See this link for an introduction on time stacking and time slicing.
time_slice.R requires the number of pixels wide or tall the image is to be a multiple of the number of images in your timelapse.
time_slice_v2.R attempts to get around this. Some images will contribute more pixels per slice than others. This is done by making the first x% of the images cover the first x% of the pixels (with appropriate rounding). It does not deal with number of images being greater than the height or width of the images in pixels. Version 2 will probably work better for you.
For example, if the images are 150 pixels wide and your timelapse has 100 images, time_slice.R will make the first image have a slice which is 51 pixels wide. The remaining 99 images will get slices which are 1 pixel wide. time_slice_v2.R will alternate between 1 pixel per i
| #lang racket | |
| ;; Code for the little schemer | |
| (define (atom? x) | |
| (and (not (pair? x)) | |
| (not (null? x)))) | |
| (define (lat? l) | |
| (cond ((null? l) #t) |
Each of these commands will run an ad hoc http static server in your current (or specified) directory, available at http://localhost:8000. Use this power wisely.
$ python -m SimpleHTTPServer 8000| Apex 308 | |
| Arc 29 | |
| Assembly 1312 | |
| Augeas 19 | |
| AutoHotkey 329 | |
| D 1667 | |
| DCPU-16 Assembly 2 | |
| Dart 575 | |
| Delphi 974 | |
| Erlang 5503 |