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;2014.9-Today: University of Aeronautics and Astronautics, control Engineering (professional degree), Master's degree.-------------------------------Research direction (study areas)It is mainly engaged in the research of predictive control, robust control, repetitive learning control and intelligent control theory, and its application in photovoltaic grid-connected inverter power generation, permanent magnet AC Servo drive and industrial robot system.-------------------------------Research proje

;2014.9-Today: University of Aeronautics and Astronautics, control Engineering (professional degree), Master's degree.-------------------------------Research direction (study areas)It is mainly engaged in the research of predictive control, robust control, repetitive learning control and intelligent control theory, and its application in photovoltaic grid-connected inverter power generation, permanent magnet AC Servo drive and industrial robot system.-------------------------------Research proje

Article 2: Understanding Auto Automatic type DeductionIf you've read article 1 about template type deduction, you almost already know all about auto type deduction. As for why auto type deduction is the template type deduction there is only one place to be curious. What is that? That is, template type deduction includes templates, functions, and parameters, and

. It's not too late! Directly paste the Code: The CSS code is as follows: The Code is as follows: The JS Code is as follows: The Code is as follows: /*** Email auto-Prompt plug-in* @ Constructor EmailAutoComplete* @ Options {object} configurable items*/ Function EmailAutoComplete (options ){This. config = {TargetCls: '. inputElem', // target input elementParentCls: '. parentcls', // The parent class of the current input elementHiddenCls: '. hidd

Programming often requires the value of an expression to be assigned to a variable, which requires that the type of expression be clearly known when declaring a variable. But it's not always easy to do this, and sometimes it's not even possible. To solve this problem, the C++11 standard introduces the auto type specifier, which allows the compiler to parse the type that the expression belongs to. Unlike the original descriptor, which corresponds to o

IOS6 Automatic layout Getting Started –auto layout (GO) Tags: gossip So far, even if your interface design is within reasonable complexity, you have to write a lot of code to adapt to the changing layout. Now I'm sure you'll be glad to hear that this will not happen-for iphone and ipad IOS6 has brought a very remarkable feature: automatic layout.The automatic layout not only gives your application a wide variety of scr

I will give you a detailed analysis and share with you the tutorial on customizing auto-focus settings for AI Servo of Canon 7D.Tutorial sharing:Types and features of auto focus modeChoosing the most suitable auto-focus mode based on the situation of the subject is the basis for auto-focus shooting. I hope you can unde

automatic layout!Springs and Struts problemsThere is no doubt that you may be more familiar with autosizing masks-this is the "springs and struts" pattern. Autosizing mask determines what happens to a view when its superview changes size. Does it have the flexibility and automatic repair of the page edge processing capability (the struts), and what will happen to its width and height (the springs)?For example, when the width of a view's superview is wider, its width is also flexibly widened, an

Auto and Decltype differences and linkages in c++11 new features A. Introduction to Auto When programming, it is often necessary to pay the value of an expression to a variable, and it is necessary to know clearly what the variable is when declaring the variable. It's not that easy (especially in templates) to do that, but sometimes it doesn't. To solve this problem, the c++11 new standard introduces the

Objective C + + is a strongly typed language, and you must explicitly indicate its type when declaring a variable. However, in practice, it is difficult to infer the type of the value of an expression, especially with the appearance of the template type, which makes it more difficult to understand the return type of some complex expressions. To solve this problem, there are two main uses of auto in c++11: Automatic type inference and the return value

C++11 Automatic derivation of autoThe auto introduced in C++11 has two main purposes: automatic type deduction and return value placeholder.The semantics of the identity temp variable in auto in C++98, which has been removed in c++11 because of its minimal use and redundancy. Before and after two standard auto, is completely two concepts.Automatic type deductionA

type deduction in C++11 is to redefine the Auto keyword, and another implementation is decltype.We can use the C++11 method to write the Python code just now.#include Here, the Auto keyword is used to require the compiler to automatically derive the type of the variable name. Here the compiler infers the type of name as char*, depending on the type of its initialization expression. In fact, the Atuo keywor

C++11 introduced the auto and Decltype keyword implementation of the type deduction, through these two keywords can not only convenient to obtain complex types, but also can simplify writing, improve coding efficiency. The type deduction for auto and Decltype is done by the compiler at compile time, and auto is derived from the actual type by defining the value o

Analysis of C ++ auto type specifiers When programming, you often need to assign the expression value to the variable, which requires you to clearly know the type of the expression when declaring the variable. However, it is not that easy to do this, and sometimes it cannot even be done at all. To solve this problem, the C ++ 11 standard has been introducedautoType specifier, which enables the compiler to analyze the type of the expression for us. D

Auto keyword, Auto Keyword:1. C ++ 98: The standard auto keyword is used in the same way as the C language to indicate automatic variables. It is a type modifier about the storage location of variables. It is usually not written because the default storage of local variables is auto. 1 void foo (void) 2 {3 int a; // Th

Auto introduced in C ++ 11 has two main purposes: automatic type inference and return value placeholder. The semantics of the Temporary Variable identified by auto in C ++ 98 has been deleted in C ++ 11 because it is rarely used and redundant. The first and second standard auto is completely two concepts.1. Automatic type inference

[C ++] auto type specifier We often assign the expression value to the variable, which requires that the type of the expression be clearly known During Variable declaration. Sometimes it is very complicated. The auto type specifier is introduced in C ++ 11, which allows the compiler to analyze the type of the expression for us. Of course, the auto variable must h

This series of articles by the @yhl_leo produced, reproduced please indicate the source. Article Link: http://blog.csdn.net/yhl_leo/article/details/50864612 When programming, it is often necessary to assign the value of an expression to a variable, which requires a clear understanding of the type of the expression when declaring the variable. But it is not so easy to do, and sometimes it is impossible. To solve this problem, the C++11 standard introduces a