Annexe 3
Tableau 8 : les valeurs de sortie par l’analyse de Thomson et Bell des femelles de S. tinca pour X= 1
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.04466 0.57266 0.077982 346.074539 38.4704143 3
79.3477638 1776.82958 39673.8819
0.41632 0.94432 0.4408672 307.604125 61.2429385 27 1117.81886 2685.00299 558909.432
1.35283 1.88083 0.7192734 246.361186 100.101021 72 4394.45841 3248.33667 2197229.21
1.18743 1.71543 0.6922055 146.260166 63.5649399 44 3781.90466 3184.94909 1890952.33
1.07545 1.60345 0.6707098 82.6952258 40.2558607 27 3152.28127 2931.13085 1576140.64
1.25225 1.78025 0.7034117 42.4393651 27.0112095 19 2926.38132 2336.90727 1463190.66
1.54019 2.06819 0.7447039 15.4281556 13.4281556 10 1983.43204 1287.78669 991716.022
0.528
1.056
0.5
2
2
1
250.299706 474.052474 125149.853
17685.924 17924.9956 8842962.02
Tableau 9 : les valeurs d’entrée par l’analyse de Thomson et Bell de Serranus cabrilla pour X= 1
Tableau 10 : les valeurs de sortie par l’analyse de Thomson et Bell de Serranus cabrilla pour X= 1
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.0119 0.3989 0.02983 371.6183 33.52039 1 14.28326 1200.2513 7141.63041
0.0121 0.39913 0.0304 338.098 32.89203 1 18.38483 1515.0629 9192.41333
0.0124 0.3994 0.03104 305.2059 32.22151 1 23.19057 1870.9163 11595.2834
0.051 0.43804 0.11652 272.9844 34.32895 4 115.0126 2253.3671 57506.3179
0.2748 0.66181 0.41524 238.6555 48.16487 20 702.4976 2556.299 351248.816
0.7972 1.18418 0.67319 190.4906 69.81671 47 1990.809 2497.3181 995404.648
1.0009 1.38789 0.72116 120.6739 55.4663
40 2020.121 2018.3329 1010060.33
0.7492 1.13625 0.65941 65.20758 28.81385 19 1132.633 1511.6947 566316.357
0.4624 0.84944 0.5444 36.39373 14.69499 8 557.8903 1206.4184 278945.171
0.6006 0.9876 0.60814 21.69874 11.51049 7 566.4808 943.1912 283240.385
1.0611 1.44812 0.73276 10.18825 8.188248 6 559.3875 527.16569 279693.762
0.387
0.774
0.5
2
2
1 106.7027 275.71769 53351.3722
7807.393 18375.735 3903696.49
l1
l2
c.c captures V(DA)
HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
10.5 11.5 11
1
500 1.04692 371.6183 0.9098 0.09453 0.02983 0.00282 0.3989 0.0119 14.2833
11.5 12.5 12
1
500 1.05087 338.098 0.90271 0.10235 0.0304 0.00311 0.39913 0.01213 18.3848
12.5 13.5 13
1
500 1.05554 305.2059 0.89443 0.11157 0.03104 0.00346 0.3994 0.0124 23.1906
13.5 14.5 14
4
500 1.06116 272.9844 0.87425 0.13439 0.11652 0.01566 0.43804 0.05104 28.7532
14.5 15.5 15
20
500 1.06804 238.6555 0.79818 0.22542 0.41524 0.0936 0.66181 0.27481 35.1249
15.5 16.5 16
47
500 1.07667 190.4906 0.63349 0.45651 0.67319 0.30732 1.18418 0.79718 42.3576
16.5 17.5 17
40
500 1.08781 120.6739 0.54036 0.61552 0.72116 0.44388 1.38789 1.00089 50.503
17.5 18.5 18
19
500 1.10273 65.20758 0.55812 0.58318 0.65941 0.38455 1.13625 0.74925 59.6122
18.5 19.5 19
8
500 1.12379 36.39373 0.59622 0.51714 0.5444 0.28153 0.84944 0.46244 69.7363
19.5 20.5 20
7
500 1.15573 21.69874 0.46953 0.75602 0.60814 0.45977 0.9876 0.6006 80.9258
20.5 21.5 21
6
500
1.21
10.18825 0.1963 1.62809 0.73276 1.19299 1.44812 1.06112 93.2313
21.5 22.5 22
1
500 1.32298
2
0.46116 0.774
0.5
