Update README.md

CDC_scripts/README.md

@@ -1,4 +1,4 @@
-This directory contains scripts useful for extracting the hit thresholds from configuration files and for calculating the correction to Garfield's drift time tables due to the magnetic field.
+This directory contains scripts useful for extracting the hit thresholds from configuration files, calculating the correction to Garfield's drift time tables due to the magnetic field and estimating the time to distance calibration parameters from EPICS data.
 
 # Finding the hit thresholds 
 
@@ -30,7 +30,7 @@ ccdb add /CDC/hit_thresholds -r 71860-72435 cdc_h.txt
 
 # Calculating the correction to Garfield's drift time tables for the magnetic field
 
-The process is documented in GlueX-Docs 2512 and 2593.
+The process is documented in [GlueX-doc-2592](https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=2592) and [2513](https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=2513).
 The script is in the subdirectory Bfield\_drift\_correction.
 
 **To find the correction function:**
@@ -51,24 +51,26 @@ Bfield->Scan("Bz:r:z","Bz>1.92&&z>=15&&z<=170&&r>=5&&r<=65")
 root -q Bfield_dt2.C
 ```
 
-5. Add the fit parameters obtained to the CCDB table /CDC/cdc_drift_parms.
+5. Add the fit parameters obtained to the CCDB table /CDC/cdc\_drift\_parms.
 
 
 # Estimating time to distance parameters from EPICS data
 
-The script is located in the subdirectory calc_ttod.  It uses the functions from GlueX-doc-5394 to estimate the time to distance parameters (for CCDB /CDC/drift_parameters) for 2125V runs using EPICS data for temperature and pressure.
+The script is located in the subdirectory calc_ttod.  It uses the functions from [GlueX-doc-5394](https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=5394) to estimate the time to distance parameters (for CCDB /CDC/drift\_parameters) for 2125V runs using EPICS data for temperature and pressure.
 
 **To find the time to distance parameters:**
 
-1. Obtain the EPICS data for the time of interest.  The names of the EPICS variables are
+1. Obtain the EPICS data for the time of interest.  The names of the EPICS variables are:
+```
 RESET:i:GasPanelBarPress1
 GAS:i::CDC_Temps-CDC_D1_Temp
 GAS:i::CDC_Temps-CDC_D3_Temp
 GAS:i::CDC_Temps-CDC_D4_Temp
 GAS:i::CDC_Temps-CDC_D5_Temp
+```
 
 2. Run the script, providing as arguments the run number (used in the output filename), uncalibrated pressure and the downstream thermocouple temps D1 and D3 to D5.  This should generate an output file in the correct format for the CCDB table.  The example below created the file ttod_d10370.txt.
 
 ```
 root -q "calc_ttod_from_epics.C(10370,99.8644,25.6996,25.8,25.9009,25.3)"
-```
+```