improved list comprehension text

Author: thomasWeise

README.md

@@ -55,6 +55,9 @@ Die Slides zum Kurs in deutscher Sprache können unter <https://thomasweise.gith
 30. [Funktionen als Parameter, `Callable`s und `lambda`s](https://thomasweise.github.io/programmingWithPythonSlidesDE/30_callables_und_lambdas.pdf)
 31. [Ausnahmen auslösen](https://thomasweise.github.io/programmingWithPythonSlidesDE/31_ausnahmen_auslösen.pdf)
 32. [Ausnahmen verarbeiten](https://thomasweise.github.io/programmingWithPythonSlidesDE/32_ausnahmen_verarbeiten.pdf)
+33. [Zwischenspiel: Testen auf Ausnahmen](https://thomasweise.github.io/programmingWithPythonSlidesDE/33_testen_auf_ausnahmen.pdf)
+34. [Iteration](https://thomasweise.github.io/programmingWithPythonSlidesDE/34_iteration.pdf)
+35. [List Comprehension](https://thomasweise.github.io/programmingWithPythonSlidesDE/35_list_comprehension.pdf)
 
 
 ### 2.3. The Slides in English

bookbase

@@ -22,7 +22,7 @@
 
 A second situation where ability to define functions and we have learned so far hits a limit arises with \pglspl{API}.
 Let us be ambitious and imagine that you wanted to create a versatile system that can produce documents.
-On the output side, you want to support different formats, say LibreOffice~\cite{DF2024LTDF,GL2012LTSOOSSCBAFACSOL}, Microsoft~Word~\cite{MS2024MW,DR2019STFAWAUMW}, and Adobe~PDF~\cite{A2024WDPM,A2008P3DMPDFP1P1}.
+On the output side, you want to support different formats, say LibreOffice~\cite{DF2024LTDF,GL2012LTSOOSSCBAFACSOL}, Microsoft~Word~\cite{MS2024MW,DR2019STFAWAUMW}, and Adobe~\pgls{formatPDF}~\cite{A2024WDPM,A2008P3DMPDFP1P1}.
 On the input side, you would like to provide the user with a uniform way to create documents, to add text paragraphs, to insert graphics, to set the font of texts, and so on.
 This input side \pgls{API} should be the same for all output formats.
 It would not just consist of a single function, but several groups of functions.

text/main/classes/basics/basics.tex

@@ -166,7 +166,7 @@
 It would probably provide another method to draw a line of a certain width and color connecting two points.
 You could define this as a class with (at least) two methods \pythonil{draw_line} and \pythonil{draw_rectangle}.
 We could then go an implement these methods in a class in such a way that constructs an SVG graphic~\cite{DDGLMSWFJJ2011SVGSSE} in memory.
-Another implementation could instead construct an Adobe~PDF~\cite{A2024WDPM,A2008P3DMPDFP1P1} graphic.
+Another implementation could instead construct an Adobe~\pgls{formatPDF}~\cite{A2024WDPM,A2008P3DMPDFP1P1} graphic.
 While doing this would be more complex and exceed the space that we can reasonable use for an example in this book, the principle of the approach would not be very different from what you have already learned here.%
 \endhsection%
 %

text/main/classes/inheritance/inheritance.tex

@@ -710,11 +710,11 @@
 %
 \gitLoadPython{functions:normal_pdf}{}{functions/normal_pdf.py}{}%
 \listingPython{functions:normal_pdf}{%
-Implementing the probability density function~(PDF) of the normal distribution as function with default argument values.\pythonIdx{pi}\pythonIdx{exp}\pythonIdx{sqrt}}%
+Implementing the \glsFull{mathPdf} of the normal distribution as function with default argument values.\pythonIdx{pi}\pythonIdx{exp}\pythonIdx{sqrt}}%
 %
 \gitLoadAndExecPython{functions:use_normal_pdf}{}{functions}{use_normal_pdf.py}{}%
 \listingPythonAndOutput{functions:use_normal_pdf}{%
-Using the PDF of the normal distribution implemented in \cref{lst:functions:normal_pdf}.}{}%
+Using the \pgls{mathPDF} of the normal distribution implemented in \cref{lst:functions:normal_pdf}.}{}%
 %
 After the discussion of \pglspl{unitTest}, let us now come to a lighter topic: passing arguments to functions.
 We have already seen many examples for this.