Update README.md

README.md

@@ -49,41 +49,28 @@ The testcases are in the HOME/marblesbag/testcases directory.
 General description of python runs:
 -----------------------------------
 1. Positioning of the grains:
-* genInitialPosition: function to place grains
-args:     
-+ filename: name of the file to save features of the grains
-+ r:        grains radius
-+ rho:      grains density
-+ additional args can be defined to specify the repartition geometry of the grains (e.g. external radius for drops)
-
+    * genInitialPosition: function to place grains
+    args:     
+        + filename: name of the file to save features of the grains
+        + r:        grains radius
+        + rho:      grains density
+        + additional args can be defined to specify the repartition geometry of the grains (e.g. external radius for drops)
 1. Definition of numerical and physical parameters:
-
-* g          : gravity
-* $`\rho`$   : fluid density
-* $`\rho_p`$ : grains density
-* $`\nu`$    : kinematic viscosity
-
-* dt         : time step
-* $`\alpha`$ : stabilisation coefficient
-* $`\varepsilon`$  :stabilisation parameter
-* $`t_{end}`$   : time stop
-
+    * g          : gravity
+    * $$\rho$$   : fluid density
+    * $`\rho_p`$ : grains density
+    * $`\nu`$    : kinematic viscosity
+    * dt         : time step
+    * $`\alpha`$ : stabilisation coefficient
+    * $`\varepsilon`$  :stabilisation parameter
+    * $`t_{end}`$   : time stop
 1. Initialisation of the fluid/grains structures
 1. Boudary conditions :
-    
         Ex: strong_boundaries = [("Top",2,0.),("Top",1,0.),("Top",0,0.),("Box",1,0.),("Box",0,0.)]
-                        
 agrs (tuple): +Boundary name
-              + Field to impose (0: u, 1: v, 2: p)
-              + Value of the field
+    + Field to impose (0: u, 1: v, 2: p)
+    + Value of the field
 1. Resolution loop
 
 
-This math is inline $`a^2+b^2=c^2`$.
-
-This is on a separate line
-```math
-a^2+b^2=c^2
-```
-