# copepod swimming data # body displacement and angular position of individual appendages of Be Lenz (UH) # # version: Lenz (UH) # # version: 2015-12-16 # ========================= nauplius_id ------------------------- 172 ========================= meas_num x_axis y_axis image_frame time_elapsed A1_angle A2_angle mand_angle distance ------------------------- 1 0.863 0.303 20 0 11.3 80.1 135.0 0.00 2 0.863 0.303 21 0.2 11.3 80.1 135.0 0.00 3 0.863 0.303 22 0.4 17.1 80.1 135.0 0.00 4 0.863 0.307 23 0.6 17.1 80.6 135.0 0.00 5 0.863 0.307 24 0.8 20.0 83.8 135.0 0.00 6 0.863 0.307 25 1 20.0 87.1 137.6 0.00 7 0.863 0.310 26 1.2 26.6 90.4 145.3 0.01 8 0.863 0.310 27 1.4 26.6 93.7 148.4 0.01 9 0.863 0.313 28 1.6 30.3 96.8 150.3 0.01 10 0.863 0.317 29 1.8 38.7 100.1 155.2 0.01 11 0.863 0.320 30 2 45.0 105.9 161.8 0.02 12 0.863 0.323 31 2.2 47.7 110.1 167.9 0.02 13 0.863 0.327 32 2.4 51.5 121.0 167.9 0.02 14 0.860 0.330 33 2.6 56.2 126.9 171.9 0.03 15 0.863 0.333 34 2.8 60.3 135.0 171.9 0.03 16 0.860 0.337 35 3 66.8 130.8 171.9 0.03 17 0.860 0.340 36 3.2 72.6 139.8 171.9 0.04 18 0.863 0.343 37 3.4 79.4 139.8 171.9 0.04 19 0.863 0.347 38 3.6 86.4 146.0 171.9 0.04 20 0.863 0.350 39 3.8 90.0 150.8 171.9 0.05 21 0.863 0.353 40 4 87.2 152.6 171.9 0.05 22 0.863 0.357 41 4.2 103.2 152.6 171.9 0.05 23 0.863 0.360 42 4.4 112.6 148.7 162.0 0.06 24 0.870 0.360 43 4.6 115.8 146.9 158.2 0.06 25 0.870 0.360 44 4.8 119.3 143.9 152.8 0.06 26 0.867 0.360 45 5 121.3 137.9 144.4 0.06 27 0.867 0.360 46 5.2 121.3 132.2 134.7 0.06 28 0.867 0.360 47 5.4 118.3 124.5 125.5 0.06 29 0.867 0.360 48 5.6 114.8 113.0 116.1 0.06 30 0.867 0.357 49 5.8 111.0 109.7 105.9 0.05 31 0.867 0.353 50 6 102.1 104.0 100.5 0.05 32 0.867 0.350 51 6.2 95.4 100.0 100.5 0.05 33 0.867 0.347 52 6.4 77.2 96.7 95.6 0.04 34 0.867 0.347 53 6.6 71.4 83.3 87.5 0.04 35 0.867 0.347 54 6.8 71.4 73.6 87.5 0.04 36 0.867 0.343 55 7 49.6 70.6 83.4 0.04 37 0.867 0.343 56 7.2 49.6 58.0 83.4 0.04 38 0.867 0.340 57 7.4 37.9 49.1 83.4 0.04 39 0.867 0.340 58 7.6 37.9 43.2 83.4 0.04 40 0.867 0.340 59 7.8 23.8 36.4 87.5 0.04 41 0.867 0.340 60 8 9.8 29.7 98.8 0.04 42 0.863 0.340 61 8.2 9.8 26.6 98.8 0.04 43 0.863 0.340 62 8.4 12.5 23.5 107.2 0.04 44 0.863 0.340 63 8.6 12.5 23.5 119.1 0.04 45 0.863 0.340 64 8.8 6.3 23.5 119.1 0.04 46 0.863 0.340 65 9 6.3 23.5 125.7 0.04 47 0.863 0.340 66 9.2 6.3 23.5 130.4 0.04 48 0.863 0.347 67 9.4 6.3 23.5 134.6 0.04 49 0.863 0.347 68 9.6 6.3 28.6 134.6 0.04 50 0.863 0.347 69 9.8 6.3 29.7 138.4 0.04 51 0.863 0.347 70 10 6.3 37.9 143.8 0.04 52 0.863 0.350 71 10.2 6.3 41.4 149.9 0.05 53 0.863 0.353 72 10.4 6.3 46.8 155.3 0.05 54 0.863 0.353 73 10.6 6.3 54.2 159.8 0.05 55 0.863 0.357 74 10.8 6.3 59.9 162.4 0.05 56 0.863 0.363 75 11 6.3 67.2 