LineStatus	DGRP	Wolbachia	Haplotype	inv1	inv2	inv7	inv8	inv9	Temperature	ThermalRegime	Vial	EggCollDay	PairingDay	Productivity	Daughters	Sons	IGV
Low	21	y	MH11	ST	ST	ST	ST	ST	25	Fluct	1	1	4	53	28	25	19
Low	21	y	MH11	ST	ST	ST	ST	ST	25	Fluct	2	1	4	26	21	5	8
Low	21	y	MH11	ST	ST	ST	ST	ST	25	Fluct	3	1	4	53	34	19	19
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	1	1	1	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	4	1	2	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	6	1	3	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	7	1	3	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	8	1	3	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Const	9	1	3	0	0	0	0
Low	21	y	MH11	ST	ST	ST	ST	ST	29	Fluct	1	2	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	1	1	4	27	15	12	9
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	3	1	4	38	24	14	2
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	4	1	4	33	19	14	3
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	5	1	4	36	20	16	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	6	1	4	48	25	23	12
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	7	1	4	48	30	18	12
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	8	1	4	36	18	18	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	9	1	4	35	21	14	1
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	11	1	4	3	0	3	33
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	12	1	4	37	21	16	1
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	13	1	5	41	22	19	5
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	14	1	5	26	14	12	10
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Const	15	1	5	32	23	9	4
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	1	1	4	44	22	22	10
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	2	1	4	47	25	22	13
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	3	1	4	20	6	14	14
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	4	1	5	31	17	14	3
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	5	1	5	31	11	20	3
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	6	1	5	36	25	11	2
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	7	1	5	32	10	22	2
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	8	1	5	35	14	21	1
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	9	1	5	6	3	3	28
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	10	1	5	35	17	18	1
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	11	1	5	34	14	20	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	12	1	5	40	20	20	6
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	13	1	5	39	16	23	5
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	14	1	5	3	2	1	31
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	15	1	5	16	10	6	18
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	16	1	5	26	12	14	8
High	59	n	CentralMH	ST	ST	ST	ST	ST	25	Fluct	17	1	5	38	21	17	4
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	1	1	2	1	1	0	21
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	2	1	2	1	1	0	21
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	4	1	2	42	27	15	20
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	5	1	2	27	10	17	5
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	6	1	2	14	6	8	8
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	7	1	2	13	5	8	9
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	8	1	2	11	7	4	11
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	9	1	2	24	15	9	2
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	10	1	2	22	15	7	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	11	1	2	2	0	2	20
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	12	1	2	15	10	5	7
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	13	1	2	26	13	13	4
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	14	1	3	0	0	0	22
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	15	2	3	46	24	22	24
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	16	2	3	30	16	14	8
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	17	1	3	28	13	15	6
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	18	1	3	29	9	20	7
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	19	1	3	0	0	0	22
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Const	20	1	3	30	14	16	8
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	3	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	4	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	5	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	6	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	7	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	8	1	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	9	2	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	10	2	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	12	2	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	13	2	4	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	14	1	5	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	15	1	5	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	16	2	5	13	8	5	13
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	17	2	5	0	0	0	0
High	59	n	CentralMH	ST	ST	ST	ST	ST	29	Fluct	18	2	5	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	1	1	5	54	33	21	11
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	2	1	5	20	10	10	23
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	3	1	5	44	20	24	1
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	4	1	5	35	19	16	8
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	5	1	5	43	18	25	0
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	6	1	5	59	30	29	16
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	7	1	5	46	21	25	3
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	8	1	5	35	17	18	8
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	9	1	5	38	22	16	5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	10	1	5	28	12	16	15
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	11	1	5	65	35	30	22
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	12	1	5	45	28	17	2
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	13	1	5	33	13	20	10
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	14	1	5	43	24	19	0
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Const	15	1	5	58	35	23	15
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	1	1	5	35	16	19	1.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	2	1	5	44	30	14	7.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	3	1	5	50	22	28	13.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	4	1	5	53	31	22	16.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	5	1	5	17	5	12	19.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	6	1	5	43	25	18	6.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	7	1	5	46	21	25	9.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	8	1	5	39	18	21	2.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	9	1	5	38	23	15	1.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	11	1	5	34	17	17	2.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	12	1	5	33	18	15	3.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	13	1	5	27	12	15	9.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	14	1	5	29	17	12	7.5
Low	195	n	MH6	ST	ST	ST	ST	ST	25	Fluct	16	1	5	26	10	16	10.5
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	3	1	2	35	18	17	35
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	4	1	2	10	5	5	10
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	7	1	2	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	10	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	11	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	12	1	3	12	8	4	12
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	13	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	14	1	3	14	5	9	14
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	15	1	3	4	1	3	4
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	16	1	3	7	6	1	7
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	17	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	19	1	3	21	10	11	21
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Const	20	1	3	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	1	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	2	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	3	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	4	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	5	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	6	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	7	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	8	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	9	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	10	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	11	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	12	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	13	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	14	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	15	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	16	1	4	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	17	1	5	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	18	1	5	0	0	0	0
Low	195	n	MH6	ST	ST	ST	ST	ST	29	Fluct	19	1	5	0	0	0	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	1	1	3	48	23	25	7
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	2	1	3	43	16	27	2
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	3	1	3	48	29	19	7
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	4	1	3	65	33	32	24
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	5	1	3	40	18	22	1
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	6	1	3	54	23	31	13
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	7	1	3	38	17	21	3
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	8	1	3	19	8	11	22
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	9	1	3	34	21	13	7
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	10	1	3	41	21	20	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	11	1	4	35	18	17	6
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	12	1	4	48	26	22	7
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	13	1	4	38	21	17	3
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	14	1	4	67	35	32	26
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	15	1	4	37	21	16	4
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	1	1	4	59	32	27	1
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	2	1	4	66	41	25	8
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	3	1	4	61	35	26	3
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	4	1	4	52	26	26	6
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	6	1	4	70	36	34	12
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	7	1	4	54	22	32	4
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	8	1	4	44	25	19	14
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	9	1	4	44	20	24	14
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	10	1	4	66	38	28	8
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	11	1	4	59	23	36	1
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	12	1	4	62	36	26	4
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	13	1	4	67	31	36	9
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	14	1	4	58	26	32	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	15	1	4	40	17	23	18
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	16	1	4	58	26	32	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	17	1	4	49	32	17	9
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	18	1	4	0	0	0	58
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	19	1	4	21	9	12	37
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	20	1	4	60	36	24	2
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	1	1	1	18	10	8	11
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	2	1	1	24	11	13	5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	3	1	1	29	14	15	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	5	1	1	29	20	9	0
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	6	1	1	0	0	0	29
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	8	1	1	14	6	8	15
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	9	1	1	28	11	17	1
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	10	1	1	3	1	2	26
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	11	1	2	49	26	23	20
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	12	1	2	47	14	33	18
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	13	1	2	45	25	20	16
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	14	1	2	33	14	19	4
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	15	1	2	44	22	22	15
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	16	1	2	31	16	15	2
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	17	1	2	19	10	9	10
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	18	1	2	44	23	21	15
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	19	1	2	48	16	32	19
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	20	1	2	0	0	0	29
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	1	1	2	9	8	1	16.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	2	1	2	2	1	1	23.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	3	1	2	0	0	0	25.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	4	1	2	0	0	0	25.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	5	1	2	0	0	0	25.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	6	1	2	7	1	6	18.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	7	1	3	35	20	15	9.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	8	1	3	24	11	13	1.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	9	1	3	4	2	2	21.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	10	1	3	32	20	12	6.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	11	1	3	1	1	0	24.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	12	1	3	28	15	13	2.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	13	2	3	47	22	25	21.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	14	2	3	27	11	16	1.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	15	2	3	31	15	16	5.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	16	1	3	0	0	0	25.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	17	1	3	28	16	12	2.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	18	2	4	48	27	21	22.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	19	2	4	54	29	25	28.5
High	208	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	20	2	4	35	18	17	9.5
High	227	y	na	ST	ST	ST	ST	ST	25	Const	1	1	3	38	17	21	1
High	227	y	na	ST	ST	ST	ST	ST	25	Const	2	1	4	37	17	20	0
High	227	y	na	ST	ST	ST	ST	ST	25	Const	3	1	4	31	12	19	6
High	227	y	na	ST	ST	ST	ST	ST	25	Const	4	1	4	50	28	22	13
High	227	y	na	ST	ST	ST	ST	ST	25	Const	5	1	4	62	39	23	25
High	227	y	na	ST	ST	ST	ST	ST	25	Const	6	1	4	0	0	0	37
High	227	y	na	ST	ST	ST	ST	ST	25	Const	7	1	4	58	28	30	21
High	227	y	na	ST	ST	ST	ST	ST	25	Const	8	1	4	38	16	22	1
High	227	y	na	ST	ST	ST	ST	ST	25	Const	9	1	4	64	30	34	27
High	227	y	na	ST	ST	ST	ST	ST	25	Const	10	1	4	49	31	18	12
High	227	y	na	ST	ST	ST	ST	ST	25	Const	11	1	5	37	17	20	0
High	227	y	na	ST	ST	ST	ST	ST	25	Const	12	1	5	35	19	16	2
High	227	y	na	ST	ST	ST	ST	ST	25	Const	13	1	5	37	24	13	0
High	227	y	na	ST	ST	ST	ST	ST	25	Const	14	1	5	24	9	15	13
High	227	y	na	ST	ST	ST	ST	ST	25	Const	15	1	5	37	18	19	0
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	1	1	4	53	19	34	11
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	2	1	4	42	14	28	0
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	3	1	4	44	23	21	2
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	4	1	4	47	21	26	5
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	5	1	4	26	11	15	16
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	7	1	5	31	16	15	11
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	8	1	5	41	21	20	1
