This is integration time step value. The higher it is, the faster nodes will move, but setting it too high
can result in lots of jitter and instability.
This coefficient defines how strongly each node repels each other.
What is the ideal length of each spring?
Higher values makes the spring force stronger, pushing edges closer to the ideal spring length.
This coefficient introduces "resistance" from environment. When it is close to 0 the forces
will have a lot of freedom, nothing will be stopping them, and that can result in a very
unstable simulation.
This coefficient influences when we apply long distance forces approximation. When this value is
close to 0, the simulation compares forces between every single node (giving O(n^2), slow performance).
Recommended value is 0.8.
Defines number of dimensions of the space where layout is performed. For visualization purpose
2 or 3 dimensions are normally enough. Note: Memory consumptions grows exponentially with number
of dimensions.
Setting this to true will disable pan/zoom but will always keep the graph visible. This is not
part of the layout algorithm. Just a view setting of the renderer.
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