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Commit 89616a6e authored by zhang's avatar zhang
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20/07/2011 

Add example files
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lattice/example/soleil/example.ae 0 → 100644
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#------------------------------------------
# rms(systematic) alignment error for SOLEIL
# name x(m) y(m) r (rad)
#-----------------------------------------
seed 1
girder rms 100.0e-6 100.0e-6 0.5e-03
quad rms 30.0e-6 30.0e-6 80.0e-06
sext rms 30.0e-6 30.0e-6 100.0e-06
dipole rms 500.0e-6 500.0e-6 0.2e-03
#girder sys 100.0e-6 100.0e-6 0.5e-03
#quad sys 30.0e-6 30.0e-6 80.0e-06
#sext sys 30.0e-6 30.0e-6 100.0e-06
#dipole sys 500.0e-6 500.0e-6 0.2e-03
lattice/example/soleil/example_chamber.dat 0 → 100644
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#**************************************************************************
# Script to set the vacuum chamber
#
# Comments:
# 1) Line start with "#" is comment
# 2) The format of the vacuum chamber definition is
# start element, end element, minimum x, maximum x,
# minimum y, maximum y.
# 3) The first line is to define the global
# vacuum chamber limit around the ring, and
# the key words should be "Start","All".
# 4) To set the vacuum chamber, it is needed to add two markers
# in the lattice, such as MK1 and MK2, MK1 is before the first element,
# and MK2 is after the end element for the vacuum chamber region.
# 5) the units are meters for minimum x, maximum x, minimum y, maximum y
#****************************************************************************
#
# MK1 MK2 dxmin dxmax dymin dymax (Apertures in meters)
Start All -35e-3 35e-3 -12.5e-3 12.5e-3
#sdm1 esdm -21e-3 21e-3 -5e-3 5e-3
debut ehu600 -35e-3 35e-3 -7e-3 7e-3
ssep esep -20e-3 35e-3 -7e-3 7e-3
ssdm esdm -21e-3 21e-3 -5e-3 5e-3
ssdac esdac -35e-3 25e-3 -2.5e-3 2.5e-3
lattice/example/soleil/example_dip.fe 0 → 100644
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# name sys/rms r0 [m] {n Dbn/bN Dan/aN}
seed 4399
dip sys 0.0 4 2.0e-4 0.0
sext sys 0.032 1 -9.8e-4 0.0
sext rms 0.032 1 1.7e-3 0.0
lattice/example/soleil/example_hcorr_56nom.state 0 → 100644
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# H-Correctors to be used 1 valid, 0 discard Nominal setting June 2009 in control room
1 1
2 0
3 0
4 1
5 0
6 0
7 1
8 1
9 0
10 0
11 1
12 1
13 0
14 0
15 1
16 1
17 0
18 0
19 1
20 1
21 0
22 0
23 1
24 1
25 0
26 0
27 1
28 0
29 0
30 1
31 1
32 0
33 0
34 1
35 0
36 0
37 1
38 1
39 0
40 0
41 1
42 1
43 0
44 0
45 1
46 1
47 0
48 0
49 1
50 1
51 0
52 0
53 1
54 1
55 0
56 0
57 1
58 0
59 0
60 1
61 1
62 0
63 0
64 1
65 0
66 0
67 1
68 1
69 0
70 0
71 1
72 1
73 0
74 0
75 1
76 1
77 0
78 0
79 1
80 1
81 0
82 0
83 1
84 1
85 0
86 0
87 1
88 0
89 0
90 1
91 1
92 0
93 0
94 1
95 0
96 0
97 1
98 1
99 0
100 0
101 1
102 1
103 0
104 0
105 1
106 1
107 0
108 0
109 1
110 1
111 0
112 0
113 1
114 1
115 0
116 0
117 1
118 0
119 0
120 1
lattice/example/soleil/example_input.prm 0 → 100644
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#*******************************************************************
