! This is the Elegant file for NLS recirculating 2 pass ! We use CSR/LSC elements ! ! This contains QBA arc design. ! !$Date: 2007-11-14 19:02:38 +0000 (Wed, 14 Nov 2007) $ !$Rev: 342 $ !$Author: ksv86254 $ !$HeadURL: http://gdaserve.dl.ac.uk/svn/fgls/4GLS/XUV/trunk/s2e/code/xuv.lte $ Q: CHARGE, TOTAL = 200E-12 ! Marks for twiss matching and watch points go here ------------------------------------------------ ! Notation: watch point goes at end of its reference TEST-MARK:MARK, fitpoint = 1 INJ-BC1-MARK:MARK, fitpoint = 1 LIN-TWISS:TWISS, betax = 25.787, betay = 25.630, alphax = 3.670, alphay = -3.682 LIN-S1-MARK:MARK, fitpoint = 1 LIN-S16-MARK:MARK, fitpoint = 1 LIN-CELL-MARK1:MARK, fitpoint = 1 LIN-CELL-MARK2:MARK, fitpoint = 1 SPR-AR1-MARK:MARK, fitpoint = 1 AR1-AM-MARK:MARK, fitpoint = 1 AR1-A1-MARK:MARK, fitpoint = 1 AR1-A2-MARK:MARK, fitpoint = 1 AR2-AM-MARK:MARK, fitpoint = 1 AR2-A1-MARK:MARK, fitpoint = 1 TRA-EXL-MARK1:MARK, fitpoint = 1 TRA-EXL-MARK2:MARK, fitpoint = 1 TRA-EXL-MARK3:MARK, fitpoint = 1 TRA-MAT-MARK:MARK, fitpoint = 1 TRA-MAT-MARK2:MARK, fitpoint = 1 TRA-MAT-MARK3:MARK, fitpoint = 1 TRA-MAT-MARK4:MARK, fitpoint = 1 TRA-MAT-MARK5:MARK, fitpoint = 1 TRA-MAT-MARK6:MARK, fitpoint = 1 TRA-MAT-MARK7:MARK, fitpoint = 1 TRA-MARK:MARK, fitpoint = 1 W-INJ-S2:WATCH, filename = "W-INJ-S2.sdds" W-INJ-M2:WATCH, filename = "W-INJ-M2.sdds" W-INJ-S3:WATCH, filename = "W-INJ-S3.sdds" W-INJ-3RD:WATCH, filename = "W-INJ-3RD.sdds" W-INJ-BC1:WATCH, filename = "W-INJ-BC1.sdds" W-LIN-S1:WATCH, filename = "W-LIN-S1.sdds" W-LIN-M1:WATCH, filename = "W-LIN-M1.sdds" W-LIN-S2:WATCH, filename = "W-LIN-S2.sdds" W-LIN-M2:WATCH, filename = "W-LIN-M2.sdds" W-LIN-S3:WATCH, filename = "W-LIN-S3.sdds" W-LIN-M3:WATCH, filename = "W-LIN-M3.sdds" W-LIN-S4:WATCH, filename = "W-LIN-S4.sdds" W-LIN-M4:WATCH, filename = "W-LIN-M4.sdds" W-LIN-S5:WATCH, filename = "W-LIN-S5.sdds" W-LIN-M5:WATCH, filename = "W-LIN-M5.sdds" W-LIN-S6:WATCH, filename = "W-LIN-S6.sdds" W-LIN-M6:WATCH, filename = "W-LIN-M6.sdds" W-LIN-S7:WATCH, filename = "W-LIN-S7.sdds" W-LIN-M7:WATCH, filename = "W-LIN-M7.sdds" W-LIN-S8:WATCH, filename = "W-LIN-S8.sdds" W-LIN-M8:WATCH, filename = "W-LIN-M8.sdds" W-LIN-S9:WATCH, filename = "W-LIN-S9.sdds" W-LIN-M9:WATCH, filename = "W-LIN-M9.sdds" W-LIN-S10:WATCH, filename = "W-LIN-S10.sdds" W-LIN-M10:WATCH, filename = "W-LIN-M10.sdds" W-LIN-S11:WATCH, filename = "W-LIN-S11.sdds" W-LIN-M11:WATCH, filename = "W-LIN-M11.sdds" W-LIN-S12:WATCH, filename = "W-LIN-S12.sdds" W-LIN-M12:WATCH, filename = "W-LIN-M12.sdds" W-LIN-S13:WATCH, filename = "W-LIN-S13.sdds" W-LIN-M13:WATCH, filename = "W-LIN-M13.sdds" W-LIN-S14:WATCH, filename = "W-LIN-S14.sdds" W-LIN-M14:WATCH, filename = "W-LIN-M14.sdds" W-LIN-S15:WATCH, filename = "W-LIN-S15.sdds" W-LIN-M15:WATCH, filename = "W-LIN-M15.sdds" W-LIN-S16:WATCH, filename = "W-LIN-S16.sdds" W-SPR-COM-1:WATCH, filename = "W-SPR-COM-1.sdds" W-SPR-COM-2:WATCH, filename = "W-SPR-COM-2.sdds" W-SPR-COM-3:WATCH, filename = "W-SPR-COM-3.sdds" W-SPR-COM-4:WATCH, filename = "W-SPR-COM-4.sdds" W-SPR-COM-5:WATCH, filename = "W-SPR-COM-5.sdds" W-SPR-AR1-H:WATCH, filename = "W-SPR-AR1-H.sdds" W-SPR-AR1-V:WATCH, filename = "W-SPR-AR1-V.sdds" W-AR1-AM:WATCH, filename = "W-AR1-AM.sdds" W-AR1-A1:WATCH, filename = "W-AR1-A1.sdds" W-AR1-A2:WATCH, filename = "W-AR1-A2.sdds" W-AR2-AM:WATCH, filename = "W-AR2-AM.sdds" W-AR2-A1:WATCH, filename = "W-AR2-A1.sdds" W-AR2-A2:WATCH, filename = "W-AR2-A2.sdds" W-TRA-MAT:WATCH, filename = "W-TRA-MAT.sdds" W-TRA-MAT2:WATCH, filename = "W-TRA-MAT2.sdds" W-TRA-MAT3:WATCH, filename = "W-TRA-MAT3.sdds" W-TRA-MAT4:WATCH, filename = "W-TRA-MAT4.sdds" W-TRA-MAT5:WATCH, filename = "W-TRA-MAT5.sdds" W-TRA-MAT6:WATCH, filename = "W-TRA-MAT6.sdds" W-TRA-MAT7:WATCH, filename = "W-TRA-MAT7.sdds" W-XFS:WATCH, filename = "W-XFS.sdds" ! Linac Cavity Definitions - taken from xuv_linac_module.lte !----------------------------------------------- % 1.29893e9 sto freqfund % freqfund 3 * sto freq3rd % 0.1153 sto lcell % lcell 3 / sto lcell3rd % lcell 9 * sto lninecellcav % lninecellcav 3 / sto lninecellcav3rd % 20.0e6 sto voltpeak % 16.0e6 sto voltpeak3rd INJ-NINECELLCAVITY:RFCW, freq = "freqfund", phase=70, l = "lninecellcav",& cell_length = "lcell",& volt = "voltpeak", change_p0 = 1, end1_focus = 1,& end2_focus = 1, n_kicks = 100,& zwakefile = "TESLA_MODULE_lwake.sdds",& trwakefile = "TESLA_MODULE_twake.sdds",& tcolumn = "t", wxcolumn = "W", wycolumn = "W",& wzcolumn = "W", interpolate = 1, smoothing = 1,& lsc = 1, lsc_bins = 10, lsc_high_frequency_cutoff0 = 0.2,& lsc_high_frequency_cutoff1 = 0.25, lsc_interpolate = 1,& lsc_radius_factor = 2, sg_halfwidth = 1, sg_order = 1 LIN-NINECELLCAVITY:RFCW, freq = "freqfund", phase=69.8, l = "lninecellcav",& cell_length = "lcell",& volt = "voltpeak", change_p0 = 1, end1_focus = 1,& end2_focus = 1, n_kicks = 100,& zwakefile = "TESLA_MODULE_lwake.sdds",& trwakefile = "TESLA_MODULE_twake.sdds",& tcolumn = "t", wxcolumn = "W", wycolumn = "W",& wzcolumn = "W", interpolate = 1, smoothing = 1,& lsc = 1, lsc_bins = 10, lsc_high_frequency_cutoff0 = 0.2,& lsc_high_frequency_cutoff1 = 0.25, lsc_interpolate = 1,& lsc_radius_factor = 2, sg_halfwidth = 1, sg_order = 1 INJ-NINECELLCAVITY3:RFCW, freq = "freq3rd", phase=267.9, l = "lninecellcav3rd",& cell_length = "lcell3rd",& volt = "voltpeak3rd", change_p0 = 1, end1_focus = 1,& end2_focus = 1, n_kicks = 100,& zwakefile = "TESLA_FOUR3900MHz_lwake.sdds",& trwakefile = "TESLA_FOUR3900MHz_twake.sdds",& tcolumn = "t", wxcolumn = "W", wycolumn = "W",& wzcolumn = "W", interpolate = 1, smoothing = 1,& lsc = 1, lsc_bins = 10, lsc_high_frequency_cutoff0 = 0.2,& lsc_high_frequency_cutoff1 = 0.25, lsc_interpolate = 1,& lsc_radius_factor = 2, sg_halfwidth = 1, sg_order = 1 ! Cryomodule Definitions - lengths from xfel !