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kalibrierschein/IK-0000.clo deleted 100644 → 0
View file @ 7d0f1ffb
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%-----------Mittelteil ---------
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Physikalisch-Technischen Bundesanstalt. \\
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\large
\textbf{\Large Die Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig und Berlin ist das nationale Metrologieinstitut und die
technische Oberbeh\"orde der Bundesrepublik Deutschland f\"ur das
Messwesen und Teile der Sicherheitstechnik. Die PTB geh\"ort zum
Dienstbereich des Bundesministeriums f\"ur Wirtschaft und Energie.
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Abkommens (MRA) des Internationalen Komitees f\"ur Ma\ss e und
Gewichte enthalten sind. Im Rahmen des MRA wird die G\"ultigkeit der
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Anhang C spezifizierten Messgr\"o\ss en, Messbereiche und
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\centering
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\itshape
\textbf{\Large The Physikalisch-Technische Bundesanstalt} (PTB) in
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highest technical authority of the Federal Republic of Germany for the
field of metrology and certain sectors of safety engineering. The PTB
comes under the auspices of the Federal Ministry of Economics and Energy.
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%%
%% End of file `IK-0000.clo'.
kalibrierschein/IK-2015.clo deleted 100644 → 0
View file @ 7d0f1ffb
\ProvidesFile{IK-2015.clo}[2015/12/10 v1.0c class option (RN/PTB)]
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\large
\begin{otherlanguage}{ngerman}
\textbf{\Large Die Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig und Berlin ist das nationale Metrologieinstitut und die
technische Oberbeh\"orde der Bundesrepublik Deutschland f\"ur das
Messwesen. Die PTB geh\"ort zum Gesch\"aftsbereich des Bundesministeriums
f\"ur Wirtschaft und Energie. Sie erf\"ullt die Anforderungen an Kalibrier-
und Pr\"uflaboratorien auf der Grundlage der DIN EN ISO/IEC 17025.
Zentrale Aufgabe der PTB ist es, die gesetzlichen Einheiten in
\"Ubereinstimmung mit dem Internationalen Einheitensystem (SI) darzustellen,
zu bewahren und weiterzugeben. Die PTB steht damit an oberster Stelle der
metrologischen Hierarchie in Deutschland. Die Kalibrierscheine der PTB
dokumentieren eine auf nationale Normale r\"uckgef\"uhrte Kalibrierung.
Dieser Ergebnisbericht ist in \"Ubereinstimmung mit den Kalibrier- und
Messm\"oglichkeiten (CMCs), wie sie im Anhang~C des gegenseitigen
Abkommens (MRA) des Internationalen Komitees f\"ur Ma\ss e und
Gewichte enthalten sind. Im Rahmen des MRA wird die G\"ultigkeit der
Ergebnisberichte von allen teilnehmenden Instituten f\"ur die im
Anhang~C spezifizierten Messgr\"o\ss en, Messbereiche und
Messunsicherheiten gegenseitig anerkannt (n\"ahere Informationen unter
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\itshape
\begin{otherlanguage}{english}
\textbf{\Large The Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig and Berlin is the National Metrology Institute and the
supreme technical authority of the Federal Republic of Germany for metrology.
The PTB comes under the auspices of the Federal Ministry of Economics and
Energy. It meets the requirements for calibration and testing laboratories as
defined in DIN EN ISO/IEC 17025.
The central task of PTB is to realize, to maintain and to disseminate the
legal units in compliance with the International System of Units (SI). PTB
thus is at the top of the metrological hierarchy in Germany. The calibration
certificates issued by PTB document a calibration traceable to national
measurement standards.
This certificate is consistent with the Calibration and Measurement
Capabilities (CMCs) that are included in Appendix~C of the Mutual
Recognition Arrangement (MRA) drawn up by the International Committee for
Weights and Measures (CIPM). Under the MRA, all participating institutes
recognize the validity of each other’s calibration and measurement
certificates for the quantities, ranges and measurement uncertainties
specified in Appendix~C (for details, see http://www.bipm.org).
\end{otherlanguage}
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Abbestra\ss e 2--12 \\
10587 Berlin \\
DEUTSCHLAND
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%%
%% End of file `IK-2015.clo'.
kalibrierschein/KK-0000.clo deleted 100644 → 0
View file @ 7d0f1ffb
\ProvidesFile{KK-0000.clo}[2015/12/10 v1.0c class option (RN/PTB)]
\iffalse
Definitionen, die bis Dezember 2014 gültig waren.
\fi
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%-----------Mittelteil ---------
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%------------- Fuss ------------
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werden. Ausz\"uge bed\"urfen der Genehmigung der
Physikalisch-Technischen Bundesanstalt. \\
\normalfont\itshape
Calibration certificates without signature and seal are not valid.
This calibration certificate may not be reproduced other than in
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Physikalisch-Technische Bundesanstalt.
}}
}
}
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\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Im Auftrag:}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape By order:}
\put(\@tempdimd,\@tempdimb){\ks@location, \ks@certificateDate}
\put(\@tempdime,\@tempdimb){Bearbeiter:}
\put(\@tempdime,\@tempdimc){\scriptsize\itshape Examiner:}
\advance\@tempdimb-24bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdimd,\@tempdimb){Siegel}
\put(\@tempdimd,\@tempdimc){\scriptsize\itshape Seal}
%--------------------------------
\advance\@tempdimb-41bp %
\put(\@tempdima,\@tempdimb){\ks@byOrder}
\put(\@tempdime,\@tempdimb){\ks@examiner}
%--------------------------------
\put(52bp,170bp){\rotatebox[origin=c]{90}{\tiny 391~00B~k}}
}
\newcommand*\ks@head{%
\begin{picture}(0,0)
\unitlength=1bp %
\put(-1,28){\parbox{\textwidth}{\normalfont\huge\bfseries\ks@PTB}}
\put(-1,2){\parbox{\textwidth}{%
\normalfont\small
Seite~\thepage\ zum Kalibrierschein vom~\ks@certificateDate,
Kalibrierzeichen:~\ks@calibMark \\
\scriptsize\itshape
Page~\thepage\ of calibration certificate of~\ks@certificateDate,
calibration mark:~\ks@calibMark
}}
\end{picture}
}
\newcommand\ks@lastPage{%
\large
\textbf{\Large Die Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig und Berlin ist das nationale Metrologieinstitut und die
technische Oberbeh\"orde der Bundesrepublik Deutschland f\"ur das
Messwesen und Teile der Sicherheitstechnik. Die PTB geh\"ort zum
Dienstbereich des Bundesministeriums f\"ur Wirtschaft und Energie.
Sie erf\"ullt die Anforderungen an Kalibrier- und Pr\"uflaboratorien
auf der Grundlage der DIN EN ISO/IEC 17025.
Zentrale Aufgabe der PTB ist es, die gesetzlichen Einheiten in
\"Ubereinstimmung mit dem Internationalen Einheitensystem (SI)
darzustellen, zu bewahren und -- insbesondere im Rahmen des
gesetzlichen und industriellen Messwesens -- weiterzugeben. Die PTB
steht damit an oberster Stelle der metrologischen Hierarchie in
Deutschland. Kalibrierscheine der PTB dokumentieren die
R\"uckf\"uhrung des Kalibriergegenstandes auf nationale Normale.
Dieser Ergebnisbericht ist in \"Ubereinstimmung mit den Kalibrier- und
Messm\"oglichkeiten (CMCs), wie sie im Anhang C des gegenseitigen
Abkommens (MRA) des Internationalen Komitees f\"ur Ma\ss e und
Gewichte enthalten sind. Im Rahmen des MRA wird die G\"ultigkeit der
Ergebnisberichte von allen teilnehmenden Instituten f\"ur die im
Anhang C spezifizierten Messgr\"o\ss en, Messbereiche und
Messunsicherheiten gegenseitig anerkannt (n\"ahere Informationen unter
http://www.bipm.org).
\begingroup
\vspace{1.6\baselineskip}
\centering
\includegraphics[width=68bp]{CIPM-MRA.png}\par
\vspace{1.6\baselineskip}
\endgroup
\itshape
\textbf{\Large The Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig and Berlin is the National Metrology Institute and the
highest technical authority of the Federal Republic of Germany for the
field of metrology and certain sectors of safety engineering. The PTB
comes under the auspices of the Federal Ministry of Economics and Energy.
It meets the requirements for calibration and testing
laboratories as defined in the EN ISO/IEC 17025.
