Dr. Osadchey's 12/9/07 Trials

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12/9/07, Vermont

These trials were conducted as controls for Trial 30.

12/9/07 3:39 EST

Lance Osadchey's 12-09-07 3:39 EST Trial
This trial was conducted by Dr. Lance Osadchey 81 minutes prior to our 5:00 EST simultaneous trial on 12-09-07.
It is intended to produce a measurement exactly in phase with my Trial 30, per an absolute uni-directional vector reference.
MEAN STDEV MEDIAN MODE
Image Angle Measure X Y Xadj Yadj X Y X Y X Y
c:\analysis\photos\img00001.bmp 0 0 865.70 888.95 2.95 2.61 32.06 44.68 866 890 176 126
c:\analysis\photos\img00002.bmp 30 30 862.10 883.60 -0.65 -2.74 32.04 44.65 864 887 176 126
c:\analysis\photos\img00003.bmp 60 60 864.84 878.86 2.09 -7.48 32.01 43.92 865 884 176 127
c:\analysis\photos\img00004.bmp 90 90 862.41 876.29 -0.34 -10.05 31.62 43.96 864 884 176 126
c:\analysis\photos\img00005.bmp 120 120 862.74 878.05 -0.01 -8.29 31.01 44.09 865 884 175 124
c:\analysis\photos\img00006.bmp 150 150 861.06 886.37 -1.69 0.03 30.66 44.20 864 888 174 122
c:\analysis\photos\img00007.bmp 180 180 858.99 896.52 -3.76 10.18 30.49 43.50 864 896 172 120
c:\analysis\photos\img00008.bmp 210 210 858.60 904.15 -4.15 17.81 30.62 43.20 864 904 171 121
c:\analysis\photos\img00009.bmp 240 240 859.09 909.10 -3.66 22.76 30.72 42.69 864 909 171 121
c:\analysis\photos\img00010.bmp 270 270 859.51 914.73 -3.24 28.39 30.87 42.45 864 914 170 122
c:\analysis\photos\img00011.bmp 300 300 860.55 912.30 -2.20 25.96 30.59 42.31 864 913 171 121
c:\analysis\photos\img00012.bmp 330 330 864.31 905.28 1.56 18.94 30.17 42.14 866 910 170 120
c:\analysis\photos\img00013.bmp 360 0 865.10 897.27 2.35 10.93 29.76 42.53 867 906 170 119
c:\analysis\photos\img00014.bmp 390 30 865.29 888.48 2.54 2.14 29.79 42.72 868 902 169 119
c:\analysis\photos\img00015.bmp 420 60 864.41 884.42 1.66 -1.92 29.95 42.38 867 900 168 119
c:\analysis\photos\img00016.bmp 450 90 862.56 881.47 -0.19 -4.87 30.10 42.02 866 900 166 119
c:\analysis\photos\img00017.bmp 480 120 862.16 882.20 -0.59 -4.14 30.01 42.12 866 899 168 119
c:\analysis\photos\img00018.bmp 510 150 859.95 889.76 -2.80 3.42 29.80 41.68 864 903 167 118
c:\analysis\photos\img00019.bmp 540 180 859.40 899.28 -3.35 12.94 29.51 41.54 864 908 167 117
c:\analysis\photos\img00020.bmp 570 210 859.64 909.19 -3.11 22.85 29.29 40.92 865 912 165 116
c:\analysis\photos\img00021.bmp 600 240 859.78 914.63 -2.97 28.29 29.07 40.95 866 916 164 115
c:\analysis\photos\img00022.bmp 630 270 861.30 918.36 -1.45 32.02 29.00 41.55 866 919 166 115
c:\analysis\photos\img00023.bmp 660 300 863.28 915.24 0.52 28.90 29.02 40.88 868 918 163 115
c:\analysis\photos\img00024.bmp 690 330 864.19 908.35 1.44 22.01 29.05 40.46 868 914 163 116
c:\analysis\photos\img00025.bmp 720 0 865.73 901.85 2.98 15.51 28.83 40.50 868 911 163 115
c:\analysis\photos\img00026.bmp 750 30 866.19 892.31 3.44 5.97 28.65 40.38 868 906 162 115
c:\analysis\photos\img00027.bmp 780 60 865.56 888.23 2.81 1.89 28.47 40.16 868 905 161 114
c:\analysis\photos\img00028.bmp 810 90 863.92 885.22 1.17 -1.12 28.33 40.31 868 904 160 114
c:\analysis\photos\img00029.bmp 840 120 863.07 885.78 0.32 -0.56 28.12 40.17 868 904 159 112
c:\analysis\photos\img00030.bmp 870 150 859.77 895.10 -2.98 8.76 28.06 39.94 866 908 159 111
c:\analysis\photos\img00031.bmp 900 180 859.17 903.47 -3.58 17.13 28.03 39.41 866 912 159 111
c:\analysis\photos\img00032.bmp 930 210 859.38 910.78 -3.37 24.44 27.95 39.25 866 916 157 111
c:\analysis\photos\img00033.bmp 960 240 859.45 915.22 -3.30 28.88 27.96 39.20 866 920 157 111
c:\analysis\photos\img00034.bmp 990 270 861.82 917.85 -0.93 31.51 27.82 39.36 868 921 157 111
c:\analysis\photos\img00035.bmp 1020 300 862.39 917.04 -0.36 30.70 27.68 38.98 868 921 155 111
c:\analysis\photos\img00036.bmp 1050 330 864.92 910.89 2.17 24.55 27.52 38.77 870 918 155 109
c:\analysis\photos\img00037.bmp 1080 0 867.36 902.76 4.61 16.42 27.14 38.18 871 914 153 108
Angles are measured on a cardinal degree scale.
0 deg = north
A second order polynomial fit is used as an approximation for drift vs. angle.
Fit
X Y
a 4.00E-06 -1.00E-05
b -0.004 0.0302
c 862.75 886.34
X Y
A 12.96 72.32 microns
Φ 336 89 cardinal deg
b -2.04 49.12 microns
σ 3.812897 14.17817 microns

