搜索资源列表
YSDHK
- 这个软件是用VB做的，在对话框中输入RGB即可看到颜色-The software is used VB to do, the dialog box input RGB color can be seen
CT675_ReleaseV100.rar
- 其乐达(Cheertek)LCD驱动芯片(CT675)的C51源代码，代码结构清晰，可读性强。该芯片整合了Video-Decoder, Scalar, T-con及LED Backlight Driver，可驱动3.5~10.2”模拟/数字屏；接收输入信号CVBS/S-video/RGB/YCbCr/CCIR656。目前该方案主要应用产品有Portable DVD/Portable TV/Car TV/数码相框/可视门铃等中小尺寸视频产品。,Cheertek (Cheertek) LCD Dri
bayer2rgb.rar
- bayer格式图像转换为RGB图像 输入和输出为Bmp vc6编译,bayer format images converted to RGB image input and output for the Bmp vc6 compiler
my_html_test
- 输入rgb颜色值，来查看该颜色的实际显示效果-Input rgb color values, to see the color of the actual display
OV7660SettingV1.0
- Overview Input Clock = 24Mhz Preview VGA 15fps @ 60Hz VGA 12.5fps @ 50Hz Capture VGA 15fps @ 60Hz VGA 12.5fps @ 50Hz Output Format YCbCr 4:2:2 (ITU 656) YCbCr to RGB conversion R = Y + (351*(Cr – 128)) >> 8 G = Y – (179*(Cr –
ColorspaceConverter
- ColorspaceConverter 可用于快速转换I420, YV12, UYVY, YUY2, YVYU, RGB 等多种colorspace 格式， 用于多媒体图像的输入和输出处理。-ColorspaceConverter can be used for the rapid conversion I420, YV12, UYVY, YUY2, YVYU, RGB and other colorspace format for multimedia image processing of
signal-analysis
- dctcom.m文件利用DCT变换完成对输入图像进行压缩；imagecbe.m完成对输入的两幅RGB图像用小波分析的方法进行图像融合 imagecom.m完成对输入的RGB图像用小波分析的方法进行自动降噪，得到高频系数阈值，降噪效果百分比和结果 wavelet1D.m完成对输入的一维信号进行多尺度离散小波分解 wavelet2D完成对输入的二维信号进行多尺度离散小波分解；zigzag.m完成对输入的8*8矩阵按照zigzag排列抽取数据.-document the use of DCT tran
gnome-mplayer-0.8.0.tar
- MPlayer 广泛地支持音视频输出驱动。它不仅可以使用 X11, Xv, DGA, OpenGL, SVGAlib, fbdev, AAlib, libcaca, DirectFB, Quartz, Mac OS X CoreVideo, 也能使用 GGI, SDL (及它们的所有驱动), 所有 VESA 兼容显卡上的 VESA (甚至不需要 X11), 某些低级的显卡相关的驱动 (如 Matrox, 3dfx 及 ATI) 和一些硬件 MPEG 解码器卡, 比如 Siemens DVB, H
jpeg.tar
- This project features a complete JPEG Hardware Compressor (standard Baseline DCT, JFIF header) with 2:1:1 subsampling, able to compress at a rate of up to 24 images per second (on XC2V1000-4 @ 40 MHz with resolution 352x288). Image resolution is no
proiect
- VisualDSP++ program. Gets a video input in PAL, transforms from the interlaced format in normal YUV and then in an RGB. Program based on Analog Devices example-Video Input.
V_1
- 视频的编码和解码过程的简单仿真，输入图像是一幅RGB图像，对其的编码过程都尽量模拟模拟视频的方式-Video encoding and decoding process of a simple simulation, the input image is a RGB image, the encoding of their simulation process as far as possible the way analog video
PseudoColorImageProcessing
- 本实验要求编写程序实现课本图6.23伪彩色图像处理能力框图，实现灰度级到彩色的转换，程序的输入为图像中指定的两个灰度级范围，程序的输出为RGB格式图像，其中一个灰度级范围显示为指定的彩色，其余的像素以RGB形式显示为与对应输入图像像素相同的灰度色-Prepared at the request of the experimental procedures to achieve pseudo-textbook Figure 6.23 Block diagram of color image pro
ImageBoard
- 功能十分强大的数字图像处理程序，具有基本的图像输入和变换，图形的即时绘制，彩色图像处理，图像旋转平移缩放，分离滤除RGB三原色，边缘检测与提取，频域变换（FFT，DCT），中值滤波等功能-Function is very powerful digital image processing procedures, have a basic input and transform images, graphics, real-time rendering, color image processin
ctex
- In this project, we intend to segment natural images by combing colour and texture information. For this we will be using an unsupervised image segmentation framework (referred to as CTex) that is based on the adaptive inclusion of color and texture
RGB-to-16
- 将RGB数转换为十六进制数。在使用时要先将工程运行起来，再将要转换的RGB值输入，即可得到其16进制值-Will be converted to RGB hexadecimal number. In the use of the works up and running first, and then to convert the RGB value of the input, you can get the 16 hex values
RGB-transform-YUV
- * 程序名称：RGB2YUV.C * 功 能：将位图文件的RGB格式转换成YUV格式，结果以二进制文件 * 存储。注意：1、原文件是24位位图；2、文件宽度 * 输 入：icon.bmp * 输 出：icon_array -* Program Name: RGB2YUV.C* function: RGB bitmap file format into YUV format, the results of the binary file* storage. Note: 1, t
RGB
- 控制红绿灯交替，根据所输入的时间间隔，控制灯的熄灭与亮-Control of traffic lights turn, according to the input time interval, the control and the bright lights go out
clusterImg
- This function implements kmeans clustering on an input RGB (m x n x 3) image.
RGB
- 输入RGB颜色值，转换为2进制显示出来。 支持各种位数转换-Input RGB color value is converted to two hexadecimal display. Supports various bits conversion
rgb
- 输入照片，输出灰度直方图、各灰度的颜色矩向量。(Input the picture, output gray histogram, the color moment vector of each gray level.)