!--------------------------------------------------------------------------------- ! ! NLS L-band option studies ! ! RB October 2009 --- 2.25 GeV --- ! ! Adapted from FEL09 layout ! ! Jan 2009: ! basic version with three BCs and two 3HC ! Apr 2009: ! removed second 3HC, cleaned up drifts, added correctors, BPMs and Laser Heater ! Sep 2009: ! added dog leg merger after inejctor ! Oct 2009: ! remove chirp from injector and pushed BC1 after ACC02, pushed BC3 at 1.5 GeV ! !--------------------------------------------------------------------------------- ! ! This file assumes a 15.0 m long injector with an energy of about 135 MeV ! The injector has 1 Tesla module (8 Tesla cavities - 9 cell each) as per JHH simulations ! !--------------------------------------------------------------------------------- ! ! The LINAC has the following structure ! ! NLSL: LINE = (I2L, NLS_LH, DLMERGE, ACC391, ACC02, BC1, ACC03, ACC04, & ! BC2, ACC05, ACC06, ACC07, ACC08, ACC09, ACC10, ACC11, ACC12, BC3, & ! ACC13, ACC14, ACC15, ACC16, ACC17, ACC18, DL or SPREADER) ! ! i.e. ! ! a matching section from the injector to the LINAC (I2L) ! a laser heater with corresponding triplet for mathcing (NLS_LH) ! a dog leg about 25 m long with two triplets ! ACC02 to give energy chirp to the beam before BC1 ! a third harmonic - 1 module of XFEL type eight cavity with 9 cell (ACC39) ! BC1 at 135 MeV ! two accelerating sections - TESLA module type eight cavity with 9 cells (ACC02-03) ! BC2 at 450 MeV ! five accelerating sections - TESLA module type eight cavity with 9 cells (ACC04-08) ! BC3 at 1 GeV ! six accelerating sections - TESLA module type eight cavity with 9 cells (ACC09-14) ! option for a dog-leg at 2.25 GeV (DL) or a spreader ! a matching section to the FEL (L2F) ! ! LSC ! - LSCDRIFT in drifts ! CSR WAKEFIELDS ! - CSR Wakefield at BC1, BC2, BC3, and DL ! WAKEFIELDS ! - Short-Range Transverse Wakefields in 3rd Harmonic Cavities ! - Short-Range Longitudinal Wakefields in 3rd Harmonic Cavities ! - Short-Range Transverse Wakefields in all TESLA Modules ! - Short-Range Longitudinal Wakefields in all TESLA Modules ! !------------------------------------------------------------------------------- !------------------------------------------------------------------------------- ! ! working point definitions ! !------------------------------------------------------------------------------- ! bunch compressor angles (degrees) % 13.8226 sto theta_bc1 % 12.9408 sto theta_bc2 % 10.911 sto theta_bc3 ! cavity phases (degrees off crest) % 30 sto ph2 % 0 sto ph3 % 0 sto ph4 % 0 sto ph5 % 0 sto ph6 % 0 sto ph7 % 0 sto ph8 % 0 sto ph9 % 0 sto ph10 % 0 sto ph11 % 0 sto ph12 % 0 sto ph13 % 0 sto ph14 % 0 sto ph15 % 0 sto ph16 % 0 sto ph17 % 0 sto ph18 ! cavity voltages % 15.10E+06 sto v2 % 15.60E+06 sto v3 % 15.60E+06 sto v4 % 15.60E+06 sto v5 % 15.60E+06 sto v6 % 15.60E+06 sto v7 % 15.60E+06 sto v8 % 15.60E+06 sto v9 % 15.60E+06 sto v10 % 15.60E+06 sto v11 % 15.60E+06 sto v12 % 15.70E+06 sto v13 % 15.70E+06 sto v14 ! not used % 15.70E+06 sto v15 % 15.70E+06 sto v16 % 15.70E+06 sto v17 % 18.70E+06 sto v18 ! third harmonic cavities % 11775229.1971 sto v391 % 180.514 sto ph391 % 0.0E+06 sto v392 % 199.99 sto ph392 ! flag for space charge and CSR % 1 sto lscflag % 1 sto csrflag ! best settings from NSGA2 run % 11.841017 sto theta_bc1 % 7.185023 sto theta_bc2 % 7.424815 sto theta_bc3 % 13600428.619493 sto v391 % 186.520112 sto ph391 % 29.307791 sto ph2 % 18.853534 sto ph3 % 8.119301 sto ph5 % "mymacros" @ ! copy phases % ph3 sto ph4 % ph5 sto ph6 % ph5 sto ph7 % ph5 sto ph8 % ph5 sto ph9 % ph5 sto ph10 % ph5 sto ph11 % ph5 sto ph12 !------------------------------------------------------------------------------- ! ! charge definition ! !------------------------------------------------------------------------------- Q: CHARGE, TOTAL=0.2E-09 !------------------------------------------------------------------------------- ! ! wakefields definition ! !------------------------------------------------------------------------------- ! Longitudinal Short-Range Wakefield for one TESLA module LWAKE13: WAKE, INPUTFILE="/home/im76/elegant/nlsl/inputdata/TESLA_MODULE_lwake.sdds", FACTOR=1, & CHANGE_P0=1, TCOLUMN="t", WCOLUMN="W", INTERPOLATE=1, & N_BINS=0, SMOOTHING=1 ! Transverse Short-Range Wakefield for one TESLA Module TWAKE13: TRWAKE, INPUTFILE="/home/im76/elegant/nlsl/inputdata/TESLA_MODULE_twake.sdds", FACTOR=1, & TCOLUMN="t", WXCOLUMN="W", WYCOLUMN="W", INTERPOLATE=1, & N_BINS=0, SMOOTHING=1, DX=0.0, DY=0.0 ! Longitudinal and Transverse Wakefields for one TESLA module LTWAKE13 : LINE = (LWAKE13, TWAKE13) QLTWAKE13 : LINE = (Q, LWAKE13, TWAKE13) ! Longitudinal Short-Range Wakefield for one ACC39 module LWAKE39: WAKE, INPUTFILE="/home/im76/elegant/nlsl/inputdata/TESLA_FOUR3900MHz_lwake.sdds", FACTOR=2, & CHANGE_P0=1, TCOLUMN="t", WCOLUMN="W", INTERPOLATE=1, & N_BINS=0, SMOOTHING=1 ! Transverse Short-Range Wakefield for one ACC39 module ! Misalignment DX and DY TWAKE39: TRWAKE, INPUTFILE="/home/im76/elegant/nlsl/inputdata/TESLA_FOUR3900MHz_twake.sdds", FACTOR=2, & TCOLUMN="t", WXCOLUMN="W", WYCOLUMN="W", INTERPOLATE=1, & N_BINS=0, SMOOTHING=1, DX=0.0, DY=0.0 ! Longitudinal and Transverse Wakefields for one ACC39 module LTWAKE39 : LINE = (LWAKE39, TWAKE39) QLTWAKE39 : LINE = (Q, LWAKE39, TWAKE39) !------------------------------------------------------------------------------- ! ! Drifts definition ! !------------------------------------------------------------------------------- D0100 : LSCDRIFT, L=0.100, & INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag", & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0130 : LSCDRIFT, L=0.130, & INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag", & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0150 : LSCDRIFT, L=0.150, & INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0200 : LSCDRIFT, L=0.200, & INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0250 : LSCDRIFT, L=0.250, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0300 : LSCDRIFT, L=0.300, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0500 : LSCDRIFT, L=0.500, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D1000 : LSCDRIFT, L=1.000, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D1500 : LSCDRIFT, L=1.500, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D1600 : LSCDRIFT, L=1.600, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 !---------------------------------------------------------------------------- ! ! ACC01: END OF TESLA MODULE ACC01 (wakefields and marker as watch point) ! starting absolute position = 15.00 m ! !---------------------------------------------------------------------------- ! ! Watching position at ACC01 ! ACC01w : WATCH, FILENAME="%s.ACC01.w1", MODE=COORD ACC01p : WATCH, FILENAME="%s.ACC01.p1", MODE=PARAMETER ! ACC01 : LINE = (LTWAKE13, ACC01w, ACC01p) !---------------------------------------------------------------------------- ! ! I2L: matching section to the linac ! !---------------------------------------------------------------------------- ! ! First triplet in I2L ! Q09I2LU : KQUAD, L=0.150, K1= 5.643368330530897e+00, N_KICKS = 20 Q10I2LU : KQUAD, L=0.150, K1=-5.999998810749320e+00, N_KICKS = 20 Q11I2LU : KQUAD, L=0.150, K1=-8.884267451442844e-01, N_KICKS = 20 ! ! Second triplet in I2L ! Q09I2LD : KQUAD, L=0.150, K1= 8.589075300758336e-01, N_KICKS = 20 Q10I2LD : KQUAD, L=0.150, K1= 1.501183546323217e+00, N_KICKS = 20 Q11I2LD : KQUAD, L=0.150, K1= 2.799175165704973e+00, N_KICKS = 20 ! ! Watching position at LINAC start ! LSw : WATCH, FILENAME="%s.LS.w1", MODE=COORD LSp : WATCH, FILENAME="%s.LS.p1", MODE=PARAMETER ! I2L_RB: MARK, FITPOINT = 1; I2L_REF: MARK, FITPOINT = 1; ! I2L : LINE = (D0100, Q09I2LU, D0300, Q10I2LU, D0300, Q11I2LU, D1000, I2L_RB,& Q09I2LD, D0300, Q10I2LD, D0300, Q11I2LD, D1000, I2L_REF, LSw, LSp) !---------------------------------------------------------------------------- ! ! Laser Heater ! !---------------------------------------------------------------------------- ! ! First triplet in LH ! Q09LHU : KQUAD, L=0.150, K1= 3.178747178640611e-01, N_KICKS = 20 Q10LHU : KQUAD, L=0.150, K1=-7.977613178837429e+00, N_KICKS = 20 Q11LHU : KQUAD, L=0.150, K1= 9.197823991257764e+00, N_KICKS = 20 ! ! Second triplet in LH ! Q09LHD : KQUAD, L=0.150, K1=-6.856039220023797e+00, N_KICKS = 20 Q10LHD : KQUAD, L=0.150, K1= 3.647910525987095e+00, N_KICKS = 20 Q11LHD : KQUAD, L=0.150, K1=-6.072361806688511e+00 , N_KICKS = 20 ! ! Wiggler for laser heater ! old values: LASER_W0 = 350.0000E-06, LASER_PEAK_POWER = 0.010E+06, ! new values: LASER_W0 = 1000.0000E-06, LASER_PEAK_POWER = 0.400E+06, LH: LSRMDLTR, L = .4800, BU = 0.5900, PERIODS = 12, LASER_PEAK_POWER = 0.003E+06, & LASER_W0 = 350.0000E-06, N_STEPS = 1500, LASER_PHASE = 0.00, & method="non-adaptive runge-kutta", field_expansion="exact", & accuracy=1.0E-09, laser_wavelength=0.0 ! ! Dipoles of BC in Laser Heater ! BLH1 : CSRCSBEN,L= 1.000000000E-01, & ANGLE=-9.948400000E-02, FINT=0.0, & EDGE1_EFFECTS=1, E1= 0.000000000E+00, & EDGE2_EFFECTS=1, E2=-9.948400000E-02, & HGAP= 1.500000000E-02, & SG_HALFWIDTH=2, SG_ORDER=1, STEADY_STATE=0, BINS=100, & N_KICKS=10, INTEGRATION_ORDER=4, ISR=1, CSR = "csrflag" BLH2 : CSRCSBEN,L= 1.000000000E-01, & ANGLE= 9.948400000E-02, FINT=0.0, & EDGE1_EFFECTS=1, E1= 9.948400000E-02, & EDGE2_EFFECTS=1, E2= 0.000000000E+00, & HGAP= 1.500000000E-02, & SG_HALFWIDTH=2, SG_ORDER=1, STEADY_STATE=0, BINS=100, & N_KICKS=10, INTEGRATION_ORDER=4, ISR=1, CSR = "csrflag" BLH3 : CSRCSBEN,L= 1.000000000E-01, & ANGLE= 9.948400000E-02, FINT=0.0, & EDGE1_EFFECTS=1, E1= 0.000000000E+00, & EDGE2_EFFECTS=1, E2= 9.948400000E-02, & HGAP= 1.500000000E-02, & SG_HALFWIDTH=2, SG_ORDER=1, STEADY_STATE=0, BINS=100, & N_KICKS=10, INTEGRATION_ORDER=4, ISR=1, CSR = "csrflag" BLH4 : CSRCSBEN,L= 1.000000000E-01, & ANGLE=-9.948400000E-02, FINT=0.0, & EDGE1_EFFECTS=1, E1=-9.948400000E-02, & EDGE2_EFFECTS=1, E2= 0.000000000E+00, & HGAP= 1.500000000E-02, & SG_HALFWIDTH=2, SG_ORDER=1, STEADY_STATE=0, BINS=100, & N_KICKS=10, INTEGRATION_ORDER=4, ISR=1, CSR = "csrflag" ! ! Drifts with CSR ! CSRLHD1 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CSRLHD2 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CSRLHD3 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CSRLHD4 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CSRLHD5 : CSRDRIFT, L=0.250, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CSRLHD6 : CSRDRIFT, L=0.240, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! ! Watching positions at ACC39 ! LHw : WATCH, FILENAME="%s.LH.w1", MODE=COORD LHp : WATCH, FILENAME="%s.LH.p1", MODE=PARAMETER LHwc : WATCH, FILENAME="%s.LHcentre.w1", MODE=COORD LHpc : WATCH, FILENAME="%s.LHcentre.p1", MODE=PARAMETER ! LH_RB: MARK, FITPOINT = 1; LH_REF: MARK, FITPOINT = 1; ! !NLS_LH: line = (Q09LHU, D0300, Q10LHU, D0300, Q11LHU, D0250, & ! BLH1, CSRLHD1, BLH2, CSRLHD2, LH, CSRLHD3, BLH3, CSRLHD4, BLH4, LHw, LHp,& ! CSRLHD5, Q09LHD, D0300, Q10LHD, D0300, Q11LHD, D0250, LH_REF) ! LH replaced with a drift for matching at centre NLS_LH: line = (Q09LHU, D0300, Q10LHU, D0300, Q11LHU, D0250, BLH1, CSRLHD1, BLH2, CSRLHD2, & CSRLHD6, LH_RB, LHwc, LHpc, CSRLHD6, CSRLHD3, BLH3, CSRLHD4, BLH4, LHw, LHp,& CSRLHD5, Q09LHD, D0300, Q10LHD, D0300, Q11LHD, D0250, LH_REF) !