12/9/07, 5:00 EST

Lance Osadchey's 5:00 EST Trial

This trial was conducted on 12-09-07 as a simultaneous control for my Trial 30.

			MEAN				STDEV		MEDIAN		MODE
Image	Angle	Measure	X	Y	Xadj	Yadj	X	Y	X	Y	X	Y
c:\analysis\photos\img00001.bmp	0	0	877.36	897.39	5.60	-0.74	31.62	44.73	877	898	176	126
c:\analysis\photos\img00002.bmp	30	30	876.15	891.21	4.72	-7.52	31.54	43.88	876	896	174	126
c:\analysis\photos\img00003.bmp	60	60	872.68	886.50	1.56	-12.81	31.60	43.62	874	893	174	125
c:\analysis\photos\img00004.bmp	90	90	871.10	886.18	0.29	-13.71	31.31	43.22	874	892	174	125
c:\analysis\photos\img00005.bmp	120	120	869.89	888.90	-0.62	-11.56	30.81	43.23	874	894	174	123
c:\analysis\photos\img00006.bmp	150	150	866.36	894.95	-3.87	-6.07	30.34	43.16	872	897	173	121
c:\analysis\photos\img00007.bmp	180	180	865.70	905.75	-4.26	4.18	30.09	42.65	873	905	171	120
c:\analysis\photos\img00008.bmp	210	210	865.67	912.52	-4.02	10.41	30.17	42.85	873	912	170	120
c:\analysis\photos\img00009.bmp	240	240	864.25	918.09	-5.19	15.45	30.30	42.25	872	919	167	120
c:\analysis\photos\img00010.bmp	270	270	866.91	921.81	-2.29	18.64	30.45	42.30	874	923	169	122
c:\analysis\photos\img00011.bmp	300	300	868.85	921.38	-0.12	17.70	30.29	42.21	874	922	169	121
c:\analysis\photos\img00012.bmp	330	330	870.51	913.74	1.76	9.55	29.95	41.91	875	919	168	120
c:\analysis\photos\img00013.bmp	360	0	871.53	906.87	2.99	2.18	29.45	42.11	876	915	169	118
c:\analysis\photos\img00014.bmp	390	30	871.99	899.01	3.64	-6.16	29.20	42.03	876	911	168	117
c:\analysis\photos\img00015.bmp	420	60	871.39	895.36	3.23	-10.29	29.19	41.97	876	910	166	116
c:\analysis\photos\img00016.bmp	450	90	868.73	892.98	0.75	-13.14	29.30	41.80	875	909	166	116
c:\analysis\photos\img00017.bmp	480	120	866.71	894.19	-1.10	-12.39	29.29	41.37	874	910	165	117
c:\analysis\photos\img00018.bmp	510	150	864.09	902.29	-3.57	-4.74	29.22	41.00	873	914	165	116
c:\analysis\photos\img00019.bmp	540	180	863.57	911.54	-3.95	4.07	29.34	40.93	872	919	164	117
c:\analysis\photos\img00020.bmp	570	210	863.26	916.25	-4.12	8.34	29.36	40.84	872	922	164	117
c:\analysis\photos\img00021.bmp	600	240	863.44	921.06	-3.82	12.73	29.22	41.04	872	924	163	116
c:\analysis\photos\img00022.bmp	630	270	864.87	924.71	-2.28	15.97	29.12	40.98	874	926	164	116
c:\analysis\photos\img00023.bmp	660	300	863.28	932.58	-3.76	23.43	29.05	40.63	872	933	161	116
c:\analysis\photos\img00024.bmp	690	330	870.47	916.43	3.51	6.88	28.58	40.89	877	924	163	114
c:\analysis\photos\img00025.bmp	720	0	870.94	910.42	4.06	0.48	28.37	40.44	877	922	161	114
c:\analysis\photos\img00026.bmp	750	30	870.90	901.40	4.09	-8.91	28.19	40.40	877	917	161	112
c:\analysis\photos\img00027.bmp	780	60	870.27	898.52	3.52	-12.17	28.17	40.24	877	916	161	113
c:\analysis\photos\img00028.bmp	810	90	868.06	895.77	1.35	-15.28	27.96	39.71	876	915	159	113
c:\analysis\photos\img00029.bmp	840	120	866.94	897.38	0.27	-14.02	27.93	39.58	876	916	159	112
c:\analysis\photos\img00030.bmp	870	150	864.40	905.04	-2.24	-6.71	27.99	39.43	874	920	159	111
