![]() ![]() Anyone who wants, can test their Apple (or Linux) machine by git clone-ing the repo and running the script. I created a bash script /pforret/m1_benchmark (with bashew, of course) that runs these two benchmarks, and calculates an index %, compared to my computer (the 2020 Mac Mini M1 8GB). Low-res GIF of the actual sequence that is rendered through primitive Running the benchmarks It takes the Mac Mini M1 almost 100 seconds to generate the GIF sequence. It also is very CPU intensive, certainly when you create a GIF movie where a shape is added every frame. com/squaredforwork) because I like to experiment with how much information your brain needs to recognize familiar images. Low-res GIF of the actual MP4 that is rendered through ffmpeg Benchmark 2: primitiveįogleman/primitive is a cool Go package that reduces a picture to N primitive shapes. This takes a Mac Mini M1 about 75 seconds. Benchmark 1: ffmpegįor my first benchmark, I take a large photo from Unsplash ( Landscape by David Marcu, 4288×2848) and prepare a low-res, B/W version of it, and then use ffmpeg to create a cross-fade MP4 from the low res to the hi-res photo, a 5 seconds movie at 10 fps. I work a lot with video so I created an Apple (M1 and older) benchmark that is focused on CPU-heavy video programs: ffmpeg and primitive. ![]() When I started working with my Mac Mini M1, I felt it was faster, but I couldn’t really compare with a proper benchmark. Running a CPU benchmark on Apple Silicon M1 (bash) ![]()
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