ban vao doc va se thay day la mot bai rat thu vi.

C 转换8幅bmp240+64为16K二进制表-C conversion eight bmp240 64 to 16K binary Table

一个在汇编环境下设计推箱子的小游戏。 设计要求： 通过移动方向键来控制小人去推动箱子，直到把所有的箱子都推动到各个仓库中。在有限的范围中放好各箱子，且每次只能搬运一个箱子。 -A design environment in the compilation of the game Sokoban. Design requirements: by moving the arrow keys to control the small box to push until all the boxes are to promote the various warehouses. In a limited range of the box in place, and each can only carry one box.

java网络编程，属于java高级编程系列。-java network programming, which high-level programming java series.

vb.net学习文档,希望对VB爱好者有些许帮助 -vb.net study documents, and I hope to VB lovers is some help

《Visual C++网络高级编程》配套光盘代码,通过此学习，共同进步吧！- Visual C++ Network of high-level programming complementary CD-ROM code, through this study, common progress bar!

GCC中文手册页内容摘自GNU C编译器的完整文档,仅限于解释选项的含义.-GCC Chinese manual pages from GNU C compiler complete document, limited to explain the meaning of options.

VB的电子书籍很使用-VB is the use of e-books

电子书中是关于CUDA的编程指南，书中给出了CUDA编程的语法和语义，但给出了部分例子-E-book is on the CUDA programming guide, the book gives the CUDA programming syntax and semantics, but some examples are given

zemax源码： This DLL models an anamorphic aspheric surface. This surface is essentially an even aspheric surface with different terms for the x and y directions. The sag is given by: Z = ((CX*x*x)+(CY*y*y)) / (1 + sqrt(1-((1+KX)*CX*CX*x*x)-((1+KY)*CY*CY*y*y))) + AR*( (1 - AP)*x*x + (1 + AP)*y*y )^2 + BR*( (1 - BP)*x*x + (1 + BP)*y*y )^3 + CR*( (1 - CP)*x*x + (1 + CP)*y*y )^4 + DR*( (1 - DP)*x*x + (1 + DP)*y*y )^5 Note the terms AR, BR, CR, and DR ... have units of length to the -3, -5, -7, and -9 power. The terms AP, BP, CP, and DP are dimensionless. The surface is rotationally symmetric only if AP = BP = CP = DP == 0 and CX = CY and KX = KY. -ZEMAX source: This DLL models an anamorphic aspheric surface.This surface is essentially an even aspheric surface with different terms forthe x and y directions.The sag is given by: Z = ((CX* x* x)+ (CY* y* y))/(1+ sqrt (1- ((1+ KX)* CX* CX* x* x)- ((1+ KY)* CY* CY* y* y)))+ AR* ((1- AP)* x* x+ (1+ AP)*