c:\analysis\photos\img00031.bmp	900	180	864.33	912.18	-2.30	0.10	28.11	39.35	874	924	158	112
c:\analysis\photos\img00032.bmp	930	210	862.43	920.37	-4.19	7.96	28.10	38.72	870	928	157	111
c:\analysis\photos\img00033.bmp	960	240	864.13	923.59	-2.51	10.87	27.71	39.13	874	930	156	111
c:\analysis\photos\img00034.bmp	990	270	865.51	928.38	-1.14	15.35	27.44	38.71	876	933	154	109
c:\analysis\photos\img00035.bmp	1020	300	867.49	926.10	0.81	12.77	27.37	38.55	876	932	153	108
c:\analysis\photos\img00036.bmp	1050	330	870.15	919.15	3.43	5.53	27.13	38.19	878	929	151	108
c:\analysis\photos\img00037.bmp	1080	0	870.76	912.41	3.99	-1.49	26.97	38.12	878	926	150	107
c:\analysis\photos\img00038.bmp	1110	30	870.25	904.01	3.42	-10.16	26.72	37.67	878	922	150	106
c:\analysis\photos\img00039.bmp	1140	60	869.27	901.03	2.37	-13.40	26.52	37.37	878	920	150	106
c:\analysis\photos\img00040.bmp	1170	90	867.51	897.92	0.53	-16.77	26.24	37.08	877	918	149	105
c:\analysis\photos\img00041.bmp	1200	120	865.84	899.56	-1.24	-15.37	26.36	36.44	876	920	146	105
c:\analysis\photos\img00042.bmp	1230	150	864.26	905.56	-2.93	-9.61	26.20	36.77	876	923	147	105
c:\analysis\photos\img00043.bmp	1260	180	865.24	910.79	-2.06	-4.60	26.26	36.69	876	927	147	105
c:\analysis\photos\img00044.bmp	1290	210	863.65	921.02	-3.78	5.41	26.05	36.48	876	932	147	104
c:\analysis\photos\img00045.bmp	1320	240	864.07	925.78	-3.50	9.97	25.94	36.12	876	934	145	104
c:\analysis\photos\img00046.bmp	1350	270	865.72	928.82	-1.99	12.80	25.71	36.03	877	936	145	103
c:\analysis\photos\img00047.bmp	1380	300	867.96	928.51	0.09	12.30	25.52	36.03	878	936	144	103
c:\analysis\photos\img00048.bmp	1410	330	870.97	919.72	2.93	3.33	25.32	36.22	880	931	145	102
c:\analysis\photos\img00049.bmp	1440	0	871.76	912.32	3.54	-4.24	25.22	36.31	881	928	144	100
c:\analysis\photos\img00050.bmp	1470	30	871.67	905.09	3.26	-11.63	25.18	35.91	881	924	143	100
c:\analysis\photos\img00051.bmp	1500	60	870.41	901.46	1.80	-15.42	25.14	35.37	880	923	140	100
c:\analysis\photos\img00052.bmp	1530	90	868.92	898.17	0.10	-18.86	25.29	35.00	879	922	138	101
c:\analysis\photos\img00053.bmp	1560	120	866.68	900.67	-2.37	-16.49	25.09	34.84	878	924	138	101
c:\analysis\photos\img00054.bmp	1590	150	862.15	910.86	-7.13	-6.43	24.80	35.74	876	928	142	99
c:\analysis\photos\img00055.bmp	1620	180	862.61	914.06	-6.92	-3.35	25.02	34.78	876	930	138	99
c:\analysis\photos\img00056.bmp	1650	210	863.75	923.41	-6.03	5.90	24.41	35.55	876	934	141	98
c:\analysis\photos\img00057.bmp	1680	240	864.67	926.93	-5.37	9.31	24.36	33.57	878	937	135	97
c:\analysis\photos\img00058.bmp	1710	270	867.70	931.93	-2.63	14.22	22.65	32.11	880	940	130	91
c:\analysis\photos\img00059.bmp	1740	300	869.56	931.85	-1.05	14.06	20.39	29.35	884	944	118	83
c:\analysis\photos\img00060.bmp	1770	330	872.69	923.55	1.78	5.69	16.30	21.57	890	948	87	66
c:\analysis\photos\img00061.bmp	1800	0	875.99	915.40	4.77	-2.53	10.98	15.45	897	949	63	44

A second order polynomial fit is used as an approximation for drift vs. angle.

Fit
	X	Y
a	6.00E-06	-5.00E-06
b	-0.0111	0.02
c	871.76	898.13

	X	Y
A	17.32	61.92	pixels
Φ	340	91	cardinal deg
b	-2.12	-0.72	pixels
σ	4.733781	10.60228	pixels

Lance Osadchey's 12-09-07 3:39 EST Trial

This trial was conducted by Dr. Lance Osadchey 81 minutes prior to our 5:00 EST simultaneous trial on 12-09-07.
It is intended to produce a measurement exactly in phase with my Trial 30, per an absolute uni-directional vector reference.

			MEAN				STDEV		MEDIAN		MODE
Image	Angle	Measure	X	Y	Xadj	Yadj	X	Y	X	Y	X	Y
c:\analysis\photos\img00001.bmp	0	0	865.70	888.95	2.95	2.61	32.06	44.68	866	890	176	126
c:\analysis\photos\img00002.bmp	30	30	862.10	883.60	-0.65	-2.74	32.04	44.65	864	887	176	126
c:\analysis\photos\img00003.bmp	60	60	864.84	878.86	2.09	-7.48	32.01	43.92	865	884	176	127
c:\analysis\photos\img00004.bmp	90	90	862.41	876.29	-0.34	-10.05	31.62	43.96	864	884	176	126
c:\analysis\photos\img00005.bmp	120	120	862.74	878.05	-0.01	-8.29	31.01	44.09	865	884	175	124
c:\analysis\photos\img00006.bmp	150	150	861.06	886.37	-1.69	0.03	30.66	44.20	864	888	174	122
c:\analysis\photos\img00007.bmp	180	180	858.99	896.52	-3.76	10.18	30.49	43.50	864	896	172	120
c:\analysis\photos\img00008.bmp	210	210	858.60	904.15	-4.15	17.81	30.62	43.20	864	904	171	121
c:\analysis\photos\img00009.bmp	240	240	859.09	909.10	-3.66	22.76	30.72	42.69	864	909	171	121
c:\analysis\photos\img00010.bmp	270	270	859.51	914.73	-3.24	28.39	30.87	42.45	864	914	170	122
c:\analysis\photos\img00011.bmp	300	300	860.55	912.30	-2.20	25.96	30.59	42.31	864	913	171	121
c:\analysis\photos\img00012.bmp	330	330	864.31	905.28	1.56	18.94	30.17	42.14	866	910	170	120
c:\analysis\photos\img00013.bmp	360	0	865.10	897.27	2.35	10.93	29.76	42.53	867	906	170	119
c:\analysis\photos\img00014.bmp	390	30	865.29	888.48	2.54	2.14	29.79	42.72	868	902	169	119
c:\analysis\photos\img00015.bmp	420	60	864.41	884.42	1.66	-1.92	29.95	42.38	867	900	168	119
c:\analysis\photos\img00016.bmp	450	90	862.56	881.47	-0.19	-4.87	30.10	42.02	866	900	166	119
c:\analysis\photos\img00017.bmp	480	120	862.16	882.20	-0.59	-4.14	30.01	42.12	866	899	168	119
