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20011212_Polarimetry.gp,v
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20011212_Polarimetry.gp,v
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head 12.4;
access;
symbols;
locks
dan:12.4; strict;
comment @# @;
12.4
date 2020.09.24.14.56.54; author dan; state Exp;
branches;
next 12.3;
12.3
date 2020.09.23.15.25.32; author dan; state Exp;
branches;
next 12.2;
12.2
date 2003.01.11.02.12.07; author dan; state Exp;
branches;
next 12.1;
12.1
date 2002.11.24.12.51.53; author dan; state Exp;
branches;
next 6.2;
6.2
date 2002.09.06.15.19.16; author dan; state Exp;
branches;
next 6.1;
6.1
date 2002.09.04.11.31.04; author dan; state Exp;
branches;
next 5.1;
5.1
date 2002.08.06.18.19.19; author dan; state Exp;
branches;
next ;
desc
@Plotting script for data from 12th December 2001
@
12.4
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 12th December 2001
set pointsize 0.01
set style data xyerrorbars
set key below
set size 1, 2
pi = 3.1415927
Gaussian(x, mu, sigma) = exp(-((x-mu)**2.0/sigma**2.0))/sqrt(2.0*pi*sigma**2.0)
tophat(x, low, high) = x < low ? Gaussian(x, (high+low)/2.0, (high-low)/5.32) : x <= high ? 127.0/(128.0*(high-low)) : Gaussian(x, (high+low)/2.0, (high-low)/5.32)
rhou1(I) = Gaussian(I, 14000.0, 1000.0)+tophat(I, 14500.0, 15500.0)+Gaussian(I, 16000.0, 1000.0)+Gaussian(I, 14000.0, 500.0)+Gaussian(I, 13500.0, 580.0)+tophat(I, 1300.0, 2300.0)
rhou2(I) = Gaussian(I, 7000.0, 500.0)+Gaussian(I, 16000.0, 700.0)+Gaussian(I, 17000.0, 1000.0)+Gaussian(I, 14000.0, 1400.0)+Gaussian(I, 13000.0, 1000.0)+Gaussian(I, 2000.0, 1400.0)
rhod1(I) = tophat(I, 15500.0, 16500.0)+tophat(I, 15500.0, 16500.0)+tophat(I, 5500.0, 6500.0)+Gaussian(I, 9500.0, 500.0)
rhod2(I) = Gaussian(I, 12000.0, 1000.0)+Gaussian(I, 11000.0, 1000.0)+Gaussian(I, 6000.0, 1400.0)+Gaussian(I, 9000.0, 1000.0)
set terminal pslatex
set color
set xrange [0:18800]
set xlabel "$I_d/\\ut{fA}$"
set ylabel "$\\rho\\ut{fA}$"
set output '20011212_Polarimetry.tex'
plot rhou1(x) title "Magnetization up, detector 1", rhou2(x) title "Magnetization up, detector 2", rhod1(x) title "Magnetization down, detector 1", rhod2(x) title "Magnetization down, detector 2"
set terminal png
set color
set xlabel "Id/fA"
set ylabel "rhofA"
set output '20011212_Polarimetry.png'
plot rhou1(x) title "Magnetization up, detector 1", rhou2(x) title "Magnetization up, detector 2", rhod1(x) title "Magnetization down, detector 1", rhod2(x) title "Magnetization down, detector 2"
set xrange [*:*]
@
12.3
log
@Syntax updated for newer Gnuplot versions.
@
text
@d36 2
a37 1
set terminal pslatex color
d45 2
a46 1
set terminal png color
@
12.2
log
@Typographical errors corrected.
@
text
@d22 1
a22 1
set data style xyerrorbars
@
12.1
log
@Writing of experimental method, including some new diagrams, started.
