kkrsusc/prepare.md

@@ -10,13 +10,27 @@ The KKRSusc program is interfaced with an older version of KKRImp. In the code p
 
 ### Compile solver
 
-First unzip the tar-file. Inside the resulting folder, you will find the solver_module_v2 and SOURCE directories. The solver has to be compiled first. Enter the solver directory and create a directory /obj $ mkdir obj
-
-Then compile the code with: ... $make ... This will prepare the solver files to be interfaced with KKRImp.
+First unzip the tar-file. Inside the resulting folder, you will find the solver_module_v2 and SOURCE directories. The solver has to be compiled first. Enter the solver directory and create a directory /obj
+```
+[USER@SOMEWHERE/solver_module_v2/ $ mkdir obj
+```
+Then compile the code with:
+```
+ $make
+```
+ This will prepare the solver files to be interfaced with KKRImp.
 
 ### Compile KKRIMP
 
-For KKRSusc, two different versions of the code are needed, one compiled in parallel and one in serial. For that reason create two folders by copying /SOURCE to /SOURCE_MPI and /SOURCE_SERIAL (the names do not matter). Enter SOURCE_MPI and link /obj from the solver directory to mod_obj using: ... $ ln -s ../solver_module_v2/obj mod_obj ... Then compile the code with: ... $make mpi ... Do the same for SOURCE_SERIAL but use :
+For KKRSusc, two different versions of the code are needed, one compiled in parallel and one in serial. For that reason create two folders by copying /SOURCE to /SOURCE_MPI and /SOURCE_SERIAL (the names do not matter). Enter SOURCE_MPI and link /obj from the solver directory to mod_obj using:
+```
+ $ ln -s ../solver_module_v2/obj mod_obj 
+```
+Then compile the code with:
+```
+ $make mpi
+```
+ Do the same for SOURCE_SERIAL but use :
 
 ```
 [USER@SOMEWHERE/SOURCE_SERIAL\]$ make