搜索资源列表
JGE_Engine_Source_and_Demo(v0.01b)
- PSP上的2D开发库 JGE++ 簡介: PSP上有一個獨立的GPU, 在我們編寫遊戲時, 要是能把有關圖像處理的工作都交給GPU做, 就可以減輕主處理器的很多負擔, 令整體程序的運\作, 得到數倍的提升! JGE++ (Jas Game Engine) 就是一個利用GU 庫寫成的2D遊戲引擎, GU庫的原本用途是用作編寫3D遊戲, 我們把它應用在2D遊戲上, 就可以享用硬件加速所帶來的種種好處, 例如運\行速度的提升, 混色/半透明色效果, 圖像放大縮小和旋轉等!
chaiuaaaliuo4
- 并可改变日历的呈现图案，也可於任一日加入记事或行事及任务，您可依自己喜好的BMP图设为桌布，也可更改当日的ICON图档及文字颜色-can change the calendar showing pictures are also available on the notebook or on the 1st to act and the task You follow their choice of BMP Chart Set tablecloths, also changed the date
ogl_basic_collision
- The source code upon which this tutorial is based, is from an older contest entry of mine (at OGLchallenge.dhs.org). The theme was Collision Crazy and my entry (which by the way took the 1st place :)) was called Magic Room. It features collision dete
logistics
- 如果其他会员下载一次您上载的源码，您的可用下载数就会增加1次-If other members of download time you upload the source code, you will increase the number of available downloads 1st
dmsc
- it s a 1st matlab scr ipt for testing-it s a 1st matlab scr ipt for testing it s a 1st matlab scr ipt for testing it s a 1st matlab scr ipt for testing
face_detection
- 人脸识别－仅对静态图片The output of this code is mainly required for feature detection or facial expression recognition purpose. give the input(name of the image) at the 1st line of the facedetection.m file & run the file. The face_database folder contain
Optimization
- Comparison of the Iterative Stationary of 1st and 2nd order and CG methods on a Tikhonov regularization inverse problem: -Comparison of the Iterative Stationary of 1st and 2nd order and CG methods on a Tikhonov regularization inverse problem:
DIPUM
- Digital Image Processing Using Matlab第一版的M文件源程序，供大家学习之用-Digital Image Processing Using Matlab the first edition of M-file source for use them to learn from
open.c.tar
- my 1st program using open gl
flocking_system
- written in c++ VS 6. demo/bacic animation of flocking system in openGL using GLUT. source code included. environment - 3d space. application have been done for my 1st graphics assignment so enjoy!
image_statistics
- 图形计算第一和第二的一系列图像顺序统计。计算平均值，有效值，偏度和峰度 - 一阶统计。 （图形用户界面粗糙度参数计算）-GUI for calculating 1st and 2nd order statistics of series of images. Calculates Average, RMS, Skewness and Kurtosis- 1st order statistics. (identical to File ID:#25981- GUI for calcula
MyDormitory1
- 用VRML创建一个虚拟现实场景 要求用到造型、材质、编组、位置转换、文本、纹理、声音、光照、空间和视点导航等相应节点的设置功能 1.场景为寝室的模型(点击My Dormitory.wrl查看) 2.桌子 椅子 墙 门等等均是用矩形搭建而成，床铺的护架包括阳台的栏杆是用横竖的圆柱拼成，交接处用圆球来使其圆滑。 3.正门和卫生间及洗浴室的门用滑动式 点击可以平移开。 4.我的桌上（一号位）墙上壁挂式屏幕 5.音频我设置了10个声音源，团团围住了房子，目的是体会超爽
CompTomo-0[1].01
- 有关于医学成像的重建算法，用C++编写，重点在于滤波反投影方面-This is a package of programs which implement filtered backprojection for 1st, 3rd, 4th, 5th and to some extent, 2nd generation CT.
Programming-Medical-Image-Analysis
- 《用可视化工具进行医药图像分析的编程简介》是一本耶鲁大学的上课辅导书，这本书针对具有C 和 C++编程背景知识的研究生，为了让他们掌握和使用开源医学图像分析工具集（VTK），并且提高他们的技能和水平。-It s goal for the class was to provide suffi cient introductory material for a typical 1st year engineering graduate student with some backgro
DERIVATIVE5---7
- This function computes 1st and 2nd derivatives of an image using the 7-tap coefficients given by Farid and Simoncelli. The results are significantly more accurate than MATLAB s GRADIENT function on edges that are at angles other than vertic
derivative5
- This function computes 1st and 2nd derivatives of an image using the 5-tap coefficients
TaiYang_DiQiu_YueLiang_ChangE
- 嫦娥奔月，地球围绕太阳转、月球围绕地球转、嫦娥1号围绕月球转-Moon, the Earth around the sun, the moon around the earth, Chang E on the 1st turn around the moon
steerable_filters
- Implements the 1st and 2nd order Gaussian derivative steerable filter in matlab.The oriented first order derivative can be obtained by taking the dot product of a unit vector oriented in a specific direction with the gradient. The basis filters are
Image-Analysis---115590---1st-Assignment
- Image analysis and geographical information Image analysis and geographical information
J-ICE-2.2.0
- J-ICE: The 1st online viewer for Crystallographic and Electronic properties. It allows users to visualize, build and manipulate complex input or output results (derived from modelling) entirely via a web server, i.e., without the burden of installing