update readme

README.md

@@ -1,43 +1,25 @@
-## Motivation
-
-This repository contains a module for creating automated workflows in the context of concrete additive manufacturing.
-
-### Workflow
-* parametrized design (defined via CAD program)
-* generate geometry file (.stl, .stp)
-* generate GCODE --> printer
-* generate mesh file (.msh, .xdmf & .h5, .vtk)
-* generate FEM simulation
-
-### Built-in file-management
-* Management of files generated by the workflow by a file-based database.
-
-
-### folder structure
-* amworkflow: general routines
-* tests: pytest for general routines
-* usecases: example usecases
-
-
 ## Conda
 ```conda env create -f environment.yml```
 
 ## Installation
 After creating the environment using conda, one library have to be installed mannually since neither Pypi nor Conda has the distribution.
-
-```git clone https://github.com/tpaviot/pythonocc-utils.git```
+```bash
+git clone https://github.com/tpaviot/pythonocc-utils.git
+```
 activate the environment if you did not:
 ```bash
 conda activate amworkflow
 ```
 
 to the root directory and then
 
-```pip install ./pythonocc-utils```
+```bash
+pip install ./pythonocc-utils
+```
 
 Last step, install amworkflow locally:
 ```bash
-pip install .
+python -m pip install .
 ```
 
 Then you are good to go.
@@ -233,5 +215,23 @@ This is a simple tutorial which get you familiar with the way of interacting wit
 
 For more details and usages of the workflow, check out in wiki.
 
+## Motivation
+
+This repository contains a module for creating automated workflows in the context of concrete additive manufacturing.
+
+### Workflow
+* parametrized design (defined via CAD program)
+* generate geometry file (.stl, .stp)
+* generate GCODE --> printer
+* generate mesh file (.msh, .xdmf & .h5, .vtk)
+* generate FEM simulation
+
+### Built-in file-management
+* Management of files generated by the workflow by a file-based database.
+
 
+### folder structure
+* amworkflow: general routines
+* tests: pytest for general routines
+* usecases: example usecases