@
text
@a20 2
load 'postautumn.gp'
d37 1
d51 1
a51 29
# set size 1, 1.15
# set terminal pslatex color
# set xlabel "$I_b/\\ut{nA}$"
# set ylabel "$I_p/\\ut{fA}$"
# set output '20011212_positioned.tex'
# plot '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):6:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):6:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):6:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):6:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 2'
# set terminal png color
# set xlabel "Ib/nA"
# set ylabel "Ip/fA"
# set output '20011212_positioned.png'
# plot '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):6:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):6:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):6:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):6:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 2'
# set terminal pslatex color
# set xlabel "$I_b/\\ut{nA}$"
# set ylabel "$I_a/\\ut{fA}$"
# set output '20011212_perfect.tex'
# plot '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_0) : $0 < 5.5 ? $8/(P_6_2*eta_0) : $0 < 9.5 ? $8/(P_6_4*eta_0) : $0 < 11.5 ? $8/(P_6_5*eta_0) : $0 < 15.5 ? $8/(P_6_7*eta_0) : $8/(P_6_9*eta_0) : 1/0):6:($0 < 1.5 ? $9/(P_6_0*eta_0) : $0 < 5.5 ? $9/(P_6_2*eta_0) : $0 < 9.5 ? $9/(P_6_4*eta_0) : $0 < 11.5 ? $9/(P_6_5*eta_0) : $0 < 15.5 ? $9/(P_6_7*eta_0) : $9/(P_6_9*eta_0)) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_1) : $0 < 5.5 ? $8/(P_6_2*eta_1) : $0 < 9.5 ? $8/(P_6_4*eta_1) : $0 < 11.5 ? $8/(P_6_5*eta_1) : $0 < 15.5 ? $8/(P_6_7*eta_1) : $8/(P_6_9*eta_1) : 1/0):6:($0 < 1.5 ? $9/(P_6_0*eta_1) : $0 < 5.5 ? $9/(P_6_2*eta_1) : $0 < 9.5 ? $9/(P_6_4*eta_1) : $0 < 11.5 ? $9/(P_6_5*eta_1) : $0 < 15.5 ? $9/(P_6_7*eta_1) : $9/(P_6_9*eta_1)) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_0) : $0 < 7.5 ? $8/(P_6_3*eta_0) : $0 < 13.5 ? $8/(P_6_6*eta_0) : $8/(P_6_8*eta_0) : 1/0):6:($0 < 3.5 ? $9/(P_6_1*eta_0) : $0 < 7.5 ? $9/(P_6_3*eta_0) : $0 < 13.5 ? $9/(P_6_6*eta_0) : $9/(P_6_8*eta_0)) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_1) : $0 < 7.5 ? $8/(P_6_3*eta_1) : $0 < 13.5 ? $8/(P_6_6*eta_1) : $8/(P_6_8*eta_1) : 1/0):6:($0 < 3.5 ? $9/(P_6_1*eta_1) : $0 < 7.5 ? $9/(P_6_3*eta_1) : $0 < 13.5 ? $9/(P_6_6*eta_1) : $9/(P_6_8*eta_1)) title 'Magnetization down, detector 2'
# set terminal png color
# set xlabel "Ib/nA"
# set ylabel "Ia/fA"
# set output '20011212_perfect.png'
# plot '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_0) : $0 < 5.5 ? $8/(P_6_2*eta_0) : $0 < 9.5 ? $8/(P_6_4*eta_0) : $0 < 11.5 ? $8/(P_6_5*eta_0) : $0 < 15.5 ? $8/(P_6_7*eta_0) : $8/(P_6_9*eta_0) : 1/0):6:($0 < 1.5 ? $9/(P_6_0*eta_0) : $0 < 5.5 ? $9/(P_6_2*eta_0) : $0 < 9.5 ? $9/(P_6_4*eta_0) : $0 < 11.5 ? $9/(P_6_5*eta_0) : $0 < 15.5 ? $9/(P_6_7*eta_0) : $9/(P_6_9*eta_0)) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_1) : $0 < 5.5 ? $8/(P_6_2*eta_1) : $0 < 9.5 ? $8/(P_6_4*eta_1) : $0 < 11.5 ? $8/(P_6_5*eta_1) : $0 < 15.5 ? $8/(P_6_7*eta_1) : $8/(P_6_9*eta_1) : 1/0):6:($0 < 1.5 ? $9/(P_6_0*eta_1) : $0 < 5.5 ? $9/(P_6_2*eta_1) : $0 < 9.5 ? $9/(P_6_4*eta_1) : $0 < 11.5 ? $9/(P_6_5*eta_1) : $0 < 15.5 ? $9/(P_6_7*eta_1) : $9/(P_6_9*eta_1)) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_0) : $0 < 7.5 ? $8/(P_6_3*eta_0) : $0 < 13.5 ? $8/(P_6_6*eta_0) : $8/(P_6_8*eta_0) : 1/0):6:($0 < 3.5 ? $9/(P_6_1*eta_0) : $0 < 7.5 ? $9/(P_6_3*eta_0) : $0 < 13.5 ? $9/(P_6_6*eta_0) : $9/(P_6_8*eta_0)) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using (-$5):($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_1) : $0 < 7.5 ? $8/(P_6_3*eta_1) : $0 < 13.5 ? $8/(P_6_6*eta_1) : $8/(P_6_8*eta_1) : 1/0):6:($0 < 3.5 ? $9/(P_6_1*eta_1) : $0 < 7.5 ? $9/(P_6_3*eta_1) : $0 < 13.5 ? $9/(P_6_6*eta_1) : $9/(P_6_8*eta_1)) title 'Magnetization down, detector 2'
@
