χ² values of ρ for all d and σ values for the 24 most occuring values of θ₂:

	σ=1	σ=2	σ=3	σ=4	σ=5	σ=6	σ=7	σ=8	σ=9	σ=10	σ=11	σ=12	σ=13	σ=14	σ=15
θ2=0.000, d=1	2.43	0.45	0.15	0.06	0.03	0.02	0.01	0.01	0.00	0.00	0.00	0.00	0.00	0.00	0.00
θ2=0.000, d=2	29.36	2.87	0.80	0.39	0.23	0.15	0.10	0.06	0.05	0.03	0.03	0.02	0.02	0.01	0.01
θ2=0.000, d=3	-182.49	28.35	3.16	1.07	0.62	0.41	0.28	0.20	0.15	0.11	0.09	0.07	0.06	0.05	0.04
θ2=0.000, d=4	-46.63	33.42	13.65	3.12	1.35	0.81	0.56	0.40	0.31	0.25	0.21	0.17	0.14	0.12	0.10
θ2=0.000, d=5	53.93	24.34	-110.88	9.45	3.17	1.55	0.96	0.67	0.53	0.43	0.37	0.32	0.26	0.22	0.19
θ2=0.000, d=6	159.19	-212.86	35.38	34.32	7.61	3.14	1.65	1.05	0.81	0.66	0.58	0.51	0.43	0.37	0.31
θ2=0.000, d=7	185.98	-41.44	-1.69	36.89	18.69	6.45	2.99	1.71	1.22	0.97	0.84	0.74	0.63	0.55	0.47
θ2=0.000, d=8	121.44	-53.77	69.44	34.76	-51.99	13.24	5.51	2.90	1.88	1.41	1.19	1.04	0.88	0.77	0.67
θ2=0.000, d=9	117.95	-1893.46	-227.88	-19.86	631.04	32.58	10.12	4.97	2.98	2.10	1.68	1.43	1.20	1.04	0.90
θ2=0.000, d=10	116.08	68.94	-56.41	26.74	35.24	-98.01	19.55	8.48	4.79	3.18	2.41	1.97	1.62	1.39	1.18
θ2=0.000, d=11	111.03	-38.49	-41.11	121.80	-37.00	-66.94	87.47	14.72	7.66	4.85	3.48	2.74	2.19	1.83	1.54
θ2=0.000, d=12	124.80	188.53	-57.88	-233.69	12.38	36.27	7.85	29.55	12.34	7.39	5.06	3.82	2.97	2.42	1.99
θ2=0.000, d=13	161.96	150.10	-187.01	-70.00	52.48	-61.51	-26.53	39.01	20.98	11.27	7.36	5.35	4.05	3.20	2.57
θ2=0.000, d=14	186.64	276.50	274.16	-45.80	203.16	2.44	38.69	37.61	54.01	17.61	10.71	7.48	5.52	4.25	3.33
θ2=0.000, d=15	168.46	196.53	83.46	-44.08	-255.03	32.02	-107.26	-12.48	-78.31	30.94	15.80	10.49	7.52	5.64	4.32
θ2=0.000, d=16	155.76	158.97	10.69	-62.32	-91.59	82.13	-7.39	42.37	92.52	-30.90	24.56	14.82	10.25	7.48	5.60
θ2=0.000, d=17	171.78	141.01	-200.96	-134.20	-62.35	340.05	20.13	-210.98	-3.63	2.99	49.93	21.55	14.02	9.91	7.25
θ2=0.000, d=18	177.45	134.49	201.36	-2366.98	-55.29	-290.16	52.45	-18.59	47.74	661.23	83.27	34.62	19.52	13.18	9.40
θ2=0.000, d=19	188.74	129.63	-2566.55	188.76	-60.57	-118.85	121.74	10.96	-581.98	2.90	27.55	224.11	28.58	17.71	12.19
θ2=0.000, d=20	191.94	125.47	298.29	82.86	-80.51	-81.96	587.02	37.60	-32.77	53.04	-167.33	-86.18	51.17	24.51	15.93
θ2=0.000, d=21	181.74	125.08	225.50	27.36	-133.60	-68.61	-329.64	78.47	2.26	4285.71	8.32	51.62	26.83	36.97	21.18
θ2=0.000, d=22	182.84	125.84	166.47	-47.86	-374.27	-65.73	-147.63	177.13	27.42	-50.18	57.47	-75.21	-5.56	99.61	29.52
θ2=0.000, d=23	186.48	122.73	141.11	-491.44	542.24	-71.14	-102.68	1091.99	58.42	-6.75	637.76	12.38	86.23	143.54	48.17
θ2=0.000, d=24	159.75	116.48	127.29	181.59	154.88	-87.32	-84.09	-377.20	111.44	18.57	-71.25	59.69	-45.46	17.39	-36.98
θ2=0.000, d=25	136.88	111.64	119.00	-160.29	79.94	-125.22	-76.47	-181.37	249.56	44.70	-16.34	384.04	15.25	162.22	-88.15
θ2=0.245, d=4.123	0.68	20.27	13.93	3.17	1.72	1.22	0.90	0.66	0.51	0.40	0.32	0.26	0.20	0.17	0.14
θ2=0.245, d=8.246	37.42	-1.89	2758.63	21.22	-337.92	13.93	5.54	3.08	2.26	1.89	1.71	1.55	1.33	1.17	1.02
θ2=0.245, d=12.369	88.64	30.38	-5.07	-16.25	-90.65	22.96	-499.33	38.80	13.14	7.68	5.42	4.32	3.54	3.04	2.63
θ2=0.245, d=16.492	44.53	51.52	-0.98	-9.28	-6.87	3150.06	42.43	29.84	-155.95	-263.60	29.14	16.33	11.13	8.20	6.30
θ2=0.245, d=20.616	18.17	75.45	42.88	-58.48	-19.60	-7.86	-55.00	12.38	20.29	40.46	-4.89	20.33	105.82	29.27	18.19
θ2=0.245, d=24.739	13.31	76.64	50.90	49.04	35.48	-22.94	-10.10	-37.97	4871.20	-153.68	7.13	48.53	18.15	-626.59	-308.07
θ2=0.322, d=3.162	890.41	55.69	3.20	1.68	1.20	0.83	0.58	0.40	0.29	0.21	0.16	0.13	0.10	0.08	0.06
