Change Player Size
Watch this video in a new window

Seam Carving for Processing

Processing code by EveryWare. Original algorithm by Shai Avidan & Ariel Shamir "Seam Carving for Content-Aware Image Resizing" SIGGRAPH 2007  
 
Customize

More From: microfacs

Loading...

QuickList(0)

Featured Videos

1 ratings
Sign in to rate
3,735 views
Want to add to Favorites? Sign In or Sign Up now!
Want to add to Playlists? Sign In or Sign Up now!
Want to flag a video? Sign In or Sign Up now!

Statistics & Data

Loading...

Video Responses (0)

This video has no Responses. Be the first to Post a Video Response.
Sign in to post a Comment

Text Comments (5)   Options

Loading...
madcows10 (1 year ago) Show Hide
 0
Marked as spam
what I cant figure out is, why would anyone want to do this to their image?
someman7 (1 year ago) Show Hide
+1
Marked as spam
Why would anyone want to resize an image?
vlad1410 (1 year ago) Show Hide
 0
Marked as spam
Nice job, really looks ok.
I'm working on a version of the algorithm as well and I was wondering if you could guide me to links to the photos you used.
lbonini (2 years ago) Show Hide
 0
Marked as spam
Man, your example rocks!
What are u going to do with this code?
microfacs (2 years ago) Show Hide
Marked as spam
Thanks.
Maybe some media art stuff?
How about taking pictures of people above from the sky and making them stick together?
NikoKun (2 years ago) Show Hide
 0
Marked as spam
Looks good! Doesn't appear to get hung up in any spots, and continuously remove from the same seams.
I've seen a few people try to write their own image carving before... and they usually make the mistake of 'real time' carving, which generally gets hung up on the same seams over and over.
Do you use the seam ordering method described in the original idea? (Caching seam pixels in order of removal, before removing any seams.)
I'm by no means an expert, this is just my guess.
microfacs (2 years ago) Show Hide
Marked as spam
Yes, I use the seam ordering method.
It's same as the original algorithm and uses the intensity gradient for the energy function evaluation.

Would you like to comment?

Join YouTube for a free account, or sign in if you are already a member.