It is fundamental task of the PTB to realize and maintain the legal
units in compliance with the International System of Units (SI) and to
disseminate them, above all within the framework of legal and
industrial metrology. The PTB thus is on top of the metrological
hierarchy in Germany. Calibration certificates issued by it document
that the object calibrated is traceable to national standards.
This certificate is consistent with Calibration and Measurement
Capabilities (CMCs) that are included in Appendix C of the Mutual
Recognition Arrangement (MRA) drawn up by the International Committee
for Weights and Measures (CIPM). Under the MRA, all participating
institutes recognize the validity of each other's calibration and
measurement certificates for the quantities, ranges and measurements
uncertainties specified in Appendix C (for details see
http://www.bipm.org).
\vfill \mbox{}
}
\newcommand*\ks@@foot{%
\begin{picture}(0,0)
\unitlength=1bp %
\put(-7,23){\linethickness{1.3bp}\line(1,0){506}}
\normalfont\small
\put(-1,9){Physikalisch-Technische Bundesanstalt}
\scriptsize
\put(-1,-3){\parbox[t]{.25\textwidth}{%
Bundesallee 100 \\
38116 Braunschweig \\
DEUTSCHLAND
}}
\put(280,-3){\parbox[t]{.25\textwidth}{%
Abbestra\ss e 2--12 \\
10587 Berlin \\
DEUTSCHLAND
}}
\end{picture}
}
\endinput
%%
%% End of file `KK-0000.clo'.
kalibrierschein/KK-2015.clo deleted 100644 → 0
View file @ 7d0f1ffb
\ProvidesFile{KK-2015.clo}[2015/12/10 v1.0c class option (RN/PTB)]
\iffalse
Definitionen, die ab Januar 2015 gültig sind.
\fi
\RequirePackage[%
headheight=44bp,
marginparwidth=0pt,
left=69bp,
right=40bp,
textheight=609bp,
top=164bp,
headsep=77bp,
footskip=0bp,
]{geometry}
\newcommand*\ks@printFirstPage{%
\unitlength=1bp %
\AtPageLowerLeft{%
%------------- Kopf ------------
%%%\put(69,783){\parbox{\textwidth}{\huge\bfseries\ks@PTB}}
%%%\put(69,760){\parbox{\textwidth}{\large\bfseries\ks@BSuB}}
\put(68,754){\includegraphics[width=308bp]{PTB-logo-KS-2015.pdf}}
\put(287,680){\includegraphics[width=62bp]{Adler.pdf}}
\put(252,640){\normalfont\huge Kalibrierschein}
\put(260,622){\normalfont\itshape\large Calibration Certificate}
%-----------Mittelteil ---------
\ks@put@main
%------------- Fuss ------------
%%%\put(-18bp,38bp){\rotatebox{90}{\xscriptsize 391~00B~k}}
%%%\put(62,83){\linethickness{1.3bp}\line(1,0){506}}
\normalfont\scriptsize
\put(68,68){\parbox[t]{\textwidth}{%
Kalibrierscheine ohne Unterschrift und Siegel haben keine G\"ultigkeit.
Dieser Kalibrierschein darf nur unver\"andert weiterverbreitet\\
werden. Ausz\"uge bed\"urfen der Genehmigung der
Physikalisch-Technischen Bundesanstalt. \\
\normalfont\itshape
Calibration certificates without signature and seal are not valid.
This calibration certificate may not be reproduced other than in
full. \\ Extracts may be taken only with permission of the
Physikalisch-Technische Bundesanstalt.
}}
}
}
\newcommand\ks@put@main{%
\normalfont\normalsize
\@tempdima=68bp %
\@tempdimb=648bp %
\@tempdimd=207bp %
%--------------------------------
\advance\@tempdimb-60bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Gegenstand:}
\put(\@tempdimd,\@tempdimb){\ks@object}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Object:}
%--------------------------------
\advance\@tempdimb-60bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Hersteller:}
\put(\@tempdimd,\@tempdimb){\ks@printDevicesTable{348bp}{46bp}{29bp}}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Manufacturer:}
%--------------------------------
\advance\@tempdimb-60bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Typ:}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Type:}
%--------------------------------
%%%\@tempdimb=478bp %
\@tempdimb=455bp %
%--------------------------------
\advance\@tempdimb-30bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Kennnummer:}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Serial No.:}
%--------------------------------
\advance\@tempdimb-30bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Auftraggeber:}
\put(\@tempdimd,\@tempdimb){\ks@applicant@table}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Applicant:}
\@tempdimb=377bp %
%--------------------------------
\advance\@tempdimb-53bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Anzahl der Seiten:}
\put(\@tempdimd,\@tempdimb){\ztotpages}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Number of pages:}
%--------------------------------
\advance\@tempdimb-30bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Gesch\"aftszeichen:}
\put(\@tempdimd,\@tempdimb){\ks@refNo}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Reference No.:}
%--------------------------------
\advance\@tempdimb-30bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Kalibrierzeichen:}
\put(\@tempdimd,\@tempdimb){\ks@calibMark}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Calibration mark:}
%--------------------------------
\advance\@tempdimb-30bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Datum der Kalibrierung:}
\put(\@tempdimd,\@tempdimb){\ks@calibDate}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape Date of calibration:}
%--------------------------------
\@tempdime=\@tempdimd \advance\@tempdime185bp %
\advance\@tempdimb-30bp %
%%%\@tempdimb=204bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdima,\@tempdimb){Im Auftrag}
\put(\@tempdima,\@tempdimc){\scriptsize\itshape On behalf of PTB}
\put(\@tempdimd,\@tempdimb){\ks@location, \ks@certificateDate}
\put(\@tempdime,\@tempdimb){Im Auftrag}
\put(\@tempdime,\@tempdimc){\scriptsize\itshape On behalf of PTB}
\advance\@tempdimb-24bp %
\@tempdimc=\@tempdimb \advance\@tempdimc-10bp %
\put(\@tempdimd,\@tempdimb){Siegel}
\put(\@tempdimd,\@tempdimc){\scriptsize\itshape Seal}
%--------------------------------
\advance\@tempdimb-40bp %
\put(\@tempdima,\@tempdimb){\ks@byOrder}
\put(\@tempdime,\@tempdimb){\ks@examiner}
%--------------------------------
\put(46bp,178bp){\rotatebox[origin=c]{90}{\tiny 391~00B~n}}
}
\newcommand*\ks@head{%
\begin{picture}(0,0)
\unitlength=1bp %
%%%\put(-1,28){\parbox{\textwidth}{\normalfont\huge\bfseries\ks@PTB}}
\put(-1,-5){\includegraphics[width=308bp]{PTB-logo-KS-2015.pdf}}
\put(-1,-35){\parbox{\textwidth}{%
\normalfont\small
Seite~\thepage\ zum Kalibrierschein vom~\ks@certificateDate,
Kalibrierzeichen:~\ks@calibMark \\
\scriptsize\itshape
Page~\thepage\ of the Calibration Certificate dated~\ks@certificateDate,
calibration mark:~\ks@calibMark
}}
\end{picture}
}
\newcommand\ks@lastPage{%
\large
\begin{otherlanguage}{ngerman}
\textbf{\Large Die Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig und Berlin ist das nationale Metrologieinstitut und die
technische Oberbeh\"orde der Bundesrepublik Deutschland f\"ur das
Messwesen. Die PTB geh\"ort zum Gesch\"aftsbereich des Bundesministeriums
f\"ur Wirtschaft und Energie. Sie erf\"ullt die Anforderungen an Kalibrier-
und Pr\"uflaboratorien auf der Grundlage der DIN EN ISO/IEC 17025.
Zentrale Aufgabe der PTB ist es, die gesetzlichen Einheiten in
\"Ubereinstimmung mit dem Internationalen Einheitensystem (SI) darzustellen,
zu bewahren und weiterzugeben. Die PTB steht damit an oberster Stelle der
metrologischen Hierarchie in Deutschland. Die Kalibrierscheine der PTB
dokumentieren eine auf nationale Normale r\"uckgef\"uhrte Kalibrierung.
Dieser Ergebnisbericht ist in \"Ubereinstimmung mit den Kalibrier- und
Messm\"oglichkeiten (CMCs), wie sie im Anhang~C des gegenseitigen
Abkommens (MRA) des Internationalen Komitees f\"ur Ma\ss e und
Gewichte enthalten sind. Im Rahmen des MRA wird die G\"ultigkeit der
Ergebnisberichte von allen teilnehmenden Instituten f\"ur die im
Anhang~C spezifizierten Messgr\"o\ss en, Messbereiche und
Messunsicherheiten gegenseitig anerkannt (n\"ahere Informationen unter
http://www.bipm.org).
