Merge remote-tracking branch 'origin/QPR-12536' into QPR-12536

Author: mgroncki

Docs/UserGuide/userguide.tex

@@ -986,7 +986,7 @@ \subsection{Building ORE-SWIG and Python Wheels}\label{sec:oreswig}
 for installing and building Python wrappers and wheels.
 
 \medskip
-Typical usage of the Python wrapper is shown in ORE's {\tt Example\_42} and in ORE SWIG's {\tt OREAnalytics/Python/Examples} directory.
+Typical usage of the Python wrapper is shown in ORE's {\tt Example\_42} and in ORE SWIG's {\tt OREAnalytics/Python/Examples} directory.
 
 %========================================================
 \section{Examples}\label{sec:examples}
@@ -3762,7 +3762,7 @@ \subsection{XVA Stress Testing}% Example 67
 %--------------------------------------------------------------------
 
 The example in folder {\\tt Examples/Example\_67} demonstrates the XVA stresstesting with the classical and AMC XVA engine.
-The new analytic type \\emph{XVA_STRESS} utilizes the existing stresstest framework and supports stresstests in both zero and par domain. 
+The new analytic type \\emph{XVA\_STRESS} utilizes the existing stresstest framework and supports stresstests in both zero and par domain. 
 The Stresstest scenarios are given in the same input format as for the regular stresstest. 
 
 To analyse the impact of market rate shifts (Swap rates, CDS spreads, flat vols), one had to
@@ -3776,7 +3776,7 @@ \subsection{XVA Bump \& Revalue Sensitivities}% Example 68
 %--------------------------------------------------------------------
 
 The example in folder {\\tt Examples/Example\_68} demonstrates the XVA sensitivity analysis with the AMC XVA engine.
-The new analytic type \emph{XVA_SENSITIVITY} applies zero shifts as specified in the sensitivity.xml and 
+The new analytic type \emph{XVA\_SENSITIVITY} applies zero shifts as specified in the sensitivity.xml and 
 computes the xva and exposure measures under each shifted market condition.
 
 The aggregation of the results to sensitivites need to handled outside of ORE.