---------------------------------------------------------------------------- ! ! DLMERGE: Dog-Leg Section for merger ! !---------------------------------------------------------------------------- ! ! DLM = UDLM + MDLM + DDLM ! !---------------------------------------------------------------------------- ! UDLM: triplet upstream of DLM !---------------------------------------------------------------------------- ! ! Triplet ! Q1@UDLM : KQUAD, L=0.15, K1 = 1.024680852110503e+01, N_KICKS = 20 Q2@UDLM : KQUAD, L=0.15, K1 =-5.465128887430701e+00, N_KICKS = 20 Q3@UDLM : KQUAD, L=0.15, K1 =-3.037011340021514e+00, N_KICKS = 20 ! ! Markers ! Q1END@UDLM : MARKER, FITPOINT=1 Q2END@UDLM : MARKER, FITPOINT=1 Q3END@UDLM : MARKER, FITPOINT=1 QM@UDLM : LINE = (D0150, Q1@UDLM, Q1END@UDLM, D0500, Q2@UDLM, Q2END@UDLM, & D0500, Q3@UDLM, Q3END@UDLM, D0150) ! ! Correctors ! H1UDLM : HKICKER, L=0.100, KICK= 0.0 V1UDLM : VKICKER, L=0.100, KICK= 0.0 HVUDLM : LINE = (V1UDLM, D0100, H1UDLM, D0100) ! ! BPMs ! BPMUDLM : MONITOR, L=0.000 ! UDLM : LINE = (QM@UDLM,HVUDLM,BPMUDLM) !---------------------------------------------------------------------------- ! MDLM: DLMERGE proper !---------------------------------------------------------------------------- ! ! QM in Dog-Leg ! Note that 3rd order is used to compensate 2nd and 3rd order dispersion ! Q1@DLM : KQUAD, L=0.3000, K1 = 4.515409154777577e+00, N_KICKS = 20 Q2H@DLM : KQUAD, L=0.1500, K1 =-1.305937050837570e+00, N_KICKS = 20 Q3@DLM : KQUAD, L=0.3000, K1 = 1.653609857112113e+00, N_KICKS = 20 ! ! Dog-Leg dipoles ! CD1ECOLM : CSRCSBEND, & L="4.6 180 / -1 acos * 4.6 180 / -1 acos * sin / 0.400 * ", & ANGLE="4.6 180.0 / -1 acos * ", & E1=0.0, E2="4.5 180.0 / -1 acos * ", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD1ECOL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" CD2ECOLM : CSRCSBEND, & L="-4.6 180 / -1 acos * -4.6 180 / -1 acos * sin / 0.400 * ", & ANGLE="-4.6 180.0 / -1 acos * ", & E1="-4.6 180.0 / -1 acos * ", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD7ECOL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD0800 : CSRDRIFT, L=0.800, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0150 : CSRDRIFT, L=0.150, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" !! long drift only !D4000A : LSCDRIFT, L = 4.0 & !INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag", & !HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 ! Triplet in first drift Q1@D1RB : KQUAD, L=0.20, K1 = 3.359321236130337e-01, N_KICKS = 20 Q2@D1RB : KQUAD, L=0.20, K1 =-7.355541874586592e+00, N_KICKS = 20 Q3@D1RB : KQUAD, L=0.20, K1 = 6.782807870998500e+00, N_KICKS = 20 D4000A : LINE = (D1000, Q1@D1RB, D0200, Q2@D1RB, D0200, Q3@D1RB, D1000, D1000, D1000) !! long drift drift !D4000B : LSCDRIFT, L = 4.0 & !INTERPOLATE=1, SMOOTHING=1, BINS= 100, LSC = "lscflag", & !HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 ! Triplet in second drift Q1@D2RB : KQUAD, L=0.20, K1 = 1.660803453585485e+00, N_KICKS = 20 Q2@D2RB : KQUAD, L=0.20, K1 =-5.546344709943108e+00, N_KICKS = 20 Q3@D2RB : KQUAD, L=0.20, K1 = 2.973944113820237e+00, N_KICKS = 20 D4000B : LINE = (D1000, D1000, D1000, Q1@D2RB, D0200, Q2@D2RB, D0200, Q3@D2RB, D1000) ! ! Marker ! Q1END@DLM : MARKER, FITPOINT=1 Q2MID@DLM : MARKER, FITPOINT=1 Q3END@DLM : MARKER, FITPOINT=1 DL1M_RB : MARKER, FITPOINT=1 DL2M_RB : MARKER, FITPOINT=1 ! ! Watching positions ! W1@DLM : WATCH, FILENAME="%s.DLM.w1", MODE=COORD P1@DLM : WATCH, FILENAME="%s.DLM.p1", MODE=PARAMETER W2@DLM : WATCH, FILENAME="%s.DLM.w2", MODE=COORD P2@DLM : WATCH, FILENAME="%s.DLM.p2", MODE=PARAMETER ! MDLM : LINE = (W1@DLM, P1@DLM, CD1ECOLM, DL1M_RB, CD0150, D1500, Q1@DLM, & Q1END@DLM, D1600, D4000A, Q2H@DLM, Q2MID@DLM, Q2H@DLM, D4000B, D1600, & Q3@DLM, Q3END@DLM, D1600, CD2ECOLM, DL2M_RB, CD0800, W2@DLM, P2@DLM) !---------------------------------------------------------------------------- ! DDLM: triplets downstream of DLMERGE !---------------------------------------------------------------------------- ! ! Triplet downstream of Dog-Leg Q1@DDLM : KQUAD, L=0.15, K1 = 4.848684415195722e+00, N_KICKS = 20 Q2@DDLM : KQUAD, L=0.15, K1 =-8.232726122941990e+00, N_KICKS = 20 Q3@DDLM : KQUAD, L=0.15, K1 = 5.732270439101951e+00, N_KICKS = 20 ! ! Marker ! Q1END@DDLM : MARKER, FITPOINT=1 Q2END@DDLM : MARKER, FITPOINT=1 Q3END@DDLM : MARKER, FITPOINT=1 ! DDLM : LINE = (Q1@DDLM, Q1END@DDLM, D0500, Q2@DDLM, Q2END@DDLM, & D0500, Q3@DDLM, Q3END@DDLM) ! !---------------------------------------------------------------------------- ! DLMERGE = UDLM + MDLM + DDLM !---------------------------------------------------------------------------- DLMstart : MARKER DLMend : MARKER DLM_REF : MARKER, FITPOINT = 1; DLMERGE : LINE = (DLMstart, UDLM, MDLM, DDLM, DLM_REF, DLMend) !---------------------------------------------------------------------------- ! ! TESLA CAVITIES in LINAC before 1st 3HC ! ! 8 TESLA cavities -> One TESLA module ! 9-cells -> One TESLA cavity ! Length of one TESLA cavity = 0.1147 + 7 * 0.1154 + 0.1137 = 1.0362 m ! !---------------------------------------------------------------------------- ! ! Drifts in TESLA accelerating sections ! D01056: LSCDRIFT, L=0.1056, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0101 : LSCDRIFT, L=0.1014, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0141 : LSCDRIFT, L=0.1416, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D0099 : LSCDRIFT, L=0.0995, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 !---------------------------------------------------------------------------- ! ! ACC39: THIRD HARMONIC CAVITY #1: ACC39 module with eight 3900 MHz cavities ! ! 3900 MHz 9-cells -> one 3900 MHz cavity ! eight 3900 MHz cavities -> one ACC39 module = so called linearizer ! ! Same as ACC01 with scaling factor of 1/3 ! Length of one 3900 MHz cavity = 1.0362/3 = 0.3454 m ! !---------------------------------------------------------------------------- ! ! Drifts in 3HC ! D39_0101: LSCDRIFT, L="0.1010 3.0 /", & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D39_0105: LSCDRIFT, L="0.1056 3.0 /", & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D39_0141: LSCDRIFT, L="0.1416 3.0 /", & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 ! ! 3HC ! C1_1ACC39: RFCW, L="0.1147 3.0 /", PHASE="90.0 ph391 -", & VOLT="v391 0.1147 * 3.0 /", & FREQ=3900.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH="0.1147 3.0 /",LSC ="lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC39: RFCW, L="0.1154 3.0 /", PHASE="90.0 ph391 -", & VOLT="v391 0.1154 * 3.0 /", & FREQ=3900.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH="0.1154 3.0 /",LSC ="lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC39: RFCW, L="0.1137 3.0 /", PHASE="90.0 ph391 -", & VOLT="v391 0.1137 * 3.0 /", & FREQ=3900.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH="0.1137 3.0 /",LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! Eight 3900 MHz cavities before BC2 ! Length of each CXACC39 = 0.3454 m C1ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C2ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C3ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C4ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C5ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C6ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C7ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) C8ACC391 : LINE = (C1_1ACC39, 7*C1_2ACC39, C1_9ACC39) ! Four 3900 MHz cavities with drift space ! Length of each DCXACC39 = 0.4616 m DC1ACC391: LINE = (D39_0141, C1ACC391, D39_0105, D39_0101) DC2ACC391: LINE = (D39_0141, C2ACC391, D39_0105, D39_0101) DC3ACC391: LINE = (D39_0141, C3ACC391, D39_0105, D39_0101) DC4ACC391: LINE = (D39_0141, C4ACC391, D39_0105, D39_0101) DC5ACC391: LINE = (D39_0141, C5ACC391, D39_0105, D39_0101) DC6ACC391: LINE = (D39_0141, C6ACC391, D39_0105, D39_0101) DC7ACC391: LINE = (D39_0141, C7ACC391, D39_0105, D39_0101) DC8ACC391: LINE = (D39_0141, C8ACC391, D39_0105, D39_0101) ! ! Watching positions at ACC39 ! ACC391w : WATCH, FILENAME="%s.ACC391.w1", MODE=COORD ACC391p : WATCH, FILENAME="%s.ACC391.p1", MODE=PARAMETER ! ACC391 : LINE = (D1500, DC1ACC391, DC2ACC391, DC3ACC391, DC4ACC391, & DC5ACC391, DC6ACC391, DC7ACC391, DC8ACC391, LTWAKE39, D1000,ACC391w, ACC391p) !---------------------------------------------------------------------------- ! ! ACC02 ! !---------------------------------------------------------------------------- C1_1ACC02: RFCW, L=0.1147, PHASE="90.0 ph2 -", & VOLT="v2 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC02: RFCW, L=0.1154, PHASE="90.0 ph2 -", & VOLT="v2 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC02: RFCW, L=0.1137, PHASE="90.0 ph2 -", & VOLT="v2 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C2ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C3ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C4ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C5ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C6ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C7ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) C8ACC02: LINE = (C1_1ACC02, 7*C1_2ACC02, C1_9ACC02) ! DC1ACC02: LINE = (D01056, C1ACC02, D01056, D0101) DC2ACC02: LINE = (D0141, C2ACC02, D01056, D0101) DC3ACC02: LINE = (D0141, C3ACC02, D01056, D0101) DC4ACC02: LINE = (D0141, C4ACC02, D01056, D0101) DC5ACC02: LINE = (D0141, C5ACC02, D01056, D0101) DC6ACC02: LINE = (D0141, C6ACC02, D01056, D0101) DC7ACC02: LINE = (D0141, C7ACC02, D01056, D0101) DC8ACC02: LINE = (D0141, C8ACC02, D01056, D0099) ! ! Triplet before BC1 ! Q09ACC02 : KQUAD, L=0.150, K1=-4.672955236965925e+00, N_KICKS = 20 Q10ACC02 : KQUAD, L=0.150, K1= 4.931006815678179e+00, N_KICKS = 20 Q11ACC02 : KQUAD, L=0.150, K1=-5.935302091303962e-02, N_KICKS = 20 DQACC02 : LINE = (D0100, Q09ACC02, D0100, Q10ACC02, D0100, Q11ACC02, D0100) ! ! Correctors ! H1ACC2 : HKICKER, L=0.100, KICK= 0.0 V1ACC2 : VKICKER, L=0.100, KICK= 0.0 HVACC2 : LINE = (V1ACC2, D0100, H1ACC2, D0100) ! ! BPMs ! BPMACC02 : MONITOR, L=0.000 ! ! Fit point ! ACC02_RB: MARK, FITPOINT = 1; ! ACC02: LINE = (D0100, DC1ACC02, DC2ACC02, DC3ACC02, DC4ACC02, & DC5ACC02, DC6ACC02, DC7ACC02, DC8ACC02, LTWAKE13, & DQACC02, HVACC2, ACC02_RB) !