O3-review/known-events.md

@@ -36,7 +36,7 @@ We compare all results to LALInference Nest and MCMC runs using the IMRPhenomPv2
 
 These are the top-level instructions for PE-group members running bilby on the known events and comparing the results with LALInference. If you have questions or comments, we plan to coordinate on the [bilby-devel](https://chat.ligo.org/ligo/channels/bilby-devel) channel of chat.ligo.
  
-1. Identify a python installation with `bilby>=0.5.4`, and `bilby_pipe>=0.2.3`. You are free to do this however you like, one easy way (on CIT) is to run the following commands:
+**1. Identify a python installation** with `bilby>=0.5.4`, and `bilby_pipe>=0.2.3`. You are free to do this however you like, one easy way (on CIT) is to run the following commands:
 
 ```bash
 $ source /cvmfs/ligo-containers.opensciencegrid.org/lscsoft/conda/latest/etc/profile.d/conda.sh
@@ -50,22 +50,22 @@ $ bilby_pipe --version
 bilby_pipe 0.2.3: (CLEAN) 7e96aaa 2019-08-15 10:11:12 +1000
 ```
 
-2. Clone the [bilby event samples repository](https://git.ligo.org/gregory.ashton/bilby_pe_event_samples), this is where all results will ultimately be hosted.
+**2. Clone** the [bilby event samples repository](https://git.ligo.org/gregory.ashton/bilby_pe_event_samples), this is where all results will ultimately be hosted.
 
-3. Copy the `run_settings_directory` from your event to somewhere which makes sense to you, for example
+**3. Copy** the `run_settings_directory` from your event to somewhere which makes sense to you, for example
 ```bash
 $ mkdir ~/public_html/bilby_runs/GWXXXXXX/
 $ cp ~/bilby_pe_event_samples/GWXXXXXX/run_setting_files/* ~/public_html/bilby_runs/GWXXXXXX/
 ```
 
-3. Run bilby on your event using the configuration files and priors listed above
+**3. Run bilby** on your event using the configuration files and priors listed above
 ```bash
 $ ~/public_html/bilby_runs/GWXXXXXX/
 $ bilby_pipe GWXXXXXX_dynesty_IMRPhenomPV2.ini --submit
 ```
 
-4. Import the results using the `import_results.py` script 
+**4. Import the results** using the `import_results.py` script 
 
-5. Identify the set of LALInference posterior samples (ideally one for MCMC and one for Nest) that you'll compare against.
+**5. Identify the set of LALInference posterior samples** (ideally one for MCMC and one for Nest) that you'll compare against.
 
-6. Create a pesummary page comparing the reweighted bilby samples and the L.I. results
+**6. Create a pesummary page** comparing the reweighted bilby samples and the L.I. results
\ No newline at end of file