θ2=0.322, d=6.325	43.96	905.85	32.02	73.15	7.84	3.37	2.23	1.75	1.53	1.31	1.14	0.99	0.81	0.69	0.58
θ2=0.322, d=9.487	60.19	29.69	1062.22	-19.18	956.50	69.66	11.08	5.11	3.35	2.71	2.49	2.32	2.04	1.84	1.62
θ2=0.322, d=12.649	55.32	72.87	4.49	1082.15	7.43	33.05	13.08	60.66	14.13	7.90	5.54	4.49	3.76	3.32	2.95
θ2=0.322, d=15.811	33.69	80.93	16.76	-200.32	1151.79	21.78	-109.99	-12.40	-19.67	61.53	18.89	11.78	8.37	6.45	5.20
θ2=0.322, d=18.974	24.96	85.81	80.50	26.42	-140.67	1267.32	36.72	-22.69	44.74	1163.87	-466.39	69.05	24.54	15.47	10.84
θ2=0.322, d=22.136	24.26	54.14	67.31	-2.42	114.68	-139.43	1453.42	56.49	-5.41	100.18	5.28	69.55	131.02	76.99	28.08
θ2=0.322, d=25.298	25.31	43.55	62.87	63.04	-121.88	-43.93	-159.41	1689.16	83.26	8.30	-78.02	58.51	-41.68	25.89	54.94
θ2=0.464, d=2.236	21.53	3.07	1.99	1.19	0.70	0.42	0.26	0.17	0.11	0.08	0.06	0.04	0.03	0.03	0.02
θ2=0.464, d=4.472	85.56	29.09	19.79	3.27	2.36	2.03	1.63	1.24	0.96	0.74	0.58	0.46	0.36	0.29	0.23
θ2=0.464, d=6.708	72.26	-20240.72	34.05	-23.25	9.05	3.49	2.57	2.27	2.11	1.86	1.64	1.42	1.17	0.99	0.83
θ2=0.464, d=8.944	34.20	104.58	19.88	35.51	-14.80	20.84	6.23	3.31	2.75	2.62	2.59	2.47	2.19	1.96	1.73
θ2=0.464, d=11.18	22.92	469.55	-104.25	-6.09	34.77	-14.74	60.32	10.95	5.32	3.72	3.36	3.28	3.05	2.88	2.66
θ2=0.464, d=13.416	29.73	116.16	119.54	-27684.38	-29.99	34.75	34.85	-12.22	18.74	8.83	5.73	4.63	4.00	3.71	3.47
θ2=0.464, d=15.652	54.91	64.27	47.96	-247.53	52.81	-79.14	35.48	-118.70	29.14	35.30	14.13	8.85	6.42	5.21	4.50
θ2=0.464, d=17.889	36.00	37.21	172.68	105.73	-103.31	17.66	-600.59	37.32	-8.62	-6.48	-7.67	22.22	13.09	8.99	6.76
θ2=0.464, d=20.125	42.01	37.06	99.36	-50.72	-1073.58	-27730.63	-0.33	181.50	39.93	18.38	-2256.84	-6.61	36.12	18.56	12.04
θ2=0.464, d=22.361	37.68	23.25	65.91	446.10	99.40	-115.36	81.77	-16.14	92.92	43.93	52.02	-9.07	-1.41	71.88	25.38
θ2=0.464, d=24.597	44.75	31.10	46.79	124.32	245.08	1155.02	-135.59	32.76	-34.42	64.62	47.40	130.10	19.10	163.65	-40.89
θ2=0.464, d=26.833	35.19	38.49	42.24	81.40	285.56	99.68	-164.09	-29281.83	12.55	-57.24	49.15	49.55	1157.54	51.19	-6.71
θ2=0.588, d=3.606	22.80	7.33	3.23	2.65	2.39	1.77	1.25	0.86	0.62	0.45	0.34	0.26	0.19	0.15	0.12
θ2=0.588, d=7.211	42.14	29.52	31.92	6.08	12.28	3.71	2.87	2.84	2.83	2.57	2.30	1.99	1.65	1.38	1.16
θ2=0.588, d=10.817	21.82	4051.28	26.36	27.58	12.96	2.59	23.36	6.69	3.64	3.16	3.35	3.50	3.34	3.17	2.93
θ2=0.588, d=14.422	33.12	64.94	317.13	23.12	114.05	31.44	-80.73	5.89	40.13	11.35	6.21	4.69	4.11	3.99	3.93
θ2=0.588, d=18.028	48.03	31.99	200.64	-432.20	20.66	686.21	-0.61	322.11	13.89	8.64	248.79	18.08	10.35	7.06	5.51
θ2=0.588, d=21.633	95.17	48.51	69.23	3607.38	-66.05	15.89	-420.46	32.31	26.53	20.61	-45.51	9.21	7.13	27.68	14.91
θ2=0.588, d=25.239	45.50	36.95	43.44	143.36	-104.40	2.88	9.66	-215.91	74.77	-21.77	-78.06	-8.36	186.51	5.25	-278.95
θ2=0.588, d=28.844	55.04	50.88	40.07	68.07	326.81	288.29	24.31	0.88	-167.61	147.15	14.26	28.18	78.93	-93.80	54.55
θ2=0.644, d=5	125.32	-12.20	-31.45	3.57	2.88	3.01	2.64	2.08	1.63	1.25	0.98	0.77	0.60	0.47	0.38
θ2=0.644, d=10	18.96	137.68	234.48	-16.80	45.21	-36.02	9.51	3.75	3.05	3.24	3.52	3.55	3.27	3.00	2.69
θ2=0.644, d=15	44.39	48.23	144.97	-1083.23	136.22	-17.06	7.25	-2.14	-24.45	14.22	6.84	4.78	4.10	4.03	4.07
θ2=0.644, d=20	89.75	40.92	96.12	132.68	-1465.57	248.09	58.30	-19.01	34.37	57.11	-151184.04	-22.97	21.69	11.67	7.67
θ2=0.644, d=25	52.84	41.20	48.91	171.68	132.27	-73753.55	-5421.35	779.75	36.93	-23.20	91.17	-13.00	27.49	75.50	-32.01
