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\documentclass[12pt,a4paper,austrian]{report} \RequirePackage{ifthen}

\usepackage[latin1]{inputenc} \usepackage[T1]{fontenc} \usepackage{babel}

\usepackage{html}

\usepackage{makeidx} \usepackage{lscape}

\newboolean{pdf} \ifx\pdfoutput\undefined \pdffalse %% we are not running PDFLatex \else \pdfoutput=1 %% yes, we are running PDFLatex \pdftrue \fi

\usepackage{graphicx}

\title{ der {\bf IEM-CUBE}\footnote{ C.U.B.E steht zum Beispiel für {\bf C}omputer {\bf u}nterstütze {\bf B}eschallungs-{\bf E}inheit} \\ eine Dokumentation }

\author{ johannes m zmölnig \\ \htmladdnormalink{institut für elektronische musik und akustik}{http://www.iem.at} }

\date{}

\makeindex

\usepackage[dvips]{color}

\pagecolor[gray]{.7}

\usepackage[latin1]{inputenc}

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{\newpage\clearpage \lthtmlinlinemathA{tex2html_wrap_inline1782}% ${8\over 11}y(5z^2-1)$% \lthtmlinlinemathZ \lthtmlcheckvsize\clearpage}

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\begin{table} \begin{tabular}{cl|l} {\em ID}&{\em data}&{\em Beschreibung}\\ \hline\hline {\tt DSP}&&dsp\_flag=1/0 schaltet den {\em Coder} ein/aus\\\hline \hline {\tt gain}&<\#slot> &Eingangsverstärkung für die virtuelle Quelle \#slot\\\hline {\tt pos}&<\#slot> <$\varphi$> <$\vartheta$>&Position der virtuellen Quelle \#slot\\\hline {\tt in}&<\#slot> &weist einer virtuellen Quelle das Mono-Signal zu, das am \\&&Audiokarten-Kanal channel liegt\\ &&channel=0: {\em default}-Kanal (zB: adc3 bei \#slot 3)\\ &&channel=-1: NULL-Kanal (stumm) \\\hline\hline {\tt rev}&&Reverb-Return Verstärkung\\\hline {\tt revmod}&& \\\hline {\tt reverb}&\{\}&Parameterliste für den (internen) Reverberator \\\hline\hline {\tt mode}&&coder\_mode=1: {\em ambisonic-Coder} eingeschaltet\\ &&coder\_mode=0: {\em ambisonic-Coder} wird überbrückt (through)\\\hline {\tt talk}&&flag=1 veranlasst den {\em Coder}, Informationen zu senden (s. \ref{netinterface_GUI})\\\hline {\tt QUIT}&&quit=1 beendet den {\em Coder} \end{tabular} \caption{Netzschnittstelle: Coder}\end{table} \begin{table} \begin{tabular}{cl|l} {\em ID}&{\em data}&{\em Beschreibung}\\ \hline\hline {\tt DSP}&&dsp\_flag=1 schaltet den {\em Decoder} ein\\ &&dsp\_flag=0 schaltet den {\em Decoder} aus\\\hline {\tt panic}&&schaltet den {\em Decoder} stumm\\\hline {\tt unpanic}&&schaltet den stummgeschaltetenen {\em Decoder} wieder laut\\\hline\hline {\tt master}&&Gesamtverstärkung\\\hline {\tt head}&<$\Psi$> <$\Theta$> <$\Phi$>&dreht das Schallfeld um die X-, Y- und Z-Achse\\\hline\hline {\tt phase}&&Interpolation zwischen {\em basic}-Decoding (in-phase=0) \\&&und {\em in-phase}-Decoding (in-phase=100)\\\hline {\tt out}&&out\_mode=1: Wiedergabe mit Lautsprechercalibrierung\\ &&out\_mode=0: Wiedergabe ohne Lautsprechercalibrierung\\\hline {\tt mode}&&decoder\_mode=1: {\em ambisonic-Decoder} eingeschaltet\\ &&decoder\_mode=0: {\em ambisonic-Decoder} wird überbrückt (through)\\\hline {\tt talk}&&flag=1 veranlasst den {\em Decoder}, Informationen zu senden (s. \ref{netinterface_GUI})\\\hline {\tt QUIT}&&quit=1 beendet den {\em Decoder} \end{tabular} \caption{Netzschnittstelle: Decoder}\end{table} \begin{table} \begin{tabular}{cl|l} {\em ID}&{\em data}&{\em Beschreibung}\\ \hline\hline {\tt DSP1}&&ist {\em Coder} eingeschaltet ?\\\hline {\tt cpu1}&&CPU-Auslastung des {\em Coder}s in Prozent\\\hline {\tt DSP2}&&ist {\em Decoder} eingeschaltet ?\\\hline {\tt cpu2}&&CPU-Auslastung des {\em Decoder}s in Prozent\\\hline\hline {\tt level}&\dots&Eingangspegel der virtuellen Quellen 1\dots N\\\hline \end{tabular} \caption{Netzschnittstelle: GUI}\end{table} \end{landscape}% \lthtmlfigureZ \lthtmlcheckvsize\clearpage}

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