Further tests of FFmpeg and time, experiment 2
Next up, with some photos of me at peak beard, we have some Warholian masonry using what we learned last time with FFmpeg. In this case, we created 4 sub-directories, copied all the photos to each directory and then went through and explicitly deleted the photos we didn't want in that particular sequence. These animations range from 2 to 5 frames each.
Then, using PowerShell, we renamed the photos left in each directory, renumbering them from 1.
PS> ls *.jpg | foreach-object -begin { $count=1 } -process { rename-item $_ -newname "IMG_$count.jpg"; $count++ }
And then, we processed them with FFmpeg.
PS> .\ffmpeg -f image2 -framerate 24 -i 'IMG_%d.jpg' generatedVideo.gif
Embed the animated gifs we just made
We were then left with 4 animated gifs at 24 frames per second. We created 9 instances, duplicating a few of them and sized them the same, so an example of the first line of images represented in HTML looks something quite similar to this. Three images followed by a break before the next set of images starts.
<img style="width: 150px; height: 200px;" src="/media/1170/generatedvideo1.gif?width=150&height=200" />
<img style="width: 150px; height: 200px;" src="/media/1170/generatedvideo2.gif?width=150&height=200" />
<img style="width: 150px; height: 200px;" src="/media/1170/generatedvideo1.gif?width=150&height=200" />
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Warholian masonry selfie