θ2=0.644, d=30	92.54	57.60	38.33	57.22	224.51	132.82	1243.22	-1213.02	302.87	145.16	26.22	-27.28	-283.14	7.73	82.68
θ2=0.785, d=1.414	3.76	3.25	1.08	0.42	0.19	0.10	0.06	0.04	0.02	0.02	0.01	0.01	0.01	0.00	0.00
θ2=0.785, d=2.828	150.15	4.25	3.43	2.71	1.71	1.04	0.66	0.43	0.29	0.20	0.15	0.11	0.08	0.06	0.05
θ2=0.785, d=4.243	224.08	-11.97	5.62	2.82	3.31	2.76	2.07	1.48	1.08	0.79	0.59	0.45	0.34	0.26	0.21
θ2=0.785, d=5.657	485.17	162.76	-22.89	6.34	2.78	3.38	3.35	2.82	2.30	1.80	1.43	1.13	0.88	0.70	0.56
θ2=0.785, d=7.071	41.73	121.44	10.52	0.69	6.81	2.95	3.35	3.51	3.36	2.92	2.50	2.09	1.68	1.38	1.13
θ2=0.785, d=8.485	19.39	242.20	182.34	-17.13	38.20	7.16	3.14	3.19	3.63	3.61	3.42	3.07	2.60	2.22	1.89
θ2=0.785, d=9.899	22.82	977.43	44.26	851.18	-34.72	65.02	7.01	3.21	3.22	3.59	3.84	3.78	3.41	3.07	2.71
θ2=0.785, d=11.314	24.32	714.46	242.93	196.27	-69.91	-22.09	33.07	6.77	3.41	3.20	3.67	3.98	3.86	3.71	3.44
θ2=0.785, d=12.728	20.61	132.23	263.96	7.20	-20.25	-13.89	-19.32	23.92	6.55	3.58	3.36	3.75	3.89	4.00	3.93
θ2=0.785, d=14.142	23.82	69.40	-108.40	128.74	208.03	8.74	6.11	5.51	18.85	6.55	3.86	3.56	3.66	3.95	4.10
θ2=0.785, d=15.556	50.17	48.58	-350.46	289.12	-15.31	1.27	88.87	78.79	6.75	16.38	6.57	4.20	3.64	3.77	4.02
θ2=0.785, d=16.971	44.25	42.91	839.16	266.00	74.59	211.24	43.10	-10.43	-15.19	37.98	14.57	6.82	4.52	3.90	3.93
θ2=0.785, d=18.385	44.08	52.88	210.80	46.50	206.95	-34.09	13.43	-17.19	23.44	9.67	-478.72	13.77	7.28	4.93	4.20
θ2=0.785, d=19.799	166.18	66.35	116.91	1298.37	323.32	40.15	220.36	777.78	40.12	-32.85	-145.79	51.01	13.91	7.70	5.36
θ2=0.785, d=21.213	89.29	61.10	75.06	16.93	281.55	132.87	-54.01	22.25	7.49	-7.64	32.99	12.69	37.80	13.88	8.13
θ2=0.785, d=22.627	90.00	52.37	58.21	993.27	110.60	254.04	16.18	226.26	-46.42	-77.07	46.78	-10.95	103.17	31.98	13.92
θ2=0.785, d=24.042	147.07	65.01	54.90	316.20	-524.54	325.21	85.53	-74.03	31.20	26.42	30.62	-5.93	27.98	-38.25	28.77
θ2=0.785, d=25.456	120.18	76.36	56.90	208.96	255.21	275.44	180.35	-2.85	242.57	-15.12	-11.42	-6.44	-815.45	-21.64	52.63
θ2=0.785, d=26.87	132.36	64.99	58.31	152.07	2162.38	139.05	280.08	52.90	-98.17	38.72	63.99	956.50	96.68	28.00	197.96
θ2=0.785, d=28.284	63.58	57.31	56.50	113.91	1069.54	-147.31	319.41	125.73	-18.47	252.41	-1.93	5.05	27.64	3.71	-9.25
θ2=0.785, d=29.698	113.19	70.63	52.33	85.03	363.96	1403.54	269.24	216.39	31.20	-122.38	46.87	776.24	-42.39	-6.11	-47.54
θ2=0.785, d=31.113	134.26	80.57	48.42	62.19	229.82	-430.23	158.28	295.52	89.96	-32.85	265.18	6.58	19.33	126.96	293.71
θ2=0.785, d=32.527	154.07	78.11	46.42	45.05	154.97	244.28	-31.20	316.54	164.68	12.70	-149.66	54.28	-82.48	-13.18	24.39
θ2=0.785, d=33.941	99.87	84.30	45.94	34.61	106.45	952.38	-1064.99	269.44	246.43	61.06	-45.69	273.96	12.15	39.43	-109.24
θ2=0.785, d=35.355	189.98	88.03	46.11	32.04	75.74	358.85	407.62	175.24	305.83	121.20	-1.08	-177.44	58.93	-34.96	1.56
θ2=0.927, d=5	165.48	4.14	35.02	2.80	2.78	2.76	2.36	1.83	1.42	1.07	0.83	0.64	0.49	0.39	0.31
θ2=0.927, d=10	15.20	156.90	-24.60	3.96	-59.69	45.63	7.25	3.60	3.22	3.23	3.28	3.14	2.79	2.51	2.22
θ2=0.927, d=15	29.11	52.72	190.17	-8.38	-572.73	4.44	18.81	-1.31	41.93	10.06	5.08	3.74	3.33	3.37	3.46
θ2=0.927, d=20	57.51	24.54	134.77	200.73	-27.55	-36.82	-67.95	4.50	432.21	-51.39	1727.49	36.17	12.39	7.23	5.22
θ2=0.927, d=25	68.87	45.16	41.49	242.72	221.04	-69.84	-21.14	-85.10	148.80	5.07	113.96	3.77	45.17	61.14	41.15
θ2=0.927, d=30	133.52	83.74	57.82	118.44	348.02	223.38	-130.99	-19.35	-42.25	-577.15	74.11	5.66	-78.30	27.38	-58.58
