# copepod swimming data # body displacement and angular position of individual appendages of Be Lenz (UH) # # version: Lenz (UH) # # version: 2015-12-16 # ========================= nauplius_id ------------------------- 182 ========================= meas_num x_axis y_axis image_frame time_elapsed A1_angle A2_angle mand_angle distance ------------------------- 8 0.520 0.633 27 0 5.4 88.1 117.8 0.00 9 0.520 0.633 28 0.2 5.4 91.8 117.8 0.00 10 0.520 0.633 29 0.4 5.4 95.0 117.8 0.00 11 0.517 0.633 30 0.6 5.4 94.8 120.8 0.00 12 0.517 0.633 31 0.8 8.1 98.1 129.7 0.00 13 0.517 0.633 32 1 5.8 98.1 131.1 0.00 14 0.517 0.633 33 1.2 5.8 102.3 134.7 0.00 15 0.517 0.633 34 1.4 8.1 105.9 136.9 0.00 16 0.517 0.633 35 1.6 11.1 110.1 136.9 0.00 17 0.513 0.637 36 1.8 15.5 113.6 140.1 0.01 18 0.513 0.637 37 2 14.6 117.4 143.3 0.01 19 0.510 0.637 38 2.2 19.1 123.4 142.4 0.01 20 0.510 0.637 39 2.4 29.0 119.0 146.0 0.01 21 0.507 0.640 40 2.6 38.1 122.4 149.8 0.01 22 0.503 0.643 41 2.8 41.6 130.5 146.8 0.02 23 0.503 0.647 42 3 46.0 140.2 148.8 0.02 24 0.503 0.650 43 3.2 56.3 140.2 160.3 0.02 25 0.500 0.653 44 3.4 59.0 147.9 160.3 0.03 26 0.500 0.660 45 3.6 64.6 147.4 160.3 0.03 27 0.500 0.663 46 3.8 90.0 150.4 149.9 0.04 28 0.500 0.667 47 4 87.1 145.3 145.4 0.04 29 0.500 0.673 48 4.2 90.6 136.9 139.1 0.04 30 0.500 0.673 49 4.4 98.1 134.4 132.8 0.04 31 0.500 0.677 50 4.6 99.6 128.8 121.4 0.05 32 0.500 0.677 51 4.8 105.6 123.1 114.4 0.05 33 0.500 0.677 52 5 105.6 116.1 109.4 0.05 34 0.500 0.677 53 5.2 105.6 109.2 104.1 0.05 35 0.500 0.677 54 5.4 98.7 104.6 104.1 0.05 36 0.503 0.673 55 5.6 98.7 100.5 104.1 0.04 37 0.503 0.673 56 5.8 87.9 91.7 96.0 0.04 38 0.503 0.670 57 6 71.6 74.9 88.1 0.04 39 0.503 0.670 58 6.2 62.4 68.0 91.1 0.04 40 0.507 0.670 59 6.4 52.6 61.5 93.6 0.04 41 0.507 0.670 60 6.6 45.0 50.4 99.1 0.04 42 0.510 0.667 61 6.8 41.2 44.6 100.7 0.04 43 0.510 0.667 62 7 32.9 38.9 105.5 0.04 44 0.510 0.667 63 7.2 27.9 38.9 108.8 0.04 45 0.510 0.667 64 7.4 11.3 35.2 113.0 0.04 46 0.513 0.663 65 7.6 13.8 35.2 113.0 0.03 47 0.513 0.663 66 7.8 6.5 38.9 115.9 0.03 48 0.513 0.663 67 8 1.0 41.7 124.4 0.03 49 0.513 0.663 68 8.2 1.0 43.3 135.9 0.03 50 0.513 0.667 69 8.4 0.2 45.9 139.2 0.03 51 0.513 0.667 70 8.6 0.2 