- 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.' n9 T2 s. c) F9 J3 J3 Z, Q0 h
- % 3 N6 k; J% Q' G
- % Functions:\\" p, g- q0 I2 a\\" c( P
- % grBase - find all bases of digraph; 找到所有子图/ d; H$ v% p$ C# \
- % grCoBase - find all contrabases of digraph;
- C- V9 C6 X! n, G
- % grCoCycleBasis - find all independent cut-sets for a connected graph; 求割集5 _; T' S) _/ [\\" q- c- q
- % grColEdge - solve the color problem for graph edges;6 ]: K' k1 C$ G; K8 A
- % grColVer - solve the color problem for graph vertexes;& f! c! m% Z9 s1 B
- % grComp - find all components of graph;, V: h# Z6 g5 P. Q8 _: p. P0 Q
- % grCycleBasis - find all independent cycles for a connected graph; 求图的所有圈
- 9 U. r7 k; ~\\" x+ b
- % grDecOrd - solve the problem about decomposition of the digraph
- 8 x2 y) C* u5 A
- % to the sections with mutually accessed vertexes ) h2 w- u& o) @3 }; P' L; {7 i
- % (strongly connected components);& c$ e+ p3 Y/ F- w* n7 r
- % grDistances - find the distances between any vertexes of graph; 任何两点间的路径长度; F$ j; y+ W6 z! _) v
- % grEccentricity - find the (weighted) eccentricity of all vertexes,8 b8 V4 C5 T4 Z3 ?; O, W8 ?( a
- % radius, diameter, center vertexes and the periphery vertexes;
- . e0 b, Z6 q, p$ Q t. _+ V
- % grIsEulerian - find the Eulerian cycle of graph; 判断是否为欧拉图
- \\" j2 E0 M2 ]$ r1 y' p5 K8 B, u
- % grMaxComSu - solve the maximal complete sugraph problem for the graph;
- - V2 @) }8 `' [) s! G
- % grMaxFlows - solve the maximal flow problem for the digraph;
- 9 l# F7 Y\\" p: o8 M2 k
- % grMaxMatch - solve the maximal matching problem for the graph;
- \\" i% ?4 {. p' y9 [
- % grMaxStabSet - solve the maximal stable set problem for the graph;; h v, x+ q, L- }8 j; E9 Q
- % grMinAbsEdgeSet - solve the minimal absorbant set problem
- O$ C$ p\\" x9 {) C( S
- % for the graph edges;) x- i9 B7 z! X/ @/ E
- % grMinAbsVerSet - solve the minimal absorbant set problem
- + a |0 Z9 ^- l
- % for the graph vertexes;
- + z1 w* a3 g0 M& n i
- % grMinCutSet - solve the minimal cut-set problem for the digraph;
- , \# \ k9 I* e2 Z$ f$ L0 ]. J( M4 b
- % grMinEdgeCover - solve the minimal edge cover problem for the graph;' f% d% n5 u- F: l- @
- % grMinSpanTree - solve the minimal spanning tree problem for the graph; 最小生成树
- ; c: u c! f\\" @, P
- % grMinVerCover - solve the minimal vertex cover problem for the graph;% Q: L, d+ k) M4 B7 I; v
- % grPERT - solve the project evaluation research task;
- * W7 n S- I# N! b
- % grPlot - draw the plot of the graph (digraph);
- , g/ v; `* A2 _3 U; {
- % grShortPath - solve the shortest path problem for the digraph; 求最短路
- 4 D$ b% `2 ~+ C$ c
- % grTravSale - solve the nonsymmetrical traveling salesman problem;
- ) i5 S6 h# w, G3 h0 ?) x7 [
- % grValidation - auxiliary function (the data validation);: }- T+ A4 r$ Y( L
- %, H T. P2 C\\" g/ ~9 }% j2 `
- % grTheoryTest - test program for all functions.
- % q/ z A+ J$ u: @ F- ?8 N7 o
- % & I0 C) m\\" d0 r& C ]+ ~0 p
- % Author: Sergiy Iglin5 D( h- X7 X9 S& Q
- % e-mail: siglin@yandex.ru
- / A# H: P2 N4 Z8 o5 F
- % personal page: http://iglin.exponenta.ru* A& A\\" S( X) \% w
|
zan
|