具有混合样条曲线的图形或具有不同样条曲线的合并层
Graphs with mixed splines OR merge layers with different splines
我想创建一个包含 splines=line 和 splines=splines 的图表，类似于下图。
然而，为了实现这一点，我必须通过 R 包 DiagrammeR 创建两个单独的图表，并使用 figpatch 和 patchwork 包将它们组合起来。
只用 graphviz 就可以吗？我不是 100% 确定，但我不认为它是……但只是想涵盖所有基础以确保。
有人可以证实/否定我的预感吗？如果是后者，将不胜感激一些关于如何这样做的示例或资源。
如果您需要有关我的问题的更多信息，请告诉我。
图表
下面是用于生成图表的代码。
图 1： 左边那个。
digraph dot {
// splines = curved;
node[fontname = arial, width=1.5, height=1.5, shape=circle, fontsize=50, style = filled, penwidth = 3];
edge[fontname = arial, penwidth = 3.6, fontsize = 50]
RItb0 [pos = "000,0", style = invis, fillcolor = palevioletred];
RIpb0 [pos = "100,0", style = invis, fillcolor = darkseagreen3];
RIsi0 [pos = "200,0", style = invis, fillcolor = white];
RIbhs0 [pos = "300,0", style = invis, fillcolor = mediumorchid3];
RIdep0 [pos = "400,0", style = invis, fillcolor = cadetblue3];
RItb [pos = "000,100", width = 3, height = 3, fillcolor = palevioletred];
RIpb [pos = "100,100", width = 3, height = 3, fillcolor = darkseagreen3];
RIsi [pos = "200,100", width = 3, height = 3, fillcolor = white];
RIbhs [pos = "300,100", width = 3, height = 3, fillcolor = mediumorchid3];
RIdep [pos = "400,100", width = 3, height = 3, fillcolor = cadetblue3];
tb1 [pos = "000,200", style = invis, fillcolor = palevioletred];
pb1 [pos = "100,200", style = invis, fillcolor = darkseagreen3];
si1 [pos = "200,200", style = invis, fillcolor = white];
bhs1 [pos = "300,200", style = invis, fillcolor = mediumorchid3];
dep1 [pos = "400,200", style = invis, fillcolor = cadetblue3];
{ edge [weight = 10, minlen = 4.0; style = invis, penwidth = 3];
// Random Intercepts
RItb0 -> RIpb0 ; // [minlen = 4.0];
RIpb0 -> RIsi0 ; // [minlen = 4.0];
RIsi0 -> RIbhs0 ; // [minlen = 4.0];
RIbhs0 -> RIdep0 ; // [minlen = 4.0];
RItb -> RIpb ; // [minlen = 4.0];
RIpb -> RIsi ; // [minlen = 4.0];
RIsi -> RIbhs ; // [minlen = 4.0];
RIbhs -> RIdep ; // [minlen = 4.0];
tb1 -> pb1 ;
pb1 -> si1 ;
si1 -> bhs1 ;
bhs1 -> dep1 ;
}
// autogregrssive paths
{ rank = same; RItb0 -> RItb [style = invis, labeldistance = 4.3, minlen = 6, color = palevioletred, style = invis]; }
{ rank = same; RItb -> tb1 [style = invis, labeldistance = 4.3, minlen = 6, color = palevioletred, style = invis]; }
{ rank = same; RIpb0 -> RIpb [style = invis, labeldistance = 4.3, minlen = 6, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; RIpb -> pb1 [style = invis, labeldistance = 4.3, minlen = 6, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; RIsi0 -> RIsi [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, headlabel = ".35"]; }
{ rank = same; RIsi -> si1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, headlabel = ".35"]; }
{ rank = same; RIbhs0 -> RIbhs [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; RIbhs -> bhs1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; RIdep0 -> RIdep [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = cadetblue3; style = invis]; }
{ rank = same; RIdep -> dep1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = cadetblue3; style = invis]; }
{
// cross-lagged paths
edge[style = dashed, labeldistance = 4.3, labelfloat = false, constraint = true, minlen = 5]
RIpb -> RItb [penwidth = 5, dir = both, label = ".47"];
RIpb -> RIbhs [penwidth = 5, dir = both, label = ".55"];
RIpb -> RIdep [penwidth = 5, dir = both, label = ".67"];
RItb -> RIbhs [penwidth = 5, dir = both, label = ".60"];
RItb -> RIdep [penwidth = 5, dir = both, label = ".58"];
RItb -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".27"];
RIbhs -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".31"];
RIdep -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".37"];
RIbhs -> RIdep [penwidth = 5, dir = both, label = ".62"];
}
}
图 2：右边那个。
digraph dot {
splines = line;
node[fontname = arial, width=1.5, height=1.5, shape=circle, fontsize=36, style = filled, penwidth = 3];
edge[fontname = arial, penwidth = 3.6, fontsize = 28]
tb1 [pos = "000,200", fillcolor = palevioletred];
pb1 [pos = "100,200", fillcolor = darkseagreen3];
si1 [pos = "200,200", fillcolor = white];
bhs1 [pos = "300,200", fillcolor = mediumorchid3];
dep1 [pos = "400,200", fillcolor = cadetblue3];
tb2 [pos = "000,300", fillcolor = palevioletred];
pb2 [pos = "100,300", fillcolor = darkseagreen3];
si2 [pos = "200,300", fillcolor = white];
bhs2 [pos = "300,300", fillcolor = mediumorchid3];
dep2 [pos = "400,300", fillcolor = cadetblue3];
tb3 [pos = "000,400", fillcolor = palevioletred];
pb3 [pos = "100,400", fillcolor = darkseagreen3];
si3 [pos = "200,400", fillcolor = white];
bhs3 [pos = "300,400", fillcolor = mediumorchid3];
dep3 [pos = "400,400", fillcolor = cadetblue3];
tb4 [pos = "000,500", fillcolor = palevioletred];
pb4 [pos = "100,500", fillcolor = darkseagreen3];
si4 [pos = "200,500", fillcolor = white];
bhs4 [pos = "300,500", fillcolor = mediumorchid3];
dep4 [pos = "400,500", fillcolor = cadetblue3];
tb5 [pos = "000,600", fillcolor = palevioletred];
pb5 [pos = "100,600", fillcolor = darkseagreen3];
si5 [pos = "200,600", fillcolor = white];
bhs5 [pos = "300,600", fillcolor = mediumorchid3];
dep5 [pos = "400,600", fillcolor = cadetblue3];
{ edge [weight = 10, minlen = 4.0; style = invis, penwidth = 3];
tb1 -> pb1 ;
pb1 -> si1 ;
si1 -> bhs1 ;
bhs1 -> dep1 ;
tb2 -> pb2 ;
pb2 -> si2 ;
si2 -> bhs2 ;
bhs2 -> dep2 ;
tb3 -> pb3 ;
pb3 -> si3 ;
si3 -> bhs3 ;
bhs3 -> dep3 ;
tb4 -> pb4 ;
pb4 -> si4 ;
si4 -> bhs4 ;
bhs4 -> dep4 ;
tb5 -> pb5 ;
pb5 -> si5 ;
si5 -> bhs5 ;
bhs5 -> dep5 ;
}
// autogregrssive paths
{ rank = same; tb1 -> tb2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, style = invis]; }
{ rank = same; tb2 -> tb3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".37"]; }
{ rank = same; tb3 -> tb4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".28"]; }
{ rank = same; tb4 -> tb5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".30"]; }
{ rank = same; pb1 -> pb2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; pb2 -> pb3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3; style = invis]; }
{ rank = same; pb3 -> pb4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".30"]; }
{ rank = same; pb4 -> pb5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".45"]; }
{ rank = same; si1 -> si2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".35"]; }
{ rank = same; si2 -> si3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".25"]; }
{ rank = same; si3 -> si4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold; style = invis]; }
{ rank = same; si4 -> si5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".27"]; }
{ rank = same; bhs1 -> bhs2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; bhs2 -> bhs3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".49"]; }
{ rank = same; bhs3 -> bhs4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".50"]; }
{ rank = same; bhs4 -> bhs5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".48"]; }
{ rank = same; dep1 -> dep2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3; style = invis]; }
{ rank = same; dep2 -> dep3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".25"]; }
{ rank = same; dep3 -> dep4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".27"]; }
{ rank = same; dep4 -> dep5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".37"]; }
{
// cross-lagged paths
