Mutation 28

Trying some experiments with the temporal scan track. This is using the new smart seam technology for building the transitions. Again with the spatially aligned portrait virus image stack as input.

Mutation 28

This was generated by processing the spatially aligned portrait virus image stack with the temporal rank variance filter. Again, i'm using temporal processing windows that are smaller than the entire sequence to get more interesting results (to my eye).

Mutation 27

Another example of working with the temporal difference filter. By modifying the temporal processing window and the effect parameters you can generate a lot of different interesting imagery. We're again using the spatially aligned portrait virus image stack because we're interested in building composite facial images based on the variations in the paint strokes associated with the different portraits. If we used the original portrait stack that isn't spatially aligned the temporal processing would pick up on the differences associated with where the objects in the various portraits are as opposed to focusing on the differences in how the faces themselves are painted.

Mutation 26

An example of processing the spatially aligned portrait virus image stack with the temporal difference filter.

Mutation 25

Another example of working with the temporal difference matte effect. This time processing the spatially aligned portrait virus image stack.

Mutation 24

An example of using a temporal median maximum distance filter on the spatially aligned portrait virus image stack.

Mutation 23

I'm using a temporal min-max filter for this particular example. Again, i'm using a limited temporal processing window with the spatially aligned portrait virus image stack.