Merge pull request #1652 from homnath/devel

- fixed typos on comments related to Brune & smooth Brune functions
SPECFEM · Nov 18, 2023 · af9762d · af9762d
2 parents 3a041e2 + 50340a3
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diff --git a/doc/USER_MANUAL/05_running_the_solver.tex b/doc/USER_MANUAL/05_running_the_solver.tex
@@ -193,7 +193,7 @@ \chapter{Running the Solver \texttt{xspecfem3D}}\label{cha:Running-the-Solver}
 \item \texttt{latorUTM:} Set the latitude or UTM $x$ coordinate.
 \item \texttt{longorUTM:} Set the longitude or UTM $y$ coordinate.
 \item \texttt{depth:} Set the depth of the source (in km).
-\item \texttt{source time function:} Set the type of source-time function: 0 = Gaussian function, 1 = Ricker function, 2 = Heaviside (step) function, 3 = monochromatic function, 4 = Gaussian function as defined in \citet{Meschede2011}, 5 = Brune function, and 6 = Smoothed Brune function. Please note that we have implemented time derivatives of the Brune and smoothed Brune functions as the moment rate functions. For these source time functions, \texttt{hdurorf0} is the source duration or the rise time. The Brune and Smoothed Brune functions are currently implemented only for the viscoelastic simulations.
+\item \texttt{source time function:} Set the type of source-time function: 0 = Gaussian function, 1 = Ricker function, 2 = Heaviside (step) function, 3 = monochromatic function, 4 = Gaussian function as defined in \citet{Meschede2011}, 5 = Brune function, and 6 = Smoothed Brune function. Please note that we have implemented time derivatives of the Brune and smoothed Brune functions as the moment rate functions. For these source time functions, \texttt{hdurorf0} is the source duration or the rise time. The Brune and smoothed Brune functions are currently implemented only for the viscoelastic simulations.
 When {\texttt{USE\_RICKER\_TIME\_FUNCTION}} is turned on in the main parameter file \texttt{DATA/Par\_file},
 it will override this source time function type selection and always use a Ricker wavelet.
 Note that we use the standard definition of a Ricker, for a dominant frequency $f_0$:

diff --git a/src/specfem3D/setup_sources_receivers.f90 b/src/specfem3D/setup_sources_receivers.f90
@@ -466,7 +466,7 @@ subroutine setup_stf_constants()
         ! This needs to be CHECKED!!!
         t0 = min(t0,1.5d0 * (tshift_src(isource) - hdur(isource)))
       case (6)
-        ! Smotthed Brune
+        ! Smoothed Brune
         ! This needs to be CHECKED!!!
         t0 = min(t0,1.5d0 * (tshift_src(isource) - hdur(isource)))
       case default