48.4 139.2 0.03 52 0.513 0.667 71 8.8 0.3 51.0 150.2 0.03 53 0.510 0.670 72 9 0.3 68.9 150.2 0.04 54 0.510 0.673 73 9.2 0.3 73.6 150.2 0.04 55 0.510 0.673 74 9.4 0.3 79.7 150.2 0.04 56 0.510 0.677 75 9.6 0.3 79.7 150.2 0.05 57 0.507 0.680 76 9.8 0.3 81.8 150.2 0.05 58 0.507 0.683 77 10 1.3 104.0 150.2 0.05 59 0.503 0.687 78 10.2 1.3 108.0 150.2 0.06 60 0.500 0.690 79 10.4 1.3 114.0 150.2 0.06 61 0.500 0.693 80 10.6 1.3 131.2 150.2 0.06 62 0.497 0.700 81 10.8 1.3 131.2 150.2 0.07 63 0.493 0.703 82 11 9.3 140.4 150.2 0.08 64 0.490 0.707 83 11.2 14.2 146.7 150.2 0.08 65 0.490 0.710 84 11.4 18.8 146.7 150.2 0.08 66 0.490 0.713 85 11.6 24.4 146.7 150.2 0.09 67 0.487 0.717 86 11.8 28.3 146.7 150.2 0.09 68 0.487 0.720 87 12 36.6 146.7 150.2 0.09 69 0.487 0.723 88 12.2 39.9 143.7 150.2 0.10 70 0.487 0.727 89 12.4 46.3 143.7 150.2 0.10 71 0.487 0.733 90 12.6 59.4 143.7 150.2 0.11 72 0.487 0.737 91 12.8 67.5 143.7 150.2 0.11 73 0.487 0.740 92 13 77.9 143.7 150.2 0.11 74 0.487 0.747 93 13.2 84.2 139.3 140.8 0.12 75 0.487 0.750 94 13.4 90.5 133.1 137.8 0.12 76 0.487 0.750 95 13.6 99.1 133.1 126.5 0.12 77 0.487 0.757 96 13.8 104.5 127.6 126.5 0.13 78 0.487 0.760 97 14 108.0 119.1 124.8 0.13 79 0.487 0.763 98 14.2 105.3 119.1 117.6 0.13 80 0.483 0.763 99 14.4 108.5 113.3 112.6 0.14 81 0.483 0.767 100 14.6 108.5 113.3 106.7 0.14 82 0.483 0.767 101 14.8 108.5 114.2 98.3 0.14 83 0.487 0.763 102 15 101.1 111.2 94.7 0.13 84 0.487 0.763 103 15.2 98.6 111.2 83.2 0.13 85 0.487 0.763 104 15.4 93.5 103.1 79.2 0.13 86 0.487 0.760 105 15.6 84.6 98.7 86.5 0.13 87 0.487 0.757 106 15.8 78.7 83.7 86.5 0.13 88 0.487 0.757 107 16 82.3 76.3 90.0 0.13 89 0.483 0.753 108 16.2 75.9 67.4 99.3 0.13 90 0.483 0.750 109 16.4 68.6 62.7 99.3 0.12 91 0.483 0.750 110 16.6 62.3 55.5 105.3 0.12 92 0.483 0.747 111 16.8 52.9 50.4 105.3 0.12 93 0.483 0.747 112 17 48.0 47.1 108.1 0.12 94 0.483 0.747 113 17.2 38.1 44.0 109.4 0.12 95 0.483 0.747 114 17.4 27.2 44.0 114.3 0.12 96 0.483 0.747 115 17.6 18.8 44.0 116.6 0.12 97 0.483 0.747 116 17.8 11.5 44.0 120.8 0.12 98 0.483 0.747 117 18 10.5 44.0 124.5 0.12 99 0.483 0.747 118 18.2 6.9 47.1 129.5 0.12 100 0.483 0.747 119 18.4 3.2 55.5 133.9 0.12 101 0.483 0.753 120 18.6 0.6 64.7 143.6 0.13