算法

二维码编码平台，是为所有二维码用户提供二维码编码和译码平台，提供技术支持与开发援助。二维码种类包括：PDF417,Qr_Code,DataMatrix和MaxCode,Aztec等-platform for all 2D code users with two-dimensional coding and decoding platform provide technical support and development assistance. 2D code types include : PDF417, Qr_Code. DataMatrix and MaxCode, Aztec, etc.

3D引擎库.genesis-the 3D engine. Genesis

detect the object and make a retangle -detect the object and make a Greimas

水与光相互作用能产生一种梦幻般的景象：由于反射和折射，弯曲的光线在海底形成舞动的刻蚀，因此在海面上就能看到了变换无穷的花纹，本程序主要实现此功能-water and light interaction can produce a fantasy picture : reflection and refraction, Bending light in the seabed dancing etching, on the surface you can see the transformation of infinite size. The main procedures for the realization of this function

快速傅立叶变换fast_fft-Fast Fourier Transform fast_fft

对印刷体数字进行识别 暂不支持手写体识别-The identification numbers of the printed not support handwriting recognition

page74.21用VC++实现图像连通区域标记-page74.21 images with VC regional connectivity marker

我自己写的一个程序，决没有重复啊！主要是一些基本的图像处理的算法，希望同大家交流。-I write a procedure, and must not repeat ah! Mainly some basic image processing algorithm, we hope that with the exchange.

英文OCR识别控件，可对验证码进行识别。带有演示源码。 int startX = 0 int startY = 0 int width = -1 int height = -1 try { startX = Convert.ToInt32(textStartX.Text) startY = Convert.ToInt32(textStartY.Text) width = Convert.ToInt32(textWidth.Text) height = Convert.ToInt32(textHeight.Text) } catch (Exception ex) { Console.WriteLine(ex.StackTrace) } String result = Marshal.PtrToStringAnsi(OCRpart(textImage.Text, -1, startX, startY, width, height)) textResults.Text = result -English OCR recognition controls, can be identified on the Verification Code. Demonstration with source code. int startX = 0 int startY = 0 int width =-1 int height =-1 try (startX = Convert.ToInt32 (textStartX.Text) startY = Convert.ToInt32 (textStartY.Text) width = Convert. ToInt32 (textWidth.Text) height = Convert.ToInt32 (textHeight.Text) ) catch (Exception ex) (Console.WriteLine (ex.StackTrace) ) String result = Marshal.PtrToStringAnsi (OCRpar

关于数字图像处理方面-of digital image processing