Extending to 8C4 Symbols to get FER curve as a function of Read Length

[Parvfect]

Currently works for base case, but symbol uncertainty is limited, so decoder does not have to do much. How does it perform for a pick of 4?

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Works for larger read lengths, here is the profiling

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can't randomly pop - ffield has finite elements that can be accessed in G - have to pop from end

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Why is lower read length slowing down decoder? Shouldn't it stil work the same - and max iterations end it's loop? Well no - cause the possibilities of each symbol skyrockets - so the recursive method skyrockets.

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Adapting code for FER - getting curve for fixed H, G, C with channel changing shit Reads below 5 take forever, so getting preliminary curve from 5 onwards.

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FER curve not functional - something about the check if it's correctly decoded. Going to sleep now

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Goal for the next hour is to get the FER curve for this case. Current problem is first resolving the errors for a larger read length (should not be too tough since decoding is working, just need to test why FER isn't). And then fixing the small read error case.

[Parvfect]

Wrong ffdim for G and C, but it's a start

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Let's actually see what happens with small R for right ffdim - should have done small iterations first "sigh"

Even 7 Reads are taking forever and it's doing my head in. I'm better than this and I'm going to fix it

[Parvfect]

Done