165.8 0.06 57 0.863 0.367 76 11.2 6.3 81.0 165.8 0.06 58 0.863 0.373 77 11.4 6.3 84.3 165.8 0.07 59 0.863 0.377 78 11.6 6.3 84.3 165.8 0.07 60 0.863 0.380 79 11.8 6.3 92.9 165.8 0.08 61 0.863 0.387 80 12 12.5 113.9 165.8 0.08 62 0.867 0.390 81 12.2 21.8 117.5 173.0 0.09 63 0.863 0.397 82 12.4 26.6 117.5 166.0 0.09 64 0.863 0.400 83 12.6 33.5 124.0 166.0 0.10 65 0.867 0.403 84 12.8 36.9 124.0 166.0 0.10 66 0.867 0.410 85 13 42.1 130.0 166.0 0.11 67 0.867 0.410 86 13.2 49.1 137.2 166.0 0.11 68 0.867 0.417 87 13.4 66.9 137.2 164.0 0.11 69 0.867 0.420 88 13.6 81.9 141.1 164.0 0.12 70 0.870 0.427 89 13.8 81.9 146.0 164.0 0.12 71 0.873 0.430 90 14 100.3 146.0 164.0 0.13 72 0.870 0.437 91 14.2 111.2 154.1 164.0 0.13 73 0.873 0.440 92 14.4 116.4 154.1 164.0 0.14 74 0.873 0.447 93 14.6 133.2 154.1 164.0 0.14 75 0.873 0.450 94 14.8 139.0 154.1 164.0 0.15 76 0.877 0.453 95 15 139.0 147.2 159.4 0.15 77 0.880 0.453 96 15.2 139.0 147.2 155.8 0.15 78 0.880 0.457 97 15.4 133.2 147.2 150.2 0.15 79 0.880 0.457 98 15.6 133.2 139.7 140.5 0.15 80 0.880 0.457 99 15.8 124.6 135.7 134.3 0.15 81 0.880 0.453 100 16 124.6 131.7 126.4 0.15 82 0.880 0.453 101 16.2 117.4 127.6 117.9 0.15 83 0.880 0.450 102 16.4 108.4 123.8 113.2 0.15 84 0.880 0.450 103 16.6 74.2 116.3 101.7 0.15 85 0.880 0.450 104 16.8 64.3 106.0 92.0 0.15 86 0.877 0.447 105 17 54.2 95.1 99.7 0.14 87 0.877 0.447 106 17.2 49.5 81.0 87.4 0.14 88 0.877 0.443 107 17.4 33.4 73.9 82.8 0.14 89 0.877 0.443 108 17.6 24.4 67.0 78.7 0.14 90 0.873 0.440 109 17.8 20.5 57.4 78.7 0.14 91 0.873 0.440 110 18 16.6 47.3 86.8 0.14 92 0.873 0.440 111 18.2 10.7 42.4 95.8 0.14 93 0.873 0.440 112 18.4 10.7 36.0 95.8 0.14 94 0.873 0.440 113 18.6 7.9 36.0 109.0 0.14 95 0.873 0.440 114 18.8 7.9 36.0 109.0 0.14 96 0.873 0.440 115 19 1.8 36.0 112.4 0.14 97 0.873 0.440 116 19.2 1.8 36.0 118.0 0.14 98 0.873 0.440 117 19.4 1.8 44.1 118.0 0.14 99 0.873 0.440 118 19.6 1.8 44.1 121.0 0.14 100 0.873 0.440 119 19.8 1.8 42.7 121.0 0.14 101 0.873 0.443 120 20 1.8 47.5 137.1 0.14 102 0.873 0.447 121 20.2 1.8 51.5 142.1 0.14 103 0.873 0.450 122 20.4 1.8 54.0 145.9 0.15 104 0.873 0.450 123 20.6 1.8 69.3 145.9 0.15 105 0.873 0.453 124 20.8 1.8 72.2 148.1 0.15 106 0.873 0.457 125 21 1.8 75.2 148.1 0.15 107 0.873 0.460 126 21.2 1.8 82.0 157.0 0.16 108 0.877 0.463 127 21.4 1.8 77.7 157.0 0.16 109 0.877 0.467 128 21.6 1.8 113.4 162.0 0.16 110 0.877 0.470 129 21.8 1.8 113.4 162.0 0.17 111 0.880 0.477 130 22 2.6 113.4 162.0 0.17 112 0.880 0.483 131 22.2 2.6 119.3 162.0 0.18 113 0.883 0.487 132 22.4 13.8 128.1 157.1 0.19 114 0.887 0.490 133 22.6 20.2 131.8 157.1 0.19 115 0.887 0.497 134 22.8 21.2 138.2 157.1 0.20 116 0.887 0.503 135 23 28.7 138.2 157.1 0.20 117 0.887 0.507 136 23.2 38.3 150.3 157.1 0.21