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\begin{document}

\subsection{Offline Analysis Software (Contributed by J.-O. Hansen)}
\subsubsection{The C++ Analyzer}

The first production release (1.0) of the new C++/ROOT-based object-oriented 
analysis software was completed in July 2003, followed by
the first upgrade version (1.1) in November 2003. 
At this point, the C++ analyzer supports all the basic HRS and beamline 
instrumentation, including VDCs, scintillators, Cherenkov counters (both gas
and aerogel), shower counters (both HRS arms), BPMs, and raster.
Almost all of the functionality of our legacy FORTRAN software ESPACE
is available.
Thus, after over three years of development (with an average of one FTE),
the C++ software is now essentially ready for production physics analysis.
Experiment E94-107 (Hypernuclear Spectroscopy), scheduled to run
in January 2004, will be the first experiment to use the new software.
E94-107 particularly benefits from the new object-oriented design because of
the new RICH detector, whose integration into the C++ analyzer
is much easier than it would have been with ESPACE.

As the experimental configuration in Hall A is continually changing
and entire new apparatuses ({\it e.g.\/}\ 
BigBite, $G_E^n$ neutron walls, DVCS) are scheduled to be installed,
the C++ analyzer was designed from the ground up 
to provide a high degree of modularity and
flexibility, and in particular a clean and easy procedure for adding
new detectors and apparatuses. 
To this end, we developed the concept of ``analysis modules''
that can be ``plugged'' into the analysis chain in almost any desired
combination. An analysis module is either a detector, an apparatus
({\it i.e.\/}\ a collection of detectors such as 
a spectrometer or the beamline),
or a ``physics module'' which performs post-reconstruction computations
like kinematics calculations and energy loss corrections.

By organizing the analysis software as a collection of plug-in modules,
the scope of the analysis is almost entirely configurable by the user
instead of being pre-determined by the authors of the software.  
The configuration is typically set up at the beginning of an analysis
script where the various desired modules are created and inserted into
the appropriate analysis chain.
No program code needs to be written or modified, and no recompilation is
necessary, to change the configuration. Code for new
equipment ({\it e.g.\/}\  the RICH detector) can be compiled into a separate
shared library that can be linked dynamically at run time from within
the analysis script. In this way, the analyzer can be extended as needed
by each individual experiment without breaking the core system and
without creating one of the notorious ``private versions'' of the software.

All standard detector classes have a generic design; for instance, the
Cherenkov class can describe either a gas or aerogel detector
with an arbitrary number of PMTs. For each actual Cherenkov detector,
a new instance of the same Cherenkov class is created, 
differing only in its name and database entries.  
Only one implementation of detector code
exists and can be found in one obvious location (the detector class), 
so that updates can be applied and bugs can be fixed in one central place.  
The code and data scattering and ``cut-and-paste'' programming
typical of ESPACE is avoided. 
From the user's perspective, it is no longer necessary
to write {\em any} program code to add a new standard detector
to an apparatus ({\it e.g.\/}\ a third scintillator plane to either HRS); 
only the appropriate database entries need to be created
and a line be added to the analysis script.
Furthermore, if certain equipment ({\it e.g.\/}\ left-arm HRS,
shower counters in right-arm HRS) is not used by an experiment,
there is no need ever to instantiate the corresponding modules, and so no
overhead whatsoever is incurred in terms of memory usage and computation
speed for unused features. 
The same holds for physics computations (say,
extended target corrections) that a given experiment does not need. 
Conversely, it is possible to
perform the same kind of physics computation several times with different
parameters in the same analysis pass, {\it e.g.\/}\ the calculation of
electron kinematics with and without energy loss corrections.

Performance tests show that the speed of the C++ analyzer is comparable
to that of ESPACE. In some cases, a significant speed advantage of
a factor of two or more was observed, in part due to the superior control
over the analysis flow in the C++ analyzer where uninteresting events
can be detected and skipped early in the processing chain.

The minor discrepancies between the tracking results of
ESPACE and of an early version of the C++ analyzer, which
were reported in last year's status report, have been understood and resolved.
They were found to be due to calibration differences and small bugs 
in the C++ tracking code.
Tracking results obtained with the current C++ analyzer and with ESPACE 
are shown in Figs.~\ref{fig:tgt-overlays} and \ref{fig:tgt-diffs}.
The same optics database was used for both replays, and
only ``clean'' events with one cluster per VDC plane were selected.
The data analyzed were taken in September 2000 as part of an optics study 
with a 9-foil carbon optics target
and the standard sieve slit collimator on the left-arm HRS. 
The beam energy was 825~MeV, the scattering angle, 16$^\circ$,
and the spectrometer central momentum, 838~MeV (elastic kinematics 
with a $\delta$-offset).  
For ease of comparison, this is the exact same data set as
in last year's report.

Fig.~\ref{fig:tgt-overlays} shows an overlay of the reconstructed
target variables from the C++ analyzer and from ESPACE. 
As one can see, the agreement between the two sets of results 
is excellent. Fig.~\ref{fig:tgt-diffs} depicts
event-by-event differences of the same quantities. 
The width of each distribution 
is about one order of magnitude smaller than the measured 
spectrometer resolution for the corresponding variable. 
Hence, the different tracking algorithms of C++ and ESPACE 
have negligible effect on the precision of the target reconstruction.

