From f6dc0a6a6780861d719e2af2aa522d8808d23f8a Mon Sep 17 00:00:00 2001 From: Stephane Letz Date: Sat, 4 Nov 2023 00:19:23 +0100 Subject: [PATCH] Typos. --- quick-reference/chapters/modulation.tex | 8 ++++---- 1 file changed, 4 insertions(+), 4 deletions(-) diff --git a/quick-reference/chapters/modulation.tex b/quick-reference/chapters/modulation.tex index 9b1b337552..9f469ddc8a 100644 --- a/quick-reference/chapters/modulation.tex +++ b/quick-reference/chapters/modulation.tex @@ -58,7 +58,7 @@ \subsubsection{Modulators} The only constraint on the modulation circuit is that it must have only one output and at most two inputs. We can therefore have \lstinline`0->1`, \lstinline`1->1`, or \lstinline`2->1` circuits. -A \lstinline`0->1` modulator being a circuit with no inputs, the target widget is removed from the user interface. Let says that we want to remove the "Damp" slider and replace it with the constant 0.5, we can write: +A \lstinline`0->1` modulator being a circuit with no inputs, the target widget is removed from the user interface. Let says that we want to remove the \lstinline`"Damp"` slider and replace it with the constant \lstinline`0.5`, we can write: \begin{lstlisting} ["Damp": 0.5 -> freeverb] @@ -70,12 +70,12 @@ \subsubsection{Modulators} ["Wet": *(lfo(10, 0.5)) -> freeverb] \end{lstlisting} -If lfo had its own user interface, it would be added to the freeverb interface, at the same level as the "Wet" slider. +If lfo had its own user interface, it would be added to the freeverb interface, at the same level as the \lstinline`"Wet"` slider. -Finally, a \lstinline`2->1` modulator is a circuit with two inputs, like lstinline'*'. Its first input is connected to the signal produced by the widget, the second one is the modulation input. Only \lstinline`2->1` circuits create additional inputs. As we already seen, our example could be written as: +Finally, a \lstinline`2->1` modulator is a circuit with two inputs, like \lstinline`*`. Its first input is connected to the signal produced by the widget, the second one is the modulation input. Only \lstinline`2->1` circuits create additional inputs. As we already seen, our example could be written as: \begin{lstlisting} lfo(10, 0.5), _, _ : ["Wet": * -> freeverb] \end{lstlisting} -The main différence with the previous case is that if lfo had its own user interface, it would be added outside of the freeverb interface. +The main différence with the previous case is that if \lstinline`lfo` had its own user interface, it would be added outside of the \lstinline`freeverb` interface.