]> TestParameters Diagnostics system SweptSine 1998-2001, by Daniel Sigg Standard Repeat online TestParameters true false false 100 . false 3 1 0 TestParameters true true 0 0 0 0 100 0 TestParameters TestParameters 0 -0 1 0 0 TestParameters SweptSine 5 1 6 600 30 3 8 0.2 15 0.2 0.5 1 1 false H1:LSC-PRCL1_EXC true H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 true H1:LSC-PRCL1_IN2 true 1 1 10 1 100 3 H1:LSC-MICH_IN1 false H1:LSC-SRCL_IN1 false H1:LSC-DARM_IN1 false false 3 3 16384 16384 16384 16384 16384 16384 0 Settings Default Transfer function true H1:LSC-PRCL1_IN2 H1:LSC-PRCL1_IN1 true H1:LSC-PRCL1_IN2(REF0) H1:LSC-PRCL1_IN1(REF0) true H1:LSC-PRCL_IN2(REF3) H1:LSC-PRCL_IN1(REF3) false false false false false 2 2 2 0 0 0 0 0 2 4 -29184 28 6 7 5 1 1 1 1 1 1 1 1 1 2 2 2 1 1 1 1 1 2 4 -29184 28 6 7 5 1 20 22 21 23 29 27 2 5 1 1 1 1 1 1 1 1 2 4 3 28 6 7 5 1 1001 1001 1001 1001 1001 1001 1001 1001 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 1 1 1 0 5.4 0.000756549 660 17.9886 1 true 0 0 default default 0 0 1 1 0 0 true false 0 1 0 600 600 0 100 true true true false false false false false 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00780598 0.0140102 0.0200079 0 0 0 0 0 0.00780598 0.0140102 0.0200079 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00780598 0.0140102 0.0200079 0 0 0 0 0 6.09333e-05 0.000196285 0.000400317 0 0 0 0 0 0.687701 1.23429 1.76268 0 0 0 0 0 0.0732678 0.131501 0.187797 0 0 0 0 0 600 600 600 0 0 0 0 0 0.00780598 0.0140102 0.0200079 0 0 0 0 0 true true true true true PRCL OLTF 13 0 1 62 0.05 0.1 0.05 0.1 0.18 Frequency 1 1 62 0.005 0.04 510 0.03 1.4 0.042 1 true true true Magnitude (ct/ct) 1 1 62 0.005 0.04 510 0.03 0.95 0.045 1 true true true true 2 0 0 0 1 1.8 now PRMI DRMI true true true true true 0.04 Settings Default Transfer function true H1:LSC-PRCL1_IN2 H1:LSC-PRCL1_IN1 true H1:LSC-PRCL1_IN2(REF0) H1:LSC-PRCL1_IN1(REF0) true H1:LSC-PRCL_IN2(REF3) H1:LSC-PRCL_IN1(REF3) false false false false false 2 2 2 0 0 0 0 0 2 4 -29184 28 6 7 5 1 1 1 1 1 1 1 1 1 2 2 2 1 1 1 1 1 2 4 -29184 