! ! CLIC Main Beam RTML ! define general parameters ! ! these are not used at the moment! ! they will be overwritten by the script that creats the lattice! % 0 sto global_csr % 0 sto global_isr % 0 sto global_csr % 0 sto global_isr !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match Damping Rings to RTML ! !% global_csr sto 0010_usecsr % 0 sto 0010_usecsr % 0.3 sto 0010_lquad % 0.676808031 sto 0010_kqm1 % -0.8234632887 sto 0010_kqm2 % 0.676808031 sto 0010_kqm3 % -0.8234632887 sto 0010_kqm4 % 0.676808031 sto 0010_kqm5 % 0.0 sto 0010_ldm1 % 3.0 sto 0010_ldm2 % 3.0 sto 0010_ldm3 % 3.0 sto 0010_ldm4 % 3.0 sto 0010_ldm5 0010_Q1: QUAD, L="0010_lquad 2 /", K1="0010_kqm1" 0010_Q2: QUAD, L="0010_lquad", K1="0010_kqm2" 0010_Q3: QUAD, L="0010_lquad", K1="0010_kqm3" 0010_Q4: QUAD, L="0010_lquad", K1="0010_kqm4" 0010_Q5: QUAD, L="0010_lquad", K1="0010_kqm5" 0010_D01: DRIFT, L="0010_ldm1" 0010_D02: DRIFT, L="0010_ldm2" 0010_D03: DRIFT, L="0010_ldm3" 0010_D04: DRIFT, L="0010_ldm4" 0010_D05: DRIFT, L="0010_ldm5" 0010_D01E: EDRIFT, L="0010_ldm1" 0010_D02E: EDRIFT, L="0010_ldm2" 0010_D03E: EDRIFT, L="0010_ldm3" 0010_D04E: EDRIFT, L="0010_ldm4" 0010_D05E: EDRIFT, L="0010_ldm5" 0010_D01CSR: CSRDRIFT, L="0010_ldm1", & CSR="0010_usecsr", DZ=0.01, USE_STUPAKOV=1 0010_D02CSR: CSRDRIFT, L="0010_ldm2", & CSR="0010_usecsr", DZ=0.01, USE_STUPAKOV=1 0010_D03CSR: CSRDRIFT, L="0010_ldm3", & CSR="0010_usecsr", DZ=0.01, USE_STUPAKOV=1 0010_D04CSR: CSRDRIFT, L="0010_ldm4", & CSR="0010_usecsr", DZ=0.01, USE_STUPAKOV=1 0010_D05CSR: CSRDRIFT, L="0010_ldm5", & CSR="0010_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0010: LINE=(0010_D01,0010_Q1,0010_D02,0010_Q2,0010_D03,& 0010_Q3,0010_D04,0010_Q4,0010_D05,0010_Q5) LINE0010E: LINE=(0010_D01E,0010_Q1,0010_D02E,0010_Q2,0010_D03E,& 0010_Q3,0010_D04E,0010_Q4,0010_D05E,0010_Q5) LINE0010CSR: LINE=(0010_D01CSR,0010_Q1,0010_D02CSR,0010_Q2,0010_D03CSR,& 0010_Q3,0010_D04CSR,0010_Q4,0010_D05CSR,0010_Q5) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Diagnostics section ! !% global_csr sto 0020_usecsr % 0 sto 0020_usecsr % 0.3 sto 0020_lquad % 0.676808031 sto 0020_kqm1 % -0.8234632887 sto 0020_kqm2 % 3.0 sto 0020_ld 0020_Q1: QUAD, L="0020_lquad", K1="0020_kqm1" 0020_Q2: QUAD, L="0020_lquad", K1="0020_kqm2" 0020_D: DRIFT, L="0020_ld" 0020_DE: EDRIFT, L="0020_ld" 0020_DCSR: CSRDRIFT, L="0020_ld", & CSR="0020_usecsr", DZ=0.01, USE_STUPAKOV=1 CELL0020: LINE=(0020_D,0020_Q2,0020_D,0020_Q1) LINE0020: LINE=(14*CELL0020,0020_D,0020_Q2,0020_D) CELL0020E: LINE=(0020_DE,0020_Q2,0020_DE,0020_Q1) LINE0020E: LINE=(14*CELL0020,0020_DE,0020_Q2,0020_DE) CELL0020CSR: LINE=(0020_DCSR,0020_Q2,0020_DCSR,0020_Q1) LINE0020CSR: LINE=(14*CELL0020,0020_DCSR,0020_Q2,0020_DCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Commisioning dump and match diagnostics section to electron spin rotator ! !% global_csr sto 0030_usecsr % 0 sto 0030_usecsr % 0.3 sto 0030_lquad % 0.676841094 sto 0030_kqm1 % -0.6610440419 sto 0030_kqm2 % 0.7750555182 sto 0030_kqm3 % -0.6743661213 sto 0030_kqm4 % 4.0 sto 0030_ldm1 % 2.3 sto 0030_ldm2 % 3.6 sto 0030_ldm3 0030_Q1: QUAD, L="0030_lquad", K1="0030_kqm1" 0030_Q2: QUAD, L="0030_lquad", K1="0030_kqm2" 0030_Q3: QUAD, L="0030_lquad", K1="0030_kqm3" 0030_Q4: QUAD, L="0030_lquad", K1="0030_kqm4" 0030_D01: DRIFT, L="0030_ldm1" 0030_D02: DRIFT, L="0030_ldm2" 0030_D03: DRIFT, L="0030_ldm3" 0030_D01E: EDRIFT, L="0030_ldm1" 0030_D02E: EDRIFT, L="0030_ldm2" 0030_D03E: EDRIFT, L="0030_ldm3" 0030_D01CSR: CSRDRIFT, L="0030_ldm1", & CSR="0030_usecsr", DZ=0.01, USE_STUPAKOV=1 0030_D02CSR: CSRDRIFT, L="0030_ldm2", & CSR="0030_usecsr", DZ=0.01, USE_STUPAKOV=1 0030_D03CSR: CSRDRIFT, L="0030_ldm3", & CSR="0030_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0030: LINE=(0030_Q1,0030_D01,0030_Q2,0030_D02,& 0030_Q3,0030_D03,0030_Q4) LINE0030E: LINE=(0030_Q1,0030_D01E,0030_Q2,0030_D02E,& 0030_Q3,0030_D03E,0030_Q4) LINE0030CSR: LINE=(0030_Q1,0030_D01CSR,0030_Q2,0030_D02CSR,& 0030_Q3,0030_D03CSR,0030_Q4) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Electron spin rotator ! % global_csr sto 0040_usecsr % global_isr sto 0040_useisr % global_isr sto 0040_usesyn % 1 atan 4 * sto Pi % 1.0 sto 0040_lbendarc % 0.36 sto 0040_lquad % 1.3 sto 0040_lsole % 0.2 sto 0040_lsext % 0.04033666667 sto 0040_phia % 0040_lbendarc sto 0040_larca 0040_BA : SBEND, L="0040_larca", ANGLE="0040_phia 1.0 *",& E1 = 0.0, E2 = 0.0 0040_BAE : CSBEND, L="0040_larca", ANGLE="0040_phia 1.0 *",& E1 = 0.0, E2 = 0.0,& INTEGRATION_ORDER = 4,ISR="0040_useisr",SYNCH_RAD="0040_usesyn",& USE_RAD_DIST="0040_usesyn" 0040_BACSR : CSRCSBEND, L = "0040_larca", ANGLE = "0040_phia 1.0 *",& E1 = 0.0, E2 = 0.0,& INTEGRATION_ORDER = 4,& CSR = "0040_usecsr", ISR = "0040_useisr",SYNCH_RAD="0040_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 % 0.2530370303 0.36 / sto 0040_kqra1 % -0.1865980792 0.36 / sto 0040_kqra2 % 0.2530366575 0.36 / sto 0040_kqra3 % -0.1865980528 0.36 / sto 0040_kqra4 % 0.2530366575 0.36 / sto 0040_kqra5 % -0.1865980528 0.36 / sto 0040_kqra6 % 0.2530366575 0.36 / sto 0040_kqra7 % -0.1865980528 0.36 / sto 0040_kqra8 % 0.2530366575 0.36 / sto 0040_kqrb1 % -0.1865980528 0.36 / sto 0040_kqrb2 % 0.2530366575 0.36 / sto 0040_kqrb3 % -0.1865980528 0.36 / sto 0040_kqrb4 % 0.2530366575 0.36 / sto 0040_kqrb5 % -0.1865980528 0.36 / sto 0040_kqrb6 % 0.2530366575 0.36 / sto 0040_kqrb7 % -0.1865980528 0.36 / sto 0040_kqrb8 % 0.3295122006 0.36 / sto 0040_kqa1 % -0.3305696261 0.36 / sto 0040_kqa2 % 0.3295122006 0.36 / sto 0040_kqa3 % -0.3305696261 0.36 / sto 0040_kqa4 % 0.3295122006 0.36 / sto 0040_kqa5 % -0.3305696261 0.36 / sto 0040_kqa6 % 0.5178288905 0.36 / sto 0040_kqma1 % -0.5451182230 0.36 / sto 0040_kqma2 % 0.5425750504 0.36 / sto 0040_kqma3 % -0.3062493475 0.36 / sto 0040_kqma4 % 0.05035268685 0.36 / sto 0040_kqmb1 % 0.2872202639 0.36 / sto 0040_kqmb2 % 0.2064250276 0.36 / sto 0040_kqmb3 % -0.3232044214 0.36 / sto 0040_kqmb4 0040_QRA1: QUAD, L="0040_lquad", K1="0040_kqra1" 0040_QRA2: QUAD, L="0040_lquad", K1="0040_kqra2" 0040_QRA3: QUAD, L="0040_lquad", K1="0040_kqra3" 0040_QRA4: QUAD, L="0040_lquad", K1="0040_kqra4" 0040_QRA5: QUAD, L="0040_lquad", K1="0040_kqra5" 0040_QRA6: QUAD, L="0040_lquad", K1="0040_kqra6" 0040_QRA7: QUAD, L="0040_lquad", K1="0040_kqra7" 0040_QRA8: QUAD, L="0040_lquad", K1="0040_kqra8" 0040_QRB1: QUAD, L="0040_lquad", K1="0040_kqrb1" 0040_QRB2: QUAD, L="0040_lquad", K1="0040_kqrb2" 0040_QRB3: QUAD, L="0040_lquad", K1="0040_kqrb3" 0040_QRB4: QUAD, L="0040_lquad", K1="0040_kqrb4" 0040_QRB5: QUAD, L="0040_lquad", K1="0040_kqrb5" 0040_QRB6: QUAD, L="0040_lquad", K1="0040_kqrb6" 0040_QRB7: QUAD, L="0040_lquad", K1="0040_kqrb7" 0040_QRB8: QUAD, L="0040_lquad", K1="0040_kqrb8" 0040_QA1: QUAD, L="0040_lquad", K1="0040_kqa1" 0040_QA2: QUAD, L="0040_lquad", K1="0040_kqa2" 0040_QA3: QUAD, L="0040_lquad", K1="0040_kqa3" 0040_QA4: QUAD, L="0040_lquad", K1="0040_kqa4" 0040_QA5: QUAD, L="0040_lquad", K1="0040_kqa5" 0040_QA6: QUAD, L="0040_lquad", K1="0040_kqa6" 0040_QMA1: QUAD, L="0040_lquad", K1="0040_kqma1" 0040_QMA2: QUAD, L="0040_lquad", K1="0040_kqma2" 0040_QMA3: QUAD, L="0040_lquad", K1="0040_kqma3" 0040_QMA4: QUAD, L="0040_lquad", K1="0040_kqma4" 0040_QMB1: QUAD, L="0040_lquad", K1="0040_kqmb1" 0040_QMB2: QUAD, L="0040_lquad", K1="0040_kqmb2" 0040_QMB3: QUAD, L="0040_lquad", K1="0040_kqmb3" 0040_QMB4: QUAD, L="0040_lquad", K1="0040_kqmb4" % 1.0 sto 0040_ldm % 5.0 sto 0040_ldr % 0040_ldr 0040_lsole - sto 0040_ldrs % 5.0 sto 0040_lda % 0040_lda 0040_lbendarc - 2 / sto 0040_ldas % 0040_ldas 0040_lsext - sto 0040_ldax 0040_DM: DRIFT, L="0040_ldm" 0040_DR: DRIFT, L="0040_ldr" 0040_DRS: DRIFT, L="0040_ldrs" 0040_DA: DRIFT, L="0040_lda" 0040_DAS: DRIFT, L="0040_ldas" 0040_DAX: DRIFT, L="0040_ldax" 0040_DME: EDRIFT, L="0040_ldm" 0040_DRE: EDRIFT, L="0040_ldr" 0040_DRSE: EDRIFT, L="0040_ldrs" 0040_DAE: EDRIFT, L="0040_lda" 0040_DASE: EDRIFT, L="0040_ldas" 0040_DAXE: EDRIFT, L="0040_ldax" 0040_DMCSR: CSRDRIFT, L="0040_ldm", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 0040_DRCSR: CSRDRIFT, L="0040_ldr", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 0040_DRSCSR: CSRDRIFT, L="0040_ldrs", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 0040_DACSR: CSRDRIFT, L="0040_lda", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 0040_DASCSR: CSRDRIFT, L="0040_ldas", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 0040_DAXCSR: CSRDRIFT, L="0040_ldax", & CSR="0040_usecsr", DZ=0.01, USE_STUPAKOV=1 % 0.000 sto 0040_ks1 % 0.000 sto 0040_ks2 0040_S1: SOLE, L="0040_lsole", KS="0040_ks1" 0040_S2: SOLE, L="0040_lsole", KS="0040_ks2" !0040_S1: EDRIFT, L="0040_lsole" !0040_S2: EDRIFT, L="0040_lsole" % 2.92 sto 0040_ksext 0040_SE: KSEXT, L="0040_lsext", K2="0040_ksext" 0040_REFA: LINE=(0040_S1,0040_DRS,0040_QRA1,0040_DR,0040_QRA2,& 0040_DR,0040_QRA3,0040_DR,0040_QRA4,& 0040_DR,0040_QRA5,0040_DR,0040_QRA6,& 0040_DR,0040_QRA7,0040_DR,0040_QRA8) 0040_REFB: LINE=(0040_S2,0040_DRS,0040_QRB1,0040_DR,0040_QRB2,& 0040_DR,0040_QRB3,0040_DR,0040_QRB4,& 0040_DR,0040_QRB5,0040_DR,0040_QRB6,& 0040_DR,0040_QRB7,0040_DR,0040_QRB8) 0040_ARC: LINE=(0040_DAS,0040_BA,0040_DAS,0040_QA1,0040_DAS,0040_BA,0040_DAS,0040_QA2,& 0040_DAS,0040_BA,0040_DAX,0040_SE,0040_QA3,0040_DAS,0040_BA,0040_DAS,0040_QA4,& 0040_DAS,0040_BA,0040_DAS,0040_QA5,0040_DAS,0040_BA,0040_DAS,0040_QA6) 0040_MA: LINE=(0040_S1,0040_DM,0040_QMA1,0040_DM,0040_QMA2,0040_DM,0040_QMA3,0040_DM,0040_QMA4) 0040_MB: LINE=(0040_DM,0040_QMB1,0040_DM,0040_QMB2,0040_DM,0040_QMB3,0040_DM,0040_QMB4) LINE0040: LINE=(0040_REFA,0040_MA,0040_ARC,0040_MB,0040_REFB,0040_S2) 0040_REFAE: LINE=(0040_S1,0040_DRSE,0040_QRA1,0040_DRE,0040_QRA2,& 0040_DRE,0040_QRA3,0040_DRE,0040_QRA4,& 0040_DRE,0040_QRA5,0040_DRE,0040_QRA6,& 0040_DRE,0040_QRA7,0040_DRE,0040_QRA8) 0040_REFBE: LINE=(0040_S2,0040_DRSE,0040_QRB1,0040_DRE,0040_QRB2,& 0040_DRE,0040_QRB3,0040_DRE,0040_QRB4,& 0040_DRE,0040_QRB5,0040_DRE,0040_QRB6,& 0040_DRE,0040_QRB7,0040_DRE,0040_QRB8) 0040_ARCE: LINE=(0040_DASE,0040_BAE,0040_DASE,0040_QA1,0040_DASE,0040_BAE,0040_DASE,0040_QA2,& 0040_DASE,0040_BAE,0040_DAXE,0040_SE,0040_QA3,0040_DASE,0040_BAE,0040_DASE,0040_QA4,& 0040_DASE,0040_BAE,0040_DASE,0040_QA5,0040_DASE,0040_BAE,0040_DASE,0040_QA6) 0040_MAE: LINE=(0040_S1,0040_DME,0040_QMA1,0040_DME,0040_QMA2,0040_DME,0040_QMA3,0040_DME,0040_QMA4) 0040_MBE: LINE=(0040_DME,0040_QMB1,0040_DME,0040_QMB2,0040_DME,0040_QMB3,0040_DME,0040_QMB4) LINE0040E: LINE=(0040_REFAE,0040_MAE,0040_ARCE,0040_MBE,0040_REFBE,0040_S2) 0040_REFACSR: LINE=(0040_S1,0040_DRSCSR,0040_QRA1,0040_DRCSR,0040_QRA2,& 0040_DRCSR,0040_QRA3,0040_DRCSR,0040_QRA4,& 0040_DRCSR,0040_QRA5,0040_DRCSR,0040_QRA6,& 0040_DRCSR,0040_QRA7,0040_DRCSR,0040_QRA8) 0040_REFBCSR: LINE=(0040_S2,0040_DRSCSR,0040_QRB1,0040_DRCSR,0040_QRB2,& 0040_DRCSR,0040_QRB3,0040_DRCSR,0040_QRB4,& 0040_DRCSR,0040_QRB5,0040_DRCSR,0040_QRB6,& 0040_DRCSR,0040_QRB7,0040_DRCSR,0040_QRB8) 0040_ARCCSR: LINE=(0040_DASCSR,0040_BACSR,0040_DASCSR,0040_QA1,0040_DASCSR,0040_BACSR,0040_DASCSR,0040_QA2,& 0040_DASCSR,0040_BACSR,0040_DAXCSR,0040_SE,0040_QA3,0040_DASCSR,0040_BACSR,0040_DASCSR,0040_QA4,& 0040_DASCSR,0040_BACSR,0040_DASCSR,0040_QA5,0040_DASCSR,0040_BACSR,0040_DASCSR,0040_QA6) 0040_MACSR: LINE=(0040_S1,0040_DMCSR,0040_QMA1,0040_DMCSR,0040_QMA2,0040_DMCSR,0040_QMA3,0040_DMCSR,0040_QMA4) 0040_MBCSR: LINE=(0040_DMCSR,0040_QMB1,0040_DMCSR,0040_QMB2,0040_DMCSR,0040_QMB3,0040_DMCSR,0040_QMB4) LINE0040CSR: LINE=(0040_REFACSR,0040_MACSR,0040_ARCCSR,0040_MBCSR,0040_REFBCSR,0040_S2) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match electron spin rotator to BC1 RF ! % global_csr sto 0050_usecsr % 0.3 sto 0050_lquad % 0.1769420068 sto 0050_kqm1 % 0.8069573162 sto 0050_kqm2 %-0.7996783975 sto 0050_kqm3 % 0.7705556743 sto 0050_kqm4 %-0.5100178364 sto 0050_kqm5 % 0.3 sto 0050_ldm1 % 2.0 sto 0050_ldm2 % 2.5 sto 0050_ldm3 % 2.5 sto 0050_ldm4 % 2.5 sto 0050_ldm5 0050_Q1: QUAD, L="0050_lquad", K1="0050_kqm1" 0050_Q2: QUAD, L="0050_lquad", K1="0050_kqm2" 0050_Q3: QUAD, L="0050_lquad", K1="0050_kqm3" 0050_Q4: QUAD, L="0050_lquad", K1="0050_kqm4" 0050_Q5: QUAD, L="0050_lquad", K1="0050_kqm5" 0050_D01: DRIFT, L="0050_ldm1" 0050_D02: DRIFT, L="0050_ldm2" 0050_D03: DRIFT, L="0050_ldm3" 0050_D04: DRIFT, L="0050_ldm4" 0050_D05: DRIFT, L="0050_ldm5" 0050_D01E: EDRIFT, L="0050_ldm1" 0050_D02E: EDRIFT, L="0050_ldm2" 0050_D03E: EDRIFT, L="0050_ldm3" 0050_D04E: EDRIFT, L="0050_ldm4" 0050_D05E: EDRIFT, L="0050_ldm5" 0050_D01CSR: CSRDRIFT, L="0050_ldm1", & CSR="0050_usecsr", DZ=0.01, USE_STUPAKOV=1 0050_D02CSR: CSRDRIFT, L="0050_ldm2", & CSR="0050_usecsr", DZ=0.01, USE_STUPAKOV=1 0050_D03CSR: CSRDRIFT, L="0050_ldm3", & CSR="0050_usecsr", DZ=0.01, USE_STUPAKOV=1 0050_D04CSR: CSRDRIFT, L="0050_ldm4", & CSR="0050_usecsr", DZ=0.01, USE_STUPAKOV=1 0050_D05CSR: CSRDRIFT, L="0050_ldm5", & CSR="0050_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0050: LINE=(0050_D01,0050_Q1,0050_D02,0050_Q2,0050_D03,& 0050_Q3,0050_D04,0050_Q4,0050_D05,0050_Q5) LINE0050E: LINE=(0050_D01E,0050_Q1,0050_D02E,0050_Q2,0050_D03E,& 0050_Q3,0050_D04E,0050_Q4,0050_D05E,0050_Q5) LINE0050CSR: LINE=(0050_D01CSR,0050_Q1,0050_D02CSR,0050_Q2,0050_D03CSR,& 0050_Q3,0050_D04CSR,0050_Q4,0050_D05CSR,0050_Q5) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! BC1 RF ! !% global_csr sto 0060_usecsr % 0 sto 0060_usecsr % 0.3 sto 0060_lquad % 1.5 sto 0060_lcav % 2.0e9 sto 0060_cavfreq % 0.05 sto 0060_lcell ! no wakes % 13.14e6 0060_lcav * sto 0060_cavvolt ! with wakes !% 13.238e6 0060_lcav * sto 0060_cavvolt % 0.0 sto 0060_cavphase % 0.5085726542 sto 0060_kq1 % -0.5100178364 sto 0060_kq2 % 0.3 sto 0060_ld 0060_Q1: QUAD, L="0060_lquad", K1="0060_kq1" 0060_Q2: QUAD, L="0060_lquad", K1="0060_kq2" 0060_D: DRIFT, L="0060_ld" 0060_DE: EDRIFT, L="0060_ld" 0060_DCSR: CSRDRIFT, L="0060_ld", & CSR="0060_usecsr", DZ=0.01, USE_STUPAKOV=1 0060_CAV: RFCW, L="0060_lcav", FREQ="0060_cavfreq", CELL_LENGTH="0060_lcell",& VOLT="0060_cavvolt", PHASE="0060_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 !0060_CAV: RFCW, L="0060_lcav", FREQ="0060_cavfreq", CELL_LENGTH="0060_lcell",& ! VOLT="0060_cavvolt", PHASE="0060_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & ! WAKEFILE="wake_bc1.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy", INTERPOLATE=1 CELL0060: LINE=(0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D,& 0060_Q1,0060_D,& 0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D,& 0060_Q2,0060_D) LINE0060: LINE=(0060_D,2*CELL0060,& 0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D,0060_CAV,0060_D) CELL0060E: LINE=(0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE,& 0060_Q1,0060_DE,& 0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE,& 0060_Q2,0060_DE) LINE0060E: LINE=(0060_DE,2*CELL0060E,& 0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE,0060_CAV,0060_DE) CELL0060CSR: LINE=(0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,& 0060_Q1,0060_DCSR,& 0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,& 0060_Q2,0060_DCSR) LINE0060CSR: LINE=(0060_DCSR,2*CELL0060CSR,& 0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR,0060_CAV,0060_DCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match BC1 RF to BC1 chicane ! !% global_csr sto 0070_usecsr % 0 sto 0070_usecsr % 0.3 sto 0070_lquad % 0.4029958538 sto 0070_kqm1 % -0.2900593052 sto 0070_kqm2 % -0.2470997154 sto 0070_kqm3 % 0.253440969 sto 0070_kqm4 % 5.50 sto 0070_ldm1 % 5.00 sto 0070_ldm2 %10.50 sto 0070_ldm3 %10.00 sto 0070_ldm4 % 0.40 sto 0070_ldm5 0070_Q1: QUAD, L="0070_lquad", K1="0070_kqm1" 0070_Q2: QUAD, L="0070_lquad", K1="0070_kqm2" 0070_Q3: QUAD, L="0070_lquad", K1="0070_kqm3" 0070_Q4: QUAD, L="0070_lquad", K1="0070_kqm4" 0070_D01: DRIFT, L="0070_ldm1" 0070_D02: DRIFT, L="0070_ldm2" 0070_D03: DRIFT, L="0070_ldm3" 0070_D04: DRIFT, L="0070_ldm4" 0070_D05: DRIFT, L="0070_ldm5" 0070_D01E: EDRIFT, L="0070_ldm1" 0070_D02E: EDRIFT, L="0070_ldm2" 0070_D03E: EDRIFT, L="0070_ldm3" 0070_D04E: EDRIFT, L="0070_ldm4" 0070_D05E: EDRIFT, L="0070_ldm5" 0070_D01CSR: CSRDRIFT, L="0070_ldm1", & CSR="0070_usecsr", DZ=0.01, USE_STUPAKOV=1 0070_D02CSR: CSRDRIFT, L="0070_ldm2", & CSR="0070_usecsr", DZ=0.01, USE_STUPAKOV=1 0070_D03CSR: CSRDRIFT, L="0070_ldm3", & CSR="0070_usecsr", DZ=0.01, USE_STUPAKOV=1 0070_D04CSR: CSRDRIFT, L="0070_ldm4", & CSR="0070_usecsr", DZ=0.01, USE_STUPAKOV=1 0070_D05CSR: CSRDRIFT, L="0070_ldm5", & CSR="0070_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0070: LINE=(0070_D01,0070_Q1,0070_D02,0070_Q2,0070_D03,& 0070_Q3,0070_D04,0070_Q4,0070_D05) LINE0070E: LINE=(0070_D01E,0070_Q1,0070_D02E,0070_Q2,0070_D03E,& 0070_Q3,0070_D04E,0070_Q4,0070_D05E) LINE0070CSR: LINE=(0070_D01CSR,0070_Q1,0070_D02CSR,0070_Q2,0070_D03CSR,& 0070_Q3,0070_D04CSR,0070_Q4,0070_D05CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! BC1 chicane ! % global_csr sto 0080_usecsr % global_isr sto 0080_useisr % global_isr sto 0080_usesyn % 1 atan 4 * sto Pi % 4.418 180 / Pi * sto 0080_theta % 1.5 sto 0080_lbend % 0080_lbend 0080_theta sin / sto 0080_r0 % 0080_theta 0080_r0 * sto 0080_larc 0080_B1 : SBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = 0.0, E2 = "0080_theta" 0080_B2 : SBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = "0080_theta -1 *", E2 = 0.0 0080_B3 : SBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = 0.0, E2 = "0080_theta -1 *" 0080_B4 : SBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = "0080_theta", E2 = 0.0 0080_B1E : CSBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = 0.0, E2 = "0080_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0080_usesyn", ISR = "0080_useisr", USE_RAD_DIST = "0080_usesyn" 0080_B2E : CSBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = "0080_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0080_usesyn", ISR = "0080_useisr", USE_RAD_DIST = "0080_usesyn" 0080_B3E : CSBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = 0.0, E2 = "0080_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0080_usesyn", ISR = "0080_useisr", USE_RAD_DIST = "0080_usesyn" 0080_B4E : CSBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = "0080_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0080_usesyn", ISR = "0080_useisr", USE_RAD_DIST = "0080_usesyn" 0080_B1CSR : CSRCSBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = 0.0, E2 = "0080_theta", & INTEGRATION_ORDER = 4, & CSR = "0080_usecsr", ISR = "0080_useisr", SYNCH_RAD = "0080_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0080_B2CSR : CSRCSBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = "0080_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0080_usecsr", ISR = "0080_useisr", SYNCH_RAD = "0080_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0080_B3CSR : CSRCSBEND, L = "0080_larc", ANGLE = "0080_theta -1 *", & E1 = 0.0, E2 = "0080_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "0080_usecsr", ISR = "0080_useisr", SYNCH_RAD = "0080_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0080_B4CSR : CSRCSBEND, L = "0080_larc", ANGLE = "0080_theta", & E1 = "0080_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0080_usecsr", ISR = "0080_useisr", SYNCH_RAD = "0080_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 ! % 11.5 0080_theta cos / sto 0080_l12 % 1.0 sto 0080_l23 % 11.5 0080_theta cos / sto 0080_l34 0080_D12: DRIFT, L="0080_l12" 0080_D23: DRIFT, L="0080_l23" 0080_D34: DRIFT, L="0080_l34" 0080_D12E: EDRIFT, L="0080_l12" 0080_D23E: EDRIFT, L="0080_l23" 0080_D34E: EDRIFT, L="0080_l34" 0080_D12CSR: CSRDRIFT, L="0080_l12", & CSR="0080_usecsr", DZ=0.01, USE_STUPAKOV=1 0080_D23CSR: CSRDRIFT, L="0080_l23", & CSR="0080_usecsr", DZ=0.01, USE_STUPAKOV=1 0080_D34CSR: CSRDRIFT, L="0080_l34", & CSR="0080_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0080: LINE = (0080_B1, 0080_D12, 0080_B2, 0080_D23,& 0080_B3, 0080_D34, 0080_B4) LINE0080E: LINE = (0080_B1E, 0080_D12E, 0080_B2E, 0080_D23E,& 0080_B3E, 0080_D34E, 0080_B4E) LINE0080CSR: LINE = (0080_B1CSR, 0080_D12CSR, 0080_B2CSR, 0080_D23CSR,& 0080_B3CSR, 0080_D34CSR, 0080_B4CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match BC1 to diagnostics section 2 ! % global_csr sto 0090_usecsr % 0.3 sto 0090_lquad % -0.4115010728 sto 0090_kqm1 % 0.4077858963 sto 0090_kqm2 % -0.002532875875 sto 0090_kqm3 % -0.4759013777 sto 0090_kqm4 % 0.676808031 sto 0090_kqm5 % 0.5 sto 0090_ldm1 % 5.0 sto 0090_ldm2 % 3.1 sto 0090_ldm3 % 4.2 sto 0090_ldm4 % 0.5 sto 0090_ldm5 0090_Q1: QUAD, L="0090_lquad", K1="0090_kqm1" 0090_Q2: QUAD, L="0090_lquad", K1="0090_kqm2" 0090_Q3: QUAD, L="0090_lquad", K1="0090_kqm3" 0090_Q4: QUAD, L="0090_lquad", K1="0090_kqm4" 0090_Q5: QUAD, L="0090_lquad", K1="0090_kqm5" 0090_D01: DRIFT, L="0090_ldm1" 0090_D02: DRIFT, L="0090_ldm2" 0090_D03: DRIFT, L="0090_ldm3" 0090_D04: DRIFT, L="0090_ldm4" 0090_D05: DRIFT, L="0090_ldm5" 0090_D01E: EDRIFT, L="0090_ldm1" 0090_D02E: EDRIFT, L="0090_ldm2" 0090_D03E: EDRIFT, L="0090_ldm3" 0090_D04E: EDRIFT, L="0090_ldm4" 0090_D05E: EDRIFT, L="0090_ldm5" 0090_D01CSR: CSRDRIFT, L="0090_ldm1", & CSR="0090_usecsr", DZ=0.01, USE_STUPAKOV=1 0090_D02CSR: CSRDRIFT, L="0090_ldm2", & CSR="0090_usecsr", DZ=0.01, USE_STUPAKOV=1 0090_D03CSR: CSRDRIFT, L="0090_ldm3", & CSR="0090_usecsr", DZ=0.01, USE_STUPAKOV=1 0090_D04CSR: CSRDRIFT, L="0090_ldm4", & CSR="0090_usecsr", DZ=0.01, USE_STUPAKOV=1 0090_D05CSR: CSRDRIFT, L="0090_ldm5", & CSR="0090_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0090: LINE=(0090_D01,0090_Q1,0090_D02,0090_Q2,0090_D03,& 0090_Q3,0090_D04,0090_Q4,0090_D05,0090_Q5) LINE0090E: LINE=(0090_D01E,0090_Q1,0090_D02E,0090_Q2,0090_D03E,& 0090_Q3,0090_D04E,0090_Q4,0090_D05E,0090_Q5) LINE0090CSR: LINE=(0090_D01CSR,0090_Q1,0090_D02CSR,0090_Q2,0090_D03CSR,& 0090_Q3,0090_D04CSR,0090_Q4,0090_D05CSR,0090_Q5) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Diagnostics section 2 ! % global_csr sto 0100_usecsr % 0.3 sto 0100_lquad % 0.676808031 sto 0100_kqm1 % -0.8234632887 sto 0100_kqm2 % 3.0 sto 0100_ld 0100_Q1: QUAD, L="0100_lquad", K1="0100_kqm1" 0100_Q2: QUAD, L="0100_lquad", K1="0100_kqm2" 0100_D: DRIFT, L="0100_ld" 0100_DE: EDRIFT, L="0100_ld" 0100_DCSR: CSRDRIFT, L="0100_ld", & CSR="0100_usecsr", DZ=0.01, USE_STUPAKOV=1 CELL0100: LINE=(0100_D,0100_Q2,0100_D,0100_Q1) LINE0100: LINE=(14*CELL0100,0100_D,0100_Q2,0100_D) CELL0100E: LINE=(0100_DE,0100_Q2,0100_DE,0100_Q1) LINE0100E: LINE=(14*CELL0100,0100_DE,0100_Q2,0100_DE) CELL0100CSR: LINE=(0100_DCSR,0100_Q2,0100_DCSR,0100_Q1) LINE0100CSR: LINE=(14*CELL0100,0100_DCSR,0100_Q2,0100_DCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Comissioning dump and match diagnostics section to booster linac ! % global_csr sto 0110_usecsr % 0.3 sto 0110_lquad % 0.6768080310 sto 0110_kqm1 % -0.7041803427 sto 0110_kqm2 % 0.603093147 sto 0110_kqm3 % -0.1244938245 sto 0110_kqm4 % -0.511172383 sto 0110_kqm5 % 1.45 sto 0110_ldm1 % 2.70 sto 0110_ldm2 % 4.05 sto 0110_ldm3 % 1.35 sto 0110_ldm4 0110_Q1: QUAD, L="0110_lquad", K1="0110_kqm1" 0110_Q2: QUAD, L="0110_lquad", K1="0110_kqm2" 0110_Q3: QUAD, L="0110_lquad", K1="0110_kqm3" 0110_Q4: QUAD, L="0110_lquad", K1="0110_kqm4" 0110_Q5: QUAD, L="0110_lquad", K1="0110_kqm5" 0110_D01: DRIFT, L="0110_ldm1" 0110_D02: DRIFT, L="0110_ldm2" 0110_D03: DRIFT, L="0110_ldm3" 0110_D04: DRIFT, L="0110_ldm4" 0110_D01E: EDRIFT, L="0110_ldm1" 0110_D02E: EDRIFT, L="0110_ldm2" 0110_D03E: EDRIFT, L="0110_ldm3" 0110_D04E: EDRIFT, L="0110_ldm4" 0110_D01CSR: CSRDRIFT, L="0110_ldm1", & CSR="0110_usecsr", DZ=0.01, USE_STUPAKOV=1 0110_D02CSR: CSRDRIFT, L="0110_ldm2", & CSR="0110_usecsr", DZ=0.01, USE_STUPAKOV=1 0110_D03CSR: CSRDRIFT, L="0110_ldm3", & CSR="0110_usecsr", DZ=0.01, USE_STUPAKOV=1 0110_D04CSR: CSRDRIFT, L="0110_ldm4", & CSR="0110_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0110: LINE=(0110_Q1,0110_D01,0110_Q2,0110_D02,& 0110_Q3,0110_D03,0110_Q4,0110_D04,0110_Q5) LINE0110E: LINE=(0110_Q1,0110_D01E,0110_Q2,0110_D02E,0110_Q3,0110_D03E,& 0110_Q4,0110_D04E,0110_Q5) LINE0110CSR: LINE=(0110_Q1,0110_D01CSR,0110_Q2,0110_D02CSR,0110_Q3,0110_D03CSR,& 0110_Q4,0110_D04CSR,0110_Q5) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Booster linac ! !% global_csr sto 0120_usecsr % 0 sto 0120_usecsr % 0.3 sto 0120_lquad % 1.5 sto 0120_lcav % 2.0e9 sto 0120_cavfreq % 0.05 sto 0120_lcell ! no wakes % 14.832e6 0120_lcav * sto 0120_cavvolt ! with wakes !% 14.865e6 0120_lcav * sto 0120_cavvolt ! with wakes and correction of losses in BC2 RF !% 14.881e6 0120_lcav * sto 0120_cavvolt % 90.0 0.0 + sto 0120_cavphase % 0.5085726542 sto 0120_kq1 % -0.5100178364 sto 0120_kq2 % 0.3 sto 0120_ld 0120_Q1: QUAD, L="0120_lquad", K1="0120_kq1" 0120_Q2: QUAD, L="0120_lquad", K1="0120_kq2" 0120_D: DRIFT, L="0120_ld" 0120_DE: EDRIFT, L="0120_ld" 0120_DCSR: CSRDRIFT, L="0120_ld", & CSR="0120_usecsr", DZ=0.01, USE_STUPAKOV=1 0120_CAV: RFCW, L="0120_lcav", FREQ="0120_cavfreq", CELL_LENGTH="0120_lcell",& VOLT="0120_cavvolt", PHASE="0120_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 !0120_CAV: RFCW, L="0120_lcav", FREQ="0120_cavfreq", CELL_LENGTH="0120_lcell",& ! VOLT="0120_cavvolt", PHASE="0120_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & ! WAKEFILE="wake_booster.