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	9	1	5	49	24	25	7
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	10	1	5	48	28	20	6
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	11	1	5	42	24	18	0
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	12	1	5	44	22	22	2
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	13	1	5	37	18	19	5
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	14	1	5	37	19	18	5
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	15	1	5	31	18	13	11
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	16	1	5	0	0	0	42
High	227	y	na	ST	ST	ST	ST	ST	25	Fluct	17	1	5	47	23	24	5
High	227	y	na	ST	ST	ST	ST	ST	29	Const	1	1	2	29	17	12	6
High	227	y	na	ST	ST	ST	ST	ST	29	Const	2	1	2	60	28	32	25
High	227	y	na	ST	ST	ST	ST	ST	29	Const	3	1	2	23	9	14	12
High	227	y	na	ST	ST	ST	ST	ST	29	Const	4	1	2	21	8	13	14
High	227	y	na	ST	ST	ST	ST	ST	29	Const	5	1	2	26	13	13	9
High	227	y	na	ST	ST	ST	ST	ST	29	Const	6	1	2	36	23	13	1
High	227	y	na	ST	ST	ST	ST	ST	29	Const	8	1	2	51	25	26	16
High	227	y	na	ST	ST	ST	ST	ST	29	Const	9	1	2	37	19	18	2
High	227	y	na	ST	ST	ST	ST	ST	29	Const	10	1	2	43	19	24	8
High	227	y	na	ST	ST	ST	ST	ST	29	Const	11	1	2	29	13	16	6
High	227	y	na	ST	ST	ST	ST	ST	29	Const	12	1	2	34	15	19	1
High	227	y	na	ST	ST	ST	ST	ST	29	Const	13	1	2	35	17	18	0
High	227	y	na	ST	ST	ST	ST	ST	29	Const	14	1	3	35	16	19	0
High	227	y	na	ST	ST	ST	ST	ST	29	Const	15	1	3	36	22	14	1
High	227	y	na	ST	ST	ST	ST	ST	29	Const	16	1	3	38	19	19	3
High	227	y	na	ST	ST	ST	ST	ST	29	Const	17	1	3	45	27	18	10
High	227	y	na	ST	ST	ST	ST	ST	29	Const	18	1	3	39	20	19	4
High	227	y	na	ST	ST	ST	ST	ST	29	Const	19	1	3	30	17	13	5
High	227	y	na	ST	ST	ST	ST	ST	29	Const	20	1	3	20	9	11	15
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	1	1	2	15	9	6	4.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	19.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	3	1	3	16	6	10	3.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	4	1	3	0	0	0	19.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	5	1	3	8	3	5	11.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	6	1	3	13	7	6	6.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	7	1	3	18	10	8	1.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	8	1	3	0	0	0	19.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	9	1	3	45	18	27	25.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	10	1	3	16	4	12	3.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	11	1	3	27	11	16	7.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	12	1	3	21	8	13	1.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	13	1	3	30	13	17	10.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	14	1	3	25	12	13	5.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	15	1	3	26	10	16	6.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	16	1	4	21	9	12	1.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	17	1	4	26	9	17	6.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	18	1	4	52	31	21	32.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	19	1	4	31	16	15	11.5
High	227	y	na	ST	ST	ST	ST	ST	29	Fluct	20	1	4	0	0	0	19.5
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	1	1	3	34	18	16	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	2	1	3	35	17	18	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	3	1	4	32	18	14	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	4	1	4	51	25	26	17
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	5	1	4	7	6	1	27
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	6	1	4	34	14	20	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	7	1	4	36	18	18	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	9	1	4	41	24	17	7
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	10	1	4	25	13	12	9
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	11	1	4	36	21	15	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	12	1	4	34	21	13	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	13	1	4	0	0	0	34
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	14	1	4	31	19	12	3
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	15	1	4	32	13	19	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	1	1	4	76	45	31	24
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	2	1	4	39	10	29	13
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	3	1	4	53	28	25	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	4	1	4	42	24	18	10
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	5	1	4	43	23	20	9
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	6	1	4	55	31	24	3
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	7	1	4	63	29	34	11
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	8	1	4	54	25	29	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	9	1	4	52	25	27	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	10	1	4	40	24	16	12
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	11	1	5	54	26	28	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	12	1	5	33	17	16	19
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	13	1	5	38	16	22	14
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	14	1	5	33	13	20	19
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	15	1	5	0	0	0	52
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	16	1	5	53	22	31	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	17	1	5	52	27	25	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	1	1	1	33	20	13	3
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	2	1	1	30	9	21	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	3	1	1	29	17	12	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	4	1	2	38	17	21	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	5	1	2	23	14	9	7
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	6	1	2	46	27	19	16
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	7	1	2	28	13	15	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	8	1	2	20	11	9	10
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	9	1	2	33	21	12	3
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	10	1	2	20	7	13	10
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	11	1	2	24	15	9	6
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	12	1	2	31	13	18	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	13	1	2	28	13	15	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	14	1	2	30	20	10	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	16	1	2	31	22	9	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	17	1	2	42	24	18	12
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	18	1	2	30	19	11	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	19	1	2	30	22	8	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	20	1	2	31	16	15	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	1	1	3	11	7	4	3
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	3	1	3	17	8	9	9
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	4	1	3	9	4	5	1
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	5	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	6	1	3	2	2	0	6
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	7	1	3	31	15	16	23
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	8	1	3	8	6	2	0
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	9	1	3	6	3	3	2
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	10	1	3	13	7	6	5
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	11	1	3	48	25	23	40
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	12	1	3	29	20	9	21
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	13	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	14	2	3	28	16	12	20
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	15	2	3	13	4	9	5
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	16	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	17	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	18	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	19	1	3	0	0	0	8
High	228	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	20	1	4	6	5	1	2
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	1	1	3	41	26	15	0.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	2	1	3	48	28	20	6.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	3	1	3	37	18	19	4.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	4	1	4	76	37	39	34.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	5	1	4	70	46	24	28.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	6	1	4	55	24	31	13.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	7	1	4	68	36	32	26.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	8	1	4	79	44	35	37.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	10	1	4	29	16	13	12.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	11	1	4	27	na	na	14.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	12	1	4	29	na	na	12.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	13	1	4	28	na	na	13.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	14	1	4	31	na	na	10.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Const	15	1	4	42	na	na	0.5
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	1	1	4	12	6	6	17
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	2	1	4	56	32	24	27
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	3	1	4	7	6	1	22
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	4	1	4	47	22	25	18
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	5	1	4	47	28	19	18
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	6	1	4	18	9	9	11
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	7	1	4	25	16	9	4
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	8	1	4	29	13	16	0
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	9	1	4	29	14	15	0
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	10	1	4	44	29	15	15
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	11	1	4	40	16	24	11
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	12	1	4	20	8	12	9
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	13	1	4	13	8	5	16
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	14	1	4	52	30	22	23
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	15	1	4	49	22	27	20
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	16	1	4	30	14	16	1
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	17	1	4	27	15	12	2
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	18	1	4	28	12	16	1
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	19	1	4	7	3	4	22
Low	229	n	MH2	ST	ST	ST	ST	ST	25	Fluct	20	1	4	38	16	22	9
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	4	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	7	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	8	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	11	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	12	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	13	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	14	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	15	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	16	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	17	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	19	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Const	20	1	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	1	1	2	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	3	2	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	4	2	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	5	2	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	6	2	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	7	2	3	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	8	1	4	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	9	1	4	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	10	2	4	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	12	3	4	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	13	1	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	14	1	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	15	2	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	16	2	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	17	2	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	18	2	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	19	2	5	0	0	0	0
Low	229	n	MH2	ST	ST	ST	ST	ST	29	Fluct	20	2	5	0	0	0	0
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	1	1	3	49	32	17	11
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	3	1	4	25	11	14	13
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	5	1	4	49	31	18	11
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	6	1	4	35	16	19	3
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	8	1	4	47	22	25	9
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	9	1	4	38	22	16	0
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	10	1	4	43	19	24	5
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	11	1	4	43	23	20	5
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	12	1	4	24	11	13	14
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	13	1	4	30	16	14	8
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	14	1	4	38	21	17	0
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Const	15	1	4	34	13	21	4
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	2	1	4	60	28	32	10
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	3	1	4	54	26	28	4
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	4	1	4	42	21	21	8
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	5	1	4	35	18	17	15
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	6	1	4	56	31	25	6
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	7	1	4	49	23	26	1
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	8	1	4	66	35	31	16
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	9	1	4	52	19	33	2
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	10	1	5	53	32	21	3
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	11	1	5	38	18	20	12
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	12	1	5	17	10	7	33
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	13	1	5	35	15	20	15
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	14	1	5	40	22	18	10
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	15	1	5	44	22	22	6
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	16	1	5	64	29	35	14
Low	235	n	MH11	ST	ST	ST	ST	ST	25	Fluct	17	1	5	51	24	27	1
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	4	1	2	1	1	0	9.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	6	1	2	11	6	5	0.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	7	1	2	17	4	13	6.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	8	1	3	13	6	7	2.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	9	1	3	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	10	1	3	8	3	5	2.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	11	1	3	19	11	8	8.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	12	1	3	17	8	9	6.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	13	1	3	13	9	4	2.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	14	1	3	27	10	17	16.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	15	1	3	10	5	5	0.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	16	1	3	48	25	23	37.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	17	1	3	15	4	11	4.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	18	1	3	11	4	7	0.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	19	1	3	0	0	0	10.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Const	20	1	3	1	1	0	9.5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	2	1	3	5	3	2	5
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	3	1	3	4	1	3	4
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	4	2	3	9	4	5	9
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	5	2	3	23	12	11	23
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	6	2	3	1	1	0	1
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	7	1	3	6	1	5	6