28 6 7 5 1 20 22 21 23 29 27 2 5 1 1 1 1 1 1 1 1 2 4 3 28 6 7 5 1 1001 1001 1001 1001 1001 1001 1001 1001 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 1 0 1 0 5.4 0 660 1.1 1 true 0 5 default default 0 0 1 1 0 0 false false 0 1 0 600 600 0 100 true true true false false false false false 30 30 30 0 0 0 0 0 594 594 594 0 0 0 0 0 -115.313 93.9717 132.414 0 0 0 0 0 -10.4412 33.3146 16.9885 0 0 0 0 0 62.3589 76.7133 65.4685 0 0 0 0 0 62.5296 70.2832 64.3068 0 0 0 0 0 -313.236 999.438 509.655 0 0 0 0 0 116659 176548 128584 0 0 0 0 0 -38972.7 4233.18 15765.4 0 0 0 0 0 2525.98 2424.21 2688.11 0 0 0 0 0 271.221 600 436.737 0 0 0 0 0 51.6321 178.561 179.262 0 0 0 0 0 true true true true true PRCL OTLF 13 0 1 62 0.05 0.1 0.05 0.1 0.18 Frequency 1 1 62 0.005 0.04 510 0.03 1.4 0.042 1 true true true Phase 1 1 62 0.005 0.04 510 0.03 0.95 0.045 1 true true true true 2 0 0 0 0 1 true true true true true 0.04 Settings Default Coherence function true H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 true H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN2 true H1:LSC-PRCL_EXC H1:LSC-PRCL_IN2 false false false false false 2 2 2 0 0 0 0 0 2 28 -13436915 28 6 7 5 1 1 1 1 1 1 1 1 1 2 2 2 1 1 1 1 1 2 28 -13436915 28 6 7 5 1 20 20 20 23 29 27 2 5 1 1 1 1 1 1 1 1 2 4 3 28 6 7 5 1 1001 1001 1001 1001 1001 1001 1001 1001 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 1 0 1 0 7 0 700 1.1 1 true 0 0 default default 0 0 1 1 0 0 false false 0 1 0 600 600 0 100 true true false false false false false false 30 30 0 0 0 0 0 0 594 594 594 0 0 0 0 0 -0.357599 0.997144 0.0445591 0 0 0 0 0 0.884383 0.855165 0 0 0 0 0 0 0.910117 0.895036 0 0 0 0 0 0 0.218568 0.268679 0 0 0 0 0 0 26.5315 25.6549 0 0 0 0 0 0 24.8494 24.0327 0 0 0 0 0 0 508.293 673.831 0 0 0 0 0 0 21.1644 25.8768 0 0 0 0 0 0 143.702 317.899 0 0 0 0 0 0 0.997399 0.999981 0 0 0 0 0 0 true true true true true PRCL OLTF 13 0 1 62 0.05 0.1 0.05 0.1 0.18 Frequency 1 1 62 0.005 0.04 510 0.03 1.4 0.042 1 true true true Coherence 1 1 62 0.005 0.04 510 0.03 0.95 0.045 1 true true true true 1 0 