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WarcraftKey
- 改键工具，可以自由更改按键，通过TAB可以方便的打开关闭隐射-Key tools to be free to change the keys, through the TAB can easily open the closure of insinuate
Code.Craft.The.Practice.of.Writing.Excellent.Code.
- 如果你可以编写出合格的代码，但是想更进一步、创作出组织良好而且易于理解的代码，并希望成为一名真正的编程专家或提高现有的职业技能，那么《编程匠艺——编写卓越的代码》都会为你给出答案。本书的内容遍及编程的各个要素，如代码风格、变量命名、错误处理和安全性等。此外，本书还对一些更广泛的编程问题进行了探讨，如有效的团队合作、开发过程和文档编写，-Many programmers know how to write correct code- code that works. But not all kno
Oreilly.97.Things.Every.Programmer.Should.Know.Fe
- 97 Things Every Programmer Should Know. Get 97 short and extremely useful tips from some of the most experienced and respected practitioners in the industry, including Uncle Bob Martin, Scott Meyers, Dan North, Linda Rising, Udi Dahan, Neal For
MSPDA
- 水下潜艇与航行器的信息融合方法研究，利用MDPDA算法的融合结果。-Submarines and craft in the information fusion method, using MDPDA fusion algorithm.
fuzzc
- into the C language. Now you can add fuzzy logic to your applications without expensive, specialized hardware or software. Fuzz-C accepts fuzzy logic rules, membership functions and consequence functions, and produces C source code that c
vi_handbook
- 关于本手册 jusr 02.txtj Vim第一步 jusr 03.txtj 移动 jusr 04.txtj 小幅改动 jusr 05.txtj 定制你的Vim jusr 06.txtj 使用语法高亮 jusr 07.txtj 编辑多个文件 jusr 08.txtj 分隔窗口 jusr 09.txtj 使用GUI jusr 10.txtj 大刀阔斧 jusr 11.txtj 灾难恢复 jusr 12.txtj 奇技淫巧-About the this m
code-craft
- Code craft writing excellent code, 关于防御性编程的技巧， 全英文， 值得阅读-Code craft writing excellent code. about how to write defensive programming, very good book for advanced programmer
Craft-Simulator
- Aircraft fly simulator , simple
sizhousaomeng
- 本文件为四轴飞行器知识总结，含有四轴所有的内容，但不是很详细，作为扫盲用。-For four axis craft knowledge summary, this document contains all the contents of the four axis, but not very detailed, for literacy.
Vehicle-data-acquisition
- 基于安卓的小型飞行器数据采集系统的设计与实现.-Based on the android small craft the design and implementation of a data acquisition system.
HUAWEI-Code-Craft-2016
- 2016华为赛题， 2016华 为赛题， 2016华为赛题-2016 huawei problem，2016 huawei problem，2016 huawei problem
Four-axis-spacecraft
- 四轴飞行器姿态控制系统设计 四轴飞行器具有不稳定、非线性、强耦合等特性,姿态控制是四轴飞行器飞行控制系统的核心 通过分析四轴飞行器的飞行 原理,根据其数学模型和系统的功能要求,设计了四轴飞行器的姿态控制系统 该系统采用stm32系列32位处理器作为主控制器,使用 ADIS16355惯性测量单元等传感器用于姿态信息检测 系统基于模块化设计的思想,各传感器都使用数字接口进行数据交换,结构简 单 使用PID控制算法进行姿态角的闭环控制,实验结果表明,飞行器能较好的稳定在实验平台上,系统
Expert-C-Programming
- C programming is a craft that takes years to perfect. A reasonably sharp person can learn the basics of C quite quickly. But it takes much longer to master the nuances of the language and to write enough programs, and enough different programs, to be