Update README.md

README.md

@@ -4,10 +4,16 @@ Includes data and code for analyzing SPCAM potential predictability experiment f
 
 Contents: 
 
-    - predictability_code.py: Includes functions used to calculate the ROMI, then functions used to perform the analyses that were used to create the figures in the paper.
-    - ROMI_each_forecast.nc: file containing the ROMI information (PC1 and PC2) for each forecast run and the ROMI values for the corresponding dates of the control simulation. Also includes phase and amplitude of the control ROMI for each forecast period. Best if opened as an xarray.Dataset.
-    - ROMI_ext_each_forecast.nc: file containing just ROMI1 and ROMI2 for the control simulation, separated by each forecast period with a 25-day buffer. Used for calculating the sliding 51-day window, which requires a longer time period than the other calculations.
-    - spcam_clim.nc: daily climatology (mean and first 3 harmonics of the seasonal cycle) of SPCAM from a 40-year simulation, used for finding OLR climatology. Compressed using ncpdq from NCO.
-    - PCs_twin_control_20yrs.txt: Principal components of the OMI (not real time) of the 20-year control run. Highly correlated with the ROMI, but does not have issues with tapering at the end of each forecast time series.
+    - predictability_code.py: Includes functions used to calculate the ROMI, then functions used to perform the analyses 
+    that were used to create the figures in the paper.
+    - ROMI_each_forecast.nc: file containing the ROMI information (PC1 and PC2) for each forecast run and the ROMI values for the 
+    corresponding dates of the control simulation. Also includes phase and amplitude of the control ROMI for each forecast period. 
+    Best if opened as an xarray.Dataset.
+    - ROMI_ext_each_forecast.nc: file containing just ROMI1 and ROMI2 for the control simulation, separated by each forecast period 
+    with a 25-day buffer. Used for calculating the sliding 51-day window, which requires a longer time period than the other calculations.
+    - spcam_clim.nc: daily climatology (mean and first 3 harmonics of the seasonal cycle) of SPCAM from a 40-year simulation, 
+    used for finding OLR climatology. Compressed using ncpdq from NCO.
+    - PCs_twin_control_20yrs.txt: Principal components of the OMI (not real time) of the 20-year control run. Very similar to the
+    ROMI, but does not have issues with tapering at the end of each forecast time series.
 
 Modifications to the SPCAM source code (original found here: https://wiki.ucar.edu/pages/viewpage.action?pageId=205489281) are not included, but can be shared upon request.