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For some reason, Shift + Mousewheel stopped working for me on 1.8.2 while using metashape via Remote Desktop on macOS.Might be some problems with the remote session configuration, as I do not see the reported problem when working on macOS locally.
Other combinations do work.
Is there anything new to say to my question?No changes yet on that matter. I'll see, if anything could be implemented soon, however, the feature is not demanded that frequently, so it is considered to be of a low priority.
I also tried to mask out the no-data regions from the laser scans and it solved the black hole issue but as this black area has the same height in the lower part of the image in all of my laser scans is it possible to mask out this automatically from all the scans with a script rather than doing it by hand for every single scan?You can create the mask for one image manually, export it and them import, applying to all selected scans.
the jpegs are 8bit and the grayscale laser scans are 32bit. Could this be the problem? and what can I do?And what output do you expect - should the texture be 8-bit or 32-bit?
compression = Metashape.ImageCompression()
compression.tiff_compression = Metashape.ImageCompression.TiffCompressionNone
compression.jpeg_quality = 99 #will be only used, if TiffCompressionJPEG is selected#
compression.tiff_big = True
compression.tiff_overviews = True
compression.tiff_tiled = True
task.image_compression = compression
2022-05-10 12:19:48 Exporting orthomosaic...
2022-05-10 12:19:48 generating 68400 x 82085 raster in 1 x 1 tiles
2022-05-10 12:26:27 Finished processing in 399.705 sec (exit code 1)images = [None]*(len(rgb) + len(nir))
images[::2] = rgb
images[1::2] = nir
filegroups = [2]*(len(images)//2)
#images is alternating list of rgb, nir paths
#filegroups defines the multi-camera system groups: [2, 2, 2, ....]
chunk.addPhotos(filenames = images, filegroups = filegroups, layout=Metashape.MultiplaneLayout)camera = [list_of paths_camera1, list_of_paths_camera2, list_of_paths_camera3, list_of_paths_camera4, list_of_paths_camera5, list_of_paths_camera6, list_of_paths_camera7, list_of_paths_camera8]
### list_of_paths_cameraN represent the list of paths for corresponding source folder
C = len(camera)
images = [None]*(len(camera[0]) + len(camera[1]) + len(camera[2]) + len(camera[3]) + len(camera[4]) + len(camera[5]) + len(camera[6]) + len(camera[7]))
for i in range(C):
images[i::C] = camera[i]
filegroups = [C]*(len(images)//C)
###images is alternating list of camera[0], camera[1] ... camera[7] paths
###filegroups defines the multi-camera system groups: [8, 8, 8, ....]
chunk.addPhotos(filenames = images, filegroups = filegroups, layout=Metashape.MultiplaneLayout)