Implementation of a modified "dynamical time-warping" algorithm including split/merge operations to align groundtruth sequences with computed sequences generated by our analysis pipelines.
-> takes as first input the raw "angles&internodes" sequence computed by the pipe
-> second input is the groundtruth reference sequence
-> provide an automatized realignment and interpretation of over-segmentation (merge) and under-segmentation (split)
In progress:
@cgodin generates "SM-DTW" (Split-Merge Dynamical Time Warping), an automatic alignment program (in python) for two sequences of phyllotaxis (typically a ground truth and an sequence generated from the pipe). A sequence contains two sub-sequences: one for angles and one for internodes.
@fabfabBesnard generates a program (in R) that simulates phyllotaxis sequences (angles and internodes) and also simulates segmentation errors. This will be used to test the SM-DTW program.
Implementation of a modified "dynamical time-warping" algorithm including split/merge operations to align groundtruth sequences with computed sequences generated by our analysis pipelines. -> takes as first input the raw "angles&internodes" sequence computed by the pipe -> second input is the groundtruth reference sequence -> provide an automatized realignment and interpretation of over-segmentation (merge) and under-segmentation (split)
In progress: @cgodin generates "SM-DTW" (Split-Merge Dynamical Time Warping), an automatic alignment program (in python) for two sequences of phyllotaxis (typically a ground truth and an sequence generated from the pipe). A sequence contains two sub-sequences: one for angles and one for internodes. @fabfabBesnard generates a program (in R) that simulates phyllotaxis sequences (angles and internodes) and also simulates segmentation errors. This will be used to test the SM-DTW program.