\end{otherlanguage}
\begingroup
\vspace{1.6\baselineskip}
\centering
\includegraphics[width=68bp]{CIPM-MRA.png}\par
\vspace{1.6\baselineskip}
\endgroup
\itshape
\begin{otherlanguage}{english}
\textbf{\Large The Physikalisch-Technische Bundesanstalt} (PTB) in
Braunschweig and Berlin is the National Metrology Institute and the
supreme technical authority of the Federal Republic of Germany for metrology.
The PTB comes under the auspices of the Federal Ministry of Economics and
Energy. It meets the requirements for calibration and testing laboratories as
defined in DIN EN ISO/IEC 17025.
The central task of PTB is to realize, to maintain and to disseminate the
legal units in compliance with the International System of Units (SI). PTB
thus is at the top of the metrological hierarchy in Germany. The calibration
certificates issued by PTB document a calibration traceable to national
measurement standards.
This certificate is consistent with the Calibration and Measurement
Capabilities (CMCs) that are included in Appendix~C of the Mutual
Recognition Arrangement (MRA) drawn up by the International Committee for
Weights and Measures (CIPM). Under the MRA, all participating institutes
recognize the validity of each other’s calibration and measurement
certificates for the quantities, ranges and measurement uncertainties
specified in Appendix~C (for details, see http://www.bipm.org).
\end{otherlanguage}
\vfill \mbox{}
}
\newcommand*\ks@@foot{%
\begin{picture}(0,0)
\unitlength=1bp %
%%%\put(-7,23){\linethickness{1.3bp}\line(1,0){506}}
\normalfont\small
\put(-1,9){Physikalisch-Technische Bundesanstalt}
\scriptsize
\put(-1,-3){\parbox[t]{.25\textwidth}{%
Bundesallee 100 \\
38116 Braunschweig \\
DEUTSCHLAND
}}
\put(280,-3){\parbox[t]{.25\textwidth}{%
Abbestra\ss e 2--12 \\
10587 Berlin \\
DEUTSCHLAND
}}
\end{picture}
}
\endinput
%%
%% End of file `KK-2015.clo'.
kalibrierschein/README.md deleted 100644 → 0
View file @ 7d0f1ffb
## Kalibrierschein
Das Projekt enthält eine LaTeX-Dokumentenklasse und andere Komponenten zur Erzeugung eines PTB-konformen Kalibrierscheins.
Zur Erzeugung eines Kalibrierscheins als PDF-Datei ist Folgendes zu tun:
```
xelatex test-ks-KK.tex # oder: xelatex test-ks-IK.tex
xelatex test-ks-KK.tex # oder: xelatex test-ks-IK.tex
```
(KK=Kundenkalibrierung und IK=Interne kalibrierung)
Es sind zwei LaTeX-Läufe nötig, um alle Referenzen (z.B. Anzahl der Seiten) aufzulösen. Der TeX-Compiler muss Zugriff zu den Grafikdateien "Adler.pdf", PTB-logo-KS-2015.pdf und "CIPM-MRA.png" haben.
### Testdateien
* `test-ks-IK.tex`. Interne Kalibrierungen. Die Klassenoption `IK` wählt die Datei `IK.tex` mit angepassten Definitionen der Titelseite aus. Mit der Klassenoption `2015` wird das neue seit dem Jahre 2015 gültige Layout ausgewählt.
* `test-ks-KK.tex`. Kundenkalibrierung. Die Klassenoption `KK` wählt die Datei `KK.tex` mit angepassten Definitionen der Titelseite aus. Mit der Klassenoption `2015` wird das neue seit dem Jahre 2015 gültige Layout ausgewählt.
kalibrierschein/kalibrierschein.cls deleted 100644 → 0
View file @ 7d0f1ffb
\setcounter{errorcontextlines}{100}
\newcommand*\ks@location{Berlin}
\newcommand*\ks@kalType{KK}
\newcommand*\ks@layout{-0000}
\newcommand*\ks@langs{ngerman,main=english}
\NeedsTeXFormat{LaTeX2e}[1999/12/01]
\ProvidesClass{kalibrierschein}
[2017/12/01 v0.2c Dokumentenklasse (RN/PTB)]
\DeclareOption{BS}{\def\ks@location{Braunschweig}}
\DeclareOption{BLN}{\def\ks@location{Berlin}}
\DeclareOption{KK}{\edef\ks@kalType{\CurrentOption}}
\DeclareOption{IK}{\edef\ks@kalType{\CurrentOption}}
\DeclareOption{2015}{\edef\ks@layout{-\CurrentOption}}
\DeclareOption{german}{\def\ks@langs{english,main=ngerman}}
\DeclareOption{ngerman}{\def\ks@langs{english,main=ngerman}}
\DeclareOption{de}{\def\ks@langs{english,main=ngerman}}
\DeclareOption{english}{\def\ks@langs{ngerman,main=english}}
\DeclareOption{en}{\def\ks@langs{ngerman,main=english}}
\DeclareOption*{\PassOptionsToClass{\CurrentOption}{scrartcl}}
\ProcessOptions\relax
\PassOptionsToPackage{paper=a4,pagesize,twoside=false,headinclude}{typearea}
% Wegen bug in fontspec v2.4a
%\RequirePackage{fixltx2e}
\LoadClass[%
,fontsize=11pt
,headings=small
,numbers=enddot
,parskip=half
]{scrartcl}
%\RequirePackage{showframe}
\RequirePackage[\ks@langs]{babel}
\RequirePackage[autostyle=true,german=guillemets,maxlevel=3]{csquotes}%
\RequirePackage{iflang}
\IfLanguageName{ngerman}{%
\AtEndOfClass{\shorthandon{"}}
\defineshorthand{"`}{\openautoquote}
\defineshorthand{"'}{\closeautoquote}
}{%
}
\MakeAutoQuote{»}{«}
\AtEndOfClass{%
\@ifpackageloaded{inputenc}{}{%
\catcode`\»=\active
\catcode`\«=\active
}%
}
\def\huge{\@setfontsize\huge{20.26}{25.3}}
\def\large{\@setfontsize\large{12.17}{14.2}}
\def\tiny{\@setfontsize\tiny\@viipt\@viiipt}
\raggedbottom% ???
\RequirePackage{textcomp}
%%%\RequirePackage[standard-baselineskips]{cmbright}
%%%\RequirePackage[math]{iwona}
%%%\RequirePackage[math]{kurier}
%%%\RequirePackage{lxfonts}
% 1 %\RequirePackage{arevmath}
%\let\celsius=\relax \let\ohm=\relax
%\RequirePackage{gensymb}
%%%\RequirePackage[T1,small]{eulervm}
%%%\RequirePackage{ziffer}
\RequirePackage{tabularx}
\let\ks@TX@endtabularx=\TX@endtabularx
\newcommand*\origTabularx{%
\let\TX@endtabularx=\ks@TX@endtabularx
}
\RequirePackage{ltablex}\keepXColumns{}
\setcounter{LTchunksize}{100}
\RequirePackage{eso-pic,graphicx,booktabs}
\RequirePackage{zref-totpages}
\newif\ifXeOrLua \XeOrLuafalse
\RequirePackage{ifxetex,ifluatex,ifpdf}
\ifxetex% XeTeX
\XeOrLuatrue
\else
\ifluatex% LuaTeX
\XeOrLuatrue
\else
\ifpdf% pdfTeX
\else% TeX+dvips
\fi
\fi
\fi
\RequirePackage{amsmath}
\ifXeOrLua% XeLaTeX oder luaLaTeX
\typeout{#### XeLaTeX oder luaLaTeX}
%\RequirePackage[no-math]{fontspec}
\RequirePackage{unicode-math}
\setmainfont{texgyreheros}[
Ligatures=TeX,
Extension=.otf,
UprightFont=*-regular,
BoldFont=*-bold,
ItalicFont=*-italic,
BoldItalicFont=*-bolditalic.otf]
\setsansfont{texgyreheros}[
Ligatures=TeX,
Extension=.otf,
UprightFont=*-regular,
BoldFont=*-bold,
ItalicFont=*-italic,
BoldItalicFont=*-bolditalic.otf]
\setmathfont{Asana-Math.otf}[math-style=ISO,bold-style=ISO]% damit sind Einheiten kursiv
\setmathfont{texgyreheros-regular.otf}[range=\mathup,Scale=MatchLowercase]
\setmathfont{texgyreheros-italic.otf}[range=\mathit,Scale=MatchLowercase]
\setmathfont{texgyreheros-bold.otf}[range=\mathbfup,Scale=MatchLowercase]
\setmathfont{texgyreheros-bolditalic.otf}[range=\mathbfit,Scale=MatchLowercase]
\setmathfont{texgyreheros-regular.otf}[range=\mathsfup,Scale=MatchLowercase]
\setmathfont{texgyreheros-italic.otf}[range=\mathsfit,Scale=MatchLowercase]
\setmathfont{texgyreheros-bold.otf}[range=\mathbfsfup,Scale=MatchLowercase]
\setmathfont{texgyreheros-bolditalic.otf}[range=\mathbfsfit,Scale=MatchLowercase]
\setmathfont{texgyreheros-regular.otf}[range=\mathpunct]
\setmathfont{Asana-Math.otf}[range=\int]
% (Ulrike): )als letztes immer einen
% richtiger Mathfont, damit diverse Werte korrekt gesetzt werden.
