Evolution of the magnetic field and several derived properties as discussed in the main text (snapshot of the movie). The field of view (60″ × 62″) and is centered on the well-formed superganule with an almost closed magnetic network at the boundaries. The time step is 50 s between each frame and the duration is 24 h (1716 frames). The pixel size is 0.16′′. The contents of the individual panels is as follows: Panel 1) evolution of the magnetic field . Panel 2) evolution of the TFG with various colors; the longitudinal magnetic field is superimposed (yellow and white). Panel 3) evolution of corks (indicated by crosses) relative to the TFG (various colors); the longitudinal magnetic field is superimposed (yellow and blue). Panel 4) evolution of corks (indicated by crosses) relative to the intranework (IN) and network (NE) longitudinal magnetic field (yellow and blue). Panel 5) evolution of horizontal velocity magnitudes (Vh_mag, gray levels) and the longitudinal magnetic field (red and blue). Panel 6) evolution of horizontal velocity magnitudes Vh_mag, divergence of horizontal velocities (positive for divergent in red, negative for convergent in blue) together with magnetic fields (yellow and white contours). Panel 7) evolution of the positive divergence (in red) relative to the families (TFG in various colors) and magnetic fields (yellow and blue). Panel 8) evolution of the positive divergence (in blue) relative to the families (TFG in various colors), magnetic field magnitude (white contours) and horizontal velocity magnitudes Vh_mag (gray levels). Panel 9) evolution of the families (TFG in various colors), horizontal velocity magnitudes Vh_mag (white) and magnetic fields (yellow and blue contours). Panel 10) evolution of the families (TFG in various colors) and horizontal velocity magnitudes Vh_mag (white). The movies can be found in full resolution online or at: http://www.lesia.obspm.fr/perso/jean-marie-malherbe/Hinode2007/hinode2007.html.