fix #s

README.md

@@ -49,7 +49,7 @@ pip install sourmash_plugin_directsketch
 
 ### Allowing restart with batching
 
-If you're building large databases, we highly recommend you use batched zipfiles (v0.4+) to facilitate restart. If you encounter unexpected failures and are using a single zipfile output (default), `gbsketch`/`urlsketch` will have to re-download and re-sketch all files. If you instead set a batch size using `--batch-size`, then `gbsketch`/`urlsketch` can load any batched zips that finished writing, and avoid re-generating those signatures. For `gbsketch`, the batch size represents the number of accessions included in each zip, with all signatures associated with an accession grouped within a single `zip`. For `urlsketch`, the batch size represents the number of sigs associated with each url provided. Note that batches will use the `--output` file to build batched filenames, so if you provided `output.zip`, your batches will be `output.1.zip`, `output.2.zip`, etc. For small genomes (e.g. microbes), you can keep batch sizes very large, e.g. 1000-10000. For large eukaryotic genomes where download takes much longer, you may want to use batch sizes in the hundreds.
+If you're building large databases, we highly recommend you use batched zipfiles (v0.4+) to facilitate restart. If you encounter unexpected failures and are using a single zipfile output (default), `gbsketch`/`urlsketch` will have to re-download and re-sketch all files. If you instead set a batch size using `--batch-size`, then `gbsketch`/`urlsketch` can load any batched zips that finished writing, and avoid re-generating those signatures. For `gbsketch`, the batch size represents the number of accessions included in each zip, with all signatures associated with an accession grouped within a single `zip`. For `urlsketch`, the batch size represents the number of sigs associated with each url provided. Note that batches will use the `--output` file to build batched filenames, so if you provided `output.zip`, your batches will be `output.1.zip`, `output.2.zip`, etc. For small genomes (e.g. microbes), you can keep batch sizes quite large, e.g. 1000s-10000s. For large eukaryotic genomes where download takes much longer, you may want to use smaller batch sizes.
 
 To build a single database after batched sketching, you can use `sig cat` to build a single zipfile (`sourmash sig cat *.zip -o OUTPUT.zip`) or `sig collect` to collect all the zips into a standalone manifest that can be used with sourmash and branchwater commands.