% Wirklich nötig?
\RequirePackage{newunicodechar}
\newunicodechar{^^^^202f}{\,}% 'NARROW NO-BREAK SPACE' (\u202F, 8239)
\newunicodechar{^^^^2009}{\,\hspace{0pt}}% 'THIN SPACE'
\newunicodechar{^^^^00ad}{\-}% 'SOFT HYPHEN'
\newunicodechar{^^^^2207}{{\setmathfont{Asana Math}^^^^2207}}% 'NABLA'
%%% TODO: ^^^^ unschädlich machen für pdflatex
\else
\typeout{#### pdfLaTeX}
\RequirePackage{fix-cm}% ???
\RequirePackage[T1]{fontenc}
\RequirePackage[utf8]{inputenc}
\DeclareUnicodeCharacter{202F}{\,}
\DeclareUnicodeCharacter{2009}{\,\hspace{0pt}}
\DeclareUnicodeCharacter{22C5}{\cdot}
\DeclareUnicodeCharacter{03B8}{\theta}
\RequirePackage[scale=1]{tgheros}
%%%\RequirePackage[scaled=1]{helvet}
\renewcommand*\familydefault{\sfdefault}
%%%\newcommand*\mathfamilydefault{\familydefault}
%%\newcommand*\math@sfdefault{\sfdefault}
\RequirePackage{sfmath}
\fi
%%%\RequirePackage{babel}
%\RequirePackage{gensymb} %% ???
%\let\ks@celsius=\celsius
%\let\celsius=\relax
%\let\ohm=\relax
%\RequirePackage{siunitx}
%\let\celsius=\ks@celsius
\iffalse
\AtBeginDocument{%
\RequirePackage[babel=once,german=guillemets]{csquotes}
\defineshorthand{"`}{\openautoquote}
\defineshorthand{"'}{\closeautoquote}
}
\fi
\RequirePackage[neverdecrease]{paralist}
\let\itemize\compactitem
\let\enditemize\endcompactitem
\let\enumerate\compactenum
\let\endenumerate\endcompactenum
\let\description\compactdesc
\let\enddescription\endcompactdesc
\pltopsep=\medskipamount
\plitemsep=\smallskipamount
\newcommand*\ks@PTB{Physikalisch-Technische Bundesanstalt}
\newcommand*\ks@BSuB{Braunschweig und Berlin}
\RequirePackage{picture}
\RequirePackage[manualmark]{scrpage2}
\let\@tempdimd=\@clnwd
\let\@tempdime=\@clnht
\let\@tempdimf=\@dashdim
\newcommand*\ks@tempa{}
\newcommand*\ks@tempb{}
\newcommand*\ks@tempc{}
\newcommand*\ks@tempd{}
\newcommand*\ks@tempe{}
\newtoks\ks@tab
\newcommand*\ks@colSpec{}
\newcommand*\ks@add[1]{%
\ks@tab\expandafter{\the\ks@tab#1}%
}
\newcommand*\ks@addTabLine[1]{%
\def\@tempc{}%
\@for\@tempa:=#1\do{%
\edef\@tempb{\the\ks@tab\@tempc\@tempa}%
\ks@tab\expandafter{\@tempb}%
\def\@tempc{&}%
}%
}
\newcommand*\ks@getColSpec[2]{%
\let#2=\@empty
\@for\@tempa:=#1\do{%
\edef#2{#2l}%
}%
\ifx\ks@colSpec\@empty
\def#2{l}%
\fi
}
\newcommand*\ks@printDevicesTable[3]{% #1 = width, #2 = 1. offset, #3 = 2. offset
\ks@tab{}%
\ks@getColSpec{\ks@type}{\ks@colSpec}%
\edef\@tempa{\noexpand\begin{tabularx}{#1}[t]{@{}\ks@colSpec @{}}}%
\ks@tab\expandafter{\@tempa}%
\ks@addTabLine{\ks@manufacturer}%
\ks@add{\tabularnewline[#2]}%
\ks@addTabLine{\ks@type}%
\ks@add{\tabularnewline[#3]}%
\ks@addTabLine{\ks@serialNo}%
\ks@add{\end{tabularx}}%
\begingroup
\tabcolsep=1em %
\origTabularx
\the\ks@tab
\endgroup
}
\defpagestyle{headings}%
{% Kopf
%(OLL,OLD)% Linie
{\pagemark\hfill}% Gerade Seiten
{\hfill\pagemark}% Ungerade Seiten
{% Einseitig
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%(\textwidth,.8pt)% Linie
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\newcommand*\ks@foot{}
\input{\ks@kalType\ks@layout.clo}% Titelseiten- und Layout-Definition
\newcommand*\ks@type{%
Typ des Ger\"ates}
\newcommand*\type[1]{\xdef\ks@type{\trim@spaces{#1}}}
\newcommand*\ks@manufacturer{Namen der Hersteller}
\newcommand*\manufacturer[1]{%
\xdef\ks@manufacturer{\trim@spaces{\detokenize{#1}}}%
}
\newcommand*\ks@object{%
Name des Ger\"ates, kurze Charakterisierung}
\newcommand*\object[1]{\xdef\ks@object{\trim@spaces{#1}}}
\newcommand*\ks@applicant{%
Name des Auftraggebers, Stra\ss e, Firmensitz}
\newcommand*\applicant[1]{\long\gdef\ks@applicant{#1}}
\newcommand*\ks@serialNo{XXX,YYY}
\newcommand*\serialNo[1]{%
\xdef\ks@serialNo{\trim@spaces{\detokenize{#1}}}%
}
\newcommand*\ks@refNo{YYY-ZZZZZZZZ}
\newcommand*\refNo[1]{\xdef\ks@refNo{\trim@spaces{#1}}}
\newcommand*\ks@calibMark{YYY-XXXXXXX}
\newcommand*\calibMark[1]{\xdef\ks@calibMark{\trim@spaces{#1}}}
\newcommand*\ks@referenceMark{YYY-XXXXXXX}
\newcommand*\referenceMark[1]{\xdef\ks@referenceMark{\trim@spaces{#1}}}
\newcommand*\ks@calibDate{????-??-??}
\newcommand*\calibDate[1]{\xdef\ks@calibDate{\trim@spaces{#1}}}
\newcommand*\ks@certificateDate{????-??-??}
\newcommand*\certificateDate[1]{\xdef\ks@certificateDate{\trim@spaces{#1}}}
\newcommand*\ks@byOrder{Peter Silie}
\newcommand*\byOrder[1]{\xdef\ks@byOrder{\trim@spaces{#1}}}
\newcommand*\ks@examiner{Ellen Bogen}
\newcommand*\examiner[1]{\xdef\ks@examiner{\trim@spaces{#1}}}
\newcommand*\ks@missingEntries{1}
\newcommand*\missingEntries[1]{\xdef\ks@missingEntries{\trim@spaces{#1}}}
\newcolumntype{C}{>{\centering\arraybackslash}X}
\RequirePackage{siunitx-PTB}
\newcommand\resultTable[3][]{%
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\@tempcntb=\numexpr(\@tempcnta-1)*2 %
\@tempdimc=\dimexpr (\textwidth - \@tempcntb\tabcolsep) / \@tempcnta %
\@tempcntb=\@tempcnta
\def\@tempa{}%
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\ifx\relax#1\relax\else
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\AddToShipoutPicture*{\ks@printFirstPage}%
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\clearpage
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\ks@lastPage
}
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\the\ks@tab
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\newcommand*\ks@applicant@table{%
\begingroup
\begin{tabular}[t]{@{}l@{}}%
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\ignorespaces\reserved@b\\[.3ex]%
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% factor=1500
% ,verbose=true
,final=true
% ,letterspace=100
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\renewcommand\section{%
\@startsection{section}% name
{1}% level
{\z@}% indent
{-3ex \@plus -.5ex \@minus -.2ex}% beforeskip (abs.!)
