! ! 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 XXXX_usecsr % global_isr sto XXXX_useisr % global_isr sto XXXX_usesyn % 1 atan 4 * sto Pi ! general parameters of 180deg arc % 2.0 sto XXXX_lbend % 0.3 sto XXXX_lquad % 0.2 sto XXXX_lsext ! dipoles % -1.2 180 / Pi * sto XXXX_phia % XXXX_lbend 2 / XXXX_phia 2 / sin / sto XXXX_r0a % XXXX_phia XXXX_r0a * sto XXXX_larca % -1.2 180 / Pi * sto XXXX_phib % XXXX_lbend 2 / XXXX_phib 2 / sin / sto XXXX_r0b % XXXX_phib XXXX_r0b * sto XXXX_larcb XXXX_BA : SBEND, L="XXXX_larca", ANGLE="XXXX_phia 1.0 *",& E1 = "XXXX_phia 2.0 /", E2 = "XXXX_phia 2.0 /" XXXX_BAE : CSBEND, L="XXXX_larca", ANGLE="XXXX_phia 1.0 *",& E1 = "XXXX_phia 2.0 /", E2 = "XXXX_phia 2.0 /",& 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 = "XXXX_phia 2.0 /", E2 = "XXXX_phia 2.0 /",& 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 XXXX_BB : SBEND, L="XXXX_larcb", ANGLE="XXXX_phib 1.0 *",& E1 = "XXXX_phib 2.0 /", E2 = "XXXX_phib 2.0 /" XXXX_BBE : CSBEND, L="XXXX_larcb", ANGLE="XXXX_phib 1.0 *",& E1 = "XXXX_phib 2.0 /", E2 = "XXXX_phib 2.0 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BBCSR : CSRCSBEND, L = "XXXX_larcb", ANGLE = "XXXX_phib 1.0 *",& E1 = "XXXX_phib 2.0 /", E2 = "XXXX_phib 2.0 /",& 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 ! quadrupoles % 1.291951194 sto XXXX_kq1 %-1.212050561 sto XXXX_kq2 % 1.733959844 sto XXXX_kq3 %-0.3453705052 sto XXXX_kq4 % XXXX_kq4 sto XXXX_kq5 % XXXX_kq3 sto XXXX_kq6 % XXXX_kq2 sto XXXX_kq7 % XXXX_kq1 sto XXXX_kq8 XXXX_Q1: QUAD, L="XXXX_lquad", K1="XXXX_kq1" XXXX_Q2: QUAD, L="XXXX_lquad", K1="XXXX_kq2" XXXX_Q3: QUAD, L="XXXX_lquad", K1="XXXX_kq3" XXXX_Q4: QUAD, L="XXXX_lquad", K1="XXXX_kq4" XXXX_Q5: QUAD, L="XXXX_lquad", K1="XXXX_kq5" XXXX_Q6: QUAD, L="XXXX_lquad", K1="XXXX_kq6" XXXX_Q7: QUAD, L="XXXX_lquad", K1="XXXX_kq7" XXXX_Q8: QUAD, L="XXXX_lquad", K1="XXXX_kq8" ! drifts % 1.15 sto XXXX_ld01 % 2.99 sto XXXX_ld02 % 1.57 sto XXXX_ld03 % 1.94 sto XXXX_ld04 % 1.94 sto XXXX_ld05 % 0.30 sto XXXX_ld06 % XXXX_ld05 sto XXXX_ld07 % XXXX_ld04 sto XXXX_ld08 % XXXX_ld03 sto XXXX_ld09 % XXXX_ld02 sto XXXX_ld10 % XXXX_ld01 sto XXXX_ld11 % XXXX_ld03 0.3 - sto XXXX_ld03a % 0.10 sto XXXX_ld03b % XXXX_ld03b sto XXXX_ld09a % XXXX_ld03a sto XXXX_ld09b % XXXX_ld02 0.3 - sto XXXX_ld02a % 0.10 sto XXXX_ld02b % XXXX_ld02b sto XXXX_ld10a % XXXX_ld02a sto XXXX_ld10b XXXX_D01: DRIFT, L="XXXX_ld01" XXXX_D02: DRIFT, L="XXXX_ld02" XXXX_D02A: DRIFT, L="XXXX_ld02a" XXXX_D02B: DRIFT, L="XXXX_ld02b" XXXX_D03: DRIFT, L="XXXX_ld03" XXXX_D03A: DRIFT, L="XXXX_ld03a" XXXX_D03B: DRIFT, L="XXXX_ld03b" XXXX_D04: DRIFT, L="XXXX_ld04" XXXX_D05: DRIFT, L="XXXX_ld05" XXXX_D06: DRIFT, L="XXXX_ld06" XXXX_D07: DRIFT, L="XXXX_ld07" XXXX_D08: DRIFT, L="XXXX_ld08" XXXX_D09A: DRIFT, L="XXXX_ld09a" XXXX_D09B: DRIFT, L="XXXX_ld09b" XXXX_D10: DRIFT, L="XXXX_ld10" XXXX_D10A: DRIFT, L="XXXX_ld10a" XXXX_D10B: DRIFT, L="XXXX_ld10b" XXXX_D11: DRIFT, L="XXXX_ld11" XXXX_D01E: EDRIFT, L="XXXX_ld01" XXXX_D02E: EDRIFT, L="XXXX_ld02" XXXX_D02AE: EDRIFT, L="XXXX_ld02a" XXXX_D02BE: EDRIFT, L="XXXX_ld02b" XXXX_D03E: EDRIFT, L="XXXX_ld03" XXXX_D03AE: EDRIFT, L="XXXX_ld03a" XXXX_D03BE: EDRIFT, L="XXXX_ld03b" XXXX_D04E: EDRIFT, L="XXXX_ld04" XXXX_D05E: EDRIFT, L="XXXX_ld05" XXXX_D06E: EDRIFT, L="XXXX_ld06" XXXX_D07E: EDRIFT, L="XXXX_ld07" XXXX_D08E: EDRIFT, L="XXXX_ld08" XXXX_D09AE: EDRIFT, L="XXXX_ld09a" XXXX_D09BE: EDRIFT, L="XXXX_ld09b" XXXX_D10E: EDRIFT, L="XXXX_ld10" XXXX_D10AE: EDRIFT, L="XXXX_ld10a" XXXX_D10BE: EDRIFT, L="XXXX_ld10b" XXXX_D11E: EDRIFT, L="XXXX_ld11" XXXX_D01CSR: CSRDRIFT, L="XXXX_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 XXXX_D02CSR: CSRDRIFT, L="XXXX_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 XXXX_D02ACSR: CSRDRIFT, L="XXXX_ld02a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D02BCSR: CSRDRIFT, L="XXXX_ld02b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D03CSR: CSRDRIFT, L="XXXX_ld03", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D03ACSR: CSRDRIFT, L="XXXX_ld03a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D03BCSR: CSRDRIFT, L="XXXX_ld03b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D04CSR: CSRDRIFT, L="XXXX_ld04", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D05CSR: CSRDRIFT, L="XXXX_ld05", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D06CSR: CSRDRIFT, L="XXXX_ld06", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D07CSR: CSRDRIFT, L="XXXX_ld07", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D08CSR: CSRDRIFT, L="XXXX_ld08", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D09ACSR: CSRDRIFT, L="XXXX_ld09a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D09BCSR: CSRDRIFT, L="XXXX_ld09b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D10CSR: