kkrimp/perform.md

@@ -82,17 +82,18 @@ setup will be used to set up the real impurity calculations.
     * run a single iteration using the converged impurity potential and the DOS [kkrflex_*](kkrimp/kkrflex_files) files
     * plot the impurity DOS as seen below 
 
-{{ :kkrimp/cu_cu111_dos.png?500 \|}}
+![](uploads/bd1818aef601a25962988841e3033111/cu_cu111_dos.png)
 
-{{ :kkrimp/step_by_step_cu_cu111.tar.gz \|Here the example can be
-downloaded}}. It containes the following directories: `scf` with the
+
+[Here](uploads/24a38b207f858dccbe0eb433dc87fdd2/step_by_step_cu_cu111.tar.gz) the example can be
+downloaded. It containes the following directories: `scf` with the
 converged potential etc for the host system, `kkrflex` for the writeout
 of the `kkrflex_*` files in the scf contour, `host_in_host` for the
 host-in-host check, `imp` for the Cu-adatom scf calculation,
 `kkrflex_dos` for the writeout of DOS contour files, and `impdos` for
 the DOS calculation of the impurity.
 
-## How to use the (`modifypotential.py`](https://github.com/JuDFTteam/masci-tools/blob/develop/masci_tools/tools/modifypotential.py)
+## How to use the [`modifypotential.py`](https://github.com/JuDFTteam/masci-tools/blob/develop/masci_tools/tools/modifypotential.py)
 
 ### `potential` file