A negative Lyapunov exponent indicates that the system is stable or converging towards an attractor. In the context of chaotic systems, this implies that nearby trajectories initially diverge but eventually come closer together, suggesting the presence of an attractor in the system.

Chaotic systems are characterized by sensitive dependence on initial conditions, also known as the butterfly effect. This means that small perturbations in the initial conditions can lead to significant differences in the long-term behavior of the system. The Lyapunov exponent measures the exponential rate of divergence or convergence of nearby trajectories.

A positive Lyapunov exponent indicates exponential divergence, suggesting chaotic behavior. Positive Lyapunov exponents are associated with systems that are highly sensitive to initial conditions and exhibit complex, unpredictable behavior over time.

On the other hand, a negative Lyapunov exponent implies convergence, meaning nearby trajectories approach each other. This behavior is often observed in stable or periodic systems. It suggests that the system is not chaotic, and nearby initial conditions tend to converge towards an attractor or a stable solution.

Therefore, a negative Lyapunov exponent typically indicates regular or stable behavior rather than chaotic behavior.



Estimated Lyapunov exponent: 0.001220
System possesses chaotic trajectory, when the parameters are 0.257508 0.840717 0.254282 0.814285
Estimated Lyapunov exponent: 0.000442
System possesses chaotic trajectory, when the parameters are 0.528533 0.165649 0.601982 0.262971
Estimated Lyapunov exponent: 0.000713
System possesses chaotic trajectory, when the parameters are 0.144955 0.853031 0.622055 0.350952
Estimated Lyapunov exponent: 0.001406
System possesses chaotic trajectory, when the parameters are 0.015403 0.043024 0.168990 0.649115
Estimated Lyapunov exponent: 0.000694
System possesses chaotic trajectory, when the parameters are 0.550156 0.622475 0.587045 0.207742
Estimated Lyapunov exponent: 0.000169
System possesses chaotic trajectory, when the parameters are 0.262482 0.801015 0.029220 0.928854
Estimated Lyapunov exponent: 0.000490
System possesses chaotic trajectory, when the parameters are 0.659605 0.518595 0.972975 0.648991
Estimated Lyapunov exponent: 0.000677
System possesses chaotic trajectory, when the parameters are 0.269119 0.422836 0.547871 0.942737
Estimated Lyapunov exponent: 0.000053
System possesses chaotic trajectory, when the parameters are 0.582986 0.251806 0.290441 0.617091
Estimated Lyapunov exponent: 0.000557
System possesses chaotic trajectory, when the parameters are 0.819981 0.718359 0.968649 0.531334
Estimated Lyapunov exponent: 0.002314
System possesses chaotic trajectory, when the parameters are 0.006715 0.602170 0.386771 0.915991
Estimated Lyapunov exponent: 0.000887
System possesses chaotic trajectory, when the parameters are 0.208935 0.709282 0.236231 0.119396
Estimated Lyapunov exponent: 0.000710
System possesses chaotic trajectory, when the parameters are 0.109697 0.063591 0.404580 0.448373
Estimated Lyapunov exponent: 0.000692
System possesses chaotic trajectory, when the parameters are 0.748706 0.825584 0.789963 0.318524
Estimated Lyapunov exponent: 0.000406
System possesses chaotic trajectory, when the parameters are 0.246735 0.666416 0.083483 0.625960
Estimated Lyapunov exponent: 0.000019
System possesses chaotic trajectory, when the parameters are 0.695163 0.499116 0.535801 0.445183
Estimated Lyapunov exponent: 0.000553
System possesses chaotic trajectory, when the parameters are 0.133931 0.030890 0.939142 0.301306
Estimated Lyapunov exponent: 0.000681
System possesses chaotic trajectory, when the parameters are 0.208947 0.905154 0.675391 0.468468
Estimated Lyapunov exponent: 0.000610
System possesses chaotic trajectory, when the parameters are 0.089892 0.080862 0.777241 0.905135
Estimated Lyapunov exponent: 0.000632
System possesses chaotic trajectory, when the parameters are 0.072885 0.088527 0.798351 0.943008
Estimated Lyapunov exponent: 0.000563
System possesses chaotic trajectory, when the parameters are 0.484480 0.151846 0.781932 0.100606
Estimated Lyapunov exponent: 0.000739
System possesses chaotic trajectory, when the parameters are 0.059403 0.315811 0.772722 0.696433
Estimated Lyapunov exponent: 0.000018
System possesses chaotic trajectory, when the parameters are 0.987935 0.170432 0.257792 0.396799
Estimated Lyapunov exponent: 0.000592
System possesses chaotic trajectory, when the parameters are 0.653690 0.956936 0.935731 0.457886
Estimated Lyapunov exponent: 0.001652
System possesses chaotic trajectory, when the parameters are 0.180738 0.255387 0.020536 0.923676
Estimated Lyapunov exponent: 0.000702
System possesses chaotic trajectory, when the parameters are 0.383306 0.617279 0.575495 0.530052
Estimated Lyapunov exponent: 0.000549
System possesses chaotic trajectory, when the parameters are 0.945579 0.676645 0.988302 0.766831
Estimated Lyapunov exponent: 0.000036
System possesses chaotic trajectory, when the parameters are 0.704340 0.729513 0.224277 0.269055
Estimated Lyapunov exponent: 0.000551
System possesses chaotic trajectory, when the parameters are 0.281502 0.230383 0.711129 0.624573
Estimated Lyapunov exponent: 0.000178
System possesses chaotic trajectory, when the parameters are 0.922745 0.800372 0.285947 0.543663
Estimated Lyapunov exponent: 0.000048
System possesses chaotic trajectory, when the parameters are 0.728387 0.576758 0.025857 0.446531
Estimated Lyapunov exponent: 0.000410
System possesses chaotic trajectory, when the parameters are 0.598868 0.148877 0.899713 0.450394
Estimated Lyapunov exponent: 0.000759
System possesses chaotic trajectory, when the parameters are 0.324855 0.246228 0.342713 0.375692
Estimated Lyapunov exponent: 0.000135
System possesses chaotic trajectory, when the parameters are 0.826630 0.394535 0.613475 0.818641
Estimated Lyapunov exponent: 0.000597
System possesses chaotic trajectory, when the parameters are 0.734271 0.430278 0.693753 0.945213
Estimated Lyapunov exponent: 0.003872
System possesses chaotic trajectory, when the parameters are 0.143156 0.559371 0.004580 0.766682
Estimated Lyapunov exponent: 0.000562
System possesses chaotic trajectory, when the parameters are 0.300184 0.401387 0.833364 0.403629
Estimated Lyapunov exponent: 0.000566
System possesses chaotic trajectory, when the parameters are 0.264873 0.068357 0.436327 0.173853
Estimated Lyapunov exponent: 0.000716
System possesses chaotic trajectory, when the parameters are 0.336533 0.187713 0.321927 0.403857
Estimated Lyapunov exponent: 0.000848
System possesses chaotic trajectory, when the parameters are 0.198170 0.672270 0.431511 0.694404
Estimated Lyapunov exponent: 0.000843
System possesses chaotic trajectory, when the parameters are 0.151947 0.397109 0.374722 0.131115
Estimated Lyapunov exponent: 0.000611
System possesses chaotic trajectory, when the parameters are 0.229886 0.576053 0.810628 0.403843
Estimated Lyapunov exponent: 0.001353
