The default point of rotation is the centre point of the bounds of the data.
For simulations with free boundaries, for example, this can lead to a centre point that drifts far from the original centre point based on a few outlier particles. This leads to un-intuitive behaviour. See issue #57.
Issue is to use default parameters that are more useful, like [0,0,0] or the centre of mass.
The default point of rotation is the centre point of the bounds of the data.
For simulations with free boundaries, for example, this can lead to a centre point that drifts far from the original centre point based on a few outlier particles. This leads to un-intuitive behaviour. See issue #57.
Issue is to use default parameters that are more useful, like [0,0,0] or the centre of mass.