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This format was very interesting because it was essentially "resolution independent". You could zoom in further and further and see nonsensical made up details
by sprash 5y ago
This format was very interesting because it was essentially "resolution independent". You could zoom in further and further and see nonsensical made up details by the fractal algorithms without getting any blurriness or interpolation artifacts.
- Isthatablackgsd 5y ago> This format was very interesting because it was essentially "resolution independent" When I read that, I thought it is because it is a vector type. Usually "resolution independent" images, from my understanding, are commonly vector type since it can scale infinitely like SVG. However, I couldn't find information online whatever .FIF is a raster or vector type. I saw one that said it shares similarly to vector images, that didn't confirm anything for me. So I would incline that because .FIF is a vector type, please correct me if I am wrong. It so hard to find this information and wondering if my google-fu is getting rusty. EDIT: Whelps, it turn out my google-fu is getting rusty. I managed to find the information and I am wrong. It is a raster type[1]. [1] http://fileformats.archiveteam.org/wiki/Fractal_Image_Format http://fileformats.archiveteam.org/wiki/Fractal_Image_Format
- sprash 5y agoYour link contains is a nice article [1] how the resolution independent "raster type" looks like when zooming in including ancient Windows software to try it yourself. Sadly wine crashes when I try to start it. 1.: http://users.senet.com.au/~mjbone/Fractals.html http://users.senet.com.au/~mjbone/Fractals.html