----------------------------------------------- NINECELLDRIFTSTART:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 0.2216 NINECELLINTERDRIFT:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 0.3459 NINECELLDRIFTEND:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 0.2043 INJ-EIGHTCAVITYMODULE: LINE= (NINECELLDRIFTSTART,& 7*(INJ-NINECELLCAVITY,NINECELLINTERDRIFT),& INJ-NINECELLCAVITY,NINECELLDRIFTEND) LIN-EIGHTCAVITYMODULE: LINE= (NINECELLDRIFTSTART,& 7*(LIN-NINECELLCAVITY,NINECELLINTERDRIFT),& LIN-NINECELLCAVITY,NINECELLDRIFTEND) LIN-DUMMYCAVITY:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lninecellcav" LIN-DUMMYCAVITYMODULE: LINE= (NINECELLDRIFTSTART,& 7*(LIN-DUMMYCAVITY,NINECELLINTERDRIFT),& LIN-DUMMYCAVITY,NINECELLDRIFTEND) NINECELLDRIFTSTART3:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 0.1272 NINECELLINTERDRIFT3:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 0.1153 NINECELLDRIFTEND3:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1 l = 0.0681 INJ-THIRDCAVITYMODULE: LINE= (NINECELLDRIFTSTART3,& 7*(INJ-NINECELLCAVITY3,NINECELLINTERDRIFT3),& INJ-NINECELLCAVITY3,NINECELLDRIFTEND3,W-INJ-3RD) ! Injection Line Cryomodule Instance ! Note only one. INJ-S1 and INJ-M1 are in ASTRA run !----------------------------------------------- INJ-M2: LINE = (INJ-EIGHTCAVITYMODULE,W-INJ-M2) ! Injection Line Intermodule Section Definitions !----------------------------------------------- ! In the drawing (A0-205-10078) there is space on each module ! end in addition to the 1.73m intermodule section of 499.4mm / 2. ! This is common to injector and main linac ! There are 2 quads of 0.3m and 3 drifts adding to 1.73m. % 0.377 sto lintermoduledrift % lintermoduledrift 2 / sto lhalfintermoduledrift % 0.377 sto ltobc % 0.298 sto lmoduledriftend % 0.300 sto lintermodulequad % 4.500 sto llaserheaterhere % 1.461835 sto kxfis21 % -1.477837 sto kxfis22 % 1.474863 sto kxfis31 % -2.285985 sto kxfis32 % 0.801890 sto kxfis33 % 0.364722 sto kxfis34 % -1.318150 sto kxfis35 % 1.077940 sto kxfis36 INJ-S2-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis21" INJ-S2-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis22" INJ-S3-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis31" INJ-S3-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis32" INJ-S3-MAG-QUAD-03:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis33" INJ-S3-MAG-QUAD-04:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis34" INJ-S3-MAG-QUAD-05:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis35" INJ-S3-MAG-QUAD-06:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kxfis36" INJ-S2-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" INJ-S2-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S2-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S2-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S2-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" INJ-S3-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" INJ-S3-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S3-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S3-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S3-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "llaserheaterhere" INJ-S3-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S3-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" INJ-S3-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "ltobc" INJ-S2: LINE = (INJ-S2-MAG-DRIFT-01,& INJ-S2-MAG-DRIFT-02,INJ-S2-MAG-QUAD-01,& INJ-S2-MAG-DRIFT-03,INJ-S2-MAG-QUAD-02,& INJ-S2-MAG-DRIFT-04,INJ-S2-MAG-DRIFT-05,& W-INJ-S2) INJ-S3: LINE = (INJ-S3-MAG-DRIFT-01,& INJ-S3-MAG-DRIFT-02,INJ-S3-MAG-QUAD-01,& INJ-S3-MAG-DRIFT-03,INJ-S3-MAG-QUAD-02,& INJ-S3-MAG-DRIFT-04,INJ-S3-MAG-QUAD-03,& TEST-MARK,& INJ-S3-MAG-DRIFT-05,INJ-S3-MAG-QUAD-04,& INJ-S3-MAG-DRIFT-06,INJ-S3-MAG-QUAD-05,& INJ-S3-MAG-DRIFT-07,INJ-S3-MAG-QUAD-06,& INJ-S3-MAG-DRIFT-08,W-INJ-S3) ! Injection Line Bunch Compressor !----------------------------------------------- % 0.263305 sto axfidipole % axfidipole -1 * sto axfidipolem % 0.400 sto lxfidipole % axfidipole 2 / sto exfidipole % axfidipolem 2 / sto exfidipolem % 0.005 sto hxfidipole % 0.400 sto fxfidipole INJ-BC1-MAG-DIPOLE-01:CSBEND, angle = "axfidipole", l = "lxfidipole",& e1 = "exfidipole", e2 = "exfidipole", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfidipole",& fint = "fxfidipole" INJ-BC1-MAG-DIPOLE-02:CSBEND, angle = "axfidipolem", l = "lxfidipole",& e1 = "exfidipolem", e2 = "exfidipolem", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfidipole",& fint = "fxfidipole" INJ-BC1-MAG-DIPOLE-03:CSBEND, angle = "axfidipole", l = "lxfidipole",& e1 = "exfidipole", e2 = "exfidipole", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfidipole",& fint = "fxfidipole" INJ-BC1-MAG-DIPOLE-04:CSBEND, angle = "axfidipolem", l = "lxfidipole",& e1 = "exfidipolem", e2 = "exfidipolem", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfidipole",& fint = "fxfidipole" % 0.250 sto lxfibcquad % 3.873646942752769 sto kxfibcquad1 ! above from rematching % -3.084271 sto kxfibcquad2 INJ-BC1-MAG-QUAD-01:KQUAD, l = "lxfibcquad", n_kicks = 20, k1 = "kxfibcquad1" INJ-BC1-MAG-QUAD-02:KQUAD, l = "lxfibcquad", n_kicks = 20, k1 = "kxfibcquad2" INJ-BC1-MAG-QUAD-03:LINE = (INJ-BC1-MAG-QUAD-01) % 0.150 sto lxfibcsext % 0 sto kxfibcsext1 % 0 sto kxfibcsext2 % 0 sto kxfibcsext3 INJ-BC1-MAG-SEXT-01:KSEXT, l = "lxfibcsext", n_kicks = 20, k2 = "kxfibcsext1" INJ-BC1-MAG-SEXT-02:KSEXT, l = "lxfibcsext", n_kicks = 20, k2 = "kxfibcsext2" INJ-BC1-MAG-SEXT-03:KSEXT, l = "lxfibcsext", n_kicks = 20, k2 = "kxfibcsext3" % 0.800 sto lxfibcdogleg % 0.525 sto lxfibcdiquad % 0.275 sto lxfibcdiquad2 % 0.100 sto lxfibcqs % 0.575 sto lxfibcinterquad % 0.825 sto lxfibcinterquadns