---------------------------------------------------------------------------- ! ! Triplets and First Bunch compressor ! !---------------------------------------------------------------------------- ! ! BC1 = UBC1 + MBC1 + DBC1 ! !---------------------------------------------------------------------------- ! UBC1: triplet upstream of BC1 !---------------------------------------------------------------------------- ! ! Correctors ! H1UBC1 : HKICKER, L=0.100, KICK= 0.0 V1UBC1 : VKICKER, L=0.100, KICK= 0.0 HVUBC1 : LINE = (V1UBC1, D0100, H1UBC1, D0100) ! ! BPMs ! BPM1UBC1 : MONITOR, L=0.000 BPM2UBC1 : MONITOR, L=0.000 BPM3UBC1 : MONITOR, L=0.000 ! ! Triplet ! Q1UBC1 : KQUAD, L=0.15, K1= 1.048834159565200e+00, N_KICKS = 20 Q2UBC1 : KQUAD, L=0.15, K1= 1.232160996938692e+00, N_KICKS = 20 Q3UBC1 : KQUAD, L=0.15, K1=-2.726379403309426e+00, N_KICKS = 20 ! Quadrupoles with BPMs Q1UBC1BPM : LINE = (D0100, Q1UBC1, BPM1UBC1, D0100) Q2UBC1BPM : LINE = (D0100, Q2UBC1, BPM2UBC1, D0100) Q3UBC1BPM : LINE = (D0100, Q3UBC1, BPM3UBC1, D0100) ! UBC1: LINE = (D0130, HVUBC1, D0100, Q1UBC1BPM, D0250, Q2UBC1BPM, D0250, Q3UBC1BPM) !---------------------------------------------------------------------------- ! ! MBC1: 4 dipole compressor ! ! lenght of dipole = l_bend = 0.5 m ! angle BC1 in degrees = angle_deg ! angle BC1 in radians = angle = angle_deg / 180.0 * PI = angle_deg / 180.0 * acos(-1) ! lenght of arc in dipole = l_bend * angle / sin(angle) ! lenght of drift = l_drift ! length of drift travelled by the electorns = l_drift / cos(angle) ! !---------------------------------------------------------------------------- ! ! BC1 dipoles ! ! parameters % 0.5 sto L1 % theta_bc1 180 / -1 acos * sto theta1 % theta1 cos sto ctheta1 % theta1 sin sto stheta1 % L1 theta1 * stheta1 / sto LBEND1 CD1BC1 : CSRCSBEND, & L="LBEND1", & ANGLE="theta1", & E1=0.0, E2="theta1", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD1BC1.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD2BC1 : CSRCSBEND, & L="LBEND1", & ANGLE="theta1 -1 *", & E1="theta1 -1 *", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD2BC1.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD3BC1 : CSRCSBEND, & L="LBEND1", & ANGLE="theta1 -1 *", & E1=0.0, E2="theta1 -1 *", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD3BC1.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD4BC1 : CSRCSBEND, & L="LBEND1", & ANGLE="theta1", & E1="theta1", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD4BC1.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CDD1D2BC1 : CSRDRIFT, L="0.5 ctheta1 /", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0100BC1 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0230BC1 : CSRDRIFT, L=0.230, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0150BC1 : CSRDRIFT, L=0.150, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! ! Collimator ! CDCOLLBC1: CSRDRIFT, L=0.430, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" COLLBC1: ECOLLIMATOR, L = 0.000, X_MAX = 1.0, Y_MAX = 1.0 ! ! Watching positions ! BC1W1 : WATCH, FILENAME="%s.BC1.w1", MODE=COORD BC1P1 : WATCH, FILENAME="%s.BC1.p1", MODE=PARAMETER BC1W2 : WATCH, FILENAME="%s.BC1.w2", MODE=COORD BC1P2 : WATCH, FILENAME="%s.BC1.p2", MODE=PARAMETER ! ! Fit point before the fourth dipole ! BC1_RB: MARK, FITPOINT = 1; ! MBC1 : LINE = (BC1W1, BC1P1, D0100, CD1BC1, CDD1D2BC1, CD2BC1, & CD0150BC1, CDCOLLBC1, COLLBC1, CD0230BC1, CD0150BC1, & CD3BC1, CDD1D2BC1, BC1_RB, CD4BC1, CD0100BC1, BC1W2, BC1P2) ! !---------------------------------------------------------------------------- ! DBC1: triplet downstream of BC1 !---------------------------------------------------------------------------- ! ! Correctors ! H1DBC1 : HKICKER, L=0.100, KICK= 0.0 V1DBC1 : VKICKER, L=0.100, KICK= 0.0 HVDBC1 : LINE = (V1DBC1, D0100, H1DBC1, D0100) ! ! BPMs ! BPM1DBC1 : MONITOR, L=0.0 BPM2DBC1 : MONITOR, L=0.0 BPM3DBC1 : MONITOR, L=0.0 ! ! Triplets ! Q1DBC1 : KQUAD, L=0.150, K1=-1.483970387555630e+01, N_KICKS = 20 Q2DBC1 : KQUAD, L=0.150, K1= 1.388989218702419e+01, N_KICKS = 20 Q3DBC1 : KQUAD, L=0.150, K1=-1.352084321227676e+01, N_KICKS = 20 ! ! Quadrupoles with BPMs Q1DBC1BPM : LINE = (D0100, Q1DBC1, BPM1DBC1, D0100) Q2DBC1BPM : LINE = (D0100, Q2DBC1, BPM2DBC1, D0100) Q3DBC1BPM : LINE = (D0100, Q3DBC1, BPM3DBC1, D0100) ! DBC1: LINE = (CD0150BC1, HVDBC1, CD0100BC1, Q1DBC1BPM, D0250, Q2DBC1BPM, D0250, Q3DBC1BPM) ! !---------------------------------------------------------------------------- ! BC1 = UBC1 + MBC1 + DBC1 !---------------------------------------------------------------------------- BC1start : MARKER BC1end : MARKER ! BC1_REF: MARK, FITPOINT = 1; ! BC1: LINE = (BC1start, UBC1, MBC1, DBC1, BC1_REF, BC1end) !---------------------------------------------------------------------------- ! ! ACC03 ! !---------------------------------------------------------------------------- C1_1ACC03: RFCW, L=0.1147, PHASE="90.0 ph3 -", & VOLT="v3 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC03: RFCW, L=0.1154, PHASE="90.0 ph3 -", & VOLT="v3 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC03: RFCW, L=0.1137, PHASE="90.0 ph3 -", & VOLT="v3 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C2ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C3ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C4ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C5ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C6ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C7ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) C8ACC03: LINE = (C1_1ACC03, 7*C1_2ACC03, C1_9ACC03) ! DC1ACC03: LINE = (D01056, C1ACC03, D01056, D0101) DC2ACC03: LINE = (D0141, C2ACC03, D01056, D0101) DC3ACC03: LINE = (D0141, C3ACC03, D01056, D0101) DC4ACC03: LINE = (D0141, C4ACC03, D01056, D0101) DC5ACC03: LINE = (D0141, C5ACC03, D01056, D0101) DC6ACC03: LINE = (D0141, C6ACC03, D01056, D0101) DC7ACC03: LINE = (D0141, C7ACC03, D01056, D0101) DC8ACC03: LINE = (D0141, C8ACC03, D01056, D0099) ! ! Doublet ! Q09ACC03 : KQUAD, L=0.150, K1= 3.916762116730928e+00, N_KICKS = 20 Q10ACC03 : KQUAD, L=0.150, K1=-3.821917847419555e+00, N_KICKS = 20 DQACC03 : LINE = (D0100, Q09ACC03, D0100, Q10ACC03, D0100) ! ! Correctors ! H1ACC3 : HKICKER, L=0.100, KICK= 0.0 V1ACC3 : VKICKER, L=0.100, KICK= 0.0 HVACC3 : LINE = (V1ACC3, D0100, H1ACC3, D0100) ! ! BPMs ! BPMACC03 : MONITOR, L=0.000 ! ! Fit point ! ACC03_RB: MARK, FITPOINT = 1; ! ACC03: LINE = (D0100, DC1ACC03, DC2ACC03, DC3ACC03, DC4ACC03, & DC5ACC03, DC6ACC03, DC7ACC03, DC8ACC03, LTWAKE13, & DQACC03, HVACC3, ACC03_RB) !---------------------------------------------------------------------------- ! ACC04 !---------------------------------------------------------------------------- C1_1ACC04: RFCW, L=0.1147, PHASE="90.0 ph4 -", & VOLT="v4 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC04: RFCW, L=0.1154, PHASE="90.0 ph4 -", & VOLT="v4 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC04: RFCW, L=0.1137, PHASE="90.0 ph4 -", & VOLT="v4 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C2ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C3ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C4ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C5ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C6ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C7ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) C8ACC04: LINE = (C1_1ACC04, 7*C1_2ACC04, C1_9ACC04) ! DC1ACC04: LINE = (D01056, C1ACC04, D01056, D0101) DC2ACC04: LINE = (D0141, C2ACC04, D01056, D0101) DC3ACC04: LINE = (D0141, C3ACC04, D01056, D0101) DC4ACC04: LINE = (D0141, C4ACC04, D01056, D0101) DC5ACC04: LINE = (D0141, C5ACC04, D01056, D0101) DC6ACC04: LINE = (D0141, C6ACC04, D01056, D0101) DC7ACC04: LINE = (D0141, C7ACC04, D01056, D0101) DC8ACC04: LINE = (D0141, C8ACC04, D01056, D0099) ! ! Triplet before BC2 ! Q09ACC04 : KQUAD, L=0.150, K1=-3.883488422872854e+00, N_KICKS = 20 Q10ACC04 : KQUAD, L=0.150, K1= 2.731478432837302e+00, N_KICKS = 20 Q11ACC04 : KQUAD, L=0.150, K1= 9.237767728605628e-01, N_KICKS = 20 DQACC04 : LINE = (D0100, Q09ACC04, D0100, Q10ACC04, D0100, Q11ACC04, D0100) ! ! Correctors ! H1ACC4 : HKICKER, L=0.100, KICK= 0.0 V1ACC4 : VKICKER, L=0.100, KICK= 0.0 HVACC4 : LINE = (V1ACC4, D0100, H1ACC4, D0100) ! ! BPMs ! BPMACC04 : MONITOR, L=0.000 ! ! Fit point ! ACC04_RB: MARK, FITPOINT = 1; ! ACC04: LINE = (D0100, DC1ACC04, DC2ACC04, DC3ACC04, DC4ACC04, & DC5ACC04, DC6ACC04, DC7ACC04, DC8ACC04, LTWAKE13, & DQACC04, HVACC4, ACC04_RB) !---------------------------------------------------------------------------- ! ! Triplets and Second Bunch compressor ! !---------------------------------------------------------------------------- ! ! BC2 = UBC2 + MBC2 + DBC2 ! !---------------------------------------------------------------------------- ! UBC2: triplet upstream of BC2 !---------------------------------------------------------------------------- ! ! Correctors ! H1UBC2 : HKICKER, L=0.100, KICK= 0.0 V1UBC2 : VKICKER, L=0.100, KICK= 0.0 HVUBC2 : LINE = (V1UBC2, D0100, H1UBC2, D0100) ! ! BPMs ! BPM1UBC2 : MONITOR, L=0.000 BPM2UBC2 : MONITOR, L=0.000 BPM3UBC2 : MONITOR, L=0.000 ! ! Triplet ! Q1UBC2 : KQUAD, L=0.15, K1= 2.459681863988011e+00, N_KICKS = 20 Q2UBC2 : KQUAD, L=0.15, K1=-3.786729576418172e+00, N_KICKS = 20 Q3UBC2 : KQUAD, L=0.15, K1= 1.523866226702502e+00, N_KICKS = 20 ! Quadrupoles with BPMs Q1UBC2BPM : LINE = (D0100, Q1UBC2, BPM1UBC2, D0100) Q2UBC2BPM : LINE = (D0100, Q2UBC2, BPM2UBC2, D0100) Q3UBC2BPM : LINE = (D0100, Q3UBC2, BPM3UBC2, D0100) ! UBC2: LINE = (D0130, HVUBC2, D0100, Q1UBC2BPM, D0250, Q2UBC2BPM, D0250, Q3UBC2BPM) !---------------------------------------------------------------------------- ! MBC2: 4 dipole s-type chicane !