Drivers

不需要额外建模软件，直接在Unity3D内部为模型添加可控制骨骼 在场景中创建bone 和 bone2两个依托点，bone位运动骨骼bone2为静止骨骼，绑定参考范围通过调整bone 碰撞盒调整(No additional modeling software is required to add controllable bones directly to Unity3D In the scene to create bone and bone2 two relying points, bone position movement bone bone2 for the static bone, binding reference range by adjusting the bone collision box adjustment)

易语言写的一个传奇类地图编辑器，附带wiz读取模块等(Easy language to write a legendary class map editor, with wiz read module)

说明：  初级学习Java的首选PPT，基本知识大全(PPT is the first choice for beginners to learn Java)

淘宝汉服源码+支付接口查看所有分类 (建议增加分类)建议增加语言/平台)(Taobao Hanfu Source + Payment Interface View all categories(suggest additional categories) Recommendation to add language/platform))

一个屏幕录像软件，用该软件可以对电脑操作过程录像-A screen video software, the software can be used to process computer video

薛培峰用FVCOM模式模拟长江盐水入侵的案例，很不错，很经典(Xue Peifeng FVCOM simulated by salt water intrusion in the case of the Yangtze River, is very good, very classic)

Direct3D程序设计基础 //创建Direct3D对象(The basic / Direct3D program design to create a Direct3D object)

说明：  报表例程、可以生成WORD报表，学习研究(Report routines, WORD reports can be generated, learning and research)

配套金沙滩51单片机开发板的学习实例程序，共有17个课时(Supporting Jinshatan 51 MCU development board learning program, a total of 17 hours.)

从表面上看，保护模式和实模式并没有太大的区别，二者都使用了内存段、中断和设备驱动来处理硬件，但二者有很多不同之处。我们知道，在实模式中内存被划分成段，每个段的大小为64KB，而这样的段地址可以用16位来表示。内存段的处理是通过和段寄存器相关联的内部机制来处理的，这些段寄存器（CS、DS、 SS和ES）的内容形成了物理地址的一部分。具体来说，最终的物理地址是由16位的段地址和16位的段内偏移地址组成的。用公式表示为：物理地址=左移4位的段地址+偏移地址。-On the surface, protected mode and real mode is not much difference between the two are the use of the memory, Drivers interruption and equipment to deal with the hardware, but there are many differences. We know that in real mode which has been divided into memory, each the size of 64 KB. and the addresses of 16 can be used to express. Memory of the handling of the adoption and register linked to the internal mechanisms to deal with, of these registers (CS, DS, SS and ES) with the formation of a part of the physical address. Specifically, the ultimate physical address is 16 of the 16 addresses and the addresses of migration within the composition. The use of the formula is expressed as : physical address = 4 bits of the address offset address.