# SOME DESCRIPTIVE TITLE.
# Copyright (C) 2021, Institute for Quantum Computing, Baidu Inc.
# This file is distributed under the same license as the Paddle Quantum
# package.
# FIRST AUTHOR <EMAIL@ADDRESS>, 2021.
#
msgid ""
msgstr ""
"Project-Id-Version: Paddle Quantum \n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2021-08-18 19:49+0800\n"
"PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n"
"Last-Translator: FULL NAME <EMAIL@ADDRESS>\n"
"Language-Team: LANGUAGE <LL@li.org>\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=utf-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Generated-By: Babel 2.9.1\n"

#: ../../source/_autosummary/paddle_quantum.mbqc.mcalculus.MCalculus.rst:2
msgid "paddle\\_quantum.mbqc.mcalculus.MCalculus"
msgstr "paddle\\_quantum.mbqc.mcalculus.MCalculus"

#: of paddle_quantum.mbqc.mcalculus.MCalculus:1
msgid "定义测量模式类。"
msgstr "Define ``MCalculus`` class."

#: of paddle_quantum.mbqc.mcalculus.MCalculus:3
msgid "跟据文献 [The measurement calculus, arXiv: 0704.1263] 的测量语言，该类提供处理测量模式的各种基本操作。"
msgstr ""
"According to the measurement language in [The measurement calculus, "
"arXiv: 0704.1263], this class provides various basic operations for "
"measurement patterns."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.__init__:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "``MCalculus`` 的构造函数，用于实例化一个 ``MCalculus`` 对象。"
msgstr "``MCalculus`` constructor, used to instantiate a ``MCalculus`` object."

#: ../../source/_autosummary/paddle_quantum.mbqc.mcalculus.MCalculus.rst:14
msgid "Methods"
msgstr "Methods"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`__init__ <paddle_quantum.mbqc.mcalculus.MCalculus.__init__>`\\ "
"\\(\\)"
msgstr ""
":obj:`__init__ <paddle_quantum.mbqc.mcalculus.MCalculus.__init__>`\\ "
"\\(\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`get_pattern "
"<paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern>`\\ \\(\\)"
msgstr ""
":obj:`get_pattern "
"<paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern>`\\ \\(\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "返回测量模式。"
msgstr "Return pattern."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`optimize_by_row "
"<paddle_quantum.mbqc.mcalculus.MCalculus.optimize_by_row>`\\ \\(\\)"
msgstr ""
":obj:`optimize_by_row "
"<paddle_quantum.mbqc.mcalculus.MCalculus.optimize_by_row>`\\ \\(\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.optimize_by_row:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "按照行序优先的原则对测量模式中的测量顺序进行优化。"
msgstr "optimize measurements of the pattern by a row-major order algorithm."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`set_circuit "
"<paddle_quantum.mbqc.mcalculus.MCalculus.set_circuit>`\\ \\(circuit\\)"
msgstr ""
":obj:`set_circuit "
"<paddle_quantum.mbqc.mcalculus.MCalculus.set_circuit>`\\ \\(circuit\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.set_circuit:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "对 ``MCalculus`` 类设置量子电路。"
msgstr "Set quantum circuit to ``MCalculus`` class."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`shift_signals "
"<paddle_quantum.mbqc.mcalculus.MCalculus.shift_signals>`\\ \\(\\)"
msgstr ""
":obj:`shift_signals "
"<paddle_quantum.mbqc.mcalculus.MCalculus.shift_signals>`\\ \\(\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.shift_signals:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "信号转移操作。"
msgstr "Signal shifting operation."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`standardize "
"<paddle_quantum.mbqc.mcalculus.MCalculus.standardize>`\\ \\(\\)"
msgstr ""
":obj:`standardize "
"<paddle_quantum.mbqc.mcalculus.MCalculus.standardize>`\\ \\(\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.standardize:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "对测量模式进行标准化。"
msgstr "Standardize pattern."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid ""
":obj:`track_progress "
"<paddle_quantum.mbqc.mcalculus.MCalculus.track_progress>`\\ "
"\\(\\[track\\]\\)"
msgstr ""
":obj:`track_progress "
"<paddle_quantum.mbqc.mcalculus.MCalculus.track_progress>`\\ "
"\\(\\[track\\]\\)"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:1:<autosummary>:1
msgid "显示测量模式处理过程的进度条开关。"
msgstr "Switch to show the pattern processing progress bar."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.set_circuit
#: paddle_quantum.mbqc.mcalculus.MCalculus.track_progress
msgid "Parameters"
msgstr "Parameters"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.track_progress:3
msgid "``True`` 为打开进度条显示，``False`` 为关闭进度条显示，默认为 ``True``"
msgstr ""
"``True`` for turning on the progress bar, ``False`` for turning off the "
"progress bar, the default value is ``True``."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.set_circuit:3
msgid "量子电路"
msgstr "Quantum circuit."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.standardize:3
msgid ""
"该方法对测量模式进行标准化操作，转化成等价的 EMC 模型。即将所有的 ``CommandE`` 交换到最前面，其次是 ``CommandM``，"
" ``CommandX`` 和 ``CommandZ``。为了简化测量模式，该方法在标准化各类命令之后还对 ``CommandM`` 进行 "
"Pauli 简化。"
msgstr ""
"This method is called to standardize a pattern to the EMC model, that is,"
" to permute all ``CommandE`` to the front,  and then ``CommandM``, and "
"then ``CommandX``, and finally the ``CommandZ``. To simplify the pattern, "
"this method automatically performs Pauli simplifications to ``CommandM``"
"  after the standardization of all commands."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.shift_signals:3
msgid "这是用户选择性调用的方法之一。"
msgstr "This is one method that the user optionally calls."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern
msgid "Returns"
msgstr "Returns"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern:3
msgid "处理后的测量模式"
msgstr "The pattern after processing."

#: of paddle_quantum.mbqc.mcalculus.MCalculus.get_pattern
msgid "Return type"
msgstr "Return type"

#: of paddle_quantum.mbqc.mcalculus.MCalculus.optimize_by_row:5
msgid ""
"这是一种启发式的优化算法，对于特定的测量模式可以起到优化测量顺序的作用，不排除存在更优的测量顺序。例如，对于浅层量子电路， "
"按照行序优先原则，测量完同一量子位上的量子门、测量对应的节点后，该量子位不再起作用，进而减少后续计算时可能涉及到的节点数目。"
msgstr ""
"This is a heuristic optimization algorithm, with good performance in "
"specific patterns. However, we do not exclude the existence of a better "
"measurement order. For quantum shallow circuits, once all qubits on the "
"same row are measured, they no longer play a role in the following "
"calculations. In this way, the number of qubits involved in subsequent "
"calculations can be reduced."