Quicklist
List of the main routines with standard arguments
- Train a
bmDCA model with default arguments:
adabmDCA train -d <fasta_file> -o <output_folder>
- Resume training of a
bmDCA model:
adabmDCA train -d <fasta_file> -o <output_folder> -p <file_params> -c <file_chains>
- Train an
eaDCA model with default arguments:
adabmDCA train -m eaDCA -d <fasta_file> -o <output_folder> --nsweeps 5
- Resume training of an eaDCA model:
adabmDCA train -m eaDCA -d <fasta_file> -o <output_folder> -p <file_params> -c <file_chains>
- Decimate a bmDCA model to 2% density:
adabmDCA train -m edDCA -d <fasta_file> -p <file_params> -c <file_chains>
- Train and decimate a bmDCA model to 2% density:
adabmDCA train -m edDCA -d <fasta_file>
- Generate sequences from a trained model:
adabmDCA sample -p <file_params> -d <fasta_file> -o <output_folder> --ngen <num_gen>
adabmDCA energies -d <fasta_file> -p <file_params> -o <output_folder>
- Generate a single mutant library from a wild type:
adabmDCA DMS -d <WT> -p <file_params> -o <output_folder>
- Compute contact scores via Frobenius norm:
adabmDCA contacts -p <file_params> -o <output_folder>
- Reintegrate DCA model from experiments:
adabmDCA reintegrate -d <nat_msa> -o <output_folder> --reint <reint_msa> --adj <adj_vector> --alphabet <protein/rna>
- Train/test split for homologous sequences:
adabmDCA profmark -t1 <t1> -t2 <t2> --bestof <n_trials> <output_prefix> <input_msa>