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\setlength{\parfillskip}{\z@ plus 1fil}\fi
\raggedsection\normalfont\sectfont\nobreak\size@section}%
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\endinput
%%
%% End of file `kailbrierschein.cls'.
sudo cp $(kpsewhich --var-value TEXMFSYSVAR)/fonts/conf/texlive-fontconfig.conf /etc/fonts/conf.d/09-texlive.conf
sudo fc-cache -fsv
mkluatexfontdb --force --verbose=-1 -vvv
kalibrierschein/siunitx-PTB.sty deleted 100644 → 0
View file @ 7d0f1ffb
% Rolf Niepraschk, PTB, Rolf.Niepraschk@ptb.de
\ProvidesPackage{siunitx-PTB}[2017/12/01 v0.1b Addionions to `siunitx'' (PTB/RN)]
\RequirePackage{amsmath,siunitx}
\providecommand*\vl@tempa{}
\providecommand*\vl@tempb{}
\providecommand*\vl@tempc{}
\providecommand*\vl@tempd{}
\providecommand*\vl@tempe{}
\DeclareSIUnit\torr{torr}
\DeclareSIUnit\mbar{mbar}
%%%\AtBeginDocument{%
\sisetup{%
%%%,exponent-product = \ensuremath { \cdot } % wird per "locale" gesetzt
%%%,inter-unit-product = \ensuremath{{}\cdot{}} % wird per "locale" gesetzt
%,output-exponent-marker=\text{E}
,table-alignment = center
%%%,table-number-alignment = center
%%%,table-text-alignment = center
,table-align-exponent = false
,table-parse-only = true % ?!
%,parse-numbers = false
,table-format = +1.3e+1
%%%,table-figures-integer = 1
%%%,table-figures-decimal = 3
%%%,table-figures-exponent = 2
%%%,input-uncertainty-signs = +-
%%%,output-open-uncertainty =
%%%,output-close-uncertainty =
%%,separate-uncertainty = true
,bracket-numbers = true
%,per-mode = symbol
,per-mode = reciprocal
,mode = text % !!!
,tight-spacing = false
,separate-uncertainty
%%%,inter-unit-product = \ensuremath{{}\cdot{}}
}%
%%%}
\AtBeginDocument{
\sisetup{%
,inter-unit-product=\ensuremath{{}\cdot{}}
}%
}
\RequirePackage{trimspaces}
\let\ke@orig@SI=\SI
\renewcommand*\SI[2][]{% tolerant gegenüber "?" statt Zahl
\def\vl@tempa{#1}%
\edef\vl@tempb{\trim@spaces{#2}}%
\ks@SI@i
}
\newcommand*\ks@SI@i[2][]{%
\def\vl@tempc{?}%
\ifx\vl@tempb\vl@tempc
\ensuremath{\textbf{??}}\,\si[#1]{#2}%
\else
\edef\vl@tempe{\noexpand\ke@orig@SI[\vl@tempa]{\vl@tempb}[#1]{#2}}%
\vl@tempe
\fi
}
\let\ke@orig@num=\num
\renewcommand*\num[1]{% tolerant gegenüber "?" statt Zahl
\edef\vl@tempb{\trim@spaces{#1}}%
\def\vl@tempc{?}%
\ifx\vl@tempb\vl@tempc
\ensuremath{\textbf{??}}%
\else
\ke@orig@num{#1}%
\fi
}
\RequirePackage{iflang}
\AtBeginDocument{%
\IfLanguageName{ngerman}{
\sisetup{locale=DE}
}{%
\sisetup{locale=UK}
}
}
\endinput
kalibrierschein/test-ks-IK-2015.tex deleted 100644 → 0
View file @ 7d0f1ffb
%---------------------------
\listfiles
\documentclass[en,IK,2015]{kalibrierschein}
\resultTable{ 6 }{%
{\(p_{cal}\)}&{\(p_{ind}\)}&{\(p_r\)}&{\(p_{ind} - p_r\)}&{\(e\)}&{\(U(k=2)\)}\\
mbar&mbar&mbar&mbar&&\\\toprule\endhead
2.954E-08&3.27E-08&1.66E-09&3.10E-08&5.1E-02&2.6E-02\\
4.970E-08&5.35E-08&1.65E-09&5.19E-08&4.3E-02&2.4E-02\\
8.908E-08&9.53E-08&1.63E-09&9.37E-08&5.2E-02&2.4E-02\\
2.991E-07&3.17E-07&1.68E-09&3.15E-07&5.4E-02&2.4E-02\\
4.805E-07&5.29E-07&1.80E-09&5.27E-07&9.7E-02&2.4E-02\\
4.810E-07&5.29E-07&2.00E-09&5.27E-07&9.6E-02&2.4E-02\\
5.024E-07&5.30E-07&1.80E-09&5.28E-07&5.1E-02&2.4E-02\\
8.916E-07&9.37E-07&1.52E-09&9.35E-07&4.9E-02&2.2E-02\\
2.943E-06&3.07E-06&1.77E-09&3.07E-06&4.3E-02&2.2E-02\\
4.922E-06&5.13E-06&2.02E-09&5.13E-06&4.2E-02&2.2E-02\\
8.827E-06&9.25E-06&3.20E-09&9.24E-06&4.7E-02&2.2E-02\\
2.957E-05&3.05E-05&4.10E-09&3.05E-05&3.1E-02&2.2E-02\\
4.892E-05&5.01E-05&6.70E-09&5.01E-05&2.4E-02&2.2E-02\\
8.768E-05&8.87E-05&7.70E-09&8.87E-05&1.1E-02&2.2E-02\\
8.960E-05&8.88E-05&1.20E-08&8.88E-05&-9.1E-03&2.2E-02\\
8.768E-05&8.88E-05&1.00E-08&8.88E-05&1.3E-02&2.2E-02\\
}
\missingEntries{ 16 }
\object{ Stabil Ion Gauge }
\manufacturer{ Granville-Phillips }
\type{ EXT-Y | Stabil Ion Controler 370B }
\serialNo{ YEA06800 | 1449 }
\applicant{ { BOC EDWARDS } { Marshall Road } { EASTBOURNE, EAST SUSSEX } { BN22 9BA } }
\refNo{ ? }
\calibMark{ QS 21/13 }
\referenceMark{ 7.5-4003 }
\calibDate{ 2013-11-26 }
\examiner{ Th.\,Bock }
\certificateDate{ 2013-12-18 }
\begin{document}
\printFirstPage
\section{ Description of the calibration device }
The device was shipped under atmospheric pressure kept in the producers plastic shell.
A memory module belonging to the stabil ion gauge (serial 06800) was provided. It was active during calibration.
\section{ Calibration procedure }
The device was installed in a vertical orientation. Before calibration the gauge head was baked at \(?\) °C for \(?\) h. During the cool down phase the head was degassed for \(?\) minutes. At room temperature it was exposed for \(?\) h at \(?⋅10^{?}\) mbar argon for sputtering the ion collector.
The sensitivity factor was kept at an value of \(?\) mbar\(^{-1}\) during the calibration. The calibration was carried out with the following device settings:
\begin{itemize}\item display: mbar\item filament: F1\item emission: L\item channel: A\end{itemize}
Before each calibration point the residual pressure indication \(p_r\) was checked.
The temperature \(θ\) during the calibration was \(?\) °C and varied from this value within \(\pm?\) °C.
The device was calibrated with ? in the pressure range \(?⋅ 10^{?}\) mbar to \(?⋅10^{?}\) mbar by comparing its reading with the calibration pressure that was established by the primary standard CE3 of PTB applying the continuous expansion method.
