The images are almost completely featureless white painted surfaces so the best way to check overlap used to be to visually identify tiny defects in the paint finish and flip to the next image and back quickly multiple times to see if they exist in adjacent images or not. This is impossible to do now the image disappears, reappears pixelated, and then takes a couple of seconds to load in full each time you switch.
When exporting a sparse point cloud as ply, with Point colors selected, the RGB values are all 0
it seems with latest release, in Model View, the Filter Photos by Point is no longer available (greyed out) in context menu (right click).. see screen shot
Can you say how i can build mesh faster with new volumetric mask. All process very long? Are there working processor or video card? What performance are you recommend that new change work faster? Very often i have an error with message "Not enough memory".
Quote from: chehroma on December 22, 2017, 11:23:13 PMCan you say how i can build mesh faster with new volumetric mask. All process very long? Are there working processor or video card? What performance are you recommend that new change work faster? Very often i have an error with message "Not enough memory".Can you please provide the processing log related to the Build Mesh operation and specify the number of images in the project, their resolution, number of masks applied and system specs (CPU, GPU, RAM, OS version)?
Tab order in the 'Build Orthomosaic' dialog is very mixed up.
And one more when i use chunk.BuildPoints() there are no effect. No any point....
I have 160 photo(3280*2464), 7 masks, mesh build with very high parameter and it still build more than 15 hours. RAM at maximum. Video card GTX 750. Windows server 2012. Screen shots added.
Quote from: chehroma on December 23, 2017, 03:53:33 PMAnd one more when i use chunk.BuildPoints() there are no effect. No any point....buildPoints() function assumes that you have imported exterior and interior orientation parameters for the cameras and have used matchPhotos() operation as well.
chunk.importCameras(locationpath, format=PhotoScan.CamerasFormatXML) chunk.matchPhotos(accuracy=PhotoScan.HighAccuracy, generic_preselection=True, filter_mask=True, keypoint_limit=100000, tiepoint_limit=4000) chunk.buildPoints()