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[问题求助] 请高手帮我翻译一下图论工具箱，不要直接用词典翻译哦

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发表于 2012-8-20 09:19 |只看该作者 |倒序浏览

|招呼Ta 关注Ta

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各位我是新手请高手指点啊谢谢

% GrTheory - Graph Theory Toolbox.+ d5 \% L, w1 n7 T# \
%
) s' v+ C& k7 A' T2 [& U* g
% Functions:0 f0 }% a% E: U+ |- L
% grBase - find all bases of digraph; 找到所有子图
* D2 b* \& ^! w1 d: L9 {
% grCoBase - find all contrabases of digraph;' @9 J$ }5 o\\" j
% grCoCycleBasis - find all independent cut-sets for a connected graph; 求割集
. ~7 Z$ d `- O' E\\" c% l) J5 K
% grColEdge - solve the color problem for graph edges;1 E; M( v: H& D5 h# @8 B2 n
% grColVer - solve the color problem for graph vertexes;
3 i# H! J' w+ K, }' d) F( R8 q0 Z
% grComp - find all components of graph;2 E6 w/ C& C; {! \. H7 k
% grCycleBasis - find all independent cycles for a connected graph; 求图的所有圈; q* U7 u\\" H+ r6 N( F\\" V) |- u
% grDecOrd - solve the problem about decomposition of the digraph
5 j, x& _$ o% p; a, V
% to the sections with mutually accessed vertexes
$ T1 F# A1 v- p2 t* f
% (strongly connected components);! }7 h0 f9 t% O5 Z5 u9 q
% grDistances - find the distances between any vertexes of graph; 任何两点间的路径长度
) ?, o; b/ K8 m4 y; R0 Q1 i
% grEccentricity - find the (weighted) eccentricity of all vertexes,' m9 w! [% j% C
% radius, diameter, center vertexes and the periphery vertexes;/ O* @+ T/ y$ |$ k& C
% grIsEulerian - find the Eulerian cycle of graph; 判断是否为欧拉图+ Z' n4 D [* ?. i+ ]3 W& Y
% grMaxComSu - solve the maximal complete sugraph problem for the graph;6 S+ l! g9 I9 V- k
% grMaxFlows - solve the maximal flow problem for the digraph;2 i9 `2 n+ _4 j6 y5 s6 c o$ ?
% grMaxMatch - solve the maximal matching problem for the graph;
e1 b\\" ~7 E* v8 L7 z$ I
% grMaxStabSet - solve the maximal stable set problem for the graph;
% c\\" p* R8 a; ]2 A* g
% grMinAbsEdgeSet - solve the minimal absorbant set problem
]! Z! w/ h& \
% for the graph edges;' Z$ d0 E. d9 M& V& D
% grMinAbsVerSet - solve the minimal absorbant set problem
0 E1 B0 u/ f2 k8 ?: U! T
% for the graph vertexes;
. Q4 ` @$ Y0 j5 [+ k
% grMinCutSet - solve the minimal cut-set problem for the digraph;3 E0 x4 {7 t/ r9 k4 `
% grMinEdgeCover - solve the minimal edge cover problem for the graph;- G& {8 u) ^' z. M8 L
% grMinSpanTree - solve the minimal spanning tree problem for the graph; 最小生成树4 v+ r3 z. \& l\\" ~8 G! s
% grMinVerCover - solve the minimal vertex cover problem for the graph;
$ g4 w0 ?' F' e% n
% grPERT - solve the project evaluation research task;' H+ \. G% D5 P( x\\" o, [
% grPlot - draw the plot of the graph (digraph);
4 Y$ n# o+ O8 }9 M$ j2 n# [! B
% grShortPath - solve the shortest path problem for the digraph; 求最短路: _* t9 O3 T9 Y; p: G b3 n
% grTravSale - solve the nonsymmetrical traveling salesman problem;
8 H9 W$ {! w' {; k
% grValidation - auxiliary function (the data validation);
o) ^6 s9 U9 A9 j( m x# S/ i
%2 N( ~0 I% s6 r\\" k+ ~: I
% grTheoryTest - test program for all functions.
. D! w8 |$ a i0 H1 O u
%
0 w4 e; a$ [2 R- @3 i a
% Author: Sergiy Iglin! l+ @, m! V8 t) q
% e-mail: siglin@yandex.ru
* T# `1 k. w( s, m6 y
% personal page: http://iglin.exponenta.ru( s8 R5 M( Q/ t: {\\" f