\begin{figure}
\begin{center}
\epsfig{file=rep03-tgt-overlays-left.eps,width=\textwidth}
\caption{\it Results for the reconstructed target quantities $\delta$ 
(momentum), $y$ (in-plane position), $\theta$ (out-of-plane angle),
and $\phi$ (in-plane angle). The data are from an optics study that used
a 9-foil carbon target and the sieve slit collimator on the left HRS
(see text).
In each panel, black histograms represent results from the C++ analyzer, 
and red (lighter colored) histograms were obtained with ESPACE. 
Since the results are nearly identical, the two histograms are
almost indistinguishable.}
\label{fig:tgt-overlays}
\end{center}
\end{figure} 

\begin{figure}
\begin{center}
\epsfig{file=rep03-tgt-diffs-left.eps,width=\textwidth}
\caption{\it 
Histograms of the event-by-event differences of the target variables 
reconstructed by the C++ analyzer and by ESPACE. The data are
the same as in Fig.~\protect{\ref{fig:tgt-overlays}}. The widths
of the distributions are about an order of magnitude smaller than
the measured spectrometer resolutions for each variable.
}
\label{fig:tgt-diffs}
\end{center}
\end{figure} 

During the summer of 2003, an event display was developed as part
of a student project. Such a visualization tool is 
useful for detector and tracking diagnostics and for online data monitoring.
An example plot is shown in Fig.~\ref{fig:evtdisplay}.
The event display software is still in the prototype stage,
but, once stable, we intend to include it in the official C++ analyzer.

\begin{figure}
\begin{center}
\epsfig{file=rep03-evtdisplay.ps,width=\textwidth}
\caption{\it Example of a good track in the HRS 
visualized by the prototype event display of the C++ analyzer.
Wire chamber clusters as well as active scintillator paddles and 
shower blocks are shown. The track is drawn using the
reconstructed focal plane coordinates from the VDC.
}
\label{fig:evtdisplay}
\end{center}
\end{figure} 

Compared to  ESPACE, the C++ analyzer still lacks several features:
full multi-cluster/multi-track VDC analysis; 
full shower cluster analysis with multiple possible clusters;
energy loss corrections; FPP analysis; and
calibration and optimization utilities.
All these items are important and will hopefully be implemented 
over the next year.
Writing the FPP code is arguably the most difficult of these tasks.
Fortunately, no experiment requiring the FPP is scheduled in the near term.

In addition to the gains in modularity and flexibility, 
the functionality of the new analyzer is expected to exceed that of
ESPACE eventually. The dynamic output module available in version 1.1
is already more powerful than the corresponding COOLHANDS package in ESPACE.
For the VDC analysis, we plan to add capabilities to suppress 
noise hits and to split overlapping clusters,
which should improve the tracking efficiency at high trigger rates.
The coincidence time analysis will
take advantage of the relative timing between the trigger and the beam
bucket clock for precision pathlength corrections.
Finally, a likelihood analysis of particle ID could be added to appropriate
detector classes. 
Suggestions for other improvements are welcome.

In the next several months, efforts will focus on the VDC tracking code
and on testing and documentation.
Up-to-date information about this project
can be found on the Web \cite{ref:cppweb}.
Our manpower is limited, and volunteers are always welcome to join, 
especially those with some background in C++ programming.

The work reported here was carried out in collaboration with R.\ Michaels
and R.\ Feuerbach from Hall A and SULI summer student R.\ Stringer
from CSLA.



\subsubsection{ESPACE}

Our legacy FORTRAN-based analysis software ESPACE was 
updated for the Spin Duality and small-angle GDH experiments 
by Seonho Choi from Temple University, who added a
sophisticated analysis of the beam helicity data (G0 helicity scheme).
Currently, the new code is only available privately, but 
it will become official after review and testing of the changes. 
(Our policy is that a given official ESPACE version should be
capable of analyzing all data taken in Hall A before approximately 
its release date. Therefore, new contributions must be tested for
backward compatibility.)

Several items remain on the to-do list for ESPACE. In particular,
a port to the high-performance auto-parallelizing Intel Fortran
compiler is planned. We are committed to maintaining ESPACE for
the foreseeable future as a re-analysis tool for older experiments.
New experimental 
equipment will not be officially supported in ESPACE after 2003.

\begin{thebibliography}{9}
\bibitem{ref:cppweb} {\tt http://hallaweb.jlab.org/root/}