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy", INTERPOLATE=1 CELL0120: LINE=(0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D,& 0120_Q1,0120_D,& 0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D,& 0120_Q2,0120_D) LINE0120: LINE=(0120_D,34*CELL0120,& 0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D,0120_CAV,0120_D) CELL0120E: LINE=(0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE,& 0120_Q1,0120_DE,& 0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE,& 0120_Q2,0120_DE) LINE0120E: LINE=(0120_DE,34*CELL0120E,& 0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE,0120_CAV,0120_DE) CELL0120CSR: LINE=(0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,& 0120_Q1,0120_DCSR,& 0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,& 0120_Q2,0120_DCSR) LINE0120CSR: LINE=(0120_DCSR,34*CELL0120CSR,& 0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR,0120_CAV,0120_DCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Comissioning dump and match booster linac to central arc ! !% global_csr sto 0130_usecsr % 0 sto 0130_usecsr % 0.3 sto 0130_lquad % 0.4218379525 sto 0130_kqm1 % 0.1281436211 sto 0130_kqm2 % -0.673853586 sto 0130_kqm3 % 0.8274547417 sto 0130_kqm4 % 2.25 sto 0130_ldm1 % 3.40 sto 0130_ldm2 % 1.90 sto 0130_ldm3 % 8.00 sto 0130_ldm4 0130_Q1: QUAD, L="0130_lquad", K1="0130_kqm1" 0130_Q2: QUAD, L="0130_lquad", K1="0130_kqm2" 0130_Q3: QUAD, L="0130_lquad", K1="0130_kqm3" 0130_Q4: QUAD, L="0130_lquad", K1="0130_kqm4" 0130_D01: DRIFT, L="0130_ldm1" 0130_D02: DRIFT, L="0130_ldm2" 0130_D03: DRIFT, L="0130_ldm3" 0130_D04: DRIFT, L="0130_ldm4" 0130_D01E: EDRIFT, L="0130_ldm1" 0130_D02E: EDRIFT, L="0130_ldm2" 0130_D03E: EDRIFT, L="0130_ldm3" 0130_D04E: EDRIFT, L="0130_ldm4" 0130_D01CSR: CSRDRIFT, L="0130_ldm1", & CSR="0130_usecsr", DZ=0.01, USE_STUPAKOV=1 0130_D02CSR: CSRDRIFT, L="0130_ldm2", & CSR="0130_usecsr", DZ=0.01, USE_STUPAKOV=1 0130_D03CSR: CSRDRIFT, L="0130_ldm3", & CSR="0130_usecsr", DZ=0.01, USE_STUPAKOV=1 0130_D04CSR: CSRDRIFT, L="0130_ldm4", & CSR="0130_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0130: LINE=(0130_D01,0130_Q1,0130_D02,0130_Q2,0130_D03,& 0130_Q3,0130_D04,0130_Q4) LINE0130E: LINE=(0130_D01E,0130_Q1,0130_D02E,0130_Q2,0130_D03E,& 0130_Q3,0130_D04E,0130_Q4) LINE0130CSR: LINE=(0130_D01CSR,0130_Q1,0130_D02CSR,0130_Q2,0130_D03CSR,& 0130_Q3,0130_D04CSR,0130_Q4) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Central 180deg arc for electrons ! contains also the first arc of the horizontal dog-leg which is required to ! compensate the horizontal offset with respect to the main tunnnel axis ! % global_csr sto 0140_usecsr % global_isr sto 0140_useisr % global_isr sto 0140_usesyn % 1 atan 4 * sto Pi ! general parameters of 180deg arc % 2.0 sto 0140_lbend % 0.3 sto 0140_lquad % 0.2 sto 0140_lsext ! dipoles % -1.2 180 / Pi * sto 0140_phia % 0140_lbend 2 / 0140_phia 2 / sin / sto 0140_r0a % 0140_phia 0140_r0a * sto 0140_larca % -1.2 180 / Pi * sto 0140_phib % 0140_lbend 2 / 0140_phib 2 / sin / sto 0140_r0b % 0140_phib 0140_r0b * sto 0140_larcb 0140_BA : SBEND, L="0140_larca", ANGLE="0140_phia 1.0 *",& E1 = "0140_phia 2.0 /", E2 = "0140_phia 2.0 /" 0140_BAE : CSBEND, L="0140_larca", ANGLE="0140_phia 1.0 *",& E1 = "0140_phia 2.0 /", E2 = "0140_phia 2.0 /",& INTEGRATION_ORDER = 4,ISR="0140_useisr",SYNCH_RAD="0140_usesyn",& USE_RAD_DIST="0140_usesyn" 0140_BACSR : CSRCSBEND, L = "0140_larca", ANGLE = "0140_phia 1.0 *",& E1 = "0140_phia 2.0 /", E2 = "0140_phia 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0140_usecsr", ISR = "0140_useisr",SYNCH_RAD="0140_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0140_BB : SBEND, L="0140_larcb", ANGLE="0140_phib 1.0 *",& E1 = "0140_phib 2.0 /", E2 = "0140_phib 2.0 /" 0140_BBE : CSBEND, L="0140_larcb", ANGLE="0140_phib 1.0 *",& E1 = "0140_phib 2.0 /", E2 = "0140_phib 2.0 /",& INTEGRATION_ORDER = 4,ISR="0140_useisr",SYNCH_RAD="0140_usesyn",& USE_RAD_DIST="0140_usesyn" 0140_BBCSR : CSRCSBEND, L = "0140_larcb", ANGLE = "0140_phib 1.0 *",& E1 = "0140_phib 2.0 /", E2 = "0140_phib 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0140_usecsr", ISR = "0140_useisr",SYNCH_RAD="0140_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 ! quadrupoles % 1.291951194 sto 0140_kq1 %-1.212050561 sto 0140_kq2 % 1.733959844 sto 0140_kq3 %-0.3453705052 sto 0140_kq4 % 0140_kq4 sto 0140_kq5 % 0140_kq3 sto 0140_kq6 % 0140_kq2 sto 0140_kq7 % 0140_kq1 sto 0140_kq8 0140_Q1: QUAD, L="0140_lquad", K1="0140_kq1" 0140_Q2: QUAD, L="0140_lquad", K1="0140_kq2" 0140_Q3: QUAD, L="0140_lquad", K1="0140_kq3" 0140_Q4: QUAD, L="0140_lquad", K1="0140_kq4" 0140_Q5: QUAD, L="0140_lquad", K1="0140_kq5" 0140_Q6: QUAD, L="0140_lquad", K1="0140_kq6" 0140_Q7: QUAD, L="0140_lquad", K1="0140_kq7" 0140_Q8: QUAD, L="0140_lquad", K1="0140_kq8" ! drifts % 1.15 sto 0140_ld01 % 2.99 sto 0140_ld02 % 1.57 sto 0140_ld03 % 1.94 sto 0140_ld04 % 1.94 sto 0140_ld05 % 0.30 sto 0140_ld06 % 0140_ld05 sto 0140_ld07 % 0140_ld04 sto 0140_ld08 % 0140_ld03 sto 0140_ld09 % 0140_ld02 sto 0140_ld10 % 0140_ld01 sto 0140_ld11 % 0140_ld03 0.3 - sto 0140_ld03a % 0.10 sto 0140_ld03b % 0140_ld03b sto 0140_ld09a % 0140_ld03a sto 0140_ld09b % 0140_ld02 0.3 - sto 0140_ld02a % 0.10 sto 0140_ld02b % 0140_ld02b sto 0140_ld10a % 0140_ld02a sto 0140_ld10b 0140_D01: DRIFT, L="0140_ld01" 0140_D02: DRIFT, L="0140_ld02" 0140_D02A: DRIFT, L="0140_ld02a" 0140_D02B: DRIFT, L="0140_ld02b" 0140_D03: DRIFT, L="0140_ld03" 0140_D03A: DRIFT, L="0140_ld03a" 0140_D03B: DRIFT, L="0140_ld03b" 0140_D04: DRIFT, L="0140_ld04" 0140_D05: DRIFT, L="0140_ld05" 0140_D06: DRIFT, L="0140_ld06" 0140_D07: DRIFT, L="0140_ld07" 0140_D08: DRIFT, L="0140_ld08" 0140_D09A: DRIFT, L="0140_ld09a" 0140_D09B: DRIFT, L="0140_ld09b" 0140_D10: DRIFT, L="0140_ld10" 0140_D10A: DRIFT, L="0140_ld10a" 0140_D10B: DRIFT, L="0140_ld10b" 0140_D11: DRIFT, L="0140_ld11" 0140_D01E: EDRIFT, L="0140_ld01" 0140_D02E: EDRIFT, L="0140_ld02" 0140_D02AE: EDRIFT, L="0140_ld02a" 0140_D02BE: EDRIFT, L="0140_ld02b" 0140_D03E: EDRIFT, L="0140_ld03" 0140_D03AE: EDRIFT, L="0140_ld03a" 0140_D03BE: EDRIFT, L="0140_ld03b" 0140_D04E: EDRIFT, L="0140_ld04" 0140_D05E: EDRIFT, L="0140_ld05" 0140_D06E: EDRIFT, L="0140_ld06" 0140_D07E: EDRIFT, L="0140_ld07" 0140_D08E: EDRIFT, L="0140_ld08" 0140_D09AE: EDRIFT, L="0140_ld09a" 0140_D09BE: EDRIFT, L="0140_ld09b" 0140_D10E: EDRIFT, L="0140_ld10" 0140_D10AE: EDRIFT, L="0140_ld10a" 0140_D10BE: EDRIFT, L="0140_ld10b" 0140_D11E: EDRIFT, L="0140_ld11" 0140_D01CSR: CSRDRIFT, L="0140_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0140_D02CSR: CSRDRIFT, L="0140_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0140_D02ACSR: CSRDRIFT, L="0140_ld02a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D02BCSR: CSRDRIFT, L="0140_ld02b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D03CSR: CSRDRIFT, L="0140_ld03", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D03ACSR: CSRDRIFT, L="0140_ld03a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D03BCSR: CSRDRIFT, L="0140_ld03b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D04CSR: CSRDRIFT, L="0140_ld04", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D05CSR: CSRDRIFT, L="0140_ld05", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D06CSR: CSRDRIFT, L="0140_ld06", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D07CSR: CSRDRIFT, L="0140_ld07", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D08CSR: CSRDRIFT, L="0140_ld08", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D09ACSR: CSRDRIFT, L="0140_ld09a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D09BCSR: CSRDRIFT, L="0140_ld09b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D10CSR: CSRDRIFT, L="0140_ld10", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D10ACSR: CSRDRIFT, L="0140_ld10a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D10BCSR: CSRDRIFT, L="0140_ld10b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_D11CSR: CSRDRIFT, L="0140_ld11", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % -28.81111869 sto 0140_ks1 % -28.61111867 sto 0140_ks2 % 39.72965294 sto 0140_ks3 % 36.72965291 sto 0140_ks4 0140_SL1: KSEXT, L="0140_lsext", K2="0140_ks1" 0140_SL2: KSEXT, L="0140_lsext", K2="0140_ks2" 0140_SL3: KSEXT, L="0140_lsext", K2="0140_ks3" 0140_SL4: KSEXT, L="0140_lsext", K2="0140_ks4" ! arc definition 0140_ARCT: LINE=(0140_D01,0140_BA,0140_D02A,0140_SL3,0140_D02B,0140_Q2,0140_D03A,0140_SL1,0140_D03B,0140_Q3,0140_D04,0140_Q4,0140_D05,& 0140_BB,0140_D06,0140_BB,0140_D06,0140_BB,& 0140_D07,0140_Q5,0140_D08,0140_Q6,0140_D09A,0140_SL2,0140_D09B,0140_Q7,0140_D10A,0140_SL4,0140_D10B,0140_BA,0140_D11) 0140_ARCL1: LINE=(0140_ARCT,0140_Q8) 0140_ARCLS: LINE=(0140_ARCT,0140_Q8) 0140_ARCLEND: LINE=(0140_ARCT) 0140_ARCTE: LINE=(0140_D01E,0140_BAE,0140_D02AE,0140_SL3,0140_D02BE,0140_Q2,0140_D03AE,0140_SL1,0140_D03BE,0140_Q3,0140_D04E,0140_Q4,0140_D05E,& 0140_BBE,0140_D06E,0140_BBE,0140_D06E,0140_BBE,& 0140_D07E,0140_Q5,0140_D08E,0140_Q6,0140_D09AE,0140_SL2,0140_D09BE,0140_Q7,0140_D10AE,0140_SL4,0140_D10BE,0140_BAE,0140_D11E) 0140_ARCL1E: LINE=(0140_ARCTE,0140_Q8) 0140_ARCLSE: LINE=(0140_ARCTE,0140_Q8) 0140_ARCLENDE: LINE=(0140_ARCTE) 0140_ARCTCSR: LINE=(0140_D01CSR,0140_BACSR,0140_D02ACSR,0140_SL3,0140_D02BCSR,0140_Q2,0140_D03ACSR,0140_SL1,0140_D03BCSR,0140_Q3,0140_D04CSR,0140_Q4,0140_D05CSR,& 0140_BBCSR,0140_D06CSR,0140_BBCSR,0140_D06CSR,0140_BBCSR,& 0140_D07CSR,0140_Q5,0140_D08CSR,0140_Q6,0140_D09ACSR,0140_SL2,0140_D09BCSR,0140_Q7,0140_D10ACSR,0140_SL4,0140_D10BCSR,0140_BACSR,0140_D11CSR) 0140_ARCL1CSR: LINE=(0140_ARCTCSR,0140_Q8) 0140_ARCLSCSR: LINE=(0140_ARCTCSR,0140_Q8) 0140_ARCLENDCSR: LINE=(0140_ARCTCSR) ! last arc % 2.0 sto 0140_ha_lbend % 0.3 sto 0140_ha_lquad % 0.2 sto 0140_ha_lsext ! dipoles % -1.2 180 / Pi * sto 0140_ha_phia % 0140_ha_lbend 2 / 0140_ha_phia 2 / sin / sto 0140_ha_r0a % 0140_ha_phia 0140_ha_r0a * sto 0140_ha_larca % -1.2 180 / Pi * sto 0140_ha_phib % 0140_ha_lbend 2 / 0140_ha_phib 2 / sin / sto 0140_ha_r0b % 0140_ha_phib 0140_ha_r0b * sto 0140_ha_larcb 0140_HA_BA : SBEND, L="0140_ha_larca", ANGLE="0140_ha_phia 1.0 *",& E1 = "0140_ha_phia 2.0 /", E2 = "0140_ha_phia 2.0 /" 0140_HA_BAE : CSBEND, L="0140_ha_larca", ANGLE="0140_ha_phia 1.0 *",& E1 = "0140_ha_phia 2.0 /", E2 = "0140_ha_phia 2.0 /",& INTEGRATION_ORDER = 4,ISR="0140_useisr",SYNCH_RAD="0140_usesyn",& USE_RAD_DIST="0140_usesyn" 0140_HA_BACSR : CSRCSBEND, L = "0140_ha_larca", ANGLE = "0140_ha_phia 1.0 *",& E1 = "0140_ha_phia 2.0 /", E2 = "0140_ha_phia 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0140_usecsr", ISR = "0140_useisr",SYNCH_RAD="0140_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0140_HA_BB : SBEND, L="0140_ha_larcb", ANGLE="0140_ha_phib 1.0 *",& E1 = "0140_ha_phib 2.0 /", E2 = "0140_ha_phib 2.0 /" 0140_HA_BBE : CSBEND, L="0140_ha_larcb", ANGLE="0140_ha_phib 1.0 *",& E1 = "0140_ha_phib 2.0 /", E2 = "0140_ha_phib 2.0 /",& INTEGRATION_ORDER = 4,ISR="0140_useisr",SYNCH_RAD="0140_usesyn",& USE_RAD_DIST="0140_usesyn" 0140_HA_BBCSR : CSRCSBEND, L = "0140_ha_larcb", ANGLE = "0140_ha_phib 1.0 *",& E1 = "0140_ha_phib 2.0 /", E2 = "0140_ha_phib 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0140_usecsr", ISR = "0140_useisr",SYNCH_RAD="0140_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 ! quadrupoles % 1.291951194 sto 0140_ha_kq1 %-1.212050561 sto 0140_ha_kq2 % 1.733959844 sto 0140_ha_kq3 %-0.3453705052 sto 0140_ha_kq4 % 0140_ha_kq4 sto 0140_ha_kq5 % 0140_ha_kq3 sto 0140_ha_kq6 % 0140_ha_kq2 sto 0140_ha_kq7 % 0140_ha_kq1 sto 0140_ha_kq8 0140_HA_Q1: QUAD, L="0140_ha_lquad", K1="0140_ha_kq1" 0140_HA_Q2: QUAD, L="0140_ha_lquad", K1="0140_ha_kq2" 0140_HA_Q3: QUAD, L="0140_ha_lquad", K1="0140_ha_kq3" 0140_HA_Q4: QUAD, L="0140_ha_lquad", K1="0140_ha_kq4" 0140_HA_Q5: QUAD, L="0140_ha_lquad", K1="0140_ha_kq5" 0140_HA_Q6: QUAD, L="0140_ha_lquad", K1="0140_ha_kq6" 0140_HA_Q7: QUAD, L="0140_ha_lquad", K1="0140_ha_kq7" 0140_HA_Q8: QUAD, L="0140_ha_lquad", K1="0140_ha_kq8" ! drifts % 1.15 sto 0140_ha_ld01 % 2.99 sto 0140_ha_ld02 % 1.57 sto 0140_ha_ld03 % 1.94 sto 0140_ha_ld04 % 1.94 sto 0140_ha_ld05 % 0.30 sto 0140_ha_ld06 % 0140_ha_ld05 sto 0140_ha_ld07 % 0140_ha_ld04 sto 0140_ha_ld08 % 0140_ha_ld03 sto 0140_ha_ld09 % 0140_ha_ld02 sto 0140_ha_ld10 % 0140_ha_ld01 sto 0140_ha_ld11 % 0140_ha_ld03 0.3 - sto 0140_ha_ld03a % 0.10 sto 0140_ha_ld03b % 0140_ha_ld03b sto 0140_ha_ld09a % 0140_ha_ld03a sto 0140_ha_ld09b % 0140_ha_ld02 0.3 - sto 0140_ha_ld02a % 0.10 sto 0140_ha_ld02b % 0140_ha_ld02b sto 0140_ha_ld10a % 0140_ha_ld02a sto 0140_ha_ld10b 0140_HA_D01: DRIFT, L="0140_ha_ld01" 0140_HA_D02: DRIFT, L="0140_ha_ld02" 0140_HA_D02A: DRIFT, L="0140_ha_ld02a" 0140_HA_D02B: DRIFT, L="0140_ha_ld02b" 0140_HA_D03: DRIFT, L="0140_ha_ld03" 0140_HA_D03A: DRIFT, L="0140_ha_ld03a" 0140_HA_D03B: DRIFT, L="0140_ha_ld03b" 0140_HA_D04: DRIFT, L="0140_ha_ld04" 0140_HA_D05: DRIFT, L="0140_ha_ld05" 0140_HA_D06: DRIFT, L="0140_ha_ld06" 0140_HA_D07: DRIFT, L="0140_ha_ld07" 0140_HA_D08: DRIFT, L="0140_ha_ld08" 0140_HA_D09A: DRIFT, L="0140_ha_ld09a" 0140_HA_D09B: DRIFT, L="0140_ha_ld09b" 0140_HA_D10: DRIFT, L="0140_ha_ld10" 0140_HA_D10A: DRIFT, L="0140_ha_ld10a" 0140_HA_D10B: DRIFT, L="0140_ha_ld10b" 0140_HA_D11: DRIFT, L="0140_ha_ld11" 0140_HA_D01E: EDRIFT, L="0140_ha_ld01" 0140_HA_D02E: EDRIFT, L="0140_ha_ld02" 0140_HA_D02AE: EDRIFT, L="0140_ha_ld02a" 0140_HA_D02BE: EDRIFT, L="0140_ha_ld02b" 0140_HA_D03E: EDRIFT, L="0140_ha_ld03" 0140_HA_D03AE: EDRIFT, L="0140_ha_ld03a" 0140_HA_D03BE: EDRIFT, L="0140_ha_ld03b" 0140_HA_D04E: EDRIFT, L="0140_ha_ld04" 0140_HA_D05E: EDRIFT, L="0140_ha_ld05" 0140_HA_D06E: EDRIFT, L="0140_ha_ld06" 0140_HA_D07E: EDRIFT, L="0140_ha_ld07" 0140_HA_D08E: EDRIFT, L="0140_ha_ld08" 0140_HA_D09AE: EDRIFT, L="0140_ha_ld09a" 0140_HA_D09BE: EDRIFT, L="0140_ha_ld09b" 0140_HA_D10E: EDRIFT, L="0140_ha_ld10" 0140_HA_D10AE: EDRIFT, L="0140_ha_ld10a" 0140_HA_D10BE: EDRIFT, L="0140_ha_ld10b" 0140_HA_D11E: EDRIFT, L="0140_ha_ld11" 0140_HA_D01CSR: CSRDRIFT, L="0140_ha_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0140_HA_D02CSR: CSRDRIFT, L="0140_ha_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0140_HA_D02ACSR: CSRDRIFT, L="0140_ha_ld02a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D02BCSR: CSRDRIFT, L="0140_ha_ld02b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D03CSR: CSRDRIFT, L="0140_ha_ld03", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D03ACSR: CSRDRIFT, L="0140_ha_ld03a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D03BCSR: CSRDRIFT, L="0140_ha_ld03b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D04CSR: CSRDRIFT, L="0140_ha_ld04", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D05CSR: CSRDRIFT, L="0140_ha_ld05", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D06CSR: CSRDRIFT, L="0140_ha_ld06", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D07CSR: CSRDRIFT, L="0140_ha_ld07", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D08CSR: CSRDRIFT, L="0140_ha_ld08", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D09ACSR: CSRDRIFT, L="0140_ha_ld09a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D09BCSR: CSRDRIFT, L="0140_ha_ld09b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D10CSR: CSRDRIFT, L="0140_ha_ld10", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D10ACSR: CSRDRIFT, L="0140_ha_ld10a", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D10BCSR: CSRDRIFT, L="0140_ha_ld10b", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 0140_HA_D11CSR: CSRDRIFT, L="0140_ha_ld11", & CSR="0140_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % -33.2 sto 0140_ha_ks1 % -33.0 sto 0140_ha_ks2 % 43.6 sto 0140_ha_ks3 % 40.6 sto 0140_ha_ks4 0140_HA_SL1: KSEXT, L="0140_lsext", K2="0140_ha_ks1" 0140_HA_SL2: KSEXT, L="0140_lsext", K2="0140_ha_ks2" 0140_HA_SL3: KSEXT, L="0140_lsext", K2="0140_ha_ks3" 0140_HA_SL4: KSEXT, L="0140_lsext", K2="0140_ha_ks4" ! arc definition 0140_HA_ARC: LINE=(0140_HA_Q1,0140_HA_D01,0140_HA_BA,0140_HA_D02A,0140_HA_SL3,0140_HA_D02B,0140_HA_Q2,0140_HA_D03A,0140_HA_SL1,0140_HA_D03B,0140_HA_Q3,0140_HA_D04,0140_HA_Q4,0140_HA_D05,& 0140_HA_BB,0140_HA_D06,0140_HA_BB,0140_HA_D06,0140_HA_BB,& 0140_HA_D07,0140_HA_Q5,0140_HA_D08,0140_HA_Q6,0140_HA_D09A,0140_HA_SL2,0140_HA_D09B,0140_HA_Q7,0140_HA_D10A,0140_HA_SL4,0140_HA_D10B,0140_HA_BA,0140_HA_D11) 0140_HA_ARCE: LINE=(0140_HA_Q1,0140_HA_D01E,0140_HA_BAE,0140_HA_D02AE,0140_HA_SL3,0140_HA_D02BE,0140_HA_Q2,0140_HA_D03AE,0140_HA_SL1,0140_HA_D03BE,0140_HA_Q3,0140_HA_D04E,0140_HA_Q4,0140_HA_D05E,& 0140_HA_BBE,0140_HA_D06E,0140_HA_BBE,0140_HA_D06E,0140_HA_BBE,& 0140_HA_D07E,0140_HA_Q5,0140_HA_D08E,0140_HA_Q6,0140_HA_D09AE,0140_HA_SL2,0140_HA_D09BE,0140_HA_Q7,0140_HA_D10AE,0140_HA_SL4,0140_HA_D10BE,0140_HA_BAE,0140_HA_D11E) 0140_HA_ARCCSR: LINE=(0140_HA_Q1,0140_HA_D01CSR,0140_HA_BACSR,0140_HA_D02ACSR,0140_HA_SL3,0140_HA_D02BCSR,0140_HA_Q2,0140_HA_D03ACSR,0140_HA_SL1,0140_HA_D03BCSR,0140_HA_Q3,0140_HA_D04CSR,0140_HA_Q4,0140_HA_D05CSR,& 0140_HA_BBCSR,0140_HA_D06CSR,0140_HA_BBCSR,0140_HA_D06CSR,0140_HA_BBCSR,& 0140_HA_D07CSR,0140_HA_Q5,0140_HA_D08CSR,0140_HA_Q6,0140_HA_D09ACSR,0140_HA_SL2,0140_HA_D09BCSR,0140_HA_Q7,0140_HA_D10ACSR,0140_HA_SL4,0140_HA_D10BCSR,0140_HA_BACSR,0140_HA_D11CSR) ! 180deg and last arc LINE0140: LINE=(0140_ARCL1,28*0140_ARCLS,0140_ARCLEND,0140_HA_ARC) LINE0140E: LINE=(0140_ARCL1E,28*0140_ARCLSE,0140_ARCLENDE,0140_HA_ARCE) LINE0140CSR: LINE=(0140_ARCL1CSR,28*0140_ARCLSCSR,0140_ARCLENDCSR,0140_HA_ARCCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Vertical transfer ! includes the vertical dog-leg to go from ground level to tunnel level ! the arcs for the horizontal dog-leg are in the previous and the following sections ! % global_csr sto 0150_usecsr % global_isr sto 0150_useisr % global_isr sto 0150_usesyn % 1 atan 4 * sto Pi ! match central arc to vertical arc % 0.3 sto 0150_lquadhv % 0.3443745591 sto 0150_kqhv1 % 0.3674979027 sto 0150_kqhv2 %-1.280057996 sto 0150_kqhv3 % 0.9689887412 sto 0150_kqhv4 % 1.3 sto 0150_ldhv1 % 5.0 sto 0150_ldhv2 % 6.4 sto 0150_ldhv3 % 1.6 sto 0150_ldhv4 0150_QHV1: QUAD, L="0150_lquadhv", K1="0150_kqhv1" 0150_QHV2: QUAD, L="0150_lquadhv", K1="0150_kqhv2" 0150_QHV3: QUAD, L="0150_lquadhv", K1="0150_kqhv3" 0150_QHV4: QUAD, L="0150_lquadhv", K1="0150_kqhv4" 0150_DHV1: DRIFT, L="0150_ldhv1" 0150_DHV2: DRIFT, L="0150_ldhv2" 0150_DHV3: DRIFT, L="0150_ldhv3" 0150_DHV4: DRIFT, L="0150_ldhv4" 0150_DHV1E: EDRIFT, L="0150_ldhv1" 0150_DHV2E: EDRIFT, L="0150_ldhv2" 0150_DHV3E: EDRIFT, L="0150_ldhv3" 0150_DHV4E: EDRIFT, L="0150_ldhv4" 0150_DHV1CSR: CSRDRIFT, L="0150_ldhv1", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DHV2CSR: CSRDRIFT, L="0150_ldhv2", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DHV3CSR: CSRDRIFT, L="0150_ldhv3", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DHV4CSR: CSRDRIFT, L="0150_ldhv4", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_MATCHHV: LINE=(0150_DHV1,0150_QHV1,0150_DHV2,0150_QHV2,0150_DHV3,& 0150_QHV3,0150_DHV4,0150_QHV4) 0150_MATCHHVE: LINE=(0150_DHV1E,0150_QHV1,0150_DHV2E,0150_QHV2,0150_DHV3E,& 0150_QHV3,0150_DHV4E,0150_QHV4) 0150_MATCHHVCSR: LINE=(0150_DHV1CSR,0150_QHV1,0150_DHV2CSR,0150_QHV2,0150_DHV3CSR,& 0150_QHV3,0150_DHV4CSR,0150_QHV4) ! vertical arcs ! general parameters of arc % 1.5 sto 0150_lbenda % 0.5 sto 0150_lquada % 0.2 sto 0150_lsexta ! dipoles % 1.0 180 / Pi * sto 0150_bendanglev % 0150_lbenda 2 / 0150_bendanglev 2 / sin / sto 0150_r0v % 0150_bendanglev 0150_r0v * sto 0150_larcv 0150_BVA : SBEND, L="0150_larcv", ANGLE="0150_bendanglev 1.0 *",& E1 = "0150_bendanglev 2.0 /", E2 = "0150_bendanglev 2.0 /",& TILT="Pi 2 /" 0150_BVAE : CSBEND, L="0150_larcv", ANGLE="0150_bendanglev 1.0 *",& E1 = "0150_bendanglev 2.0 /", E2 = "0150_bendanglev 2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="0150_useisr",SYNCH_RAD="0150_usesyn",& USE_RAD_DIST="0150_usesyn" 0150_BVACSR : CSRCSBEND, L = "0150_larcv", ANGLE = "0150_bendanglev 1.0 *",& E1 = "0150_bendanglev 2.0 /", E2 = "0150_bendanglev 2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,& CSR = "0150_usecsr", ISR = "0150_useisr",SYNCH_RAD="0150_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0150_BVA2 : SBEND, L="0150_larcv", ANGLE="0150_bendanglev 2.0 *",& E1 = "0150_bendanglev 1.0 /", E2 = "0150_bendanglev 1.0 /",& TILT="Pi 2 /" 0150_BVA2E : CSBEND, L="0150_larcv", ANGLE="0150_bendanglev 2.0 *",& E1 = "0150_bendanglev 1.0 /", E2 = "0150_bendanglev 1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="0150_useisr",SYNCH_RAD="0150_usesyn",& USE_RAD_DIST="0150_usesyn" 0150_BVA2CSR : CSRCSBEND, L = "0150_larcv", ANGLE = "0150_bendanglev 2.0 *",& E1 = "0150_bendanglev 1.0 /", E2 = "0150_bendanglev 1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,& CSR = "0150_usecsr", ISR = "0150_useisr",SYNCH_RAD="0150_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0150_BVB : SBEND, L="0150_larcv", ANGLE="0150_bendanglev -1.0 *",& E1 = "0150_bendanglev -2.0 /", E2 = "0150_bendanglev -2.0 /",& TILT="Pi 2 /" 0150_BVBE : CSBEND, L="0150_larcv", ANGLE="0150_bendanglev -1.0 *",& E1 = "0150_bendanglev -2.0 /", E2 = "0150_bendanglev -2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="0150_useisr",SYNCH_RAD="0150_usesyn",& USE_RAD_DIST="0150_usesyn" 0150_BVBCSR : CSRCSBEND, L = "0150_larcv", ANGLE = "0150_bendanglev -1.0 *",& E1 = "0150_bendanglev -2.0 /", E2 = "0150_bendanglev -2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,& CSR = "0150_usecsr", ISR = "0150_useisr",SYNCH_RAD="0150_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0150_BVB2 : SBEND, L="0150_larcv", ANGLE="0150_bendanglev -2.0 *",& E1 = "0150_bendanglev -1.0 /", E2 = "0150_bendanglev -1.0 /",& TILT="Pi 2 /" 0150_BVB2E : CSBEND, L="0150_larcv", ANGLE="0150_bendanglev -2.0 *",& E1 = "0150_bendanglev -1.0 /", E2 = "0150_bendanglev -1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="0150_useisr",SYNCH_RAD="0150_usesyn",& USE_RAD_DIST="0150_usesyn" 0150_BVB2CSR : CSRCSBEND, L = "0150_larcv", ANGLE = "0150_bendanglev -2.0 *",& E1 = "0150_bendanglev -1.0 /", E2 = "0150_bendanglev -1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,& CSR = "0150_usecsr", ISR = "0150_useisr",SYNCH_RAD="0150_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 ! quadrupoles %-1.430485608 sto 0150_kqa1 % 0.7270291277 sto 0150_kqa2 %-0.9016579497 sto 0150_kqa3 % 0.2729845753 sto 0150_kqa4 % 0150_kqa4 sto 0150_kqa5 % 0150_kqa3 sto 0150_kqa6 % 0150_kqa2 sto 0150_kqa7 % 0150_kqa1 sto 0150_kqa8 0150_Q1: QUAD, L="0150_lquada", K1="0150_kqa1" 0150_Q2: QUAD, L="0150_lquada", K1="0150_kqa2" 0150_Q3: QUAD, L="0150_lquada", K1="0150_kqa3" 0150_Q4: QUAD, L="0150_lquada", K1="0150_kqa4" 0150_Q5: QUAD, L="0150_lquada", K1="0150_kqa5" 0150_Q6: QUAD, L="0150_lquada", K1="0150_kqa6" 0150_Q7: QUAD, L="0150_lquada", K1="0150_kqa7" 0150_Q8: QUAD, L="0150_lquada", K1="0150_kqa8" ! drifts % 0.96 sto 0150_ld01 % 0.7 sto 0150_ld02 % 4.0 sto 0150_ld03 % 2.7 sto 0150_ld04 % 1.0 sto 0150_ld05 % 0150_ld05 sto 0150_ld06 % 0150_ld04 sto 0150_ld07 % 0150_ld03 sto 0150_ld08 % 0150_ld02 sto 0150_ld09 % 0150_ld01 sto 0150_ld10 % 0150_ld03 0.3 - sto 0150_ld03a % 0.10 sto 0150_ld03b % 0150_ld03b sto 0150_ld08a % 0150_ld03a sto 0150_ld08b 0150_D01: DRIFT, L="0150_ld01" 0150_D02: DRIFT, L="0150_ld02" 0150_D03: DRIFT, L="0150_ld03" 0150_D03A: DRIFT, L="0150_ld03a" 0150_D03B: DRIFT, L="0150_ld03b" 0150_D04: DRIFT, L="0150_ld04" 0150_D05: DRIFT, L="0150_ld05" 0150_D06: DRIFT, L="0150_ld06" 0150_D07: DRIFT, L="0150_ld07" 0150_D08A: DRIFT, L="0150_ld08a" 0150_D08B: DRIFT, L="0150_ld08b" 0150_D09: DRIFT, L="0150_ld09" 0150_D10: DRIFT, L="0150_ld10" 0150_D01E: EDRIFT, L="0150_ld01" 0150_D02E: EDRIFT, L="0150_ld02" 0150_D03E: EDRIFT, L="0150_ld03" 0150_D03AE: EDRIFT, L="0150_ld03a" 0150_D03BE: EDRIFT, L="0150_ld03b" 0150_D04E: EDRIFT, L="0150_ld04" 0150_D05E: EDRIFT, L="0150_ld05" 0150_D06E: EDRIFT, L="0150_ld06" 0150_D07E: EDRIFT, L="0150_ld07" 0150_D08AE: EDRIFT, L="0150_ld08a" 0150_D08BE: EDRIFT, L="0150_ld08b" 0150_D09E: EDRIFT, L="0150_ld09" 0150_D10E: EDRIFT, L="0150_ld10" 0150_D01CSR: CSRDRIFT, L="0150_ld01", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D02CSR: CSRDRIFT, L="0150_ld02", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D03CSR: CSRDRIFT, L="0150_ld03", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D03ACSR: CSRDRIFT, L="0150_ld03a", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D03BCSR: CSRDRIFT, L="0150_ld03b", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D04CSR: CSRDRIFT, L="0150_ld04", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D05CSR: CSRDRIFT, L="0150_ld05", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D06CSR: CSRDRIFT, L="0150_ld06", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D07CSR: CSRDRIFT, L="0150_ld07", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D08ACSR: CSRDRIFT, L="0150_ld08a", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D08BCSR: CSRDRIFT, L="0150_ld08b", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D09CSR: CSRDRIFT, L="0150_ld09", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_D10CSR: CSRDRIFT, L="0150_ld10", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % 0.0 sto 0150_ks1 % 0.0 sto 0150_ks2 % 63.0 sto 0150_ks1 % 63.0 sto 0150_ks2 0150_SLA1: KSEXT, L="0150_lsexta", K2="0150_ks1",TILT="Pi 2 /" 0150_SLA2: KSEXT, L="0150_lsexta", K2="0150_ks2",TILT="Pi 2 /" 0150_SLB1: KSEXT, L="0150_lsexta", K2="0150_ks1 -1 *",TILT="Pi 2 /" 0150_SLB2: KSEXT, L="0150_lsexta", K2="0150_ks2 -1 *",TILT="Pi 2 /" ! arc definition 0150_ARCVA: LINE=(0150_D02,0150_BVA,0150_D03A,0150_SLA1,0150_D03B,0150_Q3,0150_D04,0150_Q4,0150_D05,& 0150_BVA2,& 0150_D06,0150_Q5,0150_D07,0150_Q6,0150_D08A,0150_SLA2,0150_D08B,0150_BVA,0150_D09) 0150_ARCVAE: LINE=(0150_D02E,0150_BVAE,0150_D03AE,0150_SLA1,0150_D03BE,0150_Q3,0150_D04E,0150_Q4,0150_D05E,& 0150_BVA2E,& 0150_D06E,0150_Q5,0150_D07E,0150_Q6,0150_D08AE,0150_SLA2,0150_D08BE,0150_BVAE,0150_D09E) 