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I tried running this with k-mer length set to 3, 4 or 6 (these ones I tried) and got the following error.
INFO [2024-03-08 10:00:42] Started
WARN [2024-03-08 10:00:42] No output filename provided. Generating automatic output name in current directory. You can specify an output TSV filename with --output
INFO [2024-03-08 10:00:42] Logging level : INFO
INFO [2024-03-08 10:00:42] Number of cores : 4
INFO [2024-03-08 10:00:42] Input FASTA file : /fasta
INFO [2024-03-08 10:00:42] k-mer length : 6
INFO [2024-03-08 10:00:42] lambda : 1
INFO [2024-03-08 10:00:42] Scaling function : exp(-1*x)
INFO [2024-03-08 10:00:42] Multivalency window size : 123
INFO [2024-03-08 10:00:42] Smoothing window size : 123
INFO [2024-03-08 10:00:42] Output TSV filename : fasta_6_123_123.multivalency.tsv.gz
INFO [2024-03-08 10:00:42] Building scoring matrices
Error in value[[3L]](cond) : `glue` failed in `formatter_glue` on:
chr "Scaled Hamming: {0:5} = {round(scaled.v, 3)}"
Raw error message:
Variables must be length 1 or 7
Please consider using another `log_formatter` or `skip_formatter` on strings with curly braces.
Calls: <Anonymous> ... tryCatch -> tryCatchList -> tryCatchOne -> <Anonymous>
Execution halted
When ran with k-mer length set to 5 it runs successfully.
And a feature request: could wildcard nucleotides (for example R being either A or G) be somehow regarded as such when calculating multivalency scores (meaning the score is calculated for all versions of the k-mers)?
The text was updated successfully, but these errors were encountered:
Hi,
I tried running this with k-mer length set to 3, 4 or 6 (these ones I tried) and got the following error.
When ran with k-mer length set to 5 it runs successfully.
And a feature request: could wildcard nucleotides (for example R being either A or G) be somehow regarded as such when calculating multivalency scores (meaning the score is calculated for all versions of the k-mers)?
The text was updated successfully, but these errors were encountered: