6
Czy istnieje sposób, aby w niektórych przypadkach pojawiały się w pionie, a w innych w pionie? (patrz related question).Porządkowanie ramek poziomo, a następnie pionowo w graphviz
Oto kod i wyjście, które otrzymuję:
Kod:
/**
** Diagram representing the Simulator Engine
**/
digraph G {
graph [
rankdir = "TB"
];
/**
** The simulator engine rectangle
**/
subgraph cluster_simulator_engine {
style=filled;
color=lightgrey;
node [style=filled,color=white];
label = "Simulator Engine";
/**
** The first topology
**/
subgraph cluster_T1 {
color=white;
node [style=filled];
/**
** The n^th neuron
**/
subgraph cluster_T1_N3 {
color=lightgrey;
node [style=filled];
label = "Neuron n";
/**
** The n^th synapse
**/
"T1_N3_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N3_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N3_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
/**
** The second neuron
**/
subgraph cluster_T1_N2 {
color=lightgrey;
node [style=filled];
label = "Neuron 2";
/**
** The n^th synapse
**/
"T1_N2_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N2_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N2_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
/**
** The third neuron
**/
subgraph cluster_T1_N1 {
color=lightgrey;
node [style=filled];
label = "Neuron 1";
/**
** The n^th synapse
**/
"T1_N1_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N1_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N1_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
label = "Topology 1";
}
/**
** The second topology
**/
subgraph cluster_T2 {
color=white;
node [style=filled];
/**
** The n^th neuron
**/
subgraph cluster_T2_N3 {
color=lightgrey;
node [style=filled];
label = "Neuron n";
/**
** The n^th synapse
**/
"T2_N3_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N3_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N3_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
/**
** The second neuron
**/
subgraph cluster_T2_N2 {
color=lightgrey;
node [style=filled];
label = "Neuron 2";
/**
** The n^th synapse
**/
"T2_N2_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N2_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N2_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
/**
** The third neuron
**/
subgraph cluster_T2_N1 {
color=lightgrey;
node [style=filled];
label = "Neuron 1";
/**
** The n^th synapse
**/
"T2_N1_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N1_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N1_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
/*"T1_N1_S3" -> "T1_N1_S2" [style=invis];*/
}
label = "Topology 2";
}
}
}
wyjściowa:
Oczywiście jest to zdecydowanie zbyt długo. To, czego chcę, to przenieść każdą synapsę do jej własnej linii (myślę, że nazywa się to "rangą" w żargonie Graphviz). Najwyraźniej nie ma sposobu, aby to zrobić, ale istnieje trick. Dlatego biorę ten sam kod powyżej i wprowadzić niewidoczne krawędzie tak jak kod
:
/**
** Diagram representing the Simulator Engine
**/
digraph G {
graph [
rankdir = "TB"
];
/**
** The simulator engine rectangle
**/
subgraph cluster_simulator_engine {
style=filled;
color=lightgrey;
node [style=filled,color=white];
label = "Simulator Engine";
/**
** The first topology
**/
subgraph cluster_T1 {
color=white;
node [style=filled];
/**
** The n^th neuron
**/
subgraph cluster_T1_N3 {
color=lightgrey;
node [style=filled];
label = "Neuron n";
/**
** The n^th synapse
**/
"T1_N3_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N3_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N3_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T1_N3_S1" -> "T1_N3_S2" [style=invis];
"T1_N3_S2" -> "T1_N3_S3" [style=invis];
}
/**
** The second neuron
**/
subgraph cluster_T1_N2 {
color=lightgrey;
node [style=filled];
label = "Neuron 2";
/**
** The n^th synapse
**/
"T1_N2_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N2_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N2_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T1_N2_S2" -> "T1_N2_S3" [style=invis];
"T1_N2_S1" -> "T1_N2_S2" [style=invis];
}
/**
** The third neuron
**/
subgraph cluster_T1_N1 {
color=lightgrey;
node [style=filled];
label = "Neuron 1";
/**
** The n^th synapse
**/
"T1_N1_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T1_N1_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T1_N1_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T1_N1_S1" -> "T1_N1_S2" [style=invis];
"T1_N1_S2" -> "T1_N1_S3" [style=invis];
}
label = "Topology 1";
}
/**
** The second topology
**/
subgraph cluster_T2 {
color=white;
node [style=filled];
/**
** The n^th neuron
**/
subgraph cluster_T2_N3 {
color=lightgrey;
node [style=filled];
label = "Neuron n";
/**
** The n^th synapse
**/
"T2_N3_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N3_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N3_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T2_N3_S1" -> "T2_N3_S2" [style=invis];
"T2_N3_S2" -> "T2_N3_S3" [style=invis];
}
/**
** The second neuron
**/
subgraph cluster_T2_N2 {
color=lightgrey;
node [style=filled];
label = "Neuron 2";
/**
** The n^th synapse
**/
"T2_N2_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N2_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N2_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T2_N2_S1" -> "T2_N2_S2" [style=invis];
"T2_N2_S2" -> "T2_N2_S3" [style=invis];
}
/**
** The third neuron
**/
subgraph cluster_T2_N1 {
color=lightgrey;
node [style=filled];
label = "Neuron 1";
/**
** The n^th synapse
**/
"T2_N1_S3" [
style=filled
shape=box
color=white
label="Synapse n"
];
/**
** The second synapse
**/
"T2_N1_S2" [
style=filled
shape=box
color=white
label="Synapse 2"
];
/**
** The first synapse
**/
"T2_N1_S1" [
style=filled
shape=box
color=white
label="Synapse 1"
];
"T2_N1_S1" -> "T2_N1_S2" [style=invis];
"T2_N1_S2" -> "T2_N1_S3" [style=invis];
}
label = "Topology 2";
}
}
}
a wyjście teraz wygląda bardziej atrakcyjne.
wyjściowa: 
Ale teraz istnieje ogromna przepaść pomiędzy skrzynkami synapsy. Ustawienie nodesep=0.1 lub len=0.1 nie daje żadnego efektu. Czy ktoś może mi powiedzieć, jak to naprawić, lub jak przeprojektować to.
UWAGA: Jeśli ktoś jest ciekawy, dlaczego mam przejść od 1 do 2 do n, to dlatego, że planuję wstawić tam elipsę, ale nie mam pojęcia, jak to zrobić ... przekroczyć ten most, gdy dostanę do tego.