System possesses chaotic trajectory, when the parameters are 0.061029 0.584641 0.285108 0.827732
Estimated Lyapunov exponent: 0.001083
System possesses chaotic trajectory, when the parameters are 0.413886 0.309136 0.263834 0.758766
Estimated Lyapunov exponent: 0.000735
System possesses chaotic trajectory, when the parameters are 0.396290 0.705077 0.558559 0.756631
Estimated Lyapunov exponent: 0.000479
System possesses chaotic trajectory, when the parameters are 0.615325 0.376611 0.877182 0.784852
Estimated Lyapunov exponent: 0.000800
System possesses chaotic trajectory, when the parameters are 0.049632 0.091100 0.594037 0.241084
Estimated Lyapunov exponent: 0.000059
System possesses chaotic trajectory, when the parameters are 0.548133 0.369003 0.208346 0.440943
Estimated Lyapunov exponent: 0.000624
System possesses chaotic trajectory, when the parameters are 0.618100 0.932183 0.835088 0.895424
Estimated Lyapunov exponent: 0.000613
System possesses chaotic trajectory, when the parameters are 0.325299 0.831843 0.810295 0.556998
Estimated Lyapunov exponent: 0.000587
System possesses chaotic trajectory, when the parameters are 0.546402 0.346682 0.622803 0.796625
Estimated Lyapunov exponent: 0.000057
System possesses chaotic trajectory, when the parameters are 0.437973 0.940337 0.005834 0.610307
Estimated Lyapunov exponent: 0.000074
System possesses chaotic trajectory, when the parameters are 0.742470 0.757884 0.389129 0.429302
Estimated Lyapunov exponent: 0.000104
System possesses chaotic trajectory, when the parameters are 0.973705 0.972306 0.643698 0.860099
Estimated Lyapunov exponent: 0.000399
System possesses chaotic trajectory, when the parameters are 0.519716 0.059031 0.890036 0.330202
Estimated Lyapunov exponent: 0.000564
System possesses chaotic trajectory, when the parameters are 0.450883 0.551140 0.805404 0.700850
Estimated Lyapunov exponent: 0.000674
System possesses chaotic trajectory, when the parameters are 0.581093 0.637151 0.651269 0.864622
Estimated Lyapunov exponent: 0.000084
System possesses chaotic trajectory, when the parameters are 0.829562 0.822182 0.570683 0.571830
Estimated Lyapunov exponent: 0.000014
System possesses chaotic trajectory, when the parameters are 0.973014 0.365033 0.309150 0.120912
Estimated Lyapunov exponent: 0.001229
System possesses chaotic trajectory, when the parameters are 0.237869 0.243648 0.104822 0.858353
Estimated Lyapunov exponent: 0.000800
System possesses chaotic trajectory, when the parameters are 0.068582 0.299400 0.591584 0.203299
Estimated Lyapunov exponent: 0.000118
System possesses chaotic trajectory, when the parameters are 0.816911 0.189471 0.123693 0.820996
Estimated Lyapunov exponent: 0.000739
System possesses chaotic trajectory, when the parameters are 0.247024 0.310679 0.408869 0.708011
Estimated Lyapunov exponent: 0.000084
System possesses chaotic trajectory, when the parameters are 0.433423 0.741304 0.070450 0.847333
Estimated Lyapunov exponent: 0.000891
System possesses chaotic trajectory, when the parameters are 0.298815 0.703969 0.381611 0.567685
Estimated Lyapunov exponent: 0.000080
System possesses chaotic trajectory, when the parameters are 0.877634 0.469101 0.437418 0.746185
Estimated Lyapunov exponent: 0.000063
System possesses chaotic trajectory, when the parameters are 0.789620 0.799185 0.049565 0.283199
Estimated Lyapunov exponent: 0.000079
System possesses chaotic trajectory, when the parameters are 0.985246 0.608759 0.253749 0.132615
Estimated Lyapunov exponent: 0.000077
System possesses chaotic trajectory, when the parameters are 0.760343 0.584103 0.402952 0.510040
Estimated Lyapunov exponent: 0.000475
System possesses chaotic trajectory, when the parameters are 0.981993 0.513563 0.992590 0.455844
Estimated Lyapunov exponent: 0.000143
System possesses chaotic trajectory, when the parameters are 0.493882 0.862722 0.242876 0.834270
Estimated Lyapunov exponent: 0.000603
System possesses chaotic trajectory, when the parameters are 0.162940 0.565911 0.931616 0.783102
Estimated Lyapunov exponent: 0.000133
System possesses chaotic trajectory, when the parameters are 0.850614 0.144527 0.370486 0.622391
Estimated Lyapunov exponent: 0.000604
System possesses chaotic trajectory, when the parameters are 0.288565 0.269047 0.594194 0.475879
Estimated Lyapunov exponent: 0.000089
System possesses chaotic trajectory, when the parameters are 0.356706 0.752858 0.110048 0.597045
Estimated Lyapunov exponent: 0.001676
System possesses chaotic trajectory, when the parameters are 0.269812 0.989740 0.183676 0.861657
Estimated Lyapunov exponent: 0.000635
System possesses chaotic trajectory, when the parameters are 0.304404 0.967703 0.895970 0.190025
Estimated Lyapunov exponent: 0.000518
System possesses chaotic trajectory, when the parameters are 0.247200 0.054189 0.608961 0.777232
Estimated Lyapunov exponent: 0.002510
System possesses chaotic trajectory, when the parameters are 0.034630 0.451124 0.013795 0.473711
Estimated Lyapunov exponent: 0.000878
System possesses chaotic trajectory, when the parameters are 0.120263 0.625450 0.346649 0.334619
Estimated Lyapunov exponent: 0.000747
System possesses chaotic trajectory, when the parameters are 0.329780 0.204236 0.767215 0.069973
Estimated Lyapunov exponent: 0.000026
System possesses chaotic trajectory, when the parameters are 0.968546 0.098756 0.546977 0.402970
Estimated Lyapunov exponent: 0.000268
System possesses chaotic trajectory, when the parameters are 0.832513 0.995374 0.649751 0.703953
Estimated Lyapunov exponent: 0.000504
System possesses chaotic trajectory, when the parameters are 0.347186 0.253718 0.952528 0.298201
Estimated Lyapunov exponent: 0.000536
System possesses chaotic trajectory, when the parameters are 0.508787 0.530490 0.859717 0.677725
Estimated Lyapunov exponent: 0.000664
System possesses chaotic trajectory, when the parameters are 0.234303 0.464699 0.619387 0.615329
Estimated Lyapunov exponent: 0.000679
System possesses chaotic trajectory, when the parameters are 0.583504 0.083270 0.660155 0.052305
Estimated Lyapunov exponent: 0.000925
System possesses chaotic trajectory, when the parameters are 0.606537 0.714643 0.401536 0.858691
Estimated Lyapunov exponent: 0.000397
System possesses chaotic trajectory, when the parameters are 0.531127 0.001463 0.883789 0.404384
Estimated Lyapunov exponent: 0.000628
System possesses chaotic trajectory, when the parameters are 0.650474 0.891393 0.861106 0.209915
Estimated Lyapunov exponent: 0.000572
System possesses chaotic trajectory, when the parameters are 0.686182 0.376689 0.504324 0.763496
Estimated Lyapunov exponent: 0.000550
System possesses chaotic trajectory, when the parameters are 0.314621 0.382041 0.791539 0.839179
Estimated Lyapunov exponent: 0.000856
System possesses chaotic trajectory, when the parameters are 0.169839 0.178699 0.243504 0.751779
Estimated Lyapunov exponent: 0.000631
System possesses chaotic trajectory, when the parameters are 0.516657 0.151869 0.380664 0.821019
Estimated Lyapunov exponent: 0.000847
System possesses chaotic trajectory, when the parameters are 0.070764 0.924772 0.642079 0.104500
