Spellcheck

Author: jngrad

NEWS

@@ -149,7 +149,7 @@ General corrections and improvements:
   class that always returned an array of 0's since 4.1.0 (#3781)
 
 * Fix a runtime error when calling the `get_params()` method of a
-  ScaFaCos-based actor (#3784)
+  ScaFaCoS-based actor (#3784)
 
 Documentation and tutorials corrections and improvements:
 

doc/sphinx/installation.rst

@@ -44,7 +44,7 @@ C++ Compiler
 
 Boost
     A number of advanced C++ features used by |es| are provided by Boost.
-    We strongly recommend to use at least boost 1.67.
+    We strongly recommend to use at least Boost 1.67.
 
 FFTW
     For some algorithms (P\ :math:`^3`\ M), |es| needs the FFTW library

src/core/communication.hpp

@@ -51,7 +51,7 @@
 
 #include "MpiCallbacks.hpp"
 
-/** Included needed by callbacks. */
+/* Includes needed by callbacks. */
 #include "cuda_init.hpp"
 #include "grid_based_algorithms/lb_constants.hpp"
 #include "particle_data.hpp"

src/core/electrostatics_magnetostatics/mmm1d.cpp

@@ -53,17 +53,17 @@ using Utils::strcat_alloc;
 /** minimal radius for the far formula in multiples of box_l[2] */
 #define MIN_RAD 0.01
 
-/** if you define this, the Besselfunctions are calculated up
-    to machine precision, otherwise 10^-14, which should be
-    definitely enough for daily life. */
+/* if you define this, the Bessel functions are calculated up
+ * to machine precision, otherwise 10^-14, which should be
+ * definitely enough for daily life. */
 #undef BESSEL_MACHINE_PREC
 
 #ifndef BESSEL_MACHINE_PREC
 #define K0 LPK0
 #define K1 LPK1
 #endif
 
-/** inverse box dimensions and other constants */
+/** @name inverse box dimensions and other constants */
 /*@{*/
 static double uz, L2, uz2, prefuz2, prefL3_i;
 /*@}*/

src/core/specfunc.hpp

@@ -59,21 +59,21 @@ double K0(double x);
  */
 double K1(double x);
 
-/** Besselfunctions K0 at x.
+/** Bessel function K0 at x.
  *  The implementation has an absolute precision of around 10^(-14), which is
  *  comparable to the relative precision sqrt implementation of current
  *  hardware.
  */
 double LPK0(double x);
 
-/** Besselfunctions K1 at x.
+/** Bessel function K1 at x.
  *  The implementation has an absolute precision of around 10^(-14), which is
  *  comparable to the relative precision sqrt implementation of current
  *  hardware.
  */
 double LPK1(double x);
 
-/** Besselfunctions K0 and K1 at x.
+/** Bessel functions K0 and K1 at x.
  *  The implementation has an absolute precision of around 10^(-14), which is
  *  comparable to the relative precision sqrt implementation of current
  *  hardware.

testsuite/python/langevin_thermostat.py

@@ -465,7 +465,7 @@ def verify_diffusion(self, p, corr, kT, gamma):
         """
         c = corr
         # Integral of vacf via Green-Kubo D = int_0^infty <v(t_0)v(t_0+t)> dt
-        # (o 1/3, since we work componentwise)
+        # (or 1/3, since we work componentwise)
         i = p.id
         acf = c.result()[:, [0, 2 + 3 * i, 2 + 3 * i + 1, 2 + 3 * i + 2]]
         np.savetxt("acf.dat", acf)