Analyses are also performed for a geometrically similar frame designed with the more restrictive requirements of an intermediate frame for comparison with the poorly-confined and retrofitted frames.
Both Cartesian and internal intermediate frames are stored in a very compressed manner - less than 10% of the size of the object per intermediate frame for Cartesian and around 1 to 2% smaller for internal coordinate intermediate frames.
However, we also performed an intermediate model analysis to account for the possibility of spatial coding in intermediate frames of reference.
Figure 4 D provides a visualization of intermediate frames of reference [for a mathematical description of how these models were derived, see Keith et al. (2009)].
Important to note that unlike target- and gaze-related intermediate models which are describing intermediate frames of reference, the intermediate models between displacement and position models (Fig. 10 C, D, G, H) are rather abstract and do not have a physically intuitive description, and have not been proposed before; nevertheless, we tested them here for the sake of completion.
Population analysis for the intermediate frames was done in a similar fashion.
In this paper, we further explore this direction of estimating intermediate frames and propose a different parametrization of variational energy for CCE frame interpolation.
The intermediate frames in the internal coordinate space can provide a visual understanding of, for example, loop transitions in protein kinases or domain movements in which linkers undergo transitions and ligand:docking attempts.
The special makes extensive use of compression artifacts for artistic effect, namely "datamoshing", where two videos are interleaved so intermediate frames are interpolated from two separate sources.
Frame interpolation is a technique of creating intermediate frames based on overlapping neighboring frames in sequence.
