In the previous article we learned how to get the wavefront (red pixels) descriptors, in this article we will break down such a thing as wave memory.

In order to obtain a wavefront descriptor with minimal losses and in a simple way, it is necessary to enlarge the image by 3 or 4 times.

Theory

Let's say we have a two-color image. However, this is not a simple image, there are some difficulties in terms of getting around it.

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→

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Now we have already received as many as 3 contours! If we continue to click File → step, the outlines will disappear. When the contours disappear, then the calculation of the impending "waves" will end. For each path that can be traversed, a path handle is generated.

Let's take the same file, but this time click on the File → Scan menu.

The program will run until there are no white pixels left. In the right corner, we get a list of the various descriptors. These are descriptors of the front of a wave of neurons (which do not repeat). The green bar is the last waveform.

Next article here

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