argujjstheap

盒子里看到 东东 用着也不错 爱好delphi者共享(box with a see Dongdong also true love who shared delphi)

威客助手源码程序，结合易语言扩展界面支持库，辅助实现威客任务的查看。(Wik assistant source program, combined with easy language support library expansion interface , auxiliary realize Witkey task view .)

一个翻转图象的源程序，很有意思的，希望大家看看，交流下(A reversal of the source images, very interesting, I hope to see everyone and exchange under)

一个简单的通过按钮弹出新窗口的例子，使用PyQt5&Python3编写。重点是QDialog。(A simple example of popping up a new window through a button is written in PyQt5 & Python 3. The emphasis is on QDialog.)

使用PyQT5结合Matplotlib绘制动态的曲线(Drawing dynamic curves with PyQT5 and Matplotlib)

说明：  Delphi开发的QQ2000界面程序，里面仿制了qq的动态窗口(Delphi QQ2000 the interface procedures inside imitation of the dynamic window qq)

自己开发的一个 cdc 自绘制与 tooltip 完美结合的例子。(Developed a cdc from the perfect combination of drawing and tooltip example.)

易语言取dos返回结果, 直接读取 缓冲区 而不是创建 bat 运行后取结果那种方式()

说明：  许多现代浮点单元的一项主要体系结构功能，是能够将一个乘法与后面紧跟的加法作为单个运算执 行，且没有中间舍入误差。例如，Intel 的 Itanium 体系结构提供了一些指令，将三元运算 (a*b+c) 、(a*b-c) 和 (c-a*b) 中的每一个都组合为单个浮点指令（分别为 fma、fms 和 fnma）。这些单个 指令都比执行独立的乘法和加法指令快，并且因为没有中间乘法舍入，所以更为精确。该优化可以显 著提高那些含有多个交错乘法和加法运算的函数的速度(many modern floating point unit of a major system structure and function is to be a follow closely behind multiplication and addition of implementation as a single operator, with no intermediate rounding error. For example, Intel's Itanium architecture provides a number of directives to the ternary operator (a* b, c), (a* b-c) and (c-a* b) each have a portfolio to a single floating point instructions (Fullmetal respectively, and fms fnma) . These individual instruction than the implementation of an independent and additive multiplication instructions quickly, and because no middle multiplication into homes, so more precise. The optimization can significantly increase those containing more than staggered multiplication and addition operations function of the speed)

说明：  用visual studio 2008编写的九宫格拼图，可以分割成3*3、4*4、5*5、6*6几种，还可以更换拼图的图片(Prepared using visual studio 2008 Jiugongge puzzles, can be divided into 3* 3,4* 4,5* 5,6* 6 several, you can also change the picture puzzle)