HTR Subset Stats

	A	B	C	D	E	F	G	H	I	J
1	Made By Aedan Bryant	Check out Jay's Doc here	Overview, Click link on Column name to see sorted table by column, Then click the "Subset" link to return to top
2	List of Triggers		Solution Mean	QT Break DR Mean	No E Slice Mean	Linear HTR Mean	NISS HTR Mean	QT Difference	No E Difference	HTR Difference
3	U R2 F2 R2 U	0qt 2E	11.728	12.209	10.792	5.524	5.080	0.481	0.936	0.444
4	U R2 L2 D	0qt 4E	12.261	12.739	11.608	5.991	5.129	0.478	0.653	0.862
5	U R2 L2 F2 R2 F2 D	0qt 6E	12.890	13.416	12.246	7.494	5.903	0.526	0.644	1.591
6	U R2 L2 F2 B2 U	0qt 8E	12.723	13.170	11.888	6.000	5.357	0.447	0.835	0.643
7	U R2 L2 U F2 B2 D	1qt 4C	12.999	13.560	12.582	8.479	7.105	0.561	0.417	1.374
8	U R2 L2 U R2 U	1qt 4C2E	12.560	13.150	12.004	6.972	6.343	0.590	0.556	0.629
9	U	1qt 4C4E	12.253	12.682	11.530	5.915	5.028	0.429	0.723	0.887
10	U R2 F2 R2 F2 U	2qt (a) 4C	12.878	13.358	12.408	7.507	6.497	0.480	0.470	1.010
11	U R2 U	2qt (a) 4C2E	12.653	13.197	12.094	6.213	5.627	0.544	0.559	0.586
12	U R2 F2 U	2qt (a) 4C4E	12.774	13.386	12.240	7.457	6.587	0.612	0.534	0.870
13	U R2 U R2 B2 R2 U' R2 U	2qt (b) 4C	13.958	14.324	13.805	10.524	7.511	0.366	0.153	3.013
14	D B2 D’ F2 B2 D’ F2 D	2qt (b) 4C2E	13.639	14.218	13.296	9.537	7.534	0.579	0.343	2.003
15	U R2 U2 F2 U	2qt (b) 4C4E	13.037	13.574	12.672	8.044	6.932	0.537	0.365	1.112
16	U F2 U2 R2 B2 U’ L2 B2 D	3qt 2C	13.415	14.009	13.317	9.494	8.013	0.594	0.098	1.481
17	U R2 U R2 U	3qt 2C2E	12.561	13.146	12.046	6.561	6.135	0.585	0.515	0.426
18	U L2 U F2 U	3qt 2C4E	12.917	13.528	12.494	7.342	6.620	0.611	0.423	0.722
19	U L2 D R2 F2 B2 U	3qt 2C6E	13.196	13.821	12.728	8.062	6.949	0.625	0.468	1.113
20	U B2 L2 U B2 L2 U2 B2 D	3qt 2C8E	13.519	14.152	13.243	9.501	8.015	0.633	0.276	1.486
21	U R2 F2 U R2 U2 F2 U	3qt 4C	13.311	13.855	13.068	8.896	8.052	0.544	0.243	0.844
22	U B2 U R2 U2 F2 D	3qt 4C2E	13.442	14.043	13.177	8.517	7.534	0.601	0.265	0.983
23	U B2 U’ L2 U2 B2 D	3qt 4C4E	13.538	14.121	13.286	9.100	7.783	0.583	0.252	1.317
24	U R2 U2 F2 U' R2 U2 R2 F2 U	3qt Fake HTR	13.335	13.628	14.057	10.000	8.170	0.293	-0.722	1.830
25	U R2 U2 F2 U R2 U2 F2 U	3qt 2E	14.310	14.761	14.253	9.992	8.895	0.451	0.057	1.097
26	U R2 U2 F2 U R2 U2 R2 B2 D	3qt 4E	14.694	15.171	14.638	11.614	8.945	0.477	0.056	2.669
27	U L2 U2 F2 U B2 U2 R2 U	3qt 6E	14.239	14.809	14.176	9.977	8.882	0.570	0.063	1.095