\end{thebibliography}


\end{document}
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4152.5 3967.5 52.5 -412.5 S
4205 3555 H
S
4205 3555 H
S
4152.5 3967.5 H
S
4152.5 3967.5 H
S
89 84 217 rG
3512.5 2660 -5 515 S
3507.5 3175 -75 -177.5 S
3432.5 2997.5 7.5 -512.5 S
3440 2485 72.5 175 S
3510 2660 -5 515 S
3505 3175 -75 -177.5 S
3430 2997.5 5 -512.5 S
3435 2485 75 175 S
3512.5 2660 -2.5 0 S
3507.5 3175 -2.5 0 S
3432.5 2997.5 -2.5 0 S
3440 2485 -5 0 S
3507.5 3175 -5 512.5 S
3502.5 3687.5 -75 -177.5 S
3427.5 3510 5 -512.5 S
3432.5 2997.5 75 177.5 S
3505 3175 -7.5 512.5 S
3497.5 3687.5 -72.5 -177.5 S
3425 3510 5 -512.5 S
3430 2997.5 75 177.5 S
3507.5 3175 -2.5 0 S
3502.5 3687.5 -5 0 S
3427.5 3510 -2.5 0 S
3432.5 2997.5 -2.5 0 S
3495 4200 -5 515 S
3490 4715 -75 -177.5 S
3415 4537.5 7.5 -512.5 S
3422.5 4025 72.5 175 S
3492.5 4200 -5 515 S
3487.5 4715 -75 -177.5 S
3412.5 4537.5 5 -512.5 S
3417.5 4025 75 175 S
3495 4200 -2.5 0 S
3490 4715 -2.5 0 S
3415 4537.5 -2.5 0 S
3422.5 4025 -5 0 S
3490 4715 -5 512.5 S
3485 5227.5 -75 -177.5 S
3410 5050 5 -512.5 S
3415 4537.5 75 177.5 S
3487.5 4715 -7.5 512.5 S
3480 5227.5 -72.5 -177.5 S
3407.5 5050 5 -512.5 S
3412.5 4537.5 75 177.5 S
3490 4715 -2.5 0 S
3485 5227.5 -5 0 S
3410 5050 -2.5 0 S
3415 4537.5 -2.5 0 S
3485 5227.5 -7.5 512.5 S
3477.5 5740 -72.5 -177.5 S
3405 5562.5 5 -512.5 S
3410 5050 75 177.5 S
3480 5227.5 -5 512.5 S
3475 5740 -75 -177.5 S
3400 5562.5 7.5 -512.5 S
3407.5 5050 72.5 177.5 S
3485 5227.5 -5 0 S
3477.5 5740 -2.5 0 S
3405 5562.5 -5 0 S
3410 5050 -2.5 0 S
22.5 w
255 0 r3
3502.5 3687.5 -7.5 512.5 S
3495 4200 -72.5 -175 S
3422.5 4025 5 -515 S
3427.5 3510 75 177.5 S
3497.5 3687.5 -5 512.5 S
3492.5 4200 -75 -175 S
3417.5 4025 7.5 -515 S
3425 3510 72.5 177.5 S
3502.5 3687.5 -5 0 S
3495 4200 -2.5 0 S
3422.5 4025 -5 0 S
3427.5 3510 -2.5 0 S
7.5 w
89 84 217 rG
2412.5 2327.5 -5 647.5 S
2407.5 2975 -132.5 -315 S
2275 2660 7.5 -647.5 S
2282.5 2012.5 130 315 S
2410 2327.5 -7.5 647.5 S
2402.5 2975 -130 -315 S
2272.5 2660 5 -647.5 S
2277.5 2012.5 132.5 315 S
2412.5 2327.5 -2.5 0 S
2407.5 2975 -5 0 S
2275 2660 -2.5 0 S
2282.5 2012.5 -5 0 S
2407.5 2975 -7.5 647.5 S
2400 3622.5 -132.5 -315 S
2267.5 3307.5 7.5 -647.5 S
2275 2660 132.5 315 S
2402.5 2975 -7.5 647.5 S
2395 3622.5 -130 -315 S
2265 3307.5 7.5 -647.5 S
2272.5 2660 130 315 S
2407.5 2975 -5 0 S
2400 3622.5 -5 0 S
2267.5 3307.5 -2.5 0 S
2275 2660 -2.5 0 S
2392.5 4270 -7.5 647.5 S
2385 4917.5 -132.5 -315 S
2252.5 4602.5 7.5 -647.5 S
2260 3955 132.5 315 S
2390 4270 -7.5 647.5 S
2382.5 4917.5 -132.5 -315 S
2250 4602.5 7.5 -647.5 S
2257.5 3955 132.5 315 S
2392.5 4270 -2.5 0 S
2385 4917.5 -2.5 0 S
2252.5 4602.5 -2.5 0 S
2260 3955 -2.5 0 S
2385 4917.5 -7.5 647.5 S
2377.5 5565 -132.5 -315 S
2245 5250 7.5 -647.5 S
2252.5 4602.5 132.5 315 S
2382.5 4917.5 -7.5 647.5 S
2375 5565 -132.5 -315 S
2242.5 5250 7.5 -647.5 S
2250 4602.5 132.5 315 S
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2245 5250 -2.5 0 S
2252.5 4602.5 -2.5 0 S
2377.5 5565 -7.5 647.5 S
2370 6212.5 -132.5 -315 S
2237.5 5897.5 7.5 -647.5 S
2245 5250 132.5 315 S
2375 5565 -7.5 647.5 S
2367.5 6212.5 -132.5 -315 S
2235 5897.5 7.5 -647.5 S
2242.5 5250 132.5 315 S
2377.5 5565 -2.5 0 S
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2245 5250 -2.5 0 S
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255 0 r3
2400 3622.5 -7.5 647.5 S
2392.5 4270 -132.5 -315 S