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	8	1	3	0	0	0	0
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	10	1	4	0	0	0	0
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	11	2	4	17	8	9	17
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	12	2	4	29	17	12	29
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	13	2	4	39	22	17	39
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	14	2	4	26	10	16	26
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	15	2	4	29	11	18	29
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	16	2	4	45	19	26	45
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	17	2	4	55	30	25	55
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	18	2	4	41	19	22	41
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	19	2	4	40	14	26	40
Low	235	n	MH11	ST	ST	ST	ST	ST	29	Fluct	20	2	4	28	9	19	28
High	256	y	na	ST	ST	ST	ST	ST	25	Const	1	1	3	27	13	14	10.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	2	1	4	46	25	21	8.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	3	1	4	29	10	19	8.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	4	1	4	40	23	17	2.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	5	1	4	48	30	18	10.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	6	1	4	56	30	26	18.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	7	1	4	48	30	18	10.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	9	1	4	35	17	18	2.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	10	1	4	32	19	13	5.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	11	1	4	45	30	15	7.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	12	1	4	33	14	19	4.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	13	1	4	29	12	17	8.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	14	1	4	52	27	25	14.5
High	256	y	na	ST	ST	ST	ST	ST	25	Const	15	1	4	35	18	17	2.5
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	1	1	4	50	24	26	6
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	2	1	4	35	18	17	21
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	3	1	4	67	28	39	11
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	4	1	4	66	35	31	10
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	5	1	4	43	16	27	13
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	6	1	4	59	28	31	3
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	7	1	4	56	33	23	0
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	8	1	4	48	23	25	8
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	9	1	4	60	29	31	4
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	10	1	4	67	24	43	11
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	11	1	4	44	24	20	12
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	12	1	4	0	0	0	56
High	256	y	na	ST	ST	ST	ST	ST	25	Fluct	13	1	4	71	39	32	15
High	256	y	na	ST	ST	ST	ST	ST	29	Const	1	1	1	33	21	12	6
High	256	y	na	ST	ST	ST	ST	ST	29	Const	2	1	1	42	21	21	3
High	256	y	na	ST	ST	ST	ST	ST	29	Const	3	1	1	28	18	10	11
High	256	y	na	ST	ST	ST	ST	ST	29	Const	4	1	2	43	23	20	4
High	256	y	na	ST	ST	ST	ST	ST	29	Const	5	1	2	46	28	18	7
High	256	y	na	ST	ST	ST	ST	ST	29	Const	6	1	2	50	29	21	11
High	256	y	na	ST	ST	ST	ST	ST	29	Const	7	1	2	34	14	20	5
High	256	y	na	ST	ST	ST	ST	ST	29	Const	8	1	2	0	0	0	39
High	256	y	na	ST	ST	ST	ST	ST	29	Const	9	1	2	39	20	19	0
High	256	y	na	ST	ST	ST	ST	ST	29	Const	10	1	2	42	19	23	3
High	256	y	na	ST	ST	ST	ST	ST	29	Const	16	1	2	39	16	23	0
High	256	y	na	ST	ST	ST	ST	ST	29	Const	17	1	2	39	21	18	0
High	256	y	na	ST	ST	ST	ST	ST	29	Const	18	1	2	27	14	13	12
High	256	y	na	ST	ST	ST	ST	ST	29	Const	19	1	2	11	7	4	28
High	256	y	na	ST	ST	ST	ST	ST	29	Const	20	1	2	29	16	13	10
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	1	1	2	33	16	17	0
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	2	1	3	33	17	16	0
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	3	1	3	40	21	19	7
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	4	1	3	16	9	7	17
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	5	1	3	32	15	17	1
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	6	1	3	32	14	18	1
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	7	1	3	44	27	17	11
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	8	1	3	0	0	0	33
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	9	1	3	0	0	0	33
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	10	1	3	38	20	18	5
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	11	1	3	37	21	16	4
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	12	1	3	11	7	4	22
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	13	1	3	36	23	13	3
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	14	1	3	36	20	16	3
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	15	1	3	22	8	14	11
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	16	1	3	27	16	11	6
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	17	2	3	48	22	26	15
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	18	2	3	64	31	33	31
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	19	2	3	26	13	13	7
High	256	y	na	ST	ST	ST	ST	ST	29	Fluct	20	2	3	39	14	25	6
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	1	1	4	43	22	21	0
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	2	1	4	53	29	24	10
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	3	1	4	45	18	27	2
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	4	1	4	53	25	28	10
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	7	1	4	47	17	30	4
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	8	1	4	39	16	23	4
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	9	1	4	45	19	26	2
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	10	1	4	40	20	20	3
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	11	1	4	40	21	19	3
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	12	1	4	48	22	26	5
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	13	1	4	0	0	0	43
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	14	1	5	22	na	na	21
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Const	15	1	5	35	21	14	8
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	1	1	4	47	20	27	0
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	2	1	4	49	27	22	2
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	3	1	4	63	29	34	16
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	4	1	4	64	36	28	17
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	5	1	5	47	26	21	0
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	6	1	5	52	29	23	5
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	7	1	5	64	29	35	17
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	8	1	5	31	23	8	16
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	9	1	5	44	24	20	3
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	10	1	5	46	21	25	1
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	11	1	5	42	16	26	5
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	12	1	5	34	13	21	13
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	13	1	5	24	9	15	23
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	14	1	5	0	0	0	47
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	15	1	5	48	19	29	1
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	16	1	5	42	19	23	5
Low	319	y	MH4	ST	ST	ST	ST	ST	25	Fluct	17	1	5	56	22	34	9
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	4	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	7	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	8	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	10	1	2	6	3	3	6
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	11	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	12	1	2	9	6	3	9
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	13	1	2	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	14	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	15	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	16	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	17	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	19	2	3	19	9	10	19
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Const	20	2	3	25	16	9	25
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	1	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	3	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	4	1	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	5	2	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	6	2	3	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	8	1	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	10	2	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	11	1	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	12	2	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	13	1	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	15	2	4	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	16	1	5	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	17	3	5	0	0	0	0
Low	319	y	MH4	ST	ST	ST	ST	ST	29	Fluct	18	3	5	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	1	1	3	51	21	30	14
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	2	1	3	37	19	18	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	3	1	3	36	22	14	1
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	4	1	3	30	18	12	7
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	5	1	3	34	14	20	3
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	6	1	4	55	28	27	18
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	7	1	4	50	18	32	13
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	8	1	4	38	21	17	1
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	9	1	4	40	21	19	3
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	10	1	4	27	11	16	10
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	11	1	4	37	20	17	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	12	1	4	49	28	21	12
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	13	1	4	23	14	9	14
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	14	1	4	30	11	19	7
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Const	15	1	4	42	23	19	5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	1	1	3	21	16	5	34.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	2	1	4	67	41	26	11.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	3	1	4	64	34	30	8.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	4	1	4	49	27	22	6.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	5	1	4	46	22	24	9.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	6	1	4	55	26	29	0.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	7	1	4	62	24	38	6.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	8	1	4	63	33	30	7.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	9	1	4	28	14	14	27.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	10	1	4	65	31	34	9.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	11	1	4	62	28	34	6.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	12	1	4	56	26	30	0.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	17	1	4	60	34	26	4.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	18	1	4	30	13	17	25.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	19	1	4	50	33	17	5.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	25	Fluct	20	1	4	53	20	33	2.5
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	1	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	2	1	2	7	3	4	7
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	3	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	4	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	6	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	7	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	8	1	2	53	28	25	53
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	9	1	2	41	24	17	41
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	10	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	11	1	2	31	13	18	31
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	12	1	2	18	9	9	18
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	13	1	2	33	15	18	33
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	14	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	15	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	16	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	17	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	18	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	19	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Const	20	2	3	8	1	7	8
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	1	1	2	8	3	5	8
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	2	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	3	1	2	7	3	4	7
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	4	1	2	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	5	1	2	1	1	0	1
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	6	1	3	26	17	9	26
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	7	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	8	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	11	1	3	8	3	5	8
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	12	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	13	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	14	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	16	1	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	17	2	3	10	3	7	10
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	18	2	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	19	2	3	0	0	0	0
Low	352	y	OutgroupMH	INV/ST	ST	ST	ST	INV	29	Fluct	20	2	3	8	6	2	8
High	360	y	na	ST	ST	ST	ST	ST	25	Const	1	1	4	27	12	15	13
High	360	y	na	ST	ST	ST	ST	ST	25	Const	2	1	4	40	18	22	0
High	360	y	na	ST	ST	ST	ST	ST	25	Const	3	1	4	47	20	27	7
High	360	y	na	ST	ST	ST	ST	ST	25	Const	4	1	4	47	27	20	7
High	360	y	na	ST	ST	ST	ST	ST	25	Const	5	1	4	55	28	27	15
High	360	y	na	ST	ST	ST	ST	ST	25	Const	6	1	4	47	24	23	7
High	360	y	na	ST	ST	ST	ST	ST	25	Const	7	1	5	53	29	24	13
High	360	y	na	ST	ST	ST	ST	ST	25	Const	8	1	5	1	1	0	39
High	360	y	na	ST	ST	ST	ST	ST	25	Const	9	1	5	34	17	17	6
High	360	y	na	ST	ST	ST	ST	ST	25	Const	10	1	5	39	26	13	1
High	360	y	na	ST	ST	ST	ST	ST	25	Const	11	1	5	43	25	18	3
High	360	y	na	ST	ST	ST	ST	ST	25	Const	12	1	5	40	17	22	0
High	360	y	na	ST	ST	ST	ST	ST	25	Const	13	1	5	33	16	17	7
High	360	y	na	ST	ST	ST	ST	ST	25	Const	14	1	5	45	22	23	5
High	360	y	na	ST	ST	ST	ST	ST	25	Const	15	1	5	22	11	11	18
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	1	1	4	47	22	25	8.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	2	1	4	44	20	24	5.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	3	1	5	0	0	0	38.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	4	1	5	12	7	5	26.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	5	1	5	27	17	10	11.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	6	1	5	38	21	17	0.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	7	1	5	47	19	28	8.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	8	1	5	33	17	16	5.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	9	1	5	42	24	18	3.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	10	1	5	47	23	24	8.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	11	1	5	39	20	19	0.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	12	1	5	36	22	14	2.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	13	1	5	17	8	9	21.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	14	1	5	40	19	21	1.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	15	1	5	58	35	23	19.5
High	360	y	na	ST	ST	ST	ST	ST	25	Fluct	16	1	5	34	18	16	4.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	1	1	2	59	31	28	14.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	2	1	2	36	20	16	8.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	3	1	2	29	13	16	15.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	4	1	3	56	18	38	11.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	5	1	3	53	23	30	8.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	6	1	3	32	14	18	12.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	7	1	3	28	13	15	16.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	8	1	3	54	32	22	9.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	9	1	3	59	32	27	14.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	10	1	3	61	32	29	16.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	11	1	3	45	23	22	0.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	12	1	3	45	20	25	0.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	13	1	3	42	24	18	2.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	14	1	3	44	23	21	0.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	15	1	3	51	28	23	6.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	16	1	3	10	4	6	34.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	17	1	3	33	21	12	11.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	18	1	3	44	23	21	0.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	19	1	3	38	21	17	6.5
High	360	y	na	ST	ST	ST	ST	ST	29	Const	20	1	3	47	25	22	2.5
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	1	1	4	3	0	3	20
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	2	1	4	0	0	0	23
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	3	2	4	35	15	20	12
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	4	2	4	0	0	0	23
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	5	2	4	18	9	9	5
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	6	1	4	0	0	0	23
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	7	2	4	23	11	12	0
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	8	2	5	28	13	15	5
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	9	2	5	23	12	11	0
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	10	1	5	21	10	11	2
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	11	2	5	34	21	13	11
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	12	2	5	31	18	13	8
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	13	2	5	50	35	15	27
High	360	y	na	ST	ST	ST	ST	ST	29	Fluct	14	1	5	24	16	8	1
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	1	1	2	37	18	19	1
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	2	1	3	52	28	24	14
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	3	1	3	47	23	24	9
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	4	1	3	38	20	18	0
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	5	1	3	32	19	13	6
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	6	1	4	32	16	16	6
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	7	1	4	29	20	9	9
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	8	1	4	0	0	0	38
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	9	1	4	50	29	21	12
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	10	1	4	27	11	16	11
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	11	1	4	32	13	19	6
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	12	1	4	51	34	17	13
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	13	1	4	39	18	21	1
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	14	1	4	44	23	21	6
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Const	15	1	4	51	19	32	13
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	1	1	4	65	26	39	23
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	2	1	4	66	33	33	24
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	4	1	4	42	20	22	0
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	5	1	4	40	15	25	2
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	6	1	4	37	15	22	5
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	8	1	4	46	25	21	4
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	9	1	4	52	20	32	10
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	10	1	5	37	18	19	5
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	11	1	5	35	12	23	7
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	12	1	5	42	26	16	0
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	13	1	5	44	26	18	2
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	14	1	5	30	11	19	12
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	15	1	5	49	29	20	7
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	16	1	5	30	15	15	12
High	362	y	MH8b	ST	ST	ST	ST	ST	25	Fluct	17	1	5	28	15	13	14
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	1	1	2	42	20	22	6.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	35.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	3	2	3	33	13	20	2.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	4	2	3	0	0	0	35.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	5	2	3	38	16	22	2.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	6	2	3	0	0	0	35.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	7	2	3	0	0	0	35.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	8	2	3	41	19	22	5.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	9	1	3	39	20	19	3.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	10	1	3	20	10	10	15.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	11	1	3	44	25	19	8.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Const	12	1	3	58	29	29	22.5
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	2	2	4	38	24	14	1
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	3	2	4	41	24	17	4
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	4	1	4	40	19	21	3
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	5	2	4	49	25	24	12
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	6	2	4	35	17	18	2
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	8	2	5	25	12	13	12
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	9	2	5	0	0	0	37
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	10	2	5	25	11	14	12
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	11	2	5	0	0	0	37
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	12	2	5	47	22	25	10
High	362	y	MH8b	ST	ST	ST	ST	ST	29	Fluct	13	2	5	37	22	15	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	1	1	3	35	11	24	6
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	2	1	3	43	24	19	2
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	3	1	3	41	20	21	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	4	1	3	58	28	30	17
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	5	1	3	46	24	22	5
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	6	1	3	40	17	23	1
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	7	1	3	65	30	35	24
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	8	1	3	69	38	31	28
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	9	1	3	58	35	23	17
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	10	1	4	51	24	27	10
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	11	1	4	28	15	13	13
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	12	1	4	37	17	20	4
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	13	1	4	38	20	18	3
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	14	1	4	31	12	19	10
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Const	15	1	4	41	23	18	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	1	1	3	17	11	6	34
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	2	1	3	51	28	23	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	3	1	3	35	17	18	16
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	4	1	4	70	30	40	19
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	5	1	4	44	25	19	7
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	6	1	4	44	20	24	7
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	7	1	4	36	19	17	15
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	8	1	4	51	27	24	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	9	1	4	73	31	42	22
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	10	1	4	31	19	12	20
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	11	1	4	53	33	20	2
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	12	1	4	52	23	29	1
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	13	1	4	44	19	25	7
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	14	1	4	48	26	22	3
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	15	1	4	33	16	17	18
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	16	1	4	73	35	38	22
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	17	1	4	59	33	26	8
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	18	1	4	59	24	35	8
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	19	1	4	105	53	52	54
Low	365	y	CentralMH	ST	ST	ST	ST	ST	25	Fluct	20	1	4	54	28	26	3
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	1	1	1	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	2	1	1	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	3	1	1	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	6	1	2	18	10	8	18
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	7	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	11	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	12	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	13	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	14	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	15	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	16	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	17	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	18	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	19	1	2	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Const	20	1	2	16	7	9	16
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	1	1	3	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	2	1	4	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	4	2	4	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	5	2	5	1	1	0	1
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	6	2	5	0	0	0	0
Low	365	y	CentralMH	ST	ST	ST	ST	ST	29	Fluct	7	2	5	0	0	0	0
High	374	y	na	ST	ST	ST	ST	INV	25	Const	2	1	4	19	14	5	27
High	374	y	na	ST	ST	ST	ST	INV	25	Const	3	1	4	52	26	26	6
High	374	y	na	ST	ST	ST	ST	INV	25	Const	4	1	4	51	31	20	5
High	374	y	na	ST	ST	ST	ST	INV	25	Const	6	1	4	17	9	8	29
High	374	y	na	ST	ST	ST	ST	INV	25	Const	7	1	4	36	21	15	10
High	374	y	na	ST	ST	ST	ST	INV	25	Const	8	1	4	50	27	23	4
High	374	y	na	ST	ST	ST	ST	INV	25	Const	9	1	4	46	28	18	0
High	374	y	na	ST	ST	ST	ST	INV	25	Const	10	1	4	40	15	25	6
High	374	y	na	ST	ST	ST	ST	INV	25	Const	11	1	4	41	21	20	5
High	374	y	na	ST	ST	ST	ST	INV	25	Const	12	1	4	47	20	27	1
High	374	y	na	ST	ST	ST	ST	INV	25	Const	13	1	4	49	23	26	3
High	374	y	na	ST	ST	ST	ST	INV	25	Const	14	1	4	39	18	21	7
High	374	y	na	ST	ST	ST	ST	INV	25	Const	15	1	4	54	23	31	8
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	1	1	4	56	21	35	15
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	4	1	4	41	20	21	0
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	5	1	4	53	26	27	12
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	6	1	5	37	23	14	4
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	7	1	5	28	19	9	13
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	8	1	5	28	18	10	13
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	9	1	5	16	8	8	25
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	10	1	5	35	20	15	6
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	11	1	5	42	22	20	1
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	12	1	5	30	14	16	11
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	13	1	5	47	24	23	6
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	14	1	5	50	23	27	9
High	374	y	na	ST	ST	ST	ST	INV	25	Fluct	15	1	5	51	23	28	10
High	374	y	na	ST	ST	ST	ST	INV	29	Const	2	1	1	15	7	8	23
High	374	y	na	ST	ST	ST	ST	INV	29	Const	3	1	2	44	24	20	6
High	374	y	na	ST	ST	ST	ST	INV	29	Const	4	1	2	0	0	0	38
High	374	y	na	ST	ST	ST	ST	INV	29	Const	5	1	2	28	21	7	10
High	374	y	na	ST	ST	ST	ST	INV	29	Const	6	2	3	44	29	15	6
High	374	y	na	ST	ST	ST	ST	INV	29	Const	7	2	3	40	19	21	2
High	374	y	na	ST	ST	ST	ST	INV	29	Const	8	2	3	29	19	10	9
High	374	y	na	ST	ST	ST	ST	INV	29	Const	9	2	3	46	20	26	8
High	374	y	na	ST	ST	ST	ST	INV	29	Const	10	2	3	50	27	23	12
High	374	y	na	ST	ST	ST	ST	INV	29	Const	11	1	3	42	24	18	4
High	374	y	na	ST	ST	ST	ST	INV	29	Const	12	2	3	33	19	14	5
High	374	y	na	ST	ST	ST	ST	INV	29	Const	13	1	3	38	18	20	0
High	374	y	na	ST	ST	ST	ST	INV	29	Const	14	2	3	0	0	0	38
High	374	y	na	ST	ST	ST	ST	INV	29	Const	15	2	3	37	19	18	1
High	374	y	na	ST	ST	ST	ST	INV	29	Const	16	2	3	36	19	17	2
High	374	y	na	ST	ST	ST	ST	INV	29	Const	17	2	3	43	23	20	5
High	374	y	na	ST	ST	ST	ST	INV	29	Const	18	2	3	39	26	13	1
High	374	y	na	ST	ST	ST	ST	INV	29	Const	19	2	3	31	16	15	7
High	374	y	na	ST	ST	ST	ST	INV	29	Const	20	1	3	45	15	30	7
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	1	1	2	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	2	1	3	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	3	1	3	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	4	1	3	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	5	1	3	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	6	2	3	5	3	2	4
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	7	2	3	12	7	5	3
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	8	2	3	11	4	7	2
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	10	1	4	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	11	1	4	0	0	0	9
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	12	2	4	27	16	11	18
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	13	2	4	7	4	3	2
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	14	2	4	27	10	17	18
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	15	2	4	30	22	8	21
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	16	2	4	27	14	13	18
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	17	2	4	27	15	12	18
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	18	2	4	35	15	20	26
High	374	y	na	ST	ST	ST	ST	INV	29	Fluct	19	2	4	30	15	15	21
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	1	1	3	8	4	4	27.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	2	1	3	51	27	24	15.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	3	1	4	52	31	21	16.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	4	1	4	40	24	16	4.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	5	1	4	50	28	22	14.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	6	1	4	30	14	16	5.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	7	1	4	29	13	16	6.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	8	1	4	31	16	15	4.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	9	1	4	36	21	15	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	10	1	4	38	22	16	2.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	11	1	4	31	16	15	4.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	12	1	4	27	11	16	8.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	13	1	4	35	15	20	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Const	14	1	4	37	16	21	1.5
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	1	1	4	60	40	20	14
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	2	1	4	56	25	31	10
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	3	1	5	45	28	17	1
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	4	1	5	45	24	21	1
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	5	1	5	43	23	20	3
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	6	1	5	44	29	15	2
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	7	1	5	35	17	18	11
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	8	1	5	46	26	20	0
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	9	1	5	59	21	38	13
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	10	1	5	48	24	24	2
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	11	1	5	55	32	23	9
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	12	1	5	52	27	25	6
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	13	1	5	33	21	12	13
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	14	1	5	35	14	21	11
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	15	1	5	55	26	29	9
