Overview-of-Algorithm-and-Data-structures.md

@@ -31,13 +31,12 @@ These values always follow:
 - `cut_bothsq = MIN(cut_ljsq, cut_coulsq)`
 
 In the code, `rsq` represents the distance between atoms `i,j`. It is saved in squared form to avoid computing an expensive `sqrt`.
-- If `rsq` is larger than `cut_bothsq`, then, no computation is required because there is no short-range interaction between the two atoms. In that case, the inner loop iteration stops here (*do nothing*).
-- If `rsq` is smaller than `tabinnersq`, then `forcecoul` is computed using a *fast* table method. If not, it  is computed using a *slow* method with calls to `sqrt` and `exp` functions.
-- If `rsq` is bigger than `cut_lj_innersq`, then `forcelj` needs a few additional computations.
+- If `rsq` is larger than `cut_bothsq`, then, no computation is required because there is no short-range interaction between the two atoms. In that case, the inner loop iteration stops here (**do nothing**).
+- If `rsq` is smaller than `tabinnersq`, then `forcecoul` is computed using a **fast** table method. If not, it  is computed using a **slow** method with calls to `sqrt` and `exp` functions.
+- If `rsq` is bigger than `cut_lj_innersq`, then `forcelj` needs a few additional computations. This is not significant enough to be considered a code path.
 
-The following flowchart shows the different cases based on `rsq`.
-The condition on `forcelj`is not shown in order to focus on the `tabinnersq` condition.
+The following flowchart shows in yellow the different cases based on `rsq` (distance).
 
-![flowchart](uploads/2c10a18b3cda9496b9eaed9e54e001db/flowchart.png)
+![simple_flowchart](uploads/40d425ead4886511af9559b29aec9a6b/simple_flowchart.png)
 
-At the end of the function, the computed `forcelj` and `forcecoul` values are used to update the `f` (force) values for both atoms `i` and `j`.
+At the end of the function, the computed `forcelj` and `forcecoul` are used to update the `f` (force) values for both atoms `i` and `j`.
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