0 0 0 1 true true true true true 0.04 Result MasterIndex: Entry[0] = MasterIndex; Entry[1] = TransferFunction[0]; Entry[2] = CoherenceFunction[0]; TransferFunction[0]: ChannelA[0] = H1:LSC-PRCL1_EXC; ChannelA[1] = H1:LSC-PRCL1_IN1; ChannelA[2] = H1:LSC-PRCL1_IN2; ChannelA[3] = ; ChannelB[0] = H1:LSC-PRCL1_EXC; ChannelB[1] = H1:LSC-PRCL1_IN1; ChannelB[2] = H1:LSC-PRCL1_IN2; Name[0][0] = Result[0]; Offset[0][0] = 30; Length[0][0] = 30; Name[0][1] = Result[0]; Offset[0][1] = 60; Length[0][1] = 30; Name[0][2] = Result[0]; Offset[0][2] = 90; Length[0][2] = 30; Name[1][0] = Result[1]; Offset[1][0] = 30; Length[1][0] = 30; Name[1][1] = Result[1]; Offset[1][1] = 60; Length[1][1] = 30; Name[1][2] = Result[1]; Offset[1][2] = 90; Length[1][2] = 30; Name[2][0] = Result[2]; Offset[2][0] = 30; Length[2][0] = 30; Name[2][1] = Result[2]; Offset[2][1] = 60; Length[2][1] = 30; Name[2][2] = Result[2]; Offset[2][2] = 90; Length[2][2] = 30; Name[3][0] = Result[3]; Offset[3][0] = 30; Length[3][0] = 30; Name[3][1] = Result[3]; Offset[3][1] = 60; Length[3][1] = 30; Name[3][2] = Result[3]; Offset[3][2] = 90; Length[3][2] = 30; CoherenceFunction[0]: ChannelA[0] = H1:LSC-PRCL1_EXC; ChannelA[1] = H1:LSC-PRCL1_IN1; ChannelA[2] = H1:LSC-PRCL1_IN2; ChannelA[3] = ; ChannelB[0] = H1:LSC-PRCL1_EXC; ChannelB[1] = H1:LSC-PRCL1_IN1; ChannelB[2] = H1:LSC-PRCL1_IN2; Name[0][0] = Result[4]; Offset[0][0] = 30; Length[0][0] = 30; Name[0][1] = Result[4]; Offset[0][1] = 60; Length[0][1] = 30; Name[0][2] = Result[4]; Offset[0][2] = 90; Length[0][2] = 30; Name[1][0] = Result[5]; Offset[1][0] = 30; Length[1][0] = 30; Name[1][1] = Result[5]; Offset[1][1] = 60; Length[1][1] = 30; Name[1][2] = Result[5]; Offset[1][2] = 90; Length[1][2] = 30; Name[2][0] = Result[6]; Offset[2][0] = 30; Length[2][0] = 30; Name[2][1] = Result[6]; Offset[2][1] = 60; Length[2][1] = 30; Name[2][2] = Result[6]; Offset[2][2] = 90; Length[2][2] = 30; Name[3][0] = Result[7]; Offset[3][0] = 30; Length[3][0] = 30; Name[3][1] = Result[7]; Offset[3][1] = 60; Length[3][1] = 30; Name[3][2] = Result[7]; Offset[3][2] = 