θ2=0.983, d=3.606	548.56	209.97	2.82	2.51	2.02	1.43	1.00	0.69	0.49	0.35	0.26	0.20	0.15	0.11	0.09
θ2=0.983, d=7.211	63.96	599.98	-220.63	261.07	7.07	3.15	2.90	2.77	2.58	2.21	1.89	1.58	1.27	1.05	0.87
θ2=0.983, d=10.817	15.13	-630.39	660.79	28.20	11.74	274.15	14.33	5.45	3.61	3.17	3.11	3.02	2.72	2.50	2.26
θ2=0.983, d=14.422	20.87	73.94	173.00	726.16	-94.49	-322.90	-70.45	268.07	20.33	7.91	4.61	3.63	3.21	3.16	3.13
θ2=0.983, d=18.028	23.97	36.83	258.24	51.19	779.94	-12.31	3.20	-52.12	19.14	238.42	25.13	10.07	6.02	4.44	3.87
θ2=0.983, d=21.633	42.31	22.89	106.41	-824.61	215.28	806.97	10.46	29.62	-355.29	12.00	-33.46	210.14	32.52	13.53	8.53
θ2=0.983, d=25.239	206.66	58.96	52.61	232.71	-2963.02	337.64	857.45	29.78	139.89	-8.65	-2.75	-12.78	41.08	208.31	47.24
θ2=0.983, d=28.844	92.54	44.03	42.27	143.40	441.11	200.40	479.93	902.97	52.76	-96.21	9.03	-431.27	116.94	-84.46	15.58
θ2=1.107, d=2.236	-0.87	3.37	1.70	0.85	0.47	0.27	0.17	0.11	0.08	0.05	0.04	0.03	0.02	0.02	0.01
θ2=1.107, d=4.472	39.38	-0.91	8.49	2.56	1.95	1.54	1.20	0.89	0.68	0.50	0.39	0.30	0.22	0.18	0.14
θ2=1.107, d=6.708	120.80	64.09	-0.50	30.84	5.12	2.90	2.40	2.02	1.74	1.41	1.16	0.95	0.75	0.61	0.50
θ2=1.107, d=8.944	53.86	35.07	3.62	-0.54	-28.38	10.90	4.95	3.33	2.78	2.36	2.07	1.79	1.47	1.26	1.08
θ2=1.107, d=11.18	28.02	276.61	423.44	-11.59	0.05	-29.90	20.64	8.06	4.81	3.51	2.93	2.57	2.18	1.95	1.74
θ2=1.107, d=13.416	14.22	117.40	33.22	73.12	-43.35	0.58	-31.89	40.41	12.25	6.63	4.48	3.52	2.89	2.59	2.38
θ2=1.107, d=15.652	19.73	82.66	-1306.86	196.51	21.31	697.97	0.89	11.91	19.04	17.46	8.85	5.69	4.14	3.45	3.09
θ2=1.107, d=17.889	19.12	63.16	205.48	31.99	592.67	5.74	43.97	1.48	53.08	-31.54	24.21	11.52	7.20	5.26	4.31
θ2=1.107, d=20.125	21.08	49.28	160.77	126.71	150.85	103.51	-5.34	16.49	2.21	621.74	136.68	35.79	15.09	9.45	6.90
θ2=1.107, d=22.361	35.77	46.06	135.70	345.32	33.99	651.65	40.25	-16.33	3.34	3.25	-83.12	-23.02	80.01	20.25	12.56
θ2=1.107, d=24.597	107.04	42.58	108.48	196.29	-930.43	129.80	423.42	19.40	-29.93	-6.69	3.85	-33.20	57.84	-91.09	28.19
θ2=1.107, d=26.833	64.88	30.84	78.94	160.67	325.66	36.63	379.60	123.45	9.04	-53.59	-15.89	4.55	-14.72	-28.20	-23.08
θ2=1.249, d=3.162	16.48	14.66	2.57	1.18	0.70	0.45	0.31	0.22	0.16	0.11	0.08	0.06	0.05	0.04	0.03
θ2=1.249, d=6.325	57.49	16.59	-17.72	15.18	4.66	2.59	1.85	1.38	1.10	0.85	0.67	0.53	0.41	0.33	0.27
θ2=1.249, d=9.487	95.99	-59.80	14.52	406.07	-7.91	18.45	7.94	4.68	3.28	2.41	1.89	1.52	1.19	0.98	0.83
θ2=1.249, d=12.649	50.91	72.38	6.76	16.11	-41.01	-24.64	50.25	21.50	10.72	6.57	4.50	3.33	2.52	2.06	1.74
θ2=1.249, d=15.811	16.55	88.80	96.76	19.87	20.68	-21.04	28.82	70.03	363.63	22.47	12.12	7.78	5.40	4.13	3.35
θ2=1.249, d=18.974	15.10	92.36	80.32	-113.67	33.69	25.83	-12.41	613.58	-28.31	-7.90	68.28	21.81	12.90	8.93	6.74
θ2=1.249, d=22.136	19.12	80.22	93.98	284.28	-0.48	46.08	29.88	-6.21	-137.42	14.67	1687.77	933.95	48.58	22.21	14.71
θ2=1.249, d=25.298	25.99	56.43	106.13	75.08	6.68	18.74	54.02	32.15	-0.96	-57.33	61.58	-27.00	34.10	56.87	44.74
θ2=1.326, d=4.123	-47.71	4.97	7.09	2.17	1.11	0.70	0.50	0.36	0.27	0.20	0.15	0.12	0.09	0.07	0.06
θ2=1.326, d=8.246	41.21	-76.02	42.03	6.09	24.23	8.32	4.56	2.91	2.08	1.51	1.15	0.90	0.68	0.55	0.46
θ2=1.326, d=12.369	95.96	35.78	-123.77	-15.06	-11.93	7.85	-39.58	19.42	10.56	6.60	4.48	3.22	2.35	1.85	1.51
θ2=1.326, d=16.492	54.06	58.78	-480.06	-159.72	7.16	65.65	-113.41	8.66	-34.85	34.58	17.16	10.69	7.24	5.33	4.15
θ2=1.326, d=20.616	14.65	88.03	37.96	11.84	-207.97	17.76	-115.04	9.64	71.68	9.13	52.06	58.99	24.35	15.53	11.17
