! ! 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 ! ! initial Twiss: betax=55.21270616, alphax=-12.44143995, ! betay=4.760445891, alphay=1.081532187 ! final Twiss: betax=62.70810158, alphax=-6.91950896, ! betay=15.36242184, alphay=-4.728271297 % global_csr sto XXXX_usecsr % global_isr sto XXXX_useisr % global_isr sto XXXX_usesyn % 1 atan 4 * sto Pi ! match central arc to vertical arc % 0.3 sto XXXX_lquadhv % 0.6107435442 sto XXXX_kqhv1 % 0.2321395202 sto XXXX_kqhv2 % -1.187498499 sto XXXX_kqhv3 % 1.341241092 sto XXXX_kqhv4 % -0.4699339275 sto XXXX_kqhv5 % 7.0 sto XXXX_ldhv1 % 8.0 sto XXXX_ldhv2 % 1.5 sto XXXX_ldhv3 % 0.8 sto XXXX_ldhv4 XXXX_QHV1: QUAD, L="XXXX_lquadhv", K1="XXXX_kqhv1" XXXX_QHV2: QUAD, L="XXXX_lquadhv", K1="XXXX_kqhv2" XXXX_QHV3: QUAD, L="XXXX_lquadhv", K1="XXXX_kqhv3" XXXX_QHV4: QUAD, L="XXXX_lquadhv", K1="XXXX_kqhv4" XXXX_QHV5: QUAD, L="XXXX_lquadhv", K1="XXXX_kqhv5" XXXX_DHV1: DRIFT, L="XXXX_ldhv1" XXXX_DHV2: DRIFT, L="XXXX_ldhv2" XXXX_DHV3: DRIFT, L="XXXX_ldhv3" XXXX_DHV4: DRIFT, L="XXXX_ldhv4" XXXX_DHV1E: EDRIFT, L="XXXX_ldhv1" XXXX_DHV2E: EDRIFT, L="XXXX_ldhv2" XXXX_DHV3E: EDRIFT, L="XXXX_ldhv3" XXXX_DHV4E: EDRIFT, L="XXXX_ldhv4" XXXX_DHV1CSR: CSRDRIFT, L="XXXX_ldhv1", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DHV2CSR: CSRDRIFT, L="XXXX_ldhv2", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DHV3CSR: CSRDRIFT, L="XXXX_ldhv3", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DHV4CSR: CSRDRIFT, L="XXXX_ldhv4", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_MATCHHV: LINE=(XXXX_QHV1,XXXX_DHV1,XXXX_QHV2,XXXX_DHV2,& XXXX_QHV3,XXXX_DHV3,XXXX_QHV4,XXXX_DHV4,XXXX_QHV5) XXXX_MATCHHVE: LINE=(XXXX_QHV1,XXXX_DHV1E,XXXX_QHV2,XXXX_DHV2E,& XXXX_QHV3,XXXX_DHV3E,XXXX_QHV4,XXXX_DHV4E,XXXX_QHV5) XXXX_MATCHHVCSR: LINE=(XXXX_QHV1,XXXX_DHV1CSR,XXXX_QHV2,XXXX_DHV2CSR,& XXXX_QHV3,XXXX_DHV3CSR,XXXX_QHV4,XXXX_DHV4CSR,XXXX_QHV5) ! vertical arcs ! general parameters of arc % 1.5 sto XXXX_lbenda % 0.5 sto XXXX_lquada % 0.2 sto XXXX_lsexta ! dipoles % 0.65 180 / Pi * sto XXXX_bendanglev % XXXX_lbenda 2 / XXXX_bendanglev 2 / sin / sto XXXX_r0v % XXXX_bendanglev XXXX_r0v * sto XXXX_larcv XXXX_BVA : SBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev 1.0 *",& E1 = "XXXX_bendanglev 2.0 /", E2 = "XXXX_bendanglev 2.0 /",& TILT="Pi 2 /" XXXX_BVAE : CSBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev 1.0 *",& E1 = "XXXX_bendanglev 2.0 /", E2 = "XXXX_bendanglev 2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BVACSR : CSRCSBEND, L = "XXXX_larcv", ANGLE = "XXXX_bendanglev 1.0 *",& E1 = "XXXX_bendanglev 2.0 /", E2 = "XXXX_bendanglev 2.0 /",& TILT="Pi 2 /",& 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_BVA2 : SBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev 2.0 *",& E1 = "XXXX_bendanglev 1.0 /", E2 = "XXXX_bendanglev 1.0 /",& TILT="Pi 2 /" XXXX_BVA2E : CSBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev 2.0 *",& E1 = "XXXX_bendanglev 1.0 /", E2 = "XXXX_bendanglev 1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BVA2CSR : CSRCSBEND, L = "XXXX_larcv", ANGLE = "XXXX_bendanglev 2.0 *",& E1 = "XXXX_bendanglev 1.0 /", E2 = "XXXX_bendanglev 1.0 /",& TILT="Pi 2 /",& 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_BVB : SBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev -1.0 *",& E1 = "XXXX_bendanglev -2.0 /", E2 = "XXXX_bendanglev -2.0 /",& TILT="Pi 2 /" XXXX_BVBE : CSBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev -1.0 *",& E1 = "XXXX_bendanglev -2.0 /", E2 = "XXXX_bendanglev -2.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BVBCSR : CSRCSBEND, L = "XXXX_larcv", ANGLE = "XXXX_bendanglev -1.0 *",& E1 = "XXXX_bendanglev -2.0 /", E2 = "XXXX_bendanglev -2.0 /",& TILT="Pi 2 /",& 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_BVB2 : SBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev -2.0 *",& E1 = "XXXX_bendanglev -1.0 /", E2 = "XXXX_bendanglev -1.0 /",& TILT="Pi 2 /" XXXX_BVB2E : CSBEND, L="XXXX_larcv", ANGLE="XXXX_bendanglev -2.0 *",& E1 = "XXXX_bendanglev -1.0 /", E2 = "XXXX_bendanglev -1.0 /",& TILT="Pi 2 /",& INTEGRATION_ORDER = 4,ISR="XXXX_useisr",SYNCH_RAD="XXXX_usesyn",& USE_RAD_DIST=0 XXXX_BVB2CSR : CSRCSBEND, L = "XXXX_larcv", ANGLE = "XXXX_bendanglev -2.0 *",& E1 = "XXXX_bendanglev -1.0 /", E2 = "XXXX_bendanglev -1.0 /",& TILT="Pi 2 /",& 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 %-1.429864551 sto XXXX_kqa1 % 0.7260952542 sto XXXX_kqa2 %-0.9016411242 sto XXXX_kqa3 % 0.2729779117 sto XXXX_kqa4 % XXXX_kqa4 sto XXXX_kqa5 % XXXX_kqa3 sto XXXX_kqa6 % XXXX_kqa2 sto XXXX_kqa7 % XXXX_kqa1 sto XXXX_kqa8 XXXX_Q1: QUAD, L="XXXX_lquada 2.0 /", K1="XXXX_kqa1" XXXX_Q2: QUAD, L="XXXX_lquada", K1="XXXX_kqa2" XXXX_Q3: QUAD, L="XXXX_lquada", K1="XXXX_kqa3" XXXX_Q4: QUAD, L="XXXX_lquada", K1="XXXX_kqa4" XXXX_Q5: QUAD, L="XXXX_lquada", K1="XXXX_kqa5" XXXX_Q6: QUAD, L="XXXX_lquada", K1="XXXX_kqa6" XXXX_Q7: QUAD, L="XXXX_lquada", K1="XXXX_kqa7" XXXX_Q8: QUAD, L="XXXX_lquada 2.0 /", K1="XXXX_kqa8" ! drifts % 0.96 sto XXXX_ld01 % 0.7 sto XXXX_ld02 % 4.0 sto XXXX_ld03 % 2.7 sto XXXX_ld04 % 1.0 sto XXXX_ld05 % XXXX_ld05 sto XXXX_ld06 % XXXX_ld04 sto XXXX_ld07 % XXXX_ld03 sto XXXX_ld08 % XXXX_ld02 sto XXXX_ld09 % XXXX_ld01 sto XXXX_ld10 % XXXX_ld03 0.3 - sto XXXX_ld03a % 0.10 sto XXXX_ld03b % XXXX_ld03b sto XXXX_ld08a % XXXX_ld03a sto XXXX_ld08b XXXX_D01: DRIFT, L="XXXX_ld01" XXXX_D02: DRIFT, L="XXXX_ld02" 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_D08A: DRIFT, L="XXXX_ld08a" XXXX_D08B: DRIFT, L="XXXX_ld08b" XXXX_D09: DRIFT, L="XXXX_ld09" XXXX_D10: DRIFT, L="XXXX_ld10" XXXX_D01E: EDRIFT, L="XXXX_ld01" XXXX_D02E: EDRIFT, L="XXXX_ld02" 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_D08AE: EDRIFT, L="XXXX_ld08a" XXXX_D08BE: EDRIFT, L="XXXX_ld08b" XXXX_D09E: EDRIFT, L="XXXX_ld09" XXXX_D10E: EDRIFT, L="XXXX_ld10" XXXX_D01CSR: CSRDRIFT, L="XXXX_ld01", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D02CSR: CSRDRIFT, L="XXXX_ld02", & 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_D08ACSR: CSRDRIFT, L="XXXX_ld08a", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D08BCSR: CSRDRIFT, L="XXXX_ld08b", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D09CSR: CSRDRIFT, L="XXXX_ld09", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_D10CSR: CSRDRIFT, L="XXXX_ld10", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles % 0.0 sto XXXX_ks1 % 0.0 sto XXXX_ks2 % 98.0 sto XXXX_ks1 % 98.0 sto XXXX_ks2 XXXX_SLA1: SEXT, L="XXXX_lsexta", K2="XXXX_ks1",TILT="Pi 2 /" XXXX_SLA2: SEXT, L="XXXX_lsexta", K2="XXXX_ks2",TILT="Pi 2 /" XXXX_SLB1: SEXT, L="XXXX_lsexta", K2="XXXX_ks1 -1 *",TILT="Pi 2 /" XXXX_SLB2: SEXT, L="XXXX_lsexta", K2="XXXX_ks2 -1 *",TILT="Pi 2 /" ! arc definition XXXX_ARCVA: LINE=(XXXX_D02,XXXX_BVA,XXXX_D03A,XXXX_SLA1,XXXX_D03B,XXXX_Q3,XXXX_D04,XXXX_Q4,XXXX_D05,& XXXX_BVA2,& XXXX_D06,XXXX_Q5,XXXX_D07,XXXX_Q6,XXXX_D08A,XXXX_SLA2,XXXX_D08B,XXXX_BVA,XXXX_D09) XXXX_ARCVAE: LINE=(XXXX_D02E,XXXX_BVAE,XXXX_D03AE,XXXX_SLA1,XXXX_D03BE,XXXX_Q3,XXXX_D04E,XXXX_Q4,XXXX_D05E,& XXXX_BVA2E,& XXXX_D06E,XXXX_Q5,XXXX_D07E,XXXX_Q6,XXXX_D08AE,XXXX_SLA2,XXXX_D08BE,XXXX_BVAE,XXXX_D09E) XXXX_ARCVACSR: LINE=(XXXX_D02CSR,XXXX_BVACSR,XXXX_D03ACSR,XXXX_SLA1,XXXX_D03BCSR,XXXX_Q3,XXXX_D04CSR,XXXX_Q4,XXXX_D05CSR,& XXXX_BVA2CSR,& XXXX_D06CSR,XXXX_Q5,XXXX_D07CSR,XXXX_Q6,XXXX_D08ACSR,XXXX_SLA2,XXXX_D08BCSR,XXXX_BVACSR,XXXX_D09CSR) XXXX_ARCVB: LINE=(XXXX_D02,XXXX_BVB,XXXX_D03A,XXXX_SLB1,XXXX_D03B,XXXX_Q3,XXXX_D04,XXXX_Q4,XXXX_D05,& XXXX_BVB2,& XXXX_D06,XXXX_Q5,XXXX_D07,XXXX_Q6,XXXX_D08A,XXXX_SLB2,XXXX_D08B,XXXX_BVB,XXXX_D09) XXXX_ARCVBE: LINE=(XXXX_D02E,XXXX_BVBE,XXXX_D03AE,XXXX_SLB1,XXXX_D03BE,XXXX_Q3,XXXX_D04E,XXXX_Q4,XXXX_D05E,& XXXX_BVB2E,& XXXX_D06E,XXXX_Q5,XXXX_D07E,XXXX_Q6,XXXX_D08AE,XXXX_SLB2,XXXX_D08BE,XXXX_BVBE,XXXX_D09E) XXXX_ARCVBCSR: LINE=(XXXX_D02CSR,XXXX_BVBCSR,XXXX_D03ACSR,XXXX_SLB1,XXXX_D03BCSR,XXXX_Q3,XXXX_D04CSR,XXXX_Q4,XXXX_D05CSR,& XXXX_BVB2CSR,& XXXX_D06CSR,XXXX_Q5,XXXX_D07CSR,XXXX_Q6,XXXX_D08ACSR,XXXX_SLB2,XXXX_D08BCSR,XXXX_BVBCSR,XXXX_D09CSR) ! match vertical arc to FODO % 0.3 sto XXXX_lquadm % 0.5102986995 sto XXXX_kqm1 % -0.336823713 sto XXXX_kqm2 % -0.2472896072 