Explanation of the Content

  1. GOES 1-8 A light curve plotted on Wind/WAVES radio dynamic spectrum. The top panel shows the data coverage of EUVI, COR1 and COR2 on both spacecraft.

  2. Movies of byte-scaled EUVI images. For 171 A, 195 A, and 284 A, the color table is reversed. 'FD' stands for full disk, 'PF' stands for partial frame, i.e., extraction of 640x640 pixels from the full-resolution data. 'J' is a Javascript movie, and 'M' a MPEG movie.

  3. Movies of EUVI difference images. On the left are running difference images, and on the right are base difference images. Images are derotated to the time of the first image, causing bigger portions near the right end to be empty at later times.

  4. 16x16 macro pixels are constructed from the PF images of 640x640. So each macro pixel corresponds to 40 original pixels. Normalized light curves are shown for the individual macro pixels. Brown is used for most of macro pixels, but red and green are used if there is significant dimming and brightening. The blue curve is the normalized GOES 1-8 A flux. The maximum and minimum values within the time range are indicated. The right most column is excluded because of the obvious atificial effect as mentioned in 4.

  5. Movies of combined EUVI 195 A (running difference) and COR1 (intensity) data. These were made with FESTIVAL.

  6. Information on the corresponding LASCO CME if there is one. If there is no LASCO CME, the link to the CDAW CME catalog is given.