θ2=1.326, d=24.739	17.18	80.29	54.62	44.09	30.58	-260.76	22.76	-25.20	80.89	-18.35	-1.56	8.54	260.24	-40.58	36.18
θ2=1.571, d=1	2.27	0.22	0.05	0.02	0.01	0.01	0.00	0.00	0.00	0.00	0.00	0.00	0.00	0.00	0.00
θ2=1.571, d=2	-19863.45	2.29	0.46	0.16	0.08	0.05	0.03	0.02	0.02	0.01	0.01	0.01	0.00	0.00	0.00
θ2=1.571, d=3	-3.53	13.55	2.09	0.63	0.29	0.17	0.11	0.08	0.06	0.04	0.03	0.03	0.02	0.01	0.01
θ2=1.571, d=4	-13.48	-21080.05	7.15	2.02	0.85	0.46	0.29	0.20	0.15	0.11	0.08	0.06	0.05	0.04	0.03
θ2=1.571, d=5	74.86	-789.69	26.07	5.34	2.14	1.10	0.67	0.44	0.32	0.23	0.17	0.13	0.10	0.08	0.06
θ2=1.571, d=6	73.94	-8.10	-19846.41	12.87	4.76	2.37	1.38	0.88	0.62	0.43	0.32	0.24	0.18	0.14	0.11
θ2=1.571, d=7	79.89	-0.02	50.31	67.59	9.73	4.66	2.63	1.65	1.11	0.77	0.55	0.40	0.30	0.23	0.19
θ2=1.571, d=8	63.04	-22.33	-49.54	-21234.44	20.54	8.58	4.70	2.88	1.90	1.29	0.91	0.66	0.48	0.37	0.29
θ2=1.571, d=9	60.66	-348.75	-10.40	25.86	93.29	15.52	8.00	4.80	3.10	2.08	1.44	1.03	0.74	0.56	0.45
θ2=1.571, d=10	65.24	89.40	-2.92	-829.14	-23997.45	31.83	13.29	7.68	4.88	3.23	2.20	1.55	1.11	0.84	0.66
θ2=1.571, d=11	72.13	-100.93	-7.88	-37.42	15.59	-67.45	22.71	12.03	7.44	4.85	3.27	2.28	1.63	1.22	0.95
θ2=1.571, d=12	79.36	93.47	-30.65	-14.51	120.40	-27689.25	50.01	18.89	11.12	7.11	4.73	3.27	2.32	1.73	1.34
θ2=1.571, d=13	89.27	157.26	-121.55	-6.86	-107.20	7.94	-6.79	31.55	16.54	10.24	6.71	4.60	3.25	2.41	1.85
θ2=1.571, d=14	100.66	112.16	517.63	-6.85	-35.73	69.76	-31651.86	95.99	25.15	14.63	9.37	6.34	4.46	3.29	2.51
θ2=1.571, d=15	110.47	98.86	102.21	-14.80	-17.29	-1113.94	-0.56	14.13	42.37	21.03	12.97	8.64	6.03	4.42	3.36
θ2=1.571, d=16	121.37	92.95	5.62	-35.39	-9.07	-78.75	51.73	-35522.06	43.43	31.42	17.97	11.65	8.04	5.86	4.43
θ2=1.571, d=17	136.30	90.13	2230.40	-90.02	-6.66	-37.33	247.26	-10.01	28.23	54.67	25.31	15.69	10.63	7.67	5.77
θ2=1.571, d=18	149.09	89.73	95.60	-451.95	-9.66	-20.83	-195.27	39.83	-38457.28	160.48	37.70	21.28	13.99	9.96	7.44
θ2=1.571, d=19	154.74	91.92	1106.31	278.11	-19.21	-12.28	-72.20	131.35	-19.92	40.85	71.87	29.64	18.45	12.87	9.51
θ2=1.571, d=20	160.33	95.88	144.40	108.46	-39.11	-8.62	-40.87	-1429.78	29.77	-40143.72	-1639.05	44.60	24.66	16.62	12.10
θ2=1.571, d=21	166.32	100.18	121.57	37.52	-82.09	-9.27	-25.46	-134.71	92.15	-28.70	50.30	111.45	34.13	21.62	15.37
θ2=1.571, d=22	171.51	104.38	111.16	-114.49	-216.67	-14.54	-16.61	-69.48	407.09	21.24	-40598.48	-106.11	52.48	28.66	19.60
θ2=1.571, d=23	180.17	108.92	105.72	398.82	3632.40	-25.65	-12.00	-43.82	-285.88	69.95	-36.74	58.54	-65.91	39.82	25.25
θ2=1.571, d=24	187.34	113.77	102.99	105.23	247.28	-45.69	-10.99	-29.49	-111.05	194.18	13.45	-40712.69	-37.28	64.37	33.40
θ2=1.571, d=25	188.74	118.48	101.97	306.62	124.75	-83.28	-13.56	-20.63	-66.71	-1578.11	54.26	-44.17	67.21	81.75	47.01
θ2=1.816, d=4.123	15.79	78.30	51.39	52.93	160.79	-97.53	51.46	-14.28	132.75	-12.32	13.19	19.75	1064.77	39.69	39.37
θ2=1.816, d=8.246	17.53	90.02	37.63	74.00	-84.03	43.83	-88.92	21.77	129.91	19.61	74.59	68.57	27.42	17.28	12.23
θ2=1.816, d=12.369	38.64	51.30	12.61	-69.96	24.16	109.18	-86.18	19.21	-9.92	38.54	19.20	12.01	8.13	5.94	4.57
θ2=1.816, d=16.492	75.07	34.81	-51.33	-7.82	-5.20	16.55	35.23	20.89	11.61	7.35	5.01	3.60	2.63	2.06	1.67
θ2=1.816, d=20.616	35.61	-35.96	65.82	12.23	24.93	8.64	4.83	3.16	2.30	1.69	1.29	1.00	0.76	0.61	0.50
θ2=1.816, d=24.739	-32.27	9.47	7.03	2.19	1.15	0.74	0.54	0.39	0.30	0.22	0.17	0.13	0.10	0.08	0.06
θ2=1.893, d=3.162	23.23	39.39	98.53	81.51	28.96	36.16	93.51	53.22	5.86	-54.94	93.52	-21.40	48.61	82.14	49.83