edge[style = dashed, labelangle = -39.5, labeldistance = 3.6, labelfloat = true]
## [headlabel=<<table border="0" cellborder="0"><tr><td bgcolor="white">Head Label</td></tr></table>>,taillabel="Tail Label"]
bhs1 -> pb2 [labelangle = 39.5, color = mediumorchid3, headlabel = ".39"];
bhs2 -> pb3 [labelangle = 39.5, color = mediumorchid3, headlabel = ".25"];
bhs3 -> pb4 [labelangle = 39.5, color = mediumorchid3, headlabel = ".31"];
bhs3 -> si4 [color = mediumorchid3, headlabel = ".30"];
bhs4 -> tb5 [color = mediumorchid3, headlabel = ".25"];
dep4 -> pb5 [labelangle = 39.5, color = cadetblue3, headlabel = ".26"];
pb2 -> tb3 [color = darkseagreen3, headlabel = ".25"];
pb3 -> si4 [color = darkseagreen3, headlabel = ".30"];
pb3 -> dep4 [color = darkseagreen3, headlabel = ".35"];
pb3 -> bhs4 [color = darkseagreen3, headlabel = ".28"];
pb4 -> dep5 [color = darkseagreen3, headlabel = ".30"];
pb4 -> bhs5 [color = darkseagreen3, headlabel = ".27"];
si1 -> bhs2 [headlabel = ".19"];
si1 -> dep2 [headlabel = ".17"];
si1 -> pb2 [headlabel = ".14"];
si2 -> pb3 [headlabel = ".16"];
tb2 -> si3 [color = palevioletred, headlabel = ".15"];
}
}
否 - splines 属性适用于整个图形，因此不能通过 Graphviz 工具的单次调用/传递来完成
是 - 将你的图表分成多个图表，每个集群分成自己的图表。每个（新）图形可以有不同的 样条曲线 值。 运行 每个（新）图形通过 dot -Tdot 分别确定每个图形的布局。 运行 这些结果通过 gvpack (https://www.graphviz.org/pdf/gvpack.1.pdf 2) to combine them into a single graph. And finally hand that to neato -n2 (https://graphviz.org/faq/#FaqDotWithNodeCoords) 生成输出文件。
像这样：
S="";
for f in sub[12].gv; # sub1.gv and sub2.gv are the two created graphs
do
T=dot;
F=`basename $f .gv`;
dot -T$T $f >$F.$T;
S="$S $F.$T";
done;
gvpack -array_i3 $S |
neato -n2 -Tpng >O.png
注意 - 如有必要，可以通过 neato -n2 多次通过 运行 点格式图将不同的 样条曲线 值应用于各个边，每次更改 splines 值并删除单个边 pos 值。可能，但很乱。
我想创建一个包含 splines=line 和 splines=splines 的图表，类似于下图。
然而，为了实现这一点，我必须通过 R 包 DiagrammeR 创建两个单独的图表，并使用 figpatch 和 patchwork 包将它们组合起来。
只用 graphviz 就可以吗？我不是 100% 确定，但我不认为它是……但只是想涵盖所有基础以确保。
有人可以证实/否定我的预感吗？如果是后者，将不胜感激一些关于如何这样做的示例或资源。
如果您需要有关我的问题的更多信息，请告诉我。
图表
下面是用于生成图表的代码。
图 1： 左边那个。
digraph dot {
// splines = curved;
node[fontname = arial, width=1.5, height=1.5, shape=circle, fontsize=50, style = filled, penwidth = 3];
edge[fontname = arial, penwidth = 3.6, fontsize = 50]
RItb0 [pos = "000,0", style = invis, fillcolor = palevioletred];
RIpb0 [pos = "100,0", style = invis, fillcolor = darkseagreen3];
RIsi0 [pos = "200,0", style = invis, fillcolor = white];
RIbhs0 [pos = "300,0", style = invis, fillcolor = mediumorchid3];
RIdep0 [pos = "400,0", style = invis, fillcolor = cadetblue3];
RItb [pos = "000,100", width = 3, height = 3, fillcolor = palevioletred];
RIpb [pos = "100,100", width = 3, height = 3, fillcolor = darkseagreen3];
RIsi [pos = "200,100", width = 3, height = 3, fillcolor = white];
RIbhs [pos = "300,100", width = 3, height = 3, fillcolor = mediumorchid3];
RIdep [pos = "400,100", width = 3, height = 3, fillcolor = cadetblue3];
tb1 [pos = "000,200", style = invis, fillcolor = palevioletred];
pb1 [pos = "100,200", style = invis, fillcolor = darkseagreen3];
si1 [pos = "200,200", style = invis, fillcolor = white];
bhs1 [pos = "300,200", style = invis, fillcolor = mediumorchid3];
dep1 [pos = "400,200", style = invis, fillcolor = cadetblue3];
{ edge [weight = 10, minlen = 4.0; style = invis, penwidth = 3];
// Random Intercepts
RItb0 -> RIpb0 ; // [minlen = 4.0];
RIpb0 -> RIsi0 ; // [minlen = 4.0];
RIsi0 -> RIbhs0 ; // [minlen = 4.0];
RIbhs0 -> RIdep0 ; // [minlen = 4.0];
RItb -> RIpb ; // [minlen = 4.0];
RIpb -> RIsi ; // [minlen = 4.0];
RIsi -> RIbhs ; // [minlen = 4.0];
RIbhs -> RIdep ; // [minlen = 4.0];
tb1 -> pb1 ;
pb1 -> si1 ;
si1 -> bhs1 ;
bhs1 -> dep1 ;
}