2260 3955 7.5 -647.5 S
2267.5 3307.5 132.5 315 S
2395 3622.5 -5 647.5 S
2390 4270 -132.5 -315 S
2257.5 3955 7.5 -647.5 S
2265 3307.5 130 315 S
2400 3622.5 -5 0 S
2392.5 4270 -2.5 0 S
2260 3955 -2.5 0 S
2267.5 3307.5 -2.5 0 S
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K
2310 3680 -2.5 175 S
2307.5 3855 -72.5 -170 S
2235 3685 2.5 -175 S
2237.5 3510 72.5 170 S
2250 3680 -2.5 175 S
2247.5 3855 -70 -170 S
2177.5 3685 0 -175 S
2177.5 3510 72.5 170 S
2310 3680 -60 0 S
2307.5 3855 -60 0 S
2235 3685 -57.5 0 S
2237.5 3510 -60 0 S
2307.5 3855 -2.5 175 S
2305 4030 -72.5 -170 S
2232.5 3860 2.5 -175 S
2235 3685 72.5 170 S
2247.5 3855 0 175 S
2247.5 4030 -72.5 -170 S
2175 3860 2.5 -175 S
2177.5 3685 70 170 S
2307.5 3855 -60 0 S
2305 4030 -57.5 0 S
2232.5 3860 -57.5 0 S
2235 3685 -57.5 0 S
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2167.5 2987.5 72.5 172.5 S
2182.5 3160 -2.5 175 S
2180 3335 -72.5 -172.5 S
2107.5 3162.5 2.5 -175 S
2110 2987.5 72.5 172.5 S
2240 3160 -57.5 0 S
2240 3335 -60 0 S
2167.5 3162.5 -60 0 S
2167.5 2987.5 -57.5 0 S
2240 3335 -2.5 175 S
2237.5 3510 -72.5 -172.5 S
2165 3337.5 2.5 -175 S
2167.5 3162.5 72.5 172.5 S
2180 3335 -2.5 175 S
2177.5 3510 -72.5 -172.5 S
2105 3337.5 2.5 -175 S
2107.5 3162.5 72.5 172.5 S
2240 3335 -60 0 S
2237.5 3510 -60 0 S
2165 3337.5 -60 0 S
2167.5 3162.5 -60 0 S
2232.5 3860 -2.5 172.5 S
2230 4032.5 -70 -170 S
2160 3862.5 0 -175 S
2160 3687.5 72.5 172.5 S
2175 3860 -2.5 172.5 S
2172.5 4032.5 -72.5 -170 S
2100 3862.5 2.5 -175 S
2102.5 3687.5 72.5 172.5 S
2232.5 3860 -57.5 0 S
2230 4032.5 -57.5 0 S
2160 3862.5 -60 0 S
2160 3687.5 -57.5 0 S
2215 5432.5 -2.5 175 S
2212.5 5607.5 -72.5 -170 S
2140 5437.5 2.5 -175 S
2142.5 5262.5 72.5 170 S
2157.5 5432.5 -2.5 175 S
2155 5607.5 -72.5 -170 S
2082.5 5437.5 2.5 -175 S
2085 5262.5 72.5 170 S
2215 5432.5 -57.5 0 S
2212.5 5607.5 -57.5 0 S
2140 5437.5 -57.5 0 S
2142.5 5262.5 -57.5 0 S
2170 3552.5 -2.5 262.5 S
2167.5 3815 -32.5 -72.5 S
2135 3742.5 2.5 -262.5 S
2137.5 3480 32.5 72.5 S
1965 3552.5 -2.5 262.5 S
1962.5 3815 -32.5 -72.5 S
1930 3742.5 2.5 -262.5 S
1932.5 3480 32.5 72.5 S
2170 3552.5 -205 0 S
2167.5 3815 -205 0 S
2135 3742.5 -205 0 S
2137.5 3480 -205 0 S
2147.5 2692.5 -2.5 262.5 S
2145 2955 -32.5 -75 S
2112.5 2880 5 -262.5 S
2117.5 2617.5 30 75 S
1942.5 2692.5 -2.5 262.5 S
1940 2955 -32.5 -75 S
1907.5 2880 5 -262.5 S
1912.5 2617.5 30 75 S
2147.5 2692.5 -205 0 S
2145 2955 -205 0 S
2112.5 2880 -205 0 S
2117.5 2617.5 -205 0 S
2135 3742.5 -2.5 262.5 S
2132.5 4005 -30 -75 S
2102.5 3930 2.5 -262.5 S
2105 3667.5 30 75 S
1930 3742.5 -2.5 262.5 S
1927.5 4005 -30 -75 S
1897.5 3930 2.5 -262.5 S
1900 3667.5 30 75 S
2135 3742.5 -205 0 S
2132.5 4005 -205 0 S
2102.5 3930 -205 0 S
2105 3667.5 -205 0 S
2107.5 3405 -2.5 262.5 S
2105 3667.5 -32.5 -72.5 S
2072.5 3595 5 -262.5 S
2077.5 3332.5 30 72.5 S
1902.5 3405 -2.5 262.5 S
1900 3667.5 -32.5 -72.5 S
1867.5 3595 5 -262.5 S
1872.5 3332.5 30 72.5 S
2107.5 3405 -205 0 S
2105 3667.5 -205 0 S
2072.5 3595 -205 0 S
2077.5 3332.5 -205 0 S
2105 3667.5 -2.5 262.5 S
2102.5 3930 -32.5 -72.5 S
2070 3857.5 2.5 -262.5 S
2072.5 3595 32.5 72.5 S
1900 3667.5 -2.5 262.5 S
1897.5 3930 -32.5 -72.5 S
1865 3857.5 2.5 -262.5 S
1867.5 3595 32.5 72.5 S
2105 3667.5 -205 0 S
2102.5 3930 -205 0 S
2070 3857.5 -205 0 S
2072.5 3595 -205 0 S
2045 3257.5 -2.5 262.5 S
2042.5 3520 -30 -72.5 S
2012.5 3447.5 2.5 -262.5 S