6.2
log
@Graphs of autumn PER data, corrected for instrumental asymmetries and
mis-positioning of sample, added.
@
text
@d28 10
d39 2
a40 2
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$I_d/\\ut{fA}$"
d43 1
a43 1
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 1, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 3.5 && $0 < 5.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 3, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 7.5 && $0 < 9.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 5, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 9.5 && $0 < 11.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 6, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 13.5 && $0 < 15.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 8, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 17.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 10, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 1, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 3.5 && $0 < 5.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 3, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 7.5 && $0 < 9.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 5, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 9.5 && $0 < 11.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 6, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 13.5 && $0 < 15.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 8, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 17.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 10, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 1.5 && $0 < 3.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 2, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 5.5 && $0 < 7.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 4, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 11.5 && $0 < 13.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 7, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 15.5 && $0 < 17.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 9, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 1.5 && $0 < 3.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 2, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 5.5 && $0 < 7.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 4, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 11.5 && $0 < 13.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 7, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 15.5 && $0 < 17.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 9, detector 2'
d46 2
a47 2
set xlabel "Eb/eV"
set ylabel "Id/fA"
d50 1
a50 1
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 1, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 3.5 && $0 < 5.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 3, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 7.5 && $0 < 9.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 5, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 9.5 && $0 < 11.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 6, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 13.5 && $0 < 15.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 8, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $0 >= 17.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 10, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 1, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 3.5 && $0 < 5.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 3, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 7.5 && $0 < 9.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 5, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 9.5 && $0 < 11.