Table 7.

Typical run-time

				Model
				OS	VT	VM
Biological scenario	Void closure (204 Cells)	Boundary resolution	Low	3700 s	510 s	1800 s
			Default	3800 s	570 s	2000 s
			High	3700 s	570 s	2200 s
	Tissue growth		Low	30,500 s (2570 cells)	6400 s (600 cells)	1200 s (2400 cells)
			Default	22,400 s (2120 cells)	1400 s (900 cells)	1400 s (2400 cells)
			High	5100 s (860 cells)	6500 s (1050 cells)	116,700 s (2150 cells)
	Tissue collision		Low	210 s (283 cells)	2900 s (285 cells)	530 s (251 cells)
			Default	240 s (302 cells)	820 s (298 cells)	550 s (256 cells)
			High	280 s (330 cells)	1030 s (296 cells)	21,880 s (256 cells)

As measured in seconds, on single core of a 2.10GHz Intel Xeon E5-2683 v4 CPU, with 240GB of RAM. Final cell numbers are given in parentheses for the tissue growth and tissue collision scenarios. Cell numbers are constant for the void closure simulations. For the OS model, the low boundary resolution is the repulsion model, the default boundary resolution in the short-range interaction model and the high boundary resolution is the long-range interaction model. For the VT model, the low boundary resolution is the unbounded model, the default boundary resolution is the bounded model and the high boundary resolution is the ghost node model. For the VM, the low boundary resolution is the smooth model, the default boundary resolution is the default model and the high boundary resolution is the curved model