kentbye
GraphViz Example: b457.dot
graph G {
overlap=false; //scale; //false; //
directed=false;
pack=true; // put unconnected subgraphs as close as possible;
center=true; // center on page
//minsep=0.2;
size="7,10"; //"6,9";
ratio=0.6; // aspect ratio
fontsize=14;
// outputorder=edgesfirst; // make nodes come out on top;
// set up default shape for nodes;
node [ shape=rectangle, style=filled,
fillcolor=gray80, color=gray80,
fixedsize=true, height=0.25, width=1,
fontcolor=black, fontsize=14];
// Default edge characteristics
edge [color="blue", len=0.1, fontsize=16, arrowhead="dot", arrowtail="dot", arrowsize=0.4];
"S0001126" [URL="javascript:ShowNodeContents('\N')", tooltip="STE12/YHR084W/S0001126", fillcolor="red", color="red", label="STE12"];
label = "Query genes: STE12 (YHR084W/S0001126)\lThis graph produced by BioTrawler,\la BioMOBY (web-service)-based application for viewing distributed gene/protein interaction data,\lpart of the BioGraphNet initiative at the Roth Lab, Harvard Medical School.\l\l";
"Legend here" [fixedsize=false, fontsize=14, shape="rectangle", label=<InteractionColorCorrelatedCoexpression GavinSpoke getKnownRegulatorsAndTargets Homology SyntheticLethal >];
"S0001126" -- "S0003268" [color="green", style="setlinewidth(1)", len=1, URL="", label=""];
"S0001126" -- "S0003057" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001126" -- "S0001868" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001126" -- "S0000532" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001868" [URL="javascript:ShowNodeContents('\N')", tooltip="STE2/YFL026W/S0001868", fillcolor="gray80", color="gray80", label="STE2"];
"S0003057" [URL="javascript:ShowNodeContents('\N')", tooltip="MF(ALPHA)2/YGL089C/S0003057", fillcolor="gray80", color="gray80", label="MF(ALPHA)2"];
"S0003268" [URL="javascript:ShowNodeContents('\N')", tooltip="CAX4/YGR036C/S0003268 (CWH8)", fillcolor="gray80", color="gray80", label="CAX4"];
"S0000532" [URL="javascript:ShowNodeContents('\N')", tooltip="FUS1/YCL027W/S0000532", fillcolor="gray80", color="gray80", label="FUS1"];
// Use epsilon, maxiter to make sure the graph renders quickly,
// no matter how many nodes are present.
// If there are few, the rendering will be good even with loose parameters
// If there are many, it won't matter too much how good the layout is,
// the user won't be able to read it anyway.
// The important thing is to give a quick response.
epsilon=0.0004;
maxiter=10000;
overlap=scale;
};
GraphViz Example: b457.dot
graph G {
overlap=false; //scale; //false; //
directed=false;
pack=true; // put unconnected subgraphs as close as possible;
center=true; // center on page
//minsep=0.2;
size="7,10"; //"6,9";
ratio=0.6; // aspect ratio
fontsize=14;
// outputorder=edgesfirst; // make nodes come out on top;
// set up default shape for nodes;
node [ shape=rectangle, style=filled,
fillcolor=gray80, color=gray80,
fixedsize=true, height=0.25, width=1,
fontcolor=black, fontsize=14];
// Default edge characteristics
edge [color="blue", len=0.1, fontsize=16, arrowhead="dot", arrowtail="dot", arrowsize=0.4];
"S0001126" [URL="javascript:ShowNodeContents('\N')", tooltip="STE12/YHR084W/S0001126", fillcolor="red", color="red", label="STE12"];
label = "Query genes: STE12 (YHR084W/S0001126)\lThis graph produced by BioTrawler,\la BioMOBY (web-service)-based application for viewing distributed gene/protein interaction data,\lpart of the BioGraphNet initiative at the Roth Lab, Harvard Medical School.\l\l";
"Legend here" [fixedsize=false, fontsize=14, shape="rectangle", label=<InteractionColorCorrelatedCoexpression GavinSpoke getKnownRegulatorsAndTargets Homology SyntheticLethal >];
"S0001126" -- "S0003268" [color="green", style="setlinewidth(1)", len=1, URL="", label=""];
"S0001126" -- "S0003057" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001126" -- "S0001868" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001126" -- "S0000532" [color="blue", style="setlinewidth(1)", len=1, arrowsize="1", arrowhead="vee", arrowtail="none" , URL="", label=""];
"S0001868" [URL="javascript:ShowNodeContents('\N')", tooltip="STE2/YFL026W/S0001868", fillcolor="gray80", color="gray80", label="STE2"];
"S0003057" [URL="javascript:ShowNodeContents('\N')", tooltip="MF(ALPHA)2/YGL089C/S0003057", fillcolor="gray80", color="gray80", label="MF(ALPHA)2"];
"S0003268" [URL="javascript:ShowNodeContents('\N')", tooltip="CAX4/YGR036C/S0003268 (CWH8)", fillcolor="gray80", color="gray80", label="CAX4"];
"S0000532" [URL="javascript:ShowNodeContents('\N')", tooltip="FUS1/YCL027W/S0000532", fillcolor="gray80", color="gray80", label="FUS1"];
// Use epsilon, maxiter to make sure the graph renders quickly,
// no matter how many nodes are present.
// If there are few, the rendering will be good even with loose parameters
// If there are many, it won't matter too much how good the layout is,
// the user won't be able to read it anyway.
// The important thing is to give a quick response.
epsilon=0.0004;
maxiter=10000;
overlap=scale;
};