θ2=1.893, d=6.325	17.91	68.35	87.40	516.85	11.79	86.75	52.68	1.09	-114.45	25.26	-230.52	-180.76	57.79	25.11	16.21
θ2=1.893, d=9.487	8.96	92.25	78.28	-68.16	68.17	48.75	-5.06	-380.50	-21.08	1.81	84.47	25.11	14.76	10.08	7.48
θ2=1.893, d=12.649	16.40	83.71	702.91	41.23	40.62	-14.58	44.69	101.66	266.29	25.52	13.84	8.91	6.17	4.67	3.73
θ2=1.893, d=15.811	44.65	63.54	17.70	31.34	-34.70	-16.27	69.18	23.48	12.03	7.47	5.14	3.80	2.86	2.32	1.94
θ2=1.893, d=18.974	82.33	-31.34	25.79	-235.63	0.12	19.24	8.47	5.17	3.70	2.74	2.14	1.70	1.33	1.10	0.92
θ2=1.893, d=22.136	51.93	25.94	-12.34	14.94	4.74	2.73	2.00	1.53	1.22	0.94	0.74	0.58	0.45	0.36	0.29
θ2=1.893, d=25.298	30.49	14.64	2.65	1.25	0.75	0.48	0.33	0.23	0.17	0.12	0.09	0.07	0.05	0.04	0.03
θ2=2.034, d=2.236	68.32	35.46	82.36	167.80	-1002.11	23.24	-839.31	453.05	8.79	-42.79	-5.95	10.53	-7.09	-7.93	3.40
θ2=2.034, d=4.472	42.43	42.03	106.78	202.75	-1766.18	163.68	-225.14	24.01	-25.35	2.21	10.14	-22.82	-27539.88	-26.31	30.56
θ2=2.034, d=6.708	22.50	48.38	132.76	332.07	27.74	-266.31	61.33	-12.02	12.73	10.46	-53.84	-15.75	133.00	22.42	13.34
θ2=2.034, d=8.944	37.17	54.89	159.30	80.82	237.97	476.24	0.43	30.17	10.96	-255.96	1285.28	42.78	16.94	10.34	7.34
θ2=2.034, d=11.18	22.13	72.55	202.13	34.39	-172.93	13.62	84.80	11.84	99.48	-6.29	27.96	13.04	8.04	5.78	4.62
θ2=2.034, d=13.416	20.99	94.33	409.17	774.71	33.56	-134.23	11.70	26.43	152.97	19.93	10.06	6.43	4.63	3.79	3.32
θ2=2.034, d=15.652	22.35	124.58	41.40	296.65	-25.36	10.24	-9.07	46.18	13.86	7.58	5.09	3.95	3.20	2.82	2.55
θ2=2.034, d=17.889	23.41	242.59	-151.57	-5.95	7.68	-21.15	22.05	8.92	5.49	3.99	3.28	2.83	2.37	2.09	1.85
θ2=2.034, d=20.125	56.84	39.16	7.24	5.45	-4.37	11.22	5.31	3.71	3.12	2.61	2.25	1.92	1.57	1.33	1.14
θ2=2.034, d=22.361	119.24	237.07	3.84	30.35	5.05	3.02	2.59	2.20	1.88	1.51	1.23	1.00	0.78	0.64	0.52
θ2=2.034, d=24.597	43.88	2.07	7.80	2.56	2.01	1.61	1.26	0.94	0.71	0.53	0.40	0.31	0.23	0.18	0.15
θ2=2.034, d=26.833	2.25	3.54	1.81	0.89	0.48	0.28	0.17	0.11	0.08	0.05	0.04	0.03	0.02	0.02	0.01
θ2=2.159, d=3.606	74.04	51.56	44.48	168.08	466.47	191.90	509.31	-2401.63	33.84	-56.00	12.84	-68.51	-7257.68	-41.39	14.42
θ2=2.159, d=7.211	95.31	50.68	51.48	246.35	1067.64	330.27	-2333.83	17.75	552.97	-2.29	-0.96	-6.74	71.86	-22.36	52.74
θ2=2.159, d=10.817	73.08	25.49	111.24	-860.03	204.29	-2357.63	7.75	28.14	-69.91	12.95	-6.29	-29.81	35.31	13.12	7.93
θ2=2.159, d=14.422	22.64	43.66	257.35	45.14	-2374.68	-3.18	1.75	-21.84	33.15	-41.88	27.44	10.16	5.89	4.26	3.68
θ2=2.159, d=18.028	21.04	89.48	141.56	-2177.20	-31.09	-77.06	-48.46	-47.70	22.54	8.46	4.80	3.69	3.23	3.16	3.13
θ2=2.159, d=21.633	19.11	-674.96	-2077.76	19.40	8.89	-47.55	14.99	5.88	3.94	3.37	3.24	3.10	2.77	2.54	2.30
θ2=2.159, d=25.239	74.24	-2030.00	-41.89	-40.75	6.63	3.13	3.04	2.92	2.70	2.29	1.94	1.61	1.29	1.06	0.88
θ2=2.159, d=28.844	-1814.23	-33.89	2.75	2.58	2.05	1.45	1.02	0.70	0.50	0.36	0.27	0.20	0.15	0.12	0.09
θ2=2.214, d=5	95.44	66.54	52.65	146.35	401.33	144.06	-137.92	-14.90	-29.62	-177.27	50.34	4.61	-41.66	22.85	-27.94
θ2=2.214, d=10	140.68	54.55	34.22	253.53	139.83	-67.56	-12.26	-49.91	123.44	2.16	-471.92	4.00	46.13	91.32	41.39
θ2=2.214, d=15	82.36	24.54	136.20	136.17	-18.01	-19.62	5.49	0.89	-126.58	-29.06	-60.44	38.84	11.19	6.23	4.40
θ2=2.214, d=20	24.28	59.17	143.47	2.74	-116.17	0.55	15.56	-1.33	50.81	10.21	4.87	3.47	3.09	3.18	3.31
θ2=2.214, d=25	19.32	126.70	-9.24	0.40	-34.11	53.00	7.36	3.79	3.36	3.30	3.30	3.15	2.79	2.51	2.22
θ2=2.214, d=30	129.16	2.67	33.68	2.42	2.72	2.78	2.40	1.87	1.45	1.09	0.84	0.65	0.49	0.39	0.31
