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c program to calcolate the number of triangles in a graph
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这是我平时做的一次作业,是用C++编写的一个程序,是关于图的遍历,实现对图的广度和深度遍历-This is what I usually do a job, is written in C++, a program on the graph traversal to realize the breadth and depth of the graph traversal
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C# 拖动图像,并放大和缩小,使用了不少三方插件,比如AxInterop.OWC10.dll、AxSHDocVw.dll、Interop.OWC10.dll、Microsoft.Office.Interop.Graph.dll、Microsoft.Office.Interop.PowerPoint.dll、SHDocVw.dll、office.dll等,觉得程序实现的方法不是太简,用了这么多额外的控件,与实现的功能好像不成正比,呵呵,个人之见。
-C# Drag the image and
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这是一款用C#写的绘制直线图的程序源码及全部文件,对windowsDUI绘图编程有需要的人很有帮助-This is a C# to write the program source code to draw a straight line graph and all documents, graphics programming for windowsDUI helpful to people in need
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这个C语言小程序旨在实现图的遍历,在其中有边界的判断,让算法实现的更加完美-C language small program designed to achieve the graph traversal, in which a judgment of the border, so the algorithm is more perfect
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C++队列优化的Bellmanford最短路算法,使用C++实现的Queue improved Bellman-Ford单源最短路算法,在国内还被叫做SPFA。这个程序输入一个图,找到图中的一个点,这个点到最远点的长度最短。图使用邻接表保存。-Optimized Bellmanford C++ queue shortest path algorithm , use C++ achieve Queue improved Bellman-Ford single-source shortest pat
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C++队列优化的Bellmanford最短路算法(SPFA),使用C++实现的Queue improved Bellman-Ford单源最短路算法,在国内还被叫做SPFA。这个程序输入一个图,找到图中的一个点,这个点到最远点的长度最短。图使用邻接表保存。-Shortest path algorithm optimized Bellmanford C++ queue (SPFA), use the the achieve C++ Queue improved Bellman-Ford single
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CODE STUDIO C# GDI+ development class Viso fl matlab used in drawing commands i This is the windows QT programmin Program of the curve, a real-time Mouse set control points, draw B- java drawing board simulation win Mastery letter. Lc5 file to be mo
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C# GDI+ development class Viso fl matlab used in drawing commands i This is the windows QT programmin Program of the curve, a real-time Mouse set control points, draw B- java drawing board simulation win Mastery letter. Lc5 file to be mo To simulate
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C# GDI+ development class Viso fl matlab used in drawing commands i This is the windows QT programmin Program of the curve, a real-time Mouse set control points, draw B- java drawing board simulation win Mastery letter. Lc5 file to be mo To simulate
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本实验实现邻接表表示下无向图的广度优先遍历。
程序的输入是图的顶点序列和边序列(顶点序列以*为结束标志,边序列以-1,-1为结束标志)。程序的输出为图的邻接表和广度优先遍历序列。例如:
程序输入为:
a
b
c
d
e
f
*
0,1
0,4
1,4
1,5
2,3
2,5
3,5
-1,-1
程序的输出为:
the ALGraph is
a 4 1
b
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由c语言编程,在window下运行,为无向图,先读入两个数据,第一个数据为点的个数,第二个数据为边的个数。此后依次输入哪两个点之前连线,即完成无向图。之后程序会输出0和1,0代表不存在哈密顿回路,1代表存在哈密顿回路(Programming by C language, run under window, for undirected graph, read two data first, the first data is the number of points, the second da
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相平面法的画图包括解析法和等倾线法。我使用等倾线法,因为相平面法只使用最高二阶系统,故首先假设一个通用的二阶微分方程:X’’+aX’+bX^2+cX=0因为X’’=(dx’/dx)*(dx/dt)=X’*(dx’/dx)。
代入微分方程得:
X’*(dx’/dx)+ aX’+bX^2+cX=0.
因为斜率k=(dx’/dx)。设X’=y,则上式可化为:
k=-(b*x^2+c*x+a*y)/y
当输入任意一个x1,y1时,则可相应的确定(x1,y1)处的斜率k1,在x1加derta(程
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