CSRDRIFT, L="XXXX_ld10", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D10ACSR: CSRDRIFT, L="XXXX_ld10a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D10BCSR: CSRDRIFT, L="XXXX_ld10b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D11CSR: CSRDRIFT, L="XXXX_ld11", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % -28.81111869 sto XXXX_ks1 % -28.61111867 sto XXXX_ks2 % 39.72965294 sto XXXX_ks3 % 36.72965291 sto XXXX_ks4 XXXX_SL1: KSEXT, L="XXXX_lsext", K2="XXXX_ks1" XXXX_SL2: KSEXT, L="XXXX_lsext", K2="XXXX_ks2" XXXX_SL3: KSEXT, L="XXXX_lsext", K2="XXXX_ks3" XXXX_SL4: KSEXT, L="XXXX_lsext", K2="XXXX_ks4" ! arc definition XXXX_ARCT: LINE=(XXXX_D01,XXXX_BA,XXXX_D02A,XXXX_SL3,XXXX_D02B,XXXX_Q2,XXXX_D03A,XXXX_SL1,XXXX_D03B,XXXX_Q3,XXXX_D04,XXXX_Q4,XXXX_D05,& XXXX_BB,XXXX_D06,XXXX_BB,XXXX_D06,XXXX_BB,& XXXX_D07,XXXX_Q5,XXXX_D08,XXXX_Q6,XXXX_D09A,XXXX_SL2,XXXX_D09B,XXXX_Q7,XXXX_D10A,XXXX_SL4,XXXX_D10B,XXXX_BA,XXXX_D11) XXXX_ARCL1: LINE=(XXXX_ARCT,XXXX_Q8) XXXX_ARCLS: LINE=(XXXX_ARCT,XXXX_Q8) XXXX_ARCLEND: LINE=(XXXX_ARCT) XXXX_ARCTE: LINE=(XXXX_D01E,XXXX_BAE,XXXX_D02AE,XXXX_SL3,XXXX_D02BE,XXXX_Q2,XXXX_D03AE,XXXX_SL1,XXXX_D03BE,XXXX_Q3,XXXX_D04E,XXXX_Q4,XXXX_D05E,& XXXX_BBE,XXXX_D06E,XXXX_BBE,XXXX_D06E,XXXX_BBE,& XXXX_D07E,XXXX_Q5,XXXX_D08E,XXXX_Q6,XXXX_D09AE,XXXX_SL2,XXXX_D09BE,XXXX_Q7,XXXX_D10AE,XXXX_SL4,XXXX_D10BE,XXXX_BAE,XXXX_D11E) XXXX_ARCL1E: LINE=(XXXX_ARCTE,XXXX_Q8) XXXX_ARCLSE: LINE=(XXXX_ARCTE,XXXX_Q8) XXXX_ARCLENDE: LINE=(XXXX_ARCTE) XXXX_ARCTCSR: LINE=(XXXX_D01CSR,XXXX_BACSR,XXXX_D02ACSR,XXXX_SL3,XXXX_D02BCSR,XXXX_Q2,XXXX_D03ACSR,XXXX_SL1,XXXX_D03BCSR,XXXX_Q3,XXXX_D04CSR,XXXX_Q4,XXXX_D05CSR,& XXXX_BBCSR,XXXX_D06CSR,XXXX_BBCSR,XXXX_D06CSR,XXXX_BBCSR,& XXXX_D07CSR,XXXX_Q5,XXXX_D08CSR,XXXX_Q6,XXXX_D09ACSR,XXXX_SL2,XXXX_D09BCSR,XXXX_Q7,XXXX_D10ACSR,XXXX_SL4,XXXX_D10BCSR,XXXX_BACSR,XXXX_D11CSR) XXXX_ARCL1CSR: LINE=(XXXX_ARCTCSR,XXXX_Q8) XXXX_ARCLSCSR: LINE=(XXXX_ARCTCSR,XXXX_Q8) XXXX_ARCLENDCSR: LINE=(XXXX_ARCTCSR) ! last arc % 2.0 sto XXXX_ha_lbend % 0.3 sto XXXX_ha_lquad % 0.2 sto XXXX_ha_lsext ! dipoles % -1.2 180 / Pi * sto XXXX_ha_phia % XXXX_ha_lbend 2 / XXXX_ha_phia 2 / sin / sto XXXX_ha_r0a % XXXX_ha_phia XXXX_ha_r0a * sto XXXX_ha_larca % -1.2 180 / Pi * sto XXXX_ha_phib % XXXX_ha_lbend 2 / XXXX_ha_phib 2 / sin / sto XXXX_ha_r0b % XXXX_ha_phib XXXX_ha_r0b * sto XXXX_ha_larcb XXXX_HA_BA : SBEND, L="XXXX_ha_larca", ANGLE="XXXX_ha_phia 