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tf.experimental.numpy.complex128

Complex number type composed of two double-precision floating-point

Inherits From: inexact

numbers, compatible with Python complex.

:Character code: 'D' :Canonical name: numpy.cdouble :Alias: numpy.cfloat :Alias: numpy.complex_ :Alias on this platform (Linux x86_64): numpy.complex128: Complex number type composed of 2 64-bit-precision floating-point numbers.

T Scalar attribute identical to the corresponding array attribute.

Please see ndarray.T.

base Scalar attribute identical to the corresponding array attribute.

Please see ndarray.base.

data Pointer to start of data.
dtype Get array data-descriptor.
flags The integer value of flags.
flat A 1-D view of the scalar.
imag The imaginary part of the scalar.
itemsize The length of one element in bytes.
nbytes The length of the scalar in bytes.
ndim The number of array dimensions.
real The real part of the scalar.
shape Tuple of array dimensions.
size The number of elements in the gentype.
strides Tuple of bytes steps in each dimension.

Methods

all

Scalar method identical to the corresponding array attribute.

Please see ndarray.all.

any

Scalar method identical to the corresponding array attribute.

Please see ndarray.any.

argmax

Scalar method identical to the corresponding array attribute.

Please see ndarray.argmax.

argmin

Scalar method identical to the corresponding array attribute.

Please see ndarray.argmin.

argsort

Scalar method identical to the corresponding array attribute.

Please see ndarray.argsort.

astype

Scalar method identical to the corresponding array attribute.

Please see ndarray.astype.

byteswap

Scalar method identical to the corresponding array attribute.

Please see ndarray.byteswap.

choose

Scalar metho