sto XXXX_kqm3 % 0.1830219261 sto XXXX_kqm4 % 0.02619084535 sto XXXX_kqm5 % 4.0 sto XXXX_ldm1 %11.0 sto XXXX_ldm2 % 7.5 sto XXXX_ldm3 % 5.0 sto XXXX_ldm4 XXXX_QM1: QUAD, L="XXXX_lquadm", K1="XXXX_kqm1" XXXX_QM2: QUAD, L="XXXX_lquadm", K1="XXXX_kqm2" XXXX_QM3: QUAD, L="XXXX_lquadm", K1="XXXX_kqm3" XXXX_QM4: QUAD, L="XXXX_lquadm", K1="XXXX_kqm4" XXXX_QM5: QUAD, L="XXXX_lquadm 2 /", K1="XXXX_kqm5" XXXX_DM1: DRIFT, L="XXXX_ldm1" XXXX_DM2: DRIFT, L="XXXX_ldm2" XXXX_DM3: DRIFT, L="XXXX_ldm3" XXXX_DM4: DRIFT, L="XXXX_ldm4" XXXX_DM1E: EDRIFT, L="XXXX_ldm1" XXXX_DM2E: EDRIFT, L="XXXX_ldm2" XXXX_DM3E: EDRIFT, L="XXXX_ldm3" XXXX_DM4E: EDRIFT, L="XXXX_ldm4" XXXX_DM1CSR: CSRDRIFT, L="XXXX_ldm1", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DM2CSR: CSRDRIFT, L="XXXX_ldm2", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DM3CSR: CSRDRIFT, L="XXXX_ldm3", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_DM4CSR: CSRDRIFT, L="XXXX_ldm4", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_MATCHA: LINE=(XXXX_QM1,XXXX_DM1,XXXX_QM2,XXXX_DM2,& XXXX_QM3,XXXX_DM3,XXXX_QM4,XXXX_DM4,& XXXX_QM5) XXXX_MATCHAE: LINE=(XXXX_QM1,XXXX_DM1E,XXXX_QM2,XXXX_DM2E,& XXXX_QM3,XXXX_DM3E,XXXX_QM4,XXXX_DM4E,& XXXX_QM5) XXXX_MATCHACSR: LINE=(XXXX_QM1,XXXX_DM1CSR,XXXX_QM2,XXXX_DM2CSR,& XXXX_QM3,XXXX_DM3CSR,XXXX_QM4,XXXX_DM4CSR,& XXXX_QM5) XXXX_MATCHB: LINE=(XXXX_QM5,& XXXX_DM4,XXXX_QM4,XXXX_DM3,XXXX_QM3,& XXXX_DM2,XXXX_QM2,XXXX_DM1,XXXX_QM1) XXXX_MATCHBE: LINE=(XXXX_QM5,& XXXX_DM4E,XXXX_QM4,XXXX_DM3E,XXXX_QM3,& XXXX_DM2E,XXXX_QM2,XXXX_DM1E,XXXX_QM1) XXXX_MATCHBCSR: LINE=(XXXX_QM5,& XXXX_DM4CSR,XXXX_QM4,XXXX_DM3CSR,XXXX_QM3,& XXXX_DM2CSR,XXXX_QM2,XXXX_DM1CSR,XXXX_QM1) ! FODO % 0.3 sto XXXX_lquadf % 0.02619123669 sto XXXX_kqf1 % -0.02619084535 sto XXXX_kqf2 % 100.0 sto XXXX_ldf XXXX_QF1H: QUAD, L="XXXX_lquadf 2 /", K1="XXXX_kqf1" XXXX_QF1: QUAD, L="XXXX_lquadf", K1="XXXX_kqf1" XXXX_QF2: QUAD, L="XXXX_lquadf", K1="XXXX_kqf2" XXXX_DF: DRIFT, L="XXXX_ldf" XXXX_DFE: EDRIFT, L="XXXX_ldf" XXXX_DFCSR: CSRDRIFT, L="XXXX_ldf", & CSR="XXXX_usecsr", DZ=0.01, USE_STUPAKOV=1 XXXX_FODOCELL: LINE=(XXXX_QF1H,XXXX_DF,XXXX_QF2,XXXX_DF,XXXX_QF1H) XXXX_FODO: LINE=(11*XXXX_FODOCELL) XXXX_FODOCELLE: LINE=(XXXX_QF1H,XXXX_DFE,XXXX_QF2,XXXX_DFE,XXXX_QF1H) XXXX_FODOE: LINE=(11*XXXX_FODOCELLE) XXXX_FODOCELLCSR: LINE=(XXXX_QF1H,XXXX_DFCSR,XXXX_QF2,XXXX_DFCSR,XXXX_QF1H) XXXX_FODOCSR: LINE=(11*XXXX_FODOCELLCSR) ! put all together LINEXXXX: LINE=(XXXX_MATCHHV,XXXX_ARCVA,XXXX_MATCHA,XXXX_FODO,XXXX_MATCHB,XXXX_ARCVB) LINEXXXXE: LINE=(XXXX_MATCHHVE,XXXX_ARCVAE,XXXX_MATCHAE,XXXX_FODOE,XXXX_MATCHBE,XXXX_ARCVBE) LINEXXXXCSR: LINE=(XXXX_MATCHHVCSR,XXXX_ARCVACSR,XXXX_MATCHACSR,XXXX_FODOCSR,XXXX_MATCHBCSR,XXXX_ARCVBCSR)