\section{ Relative error of indication }
The correction factor \(CF\) given in the table below was calculated from the indicated pressure \(p_{ind}\) as follows:\[CF =\frac{p_{cal}}{p_{ind} - p_{r}}\] where \(p_{cal}\) denotes the calibration pressure as generated in the primary standard and \(p_{r}\) the reading at residual pressure. From this, the corrected pressure \(p\) can be calculated from the residual pressure indication and the indicated pressure by:\[p = CF (p_{ind} - p_{r})\]
The uncertainty \(U\) of \(CF\) at the time of calibration is given in the last column of the table below. It includes the repeatability of \(p_{ind}\) for otherwise identical conditions (\(p_{cal}\), \(θ\)).\printResultTable
\section{ Uncertainty of Calibration }
The uncertainty \(U\) stated is the expanded measurement uncertainty obtained by multiplying the standard measurement uncertainty by the coverage factor \(k = 2\). It has been determined in accordance with the “Guide to the Expression of Uncertainty in Measurement (GUM)”. The value of the measurand then normally lies, with a probability of approximately \(95\) \%. within the attributed coverage interval.\par \(95\)\,\% 95\,\% 95~\% \(95\) \% \par
95 \% 95 \%
\printLastPage
\end{document}
%---------------------------
\(95\)\,\% 95\,\% 95~\%
kalibrierschein/test-ks-IK.tex deleted 100644 → 0
View file @ 7d0f1ffb
%---------------------------
\listfiles
\documentclass[ngerman,IK]{kalibrierschein}
\resultTable{ 6 }{%
{\(p_{cal}\)}&{\(p_{ind}\)}&{\(p_r\)}&{\(p_{ind} - p_r\)}&{\(e\)}&{\(U(k=2)\)}\\
mbar&mbar&mbar&mbar&&\\\toprule\endhead
2.954E-08&3.27E-08&1.66E-09&3.10E-08&5.1E-02&2.6E-02\\
4.970E-08&5.35E-08&1.65E-09&5.19E-08&4.3E-02&2.4E-02\\
8.908E-08&9.53E-08&1.63E-09&9.37E-08&5.2E-02&2.4E-02\\
2.991E-07&3.17E-07&1.68E-09&3.15E-07&5.4E-02&2.4E-02\\
4.805E-07&5.29E-07&1.80E-09&5.27E-07&9.7E-02&2.4E-02\\
4.810E-07&5.29E-07&2.00E-09&5.27E-07&9.6E-02&2.4E-02\\
5.024E-07&5.30E-07&1.80E-09&5.28E-07&5.1E-02&2.4E-02\\
8.916E-07&9.37E-07&1.52E-09&9.35E-07&4.9E-02&2.2E-02\\
2.943E-06&3.07E-06&1.77E-09&3.07E-06&4.3E-02&2.2E-02\\
4.922E-06&5.13E-06&2.02E-09&5.13E-06&4.2E-02&2.2E-02\\
8.827E-06&9.25E-06&3.20E-09&9.24E-06&4.7E-02&2.2E-02\\
2.957E-05&3.05E-05&4.10E-09&3.05E-05&3.1E-02&2.2E-02\\
4.892E-05&5.01E-05&6.70E-09&5.01E-05&2.4E-02&2.2E-02\\
8.768E-05&8.87E-05&7.70E-09&8.87E-05&1.1E-02&2.2E-02\\
8.960E-05&8.88E-05&1.20E-08&8.88E-05&-9.1E-03&2.2E-02\\
8.768E-05&8.88E-05&1.00E-08&8.88E-05&1.3E-02&2.2E-02\\
}
\missingEntries{ 16 }
\object{ Stabil Ion Gauge }
\manufacturer{ Granville-Phillips }
\type{ EXT-Y | Stabil Ion Controler 370B }
\serialNo{ YEA06800 | 1449 }
\applicant{ { BOC EDWARDS } { Marshall Road } { EASTBOURNE, EAST SUSSEX } { BN22 9BA } }
\refNo{ ? }
\calibMark{ QS 21/13 }
\referenceMark{ 7.5-4003 }
\calibDate{ 2013-11-26 }
\examiner{ Th.\,Bock }
\certificateDate{ 2013-12-18 }
\begin{document}
\printFirstPage
\section{ Description of the calibration device }
The device was shipped under atmospheric pressure kept in the producers plastic shell.
A memory module belonging to the stabil ion gauge (serial 06800) was provided. It was active during calibration.
\section{ Calibration procedure }
The device was installed in a vertical orientation. Before calibration the gauge head was baked at \(?\) °C for \(?\) h. During the cool down phase the head was degassed for \(?\) minutes. At room temperature it was exposed for \(?\) h at \(?⋅10^{?}\) mbar argon for sputtering the ion collector.
The sensitivity factor was kept at an value of \(?\) mbar\(^{-1}\) during the calibration. The calibration was carried out with the following device settings:
\begin{itemize}\item display: mbar\item filament: F1\item emission: L\item channel: A\end{itemize}
Before each calibration point the residual pressure indication \(p_r\) was checked.
The temperature \(θ\) during the calibration was \(?\) °C and varied from this value within \(\pm?\) °C.
The device was calibrated with ? in the pressure range \(?⋅ 10^{?}\) mbar to \(?⋅10^{?}\) mbar by comparing its reading with the calibration pressure that was established by the primary standard CE3 of PTB applying the continuous expansion method.
\section{ Relative error of indication }
The correction factor \(CF\) given in the table below was calculated from the indicated pressure \(p_{ind}\) as follows:\[CF =\frac{p_{cal}}{p_{ind} - p_{r}}\] where \(p_{cal}\) denotes the calibration pressure as generated in the primary standard and \(p_{r}\) the reading at residual pressure. From this, the corrected pressure \(p\) can be calculated from the residual pressure indication and the indicated pressure by:\[p = CF (p_{ind} - p_{r})\]
The uncertainty \(U\) of \(CF\) at the time of calibration is given in the last column of the table below. It includes the repeatability of \(p_{ind}\) for otherwise identical conditions (\(p_{cal}\), \(θ\)).\printResultTable
\section{ Uncertainty of Calibration }
The uncertainty \(U\) stated is the expanded measurement uncertainty obtained by multiplying the standard measurement uncertainty by the coverage factor \(k = 2\). It has been determined in accordance with the “Guide to the Expression of Uncertainty in Measurement (GUM)”. The value of the measurand then normally lies, with a probability of approximately \(95\) \%. within the attributed coverage interval.\par \(95\)\,\% 95\,\% 95~\% \(95\) \% \par
95 \% 95 \%
\printLastPage
\end{document}
%---------------------------
\(95\)\,\% 95\,\% 95~\%
kalibrierschein/test-ks-KK-2015.tex deleted 100644 → 0
View file @ 7d0f1ffb
%---------------------------
\listfiles
\documentclass[en,KK,2015]{kalibrierschein}
\resultTable{ 6 }{%
{\(p_{cal}\)}&{\(p_{ind}\)}&{\(p_r\)}&{\(p_{ind} - p_r\)}&{\(e\)}&{\(U(k=2)\)}\\
mbar&mbar&mbar&mbar&&\\\toprule\endhead
2.954E-08&3.27E-08&1.66E-09&3.10E-08&5.1E-02&2.6E-02\\
4.970E-08&5.35E-08&1.65E-09&5.19E-08&4.3E-02&2.4E-02\\
8.908E-08&9.53E-08&1.63E-09&9.37E-08&5.2E-02&2.4E-02\\
2.991E-07&3.17E-07&1.68E-09&3.15E-07&5.4E-02&2.4E-02\\
4.805E-07&5.29E-07&1.80E-09&5.27E-07&9.7E-02&2.4E-02\\
4.810E-07&5.29E-07&2.00E-09&5.27E-07&9.6E-02&2.4E-02\\
5.024E-07&5.30E-07&1.80E-09&5.28E-07&5.1E-02&2.4E-02\\
8.916E-07&9.37E-07&1.52E-09&9.35E-07&4.9E-02&2.2E-02\\
2.943E-06&3.07E-06&1.77E-09&3.07E-06&4.3E-02&2.2E-02\\
4.922E-06&5.13E-06&2.02E-09&5.13E-06&4.2E-02&2.2E-02\\
8.827E-06&9.25E-06&3.20E-09&9.24E-06&4.7E-02&2.2E-02\\
2.957E-05&3.05E-05&4.10E-09&3.05E-05&3.1E-02&2.2E-02\\
4.892E-05&5.01E-05&6.70E-09&5.01E-05&2.4E-02&2.2E-02\\
8.768E-05&8.87E-05&7.70E-09&8.87E-05&1.1E-02&2.2E-02\\
8.960E-05&8.88E-05&1.20E-08&8.88E-05&-9.1E-03&2.2E-02\\
8.768E-05&8.88E-05&1.00E-08&8.88E-05&1.3E-02&2.2E-02\\
}
\missingEntries{ 16 }
\object{ Stabil Ion Gauge }
\manufacturer{ Granville-Phillips }
\type{ EXT-Y, Stabil Ion Controler 370B }
\serialNo{ YEA06800, # & _ ^ 1449 }
\applicant{
{ Customer.Name }
{ Customer.Address.Street }
{ Customer.Address.Zipcode Customer.Address.Town }
{ Customer.Address.District }
}
\refNo{ ? }
\calibMark{ 75120 PTB 13 }
\calibDate{ 2013-11-26 }
\byOrder{ Dr. K. Jousten }
\examiner{ ? }
\certificateDate{ 2013-12-18 }
\begin{document}
\printFirstPage
\section{ Description of the calibration device }
\IfLanguageName{ngerman}{DEUTSCH}{ENGLISH}
%\num{9.99E-7 +- 9E-9} \par \bigskip
\num{9.99 +- 0.09} \par \bigskip
The device was shipped under atmospheric pressure kept in the producers plastic shell.
