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this is an issue suggested as a follow up to this PR, we have a table interface which exposes a potentially superflous GetWeightedAminoAcids function. The function is used to get a weighted amino acid sequence in the fix DNA optimisation package.
The fix package seems to be updating the weights with more data, we should consider putting all the functions which updates those amino acid weights in the same struct for a less leaky abstraction.
The text was updated successfully, but these errors were encountered:
The fix package seems to be updating the weights with more data, we should consider putting all the functions which updates those amino acid weights in the same struct for a less leaky abstraction
Could you be more specific on the line? I don't recall it updating the weight table with more data, just getting out which new codon it should use based on the data, then applies biases.
I assumed it was updating the weights with some other heuristics but after reading more carefully I see it's not, I thought it would be a duplicate of the codon picking mechanism in optimize
If I understand well the package is using the weighted AAs to get the highest weighted codon in a set of potential codon replacements gotten with other methods (gc bias ect...) here.
I don't really see a straightforward way to get rid of this in a way that make things noticably better since it's using the fix.Changestruct so I think it's best to leave things as is 👍
this is an issue suggested as a follow up to this PR, we have a table interface which exposes a potentially superflous
GetWeightedAminoAcids
function. The function is used to get a weighted amino acid sequence in thefix
DNA optimisation package.The
fix
package seems to be updating the weights with more data, we should consider putting all the functions which updates those amino acid weights in the same struct for a less leaky abstraction.The text was updated successfully, but these errors were encountered: