graphviz-2.381在windows下的安装包_graghviz安装资源-CSDN文库

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graphviz-2.381在windows下的安装包（733个子文件）

gvpr.1 38KB

circo.1 27KB

fdp.1 27KB

twopi.1 27KB

neato.1 27KB

dot.1 27KB

osage.1 18KB

lefty.1 3KB

ccomps.1 3KB

gvpack.1 3KB

gvgen.1 3KB

prune.1 2KB

gxl2gv.1 2KB

gv2gxl.1 2KB

bcomps.1 2KB

gvcolor.1 2KB

sccmap.1 2KB

acyclic.1 2KB

unflatten.1 1KB

gc.1 1KB

dijkstra.1 1KB

tred.1 1KB

mm2gv.1 1KB

lneato.1 1KB

dotty.1 1003B

nop.1 714B

cgraph.3 20KB

cdt.3 19KB

graph.3 10KB

xdot.3 6KB

pathplan.3 3KB

gvc.3 2KB

graphviz.7 2KB

pango.aliases 356B

Makefile.am 1KB

Makefile.am 222B

AUTHORS 704B

setuplogo.bmp 136KB

ChangeLog 39KB

65-fonts-persian.conf 12KB

fonts.conf 5KB

90-synthetic.conf 2KB

40-generic.conf 2KB

30-urw-aliases.conf 1KB

20-unhint-small-vera.conf 1KB

60-latin.conf 1KB

65-nonlatin.conf 954B

20-fix-globaladvance.conf 943B

49-sansserif.conf 545B

30-amt-aliases.conf 514B

69-unifont.conf 454B

80-delicious.conf 433B

70-no-bitmaps.conf 306B

20-lohit-gujarati.conf 301B

70-yes-bitmaps.conf 296B

51-local.conf 271B

共 733 条

Drawing graphs with dot

Emden Gansner and Eleftherios Koutsoﬁos and Stephen North

January 26, 2006

Abstract

dot draws directed graphs as hierarchies. It runs as a command line pro-

gram, web visualization service, or with a compatible graphical interface.

Its features include well-tuned layout algorithms for placing nodes and edge

splines, edge labels, “record” shapes with “ports” for drawing data struc-

tures; cluster layouts; and an underlying ﬁle language for stream-oriented

graph tools. Below is a reduced module dependency graph of an SML-NJ

compiler that took 0.98 seconds of user time on a 1.4 Ghz AMD Athlon.

ContMap

FreeMap

Expand

CPSprint

Coder

BaseCoder

ErrorMsg

SparcInstr

GlobalFix

CPS

Hoist

SortedList Intset

CPSopt

Contract

Eta

Closure

Profile

List2

SparcAsCode SparcMCEmit

IEEEReal

SparcCM

SparcMCode

ClosureCallee

Sort

SparcAsEmit

Spill

PrintUtil

CPSsize

Prim

SparcMC

CPScomp

Access

RealConst

SparcAC

Convert

CoreInfo Lambda

CPSgen

Strs

Signs

AbstractFct

ApplyFunctor

Overload

PrintType

Unify

Typecheck

PrintAbsyn

Stream

MLLexFun

Vector

Ascii

LrParserJoinWithArg

Join

MLLrValsFun

CoreLang

NewParse

Index

Misc

TyvarSet

Absyn

Types

Normalize

Modules

ConRep

Instantiate

LrTable Backpatch

PrimTypes PolyCont

Initial

Assembly Math Unsafe

Loader

CInterface CleanUp

CoreFunc

InLine

Fastlib

CoreDummy

Overloads MakeMos

Stamps

IntmapPersStamps

Pathnames

Symbol

Bigint

Dynamic

IntStrMap

ArrayExt

UnionfindSiblings

StrgHash

Env

BasicTypes

Tuples

ModuleUtil

EqTypes

Fixity

TypesUtil

Equal

Variables

BareAbsyn PrintBasics

PrintVal

PrintDec

SigMatch

IntSparcD

IntShare BatchRealDebug BogusDebug

UnixPaths Interact ModuleComp

Importer

IntSparcIntNullD

Linkage

Prof

IntNull

Interp

ProcessFile

FreeLvar LambdaOpt

Translate

OptReorder

CompSparc

MCopt

MCprint

Nonrec MC

InlineOps

Unboxed

dot User’s Manual, January 26, 2006 2

1 Basic Graph Drawing

dot draws directed graphs. It reads attributed graph text ﬁles and writes drawings,

either as graph ﬁles or in a graphics format such as GIF, PNG, SVG or PostScript

(which can be converted to PDF).

dot draws a graph in four main phases. Knowing this helps you to understand

what kind of layouts dot makes and how you can control them. The layout proce-

dure used by dot relies on the graph being acyclic. Thus, the ﬁrst step is to break

any cycles which occur in the input graph by reversing the internal direction of

certain cyclic edges. The next step assigns nodes to discrete ranks or levels. In a

top-to-bottom drawing, ranks determine Y coordinates. Edges that span more than

one rank are broken into chains of “virtual” nodes and unit-length edges. The third

step orders nodes within ranks to avoid crossings. The fourth step sets X coordi-

nates of nodes to keep edges short, and the ﬁnal step routes edge splines. This is

the same general approach as most hierarchical graph drawing programs, based on

the work of Warﬁeld [War77], Carpano [Car80] and Sugiyama [STT81]. We refer

the reader to [GKNV93] for a thorough explanation of dot’s algorithms.

dot accepts input in the DOT language (cf. Appendix A). This language de-

scribes three kinds of objects: graphs, nodes, and edges. The main (outermost)

graph can be directed (digraph) or undirected graph. Because dot makes lay-

outs of directed graphs, all the following examples use digraph. (A separate

layout utility, neato, draws undirected graphs [Nor92].) Within a main graph, a

subgraph deﬁnes a subset of nodes and edges.

