Frequency Analysis:
For this portion of the project, the objective was to create a hybrid image that showed one image when close up and another from far away. This was done by flushing out the high frequencies of the image we saw from further away and flushing out the low frequencies of the image we saw from up close. The first result includes a frequency analysis of the original two images along with the hybrid. The last image is my (slightly failed) attempt at doing this with color. The resulting noise was the result of a high sigma value, which added noise but enhanced the appearance of the high frequency image.
For this portion of the project, the objective was to compute the Laplacian and Gaussian stacks of an image. Instead of subsampling at every level like with the pyramid in project 1, we directly apply the filter at each level. Below are the results of computing the Gaussian and Laplacian stacks of the Mona Lisa and one of the hybrid images I created.
For this portion of the project, the objective was to blend two images by distorting both images along a middle seam called a spline In order to do this, we compute the Laplacian stack of both images and convolve them.