---------------------------------------------------------------------------- ! ! BC2 dipoles ! ! parameters % 0.5 sto L2 % 0.5 sto LD12 % 0.8626 sto LD22 % theta_bc2 180 / -1 acos * sto theta12 % theta12 6 pow -0.000483723513861 * sto f12 % theta12 5 pow 0.010978876345548 * sto f22 % theta12 4 pow -0.000716468610208 * sto f32 % theta12 3 pow -0.025175789294135 * sto f42 % theta12 2 pow -0.000007664395042 * sto f52 % theta12 1 pow 0.917364069579718 * sto f62 % -0.000000001555712 sto f72 % f12 f22 + f32 + f42 + f52 + f62 + f72 + sto theta22 % theta12 cos sto ctheta12 % theta22 cos sto ctheta22 % theta12 sin sto stheta12 % theta12 theta22 + 2 / sin sto s2t1t2 % theta12 theta22 - 2 / tan sto t2t1t2 % L2 2 * t2t1t2 sto x2 % L2 sqr 4 * x2 sqr + sqrt sto del2 % del2 s2t1t2 / 2 / sto rho2 % L2 theta12 * stheta12 / sto LBEND12 % theta12 theta22 + rho2 * sto LBEND22 % LD12 ctheta12 / sto LD1BC2 % LD22 ctheta22 / sto LD2BC2 CD1BC2 : CSRCSBEND, L="LBEND12", ANGLE="theta12 -1 *", & E1=0.0, E2="theta12 -1 *", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD1BC2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD2BC2 : CSRCSBEND, L="LBEND22", ANGLE="theta12 theta22 +", & E1="theta12", E2="theta22", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD2BC2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD3BC2 : CSRCSBEND, L="LBEND22", ANGLE="theta12 theta22 + -1 *", & E1="theta22 -1 *", E2="theta12 -1 *", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD3BC2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD4BC2 : CSRCSBEND, L="LBEND12", ANGLE="theta12", & E1="theta12", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD4BC2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CDD1D2BC2 : CSRDRIFT, L="LD1BC2", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CDD2D3BC2 : CSRDRIFT, L="LD2BC2", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0100BC2 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0230BC2 : CSRDRIFT, L=0.230, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0150BC2 : CSRDRIFT, L=0.150, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! ! Collimator ! COLLBC2: ECOLLIMATOR, L = 0.000, X_MAX = 1.0, Y_MAX = 1.0 ! ! Watching positions ! BC2W1 : WATCH, FILENAME="%s.BC2.w1", MODE=COORD BC2P1 : WATCH, FILENAME="%s.BC2.p1", MODE=PARAMETER BC2W2 : WATCH, FILENAME="%s.BC2.w2", MODE=COORD BC2P2 : WATCH, FILENAME="%s.BC2.p2", MODE=PARAMETER ! ! Fit point before the fourth dipole ! BC2_RB: MARK, FITPOINT = 1; ! MBC2 : LINE = (BC2W1, BC2P1, D0100, CD1BC2, CDD1D2BC2, CD2BC2, CDD2D3BC2, & CDD2D3BC2, CD3BC2, CDD1D2BC2, BC2_RB, CD4BC2, CD0100BC2, BC2W2, BC2P2) ! !---------------------------------------------------------------------------- ! DBC2: triplet downstream of BC2 !---------------------------------------------------------------------------- ! ! Correctors ! H1DBC2 : HKICKER, L=0.100, KICK= 0.0 V1DBC2 : VKICKER, L=0.100, KICK= 0.0 HVDBC2 : LINE = (V1DBC2, D0100, H1DBC2, D0100) ! ! BPMs ! BPM1DBC2 : MONITOR, L=0.0 BPM2DBC2 : MONITOR, L=0.0 BPM3DBC2 : MONITOR, L=0.0 ! ! Triplets ! Q1DBC2 : KQUAD, L=0.150, K1=-5.557006856033190e+00, N_KICKS = 20 Q2DBC2 : KQUAD, L=0.150, K1= 5.561326080069442e+00, N_KICKS = 20 Q3DBC2 : KQUAD, L=0.150, K1= 1.200758770092303e+00, N_KICKS = 20 ! ! Quadrupoles with BPMs Q1DBC2BPM : LINE = (D0100, Q1DBC2, BPM1DBC2, D0100) Q2DBC2BPM : LINE = (D0100, Q2DBC2, BPM2DBC2, D0100) Q3DBC2BPM : LINE = (D0100, Q3DBC2, BPM3DBC2, D0100) ! DBC2: LINE = (CD0150BC2, HVDBC2, CD0100BC2, Q1DBC2BPM, D0250, Q2DBC2BPM, D0250, Q3DBC2BPM) ! !---------------------------------------------------------------------------- ! BC2 = UBC2 + MBC2 + DBC2 !---------------------------------------------------------------------------- BC2start : MARKER BC2end : MARKER ! BC2_REF: MARK, FITPOINT = 1; ! BC2: LINE = (BC2start, UBC2, MBC2, DBC2, BC2_REF, BC2end) !---------------------------------------------------------------------------- ! ACC05 !---------------------------------------------------------------------------- C1_1ACC05: RFCW, L=0.1147, PHASE="90.0 ph5 -", & VOLT="v5 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC05: RFCW, L=0.1154, PHASE="90.0 ph5 -", & VOLT="v5 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC05: RFCW, L=0.1137, PHASE="90.0 ph5 -", & VOLT="v5 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C2ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C3ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C4ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C5ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C6ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C7ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) C8ACC05: LINE = (C1_1ACC05, 7*C1_2ACC05, C1_9ACC05) ! DC1ACC05: LINE = (D0141, C1ACC05, D01056, D0101) DC2ACC05: LINE = (D0141, C2ACC05, D01056, D0101) DC3ACC05: LINE = (D0141, C3ACC05, D01056, D0101) DC4ACC05: LINE = (D0141, C4ACC05, D01056, D0101) DC5ACC05: LINE = (D0141, C5ACC05, D01056, D0101) DC6ACC05: LINE = (D0141, C6ACC05, D01056, D0101) DC7ACC05: LINE = (D0141, C7ACC05, D01056, D0101) DC8ACC05: LINE = (D0141, C8ACC05, D01056, D0099) ! ! Doublet ! Q09ACC05 : KQUAD, L=0.150, K1= 5.158683872423122e+00, N_KICKS = 20 Q10ACC05 : KQUAD, L=0.150, K1=-4.971240370445782e+00, N_KICKS = 20 DQACC05 : LINE = (D0100, Q09ACC05, D0100, Q10ACC05, D0100) ! ! Correctors ! H1ACC5 : HKICKER, L=0.100, KICK= 0.0 V1ACC5 : VKICKER, L=0.100, KICK= 0.0 HVACC5 : LINE = (V1ACC5, D0100, H1ACC5, D0100) ! ! BPMs ! BPMACC05 : MONITOR, L=0.000 ! ! Fit point ! ACC05_RB: MARK, FITPOINT = 1; ! ACC05: LINE = (D0100, DC1ACC05, DC2ACC05, DC3ACC05, DC4ACC05, & DC5ACC05, DC6ACC05, DC7ACC05, DC8ACC05, LTWAKE13, & DQACC05, HVACC5, ACC05_RB) !---------------------------------------------------------------------------- ! ACC06 !---------------------------------------------------------------------------- C1_1ACC06: RFCW, L=0.1147, PHASE="90.0 ph6 -", & VOLT="v6 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC06: RFCW, L=0.1154, PHASE="90.0 ph6 -", & VOLT="v6 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC06: RFCW, L=0.1137, PHASE="90.0 ph6 -", & VOLT="v6 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C2ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C3ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C4ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C5ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C6ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C7ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) C8ACC06: LINE = (C1_1ACC06, 7*C1_2ACC06, C1_9ACC06) ! DC1ACC06: LINE = (D01056, C1ACC06, D01056, D0101) DC2ACC06: LINE = (D0141, C2ACC06, D01056, D0101) DC3ACC06: LINE = (D0141, C3ACC06, D01056, D0101) DC4ACC06: LINE = (D0141, C4ACC06, D01056, D0101) DC5ACC06: LINE = (D0141, C5ACC06, D01056, D0101) DC6ACC06: LINE = (D0141, C6ACC06, D01056, D0101) DC7ACC06: LINE = (D0141, C7ACC06, D01056, D0101) DC8ACC06: LINE = (D0141, C8ACC06, D01056, D0099) ! ! Doublet ! Q09ACC06 : KQUAD, L=0.150, K1= 2.030360905905804e-02, N_KICKS = 20 Q10ACC06 : KQUAD, L=0.150, K1=-2.458109503086761e-03, N_KICKS = 20 DQACC06 : LINE = (D0100, Q09ACC06, D0100, Q10ACC06, D0100) ! ! Correctors ! H1ACC6 : HKICKER, L=0.100, KICK= 0.0 V1ACC6 : VKICKER, L=0.100, KICK= 0.0 HVACC6 : LINE = (V1ACC6, D0100, H1ACC6, D0100) ! ! BPMs ! BPMACC06 : MONITOR, L=0.000 ! ! Fit point ! ACC06_RB: MARK, FITPOINT = 1; ! ACC06: LINE = (D0100, DC1ACC06, DC2ACC06, DC3ACC06, DC4ACC06, & DC5ACC06, DC6ACC06, DC7ACC06, DC8ACC06, LTWAKE13, & DQACC06, HVACC6, ACC06_RB) !---------------------------------------------------------------------------- ! ACC07 !---------------------------------------------------------------------------- C1_1ACC07: RFCW, L=0.1147, PHASE="90.0 ph7 -", & VOLT="v7 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC07: RFCW, L=0.1154, PHASE="90.0 ph7 -", & VOLT="v7 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC07: RFCW, L=0.1137, PHASE="90.0 ph7 -", & VOLT="v7 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C2ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C3ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C4ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C5ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C6ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C7ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) C8ACC07: LINE = (C1_1ACC07, 7*C1_2ACC07, C1_9ACC07) ! DC1ACC07: LINE = (D0141, C1ACC07, D01056, D0101) DC2ACC07: LINE = (D0141, C2ACC07, D01056, D0101) DC3ACC07: LINE = (D0141, C3ACC07, D01056, D0101) DC4ACC07: LINE = (D0141, C4ACC07, D01056, D0101) DC5ACC07: LINE = (D0141, C5ACC07, D01056, D0101) DC6ACC07: LINE = (D0141, C6ACC07, D01056, D0101) DC7ACC07: LINE = (D0141, C7ACC07, D01056, D0101) DC8ACC07: LINE = (D0141, C8ACC07, D01056, D0099) ! ! Doublet ! Q09ACC07 : KQUAD, L=0.150, K1= 1.248545865545012e+00, N_KICKS = 20 Q10ACC07 : KQUAD, L=0.150, K1=-1.234043127991317e+00, N_KICKS = 20 DQACC07 : LINE = (D0100, Q09ACC07, D0100, Q10ACC07, D0100) ! ! Correctors ! H1ACC7 : HKICKER, L=0.100, KICK= 0.0 V1ACC7 : VKICKER, L=0.100, KICK= 0.0 HVACC7 : LINE = (V1ACC7, D0100, H1ACC7, D0100) ! ! BPMs ! BPMACC07 : MONITOR, L=0.000 ! ! Fit point ! ACC07_RB: MARK, FITPOINT = 1; ! ACC07: LINE = (D0100, DC1ACC07, DC2ACC07, DC3ACC07, DC4ACC07, & DC5ACC07, DC6ACC07, DC7ACC07, DC8ACC07, LTWAKE13, & DQACC07, HVACC7, ACC07_RB) !---------------------------------------------------------------------------- ! ACC08 !---------------------------------------------------------------------------- C1_1ACC08: RFCW, L=0.1147, PHASE="90.0 ph8 -", & VOLT="v8 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC08: RFCW, L=0.1154, PHASE="90.0 ph8 -", & VOLT="v8 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC08: RFCW, L=0.1137, PHASE="90.0 ph8 -", & VOLT="v8 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C2ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C3ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C4ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C5ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C6ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C7ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) C8ACC08: LINE = (C1_1ACC08, 7*C1_2ACC08, C1_9ACC08) ! DC1ACC08: LINE = (D01056, C1ACC08, D01056, D0101) DC2ACC08: LINE = (D0141, C2ACC08, D01056, D0101) DC3ACC08: LINE = (D0141, C3ACC08, D01056, D0101) DC4ACC08: LINE = (D0141, C4ACC08, D01056, D0101) DC5ACC08: LINE = (D0141, C5ACC08, D01056, D0101) DC6ACC08: LINE = (D0141, C6ACC08, D01056, D0101) DC7ACC08: LINE = (D0141, C7ACC08, D01056, D0101) DC8ACC08: LINE = (D0141, C8ACC08, D01056, D0099) ! ! Doublet ! Q09ACC08 : KQUAD, L=0.150, K1=-2.100303538162921e+00, N_KICKS = 20 Q10ACC08 : KQUAD, L=0.150, K1= 2.110293298007932e+00, N_KICKS = 20 DQACC08 : LINE = (D0100, Q09ACC08, D0100, Q10ACC08, D0100) ! ! Correctors ! H1ACC8 : HKICKER, L=0.100, KICK= 0.0 V1ACC8 : VKICKER, L=0.100, KICK= 0.0 HVACC8 : LINE = (V1ACC8, D0100, H1ACC8, D0100) ! ! BPMs ! BPMACC08 : MONITOR, L=0.000 ! ! Fit point ! ACC08_RB: MARK, FITPOINT = 1; ! ! ACC08: LINE = (D0100, DC1ACC08, DC2ACC08, DC3ACC08, DC4ACC08, & DC5ACC08, DC6ACC08, DC7ACC08, DC8ACC08, LTWAKE13, & DQACC08, HVACC8, ACC08_RB) !