!================================= ! %% charge in the beam; single microbunch !================================= ! q: charge, total=1.6675e-10 ! q: charge, total=1.18e-8 !=================== ! %% Cavity !================== ! If Voltage zero, then 4D tracking ! for 4D !CAV:RFCA, VOLT=0.0e+6,FREQ=3.521970e+08,PHASE=161.9171 !CAV:RFCA, VOLT=3.0e+6,FREQ=3.521970e+08,PHASE=161.9171 ! Nicola's suggestion !CAV:RFCA, VOLT=3.0e+6,FREQ="c_mks 354.097 / 416 *",PHASE=161.9171 !half of SDAC1 SDAC1h: EDRIFT,l= 0.74214 !half of SD13a SD13ah: EDRIFT,l=1.570726 !============================= ! = Marker and apertures = !============================= SECT1: MARK SECT2: MARK SECT3: MARK SECT4: MARK DEBUT: MARK FIN: MARK !============================ ! = Vacuum chambers ! Comparison with TRACY lattice golden-run5-2013_alex_mod_S1.lat ! X.N.Gavaldŕ 02/04/14 !============================ VCHAMBER: MAXAMP,X_MAX=0.035,Y_MAX=0.0125 MHU640: MAXAMP,X_MAX=0.028,Y_MAX=0.007 SDM1: MAXAMP,X_MAX=0.021,Y_MAX=0.005 SDC1T: MAXAMP,X_MAX=0.025,Y_MAX=0.0125 !========================== ! %% Injection section !========================= PtINJ: MARK K1: MARK K2: MARK K3: MARK K4: MARK !================ ! = BPM = !================ BPM: MARK !================ ! = For fitting = !================ M1: MARK, FITPOINT=1 M2: MARK, FITPOINT=1 M3: MARK, FITPOINT=1 !===================== ! = DRIFT SPACES = !===================== SD1a: EDRIFT, L= 1.4125 SD1b: EDRIFT, L= 0.75750 SD1c: EDRIFT, L= 0.02800 SD1d: EDRIFT, L= 0.48900 SD2: EDRIFT, L= 0.289900 SD3: EDRIFT, L= 0.101900 SD5: EDRIFT, L= 0.099900 SD6: EDRIFT, L= 0.71000 SD7: EDRIFT, L= 0.419900 SD8: EDRIFT, L= 0.0999000 SD12: EDRIFT, L= 0.36990 !SD1d1: EDRIFT, L= 0.328 SD1d1a: EDRIFT, L= 0.028 SD1d1b: EDRIFT, L= 0.3 SD1d2: EDRIFT, L= 0.189 SD14a: EDRIFT, L= 0.38500000 SD9a: EDRIFT, L= 0.204200 SD10a: EDRIFT, L= 0.172300 SDAC1: EDRIFT, L= 1.48428 SDAC1a: EDRIFT, L= 0.58892 SDAC1b: EDRIFT, L= 0.89536 SDAC1c: EDRIFT, L= 0.90464 SDAC1d: EDRIFT, L= 0.57964 SD13a: EDRIFT, L= 3.141452 SD13a1: EDRIFT, L= 0.3914 SD13a2: EDRIFT, L= 2.75005 SD13a3: EDRIFT, L= 2.74995 SD13a4: EDRIFT, L= 0.3914 SD1e: EDRIFT, L= 5.6589 SD1c1: EDRIFT, L= 0.8410 SD1c2: EDRIFT, L= 0.601 SD1c3: EDRIFT, L= 1.560 SD91: EDRIFT, L= 0.251240 SD41: EDRIFT, L= 0.1721 SD42: EDRIFT, L= 0.125 SD92: EDRIFT, L= 0.204300 SD93: EDRIFT, L= 0.251300 SD43: EDRIFT, L= 0.1251 SD141: EDRIFT, L= 0.431900 SDB1: EDRIFT, L= 0.29100 SDB2: EDRIFT, L= 0.16680000 SDB3: EDRIFT, L= 