θ2=2.356, d=1.414	155.72	66.80	50.74	54.37	139.84	488.39	381.07	180.69	321.80	128.98	10.95	-104.64	48.26	-19.09	12.65
θ2=2.356, d=2.828	142.94	74.36	50.72	62.13	178.76	1072.11	-1659.52	281.39	258.11	68.51	-23.61	279.15	11.40	48.76	-33.46
θ2=2.356, d=4.243	163.85	90.26	50.98	73.23	230.98	-136.45	-47.22	329.17	171.37	23.40	-84.95	42.58	-42.78	3.90	20.32
θ2=2.356, d=5.657	82.55	84.43	50.35	86.78	305.14	-1734.24	167.03	304.60	94.90	-12.92	256.38	6.73	26.62	142.38	-122.11
θ2=2.356, d=7.071	99.35	67.70	47.81	102.67	434.45	1157.89	280.21	219.85	38.97	-65.29	34.40	-210.64	-9.76	0.98	-13.48
θ2=2.356, d=8.485	104.02	69.69	42.78	122.45	1026.40	-172.94	325.08	126.38	-1.74	225.23	0.51	13.36	21.64	11.46	0.96
θ2=2.356, d=9.899	138.20	77.64	36.16	150.19	851.71	140.92	278.25	56.06	-48.78	25.59	71.76	-130.54	402.79	24.66	-170.08
θ2=2.356, d=11.314	146.81	64.93	30.56	194.93	190.43	269.20	173.88	8.85	200.70	-7.43	2.26	-0.62	-63.53	-6.19	178.22
θ2=2.356, d=12.728	97.47	50.91	28.88	283.59	-619.42	306.73	81.17	-34.85	18.70	24.19	20.15	3.45	36.68	-6.65	21.78
θ2=2.356, d=14.142	59.55	65.49	33.59	758.05	92.87	230.68	20.53	178.09	-20.21	-20.45	59.20	-0.97	-54.86	24.70	9.76
θ2=2.356, d=15.556	131.35	83.69	48.66	-136.67	246.46	114.68	-26.16	12.53	7.77	-5.01	28.97	13.81	30.86	9.74	5.41
θ2=2.356, d=16.971	127.48	67.84	83.79	918.06	278.00	33.84	176.87	-144.46	23.22	-13.76	-35.10	49.57	9.92	5.10	3.50
θ2=2.356, d=18.385	38.47	35.50	164.73	22.42	171.57	-18.74	8.05	-6.82	21.94	12.26	52.45	10.14	4.86	3.20	2.91
θ2=2.356, d=19.799	94.32	21.70	612.91	220.92	57.64	177.12	26.16	-9.43	-10.21	176.45	11.74	4.70	2.97	2.74	3.04
θ2=2.356, d=21.213	55.87	28.68	-914.93	240.79	-9.71	1.64	93.49	185.68	34.82	14.75	4.94	2.89	2.62	2.99	3.43
θ2=2.356, d=22.627	28.03	54.60	-139.87	102.43	182.15	3.87	2.97	11.16	18.62	5.50	2.88	2.73	3.00	3.44	3.72
θ2=2.356, d=24.042	34.35	126.27	225.32	5.42	-9.20	-11.71	-14.46	25.12	6.03	2.96	2.76	3.23	3.48	3.69	3.70
θ2=2.356, d=25.456	24.02	600.21	209.22	174.77	-28.95	-15.56	36.12	6.55	3.09	2.84	3.32	3.67	3.63	3.53	3.32
θ2=2.356, d=26.87	18.00	782.00	35.32	-158.01	-22.20	85.02	6.74	3.06	3.05	3.39	3.65	3.62	3.29	2.99	2.66
θ2=2.356, d=28.284	15.45	228.32	181.02	-10.85	221.97	6.66	2.97	3.12	3.56	3.53	3.35	3.01	2.55	2.19	1.87
θ2=2.356, d=29.698	40.53	110.52	5.20	8.38	5.96	2.67	3.29	3.50	3.35	2.90	2.48	2.07	1.66	1.37	1.13
θ2=2.356, d=31.113	452.55	176.23	-11.36	5.07	2.45	3.28	3.35	2.85	2.32	1.81	1.43	1.13	0.88	0.70	0.56
θ2=2.356, d=32.527	220.29	-5.30	4.55	2.65	3.24	2.75	2.09	1.50	1.10	0.80	0.60	0.45	0.34	0.27	0.21
θ2=2.356, d=33.941	155.20	3.51	3.54	2.76	1.72	1.05	0.67	0.43	0.29	0.20	0.15	0.11	0.08	0.06	0.05
θ2=2.356, d=35.355	3.67	3.37	1.12	0.43	0.20	0.10	0.06	0.04	0.02	0.02	0.01	0.01	0.01	0.00	0.00
θ2=2.498, d=5	134.29	55.23	35.35	46.94	247.57	185.41	2354.25	-1033.82	340.75	154.65	30.87	-9.33	-28.94	13.78	205.30
θ2=2.498, d=10	69.76	43.15	27.39	143.84	168.14	-4186.77	-2494.23	1861.63	35.51	-7.85	90.67	0.07	24.15	116.99	5.57
θ2=2.498, d=15	67.48	42.34	53.21	155.55	-1070.31	280.53	46.12	-8.44	28.21	136.18	-58.06	6.42	14.72	7.48	4.81
θ2=2.498, d=20	61.40	35.47	155.02	-812.90	107.72	-10.83	5.01	-2.77	1.81	11.62	4.70	3.06	2.79	3.04	3.34
θ2=2.498, d=25	10.95	159.75	271.94	-10.99	156.34	-1.06	9.07	3.36	2.66	2.88	3.21	3.31	3.09	2.88	2.61
θ2=2.498, d=30	152.42	-9.15	0.70	2.92	2.66	2.96	2.67	2.12	1.66	1.27	0.99	0.78	0.60	0.48	0.38
θ2=2.554, d=3.606	95.25	39.15	28.30	52.30	408.01	493.33	51.13	22.34	-132.74	155.98	21.66	34.75	74.86	-32.43	49.66
