*Just a reminder that HDV (PAR 1.33) is not the same as HDTV (PAR 1.0) or DV/miniDV (PAR 0.91). Now the document is both adjusted for and previewing as square computer display pixels, so when you export the animated GIF, it appears as you expect in a web browser (see animation below). The prior suggestion of pdf is a great idea because legibility will be better maintained. Not sure of your method of getting the drawing to word so please describe. So, what I want for Christmas is a real solution to that problem. The window, it appears to me, is always 4:3 and the distortion seems to be a mathematical one. Despite inability to read the actual text due to resolution, I can tell that it is not skewed in its aspect ratio. The correct aspect-ratio is dictated by the medium, but the size and shape of the render (window) obviously does not consider the aspect-ratio that has been selected. So the problem is that the pixel aspect ratio was changed, but the image proportions were not adjusted to compensate, and that’s why the export appears stretched/squished.Ī way to get this right is to use Image > Image Size to correct the frame Width and Height to what they should be as square pixels, then set View > Pixel Aspect Ratio to Square. Hi, Your aspect ratio in your jpg appears to be ok. Then, without correcting the rectangular pixels, the animation was exported straight to animated GIF, which exports to the square pixels that are standard on computer displays. It looks OK, but it is not, because Photoshop is doing an HDV TV preview, not a computer display preview. When you open or create an HDV file in Photoshop, it automatically enables View > Pixel Aspect Ratio Correction (you can tell because it says “scaled” in the document tab), so Photoshop is previewing those rectangular pixels as they would appear played back as HDV* on a TV. That’s right, HDV pixels are rectangular, with a Pixel Aspect Ratio of 1.33, not like computer display pixels with are square (PAR 1:1). You found the key clue to the problem when you believe the pixels are rectangular, since the footage is HDV. The animated GIF I made below is clearly not 4:3. No, Photoshop and Premiere Pro can export animated GIFs at any aspect ratio. I've been thinking about how to tackle this problem but so far haven't found a working solution.Just went back into Premiere and changed the Sequence settings of my video to 4:3 and now it's working. Mathematically speaking this is correct, but a human would easily see this is actually 4:3. However, if the image is less perfect and has a resolution of 1200:901, I also get an aspect ratio of 1200:901. 1200:900, and I feed those into the get_aspect_ratio() function, I get a perfect result 4:3. These functions work perfectly if the image has perfect dimensions, e.g. Return round(aspect_width), round(aspect_height) Gcd = highest_common_factor(width,height) Get_current_resolution = subprocess.Popen(, stdin=screen_resolutions.stdout, stdout=subprocess.PIPE)Ĭurrent_resolution = get_current_municate().decode().split()Ĭurrent_width = int(current_resolution.split("x"))Ĭurrent_height = int(current_resolution.split("x")) Screen_resolutions = subprocess.Popen(, stdout=subprocess.PIPE) Return highest_common_factor(height,width%height) Stolen fron online, sometimes also reffered to as the GCD value""" """Support function to calculate the aspect ratio of a (width:height) input. I have the following functions to determine the aspect ratio: def highest_common_factor(width,height): Now, I want to check their aspect ratio and only show images that are the same as my screen's aspect ratio. Ok, so I have written a program that loads random images from an online source and then loads them one by one to my Gnome desktop on Arch Linux.
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