2015 3185 30 72.5 S
1840 3257.5 -2.5 262.5 S
1837.5 3520 -30 -72.5 S
1807.5 3447.5 2.5 -262.5 S
1810 3185 30 72.5 S
2045 3257.5 -205 0 S
2042.5 3520 -205 0 S
2012.5 3447.5 -205 0 S
2015 3185 -205 0 S
2037.5 4045 -2.5 262.5 S
2035 4307.5 -32.5 -72.5 S
2002.5 4235 2.5 -262.5 S
2005 3972.5 32.5 72.5 S
1832.5 4045 -5 262.5 S
1827.5 4307.5 -30 -72.5 S
1797.5 4235 2.5 -262.5 S
1800 3972.5 32.5 72.5 S
2037.5 4045 -205 0 S
2035 4307.5 -207.5 0 S
2002.5 4235 -205 0 S
2005 3972.5 -205 0 S
230 G
855 1017.5 400 1472.5 re
f*
255 G
1255 1017.5 -5 5 -390 0 0 1462.5 -5 5 0 -1472.5 400 0 f*
161 G
1255 1017.5 -5 5 0 1462.5 -390 0 -5 5 400 0 0 -1472.5 f*
0.24 i
K
1145 1617.64 0 36.36 -175 0 0 -36 119.08 0 -119.08 -69.72 0 -37.28 175 0 
0 36 -120.96 0 H
f*
1091 1793.76 m
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-23.52 -8.64 -38.08 -29.52 -38.08 -55.68 c
0 -37.2 27.03 -60 70.72 -60 c
41.52 0 66.96 22.56 66.96 59.28 c
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0 -33.12 p
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h
1069 1707.36 m
-20.05 2.16 -30.16 10.56 -30.16 25.44 c
0 8.4 4.11 16.08 10.88 20.88 c
4.94 3.12 10.13 4.56 19.28 5.28 c
h
f*
1079.72 1887.2 -64.72 42.24 0 -40.32 39.52 -20.88 -39.52 -21.12 0 -40.32 64.72 42.24 65.28 -43.2 
0 40.32 -40.32 22.08 40.32 21.84 0 40.32 H
f*
1018 2007.24 0 -18.24 -34.76 0 0 -34 ^ 0 -16.64 22 0 ^ 
80.04 0 P
20.4 0 30.48 10.77 30.48 32.8 c
0 7.44 -0.72 13.44 -2.64 19.44 c
-23.52 0 p
0.48 -3.36 1.16 -5.28 1.16 -7.68 c
0 -8.88 -2.72 -10.56 -14.6 -10.56 c
-70.92 0 0 18.24 h
f*
1 i
230 G
855 2860 400 1472.5 re
f*
255 G
1255 2860 -5 5 -390 0 0 1462.5 -5 5 0 -1472.5 400 0 f*
161 G
1255 2860 -5 5 0 1462.5 -390 0 -5 5 400 0 0 -1472.5 f*
0.24 i
K
1023.32 3256.76 m
-16.08 0 -26.64 -3.62 -36.24 -12.32 c
-12.96 -11.76 -19.96 -31.2 -19.96 -56.4 c
0 -42 19.69 -66.04 53.8 -66.04 c
27.12 0 40.32 13.62 47.04 49 c
4.8 24.48 p
4.56 24 11.28 32.52 25.44 32.52 c
14.64 0 24.32 -13.3 24.32 -34.92 c
0 -24.48 -10.6 -38.16 -29.84 -39.36 c
0 -35.04 p
37.44 2.16 57.84 27.84 57.84 72.48 c
0 45.12 -21.12 71.84 -56.64 71.84 c
-27.6 0 -42 -13.94 -48.24 -46.4 c
-5.28 -27.36 p
-5.04 -25.68 -10.08 -33.24 -22.8 -33.24 c
-13.2 0 -22.44 11.81 -22.44 30.36 c
0 22.8 9.89 35.52 28.2 36.72 c
h
f*
1065.8 3319 -95.8 0 0 -34 175 0 ^ -42.48 0 -14.64 13.2 57.12 30.96 
0 39.36 -80.64 -47.28 -48.96 44.16 0 -38.16 H
f*
1015.4 3454 0 -34 129.6 0 ^ H
970 3454 0 -34 30 0 ^ H
f*
1015 3519 0 -34 182 0 ^ -67.36 0 P
14.4 8.05 21.36 19.42 21.36 35.52 c
0 31.2 -29.38 54.48 -68.88 54.48 c
-18.24 0 -36.48 -5.37 -48.48 -14.16 c
-12.24 -8.64 -20.8 -24.72 -20.8 -40.32 c
0 -16.1 7.09 -27.47 21.76 -35.52 c
h
1040.84 3546.84 m
0 17.04 16.75 28.16 41.76 28.16 c
23.52 0 40.4 -11.69 40.4 -28.16 c
0 -16.8 -16.45 -27.84 -40.88 -27.84 c
-24.24 0 -41.28 11.32 -41.28 27.84 c
h
f*
1027.64 3741 117.36 0 0 34 -170.16 0 0 -22.6 P
20.16 -5.28 30.48 -22.8 30.48 -52.08 c
22.32 0 h
f*
971.48 3883.52 m
0 -18.24 7.6 -33.84 21.6 -44.16 c
13.2 -9.84 35.04 -14.36 67.92 -14.36 c
30 0 51.36 4.07 64.32 11.96 c
16.08 10.08 25.2 26.64 25.2 46.56 c
0 18.48 -7.44 33.6 -21.84 44.16 c
-12.96 9.6 -35.04 14.32 -66.72 14.32 c
-31.2 0 -52.32 -3.81 -65.52 -11.92 c
-16.32 -10.08 -24.96 -26.64 -24.96 -46.56 c
h
998.48 3883.52 m
0 8.64 4.76 15.6 13.56 19.68 c
7.2 3.36 25.92 4.8 49.2 4.8 c
18.96 0 38.16 -1.71 44.88 -3.84 c
10.08 -3.84 16.4 -11.04 16.4 -20.64 c