28	U R2 U2 F2 U' L2 U2 R2 F2 D	3qt 8E	14.140	14.715	14.065	10.658	8.999	0.575	0.075	1.659
29	U L2 D’ R2 D L2 U	4qt 2C	13.246	13.619	12.975	7.914	7.450	0.373	0.271	0.464
30	U R2 U’ R2 U R2 U	4qt 2C2E	13.534	14.143	13.269	8.790	8.015	0.609	0.265	0.775
31	U R2 U’ L2 D R2 D	4qt 2C4E	13.675	14.302	13.422	8.839	7.979	0.627	0.253	0.860
32	U' B2 D’ L2 B2 U’ R2 U	4qt 2C6E	13.737	14.383	13.482	9.066	8.107	0.646	0.255	0.959
33	U R2 L2 B2 U R2 U' F2 U	4qt 2C8E	14.025	14.684	13.813	9.921	8.122	0.659	0.212	1.799
34	U R2 U R2 U2 B2 U B2 U	4qt Fake HTR	12.659	12.862	12.953	9.000	7.230	0.203	-0.294	1.770
35	U L2 U B2 U2 R2 U L2 U	4qt 2E	13.513	14.113	13.289	9.495	8.073	0.600	0.224	1.422
36	U B2 U F2 U2 R2 U R2 D	4qt 4E	13.513	14.113	13.289	9.495	8.073	0.600	0.224	1.422
37	U' R2 U L2 U2 L2 B2 U' B2 D	4qt 6E	13.888	14.548	13.652	10.000	8.115	0.660	0.236	1.885
38	U' R2 U R2 U2 B2 U F2 R2 L2 U	4qt 8E	14.160	14.843	13.956	11.000	7.847	0.683	0.204	3.153
39	U R2 U B2 U2 R2 F2 B2 U’ B2 U	4qt 4C	14.496	15.022	14.394	10.659	8.955	0.526	0.102	1.704
40	U’ F2 U F2 U2 R2 U’ R2 U	4qt 4C2E	14.496	15.022	14.394	10.659	8.955	0.526	0.102	1.704
41	U’ B2 U F2 U2 R2 U’ R2 U	4qt 4C4E	14.386	14.961	14.277	10.279	9.018	0.575	0.109	1.261
42	U L2 U L2 U' L2 B2 U' B2 U	5qt 2C	14.386	14.961	14.277	10.279	9.018	0.575	0.109	1.261
43	U L2 U R2 U’ R2 U R2 U	5qt 2C2E	14.201	14.779	14.081	10.187	9.247	0.578	0.120	0.940
44	D R2 U L2 D’ R2 D L2 U	5qt 2C4E	14.247	14.825	14.112	10.278	9.214	0.578	0.135	1.064
45	U L2 U F2 U' R2 U B2 U	5qt 2C6E	14.415	15.019	14.265	10.551	9.278	0.604	0.150	1.273
46	U R2 U L2 F2 U B2 U' L2 U	5qt 2C8E	14.523	15.140	14.396	10.745	9.200	0.617	0.127	1.545
47	U' L2 U L2 U' R2 U R2 U	5qt 4C	14.523	15.140	14.396	10.745	9.200	0.617	0.127	1.545
48	U’ R2 U F2 U’ F2 U B2 D	5qt 4C2E	14.293	14.853	14.138	9.770	9.104	0.560	0.155	0.666
49	U’ R2 U F2 U’ F2 U F2 U	5qt 4C4E	14.293	14.884	14.154	10.319	9.146	0.591	0.139	1.173
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58		Subset	Solution Mean	QT Break DR Mean	No E Slice Mean	Linear HTR Mean	NISS HTR Mean	QT Difference	No E Difference	HTR Difference
59		0qt 2E	11.728	12.209	10.792	5.524	5.080	0.481	0.936	0.444
60		1qt 4C4E	12.253	12.682	11.530	5.915	5.028	0.429	0.723	0.887
61		0qt 4E	12.261	12.739	11.608	5.991	5.129	0.478	0.653	0.862
62		1qt 4C2E	12.560	13.150	12.004	6.972	6.343	0.590	0.556	0.629
63		3qt 2C2E	12.561	13.146	12.046	6.561	6.135	0.585	0.515	0.426