c:\analysis\photos\img00018.bmp	510	150	859.95	889.76	-2.80	3.42	29.80	41.68	864	903	167	118
c:\analysis\photos\img00019.bmp	540	180	859.40	899.28	-3.35	12.94	29.51	41.54	864	908	167	117
c:\analysis\photos\img00020.bmp	570	210	859.64	909.19	-3.11	22.85	29.29	40.92	865	912	165	116
c:\analysis\photos\img00021.bmp	600	240	859.78	914.63	-2.97	28.29	29.07	40.95	866	916	164	115
c:\analysis\photos\img00022.bmp	630	270	861.30	918.36	-1.45	32.02	29.00	41.55	866	919	166	115
c:\analysis\photos\img00023.bmp	660	300	863.28	915.24	0.52	28.90	29.02	40.88	868	918	163	115
c:\analysis\photos\img00024.bmp	690	330	864.19	908.35	1.44	22.01	29.05	40.46	868	914	163	116
c:\analysis\photos\img00025.bmp	720	0	865.73	901.85	2.98	15.51	28.83	40.50	868	911	163	115
c:\analysis\photos\img00026.bmp	750	30	866.19	892.31	3.44	5.97	28.65	40.38	868	906	162	115
c:\analysis\photos\img00027.bmp	780	60	865.56	888.23	2.81	1.89	28.47	40.16	868	905	161	114
c:\analysis\photos\img00028.bmp	810	90	863.92	885.22	1.17	-1.12	28.33	40.31	868	904	160	114
c:\analysis\photos\img00029.bmp	840	120	863.07	885.78	0.32	-0.56	28.12	40.17	868	904	159	112
c:\analysis\photos\img00030.bmp	870	150	859.77	895.10	-2.98	8.76	28.06	39.94	866	908	159	111
c:\analysis\photos\img00031.bmp	900	180	859.17	903.47	-3.58	17.13	28.03	39.41	866	912	159	111
c:\analysis\photos\img00032.bmp	930	210	859.38	910.78	-3.37	24.44	27.95	39.25	866	916	157	111
c:\analysis\photos\img00033.bmp	960	240	859.45	915.22	-3.30	28.88	27.96	39.20	866	920	157	111
c:\analysis\photos\img00034.bmp	990	270	861.82	917.85	-0.93	31.51	27.82	39.36	868	921	157	111
c:\analysis\photos\img00035.bmp	1020	300	862.39	917.04	-0.36	30.70	27.68	38.98	868	921	155	111
c:\analysis\photos\img00036.bmp	1050	330	864.92	910.89	2.17	24.55	27.52	38.77	870	918	155	109
c:\analysis\photos\img00037.bmp	1080	0	867.36	902.76	4.61	16.42	27.14	38.18	871	914	153	108

Angles are measured on a cardinal degree scale.
0 deg = north

A second order polynomial fit is used as an approximation for drift vs. angle.

Fit
	X	Y
a	4.00E-06	-1.00E-05
b	-0.004	0.0302
c	862.75	886.34

	X	Y
A	12.96	72.32	microns
Φ	336	89	cardinal deg
b	-2.04	49.12	microns
σ	3.812897	14.17817	microns