Skip to main content

ComplexTensor

ComplexTensor constructor. A multidimensionnal array of Complex, up to 5 dimensions.

Factories

`delta_tensor(const List<integer> shape) -> ComplexTensor`

generate a delta-array of Complex with the specified shape. The delta array is one if all indices have the same value, zero otherwise.

Parameters

shape: list of positive integers specifying the size along each dimensions of the array

`delta_tensor(const List<integer> shape, as_complex as_complex) -> ComplexTensor`

generate a delta-array of Complex with the specified shape. The delta array is one if all indices have the same value, zero otherwise.

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
as_complex: desired scalar type

`filled_tensor(const List<integer> shape, const complex value) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with

`filled_tensor(const List<integer> shape, integer value) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with

`filled_tensor(const List<integer> shape, real value) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with

`filled_tensor(const List<integer> shape, const complex value, as_complex as_complex) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with
as_complex: desired scalar type

`filled_tensor(const List<integer> shape, integer value, as_complex as_complex) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with
as_complex: desired scalar type

`filled_tensor(const List<integer> shape, real value, as_complex as_complex) -> ComplexTensor`

generate an array of Complex values filled with a constant value and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
value: the constant value to fill the array with
as_complex: desired scalar type

`random_tensor(const List<integer> shape) -> ComplexTensor`

Generate a random array of Complex values with the specified shape.

Parameters

shape: List of positive integers specifying the extent of each dimension of the array.

`random_tensor(const List<integer> shape, as_complex as_complex) -> ComplexTensor`

Generate a random array of Complex values with the specified shape.

Parameters

shape: List of positive integers specifying the extent of each dimension of the array.
as_complex: desired scalar type

`uninitialized_tensor(const List<integer> shape) -> ComplexTensor`

generate an array of uninitialized Complex values with the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array

`uninitialized_tensor(const List<integer> shape, as_complex as_complex) -> ComplexTensor`

generate an array of uninitialized Complex values with the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
as_complex: desired scalar type

`zero_tensor(const List<integer> shape) -> ComplexTensor`

generate an array of Complex values filled with zeros and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array

`zero_tensor(const List<integer> shape, as_complex as_complex) -> ComplexTensor`

generate an array of Complex values filled with zeros and the specified shape

Parameters

shape: list of positive integers specifying the size along each dimensions of the array
as_complex: desired scalar type

Constructors

`ComplexTensor(const ComplexTensor tensor) -> ComplexTensor`

Constructs a multidimensionnal array of ComplexTensor by copying another one. Supports up to Complex dimensions.

Parameters

tensor: The tensor to copy.

Symbols

Name	Description
`*`	Element-wise multiplication of Complex tensors or tensor-scalar multiplication.
`+`	Element-wise addition of Complex tensors or tensor-scalar addition.
`-`	Element-wise subtraction of Complex tensors or tensor-scalar subtraction.
`/`	Element-wise division of Complex tensors or tensor-scalar division.
`=`	Assigns a ComplexTensor to another one.
`[]`	Access an element of a Complex tensor by index.

Members

Name	Description
contract	Contract two tensors along specified dimensions.
contract_conjugate	Contract two tensors with complex conjugation of the left-hand side.
factorize	Factorize the array into component arrays with the specified options
flatten	Flatten a Complex tensor into a 1D vector by reshaping all elements into a single dimension.
is_approx	Check if two Complex tensors are approximately equal within a tolerance.
order	Get the number of dimensions of a Complex tensor.
reshaped	Create a copy of a Complex tensor with a new shape.
shape	Get the shape (size along each dimension) of a Complex tensor.
squeeze	Squeeze a Complex tensor by removing all dimensions of size 1.
transpose	Transpose a Complex tensor by reordering its dimensions.

Factories
Constructors
- ComplexTensor(const ComplexTensor tensor) -> ComplexTensor
Symbols
Members