Estimated Lyapunov exponent: 0.000244
System possesses chaotic trajectory, when the parameters are 0.653920 0.657729 0.161021 0.432377
Estimated Lyapunov exponent: 0.002264
System possesses chaotic trajectory, when the parameters are 0.126099 0.300117 0.002122 0.951107
Estimated Lyapunov exponent: 0.000867
System possesses chaotic trajectory, when the parameters are 0.166353 0.149607 0.202747 0.954959
Estimated Lyapunov exponent: 0.000838
System possesses chaotic trajectory, when the parameters are 0.169484 0.883737 0.387863 0.382569
Estimated Lyapunov exponent: 0.000712
System possesses chaotic trajectory, when the parameters are 0.522315 0.397357 0.479110 0.993904
Estimated Lyapunov exponent: 0.001517
System possesses chaotic trajectory, when the parameters are 0.067947 0.207912 0.039604 0.469359
Estimated Lyapunov exponent: 0.003418
System possesses chaotic trajectory, when the parameters are 0.188268 0.759194 0.031689 0.642339
Estimated Lyapunov exponent: 0.000030
System possesses chaotic trajectory, when the parameters are 0.661735 0.602773 0.473818 0.356256
Estimated Lyapunov exponent: 0.000498
System possesses chaotic trajectory, when the parameters are 0.184434 0.045658 0.885042 0.839794
Estimated Lyapunov exponent: 0.000064
System possesses chaotic trajectory, when the parameters are 0.513521 0.814426 0.097183 0.463714
Estimated Lyapunov exponent: 0.000956
System possesses chaotic trajectory, when the parameters are 0.133604 0.638546 0.384943 0.765698
Estimated Lyapunov exponent: 0.000684
System possesses chaotic trajectory, when the parameters are 0.125325 0.364477 0.676230 0.375758
Estimated Lyapunov exponent: 0.000753
System possesses chaotic trajectory, when the parameters are 0.151374 0.149609 0.350802 0.335966
Estimated Lyapunov exponent: 0.000674
System possesses chaotic trajectory, when the parameters are 0.078548 0.237599 0.817571 0.405829
Estimated Lyapunov exponent: 0.000577
System possesses chaotic trajectory, when the parameters are 0.263148 0.102720 0.483719 0.418884
Estimated Lyapunov exponent: 0.000536
System possesses chaotic trajectory, when the parameters are 0.904282 0.630183 0.983036 0.585200
Estimated Lyapunov exponent: 0.001682
System possesses chaotic trajectory, when the parameters are 0.061051 0.219471 0.082833 0.950395
Estimated Lyapunov exponent: 0.000699
System possesses chaotic trajectory, when the parameters are 0.203816 0.958714 0.711832 0.166907
Estimated Lyapunov exponent: 0.000819
System possesses chaotic trajectory, when the parameters are 0.026839 0.500419 0.827015 0.258982
Estimated Lyapunov exponent: 0.000017
System possesses chaotic trajectory, when the parameters are 0.704824 0.380994 0.076411 0.410840
Estimated Lyapunov exponent: 0.001155
System possesses chaotic trajectory, when the parameters are 0.052366 0.734309 0.499482 0.943300
Estimated Lyapunov exponent: 0.000079
System possesses chaotic trajectory, when the parameters are 0.604179 0.641105 0.127467 0.496192
Estimated Lyapunov exponent: 0.000084
System possesses chaotic trajectory, when the parameters are 0.631622 0.833467 0.270185 0.400801
Estimated Lyapunov exponent: 0.000100
System possesses chaotic trajectory, when the parameters are 0.679409 0.976793 0.125460 0.752243
Estimated Lyapunov exponent: 0.000158
System possesses chaotic trajectory, when the parameters are 0.920043 0.300063 0.073391 0.767399
Estimated Lyapunov exponent: 0.000117
System possesses chaotic trajectory, when the parameters are 0.918923 0.733574 0.301147 0.495574
Estimated Lyapunov exponent: 0.000100
System possesses chaotic trajectory, when the parameters are 0.992620 0.932195 0.092229 0.953540
Estimated Lyapunov exponent: 0.000611
System possesses chaotic trajectory, when the parameters are 0.421038 0.640077 0.787553 0.269994
Estimated Lyapunov exponent: 0.000091
System possesses chaotic trajectory, when the parameters are 0.816695 0.830054 0.489039 0.760728
Estimated Lyapunov exponent: 0.000476
System possesses chaotic trajectory, when the parameters are 0.313027 0.076439 0.791415 0.365384
Estimated Lyapunov exponent: 0.000591
System possesses chaotic trajectory, when the parameters are 0.182716 0.101215 0.201584 0.134746
Estimated Lyapunov exponent: 0.000346
System possesses chaotic trajectory, when the parameters are 0.503453 0.768773 0.388084 0.453259
Estimated Lyapunov exponent: 0.002623
System possesses chaotic trajectory, when the parameters are 0.006913 0.766639 0.021833 0.393103
Estimated Lyapunov exponent: 0.000001
System possesses chaotic trajectory, when the parameters are 0.459096 0.432905 0.259623 0.133715
Estimated Lyapunov exponent: 0.000726
System possesses chaotic trajectory, when the parameters are 0.208245 0.757273 0.546692 0.357388
Estimated Lyapunov exponent: 0.000105
System possesses chaotic trajectory, when the parameters are 0.716037 0.552929 0.142282 0.380364
Estimated Lyapunov exponent: 0.000090
System possesses chaotic trajectory, when the parameters are 0.660955 0.394657 0.258991 0.847912
Estimated Lyapunov exponent: 0.000410
System possesses chaotic trajectory, when the parameters are 0.870961 0.211836 0.836665 0.859302
Estimated Lyapunov exponent: 0.000098
System possesses chaotic trajectory, when the parameters are 0.513956 0.548438 0.207845 0.784589
Estimated Lyapunov exponent: 0.000494
System possesses chaotic trajectory, when the parameters are 0.678649 0.465070 0.953264 0.354698
Estimated Lyapunov exponent: 0.001108
System possesses chaotic trajectory, when the parameters are 0.323706 0.801110 0.299634 0.775626
Estimated Lyapunov exponent: 0.000856
System possesses chaotic trajectory, when the parameters are 0.114060 0.540818 0.416421 0.517098
Estimated Lyapunov exponent: 0.000069
System possesses chaotic trajectory, when the parameters are 0.479734 0.198651 0.239013 0.780193
Estimated Lyapunov exponent: 0.000804
System possesses chaotic trajectory, when the parameters are 0.315808 0.311302 0.344977 0.666305
Estimated Lyapunov exponent: 0.000885
System possesses chaotic trajectory, when the parameters are 0.135414 0.765467 0.318614 0.252380
Estimated Lyapunov exponent: 0.000069
System possesses chaotic trajectory, when the parameters are 0.857015 0.899798 0.348368 0.486310
Estimated Lyapunov exponent: 0.000020
System possesses chaotic trajectory, when the parameters are 0.669364 0.037202 0.003335 0.142464
Estimated Lyapunov exponent: 0.000701
System possesses chaotic trajectory, when the parameters are 0.382277 0.692909 0.602071 0.775258
Estimated Lyapunov exponent: 0.000083
System possesses chaotic trajectory, when the parameters are 0.508659 0.603301 0.161397 0.635454
Estimated Lyapunov exponent: 0.000740
System possesses chaotic trajectory, when the parameters are 0.169324 0.593382 0.608065 0.772360
Estimated Lyapunov exponent: 0.000553
System possesses chaotic trajectory, when the parameters are 0.431594 0.717902 0.916212 0.890028
Estimated Lyapunov exponent: 0.000910
System possesses chaotic trajectory, when the parameters are 0.297322 0.404426 0.302237 0.757311
Estimated Lyapunov exponent: 0.001874
