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| 2015-02-26 03:03:51 -0600 | commented answer | Detach two blob thank you! From this point I can obtain all the information I needed |
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| 2015-02-25 08:35:17 -0600 | commented question | Detach two blob Certainly a more generic solution will be preferable, but a simple morphological approach could also be a good starting point! The image that I have to process are all similar to this one, what change is the number of touching objects... |
| 2015-02-25 05:12:03 -0600 | commented question | Detach two blob Added also the original image! Thank you for the help by the way. Maybe a lower threshold value during the binarization could help to better differentiate the two blob? |
| 2015-02-25 03:25:36 -0600 | commented question | Detach two blob I've edited the question with the result of an erosion! As for opening I've thinked of using it with a rectangular kernel with the same orientation of the rods in order to delete the holes and keep only the "body", but I'm stuck because if I can't divide the two blobs how can I compute their orientation? |
| 2015-02-24 14:08:02 -0600 | commented question | Detach two blob Not always, in the same image there could be even objects with two holes... Anyway separate instance of the same object could be a starting point |
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| 2015-02-24 08:16:58 -0600 | asked a question | Detach two blob Hi, For a project I need to differentiate two blob wich have a contatc point. After binarization I have this image:
How can I proceed in order to separate the two blob and proceed with the analysis? Is there a morphological operator that can help me with this task or I must necessarily use some sort of object recognition? EDIT: As requested this is the original image
I have tried with erosion or opening but unfortunatly the result aren't good:
maybe have I used the wrong kernel? |