0.172 SDB4: EDRIFT, L= 0.1976 SDB5: EDRIFT, L= 0.125 SDB6: EDRIFT, L= 0.119800 SDB7: EDRIFT, L= 0.166900 SDB8: EDRIFT, L= 0.172 SDB9: EDRIFT, L= 0.119800 SDB10: EDRIFT, L= 0.166900 SDB11: EDRIFT, L= 0.1719 SDB12: EDRIFT, L= 0.1249 SDB13: EDRIFT, L= 0.119800 SDB14: EDRIFT, L= 0.1668000 SDB15: EDRIFT, L= 0.172 SDB17: EDRIFT, L= 0.125 SDB18: EDRIFT, L= 0.1199000 SDC1: EDRIFT, L= 0.241900 SDC2: EDRIFT, L= 0.079 SDC3: EDRIFT, L= 0.07845 SDC4: EDRIFT, L= 0.2558 SDC5: EDRIFT, L= 0.0846 SDC6: EDRIFT, L= 0.079 SDC7: EDRIFT, L= 0.262 SDC8: EDRIFT, L= 0.241900 SDC9: EDRIFT, L= 0.079 SDC10: EDRIFT, L= 0.07845 SDC11: EDRIFT, L= 0.2419000 SDC12: EDRIFT, L= 0.2558 SDC13: EDRIFT, L= 0.0846 SDC14: EDRIFT, L= 0.0788 SDC15: EDRIFT, L= 0.2622 SDC16: EDRIFT, L= 0.241900 SDC17: EDRIFT, L= 0.079 SDC18: EDRIFT, L= 0.07845 SDC19: EDRIFT, L= 0.24190 SDC20: EDRIFT, L= 0.241900 SDC21: EDRIFT, L= 0.079 SDC22: EDRIFT, L= 0.29090 SDC24: EDRIFT, L= 1.379 !SDC23a: EDRIFT,L= 0.632 ! BPM - K1 SDC23b: EDRIFT, L= 1.983 ! K1 - KEMV SDC23c: EDRIFT, L= 1.019 ! KEMV - K2 SDC23d: EDRIFT, L= 0.676 ! K2 - FCOR SDC23e: EDRIFT, L= 0.147 ! BPM - FCOR [1 1] SDC23f: EDRIFT, L= 0.485 ! FCOR [1 1] next SD !================================ ! = HU640 straight section = !================================ SDHU640a: EDRIFT, L=1.7394 SDHU640b: EDRIFT, L=0.64 SDHU640c: EDRIFT, L=3.2795 SDHU640d: EDRIFT, L=3.1195 SDHU640e: EDRIFT, L=0.64 SDHU640f: EDRIFT, L=1.8994 !================================================= ! = QUADRUPOLES = !(compensation de l'effet des dĂ©fauts de focalisation des !================================================== Q1: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.210124e+00 ,SYNCH_RAD=0,ISR=0 Q2: KQUAD, N_KICKS=30, L= 0.4962, K1 = 1.687181e+00 ,SYNCH_RAD=0,ISR=0 Q3: KQUAD, N_KICKS=30, L= 0.3602, K1 = -6.375736e-01 ,SYNCH_RAD=0,ISR=0 Q4: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.229389e+00 ,SYNCH_RAD=0,ISR=0 Q5: KQUAD, N_KICKS=30, L= 0.3602, K1 = 1.713696e+00 ,SYNCH_RAD=0,ISR=0 Q6: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.163583e+00 ,SYNCH_RAD=0,ISR=0 Q7: KQUAD, N_KICKS=30, L= 0.4962, K1 = 2.034258e+00 ,SYNCH_RAD=0,ISR=0 Q8: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.357527e+00 ,SYNCH_RAD=0,ISR=0 Q9: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.356975e+00 ,SYNCH_RAD=0,ISR=0 Q10: KQUAD, N_KICKS=30, L= 0.3602, K1 = 1.736498e+00 ,SYNCH_RAD=0,ISR=0 Q11: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.671113e+00 ,SYNCH_RAD=0,ISR=0 Q12: KQUAD, N_KICKS=30, L= 0.4962, K1 = 1.667791e+00 ,SYNCH_RAD=0,ISR=0 ! upstream and downstream nanoscopiumstraight section Q1n: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.336224e+00 ,SYNCH_RAD=0,ISR=0 Q2n: KQUAD, N_KICKS=30, L= 0.4962, K1 = 1.874242e+00 ,SYNCH_RAD=0,ISR=0 Q3n: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.126772e+00 ,SYNCH_RAD=0,ISR=0 QI1: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.148605e+00 ,SYNCH_RAD=0,ISR=0 QI2: KQUAD, N_KICKS=30, L= 0.4962, K1 = 1.698188e+00 ,SYNCH_RAD=0,ISR=0 QI3: KQUAD, N_KICKS=30, L= 0.3602, K1 = -8.977849e-01 ,SYNCH_RAD=0,ISR=0 QI4: KQUAD, N_KICKS=30, L= 0.3602, K1 = -1.032541e+00 ,SYNCH_RAD=0,ISR=0 QI5: KQUAD, N_KICKS=30, L= 0.3602, K1 = 1.776718e+00 ,SYNCH_RAD=0,ISR=0 QI51: KQUAD, N_KICKS=30, L= 0.3602, K1 = 1.551736e+00 ,SYNCH_RAD=0,ISR=0 !================================================ !SEXTUPOLES chromaticitĂ©s nulles dans TracyII !avec defauts de focalisation des dipoles !P. Brunelle 02/05/06 !================================================ S1: KSEXT, L= 0.16, K2= 18.8125, SYNCH_RAD=0,ISR=0 S2: KSEXT, L= 0.16, K2= -40.8750, SYNCH_RAD=0,ISR=0 S3: KSEXT, L= 0.16, K2= -21.1250, SYNCH_RAD=0,ISR=0 S4: KSEXT, L= 0.16, K2= 43.5625, SYNCH_RAD=0,ISR=0 S5: KSEXT, L= 0.16, K2= -44.6250, SYNCH_RAD=0,ISR=0 S6: KSEXT, L= 0.16, K2= 41.6875, SYNCH_RAD=0,ISR=0 S7: KSEXT, L= 0.16, K2= -62.0000, SYNCH_RAD=0,ISR=0 S8: KSEXT, L= 0.16, K2= 48.6250, SYNCH_RAD=0,ISR=0 S9: KSEXT, L= 0.16, K2= -52.71328125, SYNCH_RAD=0,ISR=0 S10: KSEXT, L= 0.16, K2= 31.646525, SYNCH_RAD=0,ISR=0 S11: KSEXT, L= 0.16, K2= 15.1250, SYNCH_RAD=0,ISR=0 !set to zero S12: KSEXT, L= 0.16, K2= 0.0000, SYNCH_RAD=0,ISR=0 !=============================== ! %% Skew quadrupole ! rotation angle: 45 degree !=============================== QT: KSEXT, L= 0.0, K2= 0.0, TILT = 0.7854 SYNCH_RAD=0,ISR=0 !=========================== ! Slow feedback correctors !========================== COR: KICKER !========================== ! Machine study kickers !========================= KEMH: KICKER KEMV: KICKER !================= ! HU640 !================= HCMHU640: KICKER VCMHU640: KICKER HU640upstream: LINE = (SDHU640a, VCMHU640, SDHU640b, HCMHU640, SDHU640c) HU640downstream: LINE= (SDHU640d, HCMHU640, SDHU640e, VCMHU640, SDHU640f) !=========================== ! Fast feedback correctors !