Location:
Search - Prim java
Search list
Description: JAVA基础doc1、面向对象的特征有哪些方面
1.抽象：
抽象就是忽略一个主题中与当前目标无关的那些方面，以便更充分地注意与当前目标有关的方面。抽象并不打算了解全部问题，而只是选择其中的一部分，暂时不用部分细节。抽象包括两个方面，一是过程抽象，二是数据抽象。
2.继承：
继承是一种联结类的层次模型，并且允许和鼓励类的重用，它提供了一种明确表述共性的方法。对象的一个新类可以从现有的类中派生，这个过程称为类继承。新类继承了原始类的特性，新类称为原始类的派生类（子类），而原始类称为新类的基类（父类）。派生类可以从它的基类那里继承方法和实例变量，并且类可以修改或增加新的方法使之更适合特殊的需要。
3.封装：
封装是把过程和数据包围起来，对数据的访问只能通过已定义的界面。面向对象计算始于这个基本概念，即现实世界可以被描绘成一系列完全自治、封装的对象，这些对象通过一个受保护的接口访问其他对象。
4. 多态性：
多态性是指允许不同类的对象对同一消息作出响应。多态性包括参数化多态性和包含多态性。多态性语言具有灵活、抽象、行为共享、代码共享的优势，很好的解决了应用程序函数同名问题。
-doc1 JAVA based, object-oriented features are what one. Abstract : abstract is to overlook a main theme has nothing to do with the current target those areas, to more fully with the current attention to the goal area. Abstract does not intend to understand all the issues, and choose only the part of some of the details do not have the time being. Abstract include two aspects : First, the process of abstraction, data abstraction. 2. Succession : Inheritance is a kind of link-level model, and to allow and encourage the reuse category. It provides a clear statement of the common methods. Targeting a new category can be from the existing category derivatives, a process known as class inheritance. Inherited a new category of the characteristics of the original type, the new category called prim
Platform: |
Size: 53059 |
Author: la |
Hits:
Description: PRIM求最小生成树，JAVA源程序，简洁易懂，很不错的。l
Platform: |
Size: 1028 |
Author: 缪巍巍 |
Hits:
Description: 用java实现了最小求解连通图的最小生成树问题，采用的是prim算法，可供大家参考。
Platform: |
Size: 3867 |
Author: gengxin |
Hits:
Description: 用java语言编写一个java应用程序根据给定图实现最小生成树(Minimal Spinning Tree),可以采用Prim算法和Kruskal算法，并用动画的方式表示最小生成树的生成过程。
Platform: |
Size: 2857 |
Author: markmiss@foxmail.com |
Hits:
Description: JAVA基础doc1、面向对象的特征有哪些方面
1.抽象：
抽象就是忽略一个主题中与当前目标无关的那些方面，以便更充分地注意与当前目标有关的方面。抽象并不打算了解全部问题，而只是选择其中的一部分，暂时不用部分细节。抽象包括两个方面，一是过程抽象，二是数据抽象。
2.继承：
继承是一种联结类的层次模型，并且允许和鼓励类的重用，它提供了一种明确表述共性的方法。对象的一个新类可以从现有的类中派生，这个过程称为类继承。新类继承了原始类的特性，新类称为原始类的派生类（子类），而原始类称为新类的基类（父类）。派生类可以从它的基类那里继承方法和实例变量，并且类可以修改或增加新的方法使之更适合特殊的需要。
3.封装：
封装是把过程和数据包围起来，对数据的访问只能通过已定义的界面。面向对象计算始于这个基本概念，即现实世界可以被描绘成一系列完全自治、封装的对象，这些对象通过一个受保护的接口访问其他对象。
4. 多态性：
多态性是指允许不同类的对象对同一消息作出响应。多态性包括参数化多态性和包含多态性。多态性语言具有灵活、抽象、行为共享、代码共享的优势，很好的解决了应用程序函数同名问题。
-doc1 JAVA based, object-oriented features are what one. Abstract : abstract is to overlook a main theme has nothing to do with the current target those areas, to more fully with the current attention to the goal area. Abstract does not intend to understand all the issues, and choose only the part of some of the details do not have the time being. Abstract include two aspects : First, the process of abstraction, data abstraction. 2. Succession : Inheritance is a kind of link-level model, and to allow and encourage the reuse category. It provides a clear statement of the common methods. Targeting a new category can be from the existing category derivatives, a process known as class inheritance. Inherited a new category of the characteristics of the original type, the new category called prim
Platform: |
Size: 53248 |
Author: la |
Hits:
Description: PRIM求最小生成树，JAVA源程序，简洁易懂，很不错的。l-PRIM for minimum spanning tree, JAVA source, concise and understandable, it is good. l
Platform: |
Size: 1024 |
Author: 缪巍巍 |
Hits:
Description: prim算法的vc++实现，适合初学者好好学习，愿与朋友们一起进步-prim algorithm vc++ realize is suitable for beginners to study hard, willing to progress together with friends
Platform: |
Size: 248832 |
Author: wyl_1113 |
Hits:
Description: 用java实现了最小求解连通图的最小生成树问题，采用的是prim算法，可供大家参考。-Using java realize the smallest connected graph for solving the minimum spanning tree problem, is the prim algorithm used for your reference.