90; Length[3][2] = 30; Result 3 0 0 0.05 1 0 8 30 1 H1:LSC-PRCL1_IN2 H1:LSC-PRCL1_IN1 30 2 AADAQAAAAAAsC+FAAAAAABjjA0EAAAAAzZUaQQAAAACLMDVBAAAAAG1fVEEAAAAA MOx4QQAAAACi4ZFBAAAAAOf8qkEAAAAAUmrIQQAAAABB6OpBAAAAAOyqCUIAAAAA T1whQgAAAACQIT1CAAAAAFauXUIAAAAAmuqBQgAAAAB7RphCAAAAAHV7skIAAAAA EDPRQgAAAAADNPVCAAAAAJyzD0MAAAAA124oQwAAAACxa0VDAAAAALFlZ0MAAAAA UZyHQwAAAAAT855DAAAAABpOukMAAAAAXl7aQwAAAABL8/9DAAAAAAAAFkQAAAAA Br2/PgIKfUAe1lK/c9uEQGJsrb//IJJAclEYwD9xmUCJRTzArDLEQHWusL92Bg5B 1zCYQM4lF0EL58e+LzltQAJpL0BFiIM/LDOLP8QkED8NSps/z2QtP8ABRD9K0RY/ RQIPP8SPCz+JOu4+K4IGP14i5D6/l+k+IXnhPu9jtj5BSdg+fVSDPtMOzT6I+yk+ /2+/PuBxnT30Pa0+4D+fvBctjT78heG9V+c2Pnu2Q75H+Kc8BfRrvrNGGb7TM+G9 PvOZPXPL2D18FUg6qxIGOxpTLDsnUeW6V7EqPWMKqjuI0ye8Kh2rvFd4Zbyid7g5 Result 5 0 0 0.05 1 0 8 30 1 H1:LSC-PRCL_EXC H1:LSC-PRCL_IN1 30 2 AADAQCwL4UAY4wNBzZUaQYswNUFtX1RBMOx4QaLhkUHn/KpBUmrIQUHo6kHsqglC T1whQpAhPUJWrl1CmuqBQntGmEJ1e7JCEDPRQgM09UKcsw9D124oQ7FrRUOxZWdD UZyHQxPznkMaTrpDXl7aQ0vz/0MAABZEEAx/PyZnfz+Yjn8/kJ1/P1TUfz/Jc30/ r299P1qjbT+uz38/BBh7P9uWfz9uoX8/yFB/P3Hnfz8xjn8/iZR/P5yqfz8/iH8/ EJp/P05Hez+Mhn4/KTh/P+tvfj+mxX4//DJnP5kART/RvmY/RRvfPrdV2D6rtjE+ Result 5 0 0 0.05 1 0 8 30 1 H1:LSC-PRCL_EXC H1:LSC-PRCL_IN2 30 2 AADAQCwL4UAY4wNBzZUaQYswNUFtX1RBMOx4QaLhkUHn/KpBUmrIQUHo6kHsqglC T1whQpAhPUJWrl1CmuqBQntGmEJ1e7JCEDPRQgM09UKcsw9D124oQ7FrRUOxZWdD UZyHQxPznkMaTrpDXl7aQ0vz/0MAABZEthJzP7Uhdj8WMng/nEt5PyeZfD9QfU0/ +2BNP1RIKj+V+ns/qpJMP/ATfT/b030/MJV9P3rVfz/fgn8/Sb1/P+Dffz9T4H8/ yet/P/BOfz9v0n8//O1/P5Dhfz+k7n8/Twt/P80Ifj81zX8/2v1+Pz+8fz/eo38/ Result 3 0 0 0.05 1 0 8 30 1 H1:LSC-PRCL_IN2 H1:LSC-PRCL_IN1 30 2 AADAQAAAAAAsC+FAAAAAABjjA0EAAAAAzZUaQQAAAACLMDVBAAAAAG1fVEEAAAAA MOx4QQAAAACi4ZFBAAAAAOf8qkEAAAAAUmrIQQAAAABB6OpBAAAAAOyqCUIAAAAA T1whQgAAAACQIT1CAAAAAFauXUIAAAAAmuqBQgAAAAB7RphCAAAAAHV7skIAAAAA EDPRQgAAAAADNPVCAAAAAJyzD0MAAAAA124oQwAAAACxa0VDAAAAALFlZ0MAAAAA UZyHQwAAAAAT855DAAAAABpOukMAAAAAXl7aQwAAAABL8/9DAAAAAAAAFkQAAAAA KiweQXh1cMHQGxZBTrC9wIMd5kCAlXC/HdTCQArCxz8GxZBAbng+QCAqTUCiU2RA 8/f6P9/bjUBZUCdAjUwxQJwYKECX/UtAzbs/QKDyv73dcNY/tXP0P/h21T+HVME/ gbmwPzWoij/Fi5E/MsZUPxcsaD9rAio/abk/PwX4CT9EPyI/XP7gPm7CDz9luaw+ N/QDP3BLej6ZHfk+SDUePpfc4D5K+ks9aFDIPhkKZ71kZJk+kIQSvk+TMj7dP1q+ 5uKoPfJ4SL4SAhy9AKQivgJq170oPIm99PxvvW/5RTpbWBS9m5DXPCZhoTup3J48 Result 3 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 120 AADAQAAAAAAsC+FAAAAAABjjA0EAAAAAzZUaQQAAAACLMDVBAAAAAG1fVEEAAAAA MOx4QQAAAACi4ZFBAAAAAOf8qkEAAAAAUmrIQQAAAABB6OpBAAAAAOyqCUIAAAAA T1whQgAAAACQIT1CAAAAAFauXUIAAAAAmuqBQgAAAAB7RphCAAAAAHV7skIAAAAA EDPRQgAAAAADNPVCAAAAAJyzD0MAAAAA124oQwAAAACxa0VDAAAAALFlZ0MAAAAA UZyHQwAAAAAT855DAAAAABpOukMAAAAAXl7aQwAAAABL8/9DAAAAAAAAFkQAAAAA /XB+P0w7Kz3GeX0/ZGVNPY4JgD9cKXA9ZIx/Pz2vjj1b5oI/HhirPTGOhz+J7NA9 +66MP8zo+z1bApY/3GMePmn7nT9rF0Q+49ymP3Micj4LSbA/gReWPmIcvz+ZesA+ /sXMP/9U8z4IRNs/80YaP3T56T8XcEQ/hVf9P6Utfj9TsgZAX3GjPwBADUDiKdI/ bOoLQDwzAkAnvfM/q9wSQI+uxT8oWiRAzsGIP19GM0CDeu8+YW89QLyOhL6zzj5A UV+Lv0imMkB7Gfm/YAISQDjwKsAyza4/lNM/wNF6Iz1J0SXALh7Av24dQMBENfe8 MQaCv55szrygR46/95CjPdk3ur/7t4O9TJ6rv5Ka0T29QK2/VVA6PjdVl78zs8o+ X26Yv4bMsT6qRrO/5EiSPySsur9rVlg/8fOTwO4SEUBT0l2/DYGnPyDVCr63svM/ cOkjP4mBqj/Pugs/HWguP6i94D7P+QI/6vbSPscQtz5nnck+39t1Pqbnrj4bqAY+ YT2jPngVHD37q4s+OyY2vQb5ST4myPq9PerAPTZgK77lc4m8CmwWvlnvu70raWm9 ywJIPV+OkT3bvjy7GH/6ulMQ+jqBWdu5WoncPL5nFDysSgi8QdGFvPNB+7sWC5C6 TYyBvJ1szrz8eeS9+JCjPWPf6L79t4O9MXmuvpOa0T3zArW+VVA6PripOr4zs8o+ +nJDvobMsT6pGs2+5EiSP4+w6r5rVlg/4+dnwO4SEUCztgg+DYGnP7hKXT+3svM/ uPTRP4mBqj9o3cU/HmguP2ovuD/P+QI/ur20P8cQtz5aZ7I/39t1Pum5qz8bqAY+ WM+oP3oVHD3/6qI/PSY2vSE/mT8nyPq9pA6MPzVgK75htHs/CmwWvhWCaD8qaWm9 FkCGP1+OkT1BQ38/GX/6uoQ+gD/eWdu5JXKDP7tnFDzV3n0/QdGFvHwJfj8dC5C6 Result 3 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 120 AADAQAAAAAAsC+FAAAAAABjjA0EAAAAAzZUaQQAAAACLMDVBAAAAAG1fVEEAAAAA MOx4QQAAAACi4ZFBAAAAAOf8qkEAAAAAUmrIQQAAAABB6OpBAAAAAOyqCUIAAAAA T1whQgAAAACQIT1CAAAAAFauXUIAAAAAmuqBQgAAAAB7RphCAAAAAHV7skIAAAAA EDPRQgAAAAADNPVCAAAAAJyzD0MAAAAA124oQwAAAACxa0VDAAAAALFlZ0MAAAAA UZyHQwAAAAAT855DAAAAABpOukMAAAAAXl7aQwAAAABL8/9DAAAAAAAAFkQAAAAA E9x7v5Xsxzy6H2W/m7ODvVefL7+pcvg8RtQ9v2rYZ73rxjm/N8jHvaiyQr9oZIK+ RR9GvwkYZ76actu+UxCzvq1pA7/dS5i+lo4yvh8Vr73CGbS+1v8HvwtuGL10yAW/ VxOWPvAcHL/hWzc/CN1kv5JGdz/ZG5C/1DWxP27Gmb8y9uw/NHuQv0YrI0AqPnu/ hOhFQIw7vb64iGRAtAQVP1M1akBbZxFAp3QjQKY0kUCmfkS/8AjXQL6q+8BBSJxA TSXSQIHuGMElEXHDw/cfQ14N+kPqVttCD3kFQqWiM8FpCsbBBHJCQviU/8K7hZJB BBmBv/lCir2zY42/djG/PC7Kub8hOhm+cjqsv8xqDzygH7O/pXyVPWRvpb+k6Zg+ wgCtv63WcD6fuui/ObWPP4gc+796hEM/nQbSwEpN7j9j2sm/oi3GP/IMa79JqjJA CVDIPrjcG0DrQAY/+Hu/PwHO0T7k0aI//8jrPrzyjj+5rQU/bgqBP6q8CT/l4lk/ FJceP1NfOz8mGx8/WZMKP3J7Hj/PgaI+AMcRP9ovrj3Cmdo+N23yvZBMRj6chYS+ iMyAvm5VcT2dQyM819s6u6hAlLsq+3M7Sf6lvcia1bytUkK7k35gPcxIvDzOW2c7 l32EPJTsxzwuAtc9nbODvVHBoD6ucvg8dFeEPmrYZ70qcow+N8jHvWI1dT5oZIK+ 7IJnPggYZ76zRhI/UxCzvqYs+T7dS5i+W1xTPx8Vr70f8yU/1v8Hvx95dj90yAW/ 1oSlP/AcHL/xrds/CN1kv0mj+z/aG5C/6poYQG7Gmb8ZezZANHuQv0YrY0AqPnu/ QvSCQIw7vb5cRJJAtAQVP6kalUBbZxFApnRjQKY0kUBrBW4+8AjXQL6q28BBSJxA TSXyQIHuGMElEXDDw/cfQ16N+kPqVttCD3kJQqaiM8FpCr7BBHJCQviU/cK7hZJB Result 3 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 H1:LSC-PRCL1_IN2 120 AADAQAAAAAAsC+FAAAAAABjjA0EAAAAAzZUaQQAAAACLMDVBAAAAAG1fVEEAAAAA MOx4QQAAAACi4ZFBAAAAAOf8qkEAAAAAUmrIQQAAAABB6OpBAAAAAOyqCUIAAAAA T1whQgAAAACQIT1CAAAAAFauXUIAAAAAmuqBQgAAAAB7RphCAAAAAHV7skIAAAAA EDPRQgAAAAADNPVCAAAAAJyzD0MAAAAA124oQwAAAACxa0VDAAAAALFlZ0MAAAAA UZyHQwAAAAAT855DAAAAABpOukMAAAAAXl7aQwAAAABL8/9DAAAAAAAAFkQAAAAA D/KOwafF40HlpL3AJsSHwCL0CcBrD5w+gUUswGL1Tr/HHg/ABFCTv7Kndb9UYQXA BZebvwuKDcAa2ou+rH1Hv4zs/b5dEWq/kBxLvkIf/r1MBZ49H5xBvyp2Sj4S9t6+ qBe8PiTAmL47rAo/5nZ0vuzwHT90oGC+vF8qP6aQLL5FYTI/ftP1veT/PD+KM5S9 KvNBPx9Us7z+4kg/npngPJWcUz+eJa09BJ1kP/3dCz4Or34/1DMYPk1hjD/S7Iw9 NfdyP6K2g72GXoA/1/H7OjKDfz80hNo5/kR5Px23DLzoCYE/8QiIPCn9gD8kR5I6 D/KWQajF48HlpN1AJsSHQCL0SUBsD5y+gUVsQGL1Tj/HHk9ABFCTP9nT+j9UYQVA gssNQAuKDUCH9qI/rX1HPyN7vz9dEWo/kmOZP0If/j1WP2w/H5xBP3ViTT8S9t4+ LPQhPyPAmD6Kp+o+5XZ0PicexD50oGA+iUCrPqeQLD52PZs+ftP1PTcAhj6KM5Q9 VTN4PhxUszwHdFw+nJngvKuNMT6eJa293hfbPf7dC77heKg70zMYvs8Uxr3T7Iy9 tIxQPaK2gz2bDD271fH7ukOc+TrYg9q5LmDXPCC3DDwQ9AS88QiIvJko/bsdR5K6 d0JwvEuV0rz7bOq9EX+WPX4C576VX7q9AdGxvpecoD0U5cC+YUogPpQJb77GJM0+ H0eBvolltz6IcCW/tYGjP0BCOr9VinQ/ZE+owMxIBkC+iky+grPrP9MrEz+cuUpA ANr+P1hHOkA/Mg9AuU8GQHo2D0D4hAJA4iQcQMcEB0DBHShA5j0SQCqvL0CqjR9A