# 15 March 2010
# File for checking TRacy is running well
#
# input script to set the file and bool flag
#
# comments:
# 1) Blank line and line starting with "#" (comment) are ignored
# 2) Obligatory parameter: lat_file,
# lat file name is without the extension of .lat
# 3) All the other parameters are optional, and all the default
# values for flags are false
# 4) Default FMAP values are:
# _FmapFlag_nxpoint=31, _FmapFlag_nypoint=21,
# _FmapFlag_nturn=516; _FmapFlag_xmax=0.025,
# _FmapFlag_ymax=0.005, _FmapFlag_delta=0.0;
# _FmapFlag_diffusion = true;
# 5) Default values of FMAPdp are the same as FMAP.
#
# Test verison for the development of Tracy 3, always the nearest
# input file verison.
#
# 07/2011 Jianfeng Zhang
#
#******************************************************************
#******files********
# relative directory of the files in the script
in_dir ./
#in_dir /home/zhang/codes/TracyIII/lattice/example/
# lattice file must be wihout .lat extension
lat_file example_lattice
# H-corrector name in lattice file
h_corr HCM
# V-corrector name in lattice file
v_corr VCM
# girder start symbol
gs GS
# girder end symbol
ge GE
# BPM name in lattice file
bpm_name BPM
# skew quadrupole
qt QT
# GLOBAL PARAMETER PART
# Activate quadrupole Fringefield
QuadFringeOnFlag
# VACCUUM CHAMBER PART
# read vacuum chamber from chamber_file
ReadChamberFlag example_chamber.dat
# set RF voltage, if false, then use the definition value
# of RF cavity in the lattice
# name, flag, RF voltage [V]
RFvoltageFlag 3000000
#####################
# Read the field error, and replacement the corresponding components
# of the element.
# Generic features
####################
ReadfefileFlag example_dip.fe
# fit tunes
FitTuneFlag q7 q9 18.202 10.317
# fit chromaticities
FitChromFlag sx9 sx10 2.0 2.0
# NOT finished
#PrintGirderFlag testgirder.out
######################
# alignment error file, after read the misalignment, the orbit is corrected
#####################
ReadaefileFlag example.ae
#####################
# orbit correction, if ReadaefieldFlag is on, then must set the parameters to do orbit correction
#####################
# file to specify which correctors are used for H orbit correction
hcorr_file example_hcorr_56nom.state
# file to specify which correctors are used for V orbit correction
vcorr_file example_vcorr_56nom.state
#number of statistics (seeds) --> N flat-files
n_stat 2
#number of times to scale the errors
n_scale 1
#number of iterations for orbit correction, if 0, no orbit correction
n_orbit 0
#number of singular values in H-plane, must be not larger than the number of correctors used for orbit correction
nwh 60
#number of singular values in V-plane, must be not larger than the number of correctors used for orbit correction
nwv 60
#######################################
# print the twiss paramters to a file
#######################################
PrintTwissFlag twisstest.out
########################
# print close orbit to a file
##########################
PrintCODFlag codtest.out
#print coordinates tracking around COD at each element
PrintTrackFlag tracktest.out 0.001 0.000 0.0 0.0 0.0 0.0 50
