Mutation 40

This portrait was generated by stack filtering the spatially normalized slef portraits with the temporal scan tracker 2 smart seam processing using a horizontal scan and a wide temporal processing window.

Mutation 39

This portrait was generated by stack filtering the spatially normalized self portraits with the temporal scan tracker 2 smart seam processing, using a vertical scan direction.

Mutation 38

This portrait was generated by stack filtering the spatially normalized self portrait stack with the temporal scan tracker 2 processing, using the new smart seam feature.

Mutation 29

Another smart seam effect using the temporal scan track. I'm using a vertical scan this time as opposed to a horizontal scan. With a limited temporal range, they get a little too venetian blind like for my tastes when you use the entire stack.

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 10

Another temporal scan tracker image using a limited range of the overall portrait stack. I'm using the spatially normalized stack in this case. I'm also using a diagonal scan.

Mutation 9

Another example generated with the temporal scan tracker. This time i used the spatially aligned portraits and a smaller number of frames. I think that works better for this set of stack images, it gets rid of the venetian blind effect and generates some interesting composite heads. Depending on where you start the scan in the image sequence you can generate a variety of different effects. Again, i'm blending with maximum energy as opposed to a linear blend.

Mutation 8

Slit scan effect generated by using the temporal scan tracker on the entire stack of original portraits. I'm using maximum energy blending. You get a tighter head when you use the spatially aligned portrait stack, i'll post some of those later.