There was an error in the description.

I was confused about the maximum marker displacement.
I have now checked it with the ini file and fixed it.

doc/report/report_philip/thesisPage__experiments__angularMom.tex

@@ -133,7 +133,7 @@ In the last section, we have studied how \emph{linear} momentum is conserved, no
 					There is an important historical fact, that we would like to discuss here.
 					At the beginning \emph{these} systems, were the default systems.
 					However we had trouble in understand the results.
-					As a solution, we decided to increase the temporal resolution, by shrinking the maximal marker displacement to $0.01$.
+					As a solution, we decided to increase the temporal resolution, by shrinking the maximal marker displacement to $0.02$.
 					This has indeed solved the issue and allowed us to understand the results much better.
 				}.
 			
@@ -292,7 +292,7 @@ In the last section, we have studied how \emph{linear} momentum is conserved, no
 		The values are normalized with respect to the \emph{theoretical} angular momentum, given by \eqref{eq:experiments:angMom:theory:body:DiscLx}.
 		The dashed line shows the system in which we have used a larger time step\footnote
 			{
-				As a short reminder, in these systems the maximal marker displacement is not $0.01$ but $0.06$ grid widths in each direction.
+				As a short reminder, in these systems the maximal marker displacement is not $0.02$ but $0.06$ grid widths in each direction.
 				We show only the results using the Jenny--Meyer integrator, since the other three are quite similar.
 			}.
 		%