INJ-BC1-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcdogleg" INJ-BC1-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcdiquad" INJ-BC1-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcinterquad" INJ-BC1-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcqs" INJ-BC1-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcinterquadns" INJ-BC1-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcqs" INJ-BC1-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcdiquad2" INJ-BC1-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfibcdogleg" INJ-BC1: LINE = (INJ-BC1-MAG-DIPOLE-01,INJ-BC1-MAG-DRIFT-01,& INJ-BC1-MAG-DIPOLE-02,INJ-BC1-MAG-DRIFT-02,& INJ-BC1-MAG-QUAD-01,INJ-BC1-MAG-DRIFT-03,& INJ-BC1-MAG-SEXT-02,INJ-BC1-MAG-DRIFT-04,& INJ-BC1-MAG-QUAD-02,INJ-BC1-MAG-DRIFT-05,& INJ-BC1-MAG-QUAD-03,INJ-BC1-MAG-DRIFT-06,& INJ-BC1-MAG-SEXT-03,INJ-BC1-MAG-DRIFT-07,& INJ-BC1-MAG-DIPOLE-03,INJ-BC1-MAG-DRIFT-08,& INJ-BC1-MAG-DIPOLE-04,INJ-BC1-MARK,W-INJ-BC1) INJ-S3-END: LINE = (INJ-S2,INJ-M2,INJ-S3) INJ: LINE = (INJ-S2,INJ-M2,INJ-S3,INJ-BC1) ! Main Linac Cryomodule Instances !----------------------------------------------- LIN-M1: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M1) LIN-M2: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M2) LIN-M3: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M3) LIN-M4: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M4) LIN-M5: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M5) LIN-M6: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M6) LIN-M7: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M7) LIN-M8: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M8) LIN-M9: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M9) LIN-M10: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M10) LIN-M11: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M11) LIN-M12: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M12) LIN-M13: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M13) LIN-M14: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M14) LIN-M15: LINE = (LIN-EIGHTCAVITYMODULE,W-LIN-M15) ! Main Linac Intermodule Section Definitions !----------------------------------------------- % 0.100 sto lpremodulequad % 5.000 sto llengthtolinac ! ! Need to use this later for second pass ! ! Intermodule quadrupole strengths - slightly subtle! ! We must control the lowest energy beam - 10 MeV accelerating beam to ! halfway, then decellerating beam. ! We provide k1 at 10 MeV, remember this is independent of energy. ! Elegant calculates k1, k2 = (118/10) k1, k3 = (226/10) k1, ! k4 = (334/10) k1, k5 = (442/10) k1, k6 = (550/10) k1. ! as seen from 10 MeV. ! We WANT k1, k2 = (118/10) k1, k3 = (226/10) k1, ! k4 = k3, k5 = k2, k6 = k1. ! as seen from 10 MeV ! So we must RESCALE to k14 = (226/334) k1, k15 = (118/442) k1, ! k16 = (10/550) k1 for HACL running. ! ! For XUV we WANT kx1 = ( 10/210) k1, kx2 = (118/318) k1, ! kx3 = (226/426) k1, kx4 = (226/534) k1, ! kx5 = (118/642) k1, kx6 = ( 10/750) k1, ! Elegant calculates kx1, kx2 = (318/210) kx1, kx3 = (426/210) kx1, ! kx4 = (534/210) kx1, kx5 = (642/210) kx1, ! kx6 = (750/210) kx1. ! So we must RESCALE to the k1 defined at the lowest beam energy ie ! For XUV we WANT kx1 = ( 10/210) k1, kx2 = (118/318) k1, ! kx3 = (226/426) k1, kx4 = (226/534) k1, ! kx5 = (118/642) k1, kx6 = ( 10/750) k1, ! !% 2.500 sto k1lin !% 10 210 / k1lin * sto kx11lin !% 118 318 / k1lin * sto kx12lin !% 226 426 / k1lin * sto kx13lin !% 226 534 / k1lin * sto kx14lin !% 118 642 / k1lin * sto kx15lin !% 10 750 / k1lin * sto kx16lin % 0.500 sto k1lin % k1lin sto kx11lin % k1lin sto kx12lin % k1lin sto kx13lin % k1lin sto kx14lin % k1lin sto kx15lin % k1lin sto kx16lin % k1lin sto kx17lin % k1lin sto kx18lin % k1lin sto kx19lin % k1lin sto kx110lin % k1lin sto kx111lin % k1lin sto kx112lin % k1lin sto kx113lin % k1lin sto kx114lin % k1lin sto kx115lin % k1lin sto kx116lin % k1lin sto kx117lin % k1lin sto kx118lin % kx11lin -1 * sto kx11linm % kx12lin -1 * sto kx12linm % kx13lin -1 * sto kx13linm % kx14lin -1 * sto kx14linm % kx15lin -1 * sto kx15linm % kx16lin -1 * sto kx16linm % kx17lin -1 * sto kx17linm % kx18lin -1 * sto kx18linm % kx19lin -1 * sto kx19linm % kx110lin -1 * sto kx110linm % kx111lin -1 * sto kx111linm % kx112lin -1 * sto kx112linm % kx113lin -1 * sto kx113linm % kx114lin -1 * sto kx114linm % kx115lin -1 * sto kx115linm % kx116lin -1 * sto kx116linm LIN-S1-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx11lin" LIN-S1-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx11linm" LIN-S2-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx12lin" LIN-S2-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx12linm" LIN-S3-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx13lin" LIN-S3-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx13linm" LIN-S4-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx14lin" LIN-S4-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx14linm" LIN-S5-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx15lin" LIN-S5-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx15linm" LIN-S6-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx16lin" LIN-S6-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx16linm" LIN-S7-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx17lin" LIN-S7-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx17linm" LIN-S8-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx18lin" LIN-S8-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx18linm" LIN-S9-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx19lin" LIN-S9-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx19linm" LIN-S10-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx110lin" LIN-S10-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx110linm" LIN-S11-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx111lin" LIN-S11-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx111linm" LIN-S12-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx112lin" LIN-S12-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx112linm" LIN-S13-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx113lin" LIN-S13-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx113linm" LIN-S14-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx114lin" LIN-S14-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx114linm" LIN-S15-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx115lin" LIN-S15-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx115linm" LIN-S16-MAG-QUAD-01:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx116lin" LIN-S16-MAG-QUAD-02:KQUAD, l = "lintermodulequad", n_kicks = 20, k1 = "kx116linm" LIN-S1-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "llengthtolinac" LIN-S1-MAG-DRIFT-03A:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S1-MAG-DRIFT-03B:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S1-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S1-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S2-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S2-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S2-MAG-DRIFT-03A:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S2-MAG-DRIFT-03B:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S2-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S2-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S3-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S3-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S3-MAG-DRIFT-03A:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S3-MAG-DRIFT-03B:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S3-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S3-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S4-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S4-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S4-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S4-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S4-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S5-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S5-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S5-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S5-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S5-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S6-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S6-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S6-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S6-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S6-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S7-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S7-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S7-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S7-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S7-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S8-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S8-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S8-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S8-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S8-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S9-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S9-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S9-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S9-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S9-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S10-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S10-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S10-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S10-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S10-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S11-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S11-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S11-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S11-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S11-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S12-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S12-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S12-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S12-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S12-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S13-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S13-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S13-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S13-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S13-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S14-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S14-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S14-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S14-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S14-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S15-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S15-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S15-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S15-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S15-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S16-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lmoduledriftend" LIN-S16-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lintermoduledrift" LIN-S16-MAG-DRIFT-03A:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S16-MAG-DRIFT-03B:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lhalfintermoduledrift" LIN-S16-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = 1.500 ! Above length is arbitrary LIN-MATCH: LINE = (LIN-CELL-MARK1,& LIN-S2-MAG-DRIFT-03B,LIN-S2-MAG-QUAD-02,LIN-S2-MAG-DRIFT-04,& LIN-S2-MAG-DRIFT-05,W-LIN-S2,LIN-M3,LIN-S3-MAG-DRIFT-01,& LIN-S3-MAG-DRIFT-02,LIN-S3-MAG-QUAD-01,LIN-S3-MAG-DRIFT-03A,LIN-CELL-MARK2) LIN-MATCH-T: LINE = (LIN-TWISS,LIN-CELL-MARK1,& LIN-S2-MAG-DRIFT-03B,LIN-S2-MAG-QUAD-02,LIN-S2-MAG-DRIFT-04,& LIN-S2-MAG-DRIFT-05,W-LIN-S2,LIN-M3,LIN-S3-MAG-DRIFT-01,& LIN-S3-MAG-DRIFT-02,LIN-S3-MAG-QUAD-01,LIN-S3-MAG-DRIFT-03A,LIN-CELL-MARK2) ! LIN-S1: LINE = (LIN-S1-MAG-DRIFT-01,LIN-S1-MAG-QUAD-01,LIN-S1-MAG-DRIFT-02,& ! LIN-S1-MAG-QUAD-02,LIN-S1-MAG-DRIFT-03,LIN-S1-MAG-DRIFT-04,& ! LIN-S1-MARK,W-LIN-S1) LIN-S1: LINE = (LIN-CELL-MARK1,LIN-S1-MAG-DRIFT-03B,& LIN-S1-MAG-QUAD-02,LIN-S1-MAG-DRIFT-04,LIN-S1-MAG-DRIFT-05,& W-LIN-S1) LIN-S2: LINE = (LIN-S2-MAG-DRIFT-01,LIN-S2-MAG-DRIFT-02,LIN-S2-MAG-QUAD-01,& LIN-S2-MAG-DRIFT-03A,LIN-CELL-MARK1,& LIN-S2-MAG-DRIFT-03B,LIN-S2-MAG-QUAD-02,LIN-S2-MAG-DRIFT-04,& LIN-S2-MAG-DRIFT-05,W-LIN-S2) LIN-S3: LINE = (LIN-S3-MAG-DRIFT-01,LIN-S3-MAG-DRIFT-02,LIN-S3-MAG-QUAD-01,& LIN-S3-MAG-DRIFT-03A,LIN-CELL-MARK2,& LIN-S3-MAG-DRIFT-03B,LIN-S3-MAG-QUAD-02,LIN-S3-MAG-DRIFT-04,& LIN-S3-MAG-DRIFT-05,W-LIN-S3) LIN-S4: LINE = (LIN-S4-MAG-DRIFT-01,LIN-S4-MAG-DRIFT-02,LIN-S4-MAG-QUAD-01,& LIN-S4-MAG-DRIFT-03,LIN-S4-MAG-QUAD-02,LIN-S4-MAG-DRIFT-04,& LIN-S4-MAG-DRIFT-05,W-LIN-S4) LIN-S5: LINE = (LIN-S5-MAG-DRIFT-01,LIN-S5-MAG-DRIFT-02,LIN-S5-MAG-QUAD-01,& LIN-S5-MAG-DRIFT-03,LIN-S5-MAG-QUAD-02,LIN-S5-MAG-DRIFT-04,& LIN-S5-MAG-DRIFT-05,W-LIN-S5) LIN-S6: LINE = (LIN-S6-MAG-DRIFT-01,LIN-S6-MAG-DRIFT-02,LIN-S6-MAG-QUAD-01,& LIN-S6-MAG-DRIFT-03,LIN-S6-MAG-QUAD-02,LIN-S6-MAG-DRIFT-04,& LIN-S6-MAG-DRIFT-05,W-LIN-S6) LIN-S7: LINE = (LIN-S7-MAG-DRIFT-01,LIN-S7-MAG-DRIFT-02,LIN-S7-MAG-QUAD-01,& LIN-S7-MAG-DRIFT-03,LIN-S7-MAG-QUAD-02,LIN-S7-MAG-DRIFT-04,& LIN-S7-MAG-DRIFT-05,W-LIN-S7) LIN-S8: LINE = (LIN-S8-MAG-DRIFT-01,LIN-S8-MAG-DRIFT-02,LIN-S8-MAG-QUAD-01,& LIN-S8-MAG-DRIFT-03,LIN-S8-MAG-QUAD-02,LIN-S8-MAG-DRIFT-04,& LIN-S8-MAG-DRIFT-05,W-LIN-S8) LIN-S9: LINE = (LIN-S9-MAG-DRIFT-01,LIN-S9-MAG-DRIFT-02,LIN-S9-MAG-QUAD-01,& LIN-S9-MAG-DRIFT-03,LIN-S9-MAG-QUAD-02,LIN-S9-MAG-DRIFT-04,& LIN-S9-MAG-DRIFT-05,W-LIN-S9) LIN-S10: LINE = (LIN-S10-MAG-DRIFT-01,LIN-S10-MAG-DRIFT-02,LIN-S10-MAG-QUAD-01,& LIN-S10-MAG-DRIFT-03,LIN-S10-MAG-QUAD-02,LIN-S10-MAG-DRIFT-04,& LIN-S10-MAG-DRIFT-05,W-LIN-S10) LIN-S11: LINE = (LIN-S11-MAG-DRIFT-01,LIN-S11-MAG-DRIFT-02,LIN-S11-MAG-QUAD-01,& LIN-S11-MAG-DRIFT-03,LIN-S11-MAG-QUAD-02,LIN-S11-MAG-DRIFT-04,& LIN-S11-MAG-DRIFT-05,W-LIN-S11) LIN-S12: LINE = (LIN-S12-MAG-DRIFT-01,LIN-S12-MAG-DRIFT-02,LIN-S12-MAG-QUAD-01,& LIN-S12-MAG-DRIFT-03,LIN-S12-MAG-QUAD-02,LIN-S12-MAG-DRIFT-04,& LIN-S12-MAG-DRIFT-05,W-LIN-S12) LIN-S13: LINE = (LIN-S13-MAG-DRIFT-01,LIN-S13-MAG-DRIFT-02,LIN-S13-MAG-QUAD-01,& LIN-S13-MAG-DRIFT-03,LIN-S13-MAG-QUAD-02,LIN-S13-MAG-DRIFT-04,& LIN-S13-MAG-DRIFT-05,W-LIN-S13) LIN-S14: LINE = (LIN-S14-MAG-DRIFT-01,LIN-S14-MAG-DRIFT-02,LIN-S14-MAG-QUAD-01,& LIN-S14-MAG-DRIFT-03,LIN-S14-MAG-QUAD-02,LIN-S14-MAG-DRIFT-04,& LIN-S14-MAG-DRIFT-05,W-LIN-S14) LIN-S15: LINE = (LIN-S15-MAG-DRIFT-01,LIN-S15-MAG-DRIFT-02,LIN-S15-MAG-QUAD-01,& LIN-S15-MAG-DRIFT-03,LIN-S15-MAG-QUAD-02,LIN-S15-MAG-DRIFT-04,& LIN-S15-MAG-DRIFT-05,W-LIN-S15) LIN-S16: LINE = (LIN-S16-MAG-DRIFT-01,LIN-S16-MAG-DRIFT-02,LIN-S16-MAG-QUAD-01,& LIN-S16-MAG-DRIFT-03A,LIN-CELL-MARK2) LIN: LINE = (Q,LIN-S1-MARK,LIN-S1,LIN-M1,LIN-S2,LIN-M2,LIN-S3,LIN-M3,LIN-S4,& LIN-M4,LIN-S5,LIN-M5,LIN-S6,LIN-M6,LIN-S7,LIN-M7,LIN-S16,LIN-S16-MARK) ! Spreader definitions !----------------------------------------------- ! 10 MeV beam deflected -30 degrees -> 750 MeV beam deflected -0.4 degrees % -0.4 180 / pi * sto asprhcd % asprhcd -1 * sto asprhcdm % 0.200 sto lsprhcd % asprhcd 2 / sto esprhcd % asprhcdm 2 / sto esprhcdm % 0.005 sto hsprhcd % 0.400 sto fsprhcd % 0.139626 sto asprdipole ! from Hywel's MMA file % asprdipole -1 * sto asprdipolem % 0.700 sto lsprdipole % 0.005 sto hsprdipole % 0.400 sto fsprdipole % 0.220336 sto asprvdipole % asprvdipole -1 * sto asprvdipolem % -1 pi * 2 / sto vtilt HCD-MAG-DIPOLE-01:CSBEND, angle = "asprhcd", l = "lsprhcd",& e1 = "esprhcd", e2 = "esprhcd", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprhcd",& fint = "fsprhcd" SPR-COM-MAG-DIPOLE-02:CSBEND, angle = "asprhcdm", l = "lsprhcd",& e1 = "esprhcdm", e2 = "esprhcdm", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprhcd",& fint = "fsprhcd" SPR-COM-MAG-DIPOLE-03:CSBEND, angle = "asprhcdm", l = "lsprhcd",& e1 = "esprhcdm", e2 = "esprhcdm", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprhcd",& fint = "fsprhcd" SPR-COM-MAG-DIPOLE-04:CSBEND, angle = "asprhcd", l = "lsprhcd",& e1 = "esprhcd", e2 = "esprhcd", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprhcd",& fint = "fsprhcd" SPR-AR1-MAG-DIPOLE-01:CSBEND, angle = "asprdipole", l = "lsprdipole",& e1 = 0.0, e2 = "asprdipole", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" SPR-AR1-MAG-DIPOLE-02:CSBEND, angle = "asprdipolem", l = "lsprdipole",& e1 = "asprdipolem", e2 = 0.0, nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" SPR-AR1-MAG-DIPOLE-03:CSBEND, angle = "asprdipolem", l = "lsprdipole",& e1 = 0.0, e2 = "asprdipolem", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" SPR-AR1-MAG-DIPOLE-04:CSBEND, angle = "asprdipole", l = "lsprdipole",& e1 = "asprdipole", e2 = 0.0, nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" SPR-AR1-MAG-DIPOLE-05:CSBEND, angle = "asprvdipole", l = "lsprdipole",& e1 = 0.0, e2 = "asprvdipole", nonlinear = 1,& tilt = "vtilt",& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" SPR-AR1-MAG-DIPOLE-06:CSBEND, angle = "asprvdipolem", l = "lsprdipole",& e1 = "asprvdipolem", e2 = 0.0, nonlinear = 1,& tilt = "vtilt",& n_kicks = 100, integration_order = 4, hgap = "hsprdipole",& fint = "fsprdipole" % 0.300 sto lsprquad % -1.518130034 sto ksprcom1 % 2.285111616 sto ksprcom2 % 3.285599927 sto ksprxfo1 % -3.464231192 sto ksprxfo2 % 3.412261507 sto ksprxfo3 % -4.023948909 sto ksprxfo4 % 9.783407118 sto ksprxfo5 % -6.950558621 sto ksprxfo6 