θ2=2.554, d=7.211	49.08	33.73	22.62	126.14	71.64	24.18	22.00	-166.17	74.26	-7.56	-30.38	2.40	-5907.50	21.28	-18.61
θ2=2.554, d=10.817	110.65	36.19	38.36	94.08	-27.99	21.08	-282.25	29.59	38.53	17.11	-8.02	22.74	23.22	18.92	9.94
θ2=2.554, d=14.422	83.19	24.06	158.55	-211.19	20.43	1390.12	-0.78	-710.04	24.02	22.89	2.33	12.58	6.80	4.54	3.66
θ2=2.554, d=18.028	43.75	59.99	394.92	17.98	106.34	40.93	-51.28	21.49	39.73	9.09	4.33	3.15	2.92	3.09	3.26
θ2=2.554, d=21.633	12.18	91.70	16.14	22.21	8.17	20.97	23.35	6.14	3.03	2.57	2.84	3.09	3.02	2.94	2.77
θ2=2.554, d=25.239	36.46	25.39	28.43	21.09	11.34	3.32	2.70	2.76	2.76	2.51	2.25	1.95	1.62	1.37	1.15
θ2=2.554, d=28.844	20.74	18.08	2.96	2.60	2.37	1.78	1.27	0.88	0.63	0.46	0.34	0.26	0.20	0.15	0.12
θ2=2.678, d=2.236	42.20	32.62	38.07	95.98	340.77	127.03	-73.62	-213.87	30.35	-37.22	59.61	52.94	-272.28	54.33	2.85
θ2=2.678, d=4.472	36.35	34.18	49.30	141.92	640.23	-731.25	-68.92	62.01	-19.29	76.52	52.91	181.31	23.40	436.05	2.59
θ2=2.678, d=6.708	19.51	26.58	67.68	435.45	123.61	-58.54	178.54	-3.33	114.68	53.13	51.69	3.34	11.23	53.32	18.42
θ2=2.678, d=8.944	57.07	41.00	93.17	26.23	-255.74	-225.05	12.05	331.51	53.16	17.29	-92.22	2.52	26.75	13.53	8.70
θ2=2.678, d=11.18	24.27	37.75	152.41	119.92	-60.43	32.95	-187.47	53.52	-6.85	-5.75	60.99	16.76	9.60	6.49	4.93
θ2=2.678, d=13.416	41.54	59.71	41.07	-109.23	88.18	-54.26	52.93	-71.12	40.21	30.34	11.09	6.55	4.68	3.88	3.51
θ2=2.678, d=15.652	29.37	101.19	113.16	-188.26	-22.72	51.85	51.82	-6.82	16.91	7.27	4.39	3.51	3.13	3.05	2.98
θ2=2.678, d=17.889	20.66	411.46	-39.01	-3.57	49.58	-3.77	62.54	10.29	4.61	3.04	2.77	2.78	2.66	2.59	2.46
θ2=2.678, d=20.125	34.10	100.25	20.59	45.54	-13.47	20.14	5.86	3.02	2.48	2.38	2.39	2.30	2.07	1.87	1.67
θ2=2.678, d=22.361	76.91	-114.70	40.16	-10.52	8.36	3.21	2.46	2.22	2.06	1.82	1.60	1.39	1.14	0.97	0.81
θ2=2.678, d=24.597	79.20	33.95	18.70	2.94	2.24	2.01	1.65	1.26	0.97	0.74	0.58	0.46	0.36	0.29	0.23
θ2=2.678, d=26.833	24.86	3.06	2.08	1.22	0.71	0.42	0.27	0.17	0.12	0.08	0.06	0.04	0.03	0.03	0.02
θ2=2.82, d=3.162	22.29	44.46	78.36	90.47	-352.51	660.13	-156.29	-662.47	123.96	18.68	-52.88	59.77	-25.68	26.74	49.28
θ2=2.82, d=6.325	18.19	61.88	73.51	-18727.46	260.36	-143.44	-592.90	88.46	4.48	1059.92	10.13	68.68	129.48	61.72	22.70
θ2=2.82, d=9.487	27.58	81.27	74.15	48.90	-140.66	-524.88	59.85	-13.90	52.08	-329.06	-179.29	57.21	20.29	12.69	8.86
θ2=2.82, d=12.649	36.24	59.45	-3.92	-170.12	-468.96	35.92	-80.75	-6.32	-12.78	55.02	16.31	9.90	6.94	5.35	4.38
θ2=2.82, d=15.811	49.18	63.95	386.81	-418.69	13.79	43.96	17.81	58.33	13.08	7.00	4.76	3.84	3.25	2.94	2.67
θ2=2.82, d=18.974	65.51	32.80	-382.90	-16.30	-340.33	66.62	10.68	4.83	3.08	2.47	2.29	2.15	1.92	1.75	1.57
θ2=2.82, d=22.136	39.01	-319.92	38.96	69.06	7.39	3.20	2.19	1.74	1.52	1.29	1.13	0.97	0.80	0.68	0.57
θ2=2.82, d=25.298	-289.45	53.51	3.15	1.69	1.22	0.85	0.59	0.41	0.29	0.21	0.16	0.13	0.10	0.08	0.06
θ2=2.897, d=4.123	18.81	75.34	49.70	65.68	99.47	-14.60	5.62	-27.70	-461.60	-74.59	14.63	59.40	22.56	-268.36	-214.61
θ2=2.897, d=8.246	17.91	69.60	38.44	-55.04	-9.89	6.11	-47.01	34.30	30.24	50.37	3.25	24.21	90.43	25.41	15.79
θ2=2.897, d=12.369	46.17	35.18	-83.48	-3.90	2.25	-325.07	64.82	39.48	-83.68	-217.06	26.36	14.56	9.82	7.21	5.56
θ2=2.897, d=16.492	80.24	43.97	-4.47	-13.20	-62.77	34.11	-262.86	37.32	12.47	7.08	4.91	3.89	3.20	2.79	2.46
θ2=2.897, d=20.616	29.69	-0.71	-266.27	33.06	-273.92	13.49	5.36	2.97	2.18	1.82	1.65	1.51	1.30	1.15	1.01
θ2=2.897, d=24.739	0.29	33.35	13.54	3.03	1.70	1.23	0.93	0.68	0.53	0.41	0.33	0.26	0.21	0.17	0.14