{ TITLE "ring20n-20080222 MAXIV lattice from Simon Leeman" }
define lattice; ringtype = 1;
Energy = 3.0;
{making dP smaller speeds up runtime}
dP = 1e-6;
CODeps = 1e-14;
{Meth = 4; Nbend = 4; Nquad = 4; Nsext = 4; Ncorr = 1;}
Meth = 4; Nbend = 10; Nquad = 10; Nsext = 10; Ncorr = 1;
pi = 4.0*arctan(1.0);
c0 = 2.99792458e8;
Brho = 1e9*Energy/c0;
STR0500: DRIFT, L= 5.0000000000E-01;
STR0450: DRIFT, L= 4.5000000000E-01;
STRx403: DRIFT, L= 4.0311000000E-01;
STR0400: DRIFT, L= 4.0000000000E-01;
STR0302: DRIFT, L= 3.0200000000E-01;
STRx203: DRIFT, L= 2.0311000000E-01;
STRx113: DRIFT, L= 1.1268000000E-01;
STR0100: DRIFT, L= 1.0000000000E-01;
STR0075: DRIFT, L= 7.5000000000E-02;
STR0050: DRIFT, L= 5.0000000000E-02;
STR0025: DRIFT, L= 2.5000000000E-02;
STRx013: DRIFT, L= 1.2500000000E-02;
STR0010: DRIFT, L= 1.0000000000E-02;
STRx006: DRIFT, L= 6.0800000000E-03;
{ Girder Markers }
GS: Marker;
GE: Marker;
{ Beam Position Monitors }
BPM_D: Drift, L = 5.0e-2/2.0;
BPM_M: Beam Position Monitor;
BPM: BPM_D, BPM_M, BPM_D;
{ Horizontal and vertical corrector }
CORR_D: Drift, L = 10.0e-2/2.0;
CORR_H: Corrector, Horizontal, Method= Meth;
CORR_V: Corrector, Vertical, Method= Meth;
CORR: CORR_D, CORR_H, CORR_V, CORR_D;
{T3 and OPA quad/sext strengths are normalized}
{m->m/2 for MAD8->T3}
{m->m/2 for MAD8->OPA}
DISPscale=1.0;QDmaster = 1.0;QFscale = 1.0;QDscale = 1.0;WQDscale = 1.0;WQFscale = 1.0;
{original OPA values}
QDmaster = -0.993433/Brho;
{for disp-free straights}
DISPscale = 1.0;
{for 42.20/14.28 in bare RING}
QFscale = 0.999993897;QDscale = 1.000595795;
D0: BENDING, L= 3.6189000000E-01, T= 1.085673,
K=8.6837*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Df1: BENDING, L= 5.0000000000E-02, T= 0.149940,
K=8.6798*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Df2: BENDING, L= 5.0000000000E-02, T= 0.149685,
K=8.6723*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Df3: BENDING, L= 5.0000000000E-02, T= 0.107834,
K=5.9235*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Df4: BENDING, L= 5.0000000000E-02, T= 0.005351,
K=-0.06434*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Df5: BENDING, L= 5.0000000000E-02, T= 0.001543,
K=-0.00121*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm6: BENDING, L= 5.0000000000E-02, T= 0.002217,
K=0.005164*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm5: BENDING, L= 5.0000000000E-02, T= 0.053563,
K=2.932271*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm4: BENDING, L= 5.0000000000E-02, T= 0.074264,
K=4.234943*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm3: BENDING, L= 5.0000000000E-02, T= 0.077218,
K=4.299814*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm2: BENDING, L= 5.0000000000E-02, T= 0.116500,
K=6.082495*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm1: BENDING, L= 5.0000000000E-02, T= 0.149165,
K=8.562347*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
Dm0: BENDING, L= 2.0424000000E-01, T= 0.612721,
K=8.66874*QDmaster*QDscale, T1= 0.0, T2= 0.0,
N = Nbend, Method = Meth;