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	16	1	5	62	32	30	16
High	375	n	MH2	ST	ST	ST	ST	ST	25	Fluct	17	1	5	31	16	15	15
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	1	1	2	44	21	23	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	2	1	2	1	1	0	42.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	3	1	2	41	21	20	2.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	4	1	2	24	18	6	19.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	5	1	2	28	12	16	15.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	6	1	2	57	33	24	13.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	7	1	2	37	13	9	6.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	8	1	3	28	13	15	15.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	9	1	3	44	26	18	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	10	1	3	47	23	24	3.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	11	1	3	47	20	27	3.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	12	1	3	49	26	23	5.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	13	1	3	55	25	30	11.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	14	1	3	59	35	24	15.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	15	1	3	0	0	0	43.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	16	1	3	13	7	6	30.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	17	1	3	45	19	26	1.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	18	1	3	75	35	40	31.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	19	1	3	43	24	19	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Const	20	1	3	41	22	19	2.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	1	1	3	0	0	0	26.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	2	2	3	18	12	6	8.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	3	2	4	30	17	13	3.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	4	2	4	19	7	12	7.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	5	2	4	45	27	18	18.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	6	2	4	42	22	20	15.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	7	1	5	20	4	16	6.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	8	2	5	9	5	4	17.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	9	2	5	33	17	16	6.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	11	2	5	26	19	7	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	12	2	5	44	22	22	17.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	13	1	5	27	7	20	0.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	14	1	5	29	11	18	2.5
High	375	n	MH2	ST	ST	ST	ST	ST	29	Fluct	15	1	5	0	0	0	26.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	1	1	4	12	7	5	30.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	2	1	4	43	29	14	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	3	1	4	49	26	23	6.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	5	1	4	48	28	20	5.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	6	1	4	39	23	16	3.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	7	1	4	37	18	19	5.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	8	1	4	46	24	22	3.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	9	1	4	44	22	22	1.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	10	1	4	42	20	22	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	11	1	4	40	22	18	2.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	12	1	4	39	21	18	3.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	13	1	4	51	23	28	8.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	14	1	4	43	26	17	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Const	15	1	4	34	21	13	8.5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	1	1	4	57	28	29	7
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	2	1	4	61	29	32	11
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	3	1	4	34	15	19	16
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	4	1	4	33	24	9	17
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	5	1	4	46	24	22	4
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	6	1	4	55	21	34	5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	7	1	4	49	24	25	1
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	8	1	4	51	27	24	1
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	9	1	4	52	27	25	2
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	10	1	4	43	21	22	7
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	11	1	4	21	12	9	29
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	12	1	4	87	41	46	37
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	13	1	4	36	18	18	14
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	14	1	4	55	30	25	5
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	15	1	4	68	31	37	18
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	16	1	4	33	15	18	17
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	17	1	4	43	22	21	7
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	18	1	4	57	30	27	7
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	19	1	4	68	30	38	18
High	379	n	MH6	ST	ST	ST	ST	ST	25	Fluct	20	1	4	0	0	0	50
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	1	1	2	24	14	10	6
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	3	2	3	19	5	14	11
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	4	2	3	39	22	17	9
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	5	2	3	16	7	9	14
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	6	2	3	27	12	15	3
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	7	2	3	26	14	12	4
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	8	2	3	35	22	13	5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	9	2	3	14	7	7	16
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	10	2	3	43	18	25	13
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	11	2	3	31	13	18	1
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	12	2	3	41	20	21	11
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	13	2	3	20	11	9	10
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	14	2	3	32	15	17	2
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	15	2	3	0	0	0	30
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	16	1	3	30	12	18	0
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	17	1	3	36	25	11	6
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	30
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	19	1	3	33	11	22	3
High	379	n	MH6	ST	ST	ST	ST	ST	29	Const	20	1	3	36	24	12	6
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	1	1	3	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	3	2	3	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	4	2	3	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	5	2	3	9	3	6	8.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	6	2	3	27	12	15	26.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	7	2	4	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	8	2	4	1	1	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	9	2	4	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	10	2	4	5	4	1	4.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	11	2	4	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	12	2	4	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	13	2	4	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	14	2	4	4	1	3	3.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	15	2	4	1	0	1	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	16	2	4	3	3	0	2.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	17	2	4	2	2	0	1.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	18	2	5	0	0	0	0.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	19	2	5	9	8	1	8.5
High	379	n	MH6	ST	ST	ST	ST	ST	29	Fluct	20	2	5	6	2	4	5.5
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	1	1	3	52	24	28	18
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	2	1	4	31	16	15	3
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	3	1	4	39	23	16	5
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	4	1	4	46	29	17	12
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	5	1	4	40	15	25	6
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	6	1	4	0	0	0	34
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	7	1	4	32	15	17	2
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	8	1	4	36	22	14	2
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	9	1	4	27	16	11	7
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	10	1	4	40	19	21	6
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	11	1	4	31	13	18	3
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	12	1	4	0	0	0	34
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	13	2	4	41	23	18	7
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	14	1	4	26	16	10	8
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	15	1	4	21	10	11	13
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Const	16	1	4	36	20	16	2
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	1	1	4	48	21	27	5
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	3	1	4	51	31	20	8
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	4	1	4	53	24	29	10
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	5	1	4	48	26	22	5
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	6	1	4	45	28	17	2
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	7	1	4	29	12	17	14
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	8	1	4	32	13	19	11
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	9	1	4	51	28	23	8
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	10	1	5	51	28	23	8
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	11	1	5	37	17	20	6
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	12	1	5	40	22	18	3
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	13	1	5	22	7	15	21
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	14	1	5	57	31	26	14
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	15	1	5	28	17	11	15
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	16	1	5	34	21	13	9
Low	409	y	MH8a	ST	INV	ST	ST	INV	25	Fluct	17	1	5	41	22	19	2
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	1	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	2	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	3	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	4	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	5	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	7	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	8	1	2	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	9	2	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	10	2	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	11	2	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	12	2	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Const	13	2	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	2	1	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	3	1	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	4	1	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	5	1	3	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	6	1	4	0	0	0	0
Low	409	y	MH8a	ST	INV	ST	ST	INV	29	Fluct	7	1	4	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	1	1	3	43	23	20	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	2	1	3	44	23	21	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	3	1	3	46	24	22	3
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	5	1	3	33	16	17	10
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	7	1	3	56	23	33	13
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	8	1	3	36	14	22	7
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	9	1	3	43	21	22	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	10	1	3	40	25	15	3
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	11	1	3	33	14	19	10
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	12	1	3	42	19	23	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	13	1	3	60	23	37	17
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	14	1	3	39	25	14	4
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	15	1	3	44	26	18	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	16	1	3	55	26	29	12
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Const	17	1	3	43	18	25	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	1	1	3	56	31	25	5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	2	1	4	37	22	15	14
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	4	1	4	34	24	10	17
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	5	1	4	50	23	27	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	6	1	4	50	24	26	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	7	1	4	51	27	24	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	8	1	4	52	24	28	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	9	1	4	55	32	23	4
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	10	1	4	63	25	38	12
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	11	1	4	58	25	33	7
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	12	1	4	25	12	13	26
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	13	1	4	58	24	34	7
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	14	1	4	45	26	19	6
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	15	1	4	44	21	23	7
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	16	1	4	52	25	27	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	17	1	4	48	23	25	3
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	18	1	4	50	25	25	1
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	19	1	4	54	29	25	3
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	25	Fluct	20	1	4	53	24	29	2
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	2	1	1	20	9	11	7.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	3	1	1	20	11	9	7.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	4	1	1	7	3	4	5.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	5	1	1	0	0	0	12.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	6	1	1	11	4	7	1.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	7	1	1	10	5	5	2.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	8	1	1	0	0	0	12.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	9	1	1	26	10	16	13.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	11	1	1	14	7	7	1.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	12	1	1	28	11	17	15.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	13	1	2	19	8	11	6.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	14	1	2	0	0	0	12.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	15	1	2	0	0	0	12.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	16	1	2	5	3	2	7.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	17	1	2	32	19	13	19.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	18	1	2	35	20	15	22.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	19	1	2	18	10	8	5.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Const	20	1	2	0	0	0	12.5
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	1	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	2	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	3	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	4	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	5	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	7	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	8	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	9	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	10	1	2	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	11	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	12	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	13	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	15	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	16	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	17	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	18	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	19	1	3	0	0	0	0
Low	437	n	OutgroupMH	ST	ST	ST	ST	INV	29	Fluct	20	1	3	0	0	0	0