% GrTheory - Graph Theory Toolbox.+ d5 \% L, w1 n7 T# \

% 
) s' v+ C& k7 A' T2 [& U* g
% Functions:0 f0 }% a% E: U+ |- L

% grBase - find all bases of digraph;                                         找到所有子图 
* D2 b* \& ^! w1 d: L9 {
% grCoBase - find all contrabases of digraph;' @9 J$ }5 o\\" j

% grCoCycleBasis - find all independent cut-sets for a connected graph;       求割集 
. ~7 Z$ d  `- O' E\\" c% l) J5 K
% grColEdge - solve the color problem for graph edges;1 E; M( v: H& D5 h# @8 B2 n

% grColVer - solve the color problem for graph vertexes; 
3 i# H! J' w+ K, }' d) F( R8 q0 Z
% grComp - find all components of graph;2 E6 w/ C& C; {! \. H7 k

% grCycleBasis - find all independent cycles for a connected graph;           求图的所有圈; q* U7 u\\" H+ r6 N( F\\" V) |- u

% grDecOrd - solve the problem about decomposition of the digraph 
5 j, x& _$ o% p; a, V
%   to the sections with mutually accessed vertexes 
$ T1 F# A1 v- p2 t* f
%   (strongly connected components);! }7 h0 f9 t% O5 Z5 u9 q

% grDistances - find the distances between any vertexes of graph;            任何两点间的路径长度 
) ?, o; b/ K8 m4 y; R0 Q1 i
% grEccentricity - find the (weighted) eccentricity of all vertexes,' m9 w! [% j% C

%   radius, diameter, center vertexes and the periphery vertexes;/ O* @+ T/ y$ |$ k& C

% grIsEulerian - find the Eulerian cycle of graph;                           判断是否为欧拉图+ Z' n4 D  [* ?. i+ ]3 W& Y

% grMaxComSu - solve the maximal complete sugraph problem for the graph;6 S+ l! g9 I9 V- k

% grMaxFlows - solve the maximal flow problem for the digraph;2 i9 `2 n+ _4 j6 y5 s6 c  o$ ?

% grMaxMatch - solve the maximal matching problem for the graph; 
  e1 b\\" ~7 E* v8 L7 z$ I
% grMaxStabSet - solve the maximal stable set problem for the graph; 
% c\\" p* R8 a; ]2 A* g
% grMinAbsEdgeSet - solve the minimal absorbant set problem 
  ]! Z! w/ h& \
%   for the graph edges;' Z$ d0 E. d9 M& V& D

% grMinAbsVerSet - solve the minimal absorbant set problem 
0 E1 B0 u/ f2 k8 ?: U! T
%   for the graph vertexes; 
. Q4 `  @$ Y0 j5 [+ k
% grMinCutSet - solve the minimal cut-set problem for the digraph;3 E0 x4 {7 t/ r9 k4 `

% grMinEdgeCover - solve the minimal edge cover problem for the graph;- G& {8 u) ^' z. M8 L

% grMinSpanTree - solve the minimal spanning tree problem for the graph;     最小生成树4 v+ r3 z. \& l\\" ~8 G! s

% grMinVerCover - solve the minimal vertex cover problem for the graph; 
$ g4 w0 ?' F' e% n
% grPERT - solve the project evaluation research task;' H+ \. G% D5 P( x\\" o, [

% grPlot - draw the plot of the graph (digraph); 
4 Y$ n# o+ O8 }9 M$ j2 n# [! B
% grShortPath - solve the shortest path problem for the digraph;           求最短路: _* t9 O3 T9 Y; p: G  b3 n

% grTravSale - solve the nonsymmetrical traveling salesman problem; 
8 H9 W$ {! w' {; k
% grValidation - auxiliary function (the data validation); 
  o) ^6 s9 U9 A9 j( m  x# S/ i
%2 N( ~0 I% s6 r\\" k+ ~: I

% grTheoryTest - test program for all functions. 
. D! w8 |$ a  i0 H1 O  u
% 
0 w4 e; a$ [2 R- @3 i  a
% Author: Sergiy Iglin! l+ @, m! V8 t) q

% e-mail: siglin@yandex.ru 
* T# `1 k. w( s, m6 y
% personal page: http://iglin.exponenta.ru( s8 R5 M( Q/ t: {\\" f

zan

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