Updating documentation

README.md

@@ -1,5 +1,5 @@
 EXOPLASIM
-======
+=========
 
 ![Two rows of planets, progressing from yellow to blue from top left to bottom right. The top row appears to represent tidally-locked planets, while the bottom row appears to represent Earth-like planets.](mixplanets.png "Two rows of planets, progressing from yellow to blue from top left to bottom right. The top row appears to represent tidally-locked planets, while the bottom row appears to represent Earth-like planets.")
 *A range of planets modeled by ExoPlaSim, and postprocessed with SBDART. The top row consists of tidally-locked aquaplanets at T21 orbiting stars ranging from 2500 K to 4000 K, with orbital periods increasing with stellar mass. The bottom row consists of aquaplanets with 24-hour rotation at T42, orbiting stars ranging from 4000 K to 8000 K.*
@@ -45,8 +45,7 @@ OR:
 
 The first time you import the module and try to create a model
 after either installing or updating, ExoPlaSim will run a 
-configuration script, write the install directory into its 
-source code, and (if applicable) compile the burn7 NetCDF postprocessor.
+configuration script.
 
 Multiple output formats are supported by the built-in `pyburn`
 postprocessor. If you wish to use HDF5 or NetCDF output formats, you
@@ -66,17 +65,7 @@ OR:
 You may also configure and compile the model manually if you wish to not
 use the Python API, by entering the exoplasim/ directory and running
 first configure.sh, then compile.sh (compilation flags are shown by
-running `./compile.sh -h`). The postprocessor and its libraries can be
-compiled by entering `exoplasim/postprocessor/` and running
-`./build_init.sh`.
-
-burn7 compilation
------------------
-You must have NetCDF libraries available in the path to build burn7.
-The burn7 compilation process will build and compile a patched
-version of the NetCDF libraries necessary for burn7--burn7 makes
-use of features anachronistic to a particular version of NetCDF
-that no longer exists.
+running `./compile.sh -h`).
 
 PlaSim Documentation
 --------------------

README.rst

@@ -38,8 +38,7 @@ OR::
     
 The first time you import the module and try to create a model
 after either installing or updating, ExoPlaSim will run a 
-configuration script, write the install directory into its 
-source code, and (if applicable) compile the burn7 NetCDF postprocessor.
+configuration script.
 
 Multiple output formats are supported by the built-in `pyburn`
 postprocessor. If you wish to use HDF5 or NetCDF output formats, you
@@ -58,18 +57,7 @@ OR::
 You may also configure and compile the model manually if you wish
 to not use the Python API, by entering the exoplasim/ directory
 and running first configure.sh, then compile.sh (compilation flags
-are shown by running ``./compile.sh -h``). The postprocessor and its
-libraries can be compiled by entering ``exoplasim/postprocessor/`` and
-running ``./build_init.sh``.
-
-burn7 compilation
------------------
-You must have NetCDF libraries available in the path to build burn7.
-The burn7 compilation process will build and compile a patched
-version of the NetCDF libraries necessary for burn7--burn7 makes
-use of features anachronistic to a particular version of NetCDF
-that no longer exists.
-
+are shown by running ``./compile.sh -h``). 
 
 PlaSim Documentation
 --------------------

docs/index.rst

@@ -64,7 +64,6 @@ Optional Requirements
 
 * netCDF4 (for netCDF support)
 * h5py (for HDF5 support)
-* NetCDF-C Library (for legacy ``burn7`` support)
     
 Installation
 ------------
@@ -96,7 +95,7 @@ OR::
 The first time you import the module and try to create a model
 after either installing or updating, ExoPlaSim will run a 
 configuration script, write the install directory into its 
-source code, and compile the `pyfft` library.
+source code, and compile the ``pyfft`` library.
 
 .. burn7 NetCDF postprocessor. You must 
 .. have NetCDF libraries available in the path when this happens.