From 3755edd3a62b9ac9c2d0c3b5e845e617ba353c7c Mon Sep 17 00:00:00 2001 From: nam Date: Wed, 8 Feb 2017 08:43:32 -0600 Subject: [PATCH] temporarily disable pgfplot things in chapter5 to make things compiled --- thesis/chapters/chap5_alcap_setup.tex | 160 +++++++++++++------------- 1 file changed, 80 insertions(+), 80 deletions(-) diff --git a/thesis/chapters/chap5_alcap_setup.tex b/thesis/chapters/chap5_alcap_setup.tex index 1835045..45b6c24 100644 --- a/thesis/chapters/chap5_alcap_setup.tex +++ b/thesis/chapters/chap5_alcap_setup.tex @@ -475,37 +475,37 @@ The conversion from ADC value to energy is done with a first-order polynomial: The calibration coefficients for the silicon channels are listed in \cref{tab:cal_coeff}. -\begin{table} - \begin{center} - \pgfplotstabletypeset[ - % separator - col sep=comma, - % columns displayed - display columns/0/.style={column name = \textbf{Detector}, string type, - column type=l}, - display columns/1/.style={column name = \textbf{Slope}, column type=c, - dec sep align}, - display columns/2/.style={column name = \textbf{Offset}, column type=r, - dec sep align}, - % format the line breaks - every head row/.style={ - before row={\toprule}, - after row={\midrule}, - %%TODO unit of coeffcients - %after row={ \arraybackslash - %{ }& { keV/channel } & { keV }\\ - %\midrule}, - %{}& {(keV/channel)} & {(keV)}\\ \midrule}, - columns/Detector/.style={column type=c}, - columns/Slope/.style={column type=c}, - columns/Offset/.style={column type=c} - }, - every last row/.style={after row=\bottomrule}, - ]{raw/si_cal_effs.csv} - \caption{Calibration coefficients of the silicon detector channels} - \label{tab:cal_coeff} - \end{center} -\end{table} +%%\begin{table} +%% \begin{center} +%% \pgfplotstabletypeset[ +%% % separator +%% col sep=comma, +%% % columns displayed +%% display columns/0/.style={column name = \textbf{Detector}, string type, +%% column type=l}, +%% display columns/1/.style={column name = \textbf{Slope}, column type=c, +%% dec sep align}, +%% display columns/2/.style={column name = \textbf{Offset}, column type=r, +%% dec sep align}, +%% % format the line breaks +%% every head row/.style={ +%% before row={\toprule}, +%% after row={\midrule}, +%% %%TODO unit of coeffcients +%% %after row={ \arraybackslash +%% %{ }& { keV/channel } & { keV }\\ +%% %\midrule}, +%% %{}& {(keV/channel)} & {(keV)}\\ \midrule}, +%% columns/Detector/.style={column type=c}, +%% columns/Slope/.style={column type=c}, +%% columns/Offset/.style={column type=c} +%% }, +%% every last row/.style={after row=\bottomrule}, +%% ]{raw/si_cal_effs.csv} +%% \caption{Calibration coefficients of the silicon detector channels} +%% \label{tab:cal_coeff} +%% \end{center} +%%\end{table} % subsection silicon_detector (end) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \subsection{Germanium detector} @@ -640,55 +640,55 @@ for a finite-sized source without correction. \end{figure} The absolute efficiencies of the referenced points, and calculated efficiencies at X-rays of interest are listed in \cref{tab:xray_eff}. -\begin{table}[htb] - \begin{center} - \pgfplotstabletypeset[ - % separator - col sep=comma, - % columns displayed - % column type={S} means leave formatting to siunitx - display columns/0/.style={column name = \textbf{Photons (\si{\keV})}, - string type, - column type={S[table-format=4.3, table-alignment=center]}}, - display columns/1/.style={column name = \textbf{Efficiency}, - string type, - column type={S[parse-numbers = true, - round-precision=3, - round-mode=figures, - fixed-exponent=-4, - scientific-notation=fixed, - table-format=1.2e-1, - %table-omit-exponent, - ]}}, - display columns/2/.style={column name = \textbf{Uncertainty}, - string type, - column type={S[parse-numbers = true, - round-precision=3, - round-mode=figures, - fixed-exponent=-5, - scientific-notation=fixed, - table-format=1.3e-1, - %table-omit-exponent, - ]}}, - % format the line breaks - every head row/.style={ - before row={\toprule}, - after row={ - %\textbf{\si{\keV}} & \textbf{\num{E-4}} & \textbf{\num{E-4}}\\ - \midrule}, - columns/0/.style={column type=r}, - columns/1/.style={column type=c}, - columns/2/.style={column type=c} - }, - every last row/.style={after row=\bottomrule}, - every nth row={8}{before row={\midrule}}, - ]{raw/ge_eff.csv} - \end{center} - \caption{Absolute efficiencies of the germanium detector in case of - a point-like source placed at the centre of the target (upper half), and - the calculated efficiencies for the X-rays of interest (lower half).} - \label{tab:xray_eff} -\end{table} +%%\begin{table}[htb] +%% \begin{center} +%% \pgfplotstabletypeset[ +%% % separator +%% col sep=comma, +%% % columns displayed +%% % column type={S} means leave formatting to siunitx +%% display columns/0/.style={column name = \textbf{Photons (\si{\keV})}, +%% string type, +%% column type={S[table-format=4.3, table-alignment=center]}}, +%% display columns/1/.style={column name = \textbf{Efficiency}, +%% string type, +%% column type={S[parse-numbers = true, +%% round-precision=3, +%% round-mode=figures, +%% fixed-exponent=-4, +%% scientific-notation=fixed, +%% table-format=1.2e-1, +%% %table-omit-exponent, +%% ]}}, +%% display columns/2/.style={column name = \textbf{Uncertainty}, +%% string type, +%% column type={S[parse-numbers = true, +%% round-precision=3, +%% round-mode=figures, +%% fixed-exponent=-5, +%% scientific-notation=fixed, +%% table-format=1.3e-1, +%% %table-omit-exponent, +%% ]}}, +%% % format the line breaks +%% every head row/.style={ +%% before row={\toprule}, +%% after row={ +%% %\textbf{\si{\keV}} & \textbf{\num{E-4}} & \textbf{\num{E-4}}\\ +%% \midrule}, +%% columns/0/.style={column type=r}, +%% columns/1/.style={column type=c}, +%% columns/2/.style={column type=c} +%% }, +%% every last row/.style={after row=\bottomrule}, +%% every nth row={8}{before row={\midrule}}, +%% ]{raw/ge_eff.csv} +%% \end{center} +%% \caption{Absolute efficiencies of the germanium detector in case of +%% a point-like source placed at the centre of the target (upper half), and +%% the calculated efficiencies for the X-rays of interest (lower half).} +%% \label{tab:xray_eff} +%%\end{table} % subsection germanium_detector (end) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%