Another method that shows organization in persistent AF? That's a RAAP

DG-Mapping: a novel software package for the analysis of any type of reentry and focal activation of simulated, experimental or clinical data of cardiac arrhythmia

“…Many other methods have been developed to find rotors. We mention the following: the CARTOFINDER (Biosense Webster) [46], a method using electrocardiographic imaging (ECGI) [12], a method based on displaying electrogram dispersion [47,48], a method based on the optical flow of the wavefront dynamics [49], sequential ultra high density contact activation mapping [50], a machine learning method based on the 12 lead ECGs [51], the ASAP method for a multipole diagnostic catheter [52], the ICAN method for the circular lasso catheter [53], machine learning methods for mapping electrodes [54,55], single-signal algorithms based on instantaneous amplitude modulation (iAM) and instantaneous frequency modulation (iFM) [56], method to identify repetitive-regular activities (RRas) [57], the RADAR (Real-Time Electrogram Analysis for Drivers of Atrial Fibrillation) system [58], Noncontact Charge Density Mapping [59], novel integrated mapping technique searching for regions with repetitive-regular (RR) activations [60], Stochastic trajectory analysis of ranked signals (STAR) mapping [61], the wavefront field method [62], the electrographic flow mapping [63], deep neural networks for rotor localization [64]. It is clear that an abundance of methods have been developed in the past years to find rotors.…”