Merge branch 'main' of https://github.com/adtzlr/contique into main

README.md

@@ -73,7 +73,7 @@ Res = contique.solve(
 )
 ```
 
-For each `step` a summary is printed out per `cylce`. This contains an information about the control component at the beginning and the end of a cycle as well as the norm of the residuals along with needed Newton-Rhapson `iterations` per `cycle`. As an example the ouput of some interesting `steps` 31-33 and 38-40 are shown below. The last column contains messages about the solution. On the one hand, in `step` 32, `cycle` 1 the control component changed from `+1` to `-2`, but the relative overshoot on the final control component `-2` was inside the tolerated range of `overshoot=1.05`. Therefore the solver proceeds with `step` 33 without re-cycling `step` 32. On the other hand, in `step` 39, `cycle` 1 the control component changed from `-2` to `-1` and this time the overshoot on the final control component `-1` was outside the tolerated range. A new `cycle` 2 is performed for `step` 39 with the new control component `-1`.
+For each `step` a summary is printed out per `cycle`. This contains an information about the control component at the beginning and the end of a cycle as well as the norm of the residuals along with needed Newton-Rhapson `iterations` per `cycle`. As an example the ouput of some interesting `steps` 31-33 and 38-40 are shown below. The last column contains messages about the solution. On the one hand, in `step` 32, `cycle` 1 the control component changed from `+1` to `-2`, but the relative overshoot on the final control component `-2` was inside the tolerated range of `overshoot=1.05`. Therefore the solver proceeds with `step` 33 without re-cycling `step` 32. On the other hand, in `step` 39, `cycle` 1 the control component changed from `-2` to `-1` and this time the overshoot on the final control component `-1` was outside the tolerated range. A new `cycle` 2 is performed for `step` 39 with the new control component `-1`.
 
 ```markdown
 |Step,C.| Control Comp. | Norm (Iter.#) | Message     |
@@ -117,4 +117,4 @@ plt.gca().set_aspect('equal')
 
 <img src="https://raw.githubusercontent.com/adtzlr/contique/main/test/test_sincos.svg" width="75%">
 
-Fig. 2 Solution states of [equilibrium equations](https://github.com/adtzlr/contique/blob/main/test/test_sincos.py) solved with contique
+Fig. 2 Solution states of [equilibrium equations](https://github.com/adtzlr/contique/blob/main/test/test_sincos.py) solved with contique