LocalL16UInt16Array is an efficient container for storing UInt16 values, where up to 16 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 16.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt16[16]	first16
UInt16[]	others
UInt32	count

Methods

	LocalL16UInt16Array ( in LocalL16UInt16Array other )
	LocalL16UInt16Array ()
LocalL16UInt16Array	clone ? ()
UInt16	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt16 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt16 value )
UInt32	size ? ()

Operators

LocalL16UInt16Array

= ( Param other )

LocalL8UInt32Array (struct)

The LocalL8UInt32Array is an efficient container for storing UInt32 values, where up to 8 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 8.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt32[8]	first8
UInt32[]	others
UInt32	count

Methods

	LocalL8UInt32Array ( in LocalL8UInt32Array other )
	LocalL8UInt32Array ()
LocalL8UInt32Array	clone ? ()
UInt32	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt32 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt32 value )
UInt32	size ? ()

Operators

LocalL8UInt32Array

= ( Param other )

LocalL32UInt8Array (struct)

The LocalL32UInt8Array is an efficient container for storing UInt8 values, where up to 32 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 32.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt8[32]	first32
UInt8[]	others
UInt32	count

Methods

	LocalL32UInt8Array ( in LocalL32UInt8Array other )
	LocalL32UInt8Array ()
LocalL32UInt8Array	clone ? ()
UInt8	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt8 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt8 value )
UInt32	size ? ()

Operators

LocalL32UInt8Array

= ( Param other )

LocalL4ScalarArray (struct)

The LocalL4ScalarArray is an efficient container for storing Scalar values, where up to 4 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 4.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

Scalar[4]	first4
Scalar[]	others
UInt32	count

Methods

	LocalL4ScalarArray ( in LocalL4ScalarArray other )
	LocalL4ScalarArray ()
LocalL4ScalarArray	clone ? ()
Scalar	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in Scalar value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in Scalar value )
UInt32	size ? ()

Operators

LocalL4ScalarArray

= ( Param other )

LocalL4UInt8Array (struct)

The LocalL4UInt8Array is an efficient container for storing UInt8 values, where up to 4 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 4.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt8[4]	first4
UInt8[]	others
UInt32	count

Methods

	LocalL4UInt8Array ( in LocalL4UInt8Array other )
	LocalL4UInt8Array ()
LocalL4UInt8Array	clone ? ()
UInt8	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt8 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt8 value )
UInt32	size ? ()

Operators

LocalL4UInt8Array

= ( Param other )

LocalL64UInt16Array (struct)

The LocalL64UInt16Array is an efficient container for storing UInt16 values, where up to 64 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 64.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt16[64]	first64
UInt16[]	others
UInt32	count

Methods

	LocalL64UInt16Array ( in LocalL64UInt16Array other )
	LocalL64UInt16Array ()
LocalL64UInt16Array	clone ? ()
UInt16	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt16 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt16 value )
UInt32	size ? ()

Operators

LocalL64UInt16Array

= ( Param other )

LocalL64UInt32Array (struct)

The LocalL64UInt32Array is an efficient container for storing UInt32 values, where up to 64 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 64.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt32[64]	first64
UInt32[]	others
UInt32	count

Methods

	LocalL64UInt32Array ( in LocalL64UInt32Array other )
	LocalL64UInt32Array ()
LocalL64UInt32Array	clone ? ()
UInt32	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt32 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt32 value )
UInt32	size ? ()

Operators

LocalL64UInt32Array

= ( Param other )

LocalL16UInt32Array (struct)

The LocalL16UInt32Array is an efficient container for storing UInt32 values, where up to 16 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 16.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt32[16]	first16
UInt32[]	others
UInt32	count

Methods

	LocalL16UInt32Array ( in LocalL16UInt32Array other )
	LocalL16UInt32Array ()
LocalL16UInt32Array	clone ? ()
UInt32	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt32 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt32 value )
UInt32	size ? ()

Operators

LocalL16UInt32Array

= ( Param other )

LocalL64UInt64Array (struct)

The LocalL64UInt64Array is an efficient container for storing UInt64 values, where up to 64 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 64.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt64[64]	first64
UInt64[]	others
UInt32	count

Methods

	LocalL64UInt64Array ( in LocalL64UInt64Array other )
	LocalL64UInt64Array ()
LocalL64UInt64Array	clone ? ()
UInt64	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt64 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt64 value )
UInt32	size ? ()

Operators

LocalL64UInt64Array

= ( Param other )

LocalL4UInt16Array (struct)

The LocalL4UInt16Array is an efficient container for storing UInt16 values, where up to 4 values can be added without requiring memory allocations on the heap. This allows to efficiently contain array of values, where arrays are usually smaller than 4.

注釈

Avoiding frequent heap memory allocations can have a significant performance impact. Using this type can avoid the memory allocation overhead in some scenarios (eg: various PolygonMesh methods use local arrays).

Members

UInt16[4]	first4
UInt16[]	others
UInt32	count

Methods

	LocalL4UInt16Array ( in LocalL4UInt16Array other )
	LocalL4UInt16Array ()
LocalL4UInt16Array	clone ? ()
UInt16	get ? ( in UInt32 index )
String	getString ? ()
	push ! ( in UInt16 value )
	resize ! ( in UInt32 size )
	set ! ( in UInt32 index, in UInt16 value )
UInt32	size ? ()

Operators

LocalL4UInt16Array

= ( Param other )

Functions

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one

swap

swap ( io LocalL16UInt64Array first, io LocalL16UInt64Array second )

swaps one LocalL16UInt64Array with another one