Table 3. Numerical scenarios for Figs 4 and 6.

β	m	a				(%)	z (%)	zhv (%)	zhh (%)	zp (%)
0.05	5	0.5	1.486	1.422	0.126	5.868	82.65	77.27	5.377	6.506
0	5	0.5	1.422	1.422	0	0	79.60	79.60	0	0
0.10	5	0.5	1.553	1.422	0.252	11.09	85.18	74.58	10.60	12.45
0.05	2.25	0.5	1.019	0.954	0.126	12.17	6.782	5.957	0.825	12.17
0	2.25	0.5	0.954	0.954	0	0	0	0	0	0
0.01	5	0.5	1.434	1.422	0.025	1.231	80.26	79.17	1.084	1.351
0.01	10	0.5	2.023	2.011	0.025	0.620	97.89	97.02	0.872	0.890
0.01	5	1	2.856	2.843	0.025	0.311	99.94	99.28	0.663	0.663
0.05	10	0.5	2.075	2.011	0.126	3.023	98.10	93.81	4.292	4.375
0.05	5	1	2.907	2.843	0.126	1.535	99.94	96.66	3.280	3.282

and z_p = z_hh/z are the percentages of contribution by sexual transmission in the basic reproduction number and attack rate, respectively, where z_hv and z_hh are the attack rates due to vectorial transmission and sexual transmission, respectively.