- 在线时间
- 29 小时
- 最后登录
- 2013-2-4
- 注册时间
- 2012-7-15
- 听众数
- 5
- 收听数
- 0
- 能力
- 0 分
- 体力
- 535 点
- 威望
- 0 点
- 阅读权限
- 30
- 积分
- 211
- 相册
- 0
- 日志
- 0
- 记录
- 0
- 帖子
- 99
- 主题
- 11
- 精华
- 0
- 分享
- 0
- 好友
- 15
升级   55.5% TA的每日心情 | 衰 2013-2-4 10:10 |
|---|
签到天数: 53 天 [LV.5]常住居民I
- 自我介绍
- !@#¥#@!
 |
2体力
各位 我是新手 请高手指点啊 谢谢 - % GrTheory - Graph Theory Toolbox.
- - o \( [+ X0 v$ I
- % 9 O* B& S9 w/ b+ M1 l+ l& C t
- % Functions:
- 4 e3 T$ ~/ ]6 ?. E& \& F+ Q
- % grBase - find all bases of digraph; 找到所有子图, C5 S- E* k ]% e8 O9 d% r
- % grCoBase - find all contrabases of digraph;5 O# T: I6 M* p% i! d5 y
- % grCoCycleBasis - find all independent cut-sets for a connected graph; 求割集, u9 |6 [4 l' R: b) F
- % grColEdge - solve the color problem for graph edges; S, `/ i$ ~0 Y\\" ~$ {3 A1 W4 T
- % grColVer - solve the color problem for graph vertexes;/ g( ~\\" a; [+ U5 D
- % grComp - find all components of graph;
- $ r x) S/ @/ u ~+ w# [3 x( F! V
- % grCycleBasis - find all independent cycles for a connected graph; 求图的所有圈( P5 h+ ^9 S8 Q! _& R e
- % grDecOrd - solve the problem about decomposition of the digraph
- 5 k) i7 q' w( Q3 b
- % to the sections with mutually accessed vertexes
- 4 Q6 M\\" B. C4 S) y$ Y3 ]
- % (strongly connected components);\\" d, n, t- r9 W W3 A
- % grDistances - find the distances between any vertexes of graph; 任何两点间的路径长度\\" i5 j- x; n1 J3 W3 A- I% F% j
- % grEccentricity - find the (weighted) eccentricity of all vertexes,0 F( t% c' V8 a0 Z
- % radius, diameter, center vertexes and the periphery vertexes;' A, L* A; j6 `* M6 A, X; e1 I
- % grIsEulerian - find the Eulerian cycle of graph; 判断是否为欧拉图- e' s1 w7 {) Y, b) d6 w; P
- % grMaxComSu - solve the maximal complete sugraph problem for the graph;
- , B4 l0 P% f% q$ j% M# T0 A- i
- % grMaxFlows - solve the maximal flow problem for the digraph;
- # U4 E5 k: |\\" i$ w& c
- % grMaxMatch - solve the maximal matching problem for the graph;
- , U/ s! O' z- P
- % grMaxStabSet - solve the maximal stable set problem for the graph;
- . T4 B4 F7 l, |2 T
- % grMinAbsEdgeSet - solve the minimal absorbant set problem ) _! Y6 q, m. s- I0 \& G
- % for the graph edges;
- . @5 C9 T% ], A& N) [! z
- % grMinAbsVerSet - solve the minimal absorbant set problem ' T& }1 p% J8 N3 t
- % for the graph vertexes;* E' t! M8 f5 i' Q1 Y
- % grMinCutSet - solve the minimal cut-set problem for the digraph;
- * C\\" e1 K2 y5 f3 |; w
- % grMinEdgeCover - solve the minimal edge cover problem for the graph;
- 1 J m, g [4 t1 f- T
- % grMinSpanTree - solve the minimal spanning tree problem for the graph; 最小生成树
- * ^ u: B) K. B+ _6 T5 @! c
- % grMinVerCover - solve the minimal vertex cover problem for the graph;
- 0 G+ G7 R. a9 c: c% x3 D
- % grPERT - solve the project evaluation research task;8 Y7 E! @: C2 u3 L# p5 y
- % grPlot - draw the plot of the graph (digraph);
- % t1 e1 h2 F$ O\\" Z: _
- % grShortPath - solve the shortest path problem for the digraph; 求最短路8 q) x( L' P& v: E: k0 q* r
- % grTravSale - solve the nonsymmetrical traveling salesman problem;
- % o/ {# q+ _0 O4 B! f
- % grValidation - auxiliary function (the data validation);
- 8 q& R7 \% y, r, S8 K' H
- %
- 1 q+ L\\" P\\" ~. q) q% P# j# e' e9 t
- % grTheoryTest - test program for all functions.( U7 L2 ]* {( c+ F
- %
- + f/ i& `8 J% e
- % Author: Sergiy Iglin
- # s/ a8 s6 r4 x& M9 I
- % e-mail: siglin@yandex.ru q, j. S* g5 X& x
- % personal page: http://iglin.exponenta.ru
- 8 I& H& e/ o3 m
|
zan
|