To create a 2D GED-graph
1. Click the left button opposite
Network, click your *.GED file to open.
2. Click Net/Partition/Depth/Acyclic to
create a partition by generations.
3. Click Draw/Draw Partitions and
/Layers/in xy plane to see generations in graphics
4. Layers/Optimize layers in xy to
minimize line crossing
To Change Appearence to P-Graph FORMAT
a. Click Options/Mark Vertices/Numbers
b. Click Options/Mark Vertices/No Label (now you see dotted lines)
c. Click Options/Size of Arrows/0 (now you see p-graph)
To Capture graph in PAINTSHOP Pro 4.0(PSP)
d. Open PSP, Click Capture//Setup/(let F11 be capture key)
e. Click Capture/Start
f. go back to Pajek image
g. Click Color/Background/White
h. Press F11 (or capture key)
i. Click cursor upper left corner of graph
j. Click cursor lower right corner of graph
k. Your P-graph is ready to print in PSP 4.0!!
To create a 3D GED-graph with SPRING EMBEDDING: steps 2-3 as before
3. Click Type of Layout/3D then: Layers/in z direction
to add partition layers to the z dimension
4. Click Energy/Options/Starting
Position/Given Z
5. Click Energy 2D Fruchterman-Reingold/...wait/Continue
iterations
6. Spin in any of three
directions by pressing keys X, Y, or Z:
to see time dimension spin around x until the yellow points are all at the same level;
then spin in y dimension to see the 3-dimensionality of the structure
To see only the largest connected
component
1. Click Net/Components/WEAK
(creates a new partition)
2. Click Operations/Extract
From Network/Partition
3. Click
Net/Partitions/Depth/Acyclic
4. Click Draw/Draw PartitionS
To see only the largest bi-
component (couples relinked through marrage)
1. Click the left button
opposite Network, click your *.GED file to open.
2. Click Net/Components/BiComponents
(creates hierarchy)
3. Click Info/Hierarchy to
see frequency of bi-components of different size.
Note the largest one.
4. DoubleClick Window 5
(Hierarchy) to bring up a new Window showing bi-component clusters
5. Click +Root in this new
Window to expand the complete list of bi-components. Note the number of the
one with the largest size, for example.
6. Click Hierarchy/Extract
Cluster,and give the Cluster Number that you want
7. Click Operations/Extract
From Network/Cluster
8. Click Draw (see Draw
operations above)
9. Click
Net/Partitions/Depth/Acyclic to create a partition by generations.
10. Click Draw/Draw Partitions
11. Click Layers/in z Direction
to fix generations in Z dimension
12. Click Energy 2D Fruchterman-Reingold/...wait/Continue
iterations
13. Spin in any of three
directions by pressing or holding the keys X, Y, Z
Export to Graphics formats
1. Click Export/EPS or PS
or VRML to create a graphics file to save your output.
2. The circles for vertices
in 3D get smaller in size as they recede, but this does not come through
unless you Export/WYSIWYG (or use a text editor on the file and
change the elipses marked 5.00 in diameter to a new value). Draw/Export/OptionsOnOff will cause options to
change if you change size of vertices.
VRML can be viewed on the web using the Cosmo Player plugin for
your browser or in viewers like HiJaakPro.