Figure 1 is an example graph in the DOT language. Line 1 gives the graph

name and type. The lines that follow create nodes, edges, or subgraphs, and set

attributes. Names of all these objects may be C identiﬁers, numbers, or quoted C

strings. Quotes protect punctuation and white space.

A node is created when its name ﬁrst appears in the ﬁle. An edge is created

when nodes are joined by the edge operator ->. In the example, line 2 makes

edges from main to parse, and from parse to execute. Running dot on this ﬁle (call

it graph1.dot)

$ dot -Tps graph1.dot -o graph1.ps

yields the drawing of Figure 2. The command line option -Tps selects PostScript

(EPSF) output. graph1.ps may be printed, displayed by a PostScript viewer, or

embedded in another document.

It is often useful to adjust the representation or placement of nodes and edges

in the layout. This is done by setting attributes of nodes, edges, or subgraphs in

the input ﬁle. Attributes are name-value pairs of character strings. Figures 3 and 4

illustrate some layout attributes. In the listing of Figure 3, line 2 sets the graph’s

dot User’s Manual, January 26, 2006 3

1: digraph G {

2: main -> parse -> execute;

3: main -> init;

4: main -> cleanup;

5: execute -> make_string;

6: execute -> printf

7: init -> make_string;

8: main -> printf;

9: execute -> compare;

10: }

Figure 1: Small graph

main

parse

init

cleanup

printf

execute

make_string compare

Figure 2: Drawing of small graph

dot User’s Manual, January 26, 2006 4

size to 4,4 (in inches). This attribute controls the size of the drawing; if the

drawing is too large, it is scaled as necessary to ﬁt.

Node or edge attributes are set off in square brackets. In line 3, the node main

is assigned shape box. The edge in line 4 is straightened by increasing its weight

(the default is 1). The edge in line 6 is drawn as a dotted line. Line 8 makes edges

from execute to make string and printf. In line 10 the default edge color

is set to red. This affects any edges created after this point in the ﬁle. Line 11

makes a bold edge labeled 100 times. In line 12, node make_string is given

a multi-line label. Line 13 changes the default node to be a box ﬁlled with a shade

of blue. The node compare inherits these values.

2 Drawing Attributes

The complete list of attributes that affect graph drawing is summarized in Tables 1,

2 and 3.

2.1 Node Shapes

Nodes are drawn, by default, with shape=ellipse, width=.75, height=.5

and labeled by the node name. Other common shapes include box, circle,

record and plaintext. A complete list of node shapes is given in Appendix E.

The node shape plaintext is of particularly interest in that it draws a node with-

out any outline, an important convention in some kinds of diagrams. In cases where

the graph structure is of main concern, and especially when the graph is moderately

large, the point shape reduces nodes to display minimal content. When drawn, a

node’s actual size is the greater of the requested size and the area needed for its text

label, unless fixedsize=true, in which case the width and height values

are enforced.

Node shapes fall into two broad categories: polygon-based and record-based.

All node shapes except record and Mrecord are considered polygonal, and

are modeled by the number of sides (ellipses and circles being special cases), and

a few other geometric properties. Some of these properties can be speciﬁed in

a graph. If regular=true, the node is forced to be regular. The parameter

peripheries sets the number of boundary curves drawn. For example, a dou-

blecircle has peripheries=2. The orientation attribute speciﬁes a clock-

wise rotation of the polygon, measured in degrees.

There is a way to implement custom node shapes, using shape=epsf and the shapefile

attribute, and relying on PostScript output. The details are beyond the scope of this user’s guide.

Please contact the authors for further information.

dot User’s Manual, January 26, 2006 5

1: digraph G {

2: size ="4,4";

3: main [shape=box]; /

this is a comment

4: main -> parse [weight=8];

5: parse -> execute;

6: main -> init [style=dotted];

7: main -> cleanup;

8: execute -> { make_string; printf}

9: init -> make_string;

10: edge [color=red]; // so is this

11: main -> printf [style=bold,label="100 times"];

12: make_string [label="make a\nstring"];

13: node [shape=box,style=filled,color=".7 .3 1.0"];

14: execute -> compare;

15: }

Figure 3: Fancy graph

main

parse

init

cleanup

printf

100 times

execute

make a

string

compare

Figure 4: Drawing of fancy graph

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zhuoshijinfei

2014-09-30

不错可以使用
shuzhongetao

2014-07-23

简单才是美，赞。
bestdhy

2016-03-02

简单好用，感谢分享！

aacode

粉丝: 2
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