# tune obtained by tracking
TuneTracFlag
# chromaticity obtained by tracking
ChromTracFlag
###
### FITTING FACTORY
###
# fit tune
# name, flag, tuned quadrople,tuned quadrople,targetnudx targetnudz
FitTuneFlag q7 q9 18.202 10.317
# fit chromaticity
# name,flag, tuned sextupole, tuned sextupole, targetksix targetksiz
FitChromFlag sx9 sx10 2.0 2.6
# TUNESHIFT WITH AMPLITUDE
# tune shift with amplitude and energy
# AmplitudeTuneShiftFlag flag Nbx Nby TurnNumber xmax(m) ymax(m) delta
# Nbx and Nby Number of amplitude values in H et V planes
# TurnNumber number of turns for tracking
# xmax ymax maximum amplitude value (sqrt law)
# delta energy offset
AmplitudeTuneShiftFlag nudxtest.out nudztest.out 50 30 516 0.035 0.02 0.0
# EnergyTuneShiftFlag Nb TurnNumber emax
# Nb point number
# TurnNumber number of turn for tracking
# emax maximum energy for tracking
EnergyTuneShiftFlag nudptest.out 31 1026 0.06
# FMA calculate frequency map
# Nbx Nby number of point in h and v planes
# TurnNumber Number of turns for tracking
# xmax, ymax maximum amplitude
# energyoffset
# diffusionflag to compute tunediffusion
FmapFlag fmaptest.out 31 21 516 0.025 0.005 0.0 true
# FMA dp calculate frequency map
# Nbx: number of point in h planes
# Nbe: number of point for the energy
# TurnNumber: Number of turns for tracking
# xmax: maximum amplitude in the horizontal plane
# emax: maximum energyoffset
# y: vertical amplitude
# diffusionflag to compute tunediffusion
FmapdpFlag fmapdptest.out 101 121 1026 25e-3 0.06 0.3e-3 true
# Error coupling
# add random rotation error to the full quadrupole
# random seed number, RMS value of the rotation angle
# of the quadrupole
ErrorCouplingFlag 0 0.0007
# coupling flag
# calcualte the coupling factor in the lattice
CouplingFlag
# calculate momentum acceptance for Touscheck lifetime
# Dim istart istop eminp emaxp nstepp eminn emaxn nstepn nturns zinitial
# Dim: 4D/6D tracking, default value is 6D
MomentumAccFlag momacctest.out 6D 1 189 0.01 0.05 100 -0.01 -0.05 100 1026 0.0002
# calculate phase space
# parameters are:
# 4D/6D dimension to track the phase space;
# x[m],x',y[m],y',delta,c*tau, Number of turns, flag to turn on/off
# damping during the tracking
PhaseSpaceFlag phasetest.out 6D 1e-6 0.0 1e-6 0.0 0.012 0.0 1000 false
###
### Touschek lifetime
###
# calculate Touschek lifetime
# name, flag
TouschekFlag
# Intra Beam Scattering
IBSFlag
# Track momentum acceptance and then get Touschek lifetime
TousTrackFlag
lattice/example/soleil/example_lattice.lat 0 → 100644
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{*******************************}
{* *}
{* SOLEIL Storage Ring *}
{* The IDEAL LATTICE updated *}
{* *}
{* *}
{* 06/06/09 Laurent Nadolski *}
{* lattice for orbit correction*}
{* 56 girder *}
{* Do not split element *}
{* no quad FF in Tracy 3.2 *}
{* *}
{*******************************}
define lattice;
intmeth= 4;
driftkick = 2;
{***** System parameters *****}
Energy= 2.739; { GeV }
dP = 1.0d-10;
CODeps= 1.0d-15;
{***** drift space *****}
SD1 : drift, L= 6.000000-0.0201;
SD1a : drift, L= 0.900000;
SD1b : drift, L= 4.300000;
SD1c : drift, L= 3.700000;