0 -8.88 -4.84 -15.6 -14 -19.68 c
-7.2 -3.36 -25.2 -4.84 -47.76 -4.84 c
-19.92 0 -39.36 1.72 -46.32 3.88 c
-10.32 3.84 -15.96 11.04 -15.96 20.64 c
h
f*
971.48 4016.52 m
0 -18.24 7.6 -33.84 21.6 -44.16 c
13.2 -9.84 35.04 -14.36 67.92 -14.36 c
30 0 51.36 4.07 64.32 11.96 c
16.08 10.08 25.2 26.64 25.2 46.56 c
0 18.48 -7.44 33.6 -21.84 44.16 c
-12.96 9.6 -35.04 14.32 -66.72 14.32 c
-31.2 0 -52.32 -3.81 -65.52 -11.92 c
-16.32 -10.08 -24.96 -26.64 -24.96 -46.56 c
h
998.48 4016.52 m
0 8.64 4.76 15.6 13.56 19.68 c
7.2 3.36 25.92 4.8 49.2 4.8 c
18.96 0 38.16 -1.71 44.88 -3.84 c
10.08 -3.84 16.4 -11.04 16.4 -20.64 c
0 -8.88 -4.84 -15.6 -14 -19.68 c
-7.2 -3.36 -25.2 -4.84 -47.76 -4.84 c
-19.92 0 -39.36 1.72 -46.32 3.88 c
-10.32 3.84 -15.96 11.04 -15.96 20.64 c
h
f*
1 i
230 G
855 4702.5 400 1472.5 re
f*
255 G
1255 4702.5 -5 5 -390 0 0 1462.5 -5 5 0 -1472.5 400 0 f*
161 G
1255 4702.5 -5 5 0 1462.5 -390 0 -5 5 400 0 0 -1472.5 f*
0.24 i
K
1120.28 5359.6 m
-14.4 11.76 -38.4 19.4 -61.92 19.4 c
-25.68 0 -50.4 -9.19 -66.96 -24.68 c
-16.32 -15.12 -24.28 -34.8 -24.28 -59.76 c
0 -24.96 7.93 -44.64 24.28 -59.76 c
16.56 -15.36 41.28 -24.8 67.44 -24.8 c
26.16 0 50.88 9.24 67.44 24.8 c
16.32 15.12 24.24 35.04 24.24 59.76 c
0 18 -3.6 31.44 -12 45.36 c
19.44 20.64 -19.44 18.24 h
1078.28 5315.2 19.44 -18.24 17.52 18.48 P
2.88 -5.52 5.28 -13.44 5.28 -21.12 c
0 -28.8 -24.53 -48.32 -61.68 -48.32 c
-36.72 0 -61.72 19.33 -61.72 48.56 c
0 29.28 24.3 48.44 61.96 48.44 c
14.4 0 27.36 -2.71 37.92 -8.12 c
h
f*
1145 5517 -130 0 0 -34 81.52 0 P
15.36 0 26 -10.7 26 -26.88 c
0 -14.4 -7.86 -21.12 -23.84 -21.12 c
-83.68 0 0 -34 90.64 0 p
28.56 0 44.88 15.81 44.88 43.36 c
0 17.41 -6.48 29.1 -20.88 38.64 c
15.36 0 h
f*
1015.4 5583 0 -34 129.6 0 ^ H
970 5583 0 -34 30 0 ^ H
f*
1018 5672.24 0 -18.24 -34.76 0 0 -34 ^ 0 -16.64 22 0 ^ 
80.04 0 P
20.4 0 30.48 10.77 30.48 32.8 c
0 7.44 -0.72 13.44 -2.64 19.44 c
-23.52 0 p
0.48 -3.36 1.16 -5.28 1.16 -7.68 c
0 -8.88 -2.72 -10.56 -14.6 -10.56 c
-70.92 0 0 18.24 h
f*
1 i
230 G
1355 1017.5 397.5 1472.5 re
f*
255 G
1752.5 1017.5 -5 5 -387.5 0 0 1462.5 -5 5 0 -1472.5 397.5 0 f*
161 G
1752.5 1017.5 -5 5 0 1462.5 -387.5 0 -5 5 397.5 0 0 -1472.5 f*
0.24 i
K
1643 1237.28 -175 60 0 -36.24 131.8 -38.16 -131.8 -38.88 0 -36.24 175 59.04 H
f*
1643 1320 0 68.88 P
0 26.64 -6.24 43.44 -20.4 55.2 c
-16.32 13.92 -40.08 20.92 -67.2 20.92 c
-26.88 0 -50.64 -7.29 -67.2 -20.92 c
-14.16 -11.76 -20.2 -28.32 -20.2 -55.2 c
0 -68.88 h
1613 1356 -115 0 0 32.88 P
0 27.12 18.97 40.12 57.64 40.12 c
38.4 0 57.36 -13.29 57.36 -40.12 c
h
f*
1527.32 1638.68 m
-15.12 -1.2 -24.72 -4.32 -34.56 -11.76 c
-17.76 -13.44 -27.64 -35.04 -27.64 -61.2 c
0 -49.44 35.3 -79.72 91.96 -79.72 c
56.16 0 91.44 30.31 91.44 78.76 c
0 43.44 -25.2 72.48 -65.28 74.64 c
0 -35.04 p
22.32 -2.16 35.28 -16.32 35.28 -38.64 c
0 -27.84 -22.65 -43.72 -60.96 -43.72 c
-38.64 0 -62.44 16.87 -62.44 44.92 c
0 12.48 4.58 22.8 13.48 29.52 c
4.8 3.84 9.36 5.76 18.72 7.92 c
h
f*
1643 1733 0 68.88 P
0 26.64 -6.24 43.44 -20.4 55.2 c
-16.32 13.92 -40.08 20.92 -67.2 20.92 c
-26.88 0 -50.64 -7.29 -67.2 -20.92 c
-14.16 -11.76 -20.2 -28.32 -20.2 -55.2 c
0 -68.88 h
1613 1769 -115 0 0 32.88 P
0 27.12 18.97 40.12 57.64 40.12 c
38.4 0 57.36 -13.29 57.36 -40.12 c
h
f*
1589 2013.76 m
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%%BoundingBox:  0 0 567 384
%%Title: tgt-diffs-left.epsC++ vs. ESPACE Target Differences Left