High	439	n	na	ST	ST	ST	ST	ST	25	Const	1	1	3	48	14	34	10
High	439	n	na	ST	ST	ST	ST	ST	25	Const	2	1	3	49	28	21	11
High	439	n	na	ST	ST	ST	ST	ST	25	Const	3	1	3	29	10	19	9
High	439	n	na	ST	ST	ST	ST	ST	25	Const	4	1	4	28	19	9	10
High	439	n	na	ST	ST	ST	ST	ST	25	Const	5	1	4	45	19	26	7
High	439	n	na	ST	ST	ST	ST	ST	25	Const	6	1	4	29	11	18	9
High	439	n	na	ST	ST	ST	ST	ST	25	Const	7	1	4	27	13	14	11
High	439	n	na	ST	ST	ST	ST	ST	25	Const	8	1	4	51	20	31	13
High	439	n	na	ST	ST	ST	ST	ST	25	Const	9	1	4	36	23	13	2
High	439	n	na	ST	ST	ST	ST	ST	25	Const	10	1	4	23	11	12	15
High	439	n	na	ST	ST	ST	ST	ST	25	Const	11	1	4	38	19	19	0
High	439	n	na	ST	ST	ST	ST	ST	25	Const	12	1	4	45	26	19	7
High	439	n	na	ST	ST	ST	ST	ST	25	Const	13	1	4	54	29	25	16
High	439	n	na	ST	ST	ST	ST	ST	25	Const	14	1	4	41	23	18	3
High	439	n	na	ST	ST	ST	ST	ST	25	Const	15	1	4	0	0	0	38
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	1	1	4	37	21	16	3
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	2	1	4	64	29	35	24
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	3	1	4	50	27	23	10
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	4	1	4	68	31	37	28
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	5	1	4	51	28	23	11
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	6	1	4	36	16	20	4
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	7	1	4	51	18	33	11
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	8	1	4	66	32	34	26
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	9	1	4	42	23	19	2
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	10	1	5	48	18	30	8
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	11	1	5	0	0	0	40
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	12	1	5	40	27	13	0
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	13	1	5	0	0	0	40
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	14	1	5	36	15	21	4
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	15	1	5	32	13	19	8
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	16	1	5	0	0	0	40
High	439	n	na	ST	ST	ST	ST	ST	25	Fluct	17	1	5	39	16	23	1
High	439	n	na	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	49.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	4	1	2	59	26	33	9.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	5	1	2	27	20	7	22.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	6	1	2	63	26	37	13.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	7	1	2	52	24	28	2.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	8	1	2	44	21	23	5.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	49.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	10	1	2	62	33	29	12.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	11	1	2	59	33	26	9.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	12	1	2	54	23	31	4.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	13	1	2	39	19	20	10.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	14	2	2	50	26	24	0.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	15	1	2	42	27	15	7.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	16	2	3	49	20	29	0.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	17	2	3	36	25	11	13.5
High	439	n	na	ST	ST	ST	ST	ST	29	Const	18	2	3	55	29	26	5.5
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	3	2	3	31	18	13	15
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	4	2	3	14	6	8	2
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	5	2	3	24	15	9	8
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	6	1	3	1	1	0	15
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	7	1	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	8	1	3	17	9	8	1
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	9	1	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	10	1	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	11	2	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	12	2	3	0	0	0	16
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	14	2	4	41	22	19	25
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	15	1	4	16	10	6	0
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	17	2	4	26	17	9	10
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	18	3	4	40	21	19	24
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	19	3	4	35	19	16	19
High	439	n	na	ST	ST	ST	ST	ST	29	Fluct	20	3	4	41	25	16	25
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	1	1	3	42	24	18	2
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	2	1	3	35	16	19	9
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	4	1	3	38	16	22	6
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	5	1	3	46	28	18	2
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	6	1	3	28	15	13	16
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	7	1	3	61	37	24	17
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	8	1	3	55	28	27	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	9	1	3	49	29	20	5
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	10	1	4	50	24	26	6
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	11	1	4	88	56	32	44
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	12	1	4	53	30	23	9
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	13	1	4	22	9	13	22
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	14	1	4	37	20	17	7
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Const	15	1	4	39	21	18	5
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	1	1	3	48	27	21	4
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	3	1	4	58	32	26	14
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	4	1	4	32	17	15	12
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	5	1	4	44	22	22	0
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	6	1	4	52	32	20	8
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	7	1	4	45	19	26	1
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	8	1	4	39	15	24	5
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	9	1	4	27	13	14	17
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	10	1	4	30	13	17	14
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	11	1	4	36	19	17	8
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	12	1	4	50	34	16	6
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	13	1	5	47	30	17	3
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	25	Fluct	15	1	5	44	23	21	0
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	1	1	1	57	26	31	16
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	2	1	1	32	19	13	9
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	3	1	1	43	21	22	2
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	4	1	2	0	0	0	41
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	5	1	2	40	21	19	1
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	6	1	2	30	17	13	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	7	1	2	38	16	22	3
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	9	1	2	49	16	33	8
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	10	1	2	40	22	18	1
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	12	1	2	57	27	30	16
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	13	1	2	41	19	22	0
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	14	1	2	56	23	33	15
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	17	1	2	0	0	0	41
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	18	1	2	48	13	35	7
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Const	20	1	2	54	32	22	13
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	1	1	2	0	0	0	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	2	1	2	0	0	0	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	3	1	2	0	0	0	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	5	1	2	7	4	3	4
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	6	1	2	10	3	7	1
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	7	1	2	14	6	8	3
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	8	1	2	10	3	7	1
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	9	1	2	1	1	0	10
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	10	1	3	2	1	1	9
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	11	2	3	28	19	9	17
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	12	2	3	21	11	10	10
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	13	2	3	25	9	16	14
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	14	2	3	36	19	17	25
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	15	2	3	22	12	10	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	16	3	4	0	0	0	11
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	17	3	4	27	14	13	16
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	18	3	4	32	19	13	21
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	19	1	4	11	6	5	0
High	440	y	OutgroupMH	ST	ST	ST	INV/ST	ST	29	Fluct	20	2	4	27	8	19	16
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	1	1	3	27	11	16	13
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	2	1	3	34	19	15	6
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	3	1	4	31	16	15	9
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	4	1	4	40	20	20	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	5	1	4	40	18	22	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	6	1	4	35	15	20	5
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	7	1	4	23	13	10	17
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	8	1	4	58	27	31	18
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	9	1	4	68	33	35	28
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	10	1	4	45	24	21	5
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	11	1	4	47	28	19	7
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	12	1	4	56	29	27	16
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	13	1	4	42	21	21	2
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	14	1	4	37	15	22	3
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	15	1	4	44	18	26	4
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	1	1	4	50	27	23	5
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	2	1	4	54	26	28	54
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	3	1	4	24	11	13	24
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	4	1	4	54	28	26	54
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	5	1	4	43	22	21	43
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	6	1	4	15	7	8	15
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	8	1	4	37	24	13	37
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	9	1	4	48	25	23	48
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	10	1	4	37	17	20	37
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	11	1	4	61	31	30	61
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	12	1	4	60	27	33	60
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	13	1	4	52	25	27	52
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	14	1	4	82	32	50	82
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	15	1	4	45	24	21	45
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	16	1	4	44	21	23	44
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	17	1	4	32	19	13	32
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	18	1	4	42	22	20	42
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	4	1	2	21	9	12	21
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	5	1	2	29	16	13	29
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	7	1	2	5	2	3	5
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	8	1	2	7	5	2	7
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	10	2	2	46	27	19	46
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	11	2	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	12	2	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	13	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	14	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	15	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	16	2	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	17	2	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	18	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	19	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	20	2	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	1	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	2	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	3	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	4	1	2	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	5	1	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	6	1	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	7	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	8	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	9	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	10	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	11	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	12	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	13	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	14	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	15	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	16	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	17	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	18	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	19	2	3	0	0	0	0
Low	491	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	20	2	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	1	1	4	45	21	24	1
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	2	1	4	40	18	22	4
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	3	1	4	25	9	16	19
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	4	1	4	39	15	24	5
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	5	1	4	46	22	24	2
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	6	1	4	37	19	18	7
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	7	1	4	42	23	19	2
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	8	1	4	55	23	32	11
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	9	1	4	55	30	25	11
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	10	1	4	39	19	20	5
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	11	1	4	44	18	26	0
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	12	1	4	59	30	29	15
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	13	1	4	51	26	25	7
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	14	1	4	9	5	4	35
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Const	15	1	4	46	17	29	2
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	2	1	4	61	33	28	16
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	3	1	4	44	20	24	44
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	4	1	4	52	29	23	52
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	5	1	4	46	22	24	46
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	6	1	5	33	14	19	33
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	7	1	5	58	30	28	58
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	8	1	5	39	17	22	39
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	9	1	5	52	24	28	52
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	10	1	5	49	24	25	49
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	11	1	5	38	21	17	38
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	12	1	5	50	28	22	50
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	13	1	5	34	21	13	34
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	14	1	5	30	10	20	30
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	15	1	5	14	6	8	14
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	16	1	5	55	27	28	55
Low	530	y	MH2	ST	ST	ST	ST	ST	25	Fluct	17	1	5	37	19	18	37
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	3	1	3	4	2	2	4