A memory module belonging to the stabil ion gauge (serial 06800) was provided. It was active during calibration.
\section{ Calibration procedure }
The device was installed in a vertical orientation. Before calibration the gauge head was baked at \(?\) °C for \(?\) h. During the cool down phase the head was degassed for \(?\) minutes. At room temperature it was exposed for \(?\) h at \(?⋅10^{?}\) mbar argon for sputtering the ion collector.
The sensitivity factor was kept at an value of \(?\) mbar\(^{-1}\) during the calibration. The calibration was carried out with the following device settings:
\begin{itemize}\item display: mbar\item filament: F1\item emission: L\item channel: A\end{itemize}
Before each calibration point the residual pressure indication \(p_r\) was checked.
The temperature \(θ\) during the calibration was \(?\) °C and varied from this value within \(\pm?\) °C.
The device was calibrated with ? in the pressure range \(?⋅ 10^{?}\) mbar to \(?⋅10^{?}\) mbar by comparing its reading with the calibration pressure that was established by the primary standard CE3 of PTB applying the continuous expansion method.
\section{ Relative error of indication }
The correction factor \(CF\) given in the table below was calculated from the indicated pressure \(p_{ind}\) as follows:\[CF =\frac{p_{cal}}{p_{ind} - p_{r}}\] where \(p_{cal}\) denotes the calibration pressure as generated in the primary standard and \(p_{r}\) the reading at residual pressure. From this, the corrected pressure \(p\) can be calculated from the residual pressure indication and the indicated pressure by:\[p = CF (p_{ind} - p_{r})\]
The uncertainty \(U\) of \(CF\) at the time of calibration is given in the last column of the table below. It includes the repeatability of \(p_{ind}\) for otherwise identical conditions (\(p_{cal}\), \(θ\)).\printResultTable
\section{ Uncertainty of Calibration }
The uncertainty \(U\) stated is the expanded measurement uncertainty obtained by multiplying the standard measurement uncertainty by the coverage factor \(k = 2\). It has been determined in accordance with the “Guide to the Expression of Uncertainty in Measurement (GUM)”. The value of the measurand then normally lies, with a probability of approximately \(95\) \%. within the attributed coverage interval.\par \(95\)\,\% 95\,\% 95~\% \(95\) \% \par
95 \% 95 \%
\printLastPage
\end{document}
%---------------------------
\(95\)\,\% 95\,\% 95~\%
kalibrierschein/test-ks-KK.tex deleted 100644 → 0
View file @ 7d0f1ffb
%---------------------------
\listfiles
\documentclass[ngerman,KK]{kalibrierschein}
\resultTable[Gas:~N$_2$]{ 6 }{%
{\(p_{cal}\)}&{\(p_{ind}\)}&{\(p_r\)}&{\(p_{ind} - p_r\)}&{\(e\)}&{\(U(k=2)\)}\\
mbar&mbar&mbar&mbar&&\\\toprule\endhead
2.954E-08&3.27E-08&1.66E-09&3.10E-08&5.1E-02&2.6E-02\\
4.970E-08&5.35E-08&1.65E-09&5.19E-08&4.3E-02&2.4E-02\\
8.908E-08&9.53E-08&1.63E-09&9.37E-08&5.2E-02&2.4E-02\\
2.991E-07&3.17E-07&1.68E-09&3.15E-07&5.4E-02&2.4E-02\\
4.805E-07&5.29E-07&1.80E-09&5.27E-07&9.7E-02&2.4E-02\\
4.810E-07&5.29E-07&2.00E-09&5.27E-07&9.6E-02&2.4E-02\\
5.024E-07&5.30E-07&1.80E-09&5.28E-07&5.1E-02&2.4E-02\\
8.916E-07&9.37E-07&1.52E-09&9.35E-07&4.9E-02&2.2E-02\\
2.943E-06&3.07E-06&1.77E-09&3.07E-06&4.3E-02&2.2E-02\\
4.922E-06&5.13E-06&2.02E-09&5.13E-06&4.2E-02&2.2E-02\\
8.827E-06&9.25E-06&3.20E-09&9.24E-06&4.7E-02&2.2E-02\\
2.957E-05&3.05E-05&4.10E-09&3.05E-05&3.1E-02&2.2E-02\\
4.892E-05&5.01E-05&6.70E-09&5.01E-05&2.4E-02&2.2E-02\\
8.768E-05&8.87E-05&7.70E-09&8.87E-05&1.1E-02&2.2E-02\\
8.960E-05&8.88E-05&1.20E-08&8.88E-05&-9.1E-03&2.2E-02\\
8.768E-05&8.88E-05&1.00E-08&8.88E-05&1.3E-02&2.2E-02\\\bottomrule
}
\resultTable{ 6 }{%
{\(p_{cal}\)}&{\(p_{ind}\)}&{\(p_r\)}&{\(p_{ind} - p_r\)}&{\(e\)}&{\(U(k=2)\)}\\
mbar&mbar&mbar&mbar&&\\\toprule\endhead
2.954E-08&3.27E-08&1.66E-09&3.10E-08&5.1E-02&2.6E-02\\
4.970E-08&5.35E-08&1.65E-09&5.19E-08&4.3E-02&2.4E-02\\
8.908E-08&9.53E-08&1.63E-09&9.37E-08&5.2E-02&2.4E-02\\
2.991E-07&3.17E-07&1.68E-09&3.15E-07&5.4E-02&2.4E-02\\
4.805E-07&5.29E-07&1.80E-09&5.27E-07&9.7E-02&2.4E-02\\
4.810E-07&5.29E-07&2.00E-09&5.27E-07&9.6E-02&2.4E-02\\
5.024E-07&5.30E-07&1.80E-09&5.28E-07&5.1E-02&2.4E-02\\
8.916E-07&9.37E-07&1.52E-09&9.35E-07&4.9E-02&2.2E-02\\
2.943E-06&3.07E-06&1.77E-09&3.07E-06&4.3E-02&2.2E-02\\
4.922E-06&5.13E-06&2.02E-09&5.13E-06&4.2E-02&2.2E-02\\
8.827E-06&9.25E-06&3.20E-09&9.24E-06&4.7E-02&2.2E-02\\
2.957E-05&3.05E-05&4.10E-09&3.05E-05&3.1E-02&2.2E-02\\
4.892E-05&5.01E-05&6.70E-09&5.01E-05&2.4E-02&2.2E-02\\
8.768E-05&8.87E-05&7.70E-09&8.87E-05&1.1E-02&2.2E-02\\
8.960E-05&8.88E-05&1.20E-08&8.88E-05&-9.1E-03&2.2E-02\\
8.768E-05&8.88E-05&1.00E-08&8.88E-05&1.3E-02&2.2E-02\\
}
\missingEntries{ 16 }
\object{ Stabil Ion Gauge }
\manufacturer{ Granville-Phillips }
\type{ EXT-Y, Stabil Ion Controler 370B }
\serialNo{ YEA06800, 1449 }
\applicant{ { BOC EDWARDS } { Marshall Road } { EASTBOURNE, EAST SUSSEX } { BN22 9BA } }
\refNo{ ? }
\calibMark{ 75120 PTB 13 }
\calibDate{ 2013-11-26 }
\byOrder{ Dr. K. Jousten }
\examiner{ ? }
\certificateDate{ 2013-12-18 }
\begin{document}
\printFirstPage
\section{ Description of the calibration device }
%\num{9.99E-7 +- 9E-9} \par \bigskip
\num{9.99 +- 0.09} \par \bigskip
The device was shipped under atmospheric pressure kept in the producers plastic shell.