System possesses chaotic trajectory, when the parameters are 0.029156 0.779817 0.567350 0.076117
Estimated Lyapunov exponent: 0.000550
System possesses chaotic trajectory, when the parameters are 0.141323 0.079302 0.876145 0.420429
Estimated Lyapunov exponent: 0.000088
System possesses chaotic trajectory, when the parameters are 0.888992 0.859808 0.597061 0.654752
Estimated Lyapunov exponent: 0.002435
System possesses chaotic trajectory, when the parameters are 0.098379 0.170045 0.371164 0.039762
Estimated Lyapunov exponent: 0.000469
System possesses chaotic trajectory, when the parameters are 0.825734 0.444546 0.982063 0.578268
Estimated Lyapunov exponent: 0.000953
System possesses chaotic trajectory, when the parameters are 0.033389 0.839035 0.507267 0.113716
Estimated Lyapunov exponent: 0.000882
System possesses chaotic trajectory, when the parameters are 0.244881 0.378972 0.270320 0.215599
Estimated Lyapunov exponent: 0.000832
System possesses chaotic trajectory, when the parameters are 0.036730 0.538370 0.737229 0.181223
Estimated Lyapunov exponent: 0.000062
System possesses chaotic trajectory, when the parameters are 0.969509 0.442140 0.590964 0.110970
Estimated Lyapunov exponent: 0.000480
System possesses chaotic trajectory, when the parameters are 0.714537 0.459781 0.919268 0.988943
Estimated Lyapunov exponent: 0.000581
System possesses chaotic trajectory, when the parameters are 0.824558 0.537536 0.817516 0.460381
Estimated Lyapunov exponent: 0.000526
System possesses chaotic trajectory, when the parameters are 0.389569 0.490138 0.886904 0.905048
Estimated Lyapunov exponent: 0.000714
System possesses chaotic trajectory, when the parameters are 0.781641 0.987675 0.788254 0.852921
Estimated Lyapunov exponent: 0.000550
System possesses chaotic trajectory, when the parameters are 0.424903 0.521581 0.840339 0.625030
Estimated Lyapunov exponent: 0.000566
System possesses chaotic trajectory, when the parameters are 0.365729 0.344912 0.692682 0.716604
Estimated Lyapunov exponent: 0.000321
System possesses chaotic trajectory, when the parameters are 0.393773 0.391818 0.206963 0.724520
Estimated Lyapunov exponent: 0.000666
System possesses chaotic trajectory, when the parameters are 0.414998 0.687333 0.657704 0.679977
Estimated Lyapunov exponent: 0.000085
System possesses chaotic trajectory, when the parameters are 0.938675 0.618080 0.250719 0.102537
Estimated Lyapunov exponent: 0.000146
System possesses chaotic trajectory, when the parameters are 0.519903 0.766312 0.336217 0.625985
Estimated Lyapunov exponent: 0.000042
System possesses chaotic trajectory, when the parameters are 0.779889 0.708339 0.590942 0.376994
Estimated Lyapunov exponent: 0.000089
System possesses chaotic trajectory, when the parameters are 0.935234 0.969800 0.375259 0.984863
Estimated Lyapunov exponent: 0.000100
System possesses chaotic trajectory, when the parameters are 0.580510 0.626105 0.111147 0.213694
Estimated Lyapunov exponent: 0.000590
System possesses chaotic trajectory, when the parameters are 0.628272 0.364775 0.636558 0.891293
Estimated Lyapunov exponent: 0.000539
System possesses chaotic trajectory, when the parameters are 0.492369 0.729367 0.954996 0.762368
Estimated Lyapunov exponent: 0.002148
System possesses chaotic trajectory, when the parameters are 0.188895 0.433938 0.045593 0.655473
Estimated Lyapunov exponent: 0.001462
System possesses chaotic trajectory, when the parameters are 0.041336 0.423831 0.075638 0.313815
Estimated Lyapunov exponent: 0.000539
System possesses chaotic trajectory, when the parameters are 0.992750 0.390081 0.826811 0.954058
Estimated Lyapunov exponent: 0.000146
System possesses chaotic trajectory, when the parameters are 0.544415 0.846149 0.040698 0.329360
Estimated Lyapunov exponent: 0.000250
System possesses chaotic trajectory, when the parameters are 0.725170 0.912045 0.086414 0.519951
Estimated Lyapunov exponent: 0.001342
System possesses chaotic trajectory, when the parameters are 0.008178 0.398439 0.487772 0.618137
Estimated Lyapunov exponent: 0.000979
System possesses chaotic trajectory, when the parameters are 0.089932 0.810320 0.399559 0.655314
Estimated Lyapunov exponent: 0.000569
System possesses chaotic trajectory, when the parameters are 0.423867 0.799324 0.932313 0.469719
Estimated Lyapunov exponent: 0.000711
System possesses chaotic trajectory, when the parameters are 0.117721 0.657264 0.752951 0.702129
Estimated Lyapunov exponent: 0.000482
System possesses chaotic trajectory, when the parameters are 0.823563 0.427176 0.920345 0.528012
Estimated Lyapunov exponent: 0.000327
System possesses chaotic trajectory, when the parameters are 0.343329 0.078635 0.302231 0.300402
Estimated Lyapunov exponent: 0.000114
System possesses chaotic trajectory, when the parameters are 0.999669 0.129176 0.293371 0.476879
Estimated Lyapunov exponent: 0.000011
System possesses chaotic trajectory, when the parameters are 0.135825 0.858317 0.018646 0.728328
Estimated Lyapunov exponent: 0.000961
System possesses chaotic trajectory, when the parameters are 0.246035 0.727819 0.288205 0.237342
Estimated Lyapunov exponent: 0.000346
System possesses chaotic trajectory, when the parameters are 0.859974 0.008897 0.996031 0.275201
Estimated Lyapunov exponent: 0.000626
System possesses chaotic trajectory, when the parameters are 0.406260 0.430213 0.659312 0.218391
Estimated Lyapunov exponent: 0.000158
System possesses chaotic trajectory, when the parameters are 0.794371 0.888500 0.142515 0.939672
Estimated Lyapunov exponent: 0.000568
System possesses chaotic trajectory, when the parameters are 0.430986 0.764898 0.996463 0.265018
Estimated Lyapunov exponent: 0.001453
System possesses chaotic trajectory, when the parameters are 0.047771 0.698346 0.257110 0.690902
Estimated Lyapunov exponent: 0.000830
System possesses chaotic trajectory, when the parameters are 0.053905 0.787037 0.630077 0.508819
Estimated Lyapunov exponent: 0.000447
System possesses chaotic trajectory, when the parameters are 0.982688 0.682221 0.870901 0.496211
Estimated Lyapunov exponent: 0.000100
System possesses chaotic trajectory, when the parameters are 0.955726 0.307906 0.342301 0.387034
Estimated Lyapunov exponent: 0.000079
System possesses chaotic trajectory, when the parameters are 0.395136 0.437342 0.084883 0.581377
Estimated Lyapunov exponent: 0.000513
System possesses chaotic trajectory, when the parameters are 0.507255 0.485800 0.861695 0.965515
Estimated Lyapunov exponent: 0.000736
System possesses chaotic trajectory, when the parameters are 0.231502 0.381077 0.453202 0.500560
Estimated Lyapunov exponent: 0.000662
System possesses chaotic trajectory, when the parameters are 0.447227 0.640982 0.648896 0.678375
Estimated Lyapunov exponent: 0.000651
System possesses chaotic trajectory, when the parameters are 0.980395 0.712827 0.825650 0.683220
Estimated Lyapunov exponent: 0.001136
System possesses chaotic trajectory, when the parameters are 0.045004 0.842030 0.164712 0.115074
Estimated Lyapunov exponent: 0.000039
