5 Graph Description Language (GDL) - Absint
5 Graph Description Language (GDL) - Absint
5 Graph Description Language (GDL) - Absint
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Default value: no<br />
Attribute of: top-level graph, subgraphs<br />
<strong>Description</strong>:<br />
yes forces a fast layout of edge labels, which may result in overlapping of labels. Dirty edge<br />
labels cannot be used if splines are used for edge drawing.<br />
• display_edge_labels<br />
Type: yes, no<br />
Default value: no<br />
Attribute of: top-level graph, subgraphs<br />
<strong>Description</strong>:<br />
yes: edge labels are displayed, no: edge labels are not displayed.<br />
• edges<br />
Type: yes, no<br />
Default value: yes<br />
Attribute of: top-level graph<br />
<strong>Description</strong>:<br />
no: suppresses the drawing of edges in the top-level graph and in all nested subgraphs.<br />
• energetic<br />
Type: yes, no<br />
Default value: no<br />
Attribute of: top-level graph<br />
<strong>Description</strong>:<br />
This attribute applies only to the forcedir layout algorithm.<br />
Apart from the forces of the spring embedder and the magnetic fields, the local energy level<br />
of a node can be taken into account in deciding whether the node should move or not. Setting<br />
this attribute to yes causes the local energy present at a node to be considered during layout.<br />
For details, see p. 115.<br />
• energetic attraction, energetic repulsion, energetic gravity,<br />
energetic crossing, energetic overlapping, energetic border<br />
Type: float<br />
Default values: see list below<br />
Attribute of: top-level graph<br />
<strong>Description</strong>:<br />
This attribute applies only to the forcedir layout algorithm.<br />
Apart from the forces of the spring embedder and the magnetic fields, the local energy level<br />
of a node can be taken into account in deciding whether the node should move or not. The<br />
behavior of the local energy present at a node can be influenced via the following attributes:<br />
– energetic attraction, Default value: 70.0<br />
Weight of the attractive energy of edges<br />
– energetic repulsion, Default value: 70.0<br />
Weight of the repulsive energy between nodes<br />
70