SPR-COM-MAG-QUAD-01:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprcom1" SPR-COM-MAG-QUAD-02:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprcom2" SPR-AR1-MAG-QUAD-01:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo1" SPR-AR1-MAG-QUAD-02:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo2" SPR-AR1-MAG-QUAD-03:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo3" SPR-AR1-MAG-QUAD-04:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo4" SPR-AR1-MAG-QUAD-05:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo5",& tilt = "vtilt" SPR-AR1-MAG-QUAD-06:KQUAD, l = "lsprquad", n_kicks = 20, k1 = "ksprxfo6",& tilt = "vtilt" SPR-AR1-MAG-QUAD-07:LINE = (SPR-AR1-MAG-QUAD-05) % 1.000 sto lsprcomd1 % 0.100 sto lsprcomd2 % 1.000 sto lsprcomd3 % 0.100 sto lsprcomd4 % 0.500 sto lsprcomd5 % 0.300 sto lsprcomd6 % 0.500 sto lsprxfod1 % 0.500 sto lsprxfod2 % 0.500 sto lsprxfod3 % 0.100 sto lsprxfod4 % 0.600 sto lsprxfod5 % 0.600 sto lsprxfod6 % 0.600 sto lsprxfod7 % 0.600 sto lsprxfod8 % 0.400 sto lsprxfod9 % 0.400 sto lsprxfod10 % 0.400 sto lsprxfod11 % 0.400 sto lsprxfod12 % 0.100 sto lsprxfod13 SPR-COM-MAG-DRIFT-00:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd1" SPR-COM-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd1" SPR-COM-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd2" SPR-COM-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd3" SPR-COM-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd4" SPR-COM-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd5" SPR-COM-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprcomd6" SPR-AR1-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod1" SPR-AR1-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod2" SPR-AR1-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod3" SPR-AR1-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod4" SPR-AR1-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod5" SPR-AR1-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod6" SPR-AR1-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod7" SPR-AR1-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod8" SPR-AR1-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod9" SPR-AR1-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod10" SPR-AR1-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod11" SPR-AR1-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod12" SPR-AR1-MAG-DRIFT-13:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lsprxfod13" SPR-COM: LINE = (SPR-COM-MAG-DRIFT-00,& HCD-MAG-DIPOLE-01,SPR-COM-MAG-DRIFT-01,SPR-COM-MAG-DIPOLE-02,& SPR-COM-MAG-DRIFT-02,SPR-COM-MAG-DIPOLE-03,& SPR-COM-MAG-DRIFT-03,SPR-COM-MAG-DIPOLE-04,& SPR-COM-MAG-DRIFT-04,W-SPR-COM-1,& SPR-COM-MAG-QUAD-01,W-SPR-COM-2,& SPR-COM-MAG-DRIFT-05,W-SPR-COM-3,& SPR-COM-MAG-QUAD-02,W-SPR-COM-4,& SPR-COM-MAG-DRIFT-06,W-SPR-COM-5) SPR-AR1-H: LINE = (SPR-AR1-MAG-DIPOLE-01,SPR-AR1-MAG-DRIFT-01,& SPR-AR1-MAG-DIPOLE-02,SPR-AR1-MAG-DRIFT-02,& SPR-AR1-MAG-DIPOLE-03,SPR-AR1-MAG-DRIFT-03,& SPR-AR1-MAG-DIPOLE-04,SPR-AR1-MAG-DRIFT-04,& SPR-AR1-MAG-QUAD-01,SPR-AR1-MAG-DRIFT-05,& SPR-AR1-MAG-QUAD-02,SPR-AR1-MAG-DRIFT-06,& SPR-AR1-MAG-QUAD-03,SPR-AR1-MAG-DRIFT-07,& SPR-AR1-MAG-QUAD-04,SPR-AR1-MAG-DRIFT-08,& W-SPR-AR1-H) SPR-AR1-V: LINE = (SPR-AR1-MAG-DIPOLE-05,SPR-AR1-MAG-DRIFT-09,& SPR-AR1-MAG-QUAD-05,SPR-AR1-MAG-DRIFT-10,& SPR-AR1-MAG-QUAD-06,SPR-AR1-MAG-DRIFT-11,& SPR-AR1-MAG-QUAD-07,SPR-AR1-MAG-DRIFT-12,& SPR-AR1-MAG-DIPOLE-06,SPR-AR1-MAG-DRIFT-13,& SPR-AR1-MARK,W-SPR-AR1-V) SPR: LINE = (SPR-COM,SPR-AR1-H,SPR-AR1-V) ! Arc 1 Cell Definitions !----------------------------------------------- % 2 pi * 8 / sto axfoa % 1.400 sto lxfoa % axfoa 2 / sto e1xfoa % e1xfoa sto e2xfoa % 0.005 sto hxfoa % 0.400 sto fxfoa AR1-A1-MAG-DIPOLE-01:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR1-A1-MAG-DIPOLE-02:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" % 0.250 sto lxfoquad % 0.653 sto kxfom1 % -6.898 sto kxfom2 % 7.085 sto kxfom3 % -7.938 sto kxfom4 % -2.16023376 sto kxfo1 % 4.07271146 sto kxfo2 !% 5.25080149 sto kxfo3 ! changed from rematching of dispersion % 5.25102406 sto kxfo3 % -2.58916333 sto kxfo4 % -0.02144491 sto kxfo5 % -2.53444820 sto kxfo6 % 4.14006991 sto kxfo7 % 5.99963374 sto kxfo8 % -2.65086777 sto kxfo9 AR1-AM-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom1" AR1-AM-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom2" AR1-AM-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom3" AR1-AM-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom4" AR1-A1-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo1" AR1-A1-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo2" AR1-A1-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo3" AR1-A1-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo4" AR1-A1-MAG-QUAD-05:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo5" AR1-A1-MAG-QUAD-06:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo6" AR1-A1-MAG-QUAD-07:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo7" AR1-A1-MAG-QUAD-08:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo8" AR1-A1-MAG-QUAD-09:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo9" % 0.100 sto lxfod0 % 0.400 sto lxfod1 !% 0.600 sto lxfod1 % 0.400 sto lxfod2 % 0.849 sto lxfod3 % 0.849 sto lxfod4 % 0.400 sto lxfod5 % 0.849 sto lxfod6 AR1-AM-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-AM-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-AM-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-AM-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-A1-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-A1-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR1-A1-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR1-A1-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR1-A1-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR1-A1-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR1-A1-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR1-A1-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR1-A1-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR1-A1-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR1-A1-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR1-A1-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-AM:LINE = (AR1-AM-MARK,AR1-AM-MAG-DRIFT-01,AR1-AM-MAG-QUAD-01,& AR1-AM-MAG-DRIFT-02,AR1-AM-MAG-QUAD-02,& AR1-AM-MAG-DRIFT-03,AR1-AM-MAG-QUAD-03,& AR1-AM-MAG-DRIFT-04,AR1-AM-MAG-QUAD-04,W-AR1-AM) AR1-A1:LINE = (AR1-A1-MARK,AR1-A1-MAG-DRIFT-01,AR1-A1-MAG-QUAD-01,& AR1-A1-MAG-DRIFT-02,AR1-A1-MAG-QUAD-02,& AR1-A1-MAG-DRIFT-03,AR1-A1-MAG-DIPOLE-01,& AR1-A1-MAG-DRIFT-04,AR1-A1-MAG-QUAD-03,& AR1-A1-MAG-DRIFT-05,AR1-A1-MAG-QUAD-04,& AR1-A1-MAG-DRIFT-06,AR1-A1-MAG-QUAD-05,& AR1-A1-MAG-DRIFT-07,AR1-A1-MAG-QUAD-06,& AR1-A1-MAG-DRIFT-08,AR1-A1-MAG-QUAD-07,& AR1-A1-MAG-DRIFT-09,AR1-A1-MAG-DIPOLE-02,& AR1-A1-MAG-DRIFT-10,AR1-A1-MAG-QUAD-08,& AR1-A1-MAG-DRIFT-11,AR1-A1-MAG-QUAD-09,& AR1-A1-MAG-DRIFT-12,W-AR1-A1) AR1-A2-MAG-DIPOLE-01:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR1-A2-MAG-DIPOLE-02:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR1-A2-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo9" AR1-A2-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo8" AR1-A2-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo7" AR1-A2-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo6" AR1-A2-MAG-QUAD-05:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo5" AR1-A2-MAG-QUAD-06:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo4" AR1-A2-MAG-QUAD-07:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo3" AR1-A2-MAG-QUAD-08:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo2" AR1-A2-MAG-QUAD-09:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo1" AR1-A2-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-A2-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR1-A2-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR1-A2-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR1-A2-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR1-A2-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR1-A2-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR1-A2-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR1-A2-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR1-A2-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR1-A2-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR1-A2-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR1-A2:LINE = (AR1-A2-MARK,AR1-A2-MAG-DRIFT-01,AR1-A2-MAG-QUAD-01,& AR1-A2-MAG-DRIFT-02,AR1-A2-MAG-QUAD-02,& AR1-A2-MAG-DRIFT-03,AR1-A2-MAG-DIPOLE-01,& AR1-A2-MAG-DRIFT-04,AR1-A2-MAG-QUAD-03,& AR1-A2-MAG-DRIFT-05,AR1-A2-MAG-QUAD-04,& AR1-A2-MAG-DRIFT-06,AR1-A2-MAG-QUAD-05,& AR1-A2-MAG-DRIFT-07,AR1-A2-MAG-QUAD-06,& AR1-A2-MAG-DRIFT-08,AR1-A2-MAG-QUAD-07,& AR1-A2-MAG-DRIFT-09,AR1-A2-MAG-DIPOLE-02,& AR1-A2-MAG-DRIFT-10,AR1-A2-MAG-QUAD-08,& AR1-A2-MAG-DRIFT-11,AR1-A2-MAG-QUAD-09,& AR1-A2-MAG-DRIFT-12,W-AR1-A2) AR1: LINE = (AR1-A1,AR1-A2) LIN-AR1:LINE = (LIN,AR1-AM,AR1) INJ-AR1:LINE = (INJ,LIN,SPR,AR1-AM,AR1) ! Transport Line Definitions !----------------------------------------------- % 0.300 sto lxftmatq % -3.2351263 sto kxftmat1 % 3.2698804 sto kxftmat2 % -3.1982741 sto kxftmat3 % 2.3135645 sto kxftmat4 % 1.500 sto kxftmat5 % -1.500 sto kxftmat6 TRA-MAT-MAG-QUAD-01:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat1" TRA-MAT-MAG-QUAD-02:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat2" TRA-MAT-MAG-QUAD-03:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat3" TRA-MAT-MAG-QUAD-04:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat4" TRA-MAT-MAG-QUAD-05:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-06:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-07:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-08:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-09:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-10:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-11:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-12:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-13:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-14:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-15:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-16:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-17:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-18:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-19:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-20:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-21:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-22:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-23:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-24:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-25:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-26:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-27:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-28:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-29:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-30:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-31:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-32:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-33:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-34:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-35:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-36:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-37:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-38:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-39:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-40:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-41:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-42:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-43:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-44:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-45:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-46:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-47:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-48:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-49:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-50:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-51:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-52:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-53:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-54:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-55:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-56:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-57:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-58:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-59:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat5" TRA-MAT-MAG-QUAD-60:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat6" TRA-MAT-MAG-QUAD-61:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat4" TRA-MAT-MAG-QUAD-62:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat3" TRA-MAT-MAG-QUAD-63:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat2" TRA-MAT-MAG-QUAD-64:KQUAD, l = "lxftmatq", n_kicks = 20, k1 = "kxftmat1" !% 0.550 sto lxftmatd1 ! Make this shorter as betas diverge here % 0.300 sto lxftmatd1 % 0.750 sto lxftmatd2 % 1.500 sto lxftmatd3 % 1.500 sto lxftmatd4 % 1.500 sto lxftmatd5 % 0.750 sto lxftmatd6 TRA-MAT-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd1" TRA-MAT-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd2" TRA-MAT-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd3" TRA-MAT-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd4" TRA-MAT-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-13:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-14:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-15:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-16:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-17:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-18:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-19:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-20:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-21:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-22:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-23:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-24:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-25:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-26:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-27:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-28:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-29:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-30:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-31:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-32:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-33:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-34:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-35:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-36:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-37:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-38:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-39:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-40:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-41:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-42:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-43:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-44:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-45:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-46:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-47:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-48:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-49:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-50:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-51:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-52:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-53:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-54:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-55:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-56:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-57:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-58:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-59:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-60:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd6" TRA-MAT-MAG-DRIFT-61:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-62:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-63:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-64:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-65:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-66:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-67:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd5" TRA-MAT-MAG-DRIFT-68:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd4" TRA-MAT-MAG-DRIFT-69:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd3" TRA-MAT-MAG-DRIFT-70:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd2" TRA-MAT-MAG-DRIFT-71:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxftmatd1" TRA-MAT-PRE: LINE = (TRA-MARK,TRA-MAT-MAG-DRIFT-01,TRA-MAT-MAG-QUAD-01,& TRA-MAT-MAG-DRIFT-02,TRA-MAT-MAG-QUAD-02,& TRA-MAT-MAG-DRIFT-03,TRA-MAT-MAG-QUAD-03,& TRA-MAT-MAG-DRIFT-04,TRA-MAT-MAG-QUAD-04) TRA-MAT-PER: LINE = (TRA-MAT-MAG-DRIFT-05,TRA-MAT-MARK,& TRA-MAT-MAG-DRIFT-06,TRA-MAT-MAG-QUAD-05,& TRA-MAT-MAG-DRIFT-07,TRA-MAT-MAG-QUAD-06,& TRA-MAT-MAG-DRIFT-08,TRA-MAT-MAG-QUAD-07,& TRA-MAT-MAG-DRIFT-09,TRA-MAT-MAG-QUAD-08,& TRA-MAT-MAG-DRIFT-10,TRA-MAT-MAG-QUAD-09,& TRA-MAT-MAG-DRIFT-11,TRA-MAT-MAG-QUAD-10,& TRA-MAT-MAG-DRIFT-12,TRA-MAT-MAG-QUAD-11,& TRA-MAT-MAG-DRIFT-13,TRA-MAT-MAG-QUAD-12,& W-TRA