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20020710_Polarimetry.gp,v
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head 10.4;
access;
symbols;
locks
dan:10.4; strict;
comment @# @;
10.4
date 2020.09.24.14.56.54; author dan; state Exp;
branches;
next 10.3;
10.3
date 2020.09.23.15.25.32; author dan; state Exp;
branches;
next 10.2;
10.2
date 2003.01.11.02.12.07; author dan; state Exp;
branches;
next 10.1;
10.1
date 2002.09.29.19.02.58; author dan; state Exp;
branches;
next 9.1;
9.1
date 2002.09.28.19.29.04; author dan; state Exp;
branches;
next 8.1;
8.1
date 2002.09.15.14.45.16; author dan; state Exp;
branches;
next 7.1;
7.1
date 2002.09.13.11.26.29; author dan; state Exp;
branches;
next ;
desc
@20020710 plotting script
@
10.4
log
@Further work to adapt to new Gnuplot syntax.
@
text
@# Copyright 2002 D. C. Hatton
#
# D. C. Hatton can be contacted on dan.hatton@@btinternet.com
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 2 of the License.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU',
# General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program (in the file copying.programs;) if not,
# write to the Free Software Foundation, Inc., 59 Temple Place, Suite
# 330, Boston, MA 02111-1307 USA
# This plots the data from 10th July 2002
set pointsize 0.01
set style data xyerrorbars
set key below
set size 1, 2
set terminal pslatex
set color
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$f_d/\\ut{Hz}$"
set output '20020710_Polarimetry_2.tex'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020710_Polarimetry_4.tex'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020710_Polarimetry_6.tex'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set terminal png
set color
set xlabel "Eb/eV"
set ylabel "fd/Hz"
set output '20020710_Polarimetry_2.png'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1$', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020710_Polarimetry_4.png'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020710_Polarimetry_6.png'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
@
10.3
log
@Syntax updated for newer Gnuplot versions.
@
text
@d27 2
a28 1
set terminal pslatex color
d41 2
a42 1
set terminal png color
@
10.2
log
@Typographical errors corrected.
@
text
@d23 1
a23 1
set data style xyerrorbars
@
10.1
log
@Polarimeter model altered to use Taylor expansions in the reciprocal
of the energy loss window, rather than in the energy loss window itself,
for the average scattering probability and Sherman function.
@
text
@a20 1
#load 'postsummer.gp'
d25 1
a25 1
set size 1, 1.15
d29 1
a29 1
set ylabel "$R_d/\\ut{Hz}$"
d31 8
a38 2
set output '20020710_Polarimetry.tex'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$"#, '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$"
d42 1
a42 8
set ylabel "Rd/Hz"
set output '20020710_Polarimetry.png'
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, Ib = (6+/-0.029)muA"
set terminal pslatex color
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$R_a/\\ut{Hz}$"
d44 2
a45 2
set output '20020710_perfect.tex'
#plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$"
d47 2
a48 3
set terminal png color
set xlabel "Eb/eV"
set ylabel "Ra/Hz"
d50 2
a51 2
set output '20020710_perfect.png'
#plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization up, detector 1, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization up, detector 2, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title "Magnetization down, detector 1, Ib = (6+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, Ib = (2+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, Ib = (4+/-0.029)muA", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title "Magnetization down, detector 2, Ib = (6+/-0.029)muA"
@
9.1
log
@Early summer inference script changed to reflect differences
between this experiment and the autumn one.
More summer data graphs added.
@
text
@d33 1
a33 1
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization up, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$", '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title "Magnetization down, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$"
@
8.1
log
@Inference script for summer 2002, non-UHV data added.
References to inferred parameters that are not yet ready commented out.
@
text
@d11 1
a11 1
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
d30 1
a30 1
set ylabel "$I_d/\\ut{fA}$"
d33 1
a33 1
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d37 1
a37 1
set ylabel "Id/fA"
d40 1
a40 1
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d44 1
a44 1
set ylabel "$I_a/\\ut{fA}$"
d47 1
a47 1
#plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization down, detector 2'
d51 1
a51 1
set ylabel "Ia/fA"
d54 1
a54 1
#plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization down, detector 2'
@
7.1
log
@Summer 2002 data added.
Facilities for graphing some summer 2002 data added.
@
text
@d21 1
a21 1
load 'postsummer.gp'
d47 1
a47 1
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization down, detector 2'
d54 1
a54 1
plot '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization up, detector 1', '20020710_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization up, detector 2', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_2_0_0*eta_0) : 1/0):4:($9/(P_2_0_0*eta_0)) title 'Magnetization down, detector 1', '20020710_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_2_0_1*eta_1) : 1/0):4:($9/(P_2_0_1*eta_1)) title 'Magnetization down, detector 2'
@