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[FMFP] Fix layout

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janishutz
2026-08-01 20:01:10 +02:00
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semester4/fmfp/formal-methods-functional-programming-summary.pdf
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semester4/fmfp/parts/00_haskell/01_syntax.tex
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To use prefix notation on non-alphanumeric function names, wrap them in parenthesis like this: \texttt{(+) x z}. Using \texttt{+ x z} does not work. To use prefix notation on non-alphanumeric function names, wrap them in parenthesis like this: \texttt{(+) x z}. Using \texttt{+ x z} does not work.
We can use the normal comparison operators that return a boolean on evaluation. \bi{Booleans} are \texttt{True} and \texttt{False} We can use the normal comparison operators that return a boolean on evaluation. \bi{Booleans} are \texttt{True} and \texttt{False}
\subsection{Book}
Since the Haskell Book recommended by the lecture is concise and really great, we recommend reading that book.
semester4/fmfp/parts/01_induction-proofs/06_induction-on-derivation-sequence.tex
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\newpage
\subsection{Induction on Derivation Sequence} \subsection{Induction on Derivation Sequence}
A finite derivation sequence has a length $n \in \N$. A finite derivation sequence has a length $n \in \N$.
We typically reason about finite derivation sequences using \bi{strong induction on the length of a derivation sequence}, We typically reason about finite derivation sequences using \bi{strong induction on the length of a derivation sequence},
semester4/fmfp/parts/01_induction-proofs/08_cyp.tex
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\newpage
\subsection{Proofs using CYP syntax} \subsection{Proofs using CYP syntax}
\label{sec:cyp} \label{sec:cyp}
Using CYP (Check Your Proof) syntax is allowed at the exams and can be a bit less to write depending on your writing style. Using CYP (Check Your Proof) syntax is allowed at the exams and can be a bit less to write depending on your writing style.