added reference to simplified chinese

Author: thomasWeise

bookbase

@@ -13,7 +13,7 @@
 \floatSep%
 %
 \subfloat[][%
-If you click the \menu{\threeBarButton} at on the top-left corner of the website, you can get to a menu where you can change the language and, e.g., select simplified Chinese~(简体中文) if that is your preferred language.~%
+If you click the \menu{\threeBarButton} at on the top-left corner of the website, you can get to a menu where you can change the language and, e.g., select simplified Chinese~(简体中文)~\cite{SCR1956ROTSCOPTSCCS1} if that is your preferred language.~%
 (I will not do so and instead continue in English.)%
 \label{fig:pythondoc02language}%
 ]{\tightbox{\includegraphics[width=0.47\linewidth]{\currentDir/pythondoc02language}}}%
@@ -77,7 +77,7 @@
 As example, let us imagine that you want to learn more about the function~\pythonilIdx{ceil}.
 In \cref{fig:pythondoc01website}, we open a browser and visit the \citetitle{PSF:P3D}~\cite{PSF:P3D} at~\url{https://docs.python.org/3}.
 On this page, you will either directly see a drop-down box where you can choose your favorite language or you can find it by clicking the \menu{\threeBarButton} at on the top-left corner of the website.
-In the menu that opens in \cref{fig:pythondoc02language}, you can change the language and, e.g., select simplified Chinese~(简体中文) if that is your preferred language.
+In the menu that opens in \cref{fig:pythondoc02language}, you can change the language and, e.g., select simplified Chinese~(简体中文)~\cite{SCR1956ROTSCOPTSCCS1} if that is your preferred language.
 I will not do so and instead continue here in English.
 
 Regardless of which language you chose, we still want to find information about the \pythonilIdx{ceil}~function.

text/main/basics/simpleDataTypesAndOperations/documentation/documentation.tex

@@ -423,14 +423,14 @@
 \begin{figure}%
 \centering%
 \includegraphics[width=0.65\linewidth]{\currentDir/unicodeCharacterTableSubset}%
-\caption{A subset of the \pgls{unicode} character table including the Basic Lating characters as well as some Simplified Chinese characters.}%
+\caption{A subset of the \pgls{unicode} character table including the Basic Lating characters as well as some Simplified Chinese characters~(简体中文)~\cite{SCR1956ROTSCOPTSCCS1}.}%
 \label{fig:unicodeCharacterTableSubset}%
 \end{figure}%
 %
 \begin{figure}%
 \centering%
 \includegraphics[width=0.65\linewidth]{\currentDir/strUnicodeEscape}%
-\caption{\inQuotes{Hello} in Simplified Chinese and entered via \pgls{unicode} escaped string.}%
+\caption{\inQuotes{Hello}, i.e., \inQuotes{你好。} in Simplified Chinese~(简体中文)~\cite{SCR1956ROTSCOPTSCCS1} and entered via \pgls{unicode} escaped string.}%
 \label{fig:strUnicodeEscape}%
 \end{figure}%
 %
@@ -450,7 +450,7 @@
 \pgls{unicode}~\cite{TUC2023U1510,TUC2023U151ACS,ISOIEC106462020ITUCCSU}, the most frequently used mapping of characters to numbers.
 Therefore, \python\ uses \pgls{unicode} as well\pythonIdx{str!unicode}.
 
-\cref{fig:unicodeCharacterTableSubset} illustrates a subset of the \pgls{unicode} code table, including the Basic Latin characters, which are basically still compatible with~ASCII, and some Simplified Chinese characters.
+\cref{fig:unicodeCharacterTableSubset} illustrates a subset of the \pgls{unicode} code table, including the Basic Latin characters, which are basically still compatible with~ASCII, and some Simplified Chinese characters~(简体中文)~\cite{SCR1956ROTSCOPTSCCS1}.
 Most \pgls{unicode} characters can be identified by a number represented as four hexadecimal digits (mentioned back in \cref{sec:int:bitstrings}).
 The rows \cref{fig:unicodeCharacterTableSubset} are annotated with the first three of these digits and the columns with fourth and last hexadecimal digits.
 
@@ -462,9 +462,9 @@
 If we use the \pythonil{\\u}-based\pythonIdx{\textbackslash{u}} escape, then we can represent \emph{any} character as Basic Latin text sequence.
 It is also useful if we want to, e.g., enter Chinese text on a machine that does not have an IME or other corresponding tools, or text in any other kind of language where we do not have corresponding keys on the keyboard (see, e.g., \cref{lst:variables:pi_liu_hui} later on).
 
-Anyway, in \cref{fig:strUnicodeEscape}, we use the information obtained in \cref{fig:unicodeCharacterTableSubset} to print the Chinese text \inQuotes{Ni Hao.} standing for \inQuotes{Hello.} as unicode escaped string.
-We found that the character for \inQuotes{Ni} has unicode number~4f60, \inQuotes{Hao} has~597d, and the big period has~3002.
-The string \pythonil{"\\u4f60\\u597d\\u3002"} then corresponds to the correct Chinese text.%
+Anyway, in \cref{fig:strUnicodeEscape}, we use the information obtained in \cref{fig:unicodeCharacterTableSubset} to print the Chinese text \inQuotes{你好。} standing for \inQuotes{Hello.} and pronounced as \inQuotes{N{\v{i}} h{\v{a}}o.} as a unicode-escaped string.
+We found that the character for \inQuotes{你} has unicode number~4f60, \inQuotes{好} has~597d, and the big period~\inQuotes{。} has~3002.
+The string \pythonil{"\\u4f60\\u597d\\u3002"} then corresponds to the correct Chinese text~\inQuotes{你好。}.%
 \endhsection%
 %
 \hsection{Summary}%