MZAzQBELMUBdpSFAgoE1QCR2CkBiqjhATqXRP963OEAjCmU/99s1QNChhb3/PS5A c5Krv55rNkD00ve/qdMRQFg6K8AwR68/hgNFwL61YjzeASbAORq5v9ykPsDJSdq8 Result 5 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 120 AADAQCwL4UAY4wNBzZUaQYswNUFtX1RBMOx4QaLhkUHn/KpBUmrIQUHo6kHsqglC T1whQpAhPUJWrl1CmuqBQntGmEJ1e7JCEDPRQgM09UKcsw9D124oQ7FrRUOxZWdD UZyHQxPznkMaTrpDXl7aQ0vz/0MAABZEAACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ rrlEP05baD9ssXc/R4ZnP2/udT9xsnA/zKVlP2FFeT9o93o/EqVhP9gMcD8TLXQ/ nCV6P7G3eD/gbX4/I3h+P82Cfj+VDX8/usN+P9sCfz+SVX8/iPF9P1rGfj/vin4/ BHp8P6erxj7zDTw9Ar5sPxUyTj8pXNI+W201O5tRBT6ueT8/T/fLPpujLD+ndyg/ AKbwPg16cT81I3E/DS9WP57eaT/TEXY/RRp9P44Dfj9HsX8/v8h/P0DXfz8Q7n8/ L+1/Pwn0fz+k+X8/B/B/Pwj5fz+3+n8/2fl/P8L+fz/T+n8/7Pt/P5j6fz9G+n8/ Result 5 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 120 AADAQCwL4UAY4wNBzZUaQYswNUFtX1RBMOx4QaLhkUHn/KpBUmrIQUHo6kHsqglC T1whQpAhPUJWrl1CmuqBQntGmEJ1e7JCEDPRQgM09UKcsw9D124oQ7FrRUOxZWdD UZyHQxPznkMaTrpDXl7aQ0vz/0MAABZErrlEP05baD9ssXc/R4ZnP2/udT9xsnA/ zKVlP2FFeT9o93o/EqVhP9gMcD8TLXQ/nCV6P7G3eD/gbX4/I3h+P82Cfj+VDX8/ usN+P9sCfz+SVX8/iPF9P1rGfj/vin4/BHp8P6erxj7zDTw9Ar5sPxUyTj8pXNI+ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/kT+DPlusuj40kGI/W/UyPwoSVT+0EUs/ +LowPyusez8R33o/7Jt+P3WVdz95Zn0/NrR+P7R3fT/HU38/eEd/P4xBfz+ien8/ XEp/P/Vjfz9Yin8/blJ+P63Cfj+NPX4/4M98P3PdxD5TO0s9wb1tP99fTT8jtc0+ Result 5 0 0 0.05 1 0 8 30 3 H1:LSC-PRCL1_EXC H1:LSC-PRCL1_IN1 H1:LSC-PRCL1_IN2 H1:LSC-PRCL1_IN2 120 AADAQCwL4UAY4wNBzZUaQYswNUFtX1RBMOx4QaLhkUHn/KpBUmrIQUHo6kHsqglC T1whQpAhPUJWrl1CmuqBQntGmEJ1e7JCEDPRQgM09UKcsw9D124oQ7FrRUOxZWdD UZyHQxPznkMaTrpDXl7aQ0vz/0MAABZEW201O5tRBT6ueT8/T/fLPpujLD+ndyg/ AKbwPg16cT81I3E/DS9WP57eaT/TEXY/RRp9P44Dfj9HsX8/v8h/P0DXfz8Q7n8/ L+1/Pwn0fz+k+X8/B/B/Pwj5fz+3+n8/2fl/P8L+fz/T+n8/7Pt/P5j6fz9G+n8/ kT+DPlusuj40kGI/W/UyPwoSVT+0EUs/+LowPyusez8R33o/7Jt+P3WVdz95Zn0/ NrR+P7R3fT/HU38/eEd/P4xBfz+ien8/XEp/P/Vjfz9Yin8/blJ+P63Cfj+NPX4/ 4M98P3PdxD5TO0s9wb1tP99fTT8jtc0+AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/ AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/AACAPwAAgD8AAIA/