Platform: |
Size: 4096 |
Author: gengxin |
Hits:
Description: PKU中一些数据结构基本算法题的java实现，包括DIJ、PRIM、二叉查找树、并查集、动态规划、KMP、匈牙利算法、深搜广搜等-PKU some basic data structure algorithm java realization of the title, including DIJ, PRIM, binary search tree, and search sets, dynamic programming, KMP, the Hungarian algorithm, collected, such as deep-search
Platform: |
Size: 77824 |
Author: 俞昊旻 |
Hits:
Description: 最小生成树问题贪心(Prim)算法，该程序原自王晓东算法设计，程序已调通-Greedy minimum spanning tree problem (Prim) algorithm, the program Xiaodong algorithm since the original design, procedures have been transferred Qualcomm
Platform: |
Size: 1024 |
Author: ss |
Hits:
Description: Easy implementation of PRIM and DIJKSTRA algorims for graph sorting. It also permit comparison of time betwen both algoritm.
Platform: |
Size: 994304 |
Author: Edu |
Hits:
Description: 主要讲述了线程间如何通信，最后还介绍了不同语言（包括C++、java、C）如何处理线程通信的问题-This is about Acknowledgments to Threads Primer
Platform: |
Size: 783360 |
Author: 黄琴 |
Hits:
Description: In computer science, Prim s algorithm is an algorithm that finds a minimum spanning tree for a connected weighted undirected graph.
Platform: |
Size: 1024 |
Author: Justas |
Hits:
Description: Prim´ s algorithm using graphics
finds a minimum spanning tree for a connected weighted undirected graph.
Platform: |
Size: 13312 |
Author: pedro |
Hits:
Description: Prim s Algorithm in Java.
Platform: |
Size: 9216 |
Author: Nuno Morujo |
Hits:
Description: 用java语言实现的基于图的Prim算法，实现最小生成树的生成。以及一些二叉树算法的实现，比如哈弗曼编码-Using java language of Prim' s algorithm is based plans to achieve the minimum spanning tree generation. And some of the binary tree algorithm, such as Ha Fuman coding
Platform: |
Size: 7168 |
Author: zhuling |
Hits:
Description: Prim算法的实现。使用JAVA 简单修改变成C#-Prim' s algorithm
Platform: |
Size: 1024 |
Author: shine |
Hits:
Description: Prim,Kruskal,Dijkstra 三个算法的java统一界面实现，可以用同一个界面以及公用一些类与变量，最后还有哈弗曼算法实现，可以作为学习算法的好例子-Prim, Kruskal, Dijkstra algorithm java three unified interface to achieve, you can use the same interface as well as public classes and variables, and finally Huffman algorithm, can serve as a good example of learning algorithms
Platform: |
Size: 543744 |
Author: lishanmin |
Hits:
Description: Prim s algorithm in java applet
Platform: |
Size: 4096 |
Author: Jibin |
Hits:
Description: 这是Prim算法的实现源代码，是基于Java编写的，希望对大家有用。-This is the Prim algorithm to achieve source code is written in Java-based, hope to be useful.
Platform: |
Size: 2048 |
Author: lzw |
Hits: