! ! CLIC Main Beam RTML ! define general parameters ! % 1 sto global_csr % 1 sto global_isr ! ! CLIC Main Beam RTML ! BC1 RF ! ! initial Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 ! final Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 !% global_csr sto 010_usecsr % 0 sto 010_usecsr % 0.36 sto 010_lquad % 3.0 sto 010_lcav % 4.0e9 sto 010_cavfreq % 0.025 sto 010_lcell ! max gradient = 30MV/m ! no wakes !% 18.89e6 010_lcav * sto 010_cavvolt ! with wakes % 19.0489e6 010_lcav * sto 010_cavvolt % 0.0 sto 010_cavphase % 0.1562498419 sto 010_kq1 % -0.3116367758 sto 010_kq2 % 0.6 sto 010_ld 010_Q1: QUAD, L="010_lquad", K1="010_kq1", ORDER=3 010_Q2: QUAD, L="010_lquad", K1="010_kq2", ORDER=3 010_D: DRIFT, L="010_ld", ORDER=2 010_DE: EDRIFT, L="010_ld" 010_DCSR: CSRDRIFT, L="010_ld", & CSR="010_usecsr", DZ=0.01, USE_STUPAKOV=1 !010_CAV: RFCW, L="010_lcav", FREQ="010_cavfreq", CELL_LENGTH="010_lcell",& ! VOLT="010_cavvolt", PHASE="010_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 010_CAV: RFCW, L="010_lcav", FREQ="010_cavfreq", CELL_LENGTH="010_lcell",& VOLT="010_cavvolt", PHASE="010_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & WAKEFILE="wake_bc1.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy", INTERPOLATE=1 !linA10: rfcw,freq=2856e6,l=0.3,volt="48e6 10 /",phase="90 28 -",change_p0=1,cell_length=0.035,& ! zwakefile="knsl45.liwake.sdds",tColumn="t",wzColumn="W",interpolate=1,& ! lsc=1,lsc_bins=1024,lsc_interpolate=1,lsc_high_frequency_cutoff0=0.25,lsc_high_frequency_cutoff1=0.30 CELL010: LINE=(010_CAV,010_D,010_Q1,010_D,010_Q2,010_D,010_Q1,010_D) LINE010: LINE=(CELL010,CELL010,010_CAV) CELL010E: LINE=(010_CAV,010_DE,010_Q1,010_DE,010_Q2,010_DE,010_Q1,010_DE) LINE010E: LINE=(CELL010E,CELL010E,010_CAV) CELL010CSR: LINE=(010_CAV,010_DCSR,010_Q1,010_DCSR,& 010_Q2,010_DCSR,010_Q1,010_DCSR) LINE010CSR: LINE=(CELL010CSR,CELL010CSR,010_CAV) ! ! CLIC Main Beam RTML ! match BC1 RF and BC1 chicane ! ! initial Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 ! final Twiss: betax=100.0, alphax=2.4, betay=33.4, alphay=2.0 !% global_csr sto 020_usecsr % 0 sto 020_usecsr % 0.36 sto 020_lquad % 0.5325487934 sto 020_kqm1 % -0.2644057507 sto 020_kqm2 % -0.3637870191 sto 020_kqm3 % 0.4875813132 sto 020_kqm4 % 4.0 sto 020_ldm1 % 3.79 sto 020_ldm2 % 4.0 sto 020_ldm3 % 4.0 sto 020_ldm4 % 0.6 sto 020_ldm5 020_Q1: QUAD, L="020_lquad", K1="020_kqm1", ORDER=3 020_Q2: QUAD, L="020_lquad", K1="020_kqm2", ORDER=3 020_Q3: QUAD, L="020_lquad", K1="020_kqm3", ORDER=3 020_Q4: QUAD, L="020_lquad", K1="020_kqm4", ORDER=3 020_D01: DRIFT, L="020_ldm1", ORDER=2 020_D02: DRIFT, L="020_ldm2", ORDER=2 020_D03: DRIFT, L="020_ldm3", ORDER=2 020_D04: DRIFT, L="020_ldm4", ORDER=2 020_D05: DRIFT, L="020_ldm5", ORDER=2 020_D01E: EDRIFT, L="020_ldm1" 020_D02E: EDRIFT, L="020_ldm2" 020_D03E: EDRIFT, L="020_ldm3" 020_D04E: EDRIFT, L="020_ldm4" 020_D05E: EDRIFT, L="020_ldm5" 020_D01CSR: CSRDRIFT, L="020_ldm1", & CSR="020_usecsr", DZ=0.01, USE_STUPAKOV=1 020_D02CSR: CSRDRIFT, L="020_ldm2", & CSR="020_usecsr", DZ=0.01, USE_STUPAKOV=1 020_D03CSR: CSRDRIFT, L="020_ldm3", & CSR="020_usecsr", DZ=0.01, USE_STUPAKOV=1 020_D04CSR: CSRDRIFT, L="020_ldm4", & CSR="020_usecsr", DZ=0.01, USE_STUPAKOV=1 020_D05CSR: CSRDRIFT, L="020_ldm5", & CSR="020_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE020: LINE=(020_D01,020_Q1,020_D02,020_Q2,020_D03,& 020_Q3,020_D04,020_Q4,020_D05) LINE020E: LINE=(020_D01E,020_Q1,020_D02E,020_Q2,020_D03E,& 020_Q3,020_D04E,020_Q4,020_D05E) LINE020CSR: LINE=(020_D01CSR,020_Q1,020_D02CSR,020_Q2,020_D03CSR,& 020_Q3,020_D04CSR,020_Q4,020_D05CSR) ! ! CLIC Main Beam RTML ! BC1 chicane ! ! initial Twiss: betax=100.0, alphax=2.4, betay=33.4, alphay=2.0 ! final Twiss: betax=16.68004848, alphax=0.3571712156, ! betay=50.93527278, alphay=-2.482120204 % global_csr sto 030_usecsr % global_isr sto 030_useisr % 0 030_usesyn % 1 atan 4 * sto Pi % 4.652 180 / Pi * sto 030_theta % 1.5 sto 030_lbend % 030_lbend 030_theta sin / sto 030_r0 % 030_theta 030_r0 * sto 030_larc 030_B1 : SBEND, L = "030_larc", ANGLE = "030_theta", & E1 = 0.0, E2 = "030_theta", ORDER = 2 030_B2 : SBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = "030_theta -1 *", E2 = 0.0, ORDER = 2 030_B3 : SBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = 0.0, E2 = "030_theta -1 *", ORDER = 2 030_B4 : SBEND, L = "030_larc", ANGLE = "030_theta", & E1 = "030_theta", E2 = 0.0, ORDER = 2 030_B1E : CSBEND, L = "030_larc", ANGLE = "030_theta", & E1 = 0.0, E2 = "030_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "030_usesyn", ISR = "030_useisr", USE_RAD_DIST = 1 030_B2E : CSBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = "030_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "030_usesyn", ISR = "030_useisr", USE_RAD_DIST = 1 030_B3E : CSBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = 0.0, E2 = "030_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "030_usesyn", ISR = "030_useisr", USE_RAD_DIST = 1 030_B4E : CSBEND, L = "030_larc", ANGLE = "030_theta", & E1 = "030_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "030_usesyn", ISR = "030_useisr", USE_RAD_DIST = 1 030_B1CSR : CSRCSBEND, L = "030_larc", ANGLE = "030_theta", & E1 = 0.0, E2 = "030_theta", & INTEGRATION_ORDER = 4, & CSR = "030_usecsr", ISR = "030_useisr", & 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 = 5 030_B2CSR : CSRCSBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = "030_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "030_usecsr", ISR = "030_useisr", & 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 = 5 030_B3CSR : CSRCSBEND, L = "030_larc", ANGLE = "030_theta -1 *", & E1 = 0.0, E2 = "030_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "030_usecsr", ISR = "030_useisr", & 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 = 5 030_B4CSR : CSRCSBEND, L = "030_larc", ANGLE = "030_theta", & E1 = "030_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "030_usecsr", ISR = "030_useisr", & 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 ! % 11.5 030_theta cos / sto 030_l12 % 1.0 sto 030_l23 % 11.5 030_theta cos / sto 030_l34 030_D12: DRIFT, L="030_l12", ORDER = 2 030_D23: DRIFT, L="030_l23", ORDER = 2 030_D34: DRIFT, L="030_l34", ORDER = 2 030_D12E: EDRIFT, L="030_l12" 030_D23E: EDRIFT, L="030_l23" 030_D34E: EDRIFT, L="030_l34" 030_D12CSR: CSRDRIFT, L="030_l12", & CSR="030_usecsr", DZ=0.01, USE_STUPAKOV=1 030_D23CSR: CSRDRIFT, L="030_l23", & CSR="030_usecsr", DZ=0.01, USE_STUPAKOV=1 030_D34CSR: CSRDRIFT, L="030_l34", & CSR="030_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE030: LINE = (030_B1, 030_D12, 030_B2, 030_D23,& 030_B3, 030_D34, 030_B4) LINE030E: LINE = (030_B1E, 030_D12E, 030_B2E, 030_D23E,& 030_B3E, 030_D34E, 030_B4E) LINE030CSR: LINE = (030_B1CSR, 030_D12CSR, 030_B2CSR, 030_D23CSR,& 030_B3CSR, 030_D34CSR, 030_B4CSR) ! ! CLIC Main Beam RTML ! match BC1 and Booster ! ! initial Twiss: betax=16.68004848, alphax=0.3571712156, ! betay=50.93527278, alphay=-2.482120204 ! final Twiss: betax=5.26359, alphax=0.0, betay=53.5488, alphay=0.0 % global_csr sto 040_usecsr % 0.36 sto 040_lquad % -0.2604960269 sto 040_kqm1 % 0.09618069497 sto 040_kqm2 % 0.4089647037 sto 040_kqm3 % -0.2650437594 sto 040_kqm4 % 2.3 sto 040_ldm1 % 3.5 sto 040_ldm2 % 9.2 sto 040_ldm3 % 2.9 sto 040_ldm4 % 8.8 sto 040_ldm5 040_Q1: QUAD, L="040_lquad", K1="040_kqm1", ORDER=3 040_Q2: QUAD, L="040_lquad", K1="040_kqm2", ORDER=3 040_Q3: QUAD, L="040_lquad", K1="040_kqm3", ORDER=3 040_Q4: QUAD, L="040_lquad", K1="040_kqm4", ORDER=3 040_D01: DRIFT, L="040_ldm1", ORDER=2 040_D02: DRIFT, L="040_ldm2", ORDER=2 040_D03: DRIFT, L="040_ldm3", ORDER=2 040_D04: DRIFT, L="040_ldm4", ORDER=2 040_D05: DRIFT, L="040_ldm5", ORDER=2 040_D01E: EDRIFT, L="040_ldm1" 040_D02E: EDRIFT, L="040_ldm2" 040_D03E: EDRIFT, L="040_ldm3" 040_D04E: EDRIFT, L="040_ldm4" 040_D05E: EDRIFT, L="040_ldm5" 040_D01CSR: CSRDRIFT, L="040_ldm1", & CSR="040_usecsr", DZ=0.01, USE_STUPAKOV=1 040_D02CSR: CSRDRIFT, L="040_ldm2", & CSR="040_usecsr", DZ=0.01, USE_STUPAKOV=1 040_D03CSR: CSRDRIFT, L="040_ldm3", & CSR="040_usecsr", DZ=0.01, USE_STUPAKOV=1 040_D04CSR: CSRDRIFT, L="040_ldm4", & CSR="040_usecsr", DZ=0.01, USE_STUPAKOV=1 040_D05CSR: CSRDRIFT, L="040_ldm5", & CSR="040_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE040: LINE=(040_D01,040_Q1,040_D02,040_Q2,040_D03,& 040_Q3,040_D04,040_Q4,040_D05) LINE040E: LINE=(040_D01E,040_Q1,040_D02E,040_Q2,040_D03E,& 040_Q3,040_D04E,040_Q4,040_D05E) LINE040CSR: LINE=(040_D01CSR,040_Q1,040_D02CSR,040_Q2,040_D03CSR,& 040_Q3,040_D04CSR,040_Q4,040_D05CSR) ! ! CLIC Main Beam RTML ! Booster ! ! initial Twiss: betax=5.26359, alphax=0.0, betay=53.5488, alphay=0.0 ! final Twiss: betax=9.4694, alphax=-0.923194, betay=33.7166, alphay=2.42885 !% global_csr sto 050_usecsr % 0 sto 050_usecsr % 0.1 sto 050_lbpm % 0.3 sto 050_lquad % 3.0 sto 050_lcav % 4.0e9 sto 050_cavfreq % 0.025 sto 050_lcell ! no wakes !% 23.48e6 050_lcav * sto 050_cavvolt ! with wakes % 23.549e6 050_lcav * sto 050_cavvolt % 90.0 sto 050_cavphase % 0.4 sto 050_kq1 % -0.4 sto 050_kq2 % 0.3 sto 050_ld1 % 0.3 sto 050_ld2 % 0.3 sto 050_ld3 % 0.05 sto 050_ldbpm 050_QS: QUAD, L="050_lquad 2 /", K1="050_kq2", ORDER=3 050_Q1: QUAD, L="050_lquad", K1="050_kq1", ORDER=3 050_Q2: QUAD, L="050_lquad", K1="050_kq2", ORDER=3 050_D1: DRIFT, L="050_ld1", ORDER=2 050_D2: DRIFT, L="050_ld2", ORDER=2 050_D3: DRIFT, L="050_ld3", ORDER=2 050_DBPM: DRIFT, L="050_ldbpm", ORDER=2 050_DX: DRIFT, L="050_ld2 050_lbpm 050_ldbpm + -", ORDER=2 050_BPM: DRIFT, L="050_lbpm", ORDER=2 050_D1E: EDRIFT, L="050_ld1" 050_D2E: EDRIFT, L="050_ld2" 050_D3E: EDRIFT, L="050_ld3" 050_DBPME: EDRIFT, L="050_ldbpm" 050_DXE: EDRIFT, L="050_ld2 050_lbpm 050_ldbpm + -" 050_BPME: EDRIFT, L="050_lbpm" 050_D1CSR: CSRDRIFT, L="050_ld1", & CSR="050_usecsr", DZ=0.01, USE_STUPAKOV=1 050_D2CSR: CSRDRIFT, L="050_ld2", & CSR="050_usecsr", DZ=0.01, USE_STUPAKOV=1 050_D3CSR: CSRDRIFT, L="050_ld3", & CSR="050_usecsr", DZ=0.01, USE_STUPAKOV=1 050_DBPMCSR: CSRDRIFT, L="050_ldbpm", & CSR="050_usecsr", DZ=0.01, USE_STUPAKOV=1 050_DXCSR: CSRDRIFT, L="050_ld2 050_lbpm 050_ldbpm + -", & CSR="050_usecsr", DZ=0.01, USE_STUPAKOV=1 !050_CAV: RFCW, L="050_lcav", FREQ="050_cavfreq", CELL_LENGTH="050_lcell",& ! VOLT="050_cavvolt", PHASE="050_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 050_CAV: RFCW, L="050_lcav", FREQ="050_cavfreq", CELL_LENGTH="050_lcell",& VOLT="050_cavvolt", PHASE="050_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & WAKEFILE="wake_booster.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy", INTERPOLATE=1 !linA10: rfcw,freq=2856e6,l=0.3,volt="48e6 10 /",phase="90 28 -",change_p0=1,cell_length=0.035,& ! zwakefile="knsl45.liwake.sdds",tColumn="t",wzColumn="W",interpolate=1,& ! lsc=1,lsc_bins=1024,lsc_interpolate=1,lsc_high_frequency_cutoff0=0.25,lsc_high_frequency_cutoff1=0.30 CELL050: LINE=(050_D1,& 050_CAV,050_D3,050_CAV,050_D3,050_CAV,050_D3,050_CAV,& 050_DX,050_BPM,050_DBPM,050_Q1,& 050_CAV,050_D3,050_CAV,050_D3,050_CAV,050_D3,050_CAV,& 050_DX,050_BPM,050_DBPM,050_Q2) LINE050: LINE=(050_QS,9*CELL050,050_DBPM,050_CAV) CELL050E: LINE=(050_D1E,& 050_CAV,050_D3E,050_CAV,050_D3E,050_CAV,050_D3E,050_CAV,& 050_DXE,050_BPM,050_DBPME,050_Q1,& 050_CAV,050_D3E,050_CAV,050_D3E,050_CAV,050_D3E,050_CAV,& 050_DXE,050_BPME,050_DBPME,050_Q2) LINE050E: LINE=(050_QS,9*CELL050E,050_DBPME,050_CAV) CELL050CSR: LINE=(050_D1CSR,& 050_CAV,050_D3CSR,050_CAV,050_D3CSR,050_CAV,050_D3CSR,050_CAV,& 050_DXCSR,050_BPM,050_DBPMCSR,050_Q1,& 050_CAV,050_D3CSR,050_CAV,050_D3CSR,050_CAV,050_D3CSR,050_CAV,& 050_DXCSR,050_BPM,050_DBPMCSR,050_Q2) LINE050CSR: LINE=(050_QS,9*CELL050CSR,050_DBPMCSR,050_CAV) ! ! CLIC Main Beam RTML ! match BC1 and Booster ! ! initial Twiss: betax=9.4694, alphax=-0.923194, betay=33.7166, alphay=2.42885 ! final Twiss: betax=856.387062, alphax=0.0, betay=382.4304501, alphay=0.0 !% global_csr sto 060_usecsr % 0 sto 060_usecsr % 0.36 sto 060_lquad % -0.01766477867 sto 060_kqm1 % 0.2900141676 sto 060_kqm2 % -0.4655233622 sto 060_kqm3 % 0.1754976538 sto 060_kqm4 % 16.24783632 sto 060_ldm1 % 38.51420496 sto 060_ldm2 % 0.989885515 sto 060_ldm3 % 1.533483253 sto 060_ldm4 % 45.03637893 sto 060_ldm5 060_Q1: QUAD, L="060_lquad", K1="060_kqm1", ORDER=3 060_Q2: QUAD, L="060_lquad", K1="060_kqm2", ORDER=3 060_Q3: QUAD, L="060_lquad", K1="060_kqm3", ORDER=3 060_Q4: QUAD, L="060_lquad", K1="060_kqm4", ORDER=3 060_D01: DRIFT, L="060_ldm1", ORDER=2 060_D02: DRIFT, L="060_ldm2", ORDER=2 060_D03: DRIFT, L="060_ldm3", ORDER=2 060_D04: DRIFT, L="060_ldm4", ORDER=2 060_D05: DRIFT, L="060_ldm5", ORDER=2 060_D01E: EDRIFT, L="060_ldm1" 060_D02E: EDRIFT, L="060_ldm2" 060_D03E: EDRIFT, L="060_ldm3" 060_D04E: EDRIFT, L="060_ldm4" 060_D05E: EDRIFT, L="060_ldm5" 060_D01CSR: CSRDRIFT, L="060_ldm1", & CSR="060_usecsr", DZ=0.01, USE_STUPAKOV=1 060_D02CSR: CSRDRIFT, L="060_ldm2", & CSR="060_usecsr", DZ=0.01, USE_STUPAKOV=1 060_D03CSR: CSRDRIFT, L="060_ldm3", & CSR="060_usecsr", DZ=0.01, USE_STUPAKOV=1 060_D04CSR: CSRDRIFT, L="060_ldm4", & CSR="060_usecsr", DZ=0.01, USE_STUPAKOV=1 060_D05CSR: CSRDRIFT, L="060_ldm5", & CSR="060_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE060: LINE=(060_D01,060_Q1,060_D02,060_Q2,060_D03,& 060_Q3,060_D04,060_Q4,060_D05) LINE060E: LINE=(060_D01E,060_Q1,060_D02E,060_Q2,060_D03E,& 060_Q3,060_D04E,060_Q4,060_D05E) LINE060CSR: LINE=(060_D01CSR,060_Q1,060_D02CSR,060_Q2,060_D03CSR,& 060_Q3,060_D04CSR,060_Q4,060_D05CSR) ! ! CLIC Main Beam RTML ! match Booster and Turn Around Loop ! Transfer Line is skipped ! ! initial Twiss: betax=9.4694, alphax=-0.923194, betay=33.7166, alphay=2.42885 ! final Twiss: betax=73.5, alphax=0.0, betay=35.2, alphay=0.0 !% global_csr sto 06X_usecsr % 0 sto 06X_usecsr % 0.36 sto 06X_lquad % 0.09286341649 sto 06X_kqm1 % 0.3914368388 sto 06X_kqm2 % -0.4342808431 sto 06X_kqm3 % 0.4277371475 sto 06X_kqm4 % 3.788436239 sto 06X_ldm1 % 9.313632632 sto 06X_ldm2 % 14.76472132 sto 06X_ldm3 % 3.292950567 sto 06X_ldm4 % 20.0802789 sto 06X_ldm5 06X_Q1: QUAD, L="06X_lquad", K1="06X_kqm1", ORDER=3 06X_Q2: QUAD, L="06X_lquad", K1="06X_kqm2", ORDER=3 06X_Q3: QUAD, L="06X_lquad", K1="06X_kqm3", ORDER=3 06X_Q4: QUAD, L="06X_lquad", K1="06X_kqm4", ORDER=3 06X_D01: DRIFT, L="06X_ldm1", ORDER=2 06X_D02: DRIFT, L="06X_ldm2", ORDER=2 06X_D03: DRIFT, L="06X_ldm3", ORDER=2 06X_D04: DRIFT, L="06X_ldm4", ORDER=2 06X_D05: DRIFT, L="06X_ldm5", ORDER=2 06X_D01E: EDRIFT, L="06X_ldm1" 06X_D02E: EDRIFT, L="06X_ldm2" 06X_D03E: EDRIFT, L="06X_ldm3" 06X_D04E: EDRIFT, L="06X_ldm4" 06X_D05E: EDRIFT, L="06X_ldm5" 06X_D01CSR: CSRDRIFT, L="06X_ldm1", & CSR="06X_usecsr", DZ=0.01, USE_STUPAKOV=1 06X_D02CSR: CSRDRIFT, L="06X_ldm2", & CSR="06X_usecsr", DZ=0.01, USE_STUPAKOV=1 06X_D03CSR: CSRDRIFT, L="06X_ldm3", & CSR="06X_usecsr", DZ=0.01, USE_STUPAKOV=1 06X_D04CSR: CSRDRIFT, L="06X_ldm4", & CSR="06X_usecsr", DZ=0.01, USE_STUPAKOV=1 06X_D05CSR: CSRDRIFT, L="06X_ldm5", & CSR="06X_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE06X: LINE=(06X_D01,06X_Q1,06X_D02,06X_Q2,06X_D03,& 06X_Q3,06X_D04,06X_Q4,06X_D05) LINE06XE: LINE=(06X_D01E,06X_Q1,06X_D02E,06X_Q2,06X_D03E,& 06X_Q3,06X_D04E,06X_Q4,06X_D05E) LINE06XCSR: LINE=(06X_D01CSR,06X_Q1,06X_D02CSR,06X_Q2,06X_D03CSR,& 06X_Q3,06X_D04CSR,06X_Q4,06X_D05CSR) ! ! CLIC Main Beam RTML ! Transfer Line ! ! initial Twiss: betax=856.387062, alphax=0.0, betay=382.4304501, alphay=0.0 ! final Twiss: betax=382.4304501, alphax=0.0, betay=856.387062, alphay=0.0 !% global_csr sto 070_usecsr % 0 sto 070_usecsr % 0.36 sto 070_lquad % 0.009713020617 sto 070_kqmx % 070_kqmx sto 070_kqm1 % 070_kqmx -1.0 * sto 070_kqm2 % 070_kqmx sto 070_kqm3 % 070_kqmx -1.0 * sto 070_kqm4 % 219.0 0.36 - sto 070_ldm1 % 070_ldm1 sto 070_ldm2 % 070_ldm1 sto 070_ldm3 % 070_ldm1 sto 070_ldm4 070_Q12: QUAD, L="070_lquad 2 /", K1="070_kqm1", ORDER=3 070_Q1: QUAD, L="070_lquad", K1="070_kqm1", ORDER=3 070_Q2: QUAD, L="070_lquad", K1="070_kqm2", ORDER=3 070_Q3: QUAD, L="070_lquad", K1="070_kqm3", ORDER=3 070_Q4: QUAD, L="070_lquad", K1="070_kqm4", ORDER=3 070_Q42: QUAD, L="070_lquad 2 /", K1="070_kqm4", ORDER=3 070_D01: DRIFT, L="070_ldm1", ORDER=2 070_D02: DRIFT, L="070_ldm2", ORDER=2 070_D03: DRIFT, L="070_ldm3", ORDER=2 070_D04: DRIFT, L="070_ldm4", ORDER=2 070_D01E: EDRIFT, L="070_ldm1" 070_D02E: EDRIFT, L="070_ldm2" 070_D03E: EDRIFT, L="070_ldm3" 070_D04E: EDRIFT, L="070_ldm4" 070_D01CSR: CSRDRIFT, L="070_ldm1", & CSR="070_usecsr", DZ=0.01, USE_STUPAKOV=1 070_D02CSR: CSRDRIFT, L="070_ldm2", & CSR="070_usecsr", DZ=0.01, USE_STUPAKOV=1 070_D03CSR: CSRDRIFT, L="070_ldm3", & CSR="070_usecsr", DZ=0.01, USE_STUPAKOV=1 070_D04CSR: CSRDRIFT, L="070_ldm4", & CSR="070_usecsr", DZ=0.01, USE_STUPAKOV=1 CELL070S: LINE=(070_Q12,070_D01,070_Q2,070_D02,& 070_Q3,070_D03,070_Q4,070_D04) CELL070: LINE=(070_Q1,070_D01,070_Q2,070_D02,& 070_Q3,070_D03,070_Q4,070_D04) LINE070: LINE=(CELL070S,23*CELL070) CELL070SE: LINE=(070_Q12,070_D01E,070_Q2,070_D02E,& 070_Q3,070_D03E,070_Q4,070_D04E) CELL070E: LINE=(070_Q1,070_D01E,070_Q2,070_D02E,& 070_Q3,070_D03E,070_Q4,070_D04E) LINE070E: LINE=(CELL070SE,23*CELL070E) CELL070SCSR: LINE=(070_Q12,070_D01CSR,070_Q2,070_D02CSR,& 070_Q3,070_D03CSR,070_Q4,070_D04CSR) CELL070CSR: LINE=(070_Q1,070_D01CSR,070_Q2,070_D02CSR,& 070_Q3,070_D03CSR,070_Q4,070_D04CSR) LINE070CSR: LINE=(CELL070SCSR,23*CELL070CSR) ! ! CLIC Main Beam RTML ! match BC1 and Booster ! ! initial Twiss: betax=382.4304501, alphax=0.0, betay=856.387062, alphay=0.0 ! final Twiss: betax=73.5, alphax=0.0, betay=35.2, alphay=0.0 !% global_csr sto 080_usecsr % 0 sto 080_usecsr % 0.36 sto 080_lquad % 0.009713020617 sto 080_kqm1 % -0.09572004234 sto 080_kqm2 % 0.07934611709 sto 080_kqm3 % 0.02585011811 sto 080_kqm4 % -0.07603614877 sto 080_kqm5 % 44.37884029 sto 080_ldm1 % 5.810105391 sto 080_ldm2 % 28.27003087 sto 080_ldm3 % 79.11879376 sto 080_ldm4 % 36.42672925 sto 080_ldm5 080_Q1: QUAD, L="080_lquad 2 /", K1="080_kqm1", ORDER=3 !080_Q2: QUAD, L="080_lquad 2 /", K1="080_kqm2", ORDER=3 080_Q2: QUAD, L="080_lquad", K1="080_kqm2", ORDER=3 080_Q3: QUAD, L="080_lquad", K1="080_kqm3", ORDER=3 080_Q4: QUAD, L="080_lquad", K1="080_kqm4", ORDER=3 080_Q5: QUAD, L="080_lquad", K1="080_kqm5", ORDER=3 !080_Q6: QUAD, L="080_lquad 2 /", K1="080_kqm6", ORDER=3 080_D01E: EDRIFT, L="080_ldm1" 080_D02E: EDRIFT, L="080_ldm2" 080_D03E: EDRIFT, L="080_ldm3" 080_D04E: EDRIFT, L="080_ldm4" 080_D05E: EDRIFT, L="080_ldm5" !080_D06E: EDRIFT, L="080_ldm6" 080_D01: DRIFT, L="080_ldm1", ORDER=2 080_D02: DRIFT, L="080_ldm2", ORDER=2 080_D03: DRIFT, L="080_ldm3", ORDER=2 080_D04: DRIFT, L="080_ldm4", ORDER=2 080_D05: DRIFT, L="080_ldm5", ORDER=2 !080_D06: DRIFT, L="080_ldm6", ORDER=2 080_D01CSR: CSRDRIFT, L="080_ldm1", & CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 080_D02CSR: CSRDRIFT, L="080_ldm2", & CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 080_D03CSR: CSRDRIFT, L="080_ldm3", & CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 080_D04CSR: CSRDRIFT, L="080_ldm4", & CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 080_D05CSR: CSRDRIFT, L="080_ldm5", & CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 !080_D06CSR: CSRDRIFT, L="080_ldm6", & ! CSR="080_usecsr", DZ=0.01, USE_STUPAKOV=1 !LINE080: LINE=(080_Q1,080_D01,080_Q2,080_D02,& ! 080_Q3,080_D03,080_Q4,080_D04,& ! 080_Q5,080_D05,080_Q6,080_D06) !LINE080CSR: LINE=(080_Q1,080_D01CSR,080_Q2,080_D02CSR,& ! 080_Q3,080_D03CSR,080_Q4,080_D04CSR,& ! 080_Q5,080_D05CSR,080_Q6,080_D06CSR) LINE080: LINE=(080_Q1,080_D01,080_Q2,080_D02,& 080_Q3,080_D03,080_Q4,080_D04,& 080_Q5,080_D05) LINE080E: LINE=(080_Q1,080_D01E,080_Q2,080_D02E,& 080_Q3,080_D03E,080_Q4,080_D04E,& 080_Q5,080_D05E) LINE080CSR: LINE=(080_Q1,080_D01CSR,080_Q2,080_D02CSR,& 080_Q3,080_D03CSR,080_Q4,080_D04CSR,& 080_Q5,080_D05CSR) ! ! CLIC Main Beam RTML ! Turn Around Loop ! ! initial Twiss: betax=73.5, alphax=0.0, betay=35.2, alphay=0.0 ! final Twiss: betax=73.5, alphax=0.0, betay=35.2, alphay=0.0 % global_csr sto 090_usecsr % global_isr sto 090_useisr % 0 sto 090_usesyn % 1 atan 4 * sto Pi ! general parameters of arc % 2.0 sto 090_lbend % 0.5 sto 090_lquad % 0.2 sto 090_lsext ! dipoles % 1.5 180 / Pi * sto 090_bendangle % 090_lbend 2 / 090_bendangle 2 / sin / sto 090_r0 % 090_bendangle 090_r0 * sto 090_larc ! for arc bending to the left 090_BL : SBEND, L="090_larc", ANGLE="090_bendangle -1.0 *",& E1 = "090_bendangle -2.0 /", E2 = "090_bendangle -2.0 /",& ORDER = 2 ! for arc bending to the right 090_BR : SBEND, L="090_larc", ANGLE="090_bendangle",& E1 = "090_bendangle 2.0 /", E2 = "090_bendangle 2.0 /",& ORDER = 2 090_BLE : CSBEND, L="090_larc", ANGLE="090_bendangle -1.0 *",& E1 = "090_bendangle -2.0 /", E2 = "090_bendangle -2.0 /",& INTEGRATION_ORDER = 4,ISR="090_useisr",SYNCH_RAD="090_usesyn",& USE_RAD_DIST=1 ! for arc bending to the right 090_BRE : CSBEND, L="090_larc", ANGLE="090_bendangle",& E1 = "090_bendangle 2.0 /", E2 = "090_bendangle 2.0 /",& INTEGRATION_ORDER = 4,ISR= "090_useisr",SYNCH_RAD="090_usesyn",& USE_RAD_DIST=1 090_BLCSR : CSRCSBEND, L = "090_larc", ANGLE = "090_bendangle -1.0 *",& E1 = "090_bendangle -2.0 /", E2 = "090_bendangle -2.0 /",& INTEGRATION_ORDER = 4,& CSR = "090_usecsr", ISR = "090_useisr",& 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 = 5 090_BRCSR : CSRCSBEND, L = "090_larc", ANGLE = "090_bendangle 1.0 *",& E1 = "090_bendangle 2.0 /", E2 = "090_bendangle 2.0 /",& INTEGRATION_ORDER = 4,& CSR = "090_usecsr", ISR = "090_useisr",& 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 %1.580449653 sto 090_kq1 %-0.7605336329 sto 090_kq2 %0.9155124479 sto 090_kq3 %-0.4598785488 sto 090_kq4 % 090_kq4 sto 090_kq5 % 090_kq3 sto 090_kq6 % 090_kq2 sto 090_kq7 % 090_kq1 sto 090_kq8 % 0.9096194233 sto 090_kq8l8 % 090_kq8l8 sto 090_kq1r1 090_Q1: QUAD, L="090_lquad 2.0 /", K1="090_kq1", ORDER=3 090_Q2: QUAD, L="090_lquad", K1="090_kq2", ORDER=3 090_Q3: QUAD, L="090_lquad", K1="090_kq3", ORDER=3 090_Q4: QUAD, L="090_lquad", K1="090_kq4", ORDER=3 090_Q5: QUAD, L="090_lquad", K1="090_kq5", ORDER=3 090_Q6: QUAD, L="090_lquad", K1="090_kq6", ORDER=3 090_Q7: QUAD, L="090_lquad", K1="090_kq7", ORDER=3 090_Q8: QUAD, L="090_lquad 2.0 /", K1="090_kq8", ORDER=3 090_Q8L8: QUAD, L="090_lquad", K1="090_kq8l8", ORDER=3 090_Q1R1: QUAD, L="090_lquad", K1="090_kq1r1", ORDER=3 ! drifts % 0.50 sto 090_ld01 % 0.55 sto 090_ld02 % 6.38 sto 090_ld03 % 1.17 sto 090_ld04 % 1.30 sto 090_ld05 % 0.50 sto 090_ld06 % 090_ld05 sto 090_ld07 % 090_ld04 sto 090_ld08 % 090_ld03 sto 090_ld09 % 090_ld02 sto 090_ld10 % 090_ld01 sto 090_ld11 % 090_ld03 0.3 - sto 090_ld03a % 0.10 sto 090_ld03b % 0.10 sto 090_ld04a % 090_ld04 0.3 - sto 090_ld04b % 090_ld03b sto 090_ld09a % 090_ld03a sto 090_ld09b 090_D01: DRIFT, L="090_ld01", ORDER=2 090_D02: DRIFT, L="090_ld02", ORDER=2 090_D03: DRIFT, L="090_ld03", ORDER=2 090_D03A: DRIFT, L="090_ld03a", ORDER=2 090_D03B: DRIFT, L="090_ld03b", ORDER=2 090_D04: DRIFT, L="090_ld04", ORDER=2 090_D04A: DRIFT, L="090_ld04a", ORDER=2 090_D04B: DRIFT, L="090_ld04b", ORDER=2 090_D05: DRIFT, L="090_ld05", ORDER=2 090_D06: DRIFT, L="090_ld06", ORDER=2 090_D07: DRIFT, L="090_ld07", ORDER=2 090_D08: DRIFT, L="090_ld08", ORDER=2 090_D09A: DRIFT, L="090_ld09a", ORDER=2 090_D09B: DRIFT, L="090_ld09b", ORDER=2 090_D10: DRIFT, L="090_ld10", ORDER=2 090_D11: DRIFT, L="090_ld11", ORDER=2 090_D01E: EDRIFT, L="090_ld01" 090_D02E: EDRIFT, L="090_ld02" 090_D03E: EDRIFT, L="090_ld03" 090_D03AE: EDRIFT, L="090_ld03a" 090_D03BE: EDRIFT, L="090_ld03b" 090_D04E: EDRIFT, L="090_ld04" 090_D04AE: EDRIFT, L="090_ld04a" 090_D04BE: EDRIFT, L="090_ld04b" 090_D05E: EDRIFT, L="090_ld05" 090_D06E: EDRIFT, L="090_ld06" 090_D07E: EDRIFT, L="090_ld07" 090_D08E: EDRIFT, L="090_ld08" 090_D09AE: EDRIFT, L="090_ld09a" 090_D09BE: EDRIFT, L="090_ld09b" 090_D10E: EDRIFT, L="090_ld10" 090_D11E: EDRIFT, L="090_ld11" 090_D01CSR: CSRDRIFT, L="090_ld01", & CSR=0, DZ=0.01, USE_STUPAKOV=1 090_D02CSR: CSRDRIFT, L="090_ld02", & CSR=0, DZ=0.01, USE_STUPAKOV=1 090_D03CSR: CSRDRIFT, L="090_ld03", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D03ACSR: CSRDRIFT, L="090_ld03a", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D03BCSR: CSRDRIFT, L="090_ld03b", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D04CSR: CSRDRIFT, L="090_ld04", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D04ACSR: CSRDRIFT, L="090_ld04a", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D04BCSR: CSRDRIFT, L="090_ld04b", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D05CSR: CSRDRIFT, L="090_ld05", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D06CSR: CSRDRIFT, L="090_ld06", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D07CSR: CSRDRIFT, L="090_ld07", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D08CSR: CSRDRIFT, L="090_ld08", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D09ACSR: CSRDRIFT, L="090_ld09a", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D09BCSR: CSRDRIFT, L="090_ld09b", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D10CSR: CSRDRIFT, L="090_ld10", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_D11CSR: CSRDRIFT, L="090_ld11", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 ! sextupoles ! for 0.5% energy spread !% -40.0 sto 090_ks1 !% -40.0 sto 090_ks2 % 0.0 sto 090_ks1 % 0.0 sto 090_ks2 % -22.0 sto 090_ks1 % -22.0 sto 090_ks2 090_SL1: SEXT, L="090_lsext", K2="090_ks1", ORDER=3 090_SL2: SEXT, L="090_lsext", K2="090_ks2", ORDER=3 090_SR1: SEXT, L="090_lsext", K2="090_ks1 -1.0 *", ORDER=3 090_SR2: SEXT, L="090_lsext", K2="090_ks2 -1.0 *", ORDER=3 ! arc definition 090_ARCLS: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BL,090_D03,090_Q3,090_D04A,090_SL1,090_D04B,090_Q4,090_D05,& 090_BL,090_D06,090_BL,090_D06,090_BL,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SL2,090_D09B,090_BL,090_D10,090_Q7,090_D11,090_Q8) 090_ARCLST: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BL,090_D03A,090_SL1,090_D03B,090_Q3,090_D04,090_Q4,090_D05,& 090_BL,090_D06,090_BL,090_D06,090_BL,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SL2,090_D09B,090_BL,090_D10,090_Q7,090_D11,090_Q8) 090_ARCL8: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BL,090_D03,090_Q3,090_D04A,090_SL1,090_D04B,090_Q4,090_D05,& 090_BL,090_D06,090_BL,090_D06,090_BL,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SL2,090_D09B,090_BL,090_D10,090_Q7,090_D11,090_Q8L8) 090_ARCL8T: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BL,090_D03A,090_SL1,090_D03B,090_Q3,090_D04,090_Q4,090_D05,& 090_BL,090_D06,090_BL,090_D06,090_BL,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SL2,090_D09B,090_BL,090_D10,090_Q7,090_D11,090_Q8L8) 090_ARCL: LINE=(7*090_ARCLS,090_ARCL8) 090_ARCLT: LINE=(7*090_ARCLST,090_ARCL8T) 090_ARCR1: LINE=(090_Q1R1,090_D01,090_Q2,090_D02,090_BR,090_D03,090_Q3,090_D04A,090_SR1,090_D04B,090_Q4,090_D05,& 090_BR,090_D06,090_BR,090_D06,090_BR,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SR2,090_D09B,090_BR,090_D10,090_Q7,090_D11,090_Q8) 090_ARCR1T: LINE=(090_Q1R1,090_D01,090_Q2,090_D02,090_BR,090_D03A,090_SR1,090_D03B,090_Q3,090_D04,090_Q4,090_D05,& 090_BR,090_D06,090_BR,090_D06,090_BR,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SR2,090_D09B,090_BR,090_D10,090_Q7,090_D11,090_Q8) 090_ARCRS: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BR,090_D03,090_Q3,090_D04A,090_SR1,090_D04B,090_Q4,090_D05,& 090_BR,090_D06,090_BR,090_D06,090_BR,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SR2,090_D09B,090_BR,090_D10,090_Q7,090_D11,090_Q8) 090_ARCRST: LINE=(090_Q1,090_D01,090_Q2,090_D02,090_BR,090_D03A,090_SR1,090_D03B,090_Q3,090_D04,090_Q4,090_D05,& 090_BR,090_D06,090_BR,090_D06,090_BR,& 090_D07,090_Q5,090_D08,090_Q6,090_D09A,090_SR2,090_D09B,090_BR,090_D10,090_Q7,090_D11,090_Q8) 090_ARCR: LINE=(090_ARCR1,31*090_ARCRS) 090_ARCRT: LINE=(090_ARCR1T,31*090_ARCRST) 090_ARCLSE: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BLE,090_D03E,090_Q3,090_D04AE,090_SL1,090_D04BE,090_Q4,090_D05E,& 090_BLE,090_D06E,090_BLE,090_D06E,090_BLE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SL2,090_D09BE,090_BLE,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCLSTE: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BLE,090_D03AE,090_SL1,090_D03BE,090_Q3,090_D04E,090_Q4,090_D05E,& 090_BLE,090_D06E,090_BLE,090_D06E,090_BLE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SL2,090_D09BE,090_BLE,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCL8E: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BLE,090_D03E,090_Q3,090_D04AE,090_SL1,090_D04BE,090_Q4,090_D05E,& 090_BLE,090_D06E,090_BLE,090_D06E,090_BLE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SL2,090_D09BE,090_BLE,090_D10E,090_Q7,090_D11E,090_Q8L8) 090_ARCL8TE: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BLE,090_D03AE,090_SL1,090_D03BE,090_Q3,090_D04E,090_Q4,090_D05E,& 090_BLE,090_D06E,090_BLE,090_D06E,090_BLE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SL2,090_D09BE,090_BLE,090_D10E,090_Q7,090_D11E,090_Q8L8) 090_ARCLE: LINE=(7*090_ARCLSE,090_ARCL8E) 090_ARCLTE: LINE=(7*090_ARCLSTE,090_ARCL8TE) 090_ARCR1E: LINE=(090_Q1R1,090_D01E,090_Q2,090_D02E,090_BRE,090_D03E,090_Q3,090_D04AE,090_SR1,090_D04BE,090_Q4,090_D05E,& 090_BRE,090_D06E,090_BRE,090_D06E,090_BRE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SR2,090_D09BE,090_BRE,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCR1TE: LINE=(090_Q1R1,090_D01E,090_Q2,090_D02E,090_BRE,090_D03AE,090_SR1,090_D03BE,090_Q3,090_D04E,090_Q4,090_D05E,& 090_BRE,090_D06E,090_BRE,090_D06E,090_BRE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SR2,090_D09BE,090_BRE,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCRSE: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BRE,090_D03E,090_Q3,090_D04AE,090_SR1,090_D04BE,090_Q4,090_D05E,& 090_BRE,090_D06E,090_BRE,090_D06E,090_BRE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SR2,090_D09BE,090_BR,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCRSTE: LINE=(090_Q1,090_D01E,090_Q2,090_D02E,090_BRE,090_D03AE,090_SR1,090_D03BE,090_Q3,090_D04E,090_Q4,090_D05E,& 090_BRE,090_D06E,090_BRE,090_D06E,090_BRE,& 090_D07E,090_Q5,090_D08E,090_Q6,090_D09AE,090_SR2,090_D09BE,090_BRE,090_D10E,090_Q7,090_D11E,090_Q8) 090_ARCRE: LINE=(090_ARCR1E,31*090_ARCRSE) 090_ARCRTE: LINE=(090_ARCR1TE,31*090_ARCRSTE) 090_ARCLSCSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BLCSR,090_D03CSR,090_Q3,090_D04ACSR,090_SL1,090_D04BCSR,090_Q4,090_D05CSR,& 090_BLCSR,090_D06CSR,090_BLCSR,090_D06CSR,090_BLCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SL2,090_D09BCSR,090_BLCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCLSTCSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BLCSR,090_D03ACSR,090_SL1,090_D03BCSR,090_Q3,090_D04CSR,090_Q4,090_D05CSR,& 090_BLCSR,090_D06CSR,090_BLCSR,090_D06CSR,090_BLCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SL2,090_D09BCSR,090_BLCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCL8CSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BLCSR,090_D03CSR,090_Q3,090_D04ACSR,090_SL1,090_D04BCSR,090_Q4,090_D05CSR,& 090_BLCSR,090_D06CSR,090_BLCSR,090_D06CSR,090_BLCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SL2,090_D09BCSR,090_BLCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8L8) 090_ARCL8TCSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BLCSR,090_D03ACSR,090_SL1,090_D03BCSR,090_Q3,090_D04CSR,090_Q4,090_D05CSR,& 090_BLCSR,090_D06CSR,090_BLCSR,090_D06CSR,090_BLCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SL2,090_D09BCSR,090_BLCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8L8) 090_ARCLCSR: LINE=(7*090_ARCLSCSR,090_ARCL8CSR) 090_ARCLTCSR: LINE=(7*090_ARCLSTCSR,090_ARCL8TCSR) 090_ARCR1CSR: LINE=(090_Q1R1,090_D01CSR,090_Q2,090_D02CSR,090_BRCSR,090_D03CSR,090_Q3,090_D04ACSR,090_SR1,090_D04BCSR,090_Q4,090_D05CSR,& 090_BRCSR,090_D06CSR,090_BRCSR,090_D06CSR,090_BRCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SR2,090_D09BCSR,090_BRCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCR1TCSR: LINE=(090_Q1R1,090_D01CSR,090_Q2,090_D02CSR,090_BRCSR,090_D03ACSR,090_SR1,090_D03BCSR,090_Q3,090_D04CSR,090_Q4,090_D05CSR,& 090_BRCSR,090_D06CSR,090_BRCSR,090_D06CSR,090_BRCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SR2,090_D09BCSR,090_BRCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCRSCSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BRCSR,090_D03CSR,090_Q3,090_D04ACSR,090_SR1,090_D04BCSR,090_Q4,090_D05CSR,& 090_BRCSR,090_D06CSR,090_BRCSR,090_D06CSR,090_BRCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SR2,090_D09BCSR,090_BRCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCRSTCSR: LINE=(090_Q1,090_D01CSR,090_Q2,090_D02CSR,090_BRCSR,090_D03ACSR,090_SR1,090_D03BCSR,090_Q3,090_D04CSR,090_Q4,090_D05CSR,& 090_BRCSR,090_D06CSR,090_BRCSR,090_D06CSR,090_BRCSR,& 090_D07CSR,090_Q5,090_D08CSR,090_Q6,090_D09ACSR,090_SR2,090_D09BCSR,090_BRCSR,090_D10CSR,090_Q7,090_D11CSR,090_Q8) 090_ARCRCSR: LINE=(090_ARCR1CSR,31*090_ARCRSCSR) 090_ARCRTCSR: LINE=(090_ARCR1TCSR,31*090_ARCRSTCSR) ! matching between left and right arc % -0.1572892074 sto 090_kqms1 % 0.2136304422 sto 090_kqms2 % 0.090098406704 sto 090_kqmc1 % -0.093624668432 sto 090_kqmc2 090_QMS1: QUAD, L="090_lquad", K1="090_kqms1", ORDER=3 090_QMS2: QUAD, L="090_lquad", K1="090_kqms2", ORDER=3 090_QMC1: QUAD, L="090_lquad", K1="090_kqmc1", ORDER=3 090_QMC2: QUAD, L="090_lquad", K1="090_kqmc2", ORDER=3 % 13.4 sto 090_ldmc % 14.91552397 sto 090_ldms1 % 24.584 090_ldms1 - sto 090_ldms2 090_DMC: DRIFT, L="090_ldmc" 090_DMS1: DRIFT, L="090_ldms1" 090_DMS2: DRIFT, L="090_ldms2" 090_DMCE: EDRIFT, L="090_ldmc" 090_DMS1E: EDRIFT, L="090_ldms1" 090_DMS2E: EDRIFT, L="090_ldms2" 090_DMCCSR: CSRDRIFT, L="090_ldmc", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_DMS1CSR: CSRDRIFT, L="090_ldms1", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_DMS2CSR: CSRDRIFT, L="090_ldms2", & CSR="090_usecsr", DZ=0.01, USE_STUPAKOV=1 090_MCELL: LINE=(090_QMC1,090_DMC,090_QMC2,090_DMC) 090_MATCHLINE: LINE=(090_DMS1,090_QMS1,090_DMS2,090_QMS2,090_DMC,090_QMC2,090_DMC,& 090_MCELL,090_MCELL,090_MCELL,090_MCELL,090_MCELL,090_MCELL,& 090_QMS2,090_DMS2,090_QMS1,090_DMS1) 090_MCELLE: LINE=(090_QMC1,090_DMCE,090_QMC2,090_DMCE) 090_MATCHLINEE: LINE=(090_DMS1E,090_QMS1,090_DMS2E,090_QMS2,090_DMCE,090_QMC2,090_DMCE,& 090_MCELLE,090_MCELLE,090_MCELLE,090_MCELLE,090_MCELLE,090_MCELLE,& 090_QMS2,090_DMS2E,090_QMS1,090_DMS1E) 090_MCELLCSR: LINE=(090_QMC1,090_DMCCSR,090_QMC2,090_DMCCSR) 090_MATCHLINECSR: LINE=(090_DMS1CSR,090_QMS1,090_DMS2CSR,090_QMS2,090_DMCCSR,090_QMC2,090_DMCCSR,& 090_MCELLCSR,090_MCELLCSR,090_MCELLCSR,& 090_MCELLCSR,090_MCELLCSR,090_MCELLCSR,& 090_QMS2,090_DMS2CSR,090_QMS1,090_DMS1CSR) ! LOOP 090_LOOP: LINE=(090_ARCL,090_MATCHLINE,090_ARCR) 090_LOOPT: LINE=(090_ARCLT,090_MATCHLINE,090_ARCRT) 090_LOOPE: LINE=(090_ARCLE,090_MATCHLINEE,090_ARCRE) 090_LOOPTE: LINE=(090_ARCLTE,090_MATCHLINEE,090_ARCRTE) 090_LOOPCSR: LINE=(090_ARCLCSR,090_MATCHLINECSR,090_ARCRCSR) 090_LOOPTCSR: LINE=(090_ARCLTCSR,090_MATCHLINECSR,090_ARCRTCSR) LINE090: LINE=(090_LOOPT) LINE090E: LINE=(090_LOOPTE) LINE090CSR: LINE=(090_LOOPTCSR) ! ! CLIC Main Beam RTML ! match Turn Around Loop and BC2 ! ! initial Twiss: betax=73.5, alphax=0.0, betay=35.2, alphay=0.0 ! final Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 % global_csr sto 100_usecsr % 0.36 sto 100_lquad % -0.09832195185 sto 100_kqm1 % 0.3166818947 sto 100_kqm2 % -0.6295585067 sto 100_kqm3 % 0.758376585 sto 100_kqm4 % 5.044514756 sto 100_ldm1 % 10.54150268 sto 100_ldm2 % 14.05246551 sto 100_ldm3 % 1.665862302 sto 100_ldm4 % 14.52815069 sto 100_ldm5 100_Q1: QUAD, L="100_lquad", K1="100_kqm1", ORDER=3 100_Q2: QUAD, L="100_lquad", K1="100_kqm2", ORDER=3 100_Q3: QUAD, L="100_lquad", K1="100_kqm3", ORDER=3 100_Q4: QUAD, L="100_lquad", K1="100_kqm4", ORDER=3 100_D01: DRIFT, L="100_ldm1", ORDER=2 100_D02: DRIFT, L="100_ldm2", ORDER=2 100_D03: DRIFT, L="100_ldm3", ORDER=2 100_D04: DRIFT, L="100_ldm4", ORDER=2 100_D05: DRIFT, L="100_ldm5", ORDER=2 100_D01E: EDRIFT, L="100_ldm1" 100_D02E: EDRIFT, L="100_ldm2" 100_D03E: EDRIFT, L="100_ldm3" 100_D04E: EDRIFT, L="100_ldm4" 100_D05E: EDRIFT, L="100_ldm5" 100_D01CSR: CSRDRIFT, L="100_ldm1", & CSR="100_usecsr", DZ=0.01, USE_STUPAKOV=1 100_D02CSR: CSRDRIFT, L="100_ldm2", & CSR="100_usecsr", DZ=0.01, USE_STUPAKOV=1 100_D03CSR: CSRDRIFT, L="100_ldm3", & CSR="100_usecsr", DZ=0.01, USE_STUPAKOV=1 100_D04CSR: CSRDRIFT, L="100_ldm4", & CSR="100_usecsr", DZ=0.01, USE_STUPAKOV=1 100_D05CSR: CSRDRIFT, L="100_ldm5", & CSR="100_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE100: LINE=(100_D01,100_Q1,100_D02,100_Q2,100_D03,& 100_Q3,100_D04,100_Q4,100_D05) LINE100E: LINE=(100_D01E,100_Q1,100_D02E,100_Q2,100_D03E,& 100_Q3,100_D04E,100_Q4,100_D05E) LINE100CSR: LINE=(100_D01CSR,100_Q1,100_D02CSR,100_Q2,100_D03CSR,& 100_Q3,100_D04CSR,100_Q4,100_D05CSR) ! ! CLIC Main Beam RTML ! BC2 RF ! ! initial Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 ! final Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 !% global_csr sto 110_usecsr % 0 sto 110_usecsr % 0.36 sto 110_lquad % 1.0 sto 110_lcav % 12.0e9 sto 110_cavfreq % 0.010417 sto 110_lcell ! no wakes !% 72.29e6 110_lcav * sto 110_cavvolt ! with wakes % 79.8e6 110_lcav * sto 110_cavvolt % 0.0 sto 110_cavphase % 0.1177692 sto 110_kq1 % -0.2351080 sto 110_kq2 % 0.6 sto 110_ld 110_Q1: QUAD, L="110_lquad", K1="110_kq1", ORDER=3 110_Q2: QUAD, L="110_lquad", K1="110_kq2", ORDER=3 110_D: DRIFT, L="110_ld", ORDER=2 110_DE: EDRIFT, L="110_ld" 110_DCSR: CSRDRIFT, L="110_ld", & CSR="110_usecsr", DZ=0.01, USE_STUPAKOV=1 !110_CAV: RFCW, L="110_lcav", FREQ="110_cavfreq", CELL_LENGTH="110_lcell",& ! VOLT="110_cavvolt", PHASE="110_cavphase", & ! CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1 110_CAV: RFCW, L="110_lcav", FREQ="110_cavfreq", CELL_LENGTH="110_lcell",& VOLT="110_cavvolt", PHASE="110_cavphase", & CHANGE_P0=1, END1_FOCUS=1, END2_FOCUS=1, & WAKEFILE="wake_bc2.sdds", TCOLUMN="t", WZCOLUMN="wl", WXCOLUMN="wx", WYCOLUMN="wy",INTERPOLATE=1 !linA10: rfcw,freq=2856e6,l=0.3,volt="48e6 10 /",phase="90 28 -",change_p0=1,cell_length=0.035,& ! zwakefile="knsl45.liwake.sdds",tColumn="t",wzColumn="W",interpolate=1,& ! lsc=1,lsc_bins=1024,lsc_interpolate=1,lsc_high_frequency_cutoff0=0.25,lsc_high_frequency_cutoff1=0.30 CELL110: LINE=(110_CAV,110_D,110_Q1,110_D,110_Q2,110_D,110_Q1,110_D) LINE110: LINE=(14*CELL110,110_CAV) CELL110E: LINE=(110_CAV,110_DE,110_Q1,110_DE,110_Q2,110_DE,110_Q1,110_DE) LINE110E: LINE=(14*CELL110E,110_CAV) CELL110CSR: LINE=(110_CAV,110_DCSR,110_Q1,110_DCSR,& 110_Q2,110_DCSR,110_Q1,110_DCSR) LINE110CSR: LINE=(14*CELL110CSR,110_CAV) ! ! CLIC Main Beam RTML ! match BC2 RF and BC2 chicane ! ! initial Twiss: betax=40.0, alphax=0.0, betay=40.0, alphay=0.0 ! final Twiss: betax=100.0, alphax=2.6, betay=10.91, alphay=-0.02 !% global_csr sto 120_usecsr % 0 sto 120_usecsr % 0.36 sto 120_lquad % -0.1198634581 sto 120_kqm1 % -0.1099755297 sto 120_kqm2 % 0.09863047832 sto 120_kqm3 % 0.1496144977 sto 120_kqm4 % 1.23 sto 120_ldm1 % 5.82 sto 120_ldm2 % 1.87 sto 120_ldm3 % 2.16 sto 120_ldm4 % 0.66 sto 120_ldm5 120_Q1: QUAD, L="120_lquad", K1="120_kqm1", ORDER=3 120_Q2: QUAD, L="120_lquad", K1="120_kqm2", ORDER=3 120_Q3: QUAD, L="120_lquad", K1="120_kqm3", ORDER=3 120_Q4: QUAD, L="120_lquad", K1="120_kqm4", ORDER=3 120_D01: DRIFT, L="120_ldm1", ORDER=2 120_D02: DRIFT, L="120_ldm2", ORDER=2 120_D03: DRIFT, L="120_ldm3", ORDER=2 120_D04: DRIFT, L="120_ldm4", ORDER=2 120_D05: DRIFT, L="120_ldm5", ORDER=2 120_D01E: EDRIFT, L="120_ldm1" 120_D02E: EDRIFT, L="120_ldm2" 120_D03E: EDRIFT, L="120_ldm3" 120_D04E: EDRIFT, L="120_ldm4" 120_D05E: EDRIFT, L="120_ldm5" 120_D01CSR: CSRDRIFT, L="120_ldm1", & CSR="120_usecsr", DZ=0.01, USE_STUPAKOV=1 120_D02CSR: CSRDRIFT, L="120_ldm2", & CSR="120_usecsr", DZ=0.01, USE_STUPAKOV=1 120_D03CSR: CSRDRIFT, L="120_ldm3", & CSR="120_usecsr", DZ=0.01, USE_STUPAKOV=1 120_D04CSR: CSRDRIFT, L="120_ldm4", & CSR="120_usecsr", DZ=0.01, USE_STUPAKOV=1 120_D05CSR: CSRDRIFT, L="120_ldm5", & CSR="120_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE120: LINE=(120_D01,120_Q1,120_D02,120_Q2,120_D03,& 120_Q3,120_D04,120_Q4,120_D05) LINE120E: LINE=(120_D01E,120_Q1,120_D02E,120_Q2,120_D03E,& 120_Q3,120_D04E,120_Q4,120_D05E) LINE120CSR: LINE=(120_D01CSR,120_Q1,120_D02CSR,120_Q2,120_D03CSR,& 120_Q3,120_D04CSR,120_Q4,120_D05CSR) ! ! CLIC Main Beam RTML ! BC2 chicane ! ! initial Twiss: betax=100.0, alphax=2.6, betay=10.91, alphay=-0.02 ! final Twiss: betax=13.81853162, alphax=0.2689201629, ! betay=91.65203792, alphay=-2.58772864 % global_csr sto 130_usecsr % global_isr sto 130_useisr % 0 sto 130_usesyn % 1 atan 4 * sto Pi % 1.489 180 / Pi * sto 130_theta % 1.5 sto 130_lbend % 130_lbend 130_theta sin / sto 130_r0 % 130_theta 130_r0 * sto 130_larc 130_B1 : SBEND, L = "130_larc", ANGLE = "130_theta", & E1 = 0.0, E2 = "130_theta", ORDER = 2 130_B2 : SBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = "130_theta -1 *", E2 = 0.0, ORDER = 2 130_B3 : SBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = 0.0, E2 = "130_theta -1 *", ORDER = 2 130_B4 : SBEND, L = "130_larc", ANGLE = "130_theta", & E1 = "130_theta", E2 = 0.0, ORDER = 2 130_B1E : CSBEND, L = "130_larc", ANGLE = "130_theta", & E1 = 0.0, E2 = "130_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "130_usesyn", ISR = "130_useisr", USE_RAD_DIST = 1 130_B2E : CSBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = "130_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "130_usesyn", ISR = "130_useisr", USE_RAD_DIST = 1 130_B3E : CSBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = 0.0, E2 = "130_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "130_usesyn", ISR = "130_useisr", USE_RAD_DIST = 1 130_B4E : CSBEND, L = "130_larc", ANGLE = "130_theta", & E1 = "130_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "130_usesyn", ISR = "130_useisr", USE_RAD_DIST = 1 130_B1CSR : CSRCSBEND, L = "130_larc", ANGLE = "130_theta", & E1 = 0.0, E2 = "130_theta", & INTEGRATION_ORDER = 4, & CSR = "130_usecsr", ISR = "130_useisr", & 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 = 5 130_B2CSR : CSRCSBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = "130_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "130_usecsr", ISR = "130_useisr", & 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 = 5 130_B3CSR : CSRCSBEND, L = "130_larc", ANGLE = "130_theta -1 *", & E1 = 0.0, E2 = "130_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "130_usecsr", ISR = "130_useisr", & 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 = 5 130_B4CSR : CSRCSBEND, L = "130_larc", ANGLE = "130_theta", & E1 = "130_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "130_usecsr", ISR = "130_useisr", & 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 ! % 11.5 130_theta cos / sto 130_l12 % 1.0 sto 130_l23 % 11.5 130_theta cos / sto 130_l34 130_D12: DRIFT, L="130_l12", ORDER = 2 130_D23: DRIFT, L="130_l23", ORDER = 2 130_D34: DRIFT, L="130_l34", ORDER = 2 130_D12E: EDRIFT, L="130_l12" 130_D23E: EDRIFT, L="130_l23" 130_D34E: EDRIFT, L="130_l34" 130_D12CSR: CSRDRIFT, L="130_l12", & CSR="130_usecsr", DZ=0.01, USE_STUPAKOV=1 130_D23CSR: CSRDRIFT, L="130_l23", & CSR="130_usecsr", DZ=0.01, USE_STUPAKOV=1 130_D34CSR: CSRDRIFT, L="130_l34", & CSR="130_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE130: LINE = (130_B1, 130_D12, 130_B2, 130_D23,& 130_B3, 130_D34, 130_B4) LINE130E: LINE = (130_B1E, 130_D12E, 130_B2E, 130_D23E,& 130_B3E, 130_D34E, 130_B4E) LINE130CSR: LINE = (130_B1CSR, 130_D12CSR, 130_B2CSR, 130_D23CSR,& 130_B3CSR, 130_D34CSR, 130_B4CSR) ! ! CLIC Main Beam RTML ! match BC2 chicanes 1 and 2 ! ! initial Twiss: betax=13.81853162, alphax=0.2689201629, ! betay=91.65203792, alphay=-2.58772864 ! final Twiss: betax=70.0, alphax=1.8, betay=30.0, alphay=0.05 !% global_csr sto 132_usecsr % 0 sto 132_usecsr % 0.36 sto 132_lquad % -0.09584854748 sto 132_kqm1 % -0.1023469648 sto 132_kqm2 % -0.03316726546 sto 132_kqm3 % 0.2291267426 sto 132_kqm4 % 1.17 sto 132_ldm1 % 7.19 sto 132_ldm2 % 5.17 sto 132_ldm3 % 3.21 sto 132_ldm4 % 0.86 sto 132_ldm5 132_Q1: QUAD, L="132_lquad", K1="132_kqm1", ORDER=3 132_Q2: QUAD, L="132_lquad", K1="132_kqm2", ORDER=3 132_Q3: QUAD, L="132_lquad", K1="132_kqm3", ORDER=3 132_Q4: QUAD, L="132_lquad", K1="132_kqm4", ORDER=3 132_D01: DRIFT, L="132_ldm1", ORDER=2 132_D02: DRIFT, L="132_ldm2", ORDER=2 132_D03: DRIFT, L="132_ldm3", ORDER=2 132_D04: DRIFT, L="132_ldm4", ORDER=2 132_D05: DRIFT, L="132_ldm5", ORDER=2 132_D01E: EDRIFT, L="132_ldm1" 132_D02E: EDRIFT, L="132_ldm2" 132_D03E: EDRIFT, L="132_ldm3" 132_D04E: EDRIFT, L="132_ldm4" 132_D05E: EDRIFT, L="132_ldm5" 132_D01CSR: CSRDRIFT, L="132_ldm1", & CSR="132_usecsr", DZ=0.01, USE_STUPAKOV=1 132_D02CSR: CSRDRIFT, L="132_ldm2", & CSR="132_usecsr", DZ=0.01, USE_STUPAKOV=1 132_D03CSR: CSRDRIFT, L="132_ldm3", & CSR="132_usecsr", DZ=0.01, USE_STUPAKOV=1 132_D04CSR: CSRDRIFT, L="132_ldm4", & CSR="132_usecsr", DZ=0.01, USE_STUPAKOV=1 132_D05CSR: CSRDRIFT, L="132_ldm5", & CSR="132_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE132: LINE=(132_D01,132_Q1,132_D02,132_Q2,132_D03,& 132_Q3,132_D04,132_Q4,132_D05) LINE132E: LINE=(132_D01E,132_Q1,132_D02E,132_Q2,132_D03E,& 132_Q3,132_D04E,132_Q4,132_D05E) LINE132CSR: LINE=(132_D01CSR,132_Q1,132_D02CSR,132_Q2,132_D03CSR,& 132_Q3,132_D04CSR,132_Q4,132_D05CSR) ! ! CLIC Main Beam RTML ! BC2 chicane 2 ! ! initial Twiss: betax=70.0, alphax=1.8, betay=30.0, alphay=0.05 ! final Twiss: betax=16.51469174, alphax=-0.01784576236, ! betay=56.15712121,alphay=-0.9140013203 % global_csr sto 134_usecsr % global_isr sto 134_useisr % 0 sto 134_usesyn % 1 atan 4 * sto Pi % 0.990 180 / Pi * sto 134_theta % 1.5 sto 134_lbend % 134_lbend 134_theta sin / sto 134_r0 % 134_theta 134_r0 * sto 134_larc 134_B1 : SBEND, L = "134_larc", ANGLE = "134_theta", & E1 = 0.0, E2 = "134_theta", ORDER = 2 134_B2 : SBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = "134_theta -1 *", E2 = 0.0, ORDER = 2 134_B3 : SBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = 0.0, E2 = "134_theta -1 *", ORDER = 2 134_B4 : SBEND, L = "134_larc", ANGLE = "134_theta", & E1 = "134_theta", E2 = 0.0, ORDER = 2 134_B1E : CSBEND, L = "134_larc", ANGLE = "134_theta", & E1 = 0.0, E2 = "134_theta", INTEGRATION_ORDER = 4, & SYNCH_RAD = "134_usesyn", ISR = "134_useisr", USE_RAD_DIST = 1 134_B2E : CSBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = "134_theta -1 *", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "134_usesyn", ISR = "134_useisr", USE_RAD_DIST = 1 134_B3E : CSBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = 0.0, E2 = "134_theta -1 *", INTEGRATION_ORDER = 4, & SYNCH_RAD = "134_usesyn", ISR = "134_useisr", USE_RAD_DIST = 1 134_B4E : CSBEND, L = "134_larc", ANGLE = "134_theta", & E1 = "134_theta", E2 = 0.0, INTEGRATION_ORDER = 4, & SYNCH_RAD = "134_usesyn", ISR = "134_useisr", USE_RAD_DIST = 1 134_B1CSR : CSRCSBEND, L = "134_larc", ANGLE = "134_theta", & E1 = 0.0, E2 = "134_theta", & INTEGRATION_ORDER = 4, & CSR = "134_usecsr", ISR = "134_useisr", & 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 = 5 134_B2CSR : CSRCSBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = "134_theta -1 *", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "134_usecsr", ISR = "134_useisr", & 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 = 5 134_B3CSR : CSRCSBEND, L = "134_larc", ANGLE = "134_theta -1 *", & E1 = 0.0, E2 = "134_theta -1 *", & INTEGRATION_ORDER = 4, & CSR = "134_usecsr", ISR = "134_useisr", & 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 = 5 134_B4CSR : CSRCSBEND, L = "134_larc", ANGLE = "134_theta", & E1 = "134_theta", E2 = 0.0, & INTEGRATION_ORDER = 4, & CSR = "134_usecsr", ISR = "134_useisr", & 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 ! % 11.5 134_theta cos / sto 134_l12 % 1.0 sto 134_l23 % 11.5 134_theta cos / sto 134_l34 134_D12: DRIFT, L="134_l12", ORDER = 2 134_D23: DRIFT, L="134_l23", ORDER = 2 134_D34: DRIFT, L="134_l34", ORDER = 2 134_D12E: EDRIFT, L="134_l12" 134_D23E: EDRIFT, L="134_l23" 134_D34E: EDRIFT, L="134_l34" 134_D12CSR: CSRDRIFT, L="134_l12", & CSR="134_usecsr", DZ=0.01, USE_STUPAKOV=1 134_D23CSR: CSRDRIFT, L="134_l23", & CSR="134_usecsr", DZ=0.01, USE_STUPAKOV=1 134_D34CSR: CSRDRIFT, L="134_l34", & CSR="134_usecsr", DZ=0.01, USE_STUPAKOV=1 LINE134: LINE = (134_B1, 134_D12, 134_B2, 134_D23,& 134_B3, 134_D34, 134_B4) LINE134E: LINE = (134_B1E, 134_D12E, 134_B2E, 134_D23E,& 134_B3E, 134_D34E, 134_B4E) LINE134CSR: LINE = (134_B1CSR, 134_D12CSR, 134_B2CSR, 134_D23CSR,& 134_B3CSR, 134_D34CSR, 134_B4CSR) % 0.65e-9 sto qbunch % 200000 sto npart % qbunch npart / sto qpart Q0: CHARGE, TOTAL="qbunch", PER_PARTICLE="qpart" W01: WATCH, FILENAME="watch_01.dat" W02: WATCH, FILENAME="watch_02.dat" W03: WATCH, FILENAME="watch_03.dat" W04: WATCH, FILENAME="watch_04.dat" W05: WATCH, FILENAME="watch_05.dat" W06: WATCH, FILENAME="watch_06.dat" W07: WATCH, FILENAME="watch_07.dat" W08: WATCH, FILENAME="watch_08.dat" W09: WATCH, FILENAME="watch_09.dat" W10: WATCH, FILENAME="watch_10.dat" W11: WATCH, FILENAME="watch_11.dat" W12: WATCH, FILENAME="watch_12.dat" W13: WATCH, FILENAME="watch_13.dat" W14: WATCH, FILENAME="watch_14.dat" W15: WATCH, FILENAME="watch_15.dat" W16: WATCH, FILENAME="watch_16.dat" RTML: LINE=(Q0,W01,LINE010,W02,LINE020,W03,LINE030,W04,LINE040,W05,LINE050,W06,LINE060,& W07,LINE070,W08,LINE080,W09,LINE090,W10,LINE100,W11,LINE110,W12,LINE120,W13,LINE130,W14,& LINE132,W15,LINE134,W16) RTMLE: LINE=(Q0,W01,LINE010E,W02,LINE020E,W03,LINE030E,W04,LINE040E,W05,LINE050E,W06,LINE060E,& W07,LINE070E,W08,LINE080E,W09,LINE090E,W10,LINE100E,W11,LINE110E,W12,LINE120E,W13,LINE130E,W14,& LINE132E,W15,LINE134E,W16) RTMLCSR: LINE=(Q0,W01,LINE010CSR,W02,LINE020CSR,W03,LINE030CSR,W04,LINE040CSR,W05,LINE050CSR,W06,LINE060CSR,& W07,LINE070CSR,W08,LINE080CSR,W09,LINE090CSR,W10,LINE100CSR,W11,LINE110CSR,W12,LINE120CSR,W13,LINE130CSR,W14,& LINE132CSR,W15,LINE134CSR,W16)