Table 1.

Complexity AF scores for the four representative patients, combining $\mathit{AFB}$, $<EB>$, and $<Poincar\acute{e}>$ Scores.

Patient ID	AFB			$<EB>$			$<Poincar\acute{e}>$			Complexity AF score
	Value [%]	Label	Score	Value	Label	Score	Value	Label	Score
P1	3.59	L	0	2H	M	1	1 H	M	1	2
P2	15.63	L	0	4H	H	2	1 H	M	1	3
P3	99.87	H	2	2H	M	1	2 H	H	2	5
P4	82.95	H	2	3H	H	2	2 H	H	2	6

Patient ID	${\mathit{EB}}_{\mathit{DF}}$		${\mathit{EB}}_{\mathit{MSF}}$		${\mathit{EB}}_{\mathit{MSE}}$		${\mathit{EB}}_{\mathit{SE}}$		$<EB>$
	Value [%]	Label	Value [%]	Label	Value [%]	Label	Value [%]	Label	Value	Label	Score
P1	6.03	L	24.63	L	28.16	H	28.21	H	2H	M	1
P2	40.24	H	25.06	H	36.24	H	32.29	H	4H	H	2
P3	4.08	L	21.47	L	29.15	H	27.85	H	2H	M	1
P4	25.66	H	21.16	L	29.14	H	26.51	H	3H	H	2

Patient ID	$SD1/SD2$		$\mathit{STD}$		$<Poincar\acute{e}>$
	Value	Label	Value	Label	Value	Label	Score
P1	0.1778	L	0.1859	H	1 H	M	1
P2	0.6623	H	0.2862	L	1 H	M	1
P3	0.7703	H	0.0663	H	2 H	H	2
P4	0.5538	H	0.1977	H	2 H	H	2

$<EB>$ an averaged EB from four different approaches (Eqs. 2, 3); $<Poincar\acute{e}>$ an averaged Poincaré metrics from SD1/SD2 and STD (Eq. 4).

AFB atrial fibrillation burden, EB electrical burden, L low, M medium, H high, DF dominant frequency, MSF multi-scale frequency, MSE multi-scale entropy, SE Shannon entropy.