! ! CLIC Main Beam RTML ! Electron spin rotator ! % global_csr sto XXXX_usecsr % global_isr sto XXXX_useisr % global_isr sto XXXX_usesyn % 1 atan 4 * sto Pi % 1.0 sto XXXX_lbendarc % 0.36 sto XXXX_lquad % 1.3 sto XXXX_lsole % 0.2 sto XXXX_lsext % 0.04033666667 sto XXXX_phia % XXXX_lbendarc sto XXXX_larca XXXX_BA : SBEND, L="XXXX_larca", ANGLE="XXXX_phia 1.0 *",& E1 = 0.0, E2 = 0.0 XXXX_BAE : CSBEND, L="XXXX_larca", ANGLE="XXXX_phia 1.0 *",& E1 = 0.0, E2 = 0.0,& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BACSR : CSRCSBEND, L = "XXXX_larca", ANGLE = "XXXX_phia 1.0 *",& E1 = 0.0, E2 = 0.0,& INTEGRATION_ORDER = 4,& CSR = "XXXX_usecsr", ISR = "XXXX_useisr",SYNCH_RAD="XXXX_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 XXXX_kqra1 % -0.1865980792 0.36 / sto XXXX_kqra2 % 0.2530366575 0.36 / sto XXXX_kqra3 % -0.1865980528 0.36 / sto XXXX_kqra4 % 0.2530366575 0.36 / sto XXXX_kqra5 % -0.1865980528 0.36 / sto XXXX_kqra6 % 0.2530366575 0.36 / sto XXXX_kqra7 % -0.1865980528 0.36 / sto XXXX_kqra8 % 0.2530366575 0.36 / sto XXXX_kqrb1 % -0.1865980528 0.36 / sto XXXX_kqrb2 % 0.2530366575 0.36 / sto XXXX_kqrb3 % -0.1865980528 0.36 / sto XXXX_kqrb4 % 0.2530366575 0.36 / sto XXXX_kqrb5 % -0.1865980528 0.36 / sto XXXX_kqrb6 % 0.2530366575 0.36 / sto XXXX_kqrb7 % -0.1865980528 0.36 / sto XXXX_kqrb8 % 0.3295122006 0.36 / sto XXXX_kqa1 % -0.3305696261 0.36 / sto XXXX_kqa2 % 0.3295122006 0.36 / sto XXXX_kqa3 % -0.3305696261 0.36 / sto XXXX_kqa4 % 0.3295122006 0.36 / sto XXXX_kqa5 % -0.3305696261 0.36 / sto XXXX_kqa6 % 0.5178288905 0.36 / sto XXXX_kqma1 % -0.5451182230 0.36 / sto XXXX_kqma2 % 0.5425750504 0.36 / sto XXXX_kqma3 % -0.3062493475 0.36 / sto XXXX_kqma4 % 0.05035268685 0.36 / sto XXXX_kqmb1 % 0.2872202639 0.36 / sto XXXX_kqmb2 % 0.2064250276 0.36 / sto XXXX_kqmb3 % -0.3232044214 0.36 / sto XXXX_kqmb4 XXXX_QRA1: QUAD, L="XXXX_lquad", K1="XXXX_kqra1" XXXX_QRA2: QUAD, L="XXXX_lquad", K1="XXXX_kqra2" XXXX_QRA3: QUAD, L="XXXX_lquad", K1="XXXX_kqra3" XXXX_QRA4: QUAD, L="XXXX_lquad", K1="XXXX_kqra4" XXXX_QRA5: QUAD, L="XXXX_lquad", K1="XXXX_kqra5" XXXX_QRA6: QUAD, L="XXXX_lquad", K1="XXXX_kqra6" XXXX_QRA7: QUAD, L="XXXX_lquad", K1="XXXX_kqra7" XXXX_QRA8: QUAD, L="XXXX_lquad", K1="XXXX_kqra8" XXXX_QRB1: QUAD, L="XXXX_lquad", K1="XXXX_kqrb1" XXXX_QRB2: QUAD, L="XXXX_lquad", K1="XXXX_kqrb2" XXXX_QRB3: QUAD, L="XXXX_lquad", K1="XXXX_kqrb3" XXXX_QRB4: QUAD, L="XXXX_lquad", K1="XXXX_kqrb4" XXXX_QRB5: QUAD, L="XXXX_lquad", K1="XXXX_kqrb5" XXXX_QRB6: QUAD, L="XXXX_lquad", K1="XXXX_kqrb6" XXXX_QRB7: QUAD, L="XXXX_lquad", K1="XXXX_kqrb7" XXXX_QRB8: QUAD, L="XXXX_lquad", K1="XXXX_kqrb8" XXXX_QA1: QUAD, L="XXXX_lquad", K1="XXXX_kqa1" XXXX_QA2: QUAD, L="XXXX_lquad", K1="XXXX_kqa2" XXXX_QA3: QUAD, L="XXXX_lquad", K1="XXXX_kqa3" XXXX_QA4: QUAD, L="XXXX_lquad", K1="XXXX_kqa4" XXXX_QA5: QUAD, L="XXXX_lquad", K1="XXXX_kqa5" XXXX_QA6: QUAD, L="XXXX_lquad", K1="XXXX_kqa6" XXXX_QMA1: QUAD, L="XXXX_lquad", K1="XXXX_kqma1" XXXX_QMA2: QUAD, L="XXXX_lquad", K1="XXXX_kqma2" XXXX_QMA3: QUAD, L="XXXX_lquad", K1="XXXX_kqma3" XXXX_QMA4: QUAD, L="XXXX_lquad", K1="XXXX_kqma4" XXXX_QMB1: QUAD, L="XXXX_lquad", K1="XXXX_kqmb1" XXXX_QMB2: QUAD, L="XXXX_lquad", K1="XXXX_kqmb2" XXXX_QMB3: QUAD, L="XXXX_lquad", K1="XXXX_kqmb3" XXXX_QMB4: QUAD, L="XXXX_lquad", K1="XXXX_kqmb4" % 1.0 sto XXXX_ldm % 5.0 sto XXXX_ldr % XXXX_ldr XXXX_lsole - sto XXXX_ldrs % 5.0 sto XXXX_lda % XXXX_lda XXXX_lbendarc - 2 / sto XXXX_ldas % XXXX_ldas XXXX_lsext - sto XXXX_ldax XXXX_DM: DRIFT, L="XXXX_ldm" XXXX_DR: DRIFT, L="XXXX_ldr" XXXX_DRS: DRIFT, L="XXXX_ldrs" XXXX_DA: DRIFT, L="XXXX_lda" XXXX_DAS: DRIFT, L="XXXX_ldas" XXXX_DAX: DRIFT, L="XXXX_ldax" XXXX_DME: EDRIFT, L="XXXX_ldm" XXXX_DRE: EDRIFT, L="XXXX_ldr" XXXX_DRSE: EDRIFT, L="XXXX_ldrs" XXXX_DAE: EDRIFT, L="XXXX_lda" XXXX_DASE: EDRIFT, L="XXXX_ldas" XXXX_DAXE: EDRIFT, L="XXXX_ldax" XXXX_DMCSR: CSRDRIFT, L="XXXX_ldm", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DRCSR: CSRDRIFT, L="XXXX_ldr", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DRSCSR: CSRDRIFT, L="XXXX_ldrs", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DACSR: CSRDRIFT, L="XXXX_lda", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DASCSR: CSRDRIFT, L="XXXX_ldas", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DAXCSR: CSRDRIFT, L="XXXX_ldax", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 % 0.001 sto XXXX_ks1 % 0.000 sto XXXX_ks2 XXXX_S1: SOLE, L="XXXX_lsole", KS="XXXX_ks1" XXXX_S2: SOLE, L="XXXX_lsole", KS="XXXX_ks2" % 2.83 sto XXXX_ksext XXXX_SE: KSEXT, L="XXXX_lsext", K2="XXXX_ksext" XXXX_REFA: LINE=(XXXX_S1,XXXX_DRS,XXXX_QRA1,XXXX_DR,XXXX_QRA2,& XXXX_DR,XXXX_QRA3,XXXX_DR,XXXX_QRA4,& XXXX_DR,XXXX_QRA5,XXXX_DR,XXXX_QRA6,& XXXX_DR,XXXX_QRA7,XXXX_DR,XXXX_QRA8) XXXX_REFB: LINE=(XXXX_S2,XXXX_DRS,XXXX_QRB1,XXXX_DR,XXXX_QRB2,& XXXX_DR,XXXX_QRB3,XXXX_DR,XXXX_QRB4,& XXXX_DR,XXXX_QRB5,XXXX_DR,XXXX_QRB6,& XXXX_DR,XXXX_QRB7,XXXX_DR,XXXX_QRB8) XXXX_ARC: LINE=(XXXX_DAS,XXXX_BA,XXXX_DAS,XXXX_QA1,XXXX_DAS,XXXX_BA,XXXX_DAS,XXXX_QA2,& XXXX_DAS,XXXX_BA,XXXX_DAX,XXXX_SE,XXXX_QA3,XXXX_DAS,XXXX_BA,XXXX_DAS,XXXX_QA4,& XXXX_DAS,XXXX_BA,XXXX_DAS,XXXX_QA5,XXXX_DAS,XXXX_BA,XXXX_DAS,XXXX_QA6) XXXX_MA: LINE=(XXXX_S1,XXXX_DM,XXXX_QMA1,XXXX_DM,XXXX_QMA2,XXXX_DM,XXXX_QMA3,XXXX_DM,XXXX_QMA4) XXXX_MB: LINE=(XXXX_DM,XXXX_QMB1,XXXX_DM,XXXX_QMB2,XXXX_DM,XXXX_QMB3,XXXX_DM,XXXX_QMB4) LINEXXXX: LINE=(XXXX_REFA,XXXX_MA,XXXX_ARC,XXXX_MB,XXXX_REFB,XXXX_S2) XXXX_REFAE: LINE=(XXXX_S1,XXXX_DRSE,XXXX_QRA1,XXXX_DRE,XXXX_QRA2,& XXXX_DRE,XXXX_QRA3,XXXX_DRE,XXXX_QRA4,& XXXX_DRE,XXXX_QRA5,XXXX_DRE,XXXX_QRA6,& XXXX_DRE,XXXX_QRA7,XXXX_DRE,XXXX_QRA8) XXXX_REFBE: LINE=(XXXX_S2,XXXX_DRSE,XXXX_QRB1,XXXX_DRE,XXXX_QRB2,& XXXX_DRE,XXXX_QRB3,XXXX_DRE,XXXX_QRB4,& XXXX_DRE,XXXX_QRB5,XXXX_DRE,XXXX_QRB6,& XXXX_DRE,XXXX_QRB7,XXXX_DRE,XXXX_QRB8) XXXX_ARCE: LINE=(XXXX_DASE,XXXX_BAE,XXXX_DASE,XXXX_QA1,XXXX_DASE,XXXX_BAE,XXXX_DASE,XXXX_QA2,& XXXX_DASE,XXXX_BAE,XXXX_DAXE,XXXX_SE,XXXX_QA3,XXXX_DASE,XXXX_BAE,XXXX_DASE,XXXX_QA4,& XXXX_DASE,XXXX_BAE,XXXX_DASE,XXXX_QA5,XXXX_DASE,XXXX_BAE,XXXX_DASE,XXXX_QA6) XXXX_MAE: LINE=(XXXX_S1,XXXX_DME,XXXX_QMA1,XXXX_DME,XXXX_QMA2,XXXX_DME,XXXX_QMA3,XXXX_DME,XXXX_QMA4) XXXX_MBE: LINE=(XXXX_DME,XXXX_QMB1,XXXX_DME,XXXX_QMB2,XXXX_DME,XXXX_QMB3,XXXX_DME,XXXX_QMB4) LINEXXXXE: LINE=(XXXX_REFAE,XXXX_MAE,XXXX_ARCE,XXXX_MBE,XXXX_REFBE,XXXX_S2) XXXX_REFACSR: LINE=(XXXX_S1,XXXX_DRSCSR,XXXX_QRA1,XXXX_DRCSR,XXXX_QRA2,& XXXX_DRCSR,XXXX_QRA3,XXXX_DRCSR,XXXX_QRA4,& XXXX_DRCSR,XXXX_QRA5,XXXX_DRCSR,XXXX_QRA6,& XXXX_DRCSR,XXXX_QRA7,XXXX_DRCSR,XXXX_QRA8) XXXX_REFBCSR: LINE=(XXXX_S2,XXXX_DRSCSR,XXXX_QRB1,XXXX_DRCSR,XXXX_QRB2,& XXXX_DRCSR,XXXX_QRB3,XXXX_DRCSR,XXXX_QRB4,& XXXX_DRCSR,XXXX_QRB5,XXXX_DRCSR,XXXX_QRB6,& XXXX_DRCSR,XXXX_QRB7,XXXX_DRCSR,XXXX_QRB8) XXXX_ARCCSR: LINE=(XXXX_DASCSR,XXXX_BACSR,XXXX_DASCSR,XXXX_QA1,XXXX_DASCSR,XXXX_BACSR,XXXX_DASCSR,XXXX_QA2,& XXXX_DASCSR,XXXX_BACSR,XXXX_DAXCSR,XXXX_SE,XXXX_QA3,XXXX_DASCSR,XXXX_BACSR,XXXX_DASCSR,XXXX_QA4,& XXXX_DASCSR,XXXX_BACSR,XXXX_DASCSR,XXXX_QA5,XXXX_DASCSR,XXXX_BACSR,XXXX_DASCSR,XXXX_QA6) XXXX_MACSR: LINE=(XXXX_S1,XXXX_DMCSR,XXXX_QMA1,XXXX_DMCSR,XXXX_QMA2,XXXX_DMCSR,XXXX_QMA3,XXXX_DMCSR,XXXX_QMA4) XXXX_MBCSR: LINE=(XXXX_DMCSR,XXXX_QMB1,XXXX_DMCSR,XXXX_QMB2,XXXX_DMCSR,XXXX_QMB3,XXXX_DMCSR,XXXX_QMB4) LINEXXXXCSR: LINE=(XXXX_REFACSR,XXXX_MACSR,XXXX_ARCCSR,XXXX_MBCSR,XXXX_REFBCSR,XXXX_S2)