From 2b5d320630aaa89fc3857f2926b82d116910f905 Mon Sep 17 00:00:00 2001 From: Ming Hua Date: Thu, 26 Nov 2020 01:08:33 +0100 Subject: Fix typo in code: caos -> chaos Change-Id: I8894d83d0131f5bc49d6be7b158cf90401174bab Reviewed-on: https://gerrit.libreoffice.org/c/core/+/106671 Tested-by: Jenkins Reviewed-by: Dante DM Reviewed-by: Andrea Gelmini --- starmath/inc/strings.hrc | 2 +- starmath/source/ElementsDockingWindow.cxx | 2 +- 2 files changed, 2 insertions(+), 2 deletions(-) (limited to 'starmath') diff --git a/starmath/inc/strings.hrc b/starmath/inc/strings.hrc index 9ecaaf1baae4..01dc7b864ee4 100644 --- a/starmath/inc/strings.hrc +++ b/starmath/inc/strings.hrc @@ -325,7 +325,7 @@ #define RID_EXAMPLE_GAUSS_DISTRIBUTION_HELP NC_("RID_EXAMPLE_GAUSS_DISTRIBUTION_HELP", "Gauss distribution" ) #define RID_EXAMPLE_EULER_LAGRANGE_HELP NC_("RID_EXAMPLE_EULER_LAGRANGE_HELP", "Euler-Lagrange equation" ) #define RID_EXAMPLE_FTC_HELP NC_("RID_EXAMPLE_FTC_HELP", "Fundamental theorem of calculus" ) -#define RID_EXAMPLE_CAOS_HELP NC_("RID_EXAMPLE_CAOS_HELP", "Chaos equation" ) +#define RID_EXAMPLE_CHAOS_HELP NC_("RID_EXAMPLE_CHAOS_HELP", "Chaos equation" ) #define RID_EXAMPLE_EULER_IDENTITY_HELP NC_("RID_EXAMPLE_EULER_IDENTITY_HELP", "Euler's identity" ) #define RID_EXAMPLE_2NEWTON NC_("RID_EXAMPLE_2NEWTON", "Newton's second law" ) #define RID_EXAMPLE_GENERAL_RELATIVITY_HELP NC_("RID_EXAMPLE_GENERAL_RELATIVITY_HELP", "General relativity") diff --git a/starmath/source/ElementsDockingWindow.cxx b/starmath/source/ElementsDockingWindow.cxx index da7a6c10b343..5083d94ff010 100644 --- a/starmath/source/ElementsDockingWindow.cxx +++ b/starmath/source/ElementsDockingWindow.cxx @@ -262,7 +262,7 @@ const SmElementDescr SmElementsControl::m_aExamplesList[] = {" %DELTA t' = { %DELTA T } over sqrt{ 1 - v^2 over c^2 } ", RID_EXAMPLE_SPECIAL_RELATIVITY_HELP }, { "d over dt left( {partial L}over{partial dot q} = {partial L}over{partial q} right)", RID_EXAMPLE_EULER_LAGRANGE_HELP }, {"int from a to b f'(x) dx = f(a) - f(b)", RID_EXAMPLE_FTC_HELP}, - { "abs{ %delta Z(t) } approx e^{%lambda t} abs{ %delta Z(0) }", RID_EXAMPLE_CAOS_HELP}, + { "abs{ %delta Z(t) } approx e^{%lambda t} abs{ %delta Z(0) }", RID_EXAMPLE_CHAOS_HELP}, {"f ( x ) = sum from { { n = 0 } } to { infinity } { {f^{(n)}(x_0)} over {n!} (x-x_0)^n}", RID_EXAMPLE_A_TAYLOR_SERIES_HELP}, {"f ( x ) = {1} over {%sigma sqrt{2%pi} }func e^-{{(x-%mu)^2} over {2%sigma^2}}", RID_EXAMPLE_GAUSS_DISTRIBUTION_HELP}, }; -- cgit