to get a similar effect.
<DT><A NAME=d:bb HREF=#a:bb><STRONG>bb</STRONG></A>
-<DD> Bounding box of drawing in integer points.
+<DD> Bounding box of drawing in points.
<DT><A NAME=d:bgcolor HREF=#a:bgcolor><STRONG>bgcolor</STRONG></A>
<DD> When attached to the root graph, this color is used as the background for
right to left, respectively.
<DT><A NAME=k:rect><STRONG>rect</STRONG></A>
-<DD>"%d,%d,%d,%d" The rect llx,lly,urx,ury gives the coordinates, in
+<DD>"%f,%f,%f,%f" The rectangle llx,lly,urx,ury gives the coordinates, in
points, of the lower-left corner (llx,lly) and the upper-right corner
(urx,ury).
<TABLE>
<TR><TD ALIGN=right>where spline<TD>=<TD>(endp)? (startp)? point (triple)+</TR>
<TR><TD ALIGN=right>and triple<TD>=<TD>point point point</TR>
- <TR><TD ALIGN=right>and endp<TD>=<TD>"e,%d,%d"</TR>
- <TR><TD ALIGN=right>and startp<TD>=<TD>"s,%d,%d"</TR>
+ <TR><TD ALIGN=right>and endp<TD>=<TD>"e,%f,%f"</TR>
+ <TR><TD ALIGN=right>and startp<TD>=<TD>"s,%f,%f"</TR>
</TABLE>
If a spline has points p<SUB>1</SUB> p<SUB>2</SUB> p<SUB>3</SUB> ... p<SUB>n</SUB>, (n = 1 (mod 3)), the points
correspond to the control points of a B-spline from p<SUB>1</SUB> to p<SUB>n</SUB>. If startp
+++ /dev/null
-<!DOCTYPE HTML PUBLIC "-//IETF//DTD HTML//EN">
-<HTML VERSION="2.0">
-<HEAD>
-<TITLE>Command-line Invocation</TITLE>
-</HEAD>
-<BODY BGCOLOR=white>
-<A NAME="top"></A>
-<H1 align=CENTER>Command-line Invocation</H1>
-<HR>
-<H2>Flags</H1>
-<DL>
-<DT>-Gname=value
-<DT>Set graph attribue
-<DT>-Nname=value
-<DT>Set default node attribue
-<DT>-Ename=value
-<DT>Set default edge attribue
-<DT>-T<lang>
-<DT>Set output language (see output_info)
-<DT>-V
-<DT>Emit version info and exit
-<DT>-l<libfile>
-<DT>User-supplied, device-depende library. Multiple libraries may
-be given. These names are passed to the code generator at the
-beginning of output.
-<DT>-n[<num>]
-<DT>Sets no-op flag in neato. In this case, neato assumes nodes
-have already been positioned and have a pos attribute giving
-this position. It then just computes the edge layouts and
-emits the graph in the appropriate format. If <num> is used
-and > 1, neato checks for previously positioned edges, with
-control points provided in the pos attribute. It uses these
-if given; otherwise, it computes the edge layout.
-<DT>-o<outfile>
-<DT>write output to outfile (default: stdout)
-<DT>-s<scale>
-<DT>Set input scale to <scale>. If this value is omitted,
-72.0 is used. This number is used to convert pos point
-units into inches. For example, dot -Tdot produces pos
-values in points. To use this as input to neato -n, one
-needs -s (equivalently, -s72).
-<DT>-v
-<DT>verbose mode
-<DT>-x
-<DT>In neato, on input, prune isolated nodes and peninsulas
-</DL>
-</BODY>
-</HTML>
<TT>ccomps -x | dot | gvpack | neato -n2</TT>
to get a similar effect.
:bb:G:rect; write
-Bounding box of drawing in integer points.
+Bounding box of drawing in points.
:bgcolor:GC:color:<none>;
When attached to the root graph, this color is used as the background for
entire canvas. When a cluster attribute, it is used as the initial
<TABLE>
<TR><TD ALIGN=right>where spline<TD>=<TD>(endp)? (startp)? point (triple)+</TR>
<TR><TD ALIGN=right>and triple<TD>=<TD>point point point</TR>
- <TR><TD ALIGN=right>and endp<TD>=<TD>"e,%d,%d"</TR>
- <TR><TD ALIGN=right>and startp<TD>=<TD>"s,%d,%d"</TR>
+ <TR><TD ALIGN=right>and endp<TD>=<TD>"e,%f,%f"</TR>
+ <TR><TD ALIGN=right>and startp<TD>=<TD>"s,%f,%f"</TR>
</TABLE>
If a spline has points p<SUB>1</SUB> p<SUB>2</SUB> p<SUB>3</SUB> ... p<SUB>n</SUB>, (n = 1 (mod 3)), the points
correspond to the control points of a B-spline from p<SUB>1</SUB> to p<SUB>n</SUB>. If startp
:rankType
"same", "min", "source", "max", "sink"
:rect
-"%d,%d,%d,%d" The rect llx,lly,urx,ury gives the coordinates, in
+"%f,%f,%f,%f" The rectangle llx,lly,urx,ury gives the coordinates, in
points, of the lower-left corner (llx,lly) and the upper-right corner
(urx,ury).
:smoothType
projects / graphviz / commitdiff