0150_ARCVACSR: LINE=(0150_D02CSR,0150_BVACSR,0150_D03ACSR,0150_SLA1,0150_D03BCSR,0150_Q3,0150_D04CSR,0150_Q4,0150_D05CSR,& 0150_BVA2CSR,& 0150_D06CSR,0150_Q5,0150_D07CSR,0150_Q6,0150_D08ACSR,0150_SLA2,0150_D08BCSR,0150_BVACSR,0150_D09CSR) 0150_ARCVB: LINE=(0150_D02,0150_BVB,0150_D03A,0150_SLB1,0150_D03B,0150_Q3,0150_D04,0150_Q4,0150_D05,& 0150_BVB2,& 0150_D06,0150_Q5,0150_D07,0150_Q6,0150_D08A,0150_SLB2,0150_D08B,0150_BVB,0150_D09) 0150_ARCVBE: LINE=(0150_D02E,0150_BVBE,0150_D03AE,0150_SLB1,0150_D03BE,0150_Q3,0150_D04E,0150_Q4,0150_D05E,& 0150_BVB2E,& 0150_D06E,0150_Q5,0150_D07E,0150_Q6,0150_D08AE,0150_SLB2,0150_D08BE,0150_BVBE,0150_D09E) 0150_ARCVBCSR: LINE=(0150_D02CSR,0150_BVBCSR,0150_D03ACSR,0150_SLB1,0150_D03BCSR,0150_Q3,0150_D04CSR,0150_Q4,0150_D05CSR,& 0150_BVB2CSR,& 0150_D06CSR,0150_Q5,0150_D07CSR,0150_Q6,0150_D08ACSR,0150_SLB2,0150_D08BCSR,0150_BVBCSR,0150_D09CSR) ! match vertical arc to FODO % 0.3 sto 0150_lquadm % 0.511743716 sto 0150_kqm1 % -0.3371687368 sto 0150_kqm2 % -0.2472233781 sto 0150_kqm3 % 0.1830131008 sto 0150_kqm4 % 4.0 sto 0150_ldm1 %11.0 sto 0150_ldm2 % 7.5 sto 0150_ldm3 % 5.0 sto 0150_ldm4 0150_QM1: QUAD, L="0150_lquadm", K1="0150_kqm1" 0150_QM2: QUAD, L="0150_lquadm", K1="0150_kqm2" 0150_QM3: QUAD, L="0150_lquadm", K1="0150_kqm3" 0150_QM4: QUAD, L="0150_lquadm", K1="0150_kqm4" 0150_DM1: DRIFT, L="0150_ldm1" 0150_DM2: DRIFT, L="0150_ldm2" 0150_DM3: DRIFT, L="0150_ldm3" 0150_DM4: DRIFT, L="0150_ldm4" 0150_DM1E: EDRIFT, L="0150_ldm1" 0150_DM2E: EDRIFT, L="0150_ldm2" 0150_DM3E: EDRIFT, L="0150_ldm3" 0150_DM4E: EDRIFT, L="0150_ldm4" 0150_DM1CSR: CSRDRIFT, L="0150_ldm1", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DM2CSR: CSRDRIFT, L="0150_ldm2", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DM3CSR: CSRDRIFT, L="0150_ldm3", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_DM4CSR: CSRDRIFT, L="0150_ldm4", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_MATCHA: LINE=(0150_QM1,0150_DM1,0150_QM2,0150_DM2,& 0150_QM3,0150_DM3,0150_QM4,0150_DM4) 0150_MATCHAE: LINE=(0150_QM1,0150_DM1E,0150_QM2,0150_DM2E,& 0150_QM3,0150_DM3E,0150_QM4,0150_DM4E) 0150_MATCHACSR: LINE=(0150_QM1,0150_DM1CSR,0150_QM2,0150_DM2CSR,& 0150_QM3,0150_DM3CSR,0150_QM4,0150_DM4CSR) 0150_MATCHB: LINE=(0150_DM4,0150_QM4,0150_DM3,0150_QM3,& 0150_DM2,0150_QM2,0150_DM1,0150_QM1) 0150_MATCHBE: LINE=(0150_DM4E,0150_QM4,0150_DM3E,0150_QM3,& 0150_DM2E,0150_QM2,0150_DM1E,0150_QM1) 0150_MATCHBCSR: LINE=(0150_DM4CSR,0150_QM4,0150_DM3CSR,0150_QM3,& 0150_DM2CSR,0150_QM2,0150_DM1CSR,0150_QM1) ! FODO % 0.3 sto 0150_lquadf % 0.02619123669 sto 0150_kqf1 % -0.02619084535 sto 0150_kqf2 % 100.0 sto 0150_ldf 0150_QF1: QUAD, L="0150_lquadf", K1="0150_kqf1" 0150_QF2: QUAD, L="0150_lquadf", K1="0150_kqf2" 0150_DF: DRIFT, L="0150_ldf" 0150_DFE: EDRIFT, L="0150_ldf" 0150_DFCSR: CSRDRIFT, L="0150_ldf", & CSR="0150_usecsr", DZ=0.01, USE_STUPAKOV=1 0150_FODOCELL: LINE=(0150_QF1,0150_DF,0150_QF2,0150_DF) 0150_FODO: LINE=(7*0150_FODOCELL,0150_QF1) 0150_FODOCELLE: LINE=(0150_QF1,0150_DFE,0150_QF2,0150_DFE) 0150_FODOE: LINE=(7*0150_FODOCELLE,0150_QF1) 0150_FODOCELLCSR: LINE=(0150_QF1,0150_DFCSR,0150_QF2,0150_DFCSR) 0150_FODOCSR: LINE=(7*0150_FODOCELLCSR,0150_QF1) ! put all together LINE0150: LINE=(0150_MATCHHV,0150_ARCVA,0150_MATCHA,0150_FODO,0150_MATCHB,0150_ARCVB) LINE0150E: LINE=(0150_MATCHHVE,0150_ARCVAE,0150_MATCHAE,0150_FODOE,0150_MATCHBE,0150_ARCVBE) LINE0150CSR: LINE=(0150_MATCHHVCSR,0150_ARCVACSR,0150_MATCHACSR,0150_FODOCSR,0150_MATCHBCSR,0150_ARCVBCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match vertical transfer to long transfer line ! also contains the second arc of the horizontal dog-leg ! % global_csr sto 0160_usecsr % global_isr sto 0160_useisr % global_isr sto 0160_usesyn % 1 atan 4 * sto Pi ! matching vertical transfer to horizontal arc % 0.3 sto 0160_ma_lquad % 0.9689887412 sto 0160_ma_kq1 %-1.280057996 sto 0160_ma_kq2 % 0.3674979027 sto 0160_ma_kq3 % 0.3443745591 sto 0160_ma_kq4 % 1.6 sto 0160_ma_ld1 % 6.4 sto 0160_ma_ld2 % 5.0 sto 0160_ma_ld3 % 1.3 sto 0160_ma_ld4 0160_MA_Q1: QUAD, L="0160_ma_lquad", K1="0160_ma_kq1" 0160_MA_Q2: QUAD, L="0160_ma_lquad", K1="0160_ma_kq2" 0160_MA_Q3: QUAD, L="0160_ma_lquad", K1="0160_ma_kq3" 0160_MA_Q4: QUAD, L="0160_ma_lquad", K1="0160_ma_kq4" 0160_MA_D1: DRIFT, L="0160_ma_ld1" 0160_MA_D2: DRIFT, L="0160_ma_ld2" 0160_MA_D3: DRIFT, L="0160_ma_ld3" 0160_MA_D4: DRIFT, L="0160_ma_ld4" 0160_MA_D1E: EDRIFT, L="0160_ma_ld1" 0160_MA_D2E: EDRIFT, L="0160_ma_ld2" 0160_MA_D3E: EDRIFT, L="0160_ma_ld3" 0160_MA_D4E: EDRIFT, L="0160_ma_ld4" 0160_MA_D1CSR: CSRDRIFT, L="0160_ma_ld1", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MA_D2CSR: CSRDRIFT, L="0160_ma_ld2", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MA_D3CSR: CSRDRIFT, L="0160_ma_ld3", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MA_D4CSR: CSRDRIFT, L="0160_ma_ld4", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MA: LINE=(0160_MA_Q1,0160_MA_D1,0160_MA_Q2,0160_MA_D2,& 0160_MA_Q3,0160_MA_D3,0160_MA_Q4,0160_MA_D4) 0160_MAE: LINE=(0160_MA_Q1,0160_MA_D1E,0160_MA_Q2,0160_MA_D2E,& 0160_MA_Q3,0160_MA_D3E,0160_MA_Q4,0160_MA_D4E) 0160_MACSR: LINE=(0160_MA_Q1,0160_MA_D1CSR,0160_MA_Q2,0160_MA_D2CSR,& 0160_MA_Q3,0160_MA_D3CSR,0160_MA_Q4,0160_MA_D4CSR) ! horizontal arc % 2.0 sto 0160_arc_lbend % 0.3 sto 0160_arc_lquad % 0.2 sto 0160_arc_lsext ! dipoles % 1.2 180 / Pi * sto 0160_arc_anglea % 0160_arc_lbend 2 / 0160_arc_anglea 2 / sin / sto 0160_arc_r0a % 0160_arc_anglea 0160_arc_r0a * sto 0160_arc_larca % 1.2 180 / Pi * sto 0160_arc_angleb % 0160_arc_lbend 2 / 0160_arc_angleb 2 / sin / sto 0160_arc_r0b % 0160_arc_angleb 0160_arc_r0b * sto 0160_arc_larcb 0160_ARC_BA : SBEND, L="0160_arc_larca", ANGLE="0160_arc_anglea 1.0 *",& E1 = "0160_arc_anglea 2.0 /", E2 = "0160_arc_anglea 2.0 /" 0160_ARC_BAE : CSBEND, L="0160_arc_larca", ANGLE="0160_arc_anglea 1.0 *",& E1 = "0160_arc_anglea 2.0 /", E2 = "0160_arc_anglea 2.0 /",& INTEGRATION_ORDER = 4,ISR="0160_useisr",SYNCH_RAD="0160_usesyn",& USE_RAD_DIST=0 0160_ARC_BACSR : CSRCSBEND, L = "0160_arc_larca", ANGLE = "0160_arc_anglea 1.0 *",& E1 = "0160_arc_anglea 2.0 /", E2 = "0160_arc_anglea 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0160_usecsr", ISR = "0160_useisr",SYNCH_RAD="0160_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0160_ARC_BB : SBEND, L="0160_arc_larcb", ANGLE="0160_arc_angleb 1.0 *",& E1 = "0160_arc_angleb 2.0 /", E2 = "0160_arc_angleb 2.0 /" 0160_ARC_BBE : CSBEND, L="0160_arc_larcb", ANGLE="0160_arc_angleb 1.0 *",& E1 = "0160_arc_angleb 2.0 /", E2 = "0160_arc_angleb 2.0 /",& INTEGRATION_ORDER = 4,ISR="0160_useisr",SYNCH_RAD="0160_usesyn",& USE_RAD_DIST=0 0160_ARC_BBCSR : CSRCSBEND, L = "0160_arc_larcb", ANGLE = "0160_arc_angleb 1.0 *",& E1 = "0160_arc_angleb 2.0 /", E2 = "0160_arc_angleb 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0160_usecsr", ISR = "0160_useisr",SYNCH_RAD="0160_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 ! quadrupoles % 1.291951194 sto 0160_arc_kq1 %-1.212050561 sto 0160_arc_kq2 % 1.733959844 sto 0160_arc_kq3 %-0.3453705052 sto 0160_arc_kq4 % 0160_arc_kq4 sto 0160_arc_kq5 % 0160_arc_kq3 sto 0160_arc_kq6 % 0160_arc_kq2 sto 0160_arc_kq7 % 0160_arc_kq1 sto 0160_arc_kq8 0160_ARC_Q1: QUAD, L="0160_arc_lquad", K1="0160_arc_kq1" 0160_ARC_Q2: QUAD, L="0160_arc_lquad", K1="0160_arc_kq2" 0160_ARC_Q3: QUAD, L="0160_arc_lquad", K1="0160_arc_kq3" 0160_ARC_Q4: QUAD, L="0160_arc_lquad", K1="0160_arc_kq4" 0160_ARC_Q5: QUAD, L="0160_arc_lquad", K1="0160_arc_kq5" 0160_ARC_Q6: QUAD, L="0160_arc_lquad", K1="0160_arc_kq6" 0160_ARC_Q7: QUAD, L="0160_arc_lquad", K1="0160_arc_kq7" 0160_ARC_Q8: QUAD, L="0160_arc_lquad", K1="0160_arc_kq8" ! drifts % 1.15 sto 0160_arc_ld01 % 2.99 sto 0160_arc_ld02 % 1.57 sto 0160_arc_ld03 % 1.94 sto 0160_arc_ld04 % 1.94 sto 0160_arc_ld05 % 0.30 sto 0160_arc_ld06 % 0160_arc_ld05 sto 0160_arc_ld07 % 0160_arc_ld04 sto 0160_arc_ld08 % 0160_arc_ld03 sto 0160_arc_ld09 % 0160_arc_ld02 sto 0160_arc_ld10 % 0160_arc_ld01 sto 0160_arc_ld11 % 0160_arc_ld03 0.3 - sto 0160_arc_ld03a % 0.10 sto 0160_arc_ld03b % 0160_arc_ld03b sto 0160_arc_ld09a % 0160_arc_ld03a sto 0160_arc_ld09b % 0160_arc_ld02 0.3 - sto 0160_arc_ld02a % 0.10 sto 0160_arc_ld02b % 0160_arc_ld02b sto 0160_arc_ld10a % 0160_arc_ld02a sto 0160_arc_ld10b 0160_ARC_D01: DRIFT, L="0160_arc_ld01" 0160_ARC_D02: DRIFT, L="0160_arc_ld02" 0160_ARC_D02A: DRIFT, L="0160_arc_ld02a" 0160_ARC_D02B: DRIFT, L="0160_arc_ld02b" 0160_ARC_D03: DRIFT, L="0160_arc_ld03" 0160_ARC_D03A: DRIFT, L="0160_arc_ld03a" 0160_ARC_D03B: DRIFT, L="0160_arc_ld03b" 0160_ARC_D04: DRIFT, L="0160_arc_ld04" 0160_ARC_D05: DRIFT, L="0160_arc_ld05" 0160_ARC_D06: DRIFT, L="0160_arc_ld06" 0160_ARC_D07: DRIFT, L="0160_arc_ld07" 0160_ARC_D08: DRIFT, L="0160_arc_ld08" 0160_ARC_D09A: DRIFT, L="0160_arc_ld09a" 0160_ARC_D09B: DRIFT, L="0160_arc_ld09b" 0160_ARC_D10: DRIFT, L="0160_arc_ld10" 0160_ARC_D10A: DRIFT, L="0160_arc_ld10a" 0160_ARC_D10B: DRIFT, L="0160_arc_ld10b" 0160_ARC_D11: DRIFT, L="0160_arc_ld11" 0160_ARC_D01E: EDRIFT, L="0160_arc_ld01" 0160_ARC_D02E: EDRIFT, L="0160_arc_ld02" 0160_ARC_D02AE: EDRIFT, L="0160_arc_ld02a" 0160_ARC_D02BE: EDRIFT, L="0160_arc_ld02b" 0160_ARC_D03E: EDRIFT, L="0160_arc_ld03" 0160_ARC_D03AE: EDRIFT, L="0160_arc_ld03a" 0160_ARC_D03BE: EDRIFT, L="0160_arc_ld03b" 0160_ARC_D04E: EDRIFT, L="0160_arc_ld04" 0160_ARC_D05E: EDRIFT, L="0160_arc_ld05" 0160_ARC_D06E: EDRIFT, L="0160_arc_ld06" 0160_ARC_D07E: EDRIFT, L="0160_arc_ld07" 0160_ARC_D08E: EDRIFT, L="0160_arc_ld08" 0160_ARC_D09AE: EDRIFT, L="0160_arc_ld09a" 0160_ARC_D09BE: EDRIFT, L="0160_arc_ld09b" 0160_ARC_D10E: EDRIFT, L="0160_arc_ld10" 0160_ARC_D10AE: EDRIFT, L="0160_arc_ld10a" 0160_ARC_D10BE: EDRIFT, L="0160_arc_ld10b" 0160_ARC_D11E: EDRIFT, L="0160_arc_ld11" 0160_ARC_D01CSR: CSRDRIFT, L="0160_arc_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0160_ARC_D02CSR: CSRDRIFT, L="0160_arc_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0160_ARC_D02ACSR: CSRDRIFT, L="0160_arc_ld02a", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D02BCSR: CSRDRIFT, L="0160_arc_ld02b", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D03CSR: CSRDRIFT, L="0160_arc_ld03", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D03ACSR: CSRDRIFT, L="0160_arc_ld03a", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D03BCSR: CSRDRIFT, L="0160_arc_ld03b", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D04CSR: CSRDRIFT, L="0160_arc_ld04", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D05CSR: CSRDRIFT, L="0160_arc_ld05", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D06CSR: CSRDRIFT, L="0160_arc_ld06", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D07CSR: CSRDRIFT, L="0160_arc_ld07", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D08CSR: CSRDRIFT, L="0160_arc_ld08", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D09ACSR: CSRDRIFT, L="0160_arc_ld09a", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D09BCSR: CSRDRIFT, L="0160_arc_ld09b", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D10CSR: CSRDRIFT, L="0160_arc_ld10", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D10ACSR: CSRDRIFT, L="0160_arc_ld10a", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D10BCSR: CSRDRIFT, L="0160_arc_ld10b", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_ARC_D11CSR: CSRDRIFT, L="0160_arc_ld11", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % 33.2 sto 0160_arc_ks1 % 33.0 sto 0160_arc_ks2 %-43.6 sto 0160_arc_ks3 %-40.6 sto 0160_arc_ks4 0160_ARC_SL1: KSEXT, L="0160_arc_lsext", K2="0160_arc_ks1" 0160_ARC_SL2: KSEXT, L="0160_arc_lsext", K2="0160_arc_ks2" 0160_ARC_SL3: KSEXT, L="0160_arc_lsext", K2="0160_arc_ks3" 0160_ARC_SL4: KSEXT, L="0160_arc_lsext", K2="0160_arc_ks4" ! arc definition 0160_ARC: LINE=(0160_ARC_D01,0160_ARC_BA,0160_ARC_D02A,0160_ARC_SL3,0160_ARC_D02B,0160_ARC_Q2,0160_ARC_D03A,0160_ARC_SL1,0160_ARC_D03B,0160_ARC_Q3,0160_ARC_D04,0160_ARC_Q4,0160_ARC_D05,& 0160_ARC_BB,0160_ARC_D06,0160_ARC_BB,0160_ARC_D06,0160_ARC_BB,& 0160_ARC_D07,0160_ARC_Q5,0160_ARC_D08,0160_ARC_Q6,0160_ARC_D09A,0160_ARC_SL2,0160_ARC_D09B,0160_ARC_Q7,0160_ARC_D10A,0160_ARC_SL4,0160_ARC_D10B,0160_ARC_BA,0160_ARC_D11) 0160_ARCE: LINE=(0160_ARC_D01E,0160_ARC_BAE,0160_ARC_D02AE,0160_ARC_SL3,0160_ARC_D02BE,0160_ARC_Q2,0160_ARC_D03AE,0160_ARC_SL1,0160_ARC_D03BE,0160_ARC_Q3,0160_ARC_D04E,0160_ARC_Q4,0160_ARC_D05E,& 0160_ARC_BBE,0160_ARC_D06E,0160_ARC_BBE,0160_ARC_D06E,0160_ARC_BBE,& 0160_ARC_D07E,0160_ARC_Q5,0160_ARC_D08E,0160_ARC_Q6,0160_ARC_D09AE,0160_ARC_SL2,0160_ARC_D09BE,0160_ARC_Q7,0160_ARC_D10AE,0160_ARC_SL4,0160_ARC_D10BE,0160_ARC_BAE,0160_ARC_D11E) 0160_ARCCSR: LINE=(0160_ARC_D01CSR,0160_ARC_BACSR,0160_ARC_D02ACSR,0160_ARC_SL3,0160_ARC_D02BCSR,0160_ARC_Q2,0160_ARC_D03ACSR,0160_ARC_SL1,0160_ARC_D03BCSR,0160_ARC_Q3,0160_ARC_D04CSR,0160_ARC_Q4,0160_ARC_D05CSR,& 0160_ARC_BBCSR,0160_ARC_D06CSR,0160_ARC_BBCSR,0160_ARC_D06CSR,0160_ARC_BBCSR,& 0160_ARC_D07CSR,0160_ARC_Q5,0160_ARC_D08CSR,0160_ARC_Q6,0160_ARC_D09ACSR,0160_ARC_SL2,0160_ARC_D09BCSR,0160_ARC_Q7,0160_ARC_D10ACSR,0160_ARC_SL4,0160_ARC_D10BCSR,0160_ARC_BACSR,0160_ARC_D11CSR) ! matching to long transfer line % 0.3 sto 0160_mb_lquad % 0.36 sto 0160_mb_lquadx % 0.5742405616 sto 0160_mb_kq1 %-0.1208106861 sto 0160_mb_kq2 % 0.0817375657 sto 0160_mb_kq3 % 0.02506010184 sto 0160_mb_kq4 %-0.01666831502 sto 0160_mb_kq5 %65.0 sto 0160_mb_ld1 %13.0 sto 0160_mb_ld2 %10.0 sto 0160_mb_ld3 %10.0 sto 0160_mb_ld4 % 5.0 sto 0160_mb_ld5 0160_MB_Q1: QUAD, L="0160_mb_lquad", K1="0160_mb_kq1" 0160_MB_Q2: QUAD, L="0160_mb_lquad", K1="0160_mb_kq2" 0160_MB_Q3: QUAD, L="0160_mb_lquad", K1="0160_mb_kq3" 0160_MB_Q4: QUAD, L="0160_mb_lquad", K1="0160_mb_kq4" 0160_MB_Q5: QUAD, L="0160_mb_lquad", K1="0160_mb_kq5" 0160_MB_D01: DRIFT, L="0160_mb_ld1" 0160_MB_D02: DRIFT, L="0160_mb_ld2" 0160_MB_D03: DRIFT, L="0160_mb_ld3" 0160_MB_D04: DRIFT, L="0160_mb_ld4" 0160_MB_D05: DRIFT, L="0160_mb_ld5" 0160_MB_D01E: EDRIFT, L="0160_mb_ld1" 0160_MB_D02E: EDRIFT, L="0160_mb_ld2" 0160_MB_D03E: EDRIFT, L="0160_mb_ld3" 0160_MB_D04E: EDRIFT, L="0160_mb_ld4" 0160_MB_D05E: EDRIFT, L="0160_mb_ld5" 0160_MB_D01CSR: CSRDRIFT, L="0160_mb_ld1", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MB_D02CSR: CSRDRIFT, L="0160_mb_ld2", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MB_D03CSR: CSRDRIFT, L="0160_mb_ld3", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MB_D04CSR: CSRDRIFT, L="0160_mb_ld4", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MB_D05CSR: CSRDRIFT, L="0160_mb_ld5", & CSR="0160_usecsr", DZ=0.01, USE_STUPAKOV=1 0160_MB: LINE=(0160_MB_Q1,0160_MB_D01,0160_MB_Q2,0160_MB_D02,& 0160_MB_Q3,0160_MB_D03,0160_MB_Q4,0160_MB_D04,& 0160_MB_Q5,0160_MB_D05) 0160_MBE: LINE=(0160_MB_Q1,0160_MB_D01E,0160_MB_Q2,0160_MB_D02E,& 0160_MB_Q3,0160_MB_D03E,0160_MB_Q4,0160_MB_D04E,& 0160_MB_Q5,0160_MB_D05E) 0160_MBCSR: LINE=(0160_MB_Q1,0160_MB_D01CSR,0160_MB_Q2,0160_MB_D02CSR,& 0160_MB_Q3,0160_MB_D03CSR,0160_MB_Q4,0160_MB_D04CSR,& 0160_MB_Q5,0160_MB_D05CSR) ! put all together LINE0160: LINE=(0160_MA,0160_ARC,0160_MB) LINE0160E: LINE=(0160_MAE,0160_ARCE,0160_MBE) LINE0160CSR: LINE=(0160_MACSR,0160_ARCCSR,0160_MBCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Long transfer Line ! !% global_csr sto 0170_usecsr % 0 sto 0170_usecsr % 0.36 sto 0170_lquad % 0.009713020617 sto 0170_kqmx % 0170_kqmx sto 0170_kqm1 % 0170_kqmx -1.0 * sto 0170_kqm2 % 0170_kqmx sto 0170_kqm3 % 0170_kqmx -1.0 * sto 0170_kqm4 % 219.0 0.36 - sto 0170_ldm1 % 0170_ldm1 sto 0170_ldm2 % 0170_ldm1 sto 0170_ldm3 % 0170_ldm1 sto 0170_ldm4 0170_Q1: QUAD, L="0170_lquad", K1="0170_kqm1" 0170_Q2: QUAD, L="0170_lquad", K1="0170_kqm2" 0170_Q3: QUAD, L="0170_lquad", K1="0170_kqm3" 0170_Q4: QUAD, L="0170_lquad", K1="0170_kqm4" 0170_D01: DRIFT, L="0170_ldm1" 0170_D02: DRIFT, L="0170_ldm2" 0170_D03: DRIFT, L="0170_ldm3" 0170_D04: DRIFT, L="0170_ldm4" 0170_D01E: EDRIFT, L="0170_ldm1" 0170_D02E: EDRIFT, L="0170_ldm2" 0170_D03E: EDRIFT, L="0170_ldm3" 0170_D04E: EDRIFT, L="0170_ldm4" 0170_D01CSR: CSRDRIFT, L="0170_ldm1", & CSR="0170_usecsr", DZ=0.01, USE_STUPAKOV=1 0170_D02CSR: CSRDRIFT, L="0170_ldm2", & CSR="0170_usecsr", DZ=0.01, USE_STUPAKOV=1 0170_D03CSR: CSRDRIFT, L="0170_ldm3", & CSR="0170_usecsr", DZ=0.01, USE_STUPAKOV=1 0170_D04CSR: CSRDRIFT, L="0170_ldm4", & CSR="0170_usecsr", DZ=0.01, USE_STUPAKOV=1 CELL0170S: LINE=(0170_Q1,0170_D01,0170_Q2,0170_D02,& 0170_Q3,0170_D03,0170_Q4,0170_D04) CELL0170: LINE=(0170_Q1,0170_D01,0170_Q2,0170_D02,& 0170_Q3,0170_D03,0170_Q4,0170_D04) LINE0170: LINE=(CELL0170S,23*CELL0170) CELL0170SE: LINE=(0170_Q1,0170_D01E,0170_Q2,0170_D02E,& 0170_Q3,0170_D03E,0170_Q4,0170_D04E) CELL0170E: LINE=(0170_Q1,0170_D01E,0170_Q2,0170_D02E,& 0170_Q3,0170_D03E,0170_Q4,0170_D04E) LINE0170E: LINE=(CELL0170SE,23*CELL0170E) CELL0170SCSR: LINE=(0170_Q1,0170_D01CSR,0170_Q2,0170_D02CSR,& 0170_Q3,0170_D03CSR,0170_Q4,0170_D04CSR) CELL0170CSR: LINE=(0170_Q1,0170_D01CSR,0170_Q2,0170_D02CSR,& 0170_Q3,0170_D03CSR,0170_Q4,0170_D04CSR) LINE0170CSR: LINE=(CELL0170SCSR,23*CELL0170CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Comissioning dump and match long transfer line to turn around loop ! !% global_csr sto 0180_usecsr % 0 sto 0180_usecsr % 0.3 sto 0180_lquad % 0.36 sto 0180_lquadx % 0.009713020617 sto 0180_kqm1 %-0.01666831502 sto 0180_kqm2 % 0.02506010184 sto 0180_kqm3 % 0.0817375657 sto 0180_kqm4 %-0.1208106861 sto 0180_kqm5 % 0.5742405616 sto 0180_kqm6 % 5.0 sto 0180_ldm1 % 10.0 sto 0180_ldm2 % 10.0 sto 0180_ldm3 % 13.0 sto 0180_ldm4 % 65.0 sto 0180_ldm5 0180_Q1: QUAD, L="0180_lquadx", K1="0180_kqm1" 0180_Q2: QUAD, L="0180_lquad", K1="0180_kqm2" 0180_Q3: QUAD, L="0180_lquad", K1="0180_kqm3" 0180_Q4: QUAD, L="0180_lquad", K1="0180_kqm4" 0180_Q5: QUAD, L="0180_lquad", K1="0180_kqm5" 0180_Q6: QUAD, L="0180_lquad", K1="0180_kqm6" 0180_D01: DRIFT, L="0180_ldm1" 0180_D02: DRIFT, L="0180_ldm2" 0180_D03: DRIFT, L="0180_ldm3" 0180_D04: DRIFT, L="0180_ldm4" 0180_D05: DRIFT, L="0180_ldm5" 0180_D01E: EDRIFT, L="0180_ldm1" 0180_D02E: EDRIFT, L="0180_ldm2" 0180_D03E: EDRIFT, L="0180_ldm3" 0180_D04E: EDRIFT, L="0180_ldm4" 0180_D05E: EDRIFT, L="0180_ldm5" 0180_D01CSR: CSRDRIFT, L="0180_ldm1", & CSR="0180_usecsr", DZ=0.01, USE_STUPAKOV=1 0180_D02CSR: CSRDRIFT, L="0180_ldm2", & CSR="0180_usecsr", DZ=0.01, USE_STUPAKOV=1 0180_D03CSR: CSRDRIFT, L="0180_ldm3", & CSR="0180_usecsr", DZ=0.01, USE_STUPAKOV=1 0180_D04CSR: CSRDRIFT, L="0180_ldm4", & CSR="0180_usecsr", DZ=0.01, USE_STUPAKOV=1 0180_D05CSR: CSRDRIFT, L="0180_ldm5", & CSR="0180_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0180: LINE=(0180_Q1,0180_D01,0180_Q2,0180_D02,& 0180_Q3,0180_D03,0180_Q4,0180_D04,& 0180_Q5,0180_D05,0180_Q6) LINE0180E: LINE=(0180_Q1,0180_D01E,0180_Q2,0180_D02E,& 0180_Q3,0180_D03E,0180_Q4,0180_D04E,& 0180_Q5,0180_D05E,0180_Q6) LINE0180CSR: LINE=(0180_Q1,0180_D01CSR,0180_Q2,0180_D02CSR,& 0180_Q3,0180_D03CSR,0180_Q4,0180_D04CSR,& 0180_Q5,0180_D05CSR,0180_Q6) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Turn Around Loop ! % global_csr sto 0190_usecsr % global_isr sto 0190_useisr % global_isr sto 0190_usesyn % 1 atan 4 * sto Pi ! general parameters of arc % 2.0 sto 0190_lbend % 0.3 sto 0190_lquad % 0.2 sto 0190_lsext ! dipoles % 1.2 180 / Pi * sto 0190_bendanglea % 0190_lbend 2 / 0190_bendanglea 2 / sin / sto 0190_r0a % 0190_bendanglea 0190_r0a * sto 0190_larca % 1.2 180 / Pi * sto 0190_bendangleb % 0190_lbend 2 / 0190_bendangleb 2 / sin / sto 0190_r0b % 0190_bendangleb 0190_r0b * sto 0190_larcb ! for arc bending to the left 0190_BLA : SBEND, L="0190_larca", ANGLE="0190_bendanglea -1.0 *",& E1 = "0190_bendanglea -2.0 /", E2 = "0190_bendanglea -2.0 /" 0190_BRA : SBEND, L="0190_larca", ANGLE="0190_bendanglea",& E1 = "0190_bendanglea 2.0 /", E2 = "0190_bendanglea 2.0 /" 0190_BLB : SBEND, L="0190_larcb", ANGLE="0190_bendangleb -1.0 *",& E1 = "0190_bendangleb -2.0 /", E2 = "0190_bendangleb -2.0 /" 0190_BRB : SBEND, L="0190_larcb", ANGLE="0190_bendangleb",& E1 = "0190_bendangleb 2.0 /", E2 = "0190_bendangleb 2.0 /" 0190_BLAE : CSBEND, L="0190_larca", ANGLE="0190_bendanglea -1.0 *",& E1 = "0190_bendanglea -2.0 /", E2 = "0190_bendanglea -2.0 /",& INTEGRATION_ORDER = 4,ISR="0190_useisr",SYNCH_RAD="0190_usesyn",& USE_RAD_DIST="0190_usesyn" 0190_BRAE : CSBEND, L="0190_larca", ANGLE="0190_bendanglea",& E1 = "0190_bendanglea 2.0 /", E2 = "0190_bendanglea 2.0 /",& INTEGRATION_ORDER = 4,ISR= "0190_useisr",SYNCH_RAD="0190_usesyn",& USE_RAD_DIST="0190_usesyn" 0190_BLBE : CSBEND, L="0190_larcb", ANGLE="0190_bendangleb -1.0 *",& E1 = "0190_bendangleb -2.0 /", E2 = "0190_bendangleb -2.0 /",& INTEGRATION_ORDER = 4,ISR="0190_useisr",SYNCH_RAD="0190_usesyn",& USE_RAD_DIST="0190_usesyn" 0190_BRBE : CSBEND, L="0190_larcb", ANGLE="0190_bendangleb",& E1 = "0190_bendangleb 2.0 /", E2 = "0190_bendangleb 2.0 /",& INTEGRATION_ORDER = 4,ISR= "0190_useisr",SYNCH_RAD="0190_usesyn",& USE_RAD_DIST="0190_usesyn" 0190_BLACSR : CSRCSBEND, L = "0190_larca", ANGLE = "0190_bendanglea -1.0 *",& E1 = "0190_bendanglea -2.0 /", E2 = "0190_bendanglea -2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0190_usecsr", ISR = "0190_useisr", SYNCH_RAD="0190_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0190_BRACSR : CSRCSBEND, L = "0190_larca", ANGLE = "0190_bendanglea 1.0 *",& E1 = "0190_bendanglea 2.0 /", E2 = "0190_bendanglea 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0190_usecsr", ISR = "0190_useisr", SYNCH_RAD="0190_usesyn",& N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat",& ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0190_BLBCSR : CSRCSBEND, L = "0190_larcb", ANGLE = "0190_bendangleb -1.0 *",& E1 = "0190_bendangleb -2.0 /", E2 = "0190_bendangleb -2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0190_usecsr", ISR = "0190_useisr", SYNCH_RAD="0190_usesyn",& N_KICKS = 1000,& BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 0190_BRBCSR : CSRCSBEND, L = "0190_larcb", ANGLE = "0190_bendangleb 1.0 *",& E1 = "0190_bendangleb 2.0 /", E2 = "0190_bendangleb 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "0190_usecsr", ISR = "0190_useisr", SYNCH_RAD="0190_usesyn",& N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10,& DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat",& ! OUTPUT_INTERVAL= 10,& ! PARTICLE_OUTPUT_FILE = "part1.dat",& ! PARTICLE_OUTPUT_INTERVAL = 10,& ! SLICE_ANALYSIS_INTERVAL = 5 ! quadrupoles % 1.291951194 sto 0190_kq1 %-1.212050561 sto 0190_kq2 % 1.733959844 sto 0190_kq3 %-0.3453705052 sto 0190_kq4 % 0190_kq4 sto 0190_kq5 % 0190_kq3 sto 0190_kq6 % 0190_kq2 sto 0190_kq7 % 0190_kq1 sto 0190_kq8 0190_Q1: QUAD, L="0190_lquad", K1="0190_kq1" 0190_Q2: QUAD, L="0190_lquad", K1="0190_kq2" 0190_Q3: QUAD, L="0190_lquad", K1="0190_kq3" 0190_Q4: QUAD, L="0190_lquad", K1="0190_kq4" 0190_Q5: QUAD, L="0190_lquad", K1="0190_kq5" 0190_Q6: QUAD, L="0190_lquad", K1="0190_kq6" 0190_Q7: QUAD, L="0190_lquad", K1="0190_kq7" 0190_Q8: QUAD, L="0190_lquad", K1="0190_kq8" ! drifts % 1.15 sto 0190_ld01 % 2.99 sto 0190_ld02 % 1.57 sto 0190_ld03 % 1.94 sto 0190_ld04 % 1.94 sto 0190_ld05 % 0.30 sto 0190_ld06 % 0190_ld05 sto 0190_ld07 % 0190_ld04 sto 0190_ld08 % 0190_ld03 sto 0190_ld09 % 0190_ld02 sto 0190_ld10 % 0190_ld01 sto 0190_ld11 % 0190_ld03 0.3 - sto 0190_ld03a % 0.10 sto 0190_ld03b % 0190_ld03b sto 0190_ld09a % 0190_ld03a sto 0190_ld09b % 0190_ld02 0.3 - sto 0190_ld02a % 0.10 sto 0190_ld02b % 0190_ld02b sto 0190_ld10a % 0190_ld02a sto 0190_ld10b 0190_D01: DRIFT, L="0190_ld01" 0190_D02: DRIFT, L="0190_ld02" 0190_D02A: DRIFT, L="0190_ld02a" 0190_D02B: DRIFT, L="0190_ld02b" 0190_D03: DRIFT, L="0190_ld03" 0190_D03A: DRIFT, L="0190_ld03a" 0190_D03B: DRIFT, L="0190_ld03b" 0190_D04: DRIFT, L="0190_ld04" 0190_D05: DRIFT, L="0190_ld05" 0190_D06: DRIFT, L="0190_ld06" 0190_D07: DRIFT, L="0190_ld07" 0190_D08: DRIFT, L="0190_ld08" 0190_D09A: DRIFT, L="0190_ld09a" 0190_D09B: DRIFT, L="0190_ld09b" 0190_D10: DRIFT, L="0190_ld10" 0190_D10A: DRIFT, L="0190_ld10a" 0190_D10B: DRIFT, L="0190_ld10b" 0190_D11: DRIFT, L="0190_ld11" 0190_D01E: EDRIFT, L="0190_ld01" 0190_D02E: EDRIFT, L="0190_ld02" 0190_D02AE: EDRIFT, L="0190_ld02a" 0190_D02BE: EDRIFT, L="0190_ld02b" 0190_D03E: EDRIFT, L="0190_ld03" 0190_D03AE: EDRIFT, L="0190_ld03a" 0190_D03BE: EDRIFT, L="0190_ld03b" 0190_D04E: EDRIFT, L="0190_ld04" 0190_D05E: EDRIFT, L="0190_ld05" 0190_D06E: EDRIFT, L="0190_ld06" 0190_D07E: EDRIFT, L="0190_ld07" 0190_D08E: EDRIFT, L="0190_ld08" 0190_D09AE: EDRIFT, L="0190_ld09a" 0190_D09BE: EDRIFT, L="0190_ld09b" 0190_D10E: EDRIFT, L="0190_ld10" 0190_D10AE: EDRIFT, L="0190_ld10a" 0190_D10BE: EDRIFT, L="0190_ld10b" 0190_D11E: EDRIFT, L="0190_ld11" 0190_D01CSR: CSRDRIFT, L="0190_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0190_D02CSR: CSRDRIFT, L="0190_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 0190_D02ACSR: CSRDRIFT, L="0190_ld02a", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D02BCSR: CSRDRIFT, L="0190_ld02b", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D03CSR: CSRDRIFT, L="0190_ld03", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D03ACSR: CSRDRIFT, L="0190_ld03a", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D03BCSR: CSRDRIFT, L="0190_ld03b", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D04CSR: CSRDRIFT, L="0190_ld04", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D05CSR: CSRDRIFT, L="0190_ld05", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D06CSR: CSRDRIFT, L="0190_ld06", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D07CSR: CSRDRIFT, L="0190_ld07", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D08CSR: CSRDRIFT, L="0190_ld08", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D09ACSR: CSRDRIFT, L="0190_ld09a", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D09BCSR: CSRDRIFT, L="0190_ld09b", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D10CSR: CSRDRIFT, L="0190_ld10", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D10ACSR: CSRDRIFT, L="0190_ld10a", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D10BCSR: CSRDRIFT, L="0190_ld10b", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_D11CSR: CSRDRIFT, L="0190_ld11", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % -28.81111869 sto 0190_ks1 % -28.61111867 sto 0190_ks2 % 39.72965294 sto 0190_ks3 % 36.72965291 sto 0190_ks4 0190_SL1: KSEXT, L="0190_lsext", K2="0190_ks1" 0190_SL2: KSEXT, L="0190_lsext", K2="0190_ks2" 0190_SL3: KSEXT, L="0190_lsext", K2="0190_ks3" 0190_SL4: KSEXT, L="0190_lsext", K2="0190_ks4" 0190_SR1: KSEXT, L="0190_lsext", K2="0190_ks1 -1.0 *" 0190_SR2: KSEXT, L="0190_lsext", K2="0190_ks2 -1.0 *" 0190_SR3: KSEXT, L="0190_lsext", K2="0190_ks3 -1.0 *" 0190_SR4: KSEXT, L="0190_lsext", K2="0190_ks4 -1.0 *" ! arc definition 0190_ARCLT: LINE=(0190_D01,0190_BLA,0190_D02A,0190_SL3,0190_D02B,0190_Q2,0190_D03A,0190_SL1,0190_D03B,0190_Q3,0190_D04,0190_Q4,0190_D05,& 0190_BLB,0190_D06,0190_BLB,0190_D06,0190_BLB,& 0190_D07,0190_Q5,0190_D08,0190_Q6,0190_D09A,0190_SL2,0190_D09B,0190_Q7,0190_D10A,0190_SL4,0190_D10B,0190_BLA,0190_D11) 0190_ARCL1: LINE=(0190_ARCLT,0190_Q8) 0190_ARCLS: LINE=(0190_ARCLT,0190_Q8) 0190_ARCLL: LINE=(0190_ARCLT) 0190_ARCL: LINE=(0190_ARCL1,8*0190_ARCLS,0190_ARCLL) 0190_ARCRT: LINE=(0190_D01,0190_BRA,0190_D02A,0190_SR3,0190_D02B,0190_Q2,0190_D03A,0190_SR1,0190_D03B,0190_Q3,0190_D04,0190_Q4,0190_D05,& 0190_BRB,0190_D06,0190_BRB,0190_D06,0190_BRB,& 0190_D07,0190_Q5,0190_D08,0190_Q6,0190_D09A,0190_SR2,0190_D09B,0190_Q7,0190_D10A,0190_SR4,0190_D10B,0190_BRA,0190_D11) 0190_ARCR1: LINE=(0190_ARCRT,0190_Q8) 0190_ARCRS: LINE=(0190_ARCRT,0190_Q8) 0190_ARCRL: LINE=(0190_ARCRT) 0190_ARCR: LINE=(0190_ARCR1,38*0190_ARCRS,0190_ARCRL) 0190_ARCLTE: LINE=(0190_D01E,0190_BLAE,0190_D02AE,0190_SL3,0190_D02BE,0190_Q2,0190_D03AE,0190_SL1,0190_D03BE,0190_Q3,0190_D04E,0190_Q4,0190_D05E,& 0190_BLBE,0190_D06E,0190_BLBE,0190_D06E,0190_BLBE,& 0190_D07E,0190_Q5,0190_D08E,0190_Q6,0190_D09AE,0190_SL2,0190_D09BE,0190_Q7,0190_D10AE,0190_SL4,0190_D10BE,0190_BLAE,0190_D11E) 0190_ARCL1E: LINE=(0190_ARCLTE,0190_Q8) 0190_ARCLSE: LINE=(0190_ARCLTE,0190_Q8) 0190_ARCLLE: LINE=(0190_ARCLTE) 0190_ARCLE: LINE=(0190_ARCL1E,8*0190_ARCLSE,0190_ARCLLE) 0190_ARCRTE: LINE=(0190_D01E,0190_BRAE,0190_D02AE,0190_SR3,0190_D02BE,0190_Q2,0190_D03AE,0190_SR1,0190_D03BE,0190_Q3,0190_D04E,0190_Q4,0190_D05E,& 0190_BRBE,0190_D06E,0190_BRBE,0190_D06E,0190_BRBE,& 0190_D07E,0190_Q5,0190_D08E,0190_Q6,0190_D09AE,0190_SR2,0190_D09BE,0190_Q7,0190_D10AE,0190_SR4,0190_D10BE,0190_BRAE,0190_D11E) 0190_ARCR1E: LINE=(0190_ARCRTE,0190_Q8) 0190_ARCRSE: LINE=(0190_ARCRTE,0190_Q8) 0190_ARCRLE: LINE=(0190_ARCRTE) 0190_ARCRE: LINE=(0190_ARCR1E,38*0190_ARCRSE,0190_ARCRLE) 0190_ARCLTCSR: LINE=(0190_D01CSR,0190_BLACSR,0190_D02ACSR,0190_SL3,0190_D02BCSR,0190_Q2,0190_D03ACSR,0190_SL1,0190_D03BCSR,0190_Q3,0190_D04CSR,0190_Q4,0190_D05CSR,& 0190_BLBCSR,0190_D06CSR,0190_BLBCSR,0190_D06CSR,0190_BLBCSR,& 0190_D07CSR,0190_Q5,0190_D08CSR,0190_Q6,0190_D09ACSR,0190_SL2,0190_D09BCSR,0190_Q7,0190_D10ACSR,0190_SL4,0190_D10BCSR,0190_BLACSR,0190_D11CSR) 0190_ARCL1CSR: LINE=(0190_ARCLTCSR,0190_Q8) 0190_ARCLSCSR: LINE=(0190_ARCLTCSR,0190_Q8) 0190_ARCLLCSR: LINE=(0190_ARCLTCSR) 0190_ARCLCSR: LINE=(0190_ARCL1CSR,8*0190_ARCLSCSR,0190_ARCLLCSR) 0190_ARCRTCSR: LINE=(0190_D01CSR,0190_BRACSR,0190_D02ACSR,0190_SR3,0190_D02BCSR,0190_Q2,0190_D03ACSR,0190_SR1,0190_D03BCSR,0190_Q3,0190_D04CSR,0190_Q4,0190_D05CSR,& 0190_BRBCSR,0190_D06CSR,0190_BRBCSR,0190_D06CSR,0190_BRBCSR,& 0190_D07CSR,0190_Q5,0190_D08CSR,0190_Q6,0190_D09ACSR,0190_SR2,0190_D09BCSR,0190_Q7,0190_D10ACSR,0190_SR4,0190_D10BCSR,0190_BRACSR,0190_D11CSR) 0190_ARCR1CSR: LINE=(0190_ARCRTCSR,0190_Q8) 0190_ARCRSCSR: LINE=(0190_ARCRTCSR,0190_Q8) 0190_ARCRLCSR: LINE=(0190_ARCRTCSR) 0190_ARCRCSR: LINE=(0190_ARCR1CSR,38*0190_ARCRSCSR,0190_ARCRLCSR) ! matching between left and right arc % 0.8652551102 sto 0190_kqms1 %-0.449800556 sto 0190_kqms2 % 0.3081363082 sto 0190_kqms3 % 0.1848254644 sto 0190_kqmc1 %-0.2054362023 sto 0190_kqmc2 0190_QMS1: QUAD, L="0190_lquad", K1="0190_kqms1" 0190_QMS2: QUAD, L="0190_lquad", K1="0190_kqms2" 0190_QMS3: QUAD, L="0190_lquad", K1="0190_kqms3" 0190_QMC1: QUAD, L="0190_lquad", K1="0190_kqmc1" 0190_QMC2: QUAD, L="0190_lquad", K1="0190_kqmc2" % 20.0 sto 0190_ldmc % 17.39 sto 0190_ldms1 % 21.16 0190_ldms1 - sto 0190_ldms2 % 10.90 sto 0190_ldms3 0190_DMC: DRIFT, L="0190_ldmc" 0190_DMS1: DRIFT, L="0190_ldms1" 0190_DMS2: DRIFT, L="0190_ldms2" 0190_DMS3: DRIFT, L="0190_ldms3" 0190_DMCE: EDRIFT, L="0190_ldmc" 0190_DMS1E: EDRIFT, L="0190_ldms1" 0190_DMS2E: EDRIFT, L="0190_ldms2" 0190_DMS3E: EDRIFT, L="0190_ldms3" 0190_DMCCSR: CSRDRIFT, L="0190_ldmc", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_DMS1CSR: CSRDRIFT, L="0190_ldms1", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_DMS2CSR: CSRDRIFT, L="0190_ldms2", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_DMS3CSR: CSRDRIFT, L="0190_ldms3", & CSR="0190_usecsr", DZ=0.01, USE_STUPAKOV=1 0190_MCELL: LINE=(0190_QMC1,0190_DMC,0190_QMC2,0190_DMC) 0190_MATCHLINE: LINE=(0190_QMS1,0190_DMS1,0190_QMS2,0190_DMS2,0190_QMS3,0190_DMS3,& 7*0190_MCELL,0190_QMC1,& 0190_DMS3,0190_QMS3,0190_DMS2,0190_QMS2,0190_DMS1,0190_QMS1) 0190_MCELLE: LINE=(0190_QMC1,0190_DMCE,0190_QMC2,0190_DMCE) 0190_MATCHLINEE: LINE=(0190_QMS1,0190_DMS1E,0190_QMS2,0190_DMS2E,0190_QMS3,0190_DMS3E,& 7*0190_MCELLE,0190_QMC1,& 0190_DMS3E,0190_QMS3,0190_DMS2E,0190_QMS2,0190_DMS1E,0190_QMS1) 0190_MCELLCSR: LINE=(0190_QMC1,0190_DMCCSR,0190_QMC2,0190_DMCCSR) 0190_MATCHLINECSR: LINE=(0190_QMS1,0190_DMS1CSR,0190_QMS2,0190_DMS2CSR,0190_QMS3,0190_DMS3CSR,& 7*0190_MCELLCSR,0190_QMC1,& 0190_DMS3CSR,0190_QMS3,0190_DMS2CSR,0190_QMS2,0190_DMS1CSR,0190_QMS1) ! LOOP 0190_LOOP: LINE=(0190_ARCL,0190_MATCHLINE,0190_ARCR) 0190_LOOPE: LINE=(0190_ARCLE,0190_MATCHLINEE,0190_ARCRE) 0190_LOOPCSR: LINE=(0190_ARCLCSR,0190_MATCHLINECSR,0190_ARCRCSR) LINE0190: LINE=(0190_LOOP) LINE0190E: LINE=(0190_LOOPE) LINE0190CSR: LINE=(0190_LOOPCSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match turn around loop to BC2 RF ! % global_csr sto 0200_usecsr % 0.3 sto 0200_lquad % 0.9977955408 sto 0200_kqm1 %-0.9378162817 sto 0200_kqm2 % 0.8448493311 sto 0200_kqm3 % 0.643791675 sto 0200_kqm4 %-1.65361171 sto 0200_kqm5 % 6.8 sto 0200_ldm1 % 3.4 sto 0200_ldm2 % 1.65 sto 0200_ldm3 % 1.4 sto 0200_ldm4 0200_Q1: QUAD, L="0200_lquad", K1="0200_kqm1" 0200_Q2: QUAD, L="0200_lquad", K1="0200_kqm2" 0200_Q3: QUAD, L="0200_lquad", K1="0200_kqm3" 0200_Q4: QUAD, L="0200_lquad", K1="0200_kqm4" 0200_Q5: QUAD, L=0.35, K1="0200_kqm5" 0200_D01: DRIFT, L="0200_ldm1" 0200_D02: DRIFT, L="0200_ldm2" 0200_D03: DRIFT, L="0200_ldm3" 0200_D04: DRIFT, L="0200_ldm4" 0200_D01E: EDRIFT, L="0200_ldm1" 0200_D02E: EDRIFT, L="0200_ldm2" 0200_D03E: EDRIFT, L="0200_ldm3" 0200_D04E: EDRIFT, L="0200_ldm4" 0200_D01CSR: CSRDRIFT, L="0200_ldm1", & CSR="0200_usecsr", DZ=0.01, USE_STUPAKOV=1 0200_D02CSR: CSRDRIFT, L="0200_ldm2", & CSR="0200_usecsr", DZ=0.01, USE_STUPAKOV=1 0200_D03CSR: CSRDRIFT, L="0200_ldm3", & CSR="0200_usecsr", DZ=0.01, USE_STUPAKOV=1 0200_D04CSR: CSRDRIFT, L="0200_ldm4", & CSR="0200_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0200: LINE=(0200_Q1,0200_D01,0200_Q2,0200_D02,0200_Q3,0200_D03,& 0200_Q4,0200_D04,0200_Q5) LINE0200E: LINE=(0200_Q1,0200_D01E,0200_Q2,0200_D02E,0200_Q3,0200_D03E,& 0200_Q4,0200_D04E,0200_Q5) LINE0200CSR: LINE=(0200_Q1,0200_D01CSR,0200_Q2,0200_D02CSR,0200_Q3,0200_D03CSR,& 0200_Q4,0200_D04CSR,0200_Q5) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! BC2 RF ! !% global_csr sto 0210_usecsr % 0 sto 0210_usecsr % 0.35 sto 0210_lquad % 0.23 sto 0210_lcav % 12.0e9 sto 0210_cavfreq % 0.010417 sto 0210_lcell ! no wakes % 90.0e6 0210_lcav * sto 0210_cavvolt ! with wakes !% 94.0e6 0210_lcav * sto 0210_cavvolt % 0.0 sto 0210_cavphase % -1.65361171 sto 0210_kq1 % 1.65361175 sto 0210_kq2 % 0.02 sto 0210_ld1 % 0.04 sto 0210_ld2 % 0.08 sto 0210_lbpm 0210_Q1: QUAD, L="0210_lquad", K1="0210_kq1" 0210_Q2: QUAD, L="0210_lquad", K1="0210_kq2" 0210_D1: DRIFT, L="0210_ld1" 0210_D2: DRIFT, L="0210_ld2" 0210_DBPM: DRIFT, L="0210_lbpm" 0210_D1E: EDRIFT, L="0210_ld1" 0210_D2E: EDRIFT, L="0210_ld2" 0210_DBPME: EDRIFT, L="0210_lbpm" 0210_D1CSR: CSRDRIFT, L="0210_ld1", & CSR="0210_usecsr", DZ=0.01, USE_STUPAKOV=1 0210_D2CSR: CSRDRIFT, L="0210_ld2", & CSR="0210_usecsr", DZ=0.01, USE_STUPAKOV=1 0210_DBPMCSR: CSRDRIFT, L="0210_lbpm", & CSR="0210_usecsr", DZ=0.01, USE_STUPAKOV=1 0210_CAV: RFCW, L="0210_lcav", FREQ="0210_cavfreq", CELL_LENGTH="0210_lcell",& VOLT="0210_cavvolt", PHASE="0210_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 !0210_CAV: RFCW, L="0210_lcav", FREQ="0210_cavfreq", CELL_LENGTH="0210_lcell",& ! VOLT="0210_cavvolt", PHASE="0210_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & ! WAKEFILE="wake_bc2.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy",INTERPOLATE=1 CELL0210: LINE=(0210_D2,0210_CAV,0210_CAV) LINE0210: LINE=(0210_D1,3*CELL0210,0210_D1,& 6*(0210_DBPM,0210_D2,0210_Q2,0210_D1,3*CELL0210,0210_D1,0210_DBPM,0210_D2,0210_Q1,0210_D1,3*CELL0210,0210_D1),& 0210_DBPM,0210_D2) CELL0210E: LINE=(0210_D2E,0210_CAV,0210_CAV) LINE0210E: LINE=(0210_D1E,3*CELL0210E,0210_D1E,& 6*(0210_DBPME,0210_D2E,0210_Q2,0210_D1E,3*CELL0210E,0210_D1E,0210_DBPME,0210_D2E,0210_Q1,0210_D1E,3*CELL0210E,0210_D1E),& 0210_DBPME,0210_D2E) CELL0210CSR: LINE=(0210_D2CSR,0210_CAV,0210_CAV) LINE0210CSR: LINE=(0210_D1CSR,3*CELL0210CSR,0210_D1CSR,& 6*(0210_DBPMCSR,0210_D2CSR,0210_Q2,0210_D1CSR,3*CELL0210CSR,0210_D1CSR,0210_DBPMCSR,0210_D2CSR,0210_Q1,0210_D1CSR,3*CELL0210CSR,0210_D1CSR),& 0210_DBPMCSR,0210_D2CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match BC2 RF to BC2 chicane 1 ! !% global_csr sto 0220_usecsr % 0 sto 0220_usecsr % 0.3 sto 0220_lquad % 0.8385726765 sto 0220_kqm1 % -0.6948349786 sto 0220_kqm2 % 0.3245705552 sto 0220_kqm3 % 0.1643687923 sto 0220_kqm4 % 0.8 sto 0220_ldm1 % 8.2 sto 0220_ldm2 % 3.9 sto 0220_ldm3 % 0.5 sto 0220_ldm4 % 0.5 sto 0220_ldm5 0220_Q1: QUAD, L="0220_lquad", K1="0220_kqm1" 0220_Q2: QUAD, L="0220_lquad", K1="0220_kqm2" 0220_Q3: QUAD, L="0220_lquad", K1="0220_kqm3" 0220_Q4: QUAD, L="0220_lquad", K1="0220_kqm4" 0220_D01: DRIFT, L="0220_ldm1" 0220_D02: DRIFT, L="0220_ldm2" 0220_D03: DRIFT, L="0220_ldm3" 0220_D04: DRIFT, L="0220_ldm4" 0220_D05: DRIFT, L="0220_ldm5" 0220_D01E: EDRIFT, L="0220_ldm1" 0220_D02E: EDRIFT, L="0220_ldm2" 0220_D03E: EDRIFT, L="0220_ldm3" 0220_D04E: EDRIFT, L="0220_ldm4" 0220_D05E: EDRIFT, L="0220_ldm5" 0220_D01CSR: CSRDRIFT, L="0220_ldm1", & CSR="0220_usecsr", DZ=0.01, USE_STUPAKOV=1 0220_D02CSR: CSRDRIFT, L="0220_ldm2", & CSR="0220_usecsr", DZ=0.01, USE_STUPAKOV=1 0220_D03CSR: CSRDRIFT, L="0220_ldm3", & CSR="0220_usecsr", DZ=0.01, USE_STUPAKOV=1 0220_D04CSR: CSRDRIFT, L="0220_ldm4", & CSR="0220_usecsr", DZ=0.01, USE_STUPAKOV=1 0220_D05CSR: CSRDRIFT, L="0220_ldm5", & CSR="0220_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0220: LINE=(0220_D01,0220_Q1,0220_D02,0220_Q2,0220_D03,& 0220_Q3,0220_D04,0220_Q4,0220_D05) LINE0220E: LINE=(0220_D01E,0220_Q1,0220_D02E,0220_Q2,0220_D03E,& 0220_Q3,0220_D04E,0220_Q4,0220_D05E) LINE0220CSR: LINE=(0220_D01CSR,0220_Q1,0220_D02CSR,0220_Q2,0220_D03CSR,& 0220_Q3,0220_D04CSR,0220_Q4,0220_D05CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! BC2 chicane 1 ! % global_csr sto 0230_usecsr % global_isr sto 0230_useisr % global_isr sto 0230_usesyn % 1 atan 4 * sto Pi % 1.317 180 / Pi * sto 0230_theta % 1.5 sto 0230_lbend % 0230_lbend 0230_theta sin / sto 0230_r0 % 0230_theta 0230_r0 * sto 0230_larc 0230_B1 : SBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = 0.0, E2 = "0230_theta" 0230_B2 : SBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = "0230_theta -1 *", E2 = 0.0 0230_B3 : SBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = 0.0, E2 = "0230_theta -1 *" 0230_B4 : SBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = "0230_theta", E2 = 0.0 0230_B1E : CSBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = 0.0, E2 = "0230_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0230_usesyn", ISR = "0230_useisr", USE_RAD_DIST = "0230_usesyn" 0230_B2E : CSBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = "0230_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0230_usesyn", ISR = "0230_useisr", USE_RAD_DIST = "0230_usesyn" 