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	4	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	5	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	6	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	7	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	8	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	10	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	13	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	14	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	16	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	17	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Const	19	1	3	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	2	1	4	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	3	1	4	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	5	1	4	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	6	2	5	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	7	2	5	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	8	2	5	0	0	0	0
Low	530	y	MH2	ST	ST	ST	ST	ST	29	Fluct	10	2	4	0	0	0	0
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	3	1	3	49	25	24	4
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	4	1	3	38	20	18	7
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	5	1	3	28	19	9	17
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	6	1	3	45	27	18	0
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	7	1	3	45	20	25	0
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	8	1	3	49	24	25	4
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	9	1	3	51	17	34	6
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	10	1	3	42	21	21	3
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	11	1	3	56	30	26	11
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	12	1	3	0	0	0	45
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	13	1	3	43	17	26	2
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	14	1	3	47	21	26	2
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	15	1	3	40	18	22	5
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	16	1	3	21	18	3	24
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	17	1	3	46	22	24	1
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	18	1	3	32	17	15	13
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	19	1	3	45	29	16	0
High	584	y	MH6	INV	ST	ST	ST	ST	25	Const	20	1	3	56	25	31	11
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	1	1	4	51	26	25	3
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	2	1	4	70	30	40	22
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	3	1	4	44	16	28	4
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	4	1	4	56	35	21	8
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	5	1	4	29	18	11	19
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	6	1	4	45	27	18	3
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	7	1	4	31	14	17	17
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	8	1	4	45	25	20	3
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	9	1	4	34	18	16	14
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	10	1	4	39	15	24	9
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	11	1	4	84	40	44	36
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	12	1	4	52	24	28	4
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	13	1	4	72	44	28	24
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	14	1	4	77	36	41	29
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	15	1	4	63	36	27	15
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	16	1	4	59	19	40	11
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	17	1	4	72	45	27	24
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	18	1	4	41	23	18	7
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	19	1	4	43	20	23	5
High	584	y	MH6	INV	ST	ST	ST	ST	25	Fluct	20	1	4	43	23	20	5
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	1	1	1	47	25	22	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	3	1	1	38	21	17	3
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	4	1	1	32	18	14	9
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	5	1	1	37	16	21	4
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	6	1	1	47	16	31	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	7	1	1	0	0	0	41
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	8	1	1	49	20	29	8
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	9	1	2	47	25	22	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	10	1	2	3	2	1	38
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	11	1	2	47	22	25	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	12	2	2	48	20	28	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	13	2	2	41	18	23	0
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	14	2	2	49	27	22	8
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	15	2	2	46	26	20	5
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	16	1	2	27	14	13	14
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	17	1	2	0	0	0	41
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	19	2	2	34	21	13	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Const	20	2	2	47	25	22	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	1	1	2	9	4	5	2
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	2	1	2	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	3	1	2	22	15	7	15
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	4	1	2	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	5	1	2	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	6	1	2	2	2	0	5
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	7	1	2	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	8	1	2	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	9	1	3	7	5	2	0
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	10	1	3	28	12	16	21
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	11	1	3	14	2	12	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	12	1	3	0	0	0	7
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	13	1	3	1	0	1	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	14	2	3	35	18	17	28
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	16	2	3	29	16	13	22
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	17	2	3	13	7	6	6
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	18	2	3	28	10	18	21
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	19	2	3	20	8	12	13
High	584	y	MH6	INV	ST	ST	ST	ST	29	Fluct	20	2	3	0	0	0	7
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	1	1	4	36	12	24	2
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	2	1	4	44	26	18	6
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	3	1	4	46	25	21	8
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	4	1	4	35	14	21	3
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	5	1	4	54	34	20	16
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	6	1	4	33	13	20	5
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	7	1	4	34	18	16	4
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	8	1	4	38	17	21	0
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	9	1	4	51	24	27	13
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	10	1	4	27	16	11	11
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	11	1	4	69	37	32	31
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	12	1	4	52	27	25	14
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	13	1	4	38	22	16	0
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	14	1	4	45	25	20	7
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Const	15	1	4	29	19	10	9
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	1	1	4	40	22	18	3
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	2	1	4	59	33	26	16
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	3	1	4	46	22	24	3
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	4	1	4	51	27	24	8
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	5	1	4	46	25	21	3
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	6	1	5	70	33	37	27
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	7	1	5	30	22	8	13
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	8	1	5	36	27	9	7
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	9	1	5	22	12	10	21
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	10	1	5	43	22	21	0
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	11	1	5	45	26	19	2
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	12	1	5	32	20	12	11
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	13	1	5	53	30	23	10
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	14	1	5	38	17	21	5
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	15	1	5	49	21	28	6
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	16	1	5	4	na	na	39
Low	627	n	MH6	INV	ST	ST	ST	ST	25	Fluct	17	1	5	41	22	19	2
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	1	1	2	31	14	17	14.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	2	1	2	56	23	33	39.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	3	1	2	31	16	15	14.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	4	1	2	20	11	9	3.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	5	1	2	25	12	13	8.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	16.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	7	1	2	14	10	4	2.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	8	1	2	3	3	0	13.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	9	1	2	19	11	8	2.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	10	1	3	47	20	27	30.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	11	1	3	37	21	16	20.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	12	1	3	0	0	0	16.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	13	2	3	27	9	18	10.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	14	2	3	1	0	1	15.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	15	2	3	35	17	18	18.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	16	2	3	1	0	1	15.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	17	2	3	0	0	0	16.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	18	2	3	5	3	2	11.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	19	2	3	1	0	1	15.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Const	20	1	3	0	0	0	16.5
Low	627	n	MH6	INV	ST	ST	ST	ST	29	Fluct	1	1	5	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	1	1	4	61	34	27	12
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	3	1	4	22	11	11	27
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	4	1	4	41	24	17	8
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	5	1	4	41	23	18	8
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	6	1	4	47	24	23	2
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	7	1	4	51	23	28	2
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	8	1	4	69	38	31	20
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	9	1	4	37	14	23	12
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	10	1	4	34	18	16	15
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	11	1	4	63	26	37	14
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	12	1	4	51	25	26	2
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	13	1	4	56	34	22	7
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	14	1	4	60	24	36	11
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Const	15	1	4	32	19	13	17
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	1	1	4	54	26	28	12
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	3	1	5	47	26	21	5
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	4	1	5	49	27	22	7
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	5	1	5	10	6	4	32
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	6	1	5	55	21	34	13
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	7	1	5	29	12	17	13
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	8	1	5	49	26	23	7
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	9	1	5	39	14	25	3
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	10	1	5	52	27	25	10
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	11	1	5	42	20	22	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	12	1	5	48	27	21	6
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	13	1	5	33	18	15	9
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	14	1	5	36	17	19	6
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	15	1	5	41	24	17	1
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	25	Fluct	16	1	5	34	10	24	8
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	2	2	2	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	3	1	3	1	1	0	1
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	4	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	6	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	7	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	8	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	9	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	10	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	11	1	3	17	7	10	17
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	12	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	13	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	14	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	15	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	16	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	17	1	3	2	0	2	2
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	18	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Const	20	1	3	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	3	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	4	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	5	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	6	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	7	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	8	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	9	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	12	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	13	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	14	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	15	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	16	1	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	17	2	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	18	2	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	19	2	4	0	0	0	0
Low	808	n	OutgroupMH	ST	ST	ST	ST	ST	29	Fluct	20	2	4	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	1	1	3	17	10	7	15
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	2	1	3	55	29	26	23
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	3	1	3	2	0	2	30
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	5	1	4	55	27	28	23
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	6	1	4	29	18	11	3
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	7	1	4	29	10	19	3
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	8	1	4	26	12	14	6
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	9	1	4	36	19	17	4
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	10	1	4	38	16	22	6
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	11	1	4	33	17	16	1
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	12	1	4	34	17	17	2
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	13	1	4	49	24	25	17
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	14	1	4	31	16	15	1
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Const	15	1	4	29	16	13	3
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	1	1	3	30	17	13	0
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	2	1	4	21	14	7	9
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	3	1	4	6	3	3	24
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	4	1	4	22	9	13	8
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	5	1	4	31	16	15	1
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	6	1	4	29	16	13	1
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	7	1	4	27	17	10	3
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	8	1	4	33	13	20	3
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	9	1	4	24	13	11	6
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	10	1	4	30	14	16	0
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	11	1	4	48	20	28	18