System possesses chaotic trajectory, when the parameters are 0.375112 0.146260 0.316770 0.281225
Estimated Lyapunov exponent: 0.000058
System possesses chaotic trajectory, when the parameters are 0.980487 0.326653 0.219617 0.518224
Estimated Lyapunov exponent: 0.000573
System possesses chaotic trajectory, when the parameters are 0.006376 0.919901 0.017962 0.029416
Estimated Lyapunov exponent: 0.000078
System possesses chaotic trajectory, when the parameters are 0.991076 0.951105 0.638217 0.504131
Estimated Lyapunov exponent: 0.000594
System possesses chaotic trajectory, when the parameters are 0.101309 0.071870 0.904513 0.311798
Estimated Lyapunov exponent: 0.000548
System possesses chaotic trajectory, when the parameters are 0.570267 0.851482 0.984643 0.790214
Estimated Lyapunov exponent: 0.000604
System possesses chaotic trajectory, when the parameters are 0.551973 0.742254 0.824633 0.393395
Estimated Lyapunov exponent: 0.000107
System possesses chaotic trajectory, when the parameters are 0.711806 0.214900 0.015448 0.210044
Estimated Lyapunov exponent: 0.001885
System possesses chaotic trajectory, when the parameters are 0.077828 0.241433 0.025784 0.846477
Estimated Lyapunov exponent: 0.000826
System possesses chaotic trajectory, when the parameters are 0.244785 0.727168 0.400791 0.310601
Estimated Lyapunov exponent: 0.000902
System possesses chaotic trajectory, when the parameters are 0.313135 0.607353 0.378738 0.925543
Estimated Lyapunov exponent: 0.000399
System possesses chaotic trajectory, when the parameters are 0.778287 0.407280 0.827042 0.147968
Estimated Lyapunov exponent: 0.000867
System possesses chaotic trajectory, when the parameters are 0.621601 0.911627 0.606132 0.485346
Estimated Lyapunov exponent: 0.000807
System possesses chaotic trajectory, when the parameters are 0.218050 0.317690 0.343964 0.800077
Estimated Lyapunov exponent: 0.000077
System possesses chaotic trajectory, when the parameters are 0.440169 0.605002 0.127021 0.599044
Estimated Lyapunov exponent: 0.000631
System possesses chaotic trajectory, when the parameters are 0.184764 0.645362 0.856553 0.853376
Estimated Lyapunov exponent: 0.000133
System possesses chaotic trajectory, when the parameters are 0.970572 0.568113 0.273970 0.129083
Estimated Lyapunov exponent: 0.000159
System possesses chaotic trajectory, when the parameters are 0.955118 0.063010 0.183247 0.624242
Estimated Lyapunov exponent: 0.000118
System possesses chaotic trajectory, when the parameters are 0.596314 0.723459 0.408111 0.597614
Estimated Lyapunov exponent: 0.000086
System possesses chaotic trajectory, when the parameters are 0.670118 0.981666 0.256149 0.619173
Estimated Lyapunov exponent: 0.000329
System possesses chaotic trajectory, when the parameters are 0.820466 0.039848 0.966189 0.887968
Estimated Lyapunov exponent: 0.000527
System possesses chaotic trajectory, when the parameters are 0.535314 0.311606 0.708634 0.587061
Estimated Lyapunov exponent: 0.000757
System possesses chaotic trajectory, when the parameters are 0.419797 0.396724 0.412931 0.973954
Estimated Lyapunov exponent: 0.000788
System possesses chaotic trajectory, when the parameters are 0.606287 0.764317 0.600624 0.722586
Estimated Lyapunov exponent: 0.000460
System possesses chaotic trajectory, when the parameters are 0.503115 0.382675 0.977198 0.936084
Estimated Lyapunov exponent: 0.000057
System possesses chaotic trajectory, when the parameters are 0.620333 0.089774 0.111761 0.575589
Estimated Lyapunov exponent: 0.000960
System possesses chaotic trajectory, when the parameters are 0.089810 0.683768 0.546894 0.985959
Estimated Lyapunov exponent: 0.000062
System possesses chaotic trajectory, when the parameters are 0.425286 0.105805 0.043111 0.556122
Estimated Lyapunov exponent: 0.000837
System possesses chaotic trajectory, when the parameters are 0.246811 0.369452 0.341097 0.456390
Estimated Lyapunov exponent: 0.000626
System possesses chaotic trajectory, when the parameters are 0.273171 0.314708 0.581696 0.689358
Estimated Lyapunov exponent: 0.000738
System possesses chaotic trajectory, when the parameters are 0.775026 0.791494 0.709469 0.946538
Estimated Lyapunov exponent: 0.000053
System possesses chaotic trajectory, when the parameters are 0.888038 0.049685 0.670207 0.976621
Estimated Lyapunov exponent: 0.001529
System possesses chaotic trajectory, when the parameters are 0.321770 0.948322 0.207341 0.489343
Estimated Lyapunov exponent: 0.000080
System possesses chaotic trajectory, when the parameters are 0.877671 0.873855 0.489587 0.606282
Estimated Lyapunov exponent: 0.000793
System possesses chaotic trajectory, when the parameters are 0.217886 0.753004 0.519839 0.760075
Estimated Lyapunov exponent: 0.001459
System possesses chaotic trajectory, when the parameters are 0.033789 0.859450 0.528557 0.975459
Estimated Lyapunov exponent: 0.000844
System possesses chaotic trajectory, when the parameters are 0.064106 0.443452 0.542987 0.540162
Estimated Lyapunov exponent: 0.000758
System possesses chaotic trajectory, when the parameters are 0.967766 0.634138 0.777265 0.898504
Estimated Lyapunov exponent: 0.000601
System possesses chaotic trajectory, when the parameters are 0.680290 0.858516 0.871793 0.897062
Estimated Lyapunov exponent: 0.000222
System possesses chaotic trajectory, when the parameters are 0.523997 0.045890 0.101306 0.468935
Estimated Lyapunov exponent: 0.000095
System possesses chaotic trajectory, when the parameters are 0.859483 0.713183 0.575010 0.741138
Estimated Lyapunov exponent: 0.000667
System possesses chaotic trajectory, when the parameters are 0.602215 0.601177 0.643866 0.921931
Estimated Lyapunov exponent: 0.000548
System possesses chaotic trajectory, when the parameters are 0.428178 0.192406 0.567478 0.657666
Estimated Lyapunov exponent: 0.000557
System possesses chaotic trajectory, when the parameters are 0.974316 0.502662 0.891408 0.726491
Estimated Lyapunov exponent: 0.001074
System possesses chaotic trajectory, when the parameters are 0.110798 0.816614 0.249305 0.509178
Estimated Lyapunov exponent: 0.000537
System possesses chaotic trajectory, when the parameters are 0.227112 0.106941 0.662776 0.954576
Estimated Lyapunov exponent: 0.001251
System possesses chaotic trajectory, when the parameters are 0.488974 0.806067 0.377848 0.517978
Estimated Lyapunov exponent: 0.000896
System possesses chaotic trajectory, when the parameters are 0.239713 0.959483 0.305462 0.154915
Estimated Lyapunov exponent: 0.000081
System possesses chaotic trajectory, when the parameters are 0.938041 0.605344 0.638924 0.702657
Estimated Lyapunov exponent: 0.000885
System possesses chaotic trajectory, when the parameters are 0.180845 0.995631 0.520386 0.885283
Estimated Lyapunov exponent: 0.000508
System possesses chaotic trajectory, when the parameters are 0.187866 0.009385 0.838303 0.481342
Estimated Lyapunov exponent: 0.000619
System possesses chaotic trajectory, when the parameters are 0.621821 0.414607 0.647558 0.489269
Estimated Lyapunov exponent: 0.000970
System possesses chaotic trajectory, when the parameters are 0.178848 0.859702 0.231976 0.168105
