![]() ![]() So the script does not handle this case correctly and can delete unaffected files. All but one photos will be selected for deletion. The script does not know about them and probably will put them in one group. The script suggests keeping a photo with a larger resolution, but it is only a suggestion that must be checked. Photo groups must be visually inspected before actual deleting because false positives are very common.įalse positives for the script can include:Ĭropped photos - actual and cropped photos will have the same created time. So the only way to clean up duplicates was to group photos by their created time or filename with small variations and keep only one photo from the group by the heuristic criteria (photo resolution or size). And the last problem was that a filename does not always reflect created time of the photo, which is encoded to EXIF and can be extracted only by API. This case became worse when Google Photo applied compression to photos, so I could not distinguish photos just by their size. Somehow they broke their algorithm for detecting whether the local photo was uploaded, so the Google Photo contained thousands of photos but with names that may be the same or differ by a second. Drag & drop the 'Google Photos' folder to the 'Include to scan' area and press the 'Start Scan' button. Now open Duplicate Photo Cleaner, select the 'Standard Scan' option and set the similarity threshold to 50 (that's the default value). I wrote it to handle the case when the Google Photo application started to repeatedly upload local files from my Android phone. Wait for the Google Drive app to download all the photos from your0r Google Photos account to your computer. It’s up to specialized photo tools or organizers. ![]() The script cannot help with a more general case when it’s needed to find photo duplicates based on their content. 360 Cleaner is a lightweight duplicate photo cleaning app full of. The script solves the very specific problem with repeated uploading same files. Google Pixel phones are capable of capturing 360-degree photos using a feature called. ![]()
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