%%Creator: ROOT Version 3.05/04
%%CreationDate: Mon Jul 28 17:43:43 2003
%%EndComments
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80 dict begin
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/cl {closepath} def /sf {scalefont setfont} def /black {0 setgray} def
/box {m dup 0 exch d exch 0 d 0 exch neg d cl} def
/NC{systemdict begin initclip end}def/C{NC box clip newpath}def
/bl {box s} def /bf {box f} def /Y { 0 exch d} def /X { 0 d} def 
/mp {newpath /y exch def /x exch def} def
/side {[w .77 mul w .23 mul] .385 w mul sd w 0 l currentpoint t -144 r} def
/mr {mp x y w2 0 360 arc} def /m24 {mr s} def /m20 {mr f} def
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/m27 {mp x y w2 add m w3 neg w2 neg d w3 w2 neg d w3 w2 d cl s} def
/m28 {mp x w2 sub y w2 sub w3 add m w3 0 d  0 w3 neg d w3 0 d 0 w3 d w3 0 d  0 w3 d w3 neg 0 d 0 w3 d w3 neg 0 d
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/m29 {mp gsave x w2 sub y w2 add w3 sub m currentpoint t
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/m2 {mp x y w2 sub m 0 w d x w2 sub y m w 0 d s} def
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221 /idieresis 222 /Idieresis 223 /ntilde 224 /Ntilde 226 /ocircumflex
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/Times-Italic /Times-Italic accvec ReEncode
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/Times-BoldItalic /Times-BoldItalic accvec ReEncode
/Helvetica /Helvetica accvec ReEncode
/Helvetica-Oblique /Helvetica-Oblique accvec ReEncode
/Helvetica-Bold /Helvetica-Bold accvec ReEncode
/Helvetica-BoldOblique /Helvetica-BoldOblique  accvec ReEncode
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/Courier-Oblique /Courier-Oblique accvec ReEncode
/Courier-Bold /Courier-Bold accvec ReEncode
/Courier-BoldOblique /Courier-BoldOblique accvec ReEncode
/oshow {gsave [] 0 sd true charpath stroke gr} def
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/accspe [ 65 /plusminus  66 /bar  67 /existential  68 /universal 
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83 /spade 84 /heart 85 /diamond 86 /club 87 /lessequal
88 /multiply 89 /percent 90 /infinity 48 /circlemultiply 49 /circleplus
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/Symbol /Special accspe ReEncode
%%EndProlog
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 641 98 m -9 Y s 660 107 m -18 Y s 678 98 m -9 Y s 697 98 m -9 Y s 715 98 m -9 Y s 734 98 m -9 Y s 752 107 m -18 Y s 771 98 m -9 Y s 789 98 m -9 Y s 808 98 m -9 Y s 826 98 m -9 Y s 845 107 m -18 Y s 863 98 m -9 Y s 882 98 m -9 Y s 900 98 m -9 Y s 919
 98 m -9 Y s 937 107 m -18 Y s 196 107 m -18 Y s 178 98 m -9 Y s 159 98 m -9 Y s 141 98 m -9 Y s 937 107 m -18 Y s 956 98 m -9 Y s 975 98 m -9 Y s 993 98 m -9 Y s
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 223 m -13 X s 158 238 m -26 X s 145 252 m -13 X s 145 267 m -13 X s 145 282 m -13 X s 145 297 m -13 X s 158 312 m -26 X s 145 327 m -13 X s 145 341 m -13 X s 145 356 m -13 X s 145 371 m -13 X s 158 386 m -26 X s 145 401 m -13 X s 145 416 m -13 X s
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 9 X -25 Y 9 X -25 Y 8 X -11 Y 9 X -5 Y 9 X -4 Y 17 X -2 Y 9 X 1 Y 9 X -2 Y 8 X -1 Y 27 X -1 Y 8 X 1 Y 9 X -1 Y 78 X -1 Y 9 X 1 Y 9 X -1 Y 104 X -1 Y 61 X s 1265 89 m 871 X s
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showpage
end
%%EOF

