Morph
Steph Curry and Anne Hathaway!
Results!
How?
We use an inverse warp to transform between two images. We first determine corresponding points for the two images to be morphed. We then create triangulations of these points using Delaunay for both. After computing the triangles, we compute the affine transformations for each triangle using the corner points, so that we can transform each pixel within each triangle with these affine matrices. We warp these two images to the mid point each time to get a smooth transition in our gif. In these morphs, we simply compute the midpoint by getting the average of each pixel.
Details
The Presidents
Results!
How?
This time we try using our presidents both past and present.
Details
Bells and Whistles
Results!
How?
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
We use an inverse warp to transform between two images. We first determine corresponding points for the two images to be morphed. We then create triangulations of these points using Delaunay for both. After computing the triangles, we compute the affine transformations for each triangle using the corner points, so that we can transform each pixel within each triangle with these affine matrices. We warp these two images to the mid point each time to get a smooth transition in our gif. In these morphs, we simply compute the midpoint by getting the average of each pixel.
Details
The Presidents
Results!
How?
This time we try using our presidents both past and present.
Details
Bells and Whistles
Results!
How?
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
The Presidents
Results!
How?
This time we try using our presidents both past and present.
Details
Bells and Whistles
Results!
How?
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
This time we try using our presidents both past and present.
Details
Bells and Whistles
Results!
How?
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
Bells and Whistles
Results!
How?
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
Morph through time. Surprisingly a small difference between the two!
Details
- © Untitled
- Design: HTML5 UP
- © Untitled
- Design: HTML5 UP