---------------------------------------------------------------------------- ! ACC09 !---------------------------------------------------------------------------- C1_1ACC09: RFCW, L=0.1147, PHASE="90.0 ph9 -", & VOLT="v9 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC09: RFCW, L=0.1154, PHASE="90.0 ph9 -", & VOLT="v9 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC09: RFCW, L=0.1137, PHASE="90.0 ph9 -", & VOLT="v9 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C2ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C3ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C4ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C5ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C6ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C7ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) C8ACC09: LINE = (C1_1ACC09, 7*C1_2ACC09, C1_9ACC09) ! DC1ACC09: LINE = (D0141, C1ACC09, D01056, D0101) DC2ACC09: LINE = (D0141, C2ACC09, D01056, D0101) DC3ACC09: LINE = (D0141, C3ACC09, D01056, D0101) DC4ACC09: LINE = (D0141, C4ACC09, D01056, D0101) DC5ACC09: LINE = (D0141, C5ACC09, D01056, D0101) DC6ACC09: LINE = (D0141, C6ACC09, D01056, D0101) DC7ACC09: LINE = (D0141, C7ACC09, D01056, D0101) DC8ACC09: LINE = (D0141, C8ACC09, D01056, D0099) ! ! Doublet ! Q09ACC09 : KQUAD, L=0.150, K1= 9.670013723559872e-01, N_KICKS = 20 Q10ACC09 : KQUAD, L=0.150, K1=-9.949457168170863e-01, N_KICKS = 20 DQACC09 : LINE = (D0100, Q09ACC09, D0100, Q10ACC09, D0100) ! ! Correctors ! H1ACC9 : HKICKER, L=0.100, KICK= 0.0 V1ACC9 : VKICKER, L=0.100, KICK= 0.0 HVACC9 : LINE = (V1ACC9, D0100, H1ACC9, D0100) ! ! BPMs ! BPMACC09 : MONITOR, L=0.000 ! ! Fit point ! ACC09_RB: MARK, FITPOINT = 1; ! ACC09: LINE = (D0100, DC1ACC09, DC2ACC09, DC3ACC09, DC4ACC09, & DC5ACC09, DC6ACC09, DC7ACC09, DC8ACC09, LTWAKE13, & DQACC09, HVACC9, ACC09_RB) !---------------------------------------------------------------------------- ! ACC10 !---------------------------------------------------------------------------- C1_1ACC10: RFCW, L=0.1147, PHASE="90.0 ph10 -", & VOLT="v10 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC10: RFCW, L=0.1154, PHASE="90.0 ph10 -", & VOLT="v10 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC10: RFCW, L=0.1137, PHASE="90.0 ph10 -", & VOLT="v10 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C2ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C3ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C4ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C5ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C6ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C7ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) C8ACC10: LINE = (C1_1ACC10, 7*C1_2ACC10, C1_9ACC10) ! DC1ACC10: LINE = (D0141, C1ACC10, D01056, D0101) DC2ACC10: LINE = (D0141, C2ACC10, D01056, D0101) DC3ACC10: LINE = (D0141, C3ACC10, D01056, D0101) DC4ACC10: LINE = (D0141, C4ACC10, D01056, D0101) DC5ACC10: LINE = (D0141, C5ACC10, D01056, D0101) DC6ACC10: LINE = (D0141, C6ACC10, D01056, D0101) DC7ACC10: LINE = (D0141, C7ACC10, D01056, D0101) DC8ACC10: LINE = (D0141, C8ACC10, D01056, D0099) ! ! Triplet before BC3 ! Q09ACC10 : KQUAD, L=0.150, K1= 1.929604066449537e+00, N_KICKS = 20 Q10ACC10 : KQUAD, L=0.150, K1=-1.936978781014924e+00, N_KICKS = 20 DQACC10 : LINE = (D0100, Q09ACC10, D0100, Q10ACC10, D0100) ! ! Correctors ! H1ACC10 : HKICKER, L=0.100, KICK= 0.0 V1ACC10 : VKICKER, L=0.100, KICK= 0.0 HVACC10 : LINE = (V1ACC10, D0100, H1ACC10, D0100) ! ! BPMs ! BPMACC10 : MONITOR, L=0.000 ! ! Fit point ! ACC10_RB: MARK, FITPOINT = 1; ! ACC10: LINE = (D0100, DC1ACC10, DC2ACC10, DC3ACC10, DC4ACC10, & DC5ACC10, DC6ACC10, DC7ACC10, DC8ACC10, LTWAKE13, & DQACC10, HVACC10, ACC10_RB) !---------------------------------------------------------------------------- ! ACC11 !---------------------------------------------------------------------------- C1_1ACC11: RFCW, L=0.1147, PHASE="90.0 ph11 -", & VOLT="v11 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC11: RFCW, L=0.1154, PHASE="90.0 ph11 -", & VOLT="v11 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC11: RFCW, L=0.1137, PHASE="90.0 ph11 -", & VOLT="v11 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C2ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C3ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C4ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C5ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C6ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C7ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) C8ACC11: LINE = (C1_1ACC11, 7*C1_2ACC11, C1_9ACC11) ! DC1ACC11: LINE = (D0141, C1ACC11, D01056, D0101) DC2ACC11: LINE = (D0141, C2ACC11, D01056, D0101) DC3ACC11: LINE = (D0141, C3ACC11, D01056, D0101) DC4ACC11: LINE = (D0141, C4ACC11, D01056, D0101) DC5ACC11: LINE = (D0141, C5ACC11, D01056, D0101) DC6ACC11: LINE = (D0141, C6ACC11, D01056, D0101) DC7ACC11: LINE = (D0141, C7ACC11, D01056, D0101) DC8ACC11: LINE = (D0141, C8ACC11, D01056, D0099) ! Q09ACC11 : KQUAD, L=0.150, K1=-1.013310504753148e+00, N_KICKS = 20 Q10ACC11 : KQUAD, L=0.150, K1= 1.037796955402251e+00, N_KICKS = 20 DQACC11 : LINE = (D0100, Q09ACC11, D0100, Q10ACC11, D0100) ! ! Correctors ! H1ACC11 : HKICKER, L=0.100, KICK= 0.0 V1ACC11 : VKICKER, L=0.100, KICK= 0.0 HVACC11 : LINE = (V1ACC11, D0100, H1ACC11, D0100) ! ! BPMs ! BPMACC11 : MONITOR, L=0.000 ! ! Fit point ! ACC11_RB: MARK, FITPOINT = 1; ! ACC11: LINE = (D0100, DC1ACC11, DC2ACC11, DC3ACC11, DC4ACC11, & DC5ACC11, DC6ACC11, DC7ACC11, DC8ACC11, LTWAKE13, & DQACC11, HVACC11, ACC11_RB) !---------------------------------------------------------------------------- ! ACC12 !---------------------------------------------------------------------------- C1_1ACC12: RFCW, L=0.1147, PHASE="90.0 ph12 -", & VOLT="v12 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC12: RFCW, L=0.1154, PHASE="90.0 ph12 -", & VOLT="v12 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC12: RFCW, L=0.1137, PHASE="90.0 ph12 -", & VOLT="v12 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C2ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C3ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C4ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C5ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C6ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C7ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) C8ACC12: LINE = (C1_1ACC12, 7*C1_2ACC12, C1_9ACC12) ! DC1ACC12: LINE = (D0141, C1ACC12, D01056, D0101) DC2ACC12: LINE = (D0141, C2ACC12, D01056, D0101) DC3ACC12: LINE = (D0141, C3ACC12, D01056, D0101) DC4ACC12: LINE = (D0141, C4ACC12, D01056, D0101) DC5ACC12: LINE = (D0141, C5ACC12, D01056, D0101) DC6ACC12: LINE = (D0141, C6ACC12, D01056, D0101) DC7ACC12: LINE = (D0141, C7ACC12, D01056, D0101) DC8ACC12: LINE = (D0141, C8ACC12, D01056, D0099) ! triplet before BC3 Q09ACC12 : KQUAD, L=0.150, K1=-3.787619522055402e+00, N_KICKS = 20 Q10ACC12 : KQUAD, L=0.150, K1= 2.427154487858080e+00, N_KICKS = 20 Q11ACC12 : KQUAD, L=0.150, K1= 4.586571190410086e-01, N_KICKS = 20 DQACC12 : LINE = (D0100, Q09ACC12, D0100, Q10ACC12, D0100, Q11ACC12, D0100) ! ! Correctors ! H1ACC12 : HKICKER, L=0.100, KICK= 0.0 V1ACC12 : VKICKER, L=0.100, KICK= 0.0 HVACC12 : LINE = (V1ACC12, D0100, H1ACC12, D0100) ! ! BPMs ! BPMACC12 : MONITOR, L=0.000 ! ! Fit point ! ACC12_RB: MARK, FITPOINT = 1; ! ACC12: LINE = (D0100, DC1ACC12, DC2ACC12, DC3ACC12, DC4ACC12, & DC5ACC12, DC6ACC12, DC7ACC12, DC8ACC12, LTWAKE13, & DQACC12, HVACC12, ACC12_RB) !---------------------------------------------------------------------------- ! ! Triplets and third Bunch compressor ! !---------------------------------------------------------------------------- ! ! BC3 = UBC3 + MBC3 + DBC3 ! !---------------------------------------------------------------------------- ! UBC3: triplet upstream of BC3 !---------------------------------------------------------------------------- ! ! Correctors ! H1UBC3 : HKICKER, L=0.100, KICK= 0.0 V1UBC3 : VKICKER, L=0.100, KICK= 0.0 HVUBC3 : LINE = (V1UBC3, D0100, H1UBC3, D0100) ! ! BPMs ! BPM1UBC3 : MONITOR, L=0.000 BPM2UBC3 : MONITOR, L=0.000 BPM3UBC3 : MONITOR, L=0.000 ! ! Triplet ! Q1UBC3 : KQUAD, L=0.150,K1= 4.607521129564364e-01, N_KICKS = 20 Q2UBC3 : KQUAD, L=0.150,K1= 5.493937225583207e-02, N_KICKS = 20 Q3UBC3 : KQUAD, L=0.150,K1= 7.950855052745218e-01, N_KICKS = 20 ! Quadrupoles with BPMs Q1UBC3BPM : LINE = (D0100, Q1UBC3, BPM1UBC3, D0100) Q2UBC3BPM : LINE = (D0100, Q2UBC3, BPM2UBC3, D0100) Q3UBC3BPM : LINE = (D0100, Q3UBC3, BPM3UBC3, D0100) ! UBC3: LINE = (D0130, HVUBC3, D0100, Q1UBC3BPM, D0250, Q2UBC3BPM, D0250, Q3UBC3BPM) !---------------------------------------------------------------------------- ! ! MBC3: 4 dipole s-type chicane ! !---------------------------------------------------------------------------- ! ! BC3 dipoles ! ! parameters ! parameters % 0.5 sto L3 % 1.0 sto LD13 % 1.3424 sto LD23 % theta_bc3 180 / -1 acos * sto theta13 % theta13 6 pow 0.003541052071576 * sto f13 % theta13 5 pow 0.006996194703641 * sto f23 % theta13 4 pow 0.000441856648954 * sto f33 % theta13 3 pow -0.015949804823172 * sto f43 % theta13 2 pow 0.000002724126278 * sto f53 % theta13 1 pow 0.949847974674722 * sto f63 % 0.000000000792586 sto f73 % f13 f23 + f33 + f43 + f53 + f63 + f73 + sto theta23 % theta13 cos sto ctheta13 % theta23 cos sto ctheta23 % theta13 sin sto stheta13 % theta13 theta23 + 2 / sin sto s3t1t2 % theta13 theta23 - 2 / tan sto t3t1t2 % L3 2 * t3t1t2 sto x3 % L3 sqr 4 * x3 sqr + sqrt sto del3 % del3 s3t1t2 / 2 / sto rho3 % L3 theta13 * stheta13 / sto LBEND13 % theta13 theta23 + rho3 * sto LBEND23 % LD13 ctheta13 / sto LD1BC3 % LD23 ctheta23 / sto LD2BC3 CD1BC3 : CSRCSBEND, L="LBEND13", ANGLE="theta13 -1 *", & E1=0.0, E2="theta13 -1 *", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD1BC3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD2BC3 : CSRCSBEND, L="LBEND23", ANGLE="theta13 theta23 +", & E1="theta13", E2="theta23", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD2BC3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD3BC3 : CSRCSBEND, L="LBEND23", ANGLE="theta13 theta23 + -1 *", & E1="theta23 -1 *", E2="theta13 -1 *", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD3BC3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CD4BC3 : CSRCSBEND, L="LBEND13", ANGLE="theta13", & E1="theta13", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD4BC3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! CDD1D2BC3 : CSRDRIFT, L="LD1BC3", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CDD2D3BC3 : CSRDRIFT, L="LD2BC3", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CDBPM2BC3 : CSRDRIFT, L=0.5000000000, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! ! Correctors ! H1BC3 : HKICKER, L=0.100, KICK= 0.0 H2BC3 : HKICKER, L=0.100, KICK= 0.0 H3BC3 : HKICKER, L=0.100, KICK= 0.0 H4BC3 : HKICKER, L=0.100, KICK= 0.0 ! ! Watching positions ! BC3W1 : WATCH, FILENAME="%s.BC3.w1", MODE=COORD BC3P1 : WATCH, FILENAME="%s.BC3.p1", MODE=PARAMETER BC3W2 : WATCH, FILENAME="%s.BC3.w2", MODE=COORD BC3P2 : WATCH, FILENAME="%s.BC3.p2", MODE=PARAMETER BC3W1b : WATCH, FILENAME="%s.BC3.w1b", MODE=COORD BC3W1c : WATCH, FILENAME="%s.BC3.w1c", MODE=COORD BC3W1d : WATCH, FILENAME="%s.BC3.w1d", MODE=COORD ! ! Fit point before the fourth dipole ! BC3_IM: MARK, FITPOINT = 1; BC3_RB: MARK, FITPOINT = 1; ! MBC3 : LINE = (BC3W1, BC3P1, D0100, CD1BC3, CDD1D2BC3, CD2BC3, CDD2D3BC3, CDD2D3BC3, & CD3BC3, CDD1D2BC3, BC3_RB, CD4BC3, CDBPM2BC3, BC3W2, BC3P2) ! !