Description: Many applications use connection/object pool. A program may require a IMAP connection pool and LDAP connection pool. One could easily implement a IMAP connection pool, then take the existing code and implement a LDAP connection pool. The program grows, and now there is a need for a pool of threads. So just take the IMAP connection pool and convert that to a pool of threads (Copy, paste, find, replace????). Need to make some changes to the pool implementation? Not a very easy task, since the code has been duplicated in many places. Re-inventing source code is not an intelligent approach in an object oriented environment which encourages re-usability. It seems to make more sense to implement a pool that can contain any arbitrary type rather than duplicating code. How does one do that? The answer is to use type parameterization, more commonly referred to as templates.-connection / object pool. A program may require a IMAP connection po ol and LDAP connection pool. One could easily im plement a IMAP connection pool, then take the existing code and implement a LDAP connection pool. The program grows, and now there is a need for a pool of threads. So ju st take the IMAP connection pool and convert tha t to a pool of threads (Copy, paste, find, replace). Need to make some changes to the pool i mplementation Not a very easy task, since the code has been duplicated in many place s. Re-inventing source code is not an intellige nt approach in an object oriented environment w hich encourages re-usability. It seems to make more sense to implement a pool that can contain a ny arbitrary type rather than duplicating code . How does one do that The answer is to use t Platform: |
Size: 174272 |
Author:zhuxin |
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Description: his paper provides a tutorial and survey of methods for parameterizing
surfaces with a view to applications in geometric modelling and computer graphics.
We gather various concepts from di® erential geometry which are relevant to surface
mapping and use them to understand the strengths and weaknesses of the many
methods for parameterizing piecewise linear surfaces and their relationship to one
another.-his paper provides a tutorial and survey of methods for parameterizing surfaces with a vie w to applications in geometric modeling and co mputer graphics. We gather various concepts fr om di Platform: |
Size: 505702 |
Author:金金 |
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Description: Many applications use connection/object pool. A program may require a IMAP connection pool and LDAP connection pool. One could easily implement a IMAP connection pool, then take the existing code and implement a LDAP connection pool. The program grows, and now there is a need for a pool of threads. So just take the IMAP connection pool and convert that to a pool of threads (Copy, paste, find, replace????). Need to make some changes to the pool implementation? Not a very easy task, since the code has been duplicated in many places. Re-inventing source code is not an intelligent approach in an object oriented environment which encourages re-usability. It seems to make more sense to implement a pool that can contain any arbitrary type rather than duplicating code. How does one do that? The answer is to use type parameterization, more commonly referred to as templates.-connection/object pool. A program may require a IMAP connection po ol and LDAP connection pool. One could easily im plement a IMAP connection pool, then take the existing code and implement a LDAP connection pool. The program grows, and now there is a need for a pool of threads. So ju st take the IMAP connection pool and convert tha t to a pool of threads (Copy, paste, find, replace). Need to make some changes to the pool i mplementation Not a very easy task, since the code has been duplicated in many place s. Re-inventing source code is not an intellige nt approach in an object oriented environment w hich encourages re-usability. It seems to make more sense to implement a pool that can contain a ny arbitrary type rather than duplicating code . How does one do that The answer is to use t Platform: |
Size: 174080 |
Author:zhuxin |
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Description: 三维弹簧模型，该模型参考GLUT库的圆环模型的绘制，并结合螺旋线方程，建立了高度参数化的三维弹簧模型，用VC & Opengl开发。-Three-dimensional spring model, the model reference GLUT library Yuanhuan model mapping, combined with spiral line equation, the establishment of a high degree of parameterization of three-dimensional spring model, with the development of VC Platform: |
Size: 1059840 |
Author:朱亮 |
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Description: 自己辅助几何设计的作业，随机产生1000个点，并将其进行参数化。-Assisted geometric design of their own operations, randomly generated 1000 points, and its parameterization. Platform: |
Size: 1024 |
Author:虫子 |
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Description: 这是一个图形处理中的积累弦长参数化程序，很简单，对图形处理很有用。-This is a graphics processing in the accumulation of chord length parameterization procedure is very simple, useful for graphics processing. Platform: |