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	12	1	4	45	22	23	15
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	13	1	4	15	7	8	15
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	14	1	4	41	17	24	11
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	15	1	4	26	13	13	4
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	16	1	4	34	14	20	4
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	17	1	4	49	23	26	19
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	18	1	4	43	24	19	13
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	19	1	4	35	14	21	5
Low	819	y	MH1	ST	ST	ST	ST	ST	25	Fluct	20	1	4	17	11	6	13
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	2	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	4	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	6	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	7	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	8	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	10	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	12	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	13	2	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	14	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	15	2	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	16	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	17	2	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	18	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	19	2	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Const	20	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	1	1	2	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	3	1	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	4	1	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	5	1	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	6	1	3	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	8	2	4	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	9	2	4	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	10	2	4	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	12	1	5	0	0	0	0
Low	819	y	MH1	ST	ST	ST	ST	ST	29	Fluct	13	2	5	0	0	0	0
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	2	1	3	36	19	17	5
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	3	1	3	51	33	18	10
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	4	1	3	52	26	26	11
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	5	1	3	42	22	20	1
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	6	1	4	39	18	21	2
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	7	1	4	36	14	22	5
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	8	1	4	45	16	29	4
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	9	1	4	48	26	22	7
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	10	1	4	40	22	18	1
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	11	1	4	45	23	22	4
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	12	1	4	0	0	0	41
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	13	1	4	47	17	30	6
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	14	1	4	28	10	18	13
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Const	15	1	4	0	0	0	41
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	1	1	3	35	20	15	4
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	2	1	3	16	8	8	23
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	3	1	4	44	27	17	5
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	4	1	4	40	20	20	1
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	7	1	4	36	23	13	3
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	8	1	4	26	10	16	13
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	9	1	4	41	18	23	2
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	10	1	4	44	23	21	5
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	11	1	4	34	14	20	5
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	12	1	4	52	29	23	13
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	13	1	4	41	19	22	2
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	14	1	4	57	28	29	18
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	15	1	4	40	13	27	1
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	16	1	4	35	21	14	4
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	17	1	4	28	16	12	11
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	18	1	4	38	21	17	1
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	19	1	4	45	15	30	6
High	822	y	MH8a	ST	ST	ST	ST	ST	25	Fluct	20	1	4	34	18	16	5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	1	1	1	44	27	17	1
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	2	1	2	19	8	11	24
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	3	1	2	37	18	19	6
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	4	1	2	41	14	27	2
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	5	1	2	4	3	1	39
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	6	1	2	45	25	20	2
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	7	1	2	33	20	13	10
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	8	1	2	46	23	23	3
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	9	1	2	51	23	28	8
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	10	1	2	37	19	18	6
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	11	1	2	46	21	25	3
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	12	1	2	43	17	26	0
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	13	1	2	23	9	14	20
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	14	1	2	65	31	34	22
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	15	1	2	43	18	25	0
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	16	1	2	58	31	27	15
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	17	1	2	42	16	26	1
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	18	1	2	38	21	17	5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	19	1	2	52	28	24	9
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Const	20	1	2	45	25	20	2
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	1	1	2	26	14	12	4.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	2	1	2	31	18	13	0.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	3	1	2	38	18	20	7.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	4	1	2	13	8	5	17.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	5	1	2	36	15	21	5.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	6	1	2	11	7	4	19.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	7	1	2	37	14	23	6.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	8	1	2	0	0	0	30.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	11	1	3	49	23	26	18.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	12	1	3	47	16	31	16.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	13	1	3	22	13	9	8.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	14	1	3	45	18	27	14.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	15	1	3	43	25	18	12.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	16	1	3	20	9	11	10.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	17	1	3	24	15	9	6.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	18	1	3	0	0	0	30.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	19	1	3	43	23	20	12.5
High	822	y	MH8a	ST	ST	ST	ST	ST	29	Fluct	20	1	3	30	11	19	0.5
High	861	y	na	ST	ST	ST	ST	INV	25	Const	1	1	4	32	15	17	13
High	861	y	na	ST	ST	ST	ST	INV	25	Const	2	1	4	50	28	22	5
High	861	y	na	ST	ST	ST	ST	INV	25	Const	3	1	4	45	25	20	0
High	861	y	na	ST	ST	ST	ST	INV	25	Const	4	1	4	48	23	25	3
High	861	y	na	ST	ST	ST	ST	INV	25	Const	5	1	4	45	23	22	0
High	861	y	na	ST	ST	ST	ST	INV	25	Const	6	1	4	44	17	27	1
High	861	y	na	ST	ST	ST	ST	INV	25	Const	7	1	4	58	27	31	13
High	861	y	na	ST	ST	ST	ST	INV	25	Const	8	1	4	46	20	26	1
High	861	y	na	ST	ST	ST	ST	INV	25	Const	9	1	4	37	21	16	8
High	861	y	na	ST	ST	ST	ST	INV	25	Const	10	1	4	49	21	28	4
High	861	y	na	ST	ST	ST	ST	INV	25	Const	11	1	4	37	19	18	8
High	861	y	na	ST	ST	ST	ST	INV	25	Const	12	1	4	57	28	29	12
High	861	y	na	ST	ST	ST	ST	INV	25	Const	13	1	4	39	19	20	6
High	861	y	na	ST	ST	ST	ST	INV	25	Const	14	1	4	31	16	15	14
High	861	y	na	ST	ST	ST	ST	INV	25	Const	15	2	4	0	0	0	45
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	1	1	4	56	23	33	20
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	2	1	4	52	30	22	16
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	3	1	4	49	20	29	13
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	4	1	4	43	21	22	7
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	5	1	5	13	7	6	23
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	6	1	5	35	17	18	1
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	7	1	5	26	11	15	10
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	8	1	5	0	0	0	36
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	9	1	5	31	18	13	5
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	10	1	5	37	19	18	1
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	11	1	5	46	28	18	10
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	12	1	5	36	23	13	0
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	13	1	5	36	17	19	0
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	14	1	5	19	11	8	17
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	15	1	5	0	0	0	36
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	16	1	5	40	21	19	4
High	861	y	na	ST	ST	ST	ST	INV	25	Fluct	17	1	5	50	26	24	14
High	861	y	na	ST	ST	ST	ST	INV	29	Const	1	1	2	0	0	0	40
High	861	y	na	ST	ST	ST	ST	INV	29	Const	2	1	2	36	13	23	4
High	861	y	na	ST	ST	ST	ST	INV	29	Const	3	1	2	41	23	18	1
High	861	y	na	ST	ST	ST	ST	INV	29	Const	4	1	2	39	18	21	1
High	861	y	na	ST	ST	ST	ST	INV	29	Const	5	1	2	24	11	13	16
High	861	y	na	ST	ST	ST	ST	INV	29	Const	7	1	2	43	20	23	3
High	861	y	na	ST	ST	ST	ST	INV	29	Const	8	1	2	31	17	14	9
High	861	y	na	ST	ST	ST	ST	INV	29	Const	9	1	2	50	20	30	10
High	861	y	na	ST	ST	ST	ST	INV	29	Const	10	1	2	48	27	21	8
High	861	y	na	ST	ST	ST	ST	INV	29	Const	11	1	3	38	18	20	2
High	861	y	na	ST	ST	ST	ST	INV	29	Const	12	1	3	38	16	22	2
High	861	y	na	ST	ST	ST	ST	INV	29	Const	13	1	3	34	19	15	6
High	861	y	na	ST	ST	ST	ST	INV	29	Const	14	1	3	59	27	32	19
High	861	y	na	ST	ST	ST	ST	INV	29	Const	15	1	3	51	24	27	11
High	861	y	na	ST	ST	ST	ST	INV	29	Const	16	1	3	48	26	22	8
High	861	y	na	ST	ST	ST	ST	INV	29	Const	17	1	3	53	25	28	13
High	861	y	na	ST	ST	ST	ST	INV	29	Const	18	1	3	37	22	15	3
High	861	y	na	ST	ST	ST	ST	INV	29	Const	20	1	3	48	22	26	8
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	1	1	2	19	10	9	1
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	2	1	3	20	10	10	0
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	4	1	3	7	4	3	13
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	5	1	3	42	13	29	22
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	6	1	3	32	19	13	12
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	7	1	3	29	14	15	9
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	8	1	3	0	0	0	20
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	9	1	3	22	9	13	2
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	10	1	3	34	17	17	14
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	11	1	3	46	25	21	26
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	12	1	3	17	8	9	3
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	13	1	3	8	6	2	12
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	14	1	3	14	6	8	6
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	15	1	3	16	10	6	4
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	16	1	3	38	18	20	18
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	17	1	3	34	9	25	14
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	18	1	3	0	0	0	20
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	19	1	3	28	15	13	8
High	861	y	na	ST	ST	ST	ST	INV	29	Fluct	20	1	3	1	0	1	19
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	1	1	3	44	20	24	7
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	2	1	3	37	19	18	0
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	4	1	3	47	20	27	10
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	5	1	3	37	18	19	0
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	7	1	4	47	27	20	10
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	8	1	4	26	15	11	11
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	10	1	4	0	0	0	37
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	12	1	4	50	22	28	13
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	13	1	4	33	14	19	4
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Const	15	1	4	33	15	18	4
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	1	1	4	36	15	21	29
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	2	1	4	46	24	22	39
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	3	1	4	55	33	22	48
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	4	1	4	51	25	26	44
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	6	1	4	44	29	15	37
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	7	1	4	32	12	20	25
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	8	2	4	0	0	0	7
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	9	1	4	34	12	22	27
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	10	1	5	38	20	18	31
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	11	1	5	34	21	13	27
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	12	1	5	49	26	23	42
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	14	1	5	31	13	18	24
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	15	1	5	35	18	17	28
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	16	1	5	49	21	28	42
Low	900	n	MH4	ST	ST	ST	ST	ST	25	Fluct	17	1	5	54	25	29	47
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	1	1	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	2	1	2	10	5	5	6
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	3	1	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	4	1	2	12	4	8	8
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	5	1	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	6	1	2	4	3	1	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	7	1	2	18	10	8	14
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	8	1	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	9	1	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	10	1	2	18	6	12	14
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	12	2	2	20	7	13	16
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	14	2	2	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	15	2	2	21	13	8	17
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	17	2	2	17	7	10	13
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	18	1	3	46	27	19	42
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	19	2	3	2	1	1	2
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Const	20	2	3	0	0	0	4
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	1	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	2	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	3	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	4	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	5	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	6	2	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	7	2	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	8	2	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	9	2	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	10	2	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	11	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	12	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	13	1	3	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	14	1	4	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	15	1	4	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	16	1	4	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	17	1	4	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	18	2	4	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	19	2	5	0	0	0	0
Low	900	n	MH4	ST	ST	ST	ST	ST	29	Fluct	20	2	5	0	0	0	0