---------------------------------------------------------------------------- ! DBC3: triplet downstream of BC3 !---------------------------------------------------------------------------- ! ! Drifts ! CD0100BC3 : CSRDRIFT, L=0.100, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" CD0150BC3 : CSRDRIFT, L=0.150, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! ! Correctors ! H1DBC3 : HKICKER, L=0.100, KICK= 0.0 V1DBC3 : VKICKER, L=0.100, KICK= 0.0 HVDBC3 : LINE = (V1DBC3, D0100, H1DBC3, D0100) ! ! BPMs ! BPM1DBC3 : MONITOR, L=0.0 BPM2DBC3 : MONITOR, L=0.0 BPM3DBC3 : MONITOR, L=0.0 ! ! Triplet ! Q1DBC3 : KQUAD, L=0.150, K1=-4.087091989358641e-01, N_KICKS = 20 Q2DBC3 : KQUAD, L=0.150, K1=-2.919273855916398e+00, N_KICKS = 20 Q3DBC3 : KQUAD, L=0.150, K1= 3.548265340743851e+00, N_KICKS = 20 ! ! Quadrupoles with BPMs Q1DBC3BPM : LINE = (D0100, Q1DBC3, BPM1DBC3, D0100) Q2DBC3BPM : LINE = (D0100, Q2DBC3, BPM2DBC3, D0100) Q3DBC3BPM : LINE = (D0100, Q3DBC3, BPM3DBC3, D0100) ! DBC3: LINE = (CD0150BC3, HVDBC3, CD0100BC3, Q1DBC3BPM, D0250, Q2DBC3BPM, D0250, Q3DBC3BPM) ! !---------------------------------------------------------------------------- ! BC3 = UBC3 + MBC3 + DBC3 !---------------------------------------------------------------------------- BC3start : MARKER BC3end : MARKER ! BC3_REF: MARK, FITPOINT = 1; ! BC3: LINE=(BC3start, UBC3, MBC3, DBC3, BC3_REF, BC3end) !---------------------------------------------------------------------------- ! ACC13 !---------------------------------------------------------------------------- C1_1ACC13: RFCW, L=0.1147, PHASE="90.0 ph13 -", & VOLT="v13 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC13: RFCW, L=0.1154, PHASE="90.0 ph13 -", & VOLT="v13 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC13: RFCW, L=0.1137, PHASE="90.0 ph13 -", & VOLT="v13 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C2ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C3ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C4ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C5ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C6ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C7ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) C8ACC13: LINE = (C1_1ACC13, 7*C1_2ACC13, C1_9ACC13) ! DC1ACC13: LINE = (D0141, C1ACC13, D01056, D0101) DC2ACC13: LINE = (D0141, C2ACC13, D01056, D0101) DC3ACC13: LINE = (D0141, C3ACC13, D01056, D0101) DC4ACC13: LINE = (D0141, C4ACC13, D01056, D0101) DC5ACC13: LINE = (D0141, C5ACC13, D01056, D0101) DC6ACC13: LINE = (D0141, C6ACC13, D01056, D0101) DC7ACC13: LINE = (D0141, C7ACC13, D01056, D0101) DC8ACC13: LINE = (D0141, C8ACC13, D01056, D0099) ! Q09ACC13 : KQUAD, L=0.150, K1= 3.306763960127618e+00, N_KICKS = 20 Q10ACC13 : KQUAD, L=0.150, K1=-3.363307501730297e+00, N_KICKS = 20 DQACC13 : LINE = (D0100, Q09ACC13, D0100, Q10ACC13, D0100) ! ! Correctors ! H1ACC13 : HKICKER, L=0.100, KICK= 0.0 V1ACC13 : VKICKER, L=0.100, KICK= 0.0 HVACC13 : LINE = (V1ACC13, D0100, H1ACC13, D0100) ! ! BPMs ! BPMACC13 : MONITOR, L=0.000 ! ! Fit point ! ACC13_RB: MARK, FITPOINT = 1; ! ACC13: LINE = (D0100, DC1ACC13, DC2ACC13, DC3ACC13, DC4ACC13, & DC5ACC13, DC6ACC13, DC7ACC13, DC8ACC13, LTWAKE13, & DQACC13, HVACC13, ACC13_RB) !---------------------------------------------------------------------------- ! ACC14 !---------------------------------------------------------------------------- C1_1ACC14: RFCW, L=0.1147, PHASE="90.0 ph13 -", & VOLT="v13 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC14: RFCW, L=0.1154, PHASE="90.0 ph13 -", & VOLT="v13 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC14: RFCW, L=0.1137, PHASE="90.0 ph13 -", & VOLT="v13 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C2ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C3ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C4ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C5ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C6ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C7ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) C8ACC14: LINE = (C1_1ACC14, 7*C1_2ACC14, C1_9ACC14) ! DC1ACC14: LINE = (D0141, C1ACC14, D01056, D0101) DC2ACC14: LINE = (D0141, C2ACC14, D01056, D0101) DC3ACC14: LINE = (D0141, C3ACC14, D01056, D0101) DC4ACC14: LINE = (D0141, C4ACC14, D01056, D0101) DC5ACC14: LINE = (D0141, C5ACC14, D01056, D0101) DC6ACC14: LINE = (D0141, C6ACC14, D01056, D0101) DC7ACC14: LINE = (D0141, C7ACC14, D01056, D0101) DC8ACC14: LINE = (D0141, C8ACC14, D01056, D0099) ! Q09ACC14 : KQUAD, L=0.150, K1= 2.079192219556209e+00, N_KICKS = 20 Q10ACC14 : KQUAD, L=0.150, K1=-2.083733814351911e+00, N_KICKS = 20 DQACC14 : LINE = (D0100, Q09ACC14, D0100, Q10ACC14, D0100) ! ! Correctors ! H1ACC14 : HKICKER, L=0.100, KICK= 0.0 V1ACC14 : VKICKER, L=0.100, KICK= 0.0 HVACC14 : LINE = (V1ACC14, D0100, H1ACC14, D0100) ! ! BPMs ! BPMACC14 : MONITOR, L=0.000 ! ! Fit point ! ACC14_RB: MARK, FITPOINT = 1; ! ACC14: LINE = (D0100, DC1ACC14, DC2ACC14, DC3ACC14, DC4ACC14, & DC5ACC14, DC6ACC14, DC7ACC14, DC8ACC14, LTWAKE13, & DQACC14, HVACC14, ACC14_RB) !---------------------------------------------------------------------------- ! ACC15 !---------------------------------------------------------------------------- C1_1ACC15: RFCW, L=0.1147, PHASE="90.0 ph13 -", & VOLT="v13 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC15: RFCW, L=0.1154, PHASE="90.0 ph13 -", & VOLT="v13 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC15: RFCW, L=0.1137, PHASE="90.0 ph13 -", & VOLT="v13 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C2ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C3ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C4ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C5ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C6ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C7ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) C8ACC15: LINE = (C1_1ACC15, 7*C1_2ACC15, C1_9ACC15) ! DC1ACC15: LINE = (D0141, C1ACC15, D01056, D0101) DC2ACC15: LINE = (D0141, C2ACC15, D01056, D0101) DC3ACC15: LINE = (D0141, C3ACC15, D01056, D0101) DC4ACC15: LINE = (D0141, C4ACC15, D01056, D0101) DC5ACC15: LINE = (D0141, C5ACC15, D01056, D0101) DC6ACC15: LINE = (D0141, C6ACC15, D01056, D0101) DC7ACC15: LINE = (D0141, C7ACC15, D01056, D0101) DC8ACC15: LINE = (D0141, C8ACC15, D01056, D0099) ! Q09ACC15 : KQUAD, L=0.150, K1=-1.069343628973726e+00, N_KICKS = 20 Q10ACC15 : KQUAD, L=0.150, K1= 1.095866048948198e+00, N_KICKS = 20 DQACC15 : LINE = (D0100, Q09ACC15, D0100, Q10ACC15, D0100) ! ! Correctors ! H1ACC15 : HKICKER, L=0.100, KICK= 0.0 V1ACC15 : VKICKER, L=0.100, KICK= 0.0 HVACC15 : LINE = (V1ACC15, D0100, H1ACC15, D0100) ! ! BPMs ! BPMACC15 : MONITOR, L=0.000 ! ! Fit point ! ACC15_RB: MARK, FITPOINT = 1; ! ACC15: LINE = (D0100, DC1ACC15, DC2ACC15, DC3ACC15, DC4ACC15, & DC5ACC15, DC6ACC15, DC7ACC15, DC8ACC15, LTWAKE13, & DQACC15, HVACC15, ACC15_RB) !---------------------------------------------------------------------------- ! ACC16 !---------------------------------------------------------------------------- C1_1ACC16: RFCW, L=0.1147, PHASE="90.0 ph13 -", & VOLT="v13 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC16: RFCW, L=0.1154, PHASE="90.0 ph13 -", & VOLT="v13 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC16: RFCW, L=0.1137, PHASE="90.0 ph13 -", & VOLT="v13 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C2ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C3ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C4ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C5ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C6ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C7ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) C8ACC16: LINE = (C1_1ACC16, 7*C1_2ACC16, C1_9ACC16) ! DC1ACC16: LINE = (D0141, C1ACC16, D01056, D0101) DC2ACC16: LINE = (D0141, C2ACC16, D01056, D0101) DC3ACC16: LINE = (D0141, C3ACC16, D01056, D0101) DC4ACC16: LINE = (D0141, C4ACC16, D01056, D0101) DC5ACC16: LINE = (D0141, C5ACC16, D01056, D0101) DC6ACC16: LINE = (D0141, C6ACC16, D01056, D0101) DC7ACC16: LINE = (D0141, C7ACC16, D01056, D0101) DC8ACC16: LINE = (D0141, C8ACC16, D01056, D0099) ! Q09ACC16 : KQUAD, L=0.150, K1=-3.384823493673481e+00, N_KICKS = 20 Q10ACC16 : KQUAD, L=0.150, K1= 3.340297736037317e+00, N_KICKS = 20 DQACC16 : LINE = (D0100, Q09ACC16, D0100, Q10ACC16, D0100) ! ! Correctors ! H1ACC16 : HKICKER, L=0.100, KICK= 0.0 V1ACC16 : VKICKER, L=0.100, KICK= 0.0 HVACC16 : LINE = (V1ACC16, D0100, H1ACC16, D0100) ! ! BPMs ! BPMACC16 : MONITOR, L=0.000 ! ! Fit point ! ACC16_RB: MARK, FITPOINT = 1; ! ACC16: LINE = (D0100, DC1ACC16, DC2ACC16, DC3ACC16, DC4ACC16, & DC5ACC16, DC6ACC16, DC7ACC16, DC8ACC16, LTWAKE13, & DQACC16, HVACC16, ACC16_RB) !---------------------------------------------------------------------------- ! ACC17 !