@@ -78,10 +78,10 @@ def compute(args):
7878 notify ("Computing both nucleotide and protein signatures." )
7979 num_sigs = 2 * len (ksizes )
8080 elif args .dna and args .dayhoff :
81- notify ("Computing both nucleotide and Dayhoff-encoded protein " " signatures." )
81+ notify ("Computing both nucleotide and Dayhoff-encoded protein signatures." )
8282 num_sigs = 2 * len (ksizes )
8383 elif args .dna and args .hp :
84- notify ("Computing both nucleotide and hp-encoded protein " " signatures." )
84+ notify ("Computing both nucleotide and hp-encoded protein signatures." )
8585 num_sigs = 2 * len (ksizes )
8686 elif args .dna :
8787 notify ("Computing only nucleotide (and not protein) signatures." )
@@ -91,11 +91,11 @@ def compute(args):
9191 num_sigs = len (ksizes )
9292 elif args .dayhoff :
9393 notify (
94- "Computing only Dayhoff-encoded protein (and not nucleotide) " " signatures."
94+ "Computing only Dayhoff-encoded protein (and not nucleotide) signatures."
9595 )
9696 num_sigs = len (ksizes )
9797 elif args .hp :
98- notify ("Computing only hp-encoded protein (and not nucleotide) " " signatures." )
98+ notify ("Computing only hp-encoded protein (and not nucleotide) signatures." )
9999 num_sigs = len (ksizes )
100100
101101 if args .protein or args .dayhoff or args .hp :
@@ -269,7 +269,7 @@ def _compute_individual(args, signatures_factory):
269269 save_sigs_to_location (sigs , save_sigs )
270270
271271 notify (
272- f"calculated { len (sigs )} signatures for { n + 1 } sequences in { filename } "
272+ f"calculated { len (sigs )} signatures for { n + 1 } sequences in { filename } "
273273 )
274274
275275 # if not args.output, close output for every input filename.
@@ -443,7 +443,7 @@ def to_param_str(self):
443443 kstr = [f"k={ k } " for k in self .ksizes ]
444444 else :
445445 # for protein, divide ksize by three.
446- kstr = [f"k={ k // 3 } " for k in self .ksizes ]
446+ kstr = [f"k={ k // 3 } " for k in self .ksizes ]
447447 assert kstr
448448 pi .extend (kstr )
449449
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