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[Software Engineering] Dijkstra DL : 0: Dijkstra算法求最短路径(C#版) using System using System.Collections using System.Text namespace Greedy { class Marx { private int[] distance private int row private ArrayList ways = new ArrayList() public Marx(int n,params int[] d) { this.row = n distance = new int[row * row] for (int i = 0 i < row * row i++) { this.distance[i] = d[i] -Dijkstra algorithm for shortest path (C# Version) using System using System.Collections using System.Text namespace Greedy (class Marx (private int [] distance private int row private ArrayList ways = new ArrayList () public Marx (int n, params int [] d) (this.row = n distance = new int [row* row] for (int i = 0 i
Update : 2025-02-17 Size : 205kb Publisher : wwf
[Documents] MAPXLearn DL : 0: MAPX 的详细教程,详细说明了MAPX的用法,对MAPX的架构和每个函数都给出了具体的说明
Update : 2025-02-17 Size : 27kb Publisher : zhang
[Other] Dijkstra_MapX_VB DL : 0: VB+MapX实现Dijkstra算法，通过输入起始点坐标可以得到两点间的最短路径-Implement the Dijkstra algorithm By Visual Basic And MapX5.0
Update : 2025-02-17 Size : 25kb Publisher : 荆凯旋
[GIS program] GpsMap DL : 0: Update : 2025-02-17 Size : 166kb Publisher : Hanss Liu
[Data structs] Shortestpathalgorithmbaseonmapx DL : 0: 以经典的最短路径算法——Dijkstra算法为原理，基于Mapx在VisualBasic平台对其算法研究、验证，最终得出算法的可行性-The classic shortest path algorithm- Dijkstra algorithm for the theory, based on its platform Mapx algorithm in VisualBasic, validation, and ultimately come to the feasibility of the algorithm
Update : 2025-02-17 Size : 154kb Publisher : songjinxing
[Other] Best-Path-Analysis-Based-on-MapX DL : 0: 现有基于M apX 的最优路径分析, 对于TAB 格式数据拓扑信息的提取方法单一, 且未考虑导航特征。该文结合道路导航特点, 提出了一套基于MapX 的最优路径分析解决方案。首先由T AB 格式数据提取拓扑信息, 为最优路径分析奠定数据基础然后针对导航的特征, 即最优路径分析的起点和终点可能出现在道路网外, 着重讨论了对于Dijkstra 算法的拓展。-M apX the optimal path analysis, a single topology information for the TAB format data extraction methods, and did not consider the navigation features of. In this paper, combined with road navigation features, a set of optimal path analysis based on MapX solution. First extract topology information by T AB format data, to lay a data base analysis for the optimal path and navigation features, the start and end points of the optimal path analysis may appear in the road network, focused on the expansion of the Dijkstra algorithm.
Update : 2025-02-17 Size : 324kb Publisher : niuliang