---------------------------------------------------------------------------- C1_1ACC17: RFCW, L=0.1147, PHASE="90.0 ph13 -", & VOLT="v13 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC17: RFCW, L=0.1154, PHASE="90.0 ph13 -", & VOLT="v13 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC17: RFCW, L=0.1137, PHASE="90.0 ph13 -", & VOLT="v13 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C2ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C3ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C4ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C5ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C6ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C7ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) C8ACC17: LINE = (C1_1ACC17, 7*C1_2ACC17, C1_9ACC17) ! DC1ACC17: LINE = (D0141, C1ACC17, D01056, D0101) DC2ACC17: LINE = (D0141, C2ACC17, D01056, D0101) DC3ACC17: LINE = (D0141, C3ACC17, D01056, D0101) DC4ACC17: LINE = (D0141, C4ACC17, D01056, D0101) DC5ACC17: LINE = (D0141, C5ACC17, D01056, D0101) DC6ACC17: LINE = (D0141, C6ACC17, D01056, D0101) DC7ACC17: LINE = (D0141, C7ACC17, D01056, D0101) DC8ACC17: LINE = (D0141, C8ACC17, D01056, D0099) ! Q09ACC17 : KQUAD, L=0.150, K1= 3.311808516611429e+00, N_KICKS = 20 Q10ACC17 : KQUAD, L=0.150, K1=-3.440435499458543e+00, N_KICKS = 20 DQACC17 : LINE = (D0100, Q09ACC17, D0100, Q10ACC17, D0100) ! ! Correctors ! H1ACC17 : HKICKER, L=0.100, KICK= 0.0 V1ACC17 : VKICKER, L=0.100, KICK= 0.0 HVACC17 : LINE = (V1ACC17, D0100, H1ACC17, D0100) ! ! BPMs ! BPMACC17 : MONITOR, L=0.000 ! ! Fit point ! ACC17_RB: MARK, FITPOINT = 1; ! ACC17: LINE = (D0100, DC1ACC17, DC2ACC17, DC3ACC17, DC4ACC17, & DC5ACC17, DC6ACC17, DC7ACC17, DC8ACC17, LTWAKE13, & DQACC17, HVACC17, ACC17_RB) !---------------------------------------------------------------------------- ! ACC18 (operating at reduced voltage for 2.2 GeV) !---------------------------------------------------------------------------- C1_1ACC18: RFCW, L=0.1147, PHASE="90.0 ph14 -", & VOLT="v14 0.1147 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1147,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_2ACC18: RFCW, L=0.1154, PHASE="90.0 ph14 -", & VOLT="v14 0.1154 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1154,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 C1_9ACC18: RFCW, L=0.1137, PHASE="90.0 ph14 -", & VOLT="v14 0.1137 *", & FREQ=1300.0E+06, CHANGE_P0=1, & END1_FOCUS=1, END2_FOCUS=1, & CELL_LENGTH=0.1137,LSC = "lscflag",LSC_BINS= 100, & LSC_HIGH_FREQUENCY_CUTOFF0=0.20,LSC_HIGH_FREQUENCY_CUTOFF1=0.25 ! C1ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C2ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C3ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C4ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C5ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C6ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C7ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) C8ACC18: LINE = (C1_1ACC18, 7*C1_2ACC18, C1_9ACC18) ! DC1ACC18: LINE = (D0141, C1ACC18, D01056, D0101) DC2ACC18: LINE = (D0141, C2ACC18, D01056, D0101) DC3ACC18: LINE = (D0141, C3ACC18, D01056, D0101) DC4ACC18: LINE = (D0141, C4ACC18, D01056, D0101) DC5ACC18: LINE = (D0141, C5ACC18, D01056, D0101) DC6ACC18: LINE = (D0141, C6ACC18, D01056, D0101) DC7ACC18: LINE = (D0141, C7ACC18, D01056, D0101) DC8ACC18: LINE = (D0141, C8ACC18, D01056, D0099) ! Q09ACC18 : KQUAD, L=0.150, K1= 3.315336855844263e+00, N_KICKS = 20 Q10ACC18 : KQUAD, L=0.150, K1=-1.119663419544028e+00, N_KICKS = 20 Q11ACC18 : KQUAD, L=0.150, K1=-2.848473624927546e+00, N_KICKS = 20 DQACC18 : LINE = (D0100, Q09ACC18, D0100, Q10ACC18, D0100, Q11ACC18, D0100) ! ! Correctors ! H1ACC18 : HKICKER, L=0.100, KICK= 0.0 V1ACC18 : VKICKER, L=0.100, KICK= 0.0 HVACC18 : LINE = (V1ACC18, D0100, H1ACC18, D0100) ! ! BPMs ! BPMACC18 : MONITOR, L=0.000 ! ! Fit point ! ACC18_REF: MARK, FITPOINT = 1; ! ACC18: LINE = (D0100, DC1ACC18, DC2ACC18, DC3ACC18, DC4ACC18, & DC5ACC18, DC6ACC18, DC7ACC18, DC8ACC18, LTWAKE13, & DQACC18, HVACC18, ACC18_REF) !---------------------------------------------------------------------------- ! ! DL: Dog-Leg Section. Collimator should be included later. ! !---------------------------------------------------------------------------- ! ! DL = UDL + MDL + DDL ! !---------------------------------------------------------------------------- ! UDL: triplet upstream of DL !---------------------------------------------------------------------------- ! ! Triplet ! Q1@UDL : KQUAD, L=0.15, K1 = 5.110222, N_KICKS = 20 Q2@UDL : KQUAD, L=0.15, K1 =-10.00000, N_KICKS = 20 Q3@UDL : KQUAD, L=0.15, K1 = 10.00000, N_KICKS = 20 ! ! Markers ! Q1END@UDL : MARKER, FITPOINT=1 Q2END@UDL : MARKER, FITPOINT=1 Q3END@UDL : MARKER, FITPOINT=1 QM@UDL : LINE = (D0150, Q1@UDL, Q1END@UDL, D0300, Q2@UDL, Q2END@UDL, & D0300, Q3@UDL, Q3END@UDL, D0150) ! ! Correctors ! H1UDL : HKICKER, L=0.100, KICK= 0.0 V1UDL : VKICKER, L=0.100, KICK= 0.0 HVUDL : LINE = (V1UDL, D0100, H1UDL, D0100) ! ! BPMs ! BPMUDL : MONITOR, L=0.000 ! UDL : LINE = (QM@UDL,HVUDL, BPMUDL) !---------------------------------------------------------------------------- ! MDL: DL proper !---------------------------------------------------------------------------- ! ! QM in Dog-Leg ! Note that 3rd order is used to compensate 2nd and 3rd order dispersion ! Q1@DL : KQUAD, L=0.3000, K1 = 3.593980, N_KICKS = 20 Q2H@DL : KQUAD, L=0.1500, K1 =-2.486103, N_KICKS = 20 Q3@DL : KQUAD, L=0.3000, K1 = 3.669760, N_KICKS = 20 ! ! Dog-Leg dipoles ! CD1ECOL : CSRCSBEND, & L="3.5 180 / -1 acos * 3.5 180 / -1 acos * sin / 0.400 * ", & ANGLE="3.5 180.0 / -1 acos * ", & E1=0.0, E2="3.5 180.0 / -1 acos * ", HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD1ECOL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" CD2ECOL : CSRCSBEND, & L="-3.5 180 / -1 acos * -3.5 180 / -1 acos * sin / 0.400 * ", & ANGLE="-3.5 180.0 / -1 acos * ", & E1="-3.5 180.0 / -1 acos * ", E2=0.0, HGAP=0.0125, & NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1, & OUTPUT_FILE="%s.CD7ECOL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! ! Marker ! Q1END@DL : MARKER, FITPOINT=1 Q2MID@DL : MARKER, FITPOINT=1 Q3END@DL : MARKER, FITPOINT=1 DL1_RB : MARKER, FITPOINT=1 DL2_RB : MARKER, FITPOINT=1 ! ! Watching positions ! W1@DL : WATCH, FILENAME="%s.DL.w1", MODE=COORD P1@DL : WATCH, FILENAME="%s.DL.p1", MODE=PARAMETER W2@DL : WATCH, FILENAME="%s.DL.w2", MODE=COORD P2@DL : WATCH, FILENAME="%s.DL.p2", MODE=PARAMETER ! MDL : LINE = (W1@DL, P1@DL, CD1ECOL, DL1_RB, CD0150, D1500, Q1@DL, & Q1END@DL, D1600, Q2H@DL, Q2MID@DL, Q2H@DL, D1600, & Q3@DL, Q3END@DL, D1600, CD2ECOL, DL2_RB, CD0800, W2@DL, P2@DL) !---------------------------------------------------------------------------- ! DDL: triplets downstream of DL !---------------------------------------------------------------------------- ! ! Triplet downstream of Dog-Leg Q1@DDL : KQUAD, L=0.15, K1 = 3.168267, N_KICKS = 20 Q2@DDL : KQUAD, L=0.15, K1 =-7.231591, N_KICKS = 20 Q3@DDL : KQUAD, L=0.15, K1 = 6.152296, N_KICKS = 20 ! ! Triplet to match to FEL undulator channel ! Q1@FEL : KQUAD, L=0.15, K1 = 1.742193, N_KICKS = 20 Q2@FEL : KQUAD, L=0.15, K1 =-0.505625, N_KICKS = 20 Q3@FEL : KQUAD, L=0.15, K1 =-2.087850, N_KICKS = 20 ! ! Marker ! Q1END@DDL : MARKER, FITPOINT=1 Q2END@DDL : MARKER, FITPOINT=1 Q3END@DDL : MARKER, FITPOINT=1 DL_FEL : MARKER, FITPOINT=1 ! ! Watching positions ! W1@FEL : WATCH, FILENAME="%s.FEL.w1", MODE=COORD P1@FEL : WATCH, FILENAME="%s.FEL.p1", MODE=PARAMETER ! DDL : LINE = (Q1@DDL, Q1END@DDL, D0300, Q2@DDL, Q2END@DDL, & D0300, Q3@DDL, Q3END@DDL, D1600, Q1@FEL, D0300, & Q2@FEL, D0300, Q3@FEL, D1000, DL_FEL, W1@FEL, P1@FEL) ! !---------------------------------------------------------------------------- ! DL = UDL + MDL + DDL !---------------------------------------------------------------------------- DLstart : MARKER DLend : MARKER DL : LINE = (DLstart, UDL, MDL, DDL, DLend) !---------------------------------------------------------------------------- ! NLSL L-band beam line (old dog leg and FEL matching section): !---------------------------------------------------------------------------- ! nlsl_0p2nC_DL: LINE = (Q, ACC01, I2L, NLS_LH, DLMERGE, ACC02, ACC391, BC1, ACC03, ACC04, & BC2, ACC05, ACC06, ACC07, ACC08, ACC09, ACC10, ACC11, ACC12, BC3, & ACC13, ACC14, ACC15, ACC16, ACC17, ACC18, DL) ! !---------------------------------------------------------------------------- !---------------------------------------------------------------------------- ! Collimation, Diagnostics and Spreader Section: !---------------------------------------------------------------------------- ! definitions !% 6.945679 sto KCQ1 !% -1.273016 sto KCQ2 !% 4.073609 sto KCQ3 !% -2.482232 sto KCQ4 % 4.708172 sto KCQ1 % -3.339256 sto KCQ2 % 2.975892 sto KCQ3 % -0.597790 sto KCQ4 % 0.829373 sto KQ % 1.64 sto KQT ! DAK ****Angles changed to get R56=0.0 and to get total 60 mrad as in LBNL % 0.024 sto DIP1ANGLE % 0.036 sto DIP2ANGLE ! LSC drifts D0_COL: LSCDRIFT, L=1.0, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D1_COL: LSCDRIFT, L=0.1019, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D2_COL: LSCDRIFT, L=1.9717, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D3_COL: LSCDRIFT, L=0.9597, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D5_COL: LSCDRIFT, L=0.96475, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D6_COL: LSCDRIFT, L=0.96475, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D8_COL: LSCDRIFT, L=0.5973, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D9_COL: LSCDRIFT, L=0.2001, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D10_COL: LSCDRIFT, L=1.2968, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D11_CSR_COL: LSCDRIFT, L=0.8047, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D12_COL: LSCDRIFT, L=0.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D16_COL: LSCDRIFT, L=0.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D13_COL: LSCDRIFT, L=0.1883, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D14_COL: LSCDRIFT, L=0.4875, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D15_COL: LSCDRIFT, L=0.4883, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D18_COL: LSCDRIFT, L=0.601, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D19_COL: LSCDRIFT, L=2.0, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 D20_COL: LSCDRIFT, L=2.0447, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DM1: LSCDRIFT, L=0.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DM2: LSCDRIFT, L=1.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DM3: LSCDRIFT, L=1.0, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DM4: LSCDRIFT, L=1.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DM5: LSCDRIFT, L=1.0, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR: LSCDRIFT, L=0.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR0: LSCDRIFT, L=0.35 , & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR2B: LSCDRIFT, L=0.1, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR3: LSCDRIFT, L=2.7, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR3A: LSCDRIFT, L=2.