Force-directed
With the force-directed layout, Kumu positions everything automatically based primarily on three forces:
A gravity force that pulls all items toward the true center of the map
A particle charge force that pushes elements away from each other, as if all elements were the same pole of a magnet
A connection force that pulls connected elements back together
The force-directed layout also allows you to override any element's position by pinning it in place. After you pin an element, it will stay where you left it and won't be affected by any of the usual forces.
The stakeholder template and SNA template use the force-directed layout by default.
We've picked default strengths for each of these forces in order to create comfortable layouts for most maps, but if things are looking a little off, you can customize the layout forces in two different ways.
Change the layout preset
The easiest way to change how gravity, particle charge, and connections affect the layout is to change your layout preset.
auto
dense
hairball
Change the forces' underlying strengths
If none of the layout presets look good for your map, you can use the Advanced Editor to fine-tune the forces' underlying strengths. Here's some sample code to get you started:
Changing from fixed to force-directed layout:
Select Customize defaults
Scroll down to the General settings section to change the "Layout" to "force-directed"
Then right-click your mouse on your map to open the quick-access menu. Choose Maps > Default Element Behavor > change it to "floating"
If you were previously using a fixed layout, you may need to un-pin all the existing elements. You can do this by pressing
Shift
+E
on your keyboard to select all elements, then click the pin icon in the lower right of the element profile or pressAlt
+P
on your keyboard.
If you would rather do steps 1-4 in the Advanced Editor, here is the code you can use to switch to a force-directed layout:
After you complete all five steps, you just need to move one element, and they will all start to float into the force-directed layout.
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