64		2qt (a) 4C2E	12.653	13.197	12.094	6.213	5.627	0.544	0.559	0.586
65		4qt Fake HTR	12.659	12.862	12.953	9.000	7.230	0.203	-0.294	1.770
66		0qt 8E	12.723	13.170	11.888	6.000	5.357	0.447	0.835	0.643
67		2qt (a) 4C4E	12.774	13.386	12.240	7.457	6.587	0.612	0.534	0.870
68		2qt (a) 4C	12.878	13.358	12.408	7.507	6.497	0.480	0.470	1.010
69		0qt 6E	12.890	13.416	12.246	7.494	5.903	0.526	0.644	1.591
70		3qt 2C4E	12.917	13.528	12.494	7.342	6.620	0.611	0.423	0.722
71		1qt 4C	12.999	13.560	12.582	8.479	7.105	0.561	0.417	1.374
72		2qt (b) 4C4E	13.037	13.574	12.672	8.044	6.932	0.537	0.365	1.112
73		3qt 2C6E	13.196	13.821	12.728	8.062	6.949	0.625	0.468	1.113
74		4qt 2C	13.246	13.619	12.975	7.914	7.450	0.373	0.271	0.464
75		3qt 4C	13.311	13.855	13.068	8.896	8.052	0.544	0.243	0.844
76		3qt Fake HTR	13.335	13.628	14.057	10.000	8.170	0.293	-0.722	1.830
77		3qt 2C	13.415	14.009	13.317	9.494	8.013	0.594	0.098	1.481
78		3qt 4C2E	13.442	14.043	13.177	8.517	7.534	0.601	0.265	0.983
79		4qt 2E	13.513	14.113	13.289	9.495	8.073	0.600	0.224	1.422
80		4qt 4E	13.513	14.113	13.289	9.495	8.073	0.600	0.224	1.422
81		3qt 2C8E	13.519	14.152	13.243	9.501	8.015	0.633	0.276	1.486
82		4qt 2C2E	13.534	14.143	13.269	8.790	8.015	0.609	0.265	0.775
83		3qt 4C4E	13.538	14.121	13.286	9.100	7.783	0.583	0.252	1.317
84		2qt (b) 4C2E	13.639	14.218	13.296	9.537	7.534	0.579	0.343	2.003
85		4qt 2C4E	13.675	14.302	13.422	8.839	7.979	0.627	0.253	0.860
86		4qt 2C6E	13.737	14.383	13.482	9.066	8.107	0.646	0.255	0.959
87		4qt 6E	13.888	14.548	13.652	10.000	8.115	0.660	0.236	1.885
88		2qt (b) 4C	13.958	14.324	13.805	10.524	7.511	0.366	0.153	3.013
89		4qt 2C8E	14.025	14.684	13.813	9.921	8.122	0.659	0.212	1.799
90		3qt 8E	14.140	14.715	14.065	10.658	8.999	0.575	0.075	1.659
91		4qt 8E	14.160	14.843	13.956	11.000	7.847	0.683	0.204	3.153
92		5qt 2C2E	14.201	14.779	14.081	10.187	9.247	0.578	0.120	0.940
93		3qt 6E	14.239	14.809	14.176	9.977	8.882	0.570	0.063	1.095
94		5qt 2C4E	14.247	14.825	14.112	10.278	9.214	0.578	0.135	1.064
95		5qt 4C2E	14.293	14.853	14.138	9.770	9.104	0.560	0.155	0.666
96		5qt 4C4E	14.293	14.884	14.154	10.319	9.146	0.591	0.139	1.173
97		3qt 2E	14.310	14.761	14.253	9.992	8.895	0.451	0.057	1.097
98		4qt 4C4E	14.386	14.961	14.277	10.279	9.018	0.575	0.109	1.261
99		5qt 2C	14.386	14.961	14.277	10.279	9.018	0.575	0.109	1.261
100		5qt 2C6E	14.415	15.019	14.265	10.551	9.278	0.604	0.150	1.273