\( \def\L{\mathrm{L}} \def\xL{x_\mathrm{L}} \def\sr{\sigma_\mathrm{red}} \def\GeV{\mathrm{GeV}} \def\Phad{K} \def\phad{k} \def\mystar{\color{lime}\bigstar} \def\mysquare{\color{aqua}\blacksquare} \def\smr#1{\tilde{#1}} \)

All material in this page
is freely available under the CC-BY license.

1. 18 x 275 GeV

1.1. Generated data

Inclusive DDIS, NC, H1-2006B DPDFs.

Number of generated events: 100 000.

All resonances with \(c\tau < 1000 \,\mathrm{mm}\) are forced to decay.

Table 1. Basic generation parameters
variable value RG name

\(E_e\,[\GeV]\)

18

PLEP

\(E_p\,[\GeV]\)

275

PPIN

\(x_{\mathrm{L}}\)

> 0.6

RRXF

\(-t\, [\GeV^2]\)

< 5

RT2M

\(y_{\mathrm{min}}, y_{\mathrm{max}}\)

0.005, 0.96

YMIN, YMAX

\(Q^2_{\mathrm{min}}, Q^2_{\mathrm{max}}\, [\GeV^2]\)

4.217, 42.17

QMIN, QMAX

DPDFs model

-32 (H1-2006B)

IPOM

Table 2. \(Q^2\) ranges
GID \(Q^2_\min\) \(Q^2_\max\) \(\sigma\, [\mathrm{nb}]\) L [pb-1]

Low

4.217

42.17

35.6555 ± 0.1

2.8

High

42.17

1e5

1.9085 ± 0.004

52

All

2.37

1e5

66.53 ± 0.2

1.5

1.2. Steering cards and commands

Steering cards for QQ low

Zipped steering cards and scripts to make all generated and smeared data.

For 100000 events the 3 data files are made in a few minutes time. The compressed size is ~0.5 GiB.

yep.sh — shell script to make all data files
#!/bin/bash
echo $1
rapgap33 < $1.steer &> $1.log (1)
tail $1.log
echo RAPGAP finished.
echo Output saved to rapgap.txt
echo Building ROOT tree...
root -l build_tree.cxx &> bld_tree.log (2)
echo done.
echo gzipping rapgap.txt
gzip rapgap.txt
echo done.
echo Building ROOT smeared tree...
root -l smear_FF.cxx &> bld_sm.log (3)
echo done.
1 Run RAPGAP to make rapgap.txt
2 Build ROOT tree
3 Smear via SmearMatrixDetector_0_1_FF

1.3. Files — samples and logs

  1. RAPGAP run:
    rapgap33 < rapgap.ep_Qlow.steer &> rapgap.ep_Qlow.log

  2. Build ROOT tree:
    root -l build_tree.cxx &> bld_tree.log

  3. Smearing:
    root -l smear_FF.cxx &> bld_sm.log