// autogregrssive paths
{ rank = same; RItb0 -> RItb [style = invis, labeldistance = 4.3, minlen = 6, color = palevioletred, style = invis]; }
{ rank = same; RItb -> tb1 [style = invis, labeldistance = 4.3, minlen = 6, color = palevioletred, style = invis]; }
{ rank = same; RIpb0 -> RIpb [style = invis, labeldistance = 4.3, minlen = 6, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; RIpb -> pb1 [style = invis, labeldistance = 4.3, minlen = 6, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; RIsi0 -> RIsi [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, headlabel = ".35"]; }
{ rank = same; RIsi -> si1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, headlabel = ".35"]; }
{ rank = same; RIbhs0 -> RIbhs [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; RIbhs -> bhs1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; RIdep0 -> RIdep [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = cadetblue3; style = invis]; }
{ rank = same; RIdep -> dep1 [style = invis, labelangle = 29.0, labeldistance = 4.3, minlen = 6, color = cadetblue3; style = invis]; }
{
// cross-lagged paths
edge[style = dashed, labeldistance = 4.3, labelfloat = false, constraint = true, minlen = 5]
RIpb -> RItb [penwidth = 5, dir = both, label = ".47"];
RIpb -> RIbhs [penwidth = 5, dir = both, label = ".55"];
RIpb -> RIdep [penwidth = 5, dir = both, label = ".67"];
RItb -> RIbhs [penwidth = 5, dir = both, label = ".60"];
RItb -> RIdep [penwidth = 5, dir = both, label = ".58"];
RItb -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".27"];
RIbhs -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".31"];
RIdep -> RIsi [penwidth = 9.5, dir = both, style = dashed, label = ".37"];
RIbhs -> RIdep [penwidth = 5, dir = both, label = ".62"];
}
}
图 2：右边那个。
digraph dot {
splines = line;
node[fontname = arial, width=1.5, height=1.5, shape=circle, fontsize=36, style = filled, penwidth = 3];
edge[fontname = arial, penwidth = 3.6, fontsize = 28]
tb1 [pos = "000,200", fillcolor = palevioletred];
pb1 [pos = "100,200", fillcolor = darkseagreen3];
si1 [pos = "200,200", fillcolor = white];
bhs1 [pos = "300,200", fillcolor = mediumorchid3];
dep1 [pos = "400,200", fillcolor = cadetblue3];
tb2 [pos = "000,300", fillcolor = palevioletred];
pb2 [pos = "100,300", fillcolor = darkseagreen3];
si2 [pos = "200,300", fillcolor = white];
bhs2 [pos = "300,300", fillcolor = mediumorchid3];
dep2 [pos = "400,300", fillcolor = cadetblue3];
tb3 [pos = "000,400", fillcolor = palevioletred];
pb3 [pos = "100,400", fillcolor = darkseagreen3];
si3 [pos = "200,400", fillcolor = white];
bhs3 [pos = "300,400", fillcolor = mediumorchid3];
dep3 [pos = "400,400", fillcolor = cadetblue3];
tb4 [pos = "000,500", fillcolor = palevioletred];
pb4 [pos = "100,500", fillcolor = darkseagreen3];
si4 [pos = "200,500", fillcolor = white];
bhs4 [pos = "300,500", fillcolor = mediumorchid3];
dep4 [pos = "400,500", fillcolor = cadetblue3];
tb5 [pos = "000,600", fillcolor = palevioletred];
pb5 [pos = "100,600", fillcolor = darkseagreen3];
si5 [pos = "200,600", fillcolor = white];
bhs5 [pos = "300,600", fillcolor = mediumorchid3];
dep5 [pos = "400,600", fillcolor = cadetblue3];
{ edge [weight = 10, minlen = 4.0; style = invis, penwidth = 3];
tb1 -> pb1 ;
pb1 -> si1 ;
si1 -> bhs1 ;
bhs1 -> dep1 ;
tb2 -> pb2 ;
pb2 -> si2 ;
si2 -> bhs2 ;
bhs2 -> dep2 ;
tb3 -> pb3 ;
pb3 -> si3 ;
si3 -> bhs3 ;
bhs3 -> dep3 ;
tb4 -> pb4 ;
pb4 -> si4 ;
si4 -> bhs4 ;
bhs4 -> dep4 ;
tb5 -> pb5 ;
pb5 -> si5 ;
si5 -> bhs5 ;
bhs5 -> dep5 ;
}
// autogregrssive paths
{ rank = same; tb1 -> tb2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, style = invis]; }