SD1d : drift, L= 0.800000-0.0200-0.291000;
SD1e : drift, L= 5.658900;
SEP : drift, L= 0.200000;
SD2 : drift, L= 0.390000-0.08-0.0201;
SD3 : drift, L= 0.200000-0.08-0.0181;
SD4 : drift, L= 0.390000-0.08-0.0181;
SD41 : drift, L= 0.252100-0.08;
SD42 : drift, L= 0.205000-0.08;
SD43 : drift, L= 0.205100-0.08;
SD5 : drift, L= 0.200000-0.08-0.0201;
SD6 : drift, L= 0.790000-0.08;
SD7 : drift, L= 0.440000-0.0201;
SD8 : drift, L= 0.200000-0.08-0.0201;
SD9 : drift, L= 0.476340-0.08-0.0201;
SD9a : drift, L= 0.204200;
SD91 : drift, L= 0.251240;
SD92 : drift, L= 0.204300;
SD93 : drift, L= 0.251300;
SD10 : drift, L= 0.470000-0.08-0.0201;
SD10a: drift, L= 0.172300;
SD12 : drift, L= 0.470000-0.08-0.0201;
SD13 : drift, L= 3.482550-0.0201-0.320900;
SD13a: drift, L= 3.141452;
SD13i: drift, L= 0.200000;
SD13j: drift, L= 0.150000;
SD13k: drift, L= 0.732550-0.0202-0.3209;
SD14 : drift, L= 0.590000-0.0181-0.0201;
SD14a: drift, L= 0.385000;
SDAC : drift, L= 1.904680;
SDAC1: drift, L= 1.48428;
SDAC3: drift, L= 1.904680-0.08;
SDAC5: drift, L= 1.004680-0.160500;
SDAC4: drift, L= 1.004680-0.3404-0.08;
SDAC2: drift, L= 0.200000;
SDACm: drift, L= 1.904680-1.80/2;
SDB1i : drift, L= 0.291000;
SDB1 : drift, L= 0.320900;
SDB2 : drift, L= 0.166800;
SDB3 : drift, L= 0.252000-0.08;
SDB4 : drift, L= 0.277600-0.08;
SDB5 : drift, L= 0.205000-0.08;
SDB6 : drift, L= 0.119800;
SDB7 : drift, L= 0.166900;
SDB8 : drift, L= 0.252000-0.08;
SDB9 : drift, L= 0.119800;
SDB10: drift, L= 0.166900;
SDB11: drift, L= 0.251900-0.08;
SDB12: drift, L= 0.204900-0.08;
SDB13: drift, L= 0.119800;
SDB14: drift, L= 0.166800;
SDB15: drift, L= 0.252000-0.08;
SDB17: drift, L= 0.205000-0.08;
SDB18: drift, L= 0.119900;
SDC12: drift, L= 0.320900;
SDC13: drift, L= 0.320350;
SDC44: drift, L= 0.420400-0.08;
SDC45: drift, L= 0.421000-0.08;
SDC2 : drift, L= 0.079000-0.08;
SD89 : drift, L= 0.340400;
SD88 : drift, L= 0.341000;
SD87 : drift, L= 0.3209;
SD86 : drift, L= 0.3204;
SD85 : drift, L= 0.320350;
SDC30: drift, L= 0.320900;
SD141: drift, L= 0.431900;
{** Quadrupole **}
Nq=8/2; {Number of slices}
LQC=0.3602;
LQL=0.4962;
Q1 : quadrupole, L=LQC,K= -1.073038, method=intmeth,N=Nq;
Q2 : quadrupole, L=LQL,K= 1.603455, method=intmeth,N=Nq;
Q3 : quadrupole, L=LQC,K= -0.649160, method=intmeth,N=Nq;
Q4 : quadrupole, L=LQC,K= -1.259864, method=intmeth,N=Nq;
Q5 : quadrupole, L=LQC,K= 1.696440, method=intmeth,N=Nq;
Q6 : quadrupole, L=LQC,K= -1.007805, method=intmeth,N=Nq;
Q7 : quadrupole, L=LQL,K= 2.084913, method=intmeth,N=Nq;
Q8 : quadrupole, L=LQC,K= -1.551946, method=intmeth,N=Nq;
Q9 : quadrupole, L=LQC,K= -1.510915, method=intmeth,N=Nq;
Q10: quadrupole, L=LQC,K= 1.756880, method=intmeth,N=Nq;
{** bending **}
beta_gap=37e-3;
tracy_gap=beta_gap*2*0.724;
BEND0 : bending, L= 1.05243, T= 11.25, T1=5.5906, T2=5.67658, K=0.00204, N=4,
method=intmeth,gap=tracy_gap;
{** Sextupole **}
NqSx=1; {Number of slices}
Lsext = 0.16;
coef=1.0/Lsext;
method4sextu = 4;
sextfringe = 0;
SX1 : sextupole, L=Lsext, K = 1.719190*coef, method=method4sextu, N = NqSx;
SX2 : sextupole, L=Lsext, K = -4.104560*coef, method=method4sextu, N = NqSx;
