Estimates freezing behavior with an algorithm that takes into account the change of pixels over a given interval of time. From discussions with the author for the purposes of this experiment freezing behavior is counted when the Freezing variable in the ez-track output is equal to 100. In consequence, I write the freezing behavior as an Events type using the sampling frequency from the corresponding video to transform frames to video
Because the dust has not settled yet with ndx-events 3.0 (it is not released and there might be changes) I am using ndx-events 2.0 for this conversion.
I also added a bunch of notes and the latest version of the experiment diagram in excalidraw.
As in the title.
The ez-track program: https://github.com/denisecailab/ezTrack/tree/master
Estimates freezing behavior with an algorithm that takes into account the change of pixels over a given interval of time. From discussions with the author for the purposes of this experiment freezing behavior is counted when the Freezing variable in the ez-track output is equal to 100. In consequence, I write the freezing behavior as an Events type using the sampling frequency from the corresponding video to transform frames to video
Because the dust has not settled yet with ndx-events 3.0 (it is not released and there might be changes) I am using ndx-events 2.0 for this conversion.
I also added a bunch of notes and the latest version of the experiment diagram in excalidraw.