go property snippet

本文介绍了Go语言的基础概念,包括包的导入方式、可见性规则、常量定义等,并解释了Go语言的一些特性,如静态类型、编译原理及代码结构规范。

《the way to go》笔记

1:Import loads the public declaration from the compiled package,it dose not insert the source code

2:every piece of code is compiled only once

3:if the package name dose not start with . or /,like "fmt" or "container/list",Go looks for it in the global Go tree,if start with ./ the package is searched in the actual direcotry; start with / it is searched for in the (absolute) path indicated.

4:when the identifier starts with an uppercase letter,then the 'object' with this identifier is visible in code outside the package,Identifiers which starts with lowercase letter are invisible outside the package,but they are visible and usable in the whole package.

5:a package can also be given another name(an alias),like import fm "fmt",the alias then is used in the following code

6:main function has no argument and return type.

7:the first { must be on the same line as the func-declaration:this is imposed by the compiler and the gofmt

8:go is a staticlly typed language

9:const data can only be of type boolean,number(int,float or complex) or string

10:Numeric constants have no size or sign, can be of arbitrary high precision and do no overflow:
const Ln2= 0.693147180559945309417232121458\
176568075500134360255254120680009
const Log2E= 1/Ln2     // this is a precise reciprocal
const Billion = 1e9    // float constant
const hardEight = (1 << 100) >> 97
As demonstrated \ can be used as a continuation character in a constant.

Constants can overflow only when they are assigned to a numeric variable with too little precision to represent the value, this results in a compile error

11:iota can also be used in an expression, like iota + 50. A new const block or declaration initializes iota back to 0.



光伏储能虚拟同步发电机VSG并网仿真模型(Similink仿真实现)内容概要:本文档介绍了光伏储能虚拟同步发电机(VSG)并网仿真模型的Simulink实现方法,重点在于通过建立光伏储能系统与虚拟同步发电机相结合的仿真模型,模拟其在并网过程中的动态响应与控制特性。该模型借鉴了同步发电机的惯性和阻尼特性,提升了新能源并网系统的频率和电压支撑能力,增强了系统的稳定性与可控性。文档还提及相关电力系统仿真技术的应用,包括逆变器控制、储能配置、并网稳定性分析等,并提供了完整的Simulink仿真文件及技术支持资源链接,便于科研人员复现与二次开发。; 适合人群:电气工程、自动化、能源系统等相关专业的研究生、科研人员及从事新能源并网技术开发的工程师。; 使用场景及目标:①用于研究光伏储能系统在弱电网条件下的并网稳定性问题;②掌握虚拟同步发电机(VSG)控制策略的设计与仿真方法;③支持高水平论文(如EI/SCI)的模型复现与创新研究;④为微电网、智能电网中的分布式能源接入提供技术参考。; 阅读建议:建议结合提供的Simulink模型文件与文档说明逐步操作,重点关注VSG控制模块的参数设置与动态响应分析,同时可延伸学习文中提及的MPPT、储能管理、谐波分析等相关技术,以提升综合仿真能力。
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