SX3 : sextupole, L=Lsext, K = -2.169380*coef, method=method4sextu, N = NqSx;
SX4 : sextupole, L=Lsext, K = 3.604650*coef, method=method4sextu, N = NqSx;
SX5 : sextupole, L=Lsext, K = -3.698210*coef, method=method4sextu, N = NqSx;
SX6 : sextupole, L=Lsext, K = 3.246670*coef, method=method4sextu, N = NqSx;
SX7 : sextupole, L=Lsext, K = -5.003520*coef, method=method4sextu, N = NqSx;
SX8 : sextupole, L=Lsext, K = 4.193720*coef, method=method4sextu, N = NqSx;
SX9 : sextupole, L=Lsext, K = -3.152295*coef, method=method4sextu, N = NqSx;
SX10: sextupole, L=Lsext, K = 1.936432*coef, method=method4sextu, N = NqSx;
{** Cavities **}
CAV: Cavity, harnum=416, Frequency=352.202d6, Voltage=2.8d6;
{** Horizontal correctors **}
HCM : corrector, horizontal, method=intmeth;
{* Dipole for modeling dipole errors in bending magnets*}
DIP : corrector, horizontal, method=intmeth;
BEND : DIP, BEND0;
{** Vertical correctors **}
VCM : corrector, vertical, method=intmeth;
{** Skew quads **}
Nsq = 4;
{**QT : quadrupole, tilt=45.0, K= 0.0, method=intmeth,N=Nsq; **}
QT : multipole, N = 1, method = intmeth;
{** BPM **}
BPM: Beam Position Monitor ;
{** girder start (gs) and end (ge) *}
gs : multipole, N = 1, method = intmeth; {girder start }
ge : multipole, N = 1, method = intmeth; {girder end}
{** Marker **}
SECT1:marker;
FIN : marker;
DEBUT : marker;
ssep : marker;
esep : marker;
eesep : marker;
sSDM : marker;
eSDM : marker;
eeSDM : marker;
sSDAC : marker;
eSDAC : marker;
eHU600: marker;
{**Superperiods**}
SINJ: SD1a,ssep,3*SEP,esep,SD1c,eHU600,SD1d;
SD13L: SD13k,sSDM, 13*SD13i,2*SD13j,13*SD13i,
eSDM,eeSDM,SD13k;
SDACL: SDAC5,sSDAC, 9*SDAC2, eSDAC,SDAC5;
SDACL1: SDAC4,sSDAC, 9*SDAC2, eSDAC,SDAC4;
SUP1:SINJ, BPM, SDB1i, gs, Q1, SD2, SX1, QT, HCM, VCM, SD3, Q2, SDB2,
BPM, SD14a, Q3, SD5, SX2, HCM, VCM, ge, SD6, BEND,
SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB3, BPM, SD9a, Q5, SD12,
SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD91, BPM, SDB5, SX3, HCM, VCM, SD8,
Q4, ge, SD7, BEND, SD7, gs, Q6, SD5, SX5, HCM, VCM, SD41, BPM, SDB6, Q7,
SD3, SX6, HCM, VCM, SD2, Q8, ge, SDC12, BPM, SD13L, BPM, SDC13, gs,
Q8, SD2 ,SX8, QT, HCM, VCM, SD3, Q7, SDB7, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB8, BPM, SD9a, Q10, SD8, SX10,
QT, HCM, VCM, ge, SDC44, BPM, SDACL1, BPM, SDC45, gs,
SX10, HCM, VCM, SD8, Q10, SD91, BPM, SD42, SX9, HCM, VCM, SD8, Q9, ge, SD7,
BEND, SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB9, Q7, SD3, SX8,
QT, HCM, VCM, SD2, Q8, ge, SD87, BPM, 2*SD13a, BPM, SD86, gs,
Q8, SD2, SX8, HCM, VCM, SD3, Q7, SDB10, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB11, BPM, SD92, Q10,
SD8, SX10, HCM, VCM, ge, SD89, BPM, 2*SDAC1, BPM, SD88, gs,
SX10, QT, HCM, VCM, SD8, Q10, SD93, BPM, SDB12, SX9, HCM, VCM, SD8,
Q9, ge, SD7, BEND,
SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB13, Q7, SD3,
SX8, HCM, VCM, SD2, Q8, ge, SD87, BPM,
2*SD13a, BPM, SD85, gs,
Q8, SD2, SX6, HCM, VCM, SD3, Q7, SDB14, BPM,
SD43, SX5, HCM, VCM, SD5, Q6, ge, SD7,
BEND, SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB15, BPM,
SD9a, Q5, SD10, SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD93, BPM, SDB17,