DIP: Df5, Df4, Df3, Df2, Df1, D0;
DIPm: Dm6, Dm5, Dm4, Dm3, Dm2, Dm1, Dm0, Df1, Df2, Df3, Df4, Df5;
QF: QUADRUPOLE, L= 1.5000000000E-01, K= 4.031557*QFscale,
N = Nquad, Method = Meth;
QFm: QUADRUPOLE, L= 1.5000000000E-01, K= 3.776598*DISPscale*QFscale,
N = Nquad, Method = Meth;
QFend: QUADRUPOLE, L= 2.5000000000E-01, K= 3.521817,
N = Nquad, Method = Meth;
QDend: QUADRUPOLE, L= 2.5000000000E-01, K=-2.176206,
N = Nquad, Method = Meth;
QFendW: QUADRUPOLE, L= 2.5000000000E-01, K= 3.647797,
N = Nquad, Method = Meth;
QDendW: QUADRUPOLE, L= 2.5000000000E-01, K=-2.513862,
N = Nquad, Method = Meth;
SD: SEXTUPOLE, L= 1.0000000000E-01, K=-116.285211,
N = Nsext, Method = Meth;
SDend: SEXTUPOLE, L= 1.0000000000E-01, K=-142.000000,
N = Nsext, Method = Meth;
SFm: SEXTUPOLE, L= 1.0000000000E-01, K=156.000000,
N = Nsext, Method = Meth;
SFo: SEXTUPOLE, L= 1.0000000000E-01, K=170.000000,
N = Nsext, Method = Meth;
SFi: SEXTUPOLE, L= 1.0000000000E-01, K=216.891574,
N = Nsext, Method = Meth;
SQFm: QFm, STR0075, SFm, STRx013, BPM, STRx013, QFm, STR0100, CORR;
SQFo: QF, STR0075, SFo, STRx013, BPM, STRx013, QF, STR0100, CORR;
SQFi: QF, STR0075, SFi, STRx013, BPM, STRx013, QF, STR0100, CORR;
OXX: MULTIPOLE, L = 1.0e-1, HOM=(4,-135.5801/1.0e-1,0),
N = Nsext, Method = Meth;
OXY: MULTIPOLE, L = 1.0e-1, HOM=(4,216.2628/1.0e-1,0),
N = Nsext, Method = Meth;
OYY: MULTIPOLE, L = 1.0e-1, HOM=(4,-85.5096/1.0e-1,0),
N = Nsext, Method = Meth;
h_rf = 176; C = 528.0;
CAV: Cavity, Frequency = c0/C*h_rf, Voltage = 1.5e6, Harnum = h_rf;
lambda_PMDW = 80e-3;
n_PMDW = 25;
L_PMDW = n_PMDW*lambda_PMDW;
B_PMDW=2.22;
PMDWw: Wiggler, L = L_PMDW, lambda = lambda_PMDW, kxV = 0.0,
BoBrhoV = B_PMDW/Brho, N = n_PMDW*4, Method = 2;
{PMDWw: insertion, scaling = 1.0, N = 50, Method = 2,
file2 = "/home/simon/projects/in/lattice/pmdwkick.dat";}
PMDWd: Drift, L = -L_PMDW/2.0;
PMDW: PMDWd, PMDWw, PMDWd;
LongStr: 4*STR0500, STR0400;
LongStrW: 4*STR0500, STR0400;
ShortStr: STR0450, STR0500, STR0302;
DIPuc: SD, STR0010, DIP, INV(DIP), STR0010, SD;
UC1: GS, SQFm, STRx203, DIPuc, GE, STRx403;
UC2: GS, SQFo, STRx203, DIPuc, GE, STRx403;
UC3: GS, SQFi, STRx203, DIPuc, STRx203;
UC4: INV(SQFi), GE, STRx403, GS, DIPuc, STRx203;
UC5: INV(SQFo), GE, STRx403, GS, DIPuc, STRx203, INV(SQFm), GE;
MC: BPM, CORR, OXX, STR0025, QFend, STR0025, OXY, STR0100, QDend,
STRx006, DIPm, OYY, STRx113, CORR, BPM, SDend, STR0050;
wMC: BPM, CORR, OXX, STR0025, QFendW, STR0025, OXY, STR0100, QDendW,
STRx006, DIPm, OYY, STRx113, CORR, BPM, SDend, STR0050;
LINE: LongStr, GS, MC, GE, ShortStr, UC1, UC2, UC3, UC4, UC5,
INV(ShortStr), GS, INV(MC), GE, INV(LongStr);
LINEw: LongStr, GS, MC, GE, ShortStr, UC1, UC2, UC3, UC4, UC5,
INV(ShortStr), GS, INV(wMC), GE, INV(LongStrW);
wLINE: LongStrW, GS, wMC, GE, ShortStr, UC1, UC2, UC3, UC4, UC5,
INV(ShortStr), GS, INV(MC), GE, INV(LongStr);
LINESw: LINEw, PMDW, wLINE;
{RING: LINE, CAV;}
{RING: LINESw, CAV;}
{RING: LINESw, 3*LINE, CAV;}
RING: LINESw, 3*LINE, LINESw, 3*LINE, LINESw, 3*LINE, LINESw, 3*LINE, CAV;
CELL: RING, SYMMETRY = 1;
END;