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 6, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 13.5 && $0 < 15.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 8, detector 2', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $0 >= 17.5 ? $8 : 1/0):4:9 title 'Magnetization up, placement 10, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 1.5 && $0 < 3.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 2, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 5.5 && $0 < 7.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 4, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 11.5 && $0 < 13.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 7, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $0 >= 15.5 && $0 < 17.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 9, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 1.5 && $0 < 3.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 2, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 5.5 && $0 < 7.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 4, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 11.5 && $0 < 13.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 7, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $0 >= 15.5 && $0 < 17.5 ? $8 : 1/0):4:9 title 'Magnetization down, placement 9, detector 2'
d52 1
a52 1
set size 1, 1.15
d54 3
a56 3
set terminal pslatex color
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$I_p/\\ut{fA}$"
d58 2
a59 2
set output '20011212_positioned.tex'
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):4:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):4:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):4:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):4:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 2'
d61 3
a63 3
set terminal png color
set xlabel "Eb/eV"
set ylabel "Ip/fA"
d65 2
a66 2
set output '20011212_positioned.png'
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):4:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/P_6_0 : $0 < 5.5 ? $8/P_6_2 : $0 < 9.5 ? $8/P_6_4 : $0 < 11.5 ? $8/P_6_5 : $0 < 15.5 ? $8/P_6_7 : $8/P_6_9 : 1/0):4:($0 < 1.5 ? $9/P_6_0 : $0 < 5.5 ? $9/P_6_2 : $0 < 9.5 ? $9/P_6_4 : $0 < 11.5 ? $9/P_6_5 : $0 < 15.5 ? $9/P_6_7 : $9/P_6_9) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):4:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/P_6_1 : $0 < 7.5 ? $8/P_6_3 : $0 < 13.5 ? $8/P_6_6 : $8/P_6_8 : 1/0):4:($0 < 3.5 ? $9/P_6_1 : $0 < 7.5 ? $9/P_6_3 : $0 < 13.5 ? $9/P_6_6 : $9/P_6_8) title 'Magnetization down, detector 2'
d68 3
a70 3
set terminal pslatex color
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$I_a/\\ut{fA}$"
d72 2
a73 2
set output '20011212_perfect.tex'
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_0) : $0 < 5.5 ? $8/(P_6_2*eta_0) : $0 < 9.5 ? $8/(P_6_4*eta_0) : $0 < 11.5 ? $8/(P_6_5*eta_0) : $0 < 15.5 ? $8/(P_6_7*eta_0) : $8/(P_6_9*eta_0) : 1/0):4:($0 < 1.5 ? $9/(P_6_0*eta_0) : $0 < 5.5 ? $9/(P_6_2*eta_0) : $0 < 9.5 ? $9/(P_6_4*eta_0) : $0 < 11.5 ? $9/(P_6_5*eta_0) : $0 < 15.5 ? $9/(P_6_7*eta_0) : $9/(P_6_9*eta_0)) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_1) : $0 < 5.5 ? $8/(P_6_2*eta_1) : $0 < 9.5 ? $8/(P_6_4*eta_1) : $0 < 11.5 ? $8/(P_6_5*eta_1) : $0 < 15.5 ? $8/(P_6_7*eta_1) : $8/(P_6_9*eta_1) : 1/0):4:($0 < 1.5 ? $9/(P_6_0*eta_1) : $0 < 5.5 ? $9/(P_6_2*eta_1) : $0 < 9.5 ? $9/(P_6_4*eta_1) : $0 < 11.5 ? $9/(P_6_5*eta_1) : $0 < 15.5 ? $9/(P_6_7*eta_1) : $9/(P_6_9*eta_1)) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_0) : $0 < 7.5 ? $8/(P_6_3*eta_0) : $0 < 13.5 ? $8/(P_6_6*eta_0) : $8/(P_6_8*eta_0) : 1/0):4:($0 < 3.5 ? $9/(P_6_1*eta_0) : $0 < 7.5 ? $9/(P_6_3*eta_0) : $0 < 13.5 ? $9/(P_6_6*eta_0) : $9/(P_6_8*eta_0)) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_1) : $0 < 7.5 ? $8/(P_6_3*eta_1) : $0 < 13.5 ? $8/(P_6_6*eta_1) : $8/(P_6_8*eta_1) : 1/0):4:($0 < 3.5 ? $9/(P_6_1*eta_1) : $0 < 7.5 ? $9/(P_6_3*eta_1) : $0 < 13.5 ? $9/(P_6_6*eta_1) : $9/(P_6_8*eta_1)) title 'Magnetization down, detector 2'