SX3, HCM, VCM, SD8, Q4, ge, SD7,
BEND, SD6, gs, SX2, HCM, VCM, SD5, Q3, SD141, BPM, SDB18, Q2,
SD3, SX1, QT, HCM, VCM, SD2, Q1, ge, SDC12, BPM, SD1e;
SUP2: SD1e, BPM, SDB1, gs,
Q1, SD2, SX1, QT, HCM, VCM, SD3, Q2, SDB7,
BPM, SD14a, Q3, SD5, SX2, HCM, VCM, ge, SD6, BEND,
SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB3, BPM, SD9a, Q5, SD12,
SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD91, BPM, SDB5, SX3, HCM, VCM, SD8,
Q4, ge, SD7, BEND, SD7, gs, Q6, SD5, SX5, HCM, VCM, SD41, BPM, SDB6, Q7,
SD3, SX6, HCM, VCM, SD2, Q8, ge, SDC12, BPM, SD13L, BPM, SD87, gs,
Q8, SD2 ,SX8, QT, HCM, VCM, SD3, Q7, SDB7, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB8, BPM, SD9a, Q10, SD8, SX10,
QT, HCM, VCM, ge, SDC44, BPM, SDACL1, BPM, SDC45, gs,
SX10, HCM, VCM, SD8, Q10, SD91, BPM, SD42, SX9, HCM, VCM, SD8, Q9, ge, SD7,
BEND, SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB9, Q7, SD3, SX8,
QT, HCM, VCM, SD2, Q8, ge, SD87, BPM, 2*SD13a, BPM, SD87, gs,
Q8, SD2, SX8, HCM, VCM, SD3, Q7, SDB10, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB11, BPM, SD92, Q10,
SD8, SX10, HCM, VCM, ge, SD89, BPM, 2*SDAC1, BPM, SD88, gs,
SX10, QT, HCM, VCM, SD8, Q10, SD93, BPM, SDB12, SX9, HCM, VCM, SD8,
Q9, ge, SD7, BEND,
SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB13, Q7, SD3,
SX8, HCM, VCM, SD2, Q8, ge, SD87, BPM,
2*SD13a, BPM, SD87, gs,
Q8, SD2, SX6, HCM, VCM, SD3, Q7, SDB14, BPM,
SD43, SX5, HCM, VCM, SD5, Q6, ge, SD7,
BEND, SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB15, BPM,
SD9a, Q5, SD10, SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD93, BPM, SDB17,
SX3, HCM, VCM, SD8, Q4, ge, SD7,
BEND, SD6, gs, SX2, HCM, VCM, SD5, Q3, SD141, BPM, SDB18, Q2,
SD3, SX1, QT, HCM, VCM, SD2, Q1, ge, SDC12, BPM, SD1e;
SUP3: SD1e, BPM, SDB1, gs,
Q1, SD2, SX1, QT, HCM, VCM, SD3, Q2, SDB2,
BPM, SD14a, Q3, SD5, SX2, HCM, VCM, ge, SD6, BEND,
SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB3, BPM, SD9a, Q5, SD12,
SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD91, BPM, SDB5, SX3, HCM, VCM, SD8,
Q4, ge, SD7, BEND, SD7, gs, Q6, SD5, SX5, HCM, VCM, SD41, BPM, SDB6, Q7,
SD3, SX6, HCM, VCM, SD2, Q8, ge, SDC12, BPM, SD13L, BPM, SD87, gs,
Q8, SD2 ,SX8, QT, HCM, VCM, SD3, Q7, SDB7, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB8, BPM, SD9a, Q10, SD8, SX10,
QT, HCM, VCM, ge, SDC44, BPM, SDACL1, BPM, SDC45, gs,
SX10, HCM, VCM, SD8, Q10, SD91, BPM, SD42, SX9, HCM, VCM, SD8, Q9, ge, SD7,
BEND, SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB9, Q7, SD3, SX8,
QT, HCM, VCM, SD2, Q8, ge, SD87, BPM, 2*SD13a, BPM, SD87, gs,
Q8, SD2, SX8, HCM, VCM, SD3, Q7, SDB10, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB11, BPM, SD92, Q10,
SD8, SX10, HCM, VCM, ge, SD89, BPM, 2*SDAC1, BPM, SD88, gs,
SX10, QT, HCM, VCM, SD8, Q10, SD93, BPM, SDB12, SX9, HCM, VCM, SD8,
Q9, ge, SD7, BEND,
SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB13, Q7, SD3,
SX8, HCM, VCM, SD2, Q8, ge, SD87, BPM,
2*SD13a, BPM, SD87, gs,
Q8, SD2, SX6, HCM, VCM, SD3, Q7, SDB14, BPM,
SD43, SX5, HCM, VCM, SD5, Q6, ge, SD7,
BEND, SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB15, BPM,