0230_B3E : CSBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = 0.0, E2 = "0230_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0230_usesyn", ISR = "0230_useisr", USE_RAD_DIST = "0230_usesyn" 0230_B4E : CSBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = "0230_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0230_usesyn", ISR = "0230_useisr", USE_RAD_DIST = "0230_usesyn" 0230_B1CSR : CSRCSBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = 0.0, E2 = "0230_theta", & INTEGRATION_ORDER = 4, & CSR = "0230_usecsr", ISR = "0230_useisr", SYNCH_RAD = "0230_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0230_B2CSR : CSRCSBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = "0230_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0230_usecsr", ISR = "0230_useisr", SYNCH_RAD = "0230_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0230_B3CSR : CSRCSBEND, L = "0230_larc", ANGLE = "0230_theta -1 *", & E1 = 0.0, E2 = "0230_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "0230_usecsr", ISR = "0230_useisr", SYNCH_RAD = "0230_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0230_B4CSR : CSRCSBEND, L = "0230_larc", ANGLE = "0230_theta", & E1 = "0230_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0230_usecsr", ISR = "0230_useisr", SYNCH_RAD = "0230_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 ! % 11.5 0230_theta cos / sto 0230_l12 % 1.0 sto 0230_l23 % 11.5 0230_theta cos / sto 0230_l34 0230_D12: DRIFT, L="0230_l12" 0230_D23: DRIFT, L="0230_l23" 0230_D34: DRIFT, L="0230_l34" 0230_D12E: EDRIFT, L="0230_l12" 0230_D23E: EDRIFT, L="0230_l23" 0230_D34E: EDRIFT, L="0230_l34" 0230_D12CSR: CSRDRIFT, L="0230_l12", & CSR="0230_usecsr", DZ=0.01, USE_STUPAKOV=1 0230_D23CSR: CSRDRIFT, L="0230_l23", & CSR="0230_usecsr", DZ=0.01, USE_STUPAKOV=1 0230_D34CSR: CSRDRIFT, L="0230_l34", & CSR="0230_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0230: LINE = (0230_B1, 0230_D12, 0230_B2, 0230_D23,& 0230_B3, 0230_D34, 0230_B4) LINE0230E: LINE = (0230_B1E, 0230_D12E, 0230_B2E, 0230_D23E,& 0230_B3E, 0230_D34E, 0230_B4E) LINE0230CSR: LINE = (0230_B1CSR, 0230_D12CSR, 0230_B2CSR, 0230_D23CSR,& 0230_B3CSR, 0230_D34CSR, 0230_B4CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match BC2 chicanes 1 and 2 ! % global_csr sto 0240_usecsr % 0.3 sto 0240_lquad % -0.017800781 sto 0240_kqm1 % -0.2372786548 sto 0240_kqm2 % -0.06329426541 sto 0240_kqm3 % 0.2997151404 sto 0240_kqm4 % 1.3 sto 0240_ldm1 % 5.0 sto 0240_ldm2 % 4.4 sto 0240_ldm3 % 3.0 sto 0240_ldm4 % 0.4 sto 0240_ldm5 0240_Q1: QUAD, L="0240_lquad", K1="0240_kqm1" 0240_Q2: QUAD, L="0240_lquad", K1="0240_kqm2" 0240_Q3: QUAD, L="0240_lquad", K1="0240_kqm3" 0240_Q4: QUAD, L="0240_lquad", K1="0240_kqm4" 0240_D01: DRIFT, L="0240_ldm1" 0240_D02: DRIFT, L="0240_ldm2" 0240_D03: DRIFT, L="0240_ldm3" 0240_D04: DRIFT, L="0240_ldm4" 0240_D05: DRIFT, L="0240_ldm5" 0240_D01E: EDRIFT, L="0240_ldm1" 0240_D02E: EDRIFT, L="0240_ldm2" 0240_D03E: EDRIFT, L="0240_ldm3" 0240_D04E: EDRIFT, L="0240_ldm4" 0240_D05E: EDRIFT, L="0240_ldm5" 0240_D01CSR: CSRDRIFT, L="0240_ldm1", & CSR="0240_usecsr", DZ=0.01, USE_STUPAKOV=1 0240_D02CSR: CSRDRIFT, L="0240_ldm2", & CSR="0240_usecsr", DZ=0.01, USE_STUPAKOV=1 0240_D03CSR: CSRDRIFT, L="0240_ldm3", & CSR="0240_usecsr", DZ=0.01, USE_STUPAKOV=1 0240_D04CSR: CSRDRIFT, L="0240_ldm4", & CSR="0240_usecsr", DZ=0.01, USE_STUPAKOV=1 0240_D05CSR: CSRDRIFT, L="0240_ldm5", & CSR="0240_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0240: LINE=(0240_D01,0240_Q1,0240_D02,0240_Q2,0240_D03,& 0240_Q3,0240_D04,0240_Q4,0240_D05) LINE0240E: LINE=(0240_D01E,0240_Q1,0240_D02E,0240_Q2,0240_D03E,& 0240_Q3,0240_D04E,0240_Q4,0240_D05E) LINE0240CSR: LINE=(0240_D01CSR,0240_Q1,0240_D02CSR,0240_Q2,0240_D03CSR,& 0240_Q3,0240_D04CSR,0240_Q4,0240_D05CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! BC2 chicane 2 ! % global_csr sto 0250_usecsr % global_isr sto 0250_useisr % global_isr sto 0250_usesyn % 1 atan 4 * sto Pi % 0.855 180 / Pi * sto 0250_theta % 1.5 sto 0250_lbend % 0250_lbend 0250_theta sin / sto 0250_r0 % 0250_theta 0250_r0 * sto 0250_larc 0250_B1 : SBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = 0.0, E2 = "0250_theta" 0250_B2 : SBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = "0250_theta -1 *", E2 = 0.0 0250_B3 : SBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = 0.0, E2 = "0250_theta -1 *" 0250_B4 : SBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = "0250_theta", E2 = 0.0 0250_B1E : CSBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = 0.0, E2 = "0250_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0250_usesyn", ISR = "0250_useisr", USE_RAD_DIST = "0250_usesyn" 0250_B2E : CSBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = "0250_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0250_usesyn", ISR = "0250_useisr", USE_RAD_DIST = "0250_usesyn" 0250_B3E : CSBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = 0.0, E2 = "0250_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "0250_usesyn", ISR = "0250_useisr", USE_RAD_DIST = "0250_usesyn" 0250_B4E : CSBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = "0250_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "0250_usesyn", ISR = "0250_useisr", USE_RAD_DIST = "0250_usesyn" 0250_B1CSR : CSRCSBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = 0.0, E2 = "0250_theta", & INTEGRATION_ORDER = 4, & CSR = "0250_usecsr", ISR = "0250_useisr", SYNCH_RAD = "0250_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0250_B2CSR : CSRCSBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = "0250_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0250_usecsr", ISR = "0250_useisr", SYNCH_RAD = "0250_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0250_B3CSR : CSRCSBEND, L = "0250_larc", ANGLE = "0250_theta -1 *", & E1 = 0.0, E2 = "0250_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "0250_usecsr", ISR = "0250_useisr", SYNCH_RAD = "0250_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 0250_B4CSR : CSRCSBEND, L = "0250_larc", ANGLE = "0250_theta", & E1 = "0250_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "0250_usecsr", ISR = "0250_useisr", SYNCH_RAD = "0250_usesyn", & N_KICKS = 1000, & BINS = 2000, SG_HALFWIDTH = 10, & DERBENEV_CRITERION_MODE = "disable" ! OUTPUT_FILE = "wakes1.dat", & ! OUTPUT_INTERVAL= 10, & ! PARTICLE_OUTPUT_FILE = "part1.dat", & ! PARTICLE_OUTPUT_INTERVAL = 10, & ! SLICE_ANALYSIS_INTERVAL = 5 ! % 11.5 0250_theta cos / sto 0250_l12 % 1.0 sto 0250_l23 % 11.5 0250_theta cos / sto 0250_l34 0250_D12: DRIFT, L="0250_l12" 0250_D23: DRIFT, L="0250_l23" 0250_D34: DRIFT, L="0250_l34" 0250_D12E: EDRIFT, L="0250_l12" 0250_D23E: EDRIFT, L="0250_l23" 0250_D34E: EDRIFT, L="0250_l34" 0250_D12CSR: CSRDRIFT, L="0250_l12", & CSR="0250_usecsr", DZ=0.01, USE_STUPAKOV=1 0250_D23CSR: CSRDRIFT, L="0250_l23", & CSR="0250_usecsr", DZ=0.01, USE_STUPAKOV=1 0250_D34CSR: CSRDRIFT, L="0250_l34", & CSR="0250_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0250: LINE = (0250_B1, 0250_D12, 0250_B2, 0250_D23,& 0250_B3, 0250_D34, 0250_B4) LINE0250E: LINE = (0250_B1E, 0250_D12E, 0250_B2E, 0250_D23E,& 0250_B3E, 0250_D34E, 0250_B4E) LINE0250CSR: LINE = (0250_B1CSR, 0250_D12CSR, 0250_B2CSR, 0250_D23CSR,& 0250_B3CSR, 0250_D34CSR, 0250_B4CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! match BC2 chicane to diagnostics section 3 ! % global_csr sto 0260_usecsr % 0.3 sto 0260_lquad % -0.3797808141 sto 0260_kqm1 % 0.2906220074 sto 0260_kqm2 % 0.01283115339 sto 0260_kqm3 % -0.118298269 sto 0260_kqm4 % 0.5 sto 0260_ldm1 % 2.7 sto 0260_ldm2 % 3.4 sto 0260_ldm3 % 3.9 sto 0260_ldm4 % 2.2 sto 0260_ldm5 0260_Q1: QUAD, L="0260_lquad", K1="0260_kqm1" 0260_Q2: QUAD, L="0260_lquad", K1="0260_kqm2" 0260_Q3: QUAD, L="0260_lquad", K1="0260_kqm3" 0260_Q4: QUAD, L="0260_lquad", K1="0260_kqm4" 0260_D01: DRIFT, L="0260_ldm1" 0260_D02: DRIFT, L="0260_ldm2" 0260_D03: DRIFT, L="0260_ldm3" 0260_D04: DRIFT, L="0260_ldm4" 0260_D05: DRIFT, L="0260_ldm5" 0260_D01E: EDRIFT, L="0260_ldm1" 0260_D02E: EDRIFT, L="0260_ldm2" 0260_D03E: EDRIFT, L="0260_ldm3" 0260_D04E: EDRIFT, L="0260_ldm4" 0260_D05E: EDRIFT, L="0260_ldm5" 0260_D01CSR: CSRDRIFT, L="0260_ldm1", & CSR="0260_usecsr", DZ=0.01, USE_STUPAKOV=1 0260_D02CSR: CSRDRIFT, L="0260_ldm2", & CSR="0260_usecsr", DZ=0.01, USE_STUPAKOV=1 0260_D03CSR: CSRDRIFT, L="0260_ldm3", & CSR="0260_usecsr", DZ=0.01, USE_STUPAKOV=1 0260_D04CSR: CSRDRIFT, L="0260_ldm4", & CSR="0260_usecsr", DZ=0.01, USE_STUPAKOV=1 0260_D05CSR: CSRDRIFT, L="0260_ldm5", & CSR="0260_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0260: LINE=(0260_D01,0260_Q1,0260_D02,0260_Q2,0260_D03,& 0260_Q3,0260_D04,0260_Q4,0260_D05) LINE0260E: LINE=(0260_D01E,0260_Q1,0260_D02E,0260_Q2,0260_D03E,& 0260_Q3,0260_D04E,0260_Q4,0260_D05E) LINE0260CSR: LINE=(0260_D01CSR,0260_Q1,0260_D02CSR,0260_Q2,0260_D03CSR,& 0260_Q3,0260_D04CSR,0260_Q4,0260_D05CSR) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Diagnostics section 3 ! % global_csr sto 0270_usecsr % 0.2 sto 0270_lquad % 0.3776567687 sto 0270_kqm1 % -0.3776567687 sto 0270_kqm2 % 10.0 sto 0270_ld 0270_Q1: QUAD, L="0270_lquad", K1="0270_kqm1" 0270_Q2: QUAD, L="0270_lquad", K1="0270_kqm2" 0270_D: DRIFT, L="0270_ld" 0270_DE: EDRIFT, L="0270_ld" 0270_DCSR: CSRDRIFT, L="0270_ld", & CSR="0270_usecsr", DZ=0.01, USE_STUPAKOV=1 CELL0270: LINE=(0270_Q1,0270_D,0270_Q2,0270_D) LINE0270: LINE=(4*CELL0270) CELL0270E: LINE=(0270_Q1,0270_DE,0270_Q2,0270_DE) LINE0270E: LINE=(4*CELL0270) CELL0270CSR: LINE=(0270_Q1,0270_DCSR,0270_Q2,0270_DCSR) LINE0270CSR: LINE=(4*CELL0270) !---------------------------------------------------------------------- ! ! CLIC Main Beam RTML ! Comissioning dump and match RTML to Main Linac ! % global_csr sto 0280_usecsr % 0.3 sto 0280_lquad % 0.4069109223 sto 0280_kqm1 % 0.09620017379 sto 0280_kqm2 % -0.7439161361 sto 0280_kqm3 % 0.9431461545 sto 0280_kqm4 % -1.653611708 sto 0280_kqm5 % 0.60 sto 0280_ldm1 % 1.00 sto 0280_ldm2 % 4.00 sto 0280_ldm3 % 5.80 sto 0280_ldm4 % 2.90 sto 0280_ldm5 0280_Q1: QUAD, L="0280_lquad", K1="0280_kqm1" 0280_Q2: QUAD, L="0280_lquad", K1="0280_kqm2" 0280_Q3: QUAD, L="0280_lquad", K1="0280_kqm3" 0280_Q4: QUAD, L="0280_lquad", K1="0280_kqm4" 0280_Q5: QUAD, L=0.175, K1="0280_kqm5" 0280_D01E: EDRIFT, L="0280_ldm1" 0280_D02E: EDRIFT, L="0280_ldm2" 0280_D03E: EDRIFT, L="0280_ldm3" 0280_D04E: EDRIFT, L="0280_ldm4" 0280_D05E: EDRIFT, L="0280_ldm5" 0280_D01: DRIFT, L="0280_ldm1" 0280_D02: DRIFT, L="0280_ldm2" 0280_D03: DRIFT, L="0280_ldm3" 0280_D04: DRIFT, L="0280_ldm4" 0280_D05: DRIFT, L="0280_ldm5" 0280_D01CSR: CSRDRIFT, L="0280_ldm1", & CSR="0280_usecsr", DZ=0.01, USE_STUPAKOV=1 0280_D02CSR: CSRDRIFT, L="0280_ldm2", & CSR="0280_usecsr", DZ=0.01, USE_STUPAKOV=1 0280_D03CSR: CSRDRIFT, L="0280_ldm3", & CSR="0280_usecsr", DZ=0.01, USE_STUPAKOV=1 0280_D04CSR: CSRDRIFT, L="0280_ldm4", & CSR="0280_usecsr", DZ=0.01, USE_STUPAKOV=1 0280_D05CSR: CSRDRIFT, L="0280_ldm5", & CSR="0280_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE0280: LINE=(0280_D01,0280_Q1,0280_D02,0280_Q2,& 0280_D03,0280_Q3,0280_D04,0280_Q4,& 0280_D05,0280_Q5) LINE0280E: LINE=(0280_D01E,0280_Q1,0280_D02E,0280_Q2,& 0280_D03E,0280_Q3,0280_D04E,0280_Q4,& 0280_D05E,0280_Q5) LINE0280CSR: LINE=(0280_D01CSR,0280_Q1,0280_D02CSR,0280_Q2,& 0280_D03CSR,0280_Q3,0280_D04CSR,0280_Q4,& 0280_D05CSR,0280_Q5) !---------------------------------------------------------------------- % 0.65e-9 sto qbunch % 100000 sto npart % qbunch npart / sto qpart Q0: CHARGE, TOTAL="qbunch", PER_PARTICLE="qpart" RTML: LINE=(Q0,& LINE0010,LINE0020,LINE0030,LINE0040,LINE0050,LINE0060,& LINE0070,LINE0080,LINE0090,LINE0100,LINE0110,LINE0120,& LINE0130,LINE0140,LINE0150,LINE0160,LINE0170,LINE0180,& LINE0190,LINE0200,LINE0210,LINE0220,LINE0230,LINE0240,& LINE0250,LINE0260,LINE0270,LINE0280 ) WW: WATCH, FILENAME="beam.sdds" RTMLT: LINE=(Q0,& LINE0010,LINE0020,LINE0030,LINE0040,LINE0050,WW,LINE0060,& LINE0070,LINE0080,LINE0090,LINE0100,LINE0110,LINE0120 ) !RTMLT: LINE=(Q0,& ! LINE0210,LINE0220,LINE0230,LINE0240,& ! LINE0250,LINE0260,LINE0270,LINE0280) RTMLE: LINE=(Q0,& LINE0010E,LINE0020E,LINE0030E,LINE0040E,LINE0050E,LINE0060E,& LINE0070E,LINE0080E,LINE0090E,LINE0100E,LINE0110E,LINE0120E,& LINE0130E,LINE0140E,LINE0150E,LINE0160E,LINE0170E,LINE0180E,& LINE0190E,LINE0200E,LINE0210E,LINE0220E,LINE0230E,LINE0240E,& LINE0250E,LINE0260E,LINE0270E,LINE0280E ) RTMLCSR: LINE=(Q0,& LINE0010CSR,LINE0020CSR,LINE0030CSR,LINE0040CSR,LINE0050CSR,LINE0060CSR,& LINE0070CSR,LINE0080CSR,LINE0090CSR,LINE0100CSR,LINE0110CSR,LINE0120CSR,& LINE0130CSR,LINE0140CSR,LINE0150CSR,LINE0160CSR,LINE0170CSR,LINE0180CSR,& LINE0190CSR,LINE0200CSR,LINE0210CSR,LINE0220CSR,LINE0230CSR,LINE0240CSR,& LINE0250CSR,LINE0260CSR,LINE0270CSR,LINE0280CSR )