Size: 414720 |
Author:lpmsu |
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Description: 韩国Yunjin Lee的博士论文，包含了她读博期间的主要研究成果，包括Mesh Scissoring: Contour-Based Segmentation，Mesh Parameterization Using Virtual Boundaries，Geometric Snakes for 3D Meshes，Mean Shift for 3D Meshes-Yunjin Lee Korean doctoral dissertation, including during her读博the main research results, including Mesh Scissoring: Contour-Based Segmentation, Mesh Parameterization Using Virtual Boundaries, Geometric Snakes for 3D Meshes, Mean Shift for 3D Meshes Platform: |
Size: 15369216 |
Author:JinYao |
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Description: langan法射线追踪及层析矩阵求解。参数化方式为矩形网格参数化。射线追踪和层析矩阵求解过程中采用压缩存储方式，正则化约束以矩阵方式补入。-ray tracing and langan chromatography method for solving matrix. Parameterization for the parameters of the rectangular grid. Ray-tracing process chromatography matrix used to solve storage compression, regular way of binding to matrix to fill. Platform: |
Size: 5120 |
Author:成小姐 |
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Description: 工程界几何模型参数化用到的NURBS曲线生成的理论和相关源代码。可用以翼型参数化、船舶外形参数化等-the theory of NURBS curve generation and the related source code for Engineering of geometric model parameterization . Airfoil parameterization and ship shape parameterization can be used Platform: |
Size: 8396800 |
Author:liangyu |
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Description: 利用JUNIT实现单元测试,是提高单元测试效率和质量的重要方法 而参数化的单元测试对于测试覆盖型\案例灵活性具有重要作用. 参数化测试的基本步骤包括:
(1) 引用参数化的相关类，如：
import org.junit.runner.RunWith
import org.junit.runners.Parameterized
import org.junit.runners.Parameterized.Parameters
（２） 在测试类中增加注解：
@RunWith(Parameterized.class)
（３）增加参数方法:
@Parameters
public static Collection words(){
return Arrays.asList(new Object[][]{
{"","",2}, //测试无输入
{"2010-01-01", "2010-02-01",0} , //测试无返回结果
{"2010-07-01", "2010-07-31",2} //测试有返回结果
})
}-JUNIT Test is a important test method for unit test to assure the programing quality. Parameterization of Junit Test can reduce the complexity and enhance the flexibility. Following is the basic steps for parameterization:
(1) import the relative class：
import org.junit.runner.RunWith
import org.junit.runners.Parameterized
import org.junit.runners.Parameterized.Parameters
（２） Present annotation：
@RunWith(Parameterized.class)
（３）Coding the method,such as:
@Parameters
public static Collection words(){
return Arrays.asList(new Object[][]{
{"","",2}, //测试无输入
{"2010-01-01", "2010-02-01",0} , //测试无返回结果
{"2010-07-01", "2010-07-31",2} //测试有返回结果
})
} Platform: |
Size: 3072 |
Author:徐嘉兴 |
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Description: 基于采样数据集的真实感建模技术，设计并实现了一个具有纹理的三维物体自动建模原型系统。这个系统运用立体视觉原理测量物体的几何信息，自动构建真实物体的三维模型；并且可以同时获取物体的颜色纹理以及所对应的纹理坐标。用这个系统得到的数据可以直接用于渲染。围绕这个反向建模系统，我们探讨了系统的标定、几何信息的采集、曲面参数化、颜色纹理的拼接和融合等方面的问题。同时我们给出了用这个系统进行建模的实例。-Realistic sample data sets based on modeling, design and implement a three-dimensional objects with texture modeling a prototype automated system. The principle of stereo vision measurement system using geometric information of objects, real objects, automatically building three-dimensional model and can get the texture and color of objects corresponding to the texture coordinates. Data obtained with this system can be used directly for rendering. Around the reverse modeling system, we explore the system calibration, geometric information collection, surface parameterization, texture color stitching and integration and other issues. We use this system gives the model instance. Platform: |
Size: 802816 |
Author:Niu Wenjie |
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Description: openGI是一套可以将参数化三维模型生成几何纹理的类似opengl的开发库，本源码是一个opengi开发的基本例子程序，解压后打开bin文件夹，运行cmd，将gim.exe拖进去，根据提示进行操作即可-OpenGI is a platform-independent open-source C-library for parameterizing triangular meshes and creating Geometry Images with an OpenGL-like syntax, making parameterization and Geometry Image creation uncomplicated, efficient and easy to integrate into existing graphics software. Platform: |
Size: 7103488 |
Author:liushuo |
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Description: 实验目的：
研究上课所讲谱分析方法，利用实验验证书中的结论，掌握各种谱分析方法，学会实验设计和实验结果分析。
实验内容：
所应用到的谱分析方法，包括：
1） 非参数化方法：周期图（直接法）、BT法（间接法），Welch平均周期图法
2） 参数化方法： RELAX、Capon
3） 空间谱估计：常见的DOA方法（Capon）
-Experimental Objective: To study methods of spectral analysis class talking about the use of experimental verification of the conclusions of the book, to master a variety of spectral analysis methods, learn experimental design and experimental results. Experiment content: applied to the spectral analysis methods, including: 1) non-parametric methods: periodogram (direct method), BT method (indirect method), Welch average periodogram 2) parameterization: RELAX, Capon 3) spatial spectrum estimation: common of DOA method (Capon) Platform: |
Size: 1024 |
Author:王凯 |
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Search - parameterization