Estimated Lyapunov exponent: 0.000816
System possesses chaotic trajectory, when the parameters are 0.393736 0.936962 0.436896 0.162523
Estimated Lyapunov exponent: 0.000061
System possesses chaotic trajectory, when the parameters are 0.940613 0.533970 0.671173 0.607535
Estimated Lyapunov exponent: 0.000042
System possesses chaotic trajectory, when the parameters are 0.717347 0.980057 0.053738 0.636874
Estimated Lyapunov exponent: 0.000573
System possesses chaotic trajectory, when the parameters are 0.129933 0.217436 0.893394 0.621706
Estimated Lyapunov exponent: 0.000601
System possesses chaotic trajectory, when the parameters are 0.460627 0.777536 0.816764 0.631388
Estimated Lyapunov exponent: 0.000582
System possesses chaotic trajectory, when the parameters are 0.253523 0.678224 0.914492 0.617075
Estimated Lyapunov exponent: 0.000777
System possesses chaotic trajectory, when the parameters are 0.519837 0.608777 0.727160 0.000074
Estimated Lyapunov exponent: 0.000097
System possesses chaotic trajectory, when the parameters are 0.882277 0.551257 0.321492 0.899846
Estimated Lyapunov exponent: 0.000412
System possesses chaotic trajectory, when the parameters are 0.482364 0.063892 0.802929 0.351071
Estimated Lyapunov exponent: 0.000768
System possesses chaotic trajectory, when the parameters are 0.313601 0.789180 0.498340 0.437033
Estimated Lyapunov exponent: 0.000427
System possesses chaotic trajectory, when the parameters are 0.432669 0.088707 0.935084 0.390777
Estimated Lyapunov exponent: 0.000739
System possesses chaotic trajectory, when the parameters are 0.499137 0.275419 0.419604 0.596993
Estimated Lyapunov exponent: 0.002692
System possesses chaotic trajectory, when the parameters are 0.005494 0.162868 0.262326 0.038870
Estimated Lyapunov exponent: 0.000557
System possesses chaotic trajectory, when the parameters are 0.131494 0.062137 0.777544 0.742150
Estimated Lyapunov exponent: 0.000045
System possesses chaotic trajectory, when the parameters are 0.616283 0.006894 0.062934 0.920025
Estimated Lyapunov exponent: 0.000667
System possesses chaotic trajectory, when the parameters are 0.431684 0.542779 0.610149 0.436234
Estimated Lyapunov exponent: 0.000676
System possesses chaotic trajectory, when the parameters are 0.400181 0.553934 0.596259 0.506279
Estimated Lyapunov exponent: 0.000580
System possesses chaotic trajectory, when the parameters are 0.364873 0.592348 0.905185 0.264529
Estimated Lyapunov exponent: 0.002400
System possesses chaotic trajectory, when the parameters are 0.106338 0.501957 0.019167 0.442609
Estimated Lyapunov exponent: 0.000508
System possesses chaotic trajectory, when the parameters are 0.456881 0.238089 0.771163 0.273405
Estimated Lyapunov exponent: 0.000066
System possesses chaotic trajectory, when the parameters are 0.663896 0.727361 0.223014 0.555454
Estimated Lyapunov exponent: 0.000700
System possesses chaotic trajectory, when the parameters are 0.079955 0.735328 0.822651 0.343391
Estimated Lyapunov exponent: 0.000572
System possesses chaotic trajectory, when the parameters are 0.279809 0.780087 0.962841 0.688245
Estimated Lyapunov exponent: 0.000526
System possesses chaotic trajectory, when the parameters are 0.676384 0.706078 0.957693 0.939877
Estimated Lyapunov exponent: 0.000744
System possesses chaotic trajectory, when the parameters are 0.635644 0.806188 0.667877 0.286589
Estimated Lyapunov exponent: 0.000110
System possesses chaotic trajectory, when the parameters are 0.931461 0.976352 0.331204 0.623709
Estimated Lyapunov exponent: 0.000572
System possesses chaotic trajectory, when the parameters are 0.307492 0.411236 0.816340 0.368255
Estimated Lyapunov exponent: 0.000874
System possesses chaotic trajectory, when the parameters are 0.024842 0.917842 0.686030 0.234278
Estimated Lyapunov exponent: 0.000573
System possesses chaotic trajectory, when the parameters are 0.543024 0.357130 0.661593 0.678703
Estimated Lyapunov exponent: 0.000627
System possesses chaotic trajectory, when the parameters are 0.107892 0.445731 0.938845 0.633814
Estimated Lyapunov exponent: 0.000527
System possesses chaotic trajectory, when the parameters are 0.205414 0.259686 0.942632 0.641570
Estimated Lyapunov exponent: 0.000416
System possesses chaotic trajectory, when the parameters are 0.627253 0.205933 0.980185 0.437774
Estimated Lyapunov exponent: 0.000114
System possesses chaotic trajectory, when the parameters are 0.245918 0.947676 0.032442 0.906151
Estimated Lyapunov exponent: 0.000876
System possesses chaotic trajectory, when the parameters are 0.214183 0.905794 0.277773 0.097102
Estimated Lyapunov exponent: 0.000066
System possesses chaotic trajectory, when the parameters are 0.803118 0.876637 0.087474 0.667914
Estimated Lyapunov exponent: 0.000150
System possesses chaotic trajectory, when the parameters are 0.995196 0.439600 0.151440 0.778051
Estimated Lyapunov exponent: 0.000720
System possesses chaotic trajectory, when the parameters are 0.191193 0.378439 0.256334 0.021463
Estimated Lyapunov exponent: 0.000714
System possesses chaotic trajectory, when the parameters are 0.114835 0.812272 0.666829 0.381783
Estimated Lyapunov exponent: 0.001033
System possesses chaotic trajectory, when the parameters are 0.093290 0.969253 0.190045 0.164620
Estimated Lyapunov exponent: 0.001142
System possesses chaotic trajectory, when the parameters are 0.575241 0.975956 0.441639 0.777837
Estimated Lyapunov exponent: 0.000943
System possesses chaotic trajectory, when the parameters are 0.034268 0.516160 0.653330 0.754127
Estimated Lyapunov exponent: 0.000874
System possesses chaotic trajectory, when the parameters are 0.166525 0.747710 0.334567 0.305054
Estimated Lyapunov exponent: 0.000550
System possesses chaotic trajectory, when the parameters are 0.463043 0.166887 0.466389 0.456370
Estimated Lyapunov exponent: 0.000614
System possesses chaotic trajectory, when the parameters are 0.354664 0.637734 0.749754 0.492421
Estimated Lyapunov exponent: 0.000611
System possesses chaotic trajectory, when the parameters are 0.347754 0.071285 0.855089 0.094353
Estimated Lyapunov exponent: 0.000594
System possesses chaotic trajectory, when the parameters are 0.176300 0.618925 0.970324 0.669193
Estimated Lyapunov exponent: 0.000090
System possesses chaotic trajectory, when the parameters are 0.364360 0.820802 0.122844 0.649359
Estimated Lyapunov exponent: 0.000002
System possesses chaotic trajectory, when the parameters are 0.741560 0.217347 0.397321 0.262564
Estimated Lyapunov exponent: 0.000127
System possesses chaotic trajectory, when the parameters are 0.702767 0.470697 0.408893 0.988636
Estimated Lyapunov exponent: 0.000604
System possesses chaotic trajectory, when the parameters are 0.687467 0.725695 0.846529 0.553800
Estimated Lyapunov exponent: 0.001201
System possesses chaotic trajectory, when the parameters are 0.099493 0.090939 0.034239 0.324174
Estimated Lyapunov exponent: 0.000709
System possesses chaotic trajectory, when the parameters are 0.736771 0.833972 0.836320 0.033120
Estimated Lyapunov exponent: 0.000707