SD9a, Q5, SD10, SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD93, BPM, SDB17,
SX3, HCM, VCM, SD8, Q4, ge, SD7,
BEND, SD6, gs, SX2, HCM, VCM, SD5, Q3, SD141, BPM, SDB18, Q2,
SD3, SX1, QT, HCM, VCM, SD2, Q1, ge, SDC12, BPM, SD1e;
SUP4: SD1e, BPM, SDB1, gs,
Q1, SD2, SX1, QT, HCM, VCM, SD3, Q2, SDB2,
BPM, SD14a, Q3, SD5, SX2, HCM, VCM, ge, SD6, BEND,
SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB3, BPM, SD9a, Q5, SD12,
SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD91, BPM, SDB5, SX3, HCM, VCM, SD8,
Q4, ge, SD7, BEND, SD7, gs, Q6, SD5, SX5, HCM, VCM, SD41, BPM, SDB6, Q7,
SD3, SX6, HCM, VCM, SD2, Q8, ge, SDC12, BPM, SD13L, BPM, SD87, gs,
Q8, SD2 ,SX8, QT, HCM, VCM, SD3, Q7, SDB7, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB8, BPM, SD9a, Q10, SD8, SX10,
QT, HCM, VCM, ge, SDC44, BPM, SDACL1, BPM, SDC45, gs,
SX10, HCM, VCM, SD8, Q10, SD91, BPM, SD42, SX9, HCM, VCM, SD8, Q9, ge, SD7,
BEND, SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB9, Q7, SD3, SX8,
QT, HCM, VCM, SD2, Q8, ge, SD87, BPM, 2*SD13a, BPM, SD87, gs,
Q8, SD2, SX8, HCM, VCM, SD3, Q7, SDB10, BPM, SD42, SX7, HCM, VCM,
SD5, Q6, ge, SD7, BEND,
SD7, gs, Q9, SD8, SX9, HCM, VCM, SDB11, BPM, SD92, Q10,
SD8, SX10, HCM, VCM, ge, SD89, BPM, 2*SDAC1, BPM, SD88, gs,
SX10, QT, HCM, VCM, SD8, Q10, SD93, BPM, SDB12, SX9, HCM, VCM, SD8,
Q9, ge, SD7, BEND,
SD7, gs, Q6, SD5, SX7, HCM, VCM, SD41, BPM, SDB13, Q7, SD3,
SX8, HCM, VCM, SD2, Q8, ge, SD87, BPM,
2*SD13a, BPM, SD87, gs,
Q8, SD2, SX6, HCM, VCM, SD3, Q7, SDB14, BPM,
SD43, SX5, HCM, VCM, SD5, Q6, ge, SD7,
BEND, SD7, gs, Q4, SD8, SX3, HCM, VCM, SDB15, BPM,
SD9a, Q5, SD10, SX4, QT, HCM, VCM, SDB4, BPM, SD10a, Q5, SD93, BPM, SDB17,
SX3, HCM, VCM, SD8, Q4, ge, SD7,
BEND, SD6, gs, SX2, HCM, VCM, SD5, Q3, SD141, BPM, SDB18, Q2,
SD3, SX1, QT, HCM, VCM, SD2, Q1, ge, SDC12, BPM, SD1e;
RING: DEBUT,SUP1,SUP2,SUP3,SUP4,CAV,FIN;
{***** Define CELL structure ****}
CELL: RING, symmetry = 1;
end;
lattice/example/soleil/example_vcorr_56nom.state 0 → 100644
+ 121
− 0
View file @ 89616a6e
# V-Correctors to be used 1 valid, 0 discard Nominal setting June 2009 in control room
1 0
2 1
3 0
4 1
5 0
6 1
7 0
8 0
9 1
10 1
11 0
12 0
13 1
14 1
15 0
16 0
17 1
18 1
19 0
20 0
21 1
22 1
23 0
24 0
25 1
26 0
27 1
28 0
29 1
30 0
31 0
32 1
33 0
34 1
35 0
36 1
37 0
38 0
39 1
40 1
41 0
42 0
43 1
44 1
45 0
46 0
47 1
48 1
49 0
50 0
51 1
52 1
53 0
54 0
55 1
56 0
57 1
58 0
59 1
60 0
61 0
62 1
63 0
64 1
65 0
66 1
67 0
68 0
69 1
70 1
71 0
72 0
73 1
74 1
75 0
76 0
77 1
78 1
79 0
80 0
81 1
82 1
83 0
84 0
85 1
86 0
87 1
88 0
89 1
90 0
91 0
92 1
93 0
94 1
95 0
96 1
97 0
98 0
99 1
100 1
101 0
102 0
103 1
104 1
105 0
106 0
107 1
108 1
109 0
110 0
111 1
112 1
113 0
114 0
115 1
116 0
117 1
118 0
119 1
120 0
lattice/example/soleil/flat_file.dat 0 → 100644
+ 7383
− 0
View file @ 89616a6e
Source diff could not be displayed: it is too large. Options to address this: view the blob.
lattice/example/soleil/flat_file_fefile.dat 0 → 100644
+ 7415
− 0
View file @ 89616a6e
Source diff could not be displayed: it is too large. Options to address this: view the blob.
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