{ rank = same; tb2 -> tb3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".37"]; }
{ rank = same; tb3 -> tb4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".28"]; }
{ rank = same; tb4 -> tb5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = palevioletred, headlabel = ".30"]; }
{ rank = same; pb1 -> pb2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".28"]; }
{ rank = same; pb2 -> pb3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3; style = invis]; }
{ rank = same; pb3 -> pb4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".30"]; }
{ rank = same; pb4 -> pb5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = darkseagreen3, headlabel = ".45"]; }
{ rank = same; si1 -> si2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".35"]; }
{ rank = same; si2 -> si3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".25"]; }
{ rank = same; si3 -> si4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold; style = invis]; }
{ rank = same; si4 -> si5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, style = bold, headlabel = ".27"]; }
{ rank = same; bhs1 -> bhs2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".43"];}
{ rank = same; bhs2 -> bhs3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".49"]; }
{ rank = same; bhs3 -> bhs4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".50"]; }
{ rank = same; bhs4 -> bhs5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = mediumorchid3, headlabel = ".48"]; }
{ rank = same; dep1 -> dep2 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3; style = invis]; }
{ rank = same; dep2 -> dep3 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".25"]; }
{ rank = same; dep3 -> dep4 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".27"]; }
{ rank = same; dep4 -> dep5 [labelangle = -39.5, labeldistance = 3.6, minlen = 16, color = cadetblue3, headlabel = ".37"]; }
{
// cross-lagged paths
edge[style = dashed, labelangle = -39.5, labeldistance = 3.6, labelfloat = true]
## [headlabel=<<table border="0" cellborder="0"><tr><td bgcolor="white">Head Label</td></tr></table>>,taillabel="Tail Label"]
bhs1 -> pb2 [labelangle = 39.5, color = mediumorchid3, headlabel = ".39"];
bhs2 -> pb3 [labelangle = 39.5, color = mediumorchid3, headlabel = ".25"];
bhs3 -> pb4 [labelangle = 39.5, color = mediumorchid3, headlabel = ".31"];
bhs3 -> si4 [color = mediumorchid3, headlabel = ".30"];
bhs4 -> tb5 [color = mediumorchid3, headlabel = ".25"];
dep4 -> pb5 [labelangle = 39.5, color = cadetblue3, headlabel = ".26"];
pb2 -> tb3 [color = darkseagreen3, headlabel = ".25"];
pb3 -> si4 [color = darkseagreen3, headlabel = ".30"];
pb3 -> dep4 [color = darkseagreen3, headlabel = ".35"];
pb3 -> bhs4 [color = darkseagreen3, headlabel = ".28"];
pb4 -> dep5 [color = darkseagreen3, headlabel = ".30"];
pb4 -> bhs5 [color = darkseagreen3, headlabel = ".27"];
si1 -> bhs2 [headlabel = ".19"];
si1 -> dep2 [headlabel = ".17"];
si1 -> pb2 [headlabel = ".14"];
si2 -> pb3 [headlabel = ".16"];
tb2 -> si3 [color = palevioletred, headlabel = ".15"];
}
}
否 - splines 属性适用于整个图形，因此不能通过 Graphviz 工具的单次调用/传递来完成
是 - 将你的图表分成多个图表，每个集群分成自己的图表。每个（新）图形可以有不同的 样条曲线 值。 运行 每个（新）图形通过 dot -Tdot 分别确定每个图形的布局。 运行 这些结果通过 gvpack (https://www.graphviz.org/pdf/gvpack.1.pdf 2) to combine them into a single graph. And finally hand that to neato -n2 (https://graphviz.org/faq/#FaqDotWithNodeCoords) 生成输出文件。
像这样：
S="";
for f in sub[12].gv; # sub1.gv and sub2.gv are the two created graphs
do
T=dot;
F=`basename $f .gv`;
dot -T$T $f >$F.$T;
S="$S $F.$T";
done;
gvpack -array_i3 $S |
neato -n2 -Tpng >O.png
注意 - 如有必要，可以通过 neato -n2 多次通过 运行 点格式图将不同的 样条曲线 值应用于各个边，每次更改 splines 值并删除单个边 pos 值。可能，但很乱。