System possesses chaotic trajectory, when the parameters are 0.433153 0.338446 0.454668 0.769975
Estimated Lyapunov exponent: 0.000740
System possesses chaotic trajectory, when the parameters are 0.521407 0.941817 0.637501 0.718558
Estimated Lyapunov exponent: 0.000856
System possesses chaotic trajectory, when the parameters are 0.200618 0.287567 0.292593 0.429844
Estimated Lyapunov exponent: 0.000698
System possesses chaotic trajectory, when the parameters are 0.299313 0.775434 0.642390 0.179547
Estimated Lyapunov exponent: 0.000083
System possesses chaotic trajectory, when the parameters are 0.607605 0.776488 0.063482 0.591157
Estimated Lyapunov exponent: 0.000566
System possesses chaotic trajectory, when the parameters are 0.245757 0.633619 0.960137 0.726422
Estimated Lyapunov exponent: 0.001182
System possesses chaotic trajectory, when the parameters are 0.011679 0.728435 0.415300 0.118637
Estimated Lyapunov exponent: 0.000678
System possesses chaotic trajectory, when the parameters are 0.288967 0.143057 0.308133 0.347441
Estimated Lyapunov exponent: 0.000561
System possesses chaotic trajectory, when the parameters are 0.625603 0.925833 0.983197 0.723174
Estimated Lyapunov exponent: 0.000929
System possesses chaotic trajectory, when the parameters are 0.406951 0.273786 0.231351 0.737898
Estimated Lyapunov exponent: 0.000540
System possesses chaotic trajectory, when the parameters are 0.523174 0.124717 0.452696 0.992596
Estimated Lyapunov exponent: 0.000556
System possesses chaotic trajectory, when the parameters are 0.331893 0.322330 0.765437 0.384165
Estimated Lyapunov exponent: 0.000395
System possesses chaotic trajectory, when the parameters are 0.639266 0.125155 0.865262 0.487784
Estimated Lyapunov exponent: 0.000623
System possesses chaotic trajectory, when the parameters are 0.593066 0.731305 0.653124 0.061962
Estimated Lyapunov exponent: 0.000842
System possesses chaotic trajectory, when the parameters are 0.281578 0.543410 0.407239 0.920304
Estimated Lyapunov exponent: 0.000963
System possesses chaotic trajectory, when the parameters are 0.132860 0.561234 0.207615 0.118007
Estimated Lyapunov exponent: 0.000626
System possesses chaotic trajectory, when the parameters are 0.379151 0.995592 0.869492 0.947907
Estimated Lyapunov exponent: 0.001081
System possesses chaotic trajectory, when the parameters are 0.294588 0.650968 0.298628 0.944677
Estimated Lyapunov exponent: 0.000602
System possesses chaotic trajectory, when the parameters are 0.353490 0.641060 0.771589 0.677081
Estimated Lyapunov exponent: 0.000089
System possesses chaotic trajectory, when the parameters are 0.438931 0.587180 0.307007 0.435469
Estimated Lyapunov exponent: 0.000086
System possesses chaotic trajectory, when the parameters are 0.319321 0.219386 0.028035 0.680210
Estimated Lyapunov exponent: 0.000668
System possesses chaotic trajectory, when the parameters are 0.307114 0.626196 0.633983 0.301197
Estimated Lyapunov exponent: 0.000644
System possesses chaotic trajectory, when the parameters are 0.898682 0.788761 0.908798 0.421410
Estimated Lyapunov exponent: 0.000641
System possesses chaotic trajectory, when the parameters are 0.188845 0.406480 0.693955 0.829480
Estimated Lyapunov exponent: 0.000606
System possesses chaotic trajectory, when the parameters are 0.409146 0.693653 0.780772 0.636363
Estimated Lyapunov exponent: 0.000461
System possesses chaotic trajectory, when the parameters are 0.616629 0.239777 0.791084 0.705647
Estimated Lyapunov exponent: 0.000085
System possesses chaotic trajectory, when the parameters are 0.717460 0.620868 0.376115 0.630672
Estimated Lyapunov exponent: 0.000667
System possesses chaotic trajectory, when the parameters are 0.103216 0.817545 0.980096 0.751684
Estimated Lyapunov exponent: 0.000582
System possesses chaotic trajectory, when the parameters are 0.378597 0.783772 0.914090 0.361125
Estimated Lyapunov exponent: 0.000055
System possesses chaotic trajectory, when the parameters are 0.294876 0.272825 0.080891 0.186346
Estimated Lyapunov exponent: 0.001082
System possesses chaotic trajectory, when the parameters are 0.073545 0.988032 0.427906 0.758982
Estimated Lyapunov exponent: 0.000678
System possesses chaotic trajectory, when the parameters are 0.119977 0.411976 0.798067 0.252720
Estimated Lyapunov exponent: 0.000620
System possesses chaotic trajectory, when the parameters are 0.091056 0.313235 0.958344 0.638464
Estimated Lyapunov exponent: 0.000631
System possesses chaotic trajectory, when the parameters are 0.844717 0.882797 0.928256 0.562634
Estimated Lyapunov exponent: 0.000206
System possesses chaotic trajectory, when the parameters are 0.897560 0.237942 0.067090 0.365624
Estimated Lyapunov exponent: 0.003848
System possesses chaotic trajectory, when the parameters are 0.078076 0.525871 0.045145 0.796613
Estimated Lyapunov exponent: 0.000030
System possesses chaotic trajectory, when the parameters are 0.561023 0.245850 0.134488 0.237612
Estimated Lyapunov exponent: 0.000086
System possesses chaotic trajectory, when the parameters are 0.842232 0.971466 0.142859 0.856912
Estimated Lyapunov exponent: 0.000450
System possesses chaotic trajectory, when the parameters are 0.728034 0.201974 0.738008 0.867171
Estimated Lyapunov exponent: 0.000614
System possesses chaotic trajectory, when the parameters are 0.281103 0.872199 0.845637 0.647979
Estimated Lyapunov exponent: 0.000367
System possesses chaotic trajectory, when the parameters are 0.656387 0.169335 0.621151 0.424611
Estimated Lyapunov exponent: 0.000710
System possesses chaotic trajectory, when the parameters are 0.117017 0.130376 0.741824 0.138313
Estimated Lyapunov exponent: 0.000728
System possesses chaotic trajectory, when the parameters are 0.480171 0.434611 0.512073 0.524490
Estimated Lyapunov exponent: 0.000073
System possesses chaotic trajectory, when the parameters are 0.718900 0.880662 0.010650 0.571535
Estimated Lyapunov exponent: 0.000097
System possesses chaotic trajectory, when the parameters are 0.787699 0.309754 0.118516 0.485428
Estimated Lyapunov exponent: 0.000749
System possesses chaotic trajectory, when the parameters are 0.326094 0.825488 0.550212 0.644778
Estimated Lyapunov exponent: 0.000494
System possesses chaotic trajectory, when the parameters are 0.373823 0.258527 0.260603 0.472485
Estimated Lyapunov exponent: 0.000544
System possesses chaotic trajectory, when the parameters are 0.611508 0.615349 0.877162 0.766863
Estimated Lyapunov exponent: 0.000795
System possesses chaotic trajectory, when the parameters are 0.353196 0.758894 0.505576 0.765774
Estimated Lyapunov exponent: 0.000049
System possesses chaotic trajectory, when the parameters are 0.914689 0.998989 0.170494 0.172617
Estimated Lyapunov exponent: 0.000581
System possesses chaotic trajectory, when the parameters are 0.247121 0.901813 0.982443 0.484109
Estimated Lyapunov exponent: 0.000285
System possesses chaotic trajectory, when the parameters are 0.798189 0.995241 0.211804 0.329019
Estimated Lyapunov exponent: 0.000578
System possesses chaotic trajectory, when the parameters are 0.272296 0.731196 0.969469 0.375623