A memory module belonging to the stabil ion gauge (serial 06800) was provided. It was active during calibration.
\section{ Calibration procedure }
The device was installed in a vertical orientation. Before calibration the gauge head was baked at \(?\) °C for \(?\) h. During the cool down phase the head was degassed for \(?\) minutes. At room temperature it was exposed for \(?\) h at \(?⋅10^{?}\) mbar argon for sputtering the ion collector.
The sensitivity factor was kept at an value of \(?\) mbar\(^{-1}\) during the calibration. The calibration was carried out with the following device settings:
\begin{itemize}\item display: mbar\item filament: F1\item emission: L\item channel: A\end{itemize}
Before each calibration point the residual pressure indication \(p_r\) was checked.
The temperature \(θ\) during the calibration was \(?\) °C and varied from this value within \(\pm?\) °C.
The device was calibrated with ? in the pressure range \(?⋅ 10^{?}\) mbar to \(?⋅10^{?}\) mbar by comparing its reading with the calibration pressure that was established by the primary standard CE3 of PTB applying the continuous expansion method.
\section{ Relative error of indication }
The correction factor \(CF\) given in the table below was calculated from the indicated pressure \(p_{ind}\) as follows:\[CF =\frac{p_{cal}}{p_{ind} - p_{r}}\] where \(p_{cal}\) denotes the calibration pressure as generated in the primary standard and \(p_{r}\) the reading at residual pressure. From this, the corrected pressure \(p\) can be calculated from the residual pressure indication and the indicated pressure by:\[p = CF (p_{ind} - p_{r})\]
The uncertainty \(U\) of \(CF\) at the time of calibration is given in the last column of the table below. It includes the repeatability of \(p_{ind}\) for otherwise identical conditions (\(p_{cal}\), \(θ\)).\printResultTable
\section{ Uncertainty of Calibration }
The uncertainty \(U\) stated is the expanded measurement uncertainty obtained by multiplying the standard measurement uncertainty by the coverage factor \(k = 2\). It has been determined in accordance with the “Guide to the Expression of Uncertainty in Measurement (GUM)”. The value of the measurand then normally lies, with a probability of approximately \(95\) \%. within the attributed coverage interval.\par \(95\)\,\% 95\,\% 95~\% \(95\) \% \par
95 \% 95 \%
\printLastPage
\end{document}
%---------------------------
\(95\)\,\% 95\,\% 95~\%
ptbletter/ptbletter-doc.pdf
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ptbletter/ptbletter-doc.tex
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......@@ -2,8 +2,14 @@
\documentclass[%
,ngerman
,twoside
,serif
%,serif
,sanserif
,BLN
%,BS
%,head0
,head1
%,head2
%,visualize
]{ptbletter}
\yourref{4711-0815}
......@@ -16,12 +22,13 @@
\myfax{7777}
\myemail{Rolf.Niepraschk@ptb.de}
\colorlet{bgTextColor}{red!20}
\bgText*{ENTWURF}
% Ausblenden des Fußbereiches
% \setkomavar{firstfoot}{}
\subject{Die \LaTeX-Dokumentenklasse "`ptbletter"'}
\date{2015-05-21}
\date{2017-01-17}
\begin{document}
......@@ -31,6 +38,8 @@ Dorfstraße 1\\
12345 Musterhausen
}
\subject{Die \LaTeX-Dokumentenklasse "`ptbletter"'}
\opening{Sehr geehrte Frau Bogen,}
die neue \LaTeX-Dokumentenklasse "`ptbletter"' ist fertig. Mit ihr können
......@@ -52,6 +61,10 @@ Klassenoptionen:
deutsche Rechtschreibung werden benutzt (Standard).
\item \textbf{en}, \textbf{english}: Trennregeln für die englische Sprache
werden benutzt.
\item \textbf{head0}, kein Kopf
\item \textbf{head1}, PTB-Kopf mit Logo (Standard)
\item \textbf{head2}, PTB-Kopf ohne Logo
\item \textbf{visualize}, Visualisierung interner Parameter (zu Debug-Zwecken)
\end{itemize}
\noindent Alle anderen Optionen werden an die intern benutzte Dokumentenklasse
......@@ -59,7 +72,14 @@ Klassenoptionen:
"`A4"' festgelegt. Als Eingabe-Kodierung wird ausschließlich "`UTF-8"'
unterstützt.
Der Text, der dem Makro \verb|\bgText| übergeben wird, erscheint auf jeder
Seite auf dem Textbereich als hellgrauer Hintergrunddruck schräg in großer
Schrift. Wird die Sternvariante (\verb|\bgText*|) benutzt, erscheint der
Hintergrunddruck nur auf der ersten Seite. Die Farbe dieses Textes kann durch Definition der Farbe »bgTextColor« geschehen, z.\,B.\ so:
\verb|\definecolor{bgTextColor}{gray}{0.9}|
%\closing{\MHG}
%\closing{\MFg}
\closing{\MFG}
\ps PS: Viel Spaß beim \TeX{}en!
......
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% Rolf Niepraschk, Rolf.Niepraschk@ptb.de
\ProvidesFile{ptbletter-new-engines.clo}%
[2017/12/05 v0.1b PTB-Brief -- new engines (RN)]
\RequirePackage{fontspec}
\RequirePackage{unicode-math}
\setromanfont{texgyrepagella}[
Ligatures=TeX,
Scale=MatchUppercase,
Extension=.otf,
UprightFont=*-regular,
BoldFont=*-bold,
ItalicFont=*-italic,
BoldItalicFont=*-bolditalic]
\setsansfont{texgyreheros}[
Ligatures=TeX,
Extension=.otf,
UprightFont=*-regular,
BoldFont=*-bold,
ItalicFont=*-italic,
BoldItalicFont=*-bolditalic]
\setmonofont{DejaVuSansMono}[%
Scale=0.9,
UprightFont = *,
ItalicFont=*-Oblique,
BoldFont=*-Bold,
BoldItalicFont=*-BoldOblique,
Extension = .ttf]
\RequirePackage{newunicodechar}
\newunicodechar{^^^^20ac}{\officialeuro}
\endinput
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% Rolf Niepraschk, Rolf.Niepraschk@ptb.de
\ProvidesFile{ptbletter-old-engines.clo}%
[2017/12/05 v0.1b PTB-Brief -- old engines (RN)]
\RequirePackage[utf8]{inputenc}
\RequirePackage[T1]{fontenc}
\usepackage[scaled=0.9]{DejaVuSansMono}
\RequirePackage{textcomp}
\RequirePackage{mathpazo}
\RequirePackage{tgpagella}
\RequirePackage{tgheros}
\endinput
ptbletter/ptbletter.cls
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ptbposter/Makefile
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# Rolf Niepraschk, 2017/10/18, Rolf.Niepraschk@ptb.de
# Rolf Niepraschk, 2019/05/13, Rolf.Niepraschk@ptb.de
.SUFFIXES : .tex .ltx .dvi .ps .pdf .eps
......@@ -8,15 +8,16 @@ DOC2 = ptbposter-doc-2
ARCHNAME = ptbposter-$(shell date +%Y-%m-%d).zip
ADDINPUTS = ptbposter.cls ptbposter-logo-A.mps
all : $(DOC1).pdf $(DOC2).pdf tcb-example1.pdf tcb-example2.pdf
all : $(DOC1).pdf $(DOC2).pdf
$(DOC1).pdf $(DOC2).pdf : $(ADDINPUTS)
$(DOC1).pdf $(DOC2).pdf tcb-example2.pdf : $(ADDINPUTS)
%.pdf : %.tex
pdflatex $<
tcb-example1.pdf : tcb-example1.tex
lualatex $<
#%.mps : %.eps
# purifyeps $< - | sed -e "s/0 0 0 setrgbcolor/%/g" > $@
# "purifyeps" macht aktuell Probleme # 2017-10-18
......
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