=========================== FCOR: KICKER SX1: LINE= ( S1, COR, QT) SX2: LINE= ( S2, COR, QT) SX3: LINE= ( S3, COR, QT) SX4: LINE= ( S4, COR, QT) SX5: LINE= ( S5, COR, QT) SX6: LINE= ( S6, COR, QT) SX7: LINE= ( S7, COR, QT) SX8: LINE= ( S8, COR, QT) SX9: LINE= ( S9, COR, QT) SX10: LINE= (S10, COR, QT) SX11: LINE= (S11, COR, QT) SX12: LINE= (S12, COR, QT) !=================== ! %% DIPOLES !=================== BEND:CSBEND,L=1.05243,N_KICKS=100,ANGLE=0.19635, E1=0.0976, E2=0.0991, K1=0.00204,HGAP=0.0268 !=================== ! %% Nanoscopium straight section !=================== ! NANOC magnets for nanoscopium ! Tuners ! CHINANO = corrector('NANOC',0.0,[0 0],'CorrectorPass'); % tuning magnet ! Main magnets CHINANOD1: CSBEND,L=0.069,N_KICKS=10,ANGLE=-0.50e-3, E1=0.0, E2=-0.50e-3, K1=0.0,HGAP=0 CHINANOD2: CSBEND,L=0.069,N_KICKS=10,ANGLE=-5.38e-3, E1=-0.50e-3, E2=-5.88e-3, K1=0.0,HGAP=0 CHINANOD3: CSBEND,L=0.138,N_KICKS=10,ANGLE=11.88e-3, E1=-5.88e-3, E2=+6.00e-3, K1=0.0,HGAP=0 CHINANOD4: CSBEND,L=0.069,N_KICKS=10,ANGLE=-6.00e-3, E1=6.00e-3, E2=0.00e-3, K1=0.0,HGAP=0 ! Nanoscopium straigths (upstream) SDNANO1: EDRIFT,L =0.4156 ! BPM - CHI.1 SDNANO2 : EDRIFT,L =0.5184 ! CHI.1 - FFWDCOR SDNANO3: EDRIFT,L = 2.5630 ! FFWDCOR - FFWDCOR SDNANO4 : EDRIFT,L =0.3985 ! FFWDCOR - CHI.2 SDNANO5 : EDRIFT,L =0.2338 ! CHI.2 - BPM SDNANO6 : EDRIFT,L =0.0780 ! BPM - FCOR SDNANO6a: EDRIFT,L =0.2436 ! BPM - Q11.1 SDNANO7: EDRIFT,L =0.1499 ! Q11.1 - S12 SDNANO8: EDRIFT,L =0.1519 ! S12 - Q11 ! Nanoscopium straigths (downstream) SDNANO9 : EDRIFT,L =0.2047 ! Q11.2 - FOFB SDNANO10: EDRIFT,L =0.2382 ! BPM - CHI.3 SDNANO11: EDRIFT,L =0.3640 ! FFWDCOR - FFWDCOR SDL13u: LINE= (SDNANO1, CHINANOD1, SDNANO2, SDNANO3, SDNANO4, CHINANOD2, SDNANO5, BPM, SDNANO6, FCOR,SDNANO6a, Q11, SDNANO7, SX12, SDNANO8) SDL13d: LINE= (SDNANO8, SX12, SDNANO7, Q11, SDNANO9, FCOR, SDNANO6, BPM, SDNANO10, CHINANOD3, SDNANO11,SDNANO3, SDNANO2,CHINANOD4, SDNANO1) SDL13: LINE= (SDL13u, Q12, SDL13d) !======================== ! %% Undulator !======================== WSV50: CWIGGLER,L=1.9,PERIODS=38,bmax=2.1,sinusoidal=1,synch_rad=1,isr=0,integration_order=4,& steps_per_period=20 SD13aw: EDRIFT, L= 2.191452 !======================== ! %% Lattice !======================== !========================= ! % Superperiods !