Apparently, with AxioVision out of support, they need to move to a ZEN-based solution which we are working on at the moment. We have been developing and maintaining an AxioVision VBA-based automated mineralogy solution for quite a while, and a number of our clients are using it already. Hello, we use Axio Imager.Z2m and our clients, which are important in this context, have similar systems.
JPG PANORAMA X Y TILES CODE
I need the code that will set up and run tile acquisition for X, Y and N above (more parameters may come useful of course) and stitch the image. I can move the stage to the proper starting position and focus the sample programmatically. I can roughly estimate the resulting image size in microns and thus the center (or the corner) position of the image within my sample. would you be able to give me a code example, or point me to the proper documentation, or possibly just tell me what Zen object I should be using (I will try introspection on it and that might help)? A task is like this: I need to take X by Y tiled image using overlap N%. I am afraid I don't quite understand the programmatic aspects of tile acquisition and am missing something important. However I would like the user to optionally take tile images and this is where I am stuck at the moment.
JPG PANORAMA X Y TILES HOW TO
I think I more or less got the grasp of how to do that with simple images, that is, I seem to be able to control stage movement, adjust some camera settings, take and save the images. Will only cover a partial region of the panorama.Hello, I am writing a script allowing a user to automatically acquire multiple images covering a rectangular area of interest on a sample. You need to specify a direction in degrees as the photo obsolete: use black block instead of downloadingĭef api_download( panoid, heading, flat_dir, key, width = 640, height = 640,įov = 120, pitch = 0, extension = 'jpg', year = 2017, fname = None):ĭownload an image using the official API. V2: if tile is in invalid region, just skip them. V1: simplely concatenate original functionsĭef download_panorama_v2( panoid, zoom = 5, disp = False, directory = 'temp'): new( 'RGB', ( img_w, img_h))ĭef download_panorama_v1( panoid, zoom = 5, disp = False, directory = 'temp'): If x * tile_width < img_w and y * tile_height < img_h: # tile is valid Zoom: larger number -> higher resolution, from 1 to 5, better less than 3, some location will fail when zoom larger than 3ĭisp: verbose of downloading progress, basically you don't need it Panoid: which is an id of image on google maps save( final_directory + ( "/%s.jpg" % panoid))ĭef download_panorama_v3( panoid, zoom = 5, disp = False): paste( im = tile, box =( x * tile_width, y * tile_height)) Stiches all the tiles of a panorama together. raw, out_file)ĭef stich_tiles( panoid, tiles, directory, final_directory): With open( directory + '/' + fname, 'wb') as out_file: Print( "Image %d / %d" % ( i, len( tiles))) This is generated by tiles_info(panoid).ĭirectory - the directory to dump the tiles to.įor i, ( x, y, fname, url) in enumerate( tiles): Tiles = ĭef download_tiles( tiles, directory, disp = False):ĭownloads all the tiles in a Google Stree View panorama into a directory. Generate a list of a panorama's tiles and their position.Ĭoord = list( itertools. Return datetime( year = 3000, month = 1, day = 1) Return datetime( year = x, month = x, day = 1) Panoramas (ids) to a give GPS coordinate. Panorama_img = download_panorama_v3(panoid, zoom=2)īuilds the URL of the script on Google's servers that returns the closest Download_panorama_v1, download_panorama_v2, download_panorama_v3
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