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Copy path20020711_Polarimetry.gp,v
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20020711_Polarimetry.gp,v
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head 9.4;
access;
symbols;
locks
dan:9.4; strict;
comment @# @;
9.4
date 2020.09.24.14.56.54; author dan; state Exp;
branches;
next 9.3;
9.3
date 2020.09.23.15.25.32; author dan; state Exp;
branches;
next 9.2;
9.2
date 2003.01.11.02.12.07; 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
@20020711 plotting script
@
9.4
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 11th 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 '20020711_Polarimetry_2.tex'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020711_Polarimetry_4.tex'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_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 '20020711_Polarimetry_6.tex'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_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 '20020711_Polarimetry_2.png'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
set output '20020711_Polarimetry_4.png'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_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 '20020711_Polarimetry_6.png'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
@
9.3
log
@Syntax updated for newer Gnuplot versions.
@
text
@d26 2
a27 1
set terminal pslatex color
d40 2
a41 1
set terminal png color
@
9.2
log
@Typographical errors corrected.
@
text
@d22 1
a22 1
set data style xyerrorbars
@
9.1
log
@Early summer inference script changed to reflect differences
between this experiment and the autumn one.
More summer data graphs added.
@
text
@a20 2
#load 'postsummer.gp'
d28 7
a34 1
set ylabel "$I_d/\\ut{fA}$"
d36 2
a37 2
set output '20020711_Polarimetry.tex'
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$'
d41 1
a41 1
set ylabel "Id/fA"
d43 2
a44 2
set output '20020711_Polarimetry.png'
plot '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_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', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2, Ib = (6+/-0.029)muA'
d46 2
a47 10
set terminal pslatex color
set xlabel "$E_b/\\ut{eV}$"
set ylabel "$I_a/\\ut{fA}$"
set output '20020711_perfect.tex'
#plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, $I_b = (2\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, $I_b = (4\\pm{}0.029)\\ut{\\mu{}A}$', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, $I_b = (6\\pm{}0.029)\\ut{\\mu{}A}$'
set terminal png color
set xlabel "Eb/eV"
set ylabel "Ia/fA"
d49 2
a50 2
set output '20020711_perfect.png'
#plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, Ib = (2+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, Ib = (4+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1, Ib = (6+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, Ib = (2+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, Ib = (4+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2, Ib = (6+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 < 3000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, Ib = (2+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, Ib = (4+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 && $5 >= 5000 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1, Ib = (6+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 < 3000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, Ib = (2+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 3000 && $5 < 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, Ib = (4+/-0.029)muA', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 && $5 >= 5000 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2, Ib = (6+/-0.029)muA'
@
8.1
log
@Inference script for summer 2002, non-UHV data added.
References to inferred parameters that are not yet ready commented out.
@
text
@d26 1
a26 1
set size 1, 1.15
d33 1
a33 1
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d40 1
a40 1
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8 : 1/0):4:9 title 'Magnetization down, detector 2'
d47 1
a47 1
#plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2'
d54 1
a54 1
#plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_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 '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2'
d54 1
a54 1
plot '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization up, detector 1', '20020711_Polarimetry.dat' using 3:($1 >= 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization up, detector 2', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 < 1.5 ? $8/(P_3_0_0*eta_0) : 1/0):4:($9/(P_3_0_0*eta_0)) title 'Magnetization down, detector 1', '20020711_Polarimetry.dat' using 3:($1 < 0 && $2 >= 1.5 ? $8/(P_3_0_1*eta_1) : 1/0):4:($9/(P_3_0_1*eta_1)) title 'Magnetization down, detector 2'
@