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR3B: LSCDRIFT, L=0.1, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR4: LSCDRIFT, L=6.6, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR5: LSCDRIFT, L=1.2, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR6: LSCDRIFT, L=1.9, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR7: LSCDRIFT, L=1.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR8: LSCDRIFT, L=0.15, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR9: LSCDRIFT, L=0.9, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR10: LSCDRIFT, L=1.2, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR11: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR12: LSCDRIFT, L=1.5, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR13: LSCDRIFT, L=1.3, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR14: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR151: LSCDRIFT, L=0.85, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR15: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR161: LSCDRIFT, L=0.85, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR16: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR17: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR17A: LSCDRIFT, L=0.1, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR17B: LSCDRIFT, L=1.6, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DR18: LSCDRIFT, L=1.8, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 DRT: LSCDRIFT, L=1.35, & INTERPOLATE=1, SMOOTHING=1, BINS=100, LSC = "lscflag" & HIGH_FREQUENCY_CUTOFF0=0.255, HIGH_FREQUENCY_CUTOFF1=0.255 ! CSR drifts D11_COL: CSRDRIFT, L=0.8047, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" D12_CSR_COL: CSRDRIFT, L=0.5, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" D17_COL: CSRDRIFT, L=0.4055, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR_CSR: CSRDRIFT, L=0.5, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR0_CSR: CSRDRIFT, L=0.35, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR1: CSRDRIFT, L=2.7, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR2A: CSRDRIFT, L="5.1 0.2 -", DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR5_CSR: CSRDRIFT, L=1.2, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DRT_CSR: CSRDRIFT, L=1.35, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR14_CSR: CSRDRIFT, L=1.8, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" DR18_CSR: CSRDRIFT, L=1.8, DZ=0.01, USE_STUPAKOV=1, CSR = "csrflag" ! quadrupoles Q1_COL: KQUAD, N_KICKS = 20, L=0.1, K1= KCQ1 Q2_COL: KQUAD, N_KICKS = 20, L=0.1, K1= KCQ2 Q3_COL: KQUAD, N_KICKS = 20, L=0.1, K1= KCQ3 Q4_COL: KQUAD, N_KICKS = 20, L=0.1, K1= KCQ4 Q5_COL: KQUAD, N_KICKS = 20, L=0.15, K1= 2.787404540596 Q6_COL: KQUAD, N_KICKS = 20, L=0.2, K1=-3.445089190074 Q7_COL: KQUAD, N_KICKS = 20, L=0.15, K1= 2.397514675646 Q8_COL: KQUAD, N_KICKS = 20, L=0.15, K1= 4.62552629356 Q9_COL: KQUAD, N_KICKS = 20, L=0.15, K1=-4.090737303781 Q10_COL: KQUAD, N_KICKS = 20, L=0.15, K1=-3.000181942907 Q11_COL: KQUAD, N_KICKS = 20, L=0.15, K1= 3.038902200058 Q12_COL: KQUAD, N_KICKS = 20, L=0.15, K1=-0.629840930013 UQF_COL: KQUAD, N_KICKS = 20, L=0.1375, K1=-1.16138748605 QM1: KQUAD, N_KICKS = 20, L=0.2, K1=-1.133196E+00 QM2: KQUAD, N_KICKS = 20, L=0.2, K1= 3.091300E+00 QM3: KQUAD, N_KICKS = 20, L=0.2, K1=-1.925288E+00 QM4: KQUAD, N_KICKS = 20, L=0.2, K1= -1.589558E+00 Q1: KQUAD, N_KICKS = 20, L=0.2, K1= KQT Q2: KQUAD, N_KICKS = 20, L=0.2, K1="KQT -1 *" Q3: KQUAD, N_KICKS = 20, L=0.2, K1= KQT Q4: KQUAD, N_KICKS = 20, L=0.2, K1="KQT -1 *" Q5: KQUAD, N_KICKS = 20, L=0.2, K1= 1.908051E+00 Q6: KQUAD, N_KICKS = 20, L=0.2, K1=-1.781235E+00 Q7: KQUAD, N_KICKS = 20, L=0.2, K1= 1.634750E+00 Q8: KQUAD, N_KICKS = 20, L=0.2, K1=-3.250760E-01 Q9: KQUAD, N_KICKS = 20, L=0.2, K1=-1.363761E+00 Q10: KQUAD, N_KICKS = 20, L=0.2, K1= 1.477792E+00 Q11: KQUAD, N_KICKS = 20, L=0.2, K1= 2.163649E+00 Q12: KQUAD, N_KICKS = 20, L=0.2, K1=-1.721830E+00 Q13: KQUAD, N_KICKS = 20, L=0.2, K1= 5.557906E+00 Q14: KQUAD, N_KICKS = 20, L=0.2, K1=-4.395730E+00 Q15: KQUAD, N_KICKS = 20, L=0.2, K1= 4.947735E+00 Q16: KQUAD, N_KICKS = 20, L=0.2, K1=-4.135292E+00 Q17: KQUAD, N_KICKS = 20, L=0.2, K1= 2.186418E+00 Q18: KQUAD, N_KICKS = 20, L=0.2, K1=-2.317152E+00 Q19: KQUAD, N_KICKS = 20, L=0.2, K1= 2.693978E+00 Q20: KQUAD, N_KICKS = 20, L=0.2, K1=-7.036112E-01 ! sextupoles SF1 : KSEXT, N_KICKS=2, L=0.1, K2=29.305 SF2 : KSEXT, N_KICKS=2, L=0.1, K2=177.075 SF3 : KSEXT, N_KICKS=2, L=0.1, K2=311.775 SF4 : KSEXT, N_KICKS=2, L=0.1, K2=132.396 SF5 : KSEXT, N_KICKS=2, L=0.1, K2=-235.267 SF6 : KSEXT, N_KICKS=2, L=0.1, K2=204.282 SF7 : KSEXT, N_KICKS=2, L=0.1, K2=7.697 SF8 : KSEXT, N_KICKS=2, L=0.1, K2=-34.075 SF9 : KSEXT, N_KICKS=2, L=0.1, K2=-103.844 ! markers FEL_FIT : MARKER, FITPOINT=1 COLL_REF: MARKER, FITPOINT=1 MQ1REF: MARKER, FITPOINT=1 MQ2REF: MARKER, FITPOINT=1 COL_ENT: MARKER MFOD1: MARKER HALF: MARKER MSPDR: MARKER OBS1 : MARKER OBS2 : MARKER OBS3 : MARKER OBS4 : MARKER ! collimators CT1_COL: ECOL, L=0.3, X_MAX=0.4E-2, Y_MAX=0.4E-2 CT2_COL: ECOL, L=0.3, X_MAX=0.4E-2, Y_MAX=0.4E-2 EC1_COL: ECOL, L=0.3, X_MAX=0.75E-2, Y_MAX=0.75E-2 EC2_COL: ECOL, L=0.3, X_MAX=0.375E-2, Y_MAX=0.375E-2 ! bending magnets B1_COL: CSRCSBEND, L=0.4001, ANGLE= 0.0436, E1=0.0, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.B1_COL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" B2_COL: CSRCSBEND, L=0.4001, ANGLE=-0.0436, E1=0.0, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.B2_COL.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIPQ2 : CSRCSBEND, l=0.2, k1="KQT -1 *", angle= 0.0014366, E1=0.0, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIPQ2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIPQ3 : CSRCSBEND, l=0.2, k1= KQT, angle=-0.005369, E1=0.0, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIPQ3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIPQ4 : CSRCSBEND, l=0.2, k1="KQT -1 *", angle= 0.0175218, E1=0.0, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIPQ4.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" kicker: CSRCSBEND,l=2.0,k1=0,angle=0.003,e1=0.0015,e2=0.0015, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.kicker.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" SEPTUM: CSRCSBEND, L=2.0, ANGLE=0.027, K1=0.0, E1=0.0135, E2=0.0135, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.SEPTUM.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIP1: CSRCSBEND, L=0.3, ANGLE="DIP1ANGLE", K1=0.0, E1="DIP1ANGLE 2.0 /", E2="DIP1ANGLE 2.0 /", & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIP1.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIP2: CSRCSBEND, L=0.5, ANGLE="DIP2ANGLE", K1=0.0, E1="DIP2ANGLE 2.0 /", E2="DIP2ANGLE 2.0 /", & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIP2.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIP3: CSRCSBEND, L=0.6, ANGLE=0.0927, K1=0.0, E1=0.04635, E2=0.04635, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIP3.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" HALF1DIP4: CSRCSBEND, L=0.6, ANGLE=0.0927, K1=0.0, E1=0.0927, E2=0.0, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.HALF1DIP4.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" HALF2DIP4: CSRCSBEND, L=0.6, ANGLE=0.0927, K1=0.0, E1=0.0, E2=0.0927, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.HALF2DIP4.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" DIP5: CSRCSBEND, L=0.6, ANGLE=0.0927, K1=0.0, E1=0.04635, E2=0.04635, & HGAP=0.0125, NONLINEAR=1, N_KICKS=10, INTEGRATION_ORDER=4, & BINS=100, SG_HALFWIDTH=2, ISR=1, SYNCH_RAD=1,& OUTPUT_FILE="%s.DIP5.csr", OUTPUT_INTERVAL=10, CSR = "csrflag" ! watch points COLLW1 : WATCH, FILENAME="%s.COLL.w1", MODE=COORD COLLW2 : WATCH, FILENAME="%s.COLL.w2", MODE=COORD SPDRW1 : WATCH, FILENAME="%s.SPDR.w1", MODE=COORD SPDRW2 : WATCH, FILENAME="%s.SPDR.w2", MODE=COORD SPDRW3 : WATCH, FILENAME="%s.SPDR.w3", MODE=COORD SPDRW4 : WATCH, FILENAME="%s.SPDR.w4", MODE=COORD SPDRW5 : WATCH, FILENAME="%s.SPDR.w5", MODE=COORD SPDRW6 : WATCH, FILENAME="%s.SPDR.w6", MODE=COORD SPDRW7 : WATCH, FILENAME="%s.SPDR.w7", MODE=COORD ! ! matching triplet to FEL ! Q1FEL : KQUAD, L=0.150, K1= 7.100906392839157e+00, N_KICKS = 20 Q2FEL : KQUAD, L=0.150, K1=-9.162647135500888e+00, N_KICKS = 20 Q3FEL : KQUAD, L=0.150, K1= 4.595564954909189e+00, N_KICKS = 20 Q4FEL : KQUAD, L=0.150, K1=-1.636359464576519e+00, N_KICKS = 20 ! MATCHFEL : LINE = (D0100, Q1FEL, D0100, Q2FEL, D0500, Q3FEL, D0100, Q4FEL, D0500) ! line definitions DIP4: LINE=(HALF1DIP4,HALF,HALF2DIP4) ARC1: LINE=(OBS1, DRT,Q1,DR0,KICKER,SPDRW1,DR0_CSR,DIPQ2,DR1,DIPQ3,DR0_CSR,SEPTUM,SPDRW2,DR0_CSR,& DIPQ4,DR2A,SF1,DR2B,Q5,DR3A,SF2,DR3B,Q6,DR4,Q7,DR5,DIP1,SPDRW3,DR5_CSR,Q8,DR4,Q9,DR3,Q10,DR6,& SF3,DR6,Q11,DR7,DIP2,SPDRW4,DRT_CSR, OBS2) MATCH1: LINE=(DR8,Q12,DR9,Q13,DR10,Q14,DR11,Q15,DR12,Q16,DR13) ARC2: LINE=(OBS3,DR,DIP3,SPDRW5,DR14_CSR,Q17,DR151,SF4,DR151,Q18,DR161,SF5,DR161,Q19,DR17A,SF6,DR17B,Q20,DR18,DIP4,& SPDRW6,DR18_CSR,Q20,DR17B,SF7,DR17A,Q19,DR161,SF8,DR161,Q18,DR151,SF9,DR151,Q17,DR14,DIP5,SPDRW7,DR_CSR, OBS4) SPREADER: LINE=(MSPDR,ARC1,MATCH1,ARC2) COLL_1: LINE=(Q1_COL,Q1_COL,D0_COL,D1_COL,Q2_COL,MQ1REF,Q2_COL,D2_COL,& Q3_COL,MQ2REF,Q3_COL,D3_COL,Q4_COL,Q4_COL,COLL_REF) COLL_2: LINE=(COL_ENT,CT1_COL,10*D5_COL,10*D6_COL,CT2_COL) COLL_3: LINE=(D8_COL,2*Q5_COL,D9_COL,2*Q6_COL,D9_COL,2*Q7_COL,D10_COL) COLL_4: LINE=(B1_COL,D11_CSR_COL,D12_CSR_COL,EC1_COL,Q8_COL,Q8_COL,EC2_COL,& D13_COL,D14_COL,Q9_COL,Q9_COL,D14_COL,D15_COL,Q8_COL,Q8_COL,& D16_COL,D11_COL,B2_COL) COLL_5: LINE=(D17_COL,2*Q10_COL,D18_COL,2*Q11_COL,D19_COL,2*Q12_COL,D20_COL,2*UQF_COL) COLLIMATOR: LINE=(COLLW1,COLL_1,COLL_2,COLL_3,COLL_4,COLL_5,COLLW2,MFOD1) MATCHSPDR: LINE=(DM1, QM1, DM2, QM2, DM3, QM3, DM4, QM4, DM5) COLLMATCH : LINE=(COLLIMATOR, MATCHSPDR) TOTAL: LINE=(COLLIMATOR,MATCHSPDR,SPREADER,MATCHFEL,FEL_FIT,W1@FEL) !---------------------------------------------------------------------------- ! NLSL L-band beam line (inc. Collimation, Diagnostics and Spreader): !---------------------------------------------------------------------------- ! nlsl_0p2nC: LINE = (Q, ACC01, I2L, NLS_LH, DLMERGE, ACC391, ACC02, BC1, ACC03, ACC04, & BC2, ACC05, ACC06, ACC07, ACC08, ACC09, ACC10, ACC11, ACC12, BC3, & ACC13, ACC14, ACC15, ACC16, ACC17, ACC18, TOTAL) !nlsl_0p2nC: LINE = (Q, ACC01, I2L, NLS_LH, DLMERGE, ACC391, ACC02, BC1, ACC03, ACC04, & ! BC2, ACC05, ACC06, ACC07, ACC08, ACC09, ACC10, ACC11, ACC12, BC3, & ! ACC13, ACC14, ACC15, ACC16, ACC17, ACC18, TOTAL) ! !----------------------------------------------------------------------------