CAJ | 학술논문

目前量子可逆逻辑电路的绘制工作十分复杂。虽然现有的自动绘图工具只能满足基本的绘图需求，但是它们绘制出的是低分辨率的点阵图，而这种点阵图很难满足研究者们在论文发表时对高清图像的要求。因此，用C#对Visio绘图功能进行二次开发，解析并描述用户提供的量子电路TFC文件，C#读取用户对电路多种格式的自定义参数，依次画出所需的量子门，则可自动绘制出符合高清要求的矢量量子电路图。因为可逆逻辑量子电路的操作是为了得到特定的信号，所以真值表的计算可以验证这个电路是否已经达到事先设置的要求。所以还提供该量子电路的真值表，方便用户查看并分析产生的量子电路。
목전양자가역라집전로적회제공작십분복잡。수연현유적자동회도공구지능만족기본적회도수구，단시타문회제출적시저분변솔적점진도，이저충점진도흔난만족연구자문재논문발표시대고청도상적요구。인차，용C#대Visio회도공능진행이차개발，해석병묘술용호제공적양자전로TFC문건，C#독취용호대전로다충격식적자정의삼수，의차화출소수적양자문，칙가자동회제출부합고청요구적시량양자전로도。인위가역라집양자전로적조작시위료득도특정적신호，소이진치표적계산가이험증저개전로시부이경체도사선설치적요구。소이환제공해양자전로적진치표，방편용호사간병분석산생적양자전로。
Drawing quantum reversible logic circuits are very complicated at present. The existing automatic drawing tools meet the needs of the basic drawing, but it can only draw the low-resolution bitmaps. But these kinds of bitmaps are difficult to meet the requirements of high-definition images when the paper was published. Therefore, further development of the Visio ’s drawing func?tion is achieved by using C#, the description files of quantum circuits--TFC files are parsed, the parameters of many user-defined formats for circuits are read by c#, then the required quantum gates are drawn in turn, finally the high-definition vector graphs meeting the requirements are drew automatically. The operation of quantum reversible logic circuits is for a specific signal, so the truth table can verify whether the circuit has to meet the requirements set in advance. It also provides a truth table of the quantum circuit for users to view and analyze the result of quantum circuits.