Both of these photos are portraits from Martin Schoeller. This made it easy to overcome differences from lighting and background color. Corresponding points were selected via the cpselect function. 71 points were selected between the photos, with an additional 4 points added to the corners.
Below these points are shown, along with the computed Delaynay trianguation.
The Delaunay triangulation was computed on the midpoints of the correspoding points defined above. The affine transformation to these midpoints from the original calculations. This transformation matrix was computed from the dotproduct of the inverse original image matrix and the midpoint matrix. From here, both images were morphed into the average trianglulation, and the colors were averaged to create "Georgely."
The morph() function designates both a warp fraction and a dissolve fraction. I initially tried warping to the midpoint image from the first image, cross-dissolving to the morphed second image, and then morphing again to the original unmorphed second image. 70 frames were generated. 30 per each warp and 10 per dissolve.