======================== SUP1: LINE= (& MHU640, SD1a, PtINJ, SD1b, K3, SD1c1, FCOR, SD1c2, KEMH, SD1c3, K4, SD1d1a, MHU640, VCHAMBER, SD1d1b, SD1d2, & BPM, SDB1, QI1, SD2, SX1, SD3, QI2, & SDB2, BPM, SD14a, QI3, SD5, SX2, SD6, & BEND, SD7, QI4, SD8, SX3, & SDB3, BPM, SD9a, QI5, SD12, SX4, & SDB4, BPM, SD10a, QI51, SD91, & BPM, SDB5, SX3, SD8, Q4, SD7, BEND, & SD7, Q6, SD5, SX5, SD41, & BPM, SDB6, Q7, SD3, SX6, SD2, Q8, & SDC1, FCOR, SDC2, BPM, SD13a1, VCHAMBER, SDM1, SD13a2, M1, SD13a3, SDM1, VCHAMBER, SD13a4, BPM, & SDC3, FCOR, SDC1, & Q8, SD2, SX8, SD3, Q7, SDB7, & BPM, SD42, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB8, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1a, VCHAMBER, SDC1T, SDAC1b, M2, SDAC1c, SDC1T, VCHAMBER, SDAC1d, & BPM, SDC6, FCOR, SDC7, SX10, SD8, Q10, SD91, & BPM, SD42, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB9, Q7, SD3, SX8, SD2, Q8, SDC8, & FCOR, SDC9, BPM, SD13a, M3, SD13a, & BPM, SDC10, FCOR, SDC11, Q8, SD2, SX8, SD3, Q7, & SDB10, BPM, SD42, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB11, & BPM, SD92, Q10, SD8, SX10, SDC12, & FCOR, SDC13, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB13, Q7, SD3, SX8, SD2, Q8, SDC16, & FCOR, SDC17, BPM, SD13a, SD13a, & BPM, SDC18, FCOR, SDC19, Q8, SD2, SX6, SD3, Q7, & SDB14, BPM, SD43, SX5, SD5, Q6, SD7, & BEND, SD7, Q4, SD8, SX3, SDB15, & BPM, SD9a, Q5, SD12, & SX4, SDB4, BPM, SD10a, Q5, SD93, & BPM, SDB17, SX3, SD8, Q4, SD7, & BEND, SD6, SX2, SD5, Q3, SD141, & BPM, SDB18, Q2, SD3, SX1, SD2, Q1, & SDC20, FCOR, SDC21, BPM, HU640upstream) SUP2: LINE= ( & HU640downstream, BPM, SDC2, FCOR, SDC1, & Q1, SD2, SX1, SD3, Q2, & SDB7, BPM, SD14a, Q3, SD5, SX2, SD6, & BEND, SD7, Q4, SD8, SX3, & SDB3, BPM, SD9a, Q5, SD12, SX4, & SDB4, BPM, SD10a, Q5, SD93, & BPM, SDB5, SX3, SD8, Q4, SD7, BEND, & SD7, Q6, SD5, SX5, SD41, & BPM, SDB6, Q7, SD3, SX6, SD2, Q8, & SDC1, FCOR, SDC2, BPM, & SD13a, SD13a, BPM, & SDC2, FCOR, SDC1, & Q8, SD2, SX8, SD3, Q7, SDB7, & BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, & BPM, SDC2, FCOR, SDC1, Q8, SD2, SX8, SD3, Q7, & SDB7, BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, BPM, & SDC2, FCOR, SDC1, Q8, SD2, SX6, SD3, Q7, & SDB7, BPM, SD42, SX5, SD5, Q6, SD7, & BEND, SD7, Q4, SD8, SX3, SDB3, & BPM, SD9a, QI51, SD12, & SX4, SDB4, BPM, SD10a, QI5, SD93, & BPM, SD42, SX3, SD8, QI4, SD7, & BEND, SD6, SX2, SD5, QI3, SD141, & BPM, SDB18, QI2, SD3, SX1, SD2, QI1, & SDC1, FCOR, SDC2, BPM, SD1e) SUP3: LINE= ( & SD1e, BPM, SDC2, FCOR, SDC1, & QI1, SD2, SX1, SD3, QI2, & SDB7, BPM, SD14a, QI3, SD5, SX2, SD6, & BEND, SD7, QI4, SD8, SX3, & SDB3, BPM, SD9a, QI5, SD12, SX4, & SDB4, BPM, SD10a, QI51, SD93, & BPM, SDB5, SX3, SD8, Q4, SD7, BEND, & SD7, Q6, SD5, SX5, SD41, & BPM, SDB6, Q7, SD3, SX6, SD2, Q8, & SDC1, FCOR, SDC2, BPM, SD13a, SD13a, BPM, & SDC2, FCOR, SDC1, & Q8, SD2, SX8, SD3, Q7, SDB7, & BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, & BPM, SDC2, FCOR, SDC1, Q8, SD2, SX8, SD3, Q7, & SDB7, BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, & BPM, SDC2, FCOR, SDC1, Q8, SD2, SX6, SD3, Q7, & SDB7, BPM, SD42, SX5, SD5, Q6, SD7, & BEND, SD7, Q4, SD8, SX3, SDB3, & BPM, SD9a, Q5, SD12, & SX4, SDB4, BPM, SD10a, Q5, SD93, & BPM, SD42, SX3, SD8, Q4, SD7, & BEND, SD6, SX2, SD5, Q3n, SD141, & BPM, SDB18, Q2n, SD3, SX11, SD2, Q1n, & SDC1, FCOR, SDC2, BPM) SUP4: LINE = ( & BPM, SDC2, FCOR, SDC1, & Q1n, SD2, SX11, SD3, Q2n, & SDB7, BPM, SD14a, Q3n, SD5, SX2, SD6, & BEND, SD7, Q4, SD8, SX3, & SDB3, BPM, SD9a, Q5, SD12, SX4, & SDB4, BPM, SD10a, Q5, SD93, & BPM, SDB5, SX3, SD8, Q4, SD7, BEND, & SD7, Q6, SD5, SX5, SD41, & BPM, SDB6, Q7, SD3, SX6, SD2, Q8, & SDC1, FCOR, SDC2, BPM, SD13a, SD13a, BPM, & SDC2, FCOR, SDC1, & Q8, SD2, SX8, SD3, Q7, SDB7, & BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, & BPM, SDC2, FCOR, SDC1, Q8, SD2, SX8, SD3, Q7, & SDB7, BPM, SDB5, SX7, SD5, Q6, SD7, & BEND, SD7, Q9, SD8, SX9, SDB3, & BPM, SD9a, Q10, SD8, SX10, SDC4, & FCOR, SDC5, BPM, SDAC1, SDAC1, & BPM, SDC14, FCOR, SDC15, SX10, SD8, Q10, SD93, & BPM, SDB12, SX9, SD8, Q9, SD7, & BEND, SD7, Q6, SD5, SX7, SD41, & BPM, SDB6, Q7, SD3, SX8, SD2, Q8, SDC1, & FCOR, SDC2, BPM, SD13a, SD13a, & BPM, SDC2, FCOR, SDC1, Q8, SD2, SX6, SD3, Q7, & SDB7, BPM, SD42, SX5, SD5, Q6, SD7, & BEND, SD7, Q4, SD8, SX3, SDB3, & BPM, SD9a, QI51, SD12, & SX4, SDB4, BPM, SD10a, QI5, SD93, & BPM, SD42, SX3, SD8, QI4, SD7, & BEND, SD6, SX2, SD5, QI3, SD141, & BPM, SDB18, QI2, SD3, SX1, SD2, QI1, & SDC22, BPM, SDC23e, FCOR, SDC23f, K1, SDC23b, & KEMV, SDC23c, K2, SDC23d, SDC24) MALIN: malign, on_pass=1 w1: watch,filename="%s.w1",mode="centroid" MALIN2: malign, on_pass=1 w2: watch,filename="%s.w2",mode="centroid" MALIN3: malign, on_pass=1 w3: watch,filename="%s.w3",mode="centroid" RING0: LINE=(DEBUT, VCHAMBER, SECT1, SUP1, SECT2, SUP2, SECT3, SUP3, SECT4, SDL13, SUP4, FIN) RING1: LINE=(MALIN, w1, RING0) RING2: LINE=(MALIN2, w2, RING0) RING3: LINE=(MALIN3, w3, RING0) !Computation without quantum excitation. it's the same that put radiation_integral=1 in twiss_output !Computation without quantum excitation !SR:SREFFECTS, QEXCITATION=0, DAMPING=0, LOSSES=1 !RINGRF: LINE=(RING, SR, CAV) !RINGRF: LINE=(RING0, CAV)