1.0 *",& E1 = "XXXX_ha_phia 2.0 /", E2 = "XXXX_ha_phia 2.0 /" XXXX_HA_BAE : CSBEND, L="XXXX_ha_larca", ANGLE="XXXX_ha_phia 1.0 *",& E1 = "XXXX_ha_phia 2.0 /", E2 = "XXXX_ha_phia 2.0 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_HA_BACSR : CSRCSBEND, L = "XXXX_ha_larca", ANGLE = "XXXX_ha_phia 1.0 *",& E1 = "XXXX_ha_phia 2.0 /", E2 = "XXXX_ha_phia 2.0 /",& 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 XXXX_HA_BB : SBEND, L="XXXX_ha_larcb", ANGLE="XXXX_ha_phib 1.0 *",& E1 = "XXXX_ha_phib 2.0 /", E2 = "XXXX_ha_phib 2.0 /" XXXX_HA_BBE : CSBEND, L="XXXX_ha_larcb", ANGLE="XXXX_ha_phib 1.0 *",& E1 = "XXXX_ha_phib 2.0 /", E2 = "XXXX_ha_phib 2.0 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_HA_BBCSR : CSRCSBEND, L = "XXXX_ha_larcb", ANGLE = "XXXX_ha_phib 1.0 *",& E1 = "XXXX_ha_phib 2.0 /", E2 = "XXXX_ha_phib 2.0 /",& 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 ! quadrupoles % 1.291951194 sto XXXX_ha_kq1 %-1.212050561 sto XXXX_ha_kq2 % 1.733959844 sto XXXX_ha_kq3 %-0.3453705052 sto XXXX_ha_kq4 % XXXX_ha_kq4 sto XXXX_ha_kq5 % XXXX_ha_kq3 sto XXXX_ha_kq6 % XXXX_ha_kq2 sto XXXX_ha_kq7 % XXXX_ha_kq1 sto XXXX_ha_kq8 XXXX_HA_Q1: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq1" XXXX_HA_Q2: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq2" XXXX_HA_Q3: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq3" XXXX_HA_Q4: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq4" XXXX_HA_Q5: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq5" XXXX_HA_Q6: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq6" XXXX_HA_Q7: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq7" XXXX_HA_Q8: QUAD, L="XXXX_ha_lquad", K1="XXXX_ha_kq8" ! drifts % 1.15 sto XXXX_ha_ld01 % 2.99 sto XXXX_ha_ld02 % 1.57 sto XXXX_ha_ld03 % 1.94 sto XXXX_ha_ld04 % 1.94 sto XXXX_ha_ld05 % 0.30 sto XXXX_ha_ld06 % XXXX_ha_ld05 sto XXXX_ha_ld07 % XXXX_ha_ld04 sto XXXX_ha_ld08 % XXXX_ha_ld03 sto XXXX_ha_ld09 % XXXX_ha_ld02 sto XXXX_ha_ld10 % XXXX_ha_ld01 sto XXXX_ha_ld11 % XXXX_ha_ld03 0.3 - sto XXXX_ha_ld03a % 0.10 sto XXXX_ha_ld03b % XXXX_ha_ld03b sto XXXX_ha_ld09a % XXXX_ha_ld03a sto XXXX_ha_ld09b % XXXX_ha_ld02 0.3 - sto XXXX_ha_ld02a % 0.10 sto XXXX_ha_ld02b % XXXX_ha_ld02b sto XXXX_ha_ld10a % XXXX_ha_ld02a sto XXXX_ha_ld10b XXXX_HA_D01: DRIFT, L="XXXX_ha_ld01" XXXX_HA_D02: DRIFT, L="XXXX_ha_ld02" XXXX_HA_D02A: DRIFT, L="XXXX_ha_ld02a" XXXX_HA_D02B: DRIFT, L="XXXX_ha_ld02b" XXXX_HA_D03: DRIFT, L="XXXX_ha_ld03" XXXX_HA_D03A: DRIFT, L="XXXX_ha_ld03a" XXXX_HA_D03B: DRIFT, L="XXXX_ha_ld03b" XXXX_HA_D04: DRIFT, L="XXXX_ha_ld04" XXXX_HA_D05: DRIFT, L="XXXX_ha_ld05" XXXX_HA_D06: DRIFT, L="XXXX_ha_ld06" XXXX_HA_D07: DRIFT, L="XXXX_ha_ld07" XXXX_HA_D08: DRIFT, L="XXXX_ha_ld08" XXXX_HA_D09A: DRIFT, L="XXXX_ha_ld09a" XXXX_HA_D09B: DRIFT, L="XXXX_ha_ld09b" XXXX_HA_D10: DRIFT, L="XXXX_ha_ld10" XXXX_HA_D10A: DRIFT, L="XXXX_ha_ld10a" XXXX_HA_D10B: DRIFT, L="XXXX_ha_ld10b" XXXX_HA_D11: DRIFT, L="XXXX_ha_ld11" XXXX_HA_D01E: EDRIFT, L="XXXX_ha_ld01" XXXX_HA_D02E: EDRIFT, L="XXXX_ha_ld02" XXXX_HA_D02AE: EDRIFT, L="XXXX_ha_ld02a" XXXX_HA_D02BE: EDRIFT, L="XXXX_ha_ld02b" XXXX_HA_D03E: EDRIFT, L="XXXX_ha_ld03" XXXX_HA_D03AE: EDRIFT, L="XXXX_ha_ld03a" XXXX_HA_D03BE: EDRIFT, L="XXXX_ha_ld03b" XXXX_HA_D04E: EDRIFT, L="XXXX_ha_ld04" XXXX_HA_D05E: EDRIFT, L="XXXX_ha_ld05" XXXX_HA_D06E: EDRIFT, L="XXXX_ha_ld06" XXXX_HA_D07E: EDRIFT, L="XXXX_ha_ld07" XXXX_HA_D08E: EDRIFT, L="XXXX_ha_ld08" XXXX_HA_D09AE: EDRIFT, L="XXXX_ha_ld09a" XXXX_HA_D09BE: EDRIFT, L="XXXX_ha_ld09b" XXXX_HA_D10E: EDRIFT, L="XXXX_ha_ld10" XXXX_HA_D10AE: EDRIFT, L="XXXX_ha_ld10a" XXXX_HA_D10BE: EDRIFT, L="XXXX_ha_ld10b" XXXX_HA_D11E: EDRIFT, L="XXXX_ha_ld11" XXXX_HA_D01CSR: CSRDRIFT, L="XXXX_ha_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D02CSR: CSRDRIFT, L="XXXX_ha_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D02ACSR: CSRDRIFT, L="XXXX_ha_ld02a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D02BCSR: CSRDRIFT, L="XXXX_ha_ld02b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D03CSR: CSRDRIFT, L="XXXX_ha_ld03", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D03ACSR: CSRDRIFT, L="XXXX_ha_ld03a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D03BCSR: CSRDRIFT, L="XXXX_ha_ld03b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D04CSR: CSRDRIFT, L="XXXX_ha_ld04", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D05CSR: CSRDRIFT, L="XXXX_ha_ld05", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D06CSR: CSRDRIFT, L="XXXX_ha_ld06", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D07CSR: CSRDRIFT, L="XXXX_ha_ld07", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D08CSR: CSRDRIFT, L="XXXX_ha_ld08", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D09ACSR: CSRDRIFT, L="XXXX_ha_ld09a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D09BCSR: CSRDRIFT, L="XXXX_ha_ld09b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D10CSR: CSRDRIFT, L="XXXX_ha_ld10", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D10ACSR: CSRDRIFT, L="XXXX_ha_ld10a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D10BCSR: CSRDRIFT, L="XXXX_ha_ld10b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_HA_D11CSR: CSRDRIFT, L="XXXX_ha_ld11", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % -33.2 sto XXXX_ha_ks1 % -33.0 sto XXXX_ha_ks2 % 43.6 sto XXXX_ha_ks3 % 40.6 sto XXXX_ha_ks4 XXXX_HA_SL1: KSEXT, L="XXXX_lsext", K2="XXXX_ha_ks1" XXXX_HA_SL2: KSEXT, L="XXXX_lsext", K2="XXXX_ha_ks2" XXXX_HA_SL3: KSEXT, L="XXXX_lsext", K2="XXXX_ha_ks3" XXXX_HA_SL4: KSEXT, L="XXXX_lsext", K2="XXXX_ha_ks4" ! arc definition XXXX_HA_ARC: LINE=(XXXX_HA_Q1,XXXX_HA_D01,XXXX_HA_BA,XXXX_HA_D02A,XXXX_HA_SL3,XXXX_HA_D02B,XXXX_HA_Q2,XXXX_HA_D03A,XXXX_HA_SL1,XXXX_HA_D03B,XXXX_HA_Q3,XXXX_HA_D04,XXXX_HA_Q4,XXXX_HA_D05,& XXXX_HA_BB,XXXX_HA_D06,XXXX_HA_BB,XXXX_HA_D06,XXXX_HA_BB,& XXXX_HA_D07,XXXX_HA_Q5,XXXX_HA_D08,XXXX_HA_Q6,XXXX_HA_D09A,XXXX_HA_SL2,XXXX_HA_D09B,XXXX_HA_Q7,XXXX_HA_D10A,XXXX_HA_SL4,XXXX_HA_D10B,XXXX_HA_BA,XXXX_HA_D11) XXXX_HA_ARCE: LINE=(XXXX_HA_Q1,XXXX_HA_D01E,XXXX_HA_BAE,XXXX_HA_D02AE,XXXX_HA_SL3,XXXX_HA_D02BE,XXXX_HA_Q2,XXXX_HA_D03AE,XXXX_HA_SL1,XXXX_HA_D03BE,XXXX_HA_Q3,XXXX_HA_D04E,XXXX_HA_Q4,XXXX_HA_D05E,& XXXX_HA_BBE,XXXX_HA_D06E,XXXX_HA_BBE,XXXX_HA_D06E,XXXX_HA_BBE,& XXXX_HA_D07E,XXXX_HA_Q5,XXXX_HA_D08E,XXXX_HA_Q6,XXXX_HA_D09AE,XXXX_HA_SL2,XXXX_HA_D09BE,XXXX_HA_Q7,XXXX_HA_D10AE,XXXX_HA_SL4,XXXX_HA_D10BE,XXXX_HA_BAE,XXXX_HA_D11E) XXXX_HA_ARCCSR: LINE=(XXXX_HA_Q1,XXXX_HA_D01CSR,XXXX_HA_BACSR,XXXX_HA_D02ACSR,XXXX_HA_SL3,XXXX_HA_D02BCSR,XXXX_HA_Q2,XXXX_HA_D03ACSR,XXXX_HA_SL1,XXXX_HA_D03BCSR,XXXX_HA_Q3,XXXX_HA_D04CSR,XXXX_HA_Q4,XXXX_HA_D05CSR,& XXXX_HA_BBCSR,XXXX_HA_D06CSR,XXXX_HA_BBCSR,XXXX_HA_D06CSR,XXXX_HA_BBCSR,& XXXX_HA_D07CSR,XXXX_HA_Q5,XXXX_HA_D08CSR,XXXX_HA_Q6,XXXX_HA_D09ACSR,XXXX_HA_SL2,XXXX_HA_D09BCSR,XXXX_HA_Q7,XXXX_HA_D10ACSR,XXXX_HA_SL4,XXXX_HA_D10BCSR,XXXX_HA_BACSR,XXXX_HA_D11CSR) ! 180deg and last arc LINEXXXX: LINE=(XXXX_ARCL1,28*XXXX_ARCLS,XXXX_ARCLEND,XXXX_HA_ARC) LINEXXXXE: LINE=(XXXX_ARCL1E,28*XXXX_ARCLSE,XXXX_ARCLENDE,XXXX_HA_ARCE) LINEXXXXCSR: LINE=(XXXX_ARCL1CSR,28*XXXX_ARCLSCSR,XXXX_ARCLENDCSR,XXXX_HA_ARCCSR)