Movies accompanying the paper:

    Vortex Nucleation in a Dissipative Variant of the Nonlinear Schrödinger Equation under Rotation.
    T. Kolokolnikov, P.G. Kevrekidis, and R. Carretero-González.
    Physica D 317 (2016) 1-14.

• γ=0.01
  
  
  Movie#1: μ=5, Ω_rot=0.37 [ avi (31Mb) ] , [ mpeg (7Mb) ].
  
  
  Movie#2: μ=10, Ω_rot=0.3 [ avi (72Mb) ] , [ mpeg (16Mb) ].
  
  
  Movie#3: μ=5, N_v=5, Ω_rot=0.37, perturbation every 105s [ avi (19Mb) ] , [ mpeg (3.5Mb) ].
  
  
  
• γ=0.5
  
  
  Movie#4: μ=5, Ω_rot=0.37 [ avi (6Mb) ] , [ mpeg (0.6Mb) ].
  
  
  Movie#5: μ=10, Ω_rot=0.3 [ avi (8.5Mb) ] , [ mpeg (1Mb) ].
  
  
  
• γ=0.2
  
  
  Movie#6: μ=5, Ω_rot=0.37 [ avi (8Mb) ] , [ mpeg (1.4Mb) ].
  
  
  Movie#7: μ=10, Ω_rot=0.3 [ avi (10Mb) ] , [ mpeg (2Mb) ].
  
  
  
• γ=0.1
  
  
  Movie#8: μ=5, Ω_rot=0.37 [ avi (14Mb) ] , [ mpeg (3Mb) ].
  
  
  Movie#9: μ=10, Ω_rot=0.3 [ avi (10Mb) ] , [ mpeg (2.5Mb) ].
  
  
  
• γ=0.001
  
  
  Movie#10: μ=5, Ω_rot=0.37 [ avi (38Mb) ] , [ mpeg (8Mb) ].
  
  
  Movie#11: μ=10, Ω_rot=0.3 [ avi (26Mb) ] , [ mpeg (6.5Mb) ].




• Adiabatic ramping up and down of rotation (μ=16.1, Ω_trap=0.3538)
  
  
  Movie#12: Ramping up: Ω_rot from 0 to 0.25 [ avi (3.1Mb) ].
  
  
  Movie#13: Ramping down: Ω_rot from 0.25 to 0 [ avi (3.6Mb) ].