# SOME DESCRIPTIVE TITLE.
# Copyright (C) 2022, Baidu Inc
# This file is distributed under the same license as the paddle-quantum
# package.
# FIRST AUTHOR <EMAIL@ADDRESS>, 2022.
#
#, fuzzy
msgid ""
msgstr ""
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#: ../../source/paddle_quantum.loss.measure.rst:2
msgid "paddle\\_quantum.loss.measure"
msgstr ""

#: of paddle_quantum.loss.measure:1
msgid "The source file of the class for the measurement."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal:1
#: paddle_quantum.loss.measure.Measure:1
msgid "Bases: :py:class:`~paddle_quantum.base.Operator`"
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal:1
msgid ""
"The class of the loss function to compute the expectation value for the "
"observable."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal:3
msgid ""
"This interface can make you using the expectation value for the "
"observable as the loss function."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal
#: paddle_quantum.loss.measure.ExpecVal.forward
#: paddle_quantum.loss.measure.Measure
#: paddle_quantum.loss.measure.Measure.forward
msgid "Parameters"
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal:5
msgid "The information about the observable."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal:6
msgid ""
"The number of measurement shots. Now it just need to be input when the "
"backend is QuLeaf."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward:1
msgid ""
"Compute the expectation value of the observable with respect to the input"
" state."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward:3
msgid ""
"The value computed by this function can be used as a loss function to "
"optimize."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward:5
msgid "The input state which will be used to compute the expectation value."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward
#: paddle_quantum.loss.measure.Measure
msgid "Raises"
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward:7
msgid "The backend is wrong or not supported."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward
#: paddle_quantum.loss.measure.Measure.forward
msgid "Returns"
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward:9
msgid ""
"The expectation value. If the backend is QuLeaf, it is computed by "
"sampling."
msgstr ""

#: of paddle_quantum.loss.measure.ExpecVal.forward
#: paddle_quantum.loss.measure.Measure.forward
msgid "Return type"
msgstr ""

#: of paddle_quantum.loss.measure.Measure:1
msgid "Compute the probability of the specified measurement result."
msgstr ""

#: of paddle_quantum.loss.measure.Measure:3
msgid "Specify the basis of the measurement. Defaults to 'z'."
msgstr ""

#: of paddle_quantum.loss.measure.Measure:5
msgid "Currently we just support the z basis."
msgstr ""

#: of paddle_quantum.loss.measure.Measure.forward:1
msgid "Compute the probability of measurement to the input state."
msgstr ""

#: of paddle_quantum.loss.measure.Measure.forward:3
msgid "The quantum state to be measured."
msgstr ""

#: of paddle_quantum.loss.measure.Measure.forward:4
msgid ""
"The index of the qubits to be measured. Defaults to 'full' which means "
"measure all the qubits."
msgstr ""

#: of paddle_quantum.loss.measure.Measure.forward:5
msgid ""
"Specify the results of the measurement to return. Defaults to None which "
"means return the probability of all the results."
msgstr ""

#: of paddle_quantum.loss.measure.Measure.forward:7
msgid "The probability of the measurement."
msgstr ""