Estimated Lyapunov exponent: 0.000729
System possesses chaotic trajectory, when the parameters are 0.118471 0.918972 0.623981 0.257585
Estimated Lyapunov exponent: 0.000793
System possesses chaotic trajectory, when the parameters are 0.111724 0.846781 0.659659 0.779662
Estimated Lyapunov exponent: 0.000889
System possesses chaotic trajectory, when the parameters are 0.059770 0.615966 0.563943 0.668270
Estimated Lyapunov exponent: 0.000578
System possesses chaotic trajectory, when the parameters are 0.491080 0.341777 0.962709 0.124944
Estimated Lyapunov exponent: 0.000789
System possesses chaotic trajectory, when the parameters are 0.050938 0.134958 0.578133 0.904369
Estimated Lyapunov exponent: 0.000804
System possesses chaotic trajectory, when the parameters are 0.247472 0.935907 0.564557 0.879609
Estimated Lyapunov exponent: 0.000080
System possesses chaotic trajectory, when the parameters are 0.681841 0.563195 0.149974 0.986210
Estimated Lyapunov exponent: 0.000019
System possesses chaotic trajectory, when the parameters are 0.600565 0.436093 0.173561 0.194894
Estimated Lyapunov exponent: 0.000594
System possesses chaotic trajectory, when the parameters are 0.460615 0.920918 0.886181 0.879474
Estimated Lyapunov exponent: 0.000085
System possesses chaotic trajectory, when the parameters are 0.802180 0.964472 0.196792 0.778050
Estimated Lyapunov exponent: 0.000684
System possesses chaotic trajectory, when the parameters are 0.381409 0.619245 0.604760 0.535555
Estimated Lyapunov exponent: 0.000510
System possesses chaotic trajectory, when the parameters are 0.507584 0.499121 0.911498 0.730343
Estimated Lyapunov exponent: 0.000989
System possesses chaotic trajectory, when the parameters are 0.022226 0.658001 0.458649 0.199989
Estimated Lyapunov exponent: 0.000003
System possesses chaotic trajectory, when the parameters are 0.978982 0.682626 0.785478 0.348798
Estimated Lyapunov exponent: 0.000137
System possesses chaotic trajectory, when the parameters are 0.676333 0.501685 0.113288 0.461315
Estimated Lyapunov exponent: 0.000533
System possesses chaotic trajectory, when the parameters are 0.301313 0.154196 0.744436 0.282895
Estimated Lyapunov exponent: 0.000753
System possesses chaotic trajectory, when the parameters are 0.094816 0.806533 0.682735 0.173247
Estimated Lyapunov exponent: 0.000287
System possesses chaotic trajectory, when the parameters are 0.568236 0.012271 0.589805 0.360217
Estimated Lyapunov exponent: 0.000728
System possesses chaotic trajectory, when the parameters are 0.425366 0.782666 0.589147 0.472136
Estimated Lyapunov exponent: 0.000020
System possesses chaotic trajectory, when the parameters are 0.936924 0.035853 0.139711 0.725442
Estimated Lyapunov exponent: 0.000865
System possesses chaotic trajectory, when the parameters are 0.116534 0.981217 0.541692 0.086510
Estimated Lyapunov exponent: 0.003279
System possesses chaotic trajectory, when the parameters are 0.157648 0.760071 0.091910 0.967654
Estimated Lyapunov exponent: 0.000020
System possesses chaotic trajectory, when the parameters are 0.958894 0.507417 0.666168 0.429465
Estimated Lyapunov exponent: 0.000124
System possesses chaotic trajectory, when the parameters are 0.581124 0.968386 0.041438 0.188628
Estimated Lyapunov exponent: 0.000911
System possesses chaotic trajectory, when the parameters are 0.624863 0.941730 0.566803 0.693116
Estimated Lyapunov exponent: 0.000797
System possesses chaotic trajectory, when the parameters are 0.036369 0.193852 0.749546 0.308178
Estimated Lyapunov exponent: 0.000760
System possesses chaotic trajectory, when the parameters are 0.184733 0.573689 0.483095 0.421627
Estimated Lyapunov exponent: 0.000069
System possesses chaotic trajectory, when the parameters are 0.829965 0.567221 0.260043 0.784532
Estimated Lyapunov exponent: 0.000596
System possesses chaotic trajectory, when the parameters are 0.907098 0.702018 0.895638 0.947974
Estimated Lyapunov exponent: 0.000675
System possesses chaotic trajectory, when the parameters are 0.335569 0.311046 0.420204 0.087739
Estimated Lyapunov exponent: 0.000095
System possesses chaotic trajectory, when the parameters are 0.971210 0.603406 0.667641 0.863325
Estimated Lyapunov exponent: 0.000018
System possesses chaotic trajectory, when the parameters are 0.949991 0.828490 0.629130 0.295624
Estimated Lyapunov exponent: 0.000101
System possesses chaotic trajectory, when the parameters are 0.750523 0.318939 0.107370 0.806136
Estimated Lyapunov exponent: 0.000484
System possesses chaotic trajectory, when the parameters are 0.362407 0.231091 0.860181 0.634390
Estimated Lyapunov exponent: 0.001517
System possesses chaotic trajectory, when the parameters are 0.005368 0.365255 0.591972 0.924839
Estimated Lyapunov exponent: 0.000646
System possesses chaotic trajectory, when the parameters are 0.652744 0.674670 0.749763 0.305926
Estimated Lyapunov exponent: 0.000605
System possesses chaotic trajectory, when the parameters are 0.658405 0.808349 0.856439 0.710878
Estimated Lyapunov exponent: 0.000565
System possesses chaotic trajectory, when the parameters are 0.719703 0.777282 0.644958 0.338065
Estimated Lyapunov exponent: 0.001279
System possesses chaotic trajectory, when the parameters are 0.299816 0.632268 0.235784 0.489343
Estimated Lyapunov exponent: 0.000478
System possesses chaotic trajectory, when the parameters are 0.474612 0.231697 0.781042 0.682424
Estimated Lyapunov exponent: 0.000093
System possesses chaotic trajectory, when the parameters are 0.663530 0.635509 0.340202 0.744755
Estimated Lyapunov exponent: 0.000030
System possesses chaotic trajectory, when the parameters are 0.479241 0.438208 0.255226 0.141138
Estimated Lyapunov exponent: 0.000091
System possesses chaotic trajectory, when the parameters are 0.683027 0.924728 0.291746 0.475994
Estimated Lyapunov exponent: 0.000672
System possesses chaotic trajectory, when the parameters are 0.561533 0.852200 0.727491 0.538698
Estimated Lyapunov exponent: 0.000596
System possesses chaotic trajectory, when the parameters are 0.241308 0.504064 0.801252 0.663515
Estimated Lyapunov exponent: 0.000643
System possesses chaotic trajectory, when the parameters are 0.336132 0.464298 0.377706 0.063950
Estimated Lyapunov exponent: 0.000555
System possesses chaotic trajectory, when the parameters are 0.572420 0.491711 0.801514 0.441051
Estimated Lyapunov exponent: 0.000073
System possesses chaotic trajectory, when the parameters are 0.997567 0.384147 0.529257 0.784164
Estimated Lyapunov exponent: 0.000641
System possesses chaotic trajectory, when the parameters are 0.463715 0.400803 0.943901 0.095615
Estimated Lyapunov exponent: 0.000838
System possesses chaotic trajectory, when the parameters are 0.070292 0.379396 0.565159 0.756592
Estimated Lyapunov exponent: 0.000060
System possesses chaotic trajectory, when the parameters are 0.465831 0.798358 0.221004 0.382386
Estimated Lyapunov exponent: 0.000897
System possesses chaotic trajectory, when the parameters are 0.085107 0.049007 0.080403 0.213290






