Minor adjustments to text

Author: peterNordin

tutorial_cqscomponents_and_startvalues.tex

@@ -50,7 +50,7 @@ \section{Sign Convention in C-type and Q-type Components}
 You could say that the simulation is \enquote{zero-dimensional}.
 If you are not aware of how \enquote{positive direction} is defined for a component it may be difficult to interpret the simulation results.
 
-\todo[inline]{mention sama data in c and q ports (node behind)}
+\todo[inline]{mention same data in c and q ports (node behind)}
 
 We must recognise two different variable types, \enquote{Flow} and \enquote{Effort} variables, in the power ports on the C- or Q-type components. 
 They are listed for some node types in table~\ref{tab:floweffortvariables}.

tutorial_gettingstarted.tex

@@ -10,7 +10,7 @@
 
 \section*{Introduction}
 The purpose of this tutorial is to give an introduction the Hopsan simulation program, developed at the Division of Fluid and Mechatronic Systems (Flumes) at Linköping University, Sweden.
-From the Hopsan webpage\footnote{\url{http://www.iei.liu.se/flumes/system-simulation/hopsan}} you can download a free version of the program.
+From the Hopsan GitHub project page\footnote{\url{https://github.com/Hopsan/hopsan/releases}} you can download a free version of the program.
 Hopsan is available as an installation package or portable-zip version for Windows.
 Deb-packages for the latest Ubuntu-distributions (a popular GNU/Linux based operating system) are also available.
 If you choose the portable zip, you can try Hopsan without needing any permissions on your computer, just unzip Hopsan in a directory of your choice and then start the hopsangui.exe file from the \textit{bin} directory.

tutorial_writing_components.tex

@@ -18,7 +18,7 @@
 \maketitle{Writing Component Libraries}
 
 \section*{Introduction}
-This tutorial will show how to create your own component libraries from C++ by using the HoLC (\underline{Ho}psan \underline{L}ibrary \underline{C}reator) program. In the first section, the requirements are listed. In the second section, all files in a component library are explained. Finally, creating a library is demonstrated with a step-by-step guide in section three.
+This tutorial will show how to create your own component libraries from C++ by using the HoLC (\underline{Ho}psan \underline{L}ibrary \underline{C}reator) program. \emph{Note!} From Hopsan version 2.13.0 this functionality is also available (and better) inside HopsanGUI. In the first section, the requirements are listed. In the second section, all files in a component library are explained. Finally, creating a library is demonstrated with a step-by-step guide in section three.
 
 \section*{Requirements}
 It is strongly recommended to complete the \textit{Getting Started} tutorial before undertaking this one. Some basic knowledge of programming languages are also recommended.