0.387
0.774
0.387 106.703
57
Tableau 8 : les valeurs de sortie par l’analyse de Thomson et Bell des femelles de S. tinca pour X= 1
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.04466 0.57266 0.077982 346.074539 38.4704143 3
79.3477638 1776.82958 39673.8819
0.41632 0.94432 0.4408672 307.604125 61.2429385 27 1117.81886 2685.00299 558909.432
1.35283 1.88083 0.7192734 246.361186 100.101021 72 4394.45841 3248.33667 2197229.21
1.18743 1.71543 0.6922055 146.260166 63.5649399 44 3781.90466 3184.94909 1890952.33
1.07545 1.60345 0.6707098 82.6952258 40.2558607 27 3152.28127 2931.13085 1576140.64
1.25225 1.78025 0.7034117 42.4393651 27.0112095 19 2926.38132 2336.90727 1463190.66
1.54019 2.06819 0.7447039 15.4281556 13.4281556 10 1983.43204 1287.78669 991716.022
0.528
1.056
0.5
2
2
1
250.299706 474.052474 125149.853
17685.924 17924.9956 8842962.02
Tableau 9 : les valeurs d’entrée par l’analyse de Thomson et Bell de Serranus cabrilla pour X= 1
Tableau 10 : les valeurs de sortie par l’analyse de Thomson et Bell de Serranus cabrilla pour X= 1
XF1
Z1
XF1/Z1
NL1
D
CL1
Y1
B1
V1
0.0119 0.3989 0.02983 371.6183 33.52039 1 14.28326 1200.2513 7141.63041
0.0121 0.39913 0.0304 338.098 32.89203 1 18.38483 1515.0629 9192.41333
0.0124 0.3994 0.03104 305.2059 32.22151 1 23.19057 1870.9163 11595.2834
0.051 0.43804 0.11652 272.9844 34.32895 4 115.0126 2253.3671 57506.3179
0.2748 0.66181 0.41524 238.6555 48.16487 20 702.4976 2556.299 351248.816
0.7972 1.18418 0.67319 190.4906 69.81671 47 1990.809 2497.3181 995404.648
1.0009 1.38789 0.72116 120.6739 55.4663
40 2020.121 2018.3329 1010060.33
0.7492 1.13625 0.65941 65.20758 28.81385 19 1132.633 1511.6947 566316.357
0.4624 0.84944 0.5444 36.39373 14.69499 8 557.8903 1206.4184 278945.171
0.6006 0.9876 0.60814 21.69874 11.51049 7 566.4808 943.1912 283240.385
1.0611 1.44812 0.73276 10.18825 8.188248 6 559.3875 527.16569 279693.762
0.387
0.774
0.5
2
2
1 106.7027 275.71769 53351.3722
7807.393 18375.735 3903696.49
l1
l2
c.c captures V(DA)
HL1
NL1
SL
Zdt
F/Z
Fdt
Z
F
W
10.5 11.5 11
1
500 1.04692 371.6183 0.9098 0.09453 0.02983 0.00282 0.3989 0.0119 14.2833
11.5 12.5 12
1
500 1.05087 338.098 0.90271 0.10235 0.0304 0.00311 0.39913 0.01213 18.3848
12.5 13.5 13
1
500 1.05554 305.2059 0.89443 0.11157 0.03104 0.00346 0.3994 0.0124 23.1906
13.5 14.5 14
4
500 1.06116 272.9844 0.87425 0.13439 0.11652 0.01566 0.43804 0.05104 28.7532
14.5 15.5 15
20
500 1.06804 238.6555 0.79818 0.22542 0.41524 0.0936 0.66181 0.27481 35.1249
15.5 16.5 16
47
500 1.07667 190.4906 0.63349 0.45651 0.67319 0.30732 1.18418 0.79718 42.3576
16.5 17.5 17
40
500 1.08781 120.6739 0.54036 0.61552 0.72116 0.44388 1.38789 1.00089 50.503
17.5 18.5 18
19
500 1.10273 65.20758 0.55812 0.58318 0.65941 0.38455 1.13625 0.74925 59.6122
18.5 19.5 19
8
500 1.12379 36.39373 0.59622 0.51714 0.5444 0.28153 0.84944 0.46244 69.7363
19.5 20.5 20
7
500 1.15573 21.69874 0.46953 0.75602 0.60814 0.45977 0.9876 0.6006 80.9258
20.5 21.5 21
6
500
1.21
10.18825 0.1963 1.62809 0.73276 1.19299 1.44812 1.06112 93.2313
21.5 22.5 22
1
500 1.32298
2
0.46116 0.774
0.5
0.387
0.774
0.387 106.703
57