Juggernaut eddy manifold animations
Juggernaut eddy manifold structure - Animation of possible Juggernaut eddy from Dec 15, 1999 to Jan 14, 2000. This eddy was comprised of three different intersecting Manifolds. Two unstables manifolds were evolved from DHTs located at lon = 93.0 lat = 25.9 on Nov 22, 1999 and lon = 86.6 lat = 25.7 on Nov 25, 1999. A stable manifold was also needed that originated from a DHT located at lon = 91.3, lat = 26.8 on Jan 1, 2000.Juggernaut blob animations
Juggernaut left eddy - Animation of the left eddy of the Split Juggernaut eddy. The blob is started as a disk of 30km with ~ 50k points that are centered on the elliptic ISP on date Feb 22, 2000 and integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta Juggernaut right eddy - Animation of the right eddy of the Split Juggernaut eddy. The blob is started as a disk of 30km with ~ 50k points that are centered on the elliptic ISP on date Feb 22, 2000 and integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-KuttaJuggernaut blob with max position studys
Max velocity with blobs Oct 10 - Picture of the Eulerian max velocity on Oct 10, 1999. In addition a blob (30 km radius , ~ 50k points) is centered on the elliptic ISP on Jan 22, 2000 (105 days ahead of initial position) and is evolved backwards to the Oct 10 date for comparison Max velocity with blobs Oct 10 no colormap - Same picture as before but without the colormap of current speed Max velocity with blobs Dec 15 - Picture of the Eulerian max velocity on Dec 15, 1999. In addition a blob (30 km radius , ~ 50k points) is centered on the elliptic ISP on Feb 23, 2000 (50 days ahead of initial position) and is evolved backwards to the Dec 15 date for comparison Max velocity with blobs Dec 15 no colormap - Same picture as before but without the colormap of current speedLocality of trajectories
Locality of trajectories over 10 days - A trajectories are run from a uniform gridded initial position at time Oct 10, 1999 to an end time of Oct 20, 1999 (+15 days later). The final position is then compared with the location of the juggernaut ISP at Oct 20, 1999 (indicated by the red circle) by calculating the distance in kilometers for each trajectory point. graph is then created showing these distances and is superimposed over the vector field of the current speeds on Oct 10, 1999. Locality of trajectories over 20 days - The same results as above but the eddy and trajectories are evolved for 20 days (Oct 10,1999 to Oct 30, 1999). Locality of trajectories over 60 days - The same results as above but the eddy and trajectories are evolved for 60 days. (Oct 10,1999 to Dec 09, 1999)Comparison of blobs with FTLE field max
Total FTLE field with outline of maximum: Oct 10 - FTLE field for Oct 10, 2009. The field was calculated using a time domian of 15 days. The FTLE field generated from the backwards integration was superimposed onto the FTLE field generated from the forwards integration The max of the field is identified with the black curve. LCS comapred with blobs: Oct 10 - Comparison of the curve identiying the max of the FTLe field (LCS) with the blob calculation. The blob (30 km radius , ~ 50k points) is centered on the elliptic ISP on Jan 22, 2000 (105 days ahead of initial position) and is evolved backwards to the Oct 10 date for comparison Total FTLE field with outline of maximum: Dec 15 - FTLE field for Dec 15, 2009. The field was calculated using a time domian of 15 days. The FTLE field generated from the backwards integration was superimposed onto the FTLE field generated from the forwards integration The max of the field is identified with the black curve. LCS comapred with blobs: Dec 15 - - Comparison of the curve identiying the max of the FTLe field (LCS) with the blob calculation. The blob (30 km radius , ~ 50k points) is centered on the elliptic ISP on Feb 23, 2000 (50 days ahead of initial position) and is evolved backwards to the Dec 15 date for comparisonJuggernaut blob study: different final times
day +15 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 15 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +30 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 30 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +45 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 45 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +60 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 60 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +75 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 75 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +90 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 90 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta day +105 - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 105 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-KuttaJuggernaut blob study: different radii
radius = 20 km - Picture of a blob (20 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 105 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta radius = 30 km - Picture of a blob (30 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 105 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta radius = 40 km - Picture of a blob (40 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 105 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta radius = 60 km - Picture of a blob (60 km radius , ~ 50k points) centered on an elliptic ISP on Oct 10, 1999 + 105 days. integrated backwards to date Oct 10 , 1999 using adaptive 4th order Runge-Kutta
