Table 4.

Disordered cell constraints.

	state 0	state 1	state 2	state 3
Bd. SE area	$s_a^{(SE)}=1$	$1.01$	$1.02$	$1.05$
Bd. SE peri.	$s_p^{(SE)}=1$	$\sqrt{1.01}$	$\sqrt{1.02}$	$\sqrt{1.05}$
Int. SE area	$s_a^{(SE)}=1$	$0.9$	$0.85$	$0.75$
Int. SE peri.	$s_p^{(SE)}=1$	$\sqrt{0.9}$	$\sqrt{0.85}$	$\sqrt{0.75}$
Int. CE area	$s_a^{(CE)}=1$	$1$	$1$	$1$
Int. CE peri.	$s_p^{(CE)}=1$	$1$	$1.1$	$1.4$
images from Rigato et al.	fig. 1a	fig. 1b	fig. 1c	fig. 1d

Bd., boundary (border) cells; Int., interior (inner) cells; peri., perimeter of the cell.