d75 3
a77 3
set terminal png color
set xlabel "Eb/eV"
set ylabel "Ia/fA"
d79 2
a80 2
set output '20011212_perfect.png'
plot '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_0) : $0 < 5.5 ? $8/(P_6_2*eta_0) : $0 < 9.5 ? $8/(P_6_4*eta_0) : $0 < 11.5 ? $8/(P_6_5*eta_0) : $0 < 15.5 ? $8/(P_6_7*eta_0) : $8/(P_6_9*eta_0) : 1/0):4:($0 < 1.5 ? $9/(P_6_0*eta_0) : $0 < 5.5 ? $9/(P_6_2*eta_0) : $0 < 9.5 ? $9/(P_6_4*eta_0) : $0 < 11.5 ? $9/(P_6_5*eta_0) : $0 < 15.5 ? $9/(P_6_7*eta_0) : $9/(P_6_9*eta_0)) title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $0 < 1.5 ? $8/(P_6_0*eta_1) : $0 < 5.5 ? $8/(P_6_2*eta_1) : $0 < 9.5 ? $8/(P_6_4*eta_1) : $0 < 11.5 ? $8/(P_6_5*eta_1) : $0 < 15.5 ? $8/(P_6_7*eta_1) : $8/(P_6_9*eta_1) : 1/0):4:($0 < 1.5 ? $9/(P_6_0*eta_1) : $0 < 5.5 ? $9/(P_6_2*eta_1) : $0 < 9.5 ? $9/(P_6_4*eta_1) : $0 < 11.5 ? $9/(P_6_5*eta_1) : $0 < 15.5 ? $9/(P_6_7*eta_1) : $9/(P_6_9*eta_1)) title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_0) : $0 < 7.5 ? $8/(P_6_3*eta_0) : $0 < 13.5 ? $8/(P_6_6*eta_0) : $8/(P_6_8*eta_0) : 1/0):4:($0 < 3.5 ? $9/(P_6_1*eta_0) : $0 < 7.5 ? $9/(P_6_3*eta_0) : $0 < 13.5 ? $9/(P_6_6*eta_0) : $9/(P_6_8*eta_0)) title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $0 < 3.5 ? $8/(P_6_1*eta_1) : $0 < 7.5 ? $8/(P_6_3*eta_1) : $0 < 13.5 ? $8/(P_6_6*eta_1) : $8/(P_6_8*eta_1) : 1/0):4:($0 < 3.5 ? $9/(P_6_1*eta_1) : $0 < 7.5 ? $9/(P_6_3*eta_1) : $0 < 13.5 ? $9/(P_6_6*eta_1) : $9/(P_6_8*eta_1)) title 'Magnetization down, detector 2'
@
6.1
log
@Burnett:1994:HER calibration data added.
Clean copper data from 20011121 added.
Inference script adapted to use all data sets.
Typographical errors corrected.
@
text
@d21 2
d25 2
d33 1
a33 1
plot '20011212_Polarimetry.dat' using 3:($1==+1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1==+1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1==-1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1==-1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d40 31
a70 1
plot '20011212_Polarimetry.dat' using 3:($1==+1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20011212_Polarimetry.dat' using 3:($1==+1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20011212_Polarimetry.dat' using 3:($1==-1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20011212_Polarimetry.dat' using 3:($1==-1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
@
5.1
log
@Graph of data from 11th December 2001 added.
Graph of data from 12th December 2001 added.
Typographical errors corrected.
@
text
@d28 2
a29 2
set output '20011211_Polarimetry.tex'
plot '20011211_Polarimetry.dat' using 3:($1==+1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20011211_Polarimetry.dat' using 3:($1==+1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20011211_Polarimetry.dat' using 3:($1==-1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20011211_Polarimetry.dat' using 3:($1==-1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d35 2
a36 2
set output '20011211_Polarimetry.png'
plot '20011211_Polarimetry.dat' using 3:($1==+1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20011211_Polarimetry.dat' using 3:($1==+1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20011211_Polarimetry.dat' using 3:($1==-1 && $2==1 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20011211_Polarimetry.dat' using 3:($1==-1 && $2==2 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
@