%%BoundingBox:  0 0 567 384
%%Title: tgt-overlays-left.epsC++ vs. ESPACE Target Quantities Left
%%Creator: ROOT Version 3.05/04
%%CreationDate: Mon Jul 28 17:43:42 2003
%%EndComments
%%BeginProlog
80 dict begin
/s {stroke} def /l {lineto} def /m {moveto} def /t {translate} def
/sw {stringwidth} def /r {rotate} def /rl {roll}  def /R {repeat} def
/d {rlineto} def /rm {rmoveto} def /gr {grestore} def /f {eofill} def
/c {setrgbcolor} def /lw {setlinewidth} def /sd {setdash} def
/cl {closepath} def /sf {scalefont setfont} def /black {0 setgray} def
/box {m dup 0 exch d exch 0 d 0 exch neg d cl} def
/NC{systemdict begin initclip end}def/C{NC box clip newpath}def
/bl {box s} def /bf {box f} def /Y { 0 exch d} def /X { 0 d} def 
/mp {newpath /y exch def /x exch def} def
/side {[w .77 mul w .23 mul] .385 w mul sd w 0 l currentpoint t -144 r} def
/mr {mp x y w2 0 360 arc} def /m24 {mr s} def /m20 {mr f} def
/mb {mp x y w2 add m w2 neg 0 d 0 w neg d w 0 d 0 w d cl} def
/mt {mp x y w2 add m w2 neg w neg d w 0 d cl} def
/m21 {mb f} def /m25 {mb s} def /m22 {mt f} def /m26{mt s} def
/m23 {mp x y w2 sub m w2 w d w neg 0 d cl f} def
/m27 {mp x y w2 add m w3 neg w2 neg d w3 w2 neg d w3 w2 d cl s} def
/m28 {mp x w2 sub y w2 sub w3 add m w3 0 d  0 w3 neg d w3 0 d 0 w3 d w3 0 d  0 w3 d w3 neg 0 d 0 w3 d w3 neg 0 d
 0 w3 neg d w3 neg 0 d cl s } def
/m29 {mp gsave x w2 sub y w2 add w3 sub m currentpoint t
 4 {side} repeat cl fill gr} def
/m30 {mp gsave x w2 sub y w2 add w3 sub m currentpoint t
 4 {side} repeat cl s gr} def
/m31 {mp x y w2 sub m 0 w d x w2 sub y m w 0 d x w2 sub y w2 add m w w neg d x w2 sub y w2
 sub m w w d s} def
/m2 {mp x y w2 sub m 0 w d x w2 sub y m w 0 d s} def
/m5 {mp x w2 sub y w2 sub m w w d x w2 sub y w2 add m w w neg d s} def
/reencdict 24 dict def /ReEncode {reencdict begin /nco&na exch def
/nfnam exch def /basefontname exch def /basefontdict basefontname findfont def
/newfont basefontdict maxlength dict def basefontdict {exch dup /FID ne
{dup /Encoding eq {exch dup length array copy newfont 3 1 roll put} {exch 
newfont 3 1 roll put} ifelse} {pop pop} ifelse } forall newfont
/FontName nfnam put nco&na aload pop nco&na length 2 idiv {newfont
/Encoding get 3 1 roll put} repeat nfnam newfont definefont pop end } def
/accvec [ 176 /agrave 181 /Agrave 190 /acircumflex 192 /Acircumflex
201 /adieresis 204 /Adieresis 209 /ccedilla 210 /Ccedilla 211 /eacute
212 /Eacute 213 /egrave 214 /Egrave 215 /ecircumflex 216 /Ecircumflex
217 /edieresis 218 /Edieresis 219 /icircumflex 220 /Icircumflex
221 /idieresis 222 /Idieresis 223 /ntilde 224 /Ntilde 226 /ocircumflex
228 /Ocircumflex 229 /odieresis 230 /Odieresis 231 /ucircumflex 236 /Ucircumflex
237 /udieresis 238 /Udieresis 239 /aring 242 /Aring 243 /ydieresis
244 /Ydieresis 246 /aacute 247 /Aacute 252 /ugrave 253 /Ugrave] def
/Times-Roman /Times-Roman accvec ReEncode
/Times-Italic /Times-Italic accvec ReEncode
/Times-Bold /Times-Bold accvec ReEncode
/Times-BoldItalic /Times-BoldItalic accvec ReEncode
/Helvetica /Helvetica accvec ReEncode
/Helvetica-Oblique /Helvetica-Oblique accvec ReEncode
/Helvetica-Bold /Helvetica-Bold accvec ReEncode
/Helvetica-BoldOblique /Helvetica-BoldOblique  accvec ReEncode
/Courier /Courier accvec ReEncode
/Courier-Oblique /Courier-Oblique accvec ReEncode
/Courier-Bold /Courier-Bold accvec ReEncode
/Courier-BoldOblique /Courier-BoldOblique accvec ReEncode
/oshow {gsave [] 0 sd true charpath stroke gr} def
/stwn { /fs exch def /fn exch def /text exch def fn findfont fs sf
 text sw pop xs add /xs exch def} def
/stwb { /fs exch def /fn exch def /nbas exch def /textf exch deftextf length /tlen exch def nbas tlen gt {/nbas tlendef} iffn findfont fs sf textf dup length nbas sub nbas getinterval sw
pop neg xs add /xs exch def} def
/accspe [ 65 /plusminus  66 /bar  67 /existential  68 /universal 
69 /exclam  70 /numbersign 71 /greater  72 /question  73 /integral 
74 /colon  75 /semicolon  76 /less  77 /bracketleft  78 /bracketright
79 /greaterequal 80 /braceleft 81 /braceright 82 /radical
83 /spade 84 /heart 85 /diamond 86 /club 87 /lessequal
88 /multiply 89 /percent 90 /infinity 48 /circlemultiply 49 /circleplus
50 /emptyset  51 /lozenge 52 /bullet 53 /arrowright 54 /arrowup
55 /arrowleft 56 /arrowdown 57 /arrowboth 48 /degree 44 /comma 43 /plus 45 /angle 42 /angleleft 47 /divide 61 /notequal 40 /equivalence 41 /second 97 /approxequal 98 /congruent 99 /perpendicular 100 /partialdiff 101 /florin 102 /intersection
 103 /union 104 /propersuperset 105 /reflexsuperset 106 /notsubset 107 /propersubset 108 /reflexsubset 109 /element 110 /notelement 111 /gradient 112 /logicaland 113 /logicalor 114 /arrowdblboth 115 /arrowdblleft 116 /arrowdblup 117 /arrowdblright
 118 /arrowdbldown 119 /ampersand 120 /omega1 121 /similar 122 /aleph ] def
/Symbol /Special accspe ReEncode
%%EndProlog
%%BeginSetup
newpath  gsave  .25 .25 scale 
%%EndSetup
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 5 Y 9 X 4 Y 9 X 2 Y 9 X -1 Y 17 X -5 Y 9 X -2 Y 17 X -2 Y 17 X -1 Y 9 X 1 Y 18 X 6 Y 8 X 2 Y 9 X 7 Y 9 X 3 Y 8 X 10 Y 9 X 4 Y 9 X -12 Y 9 X -8 Y 8 X -1 Y 9 X 6 Y 9 X 1 Y 8 X -4 Y 9 X -6 Y 9 X -1 Y 9 X 7 Y 8 X 10 Y 9 X 20 Y 9 X 43 Y 8 X 45 Y 9 X -45
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 145 1061 m -13 X s 145 1084 m -13 X s 145 1106 m -13 X s 158 1129 m -26 X s 145 1152 m -13 X s 145 1174 m -13 X s 145 1197 m -13 X s 158 1219 m -26 X s 145 1242 m -13 X s 145 1265 m -13 X s 145 1287 m -13 X s 158 1310 m -26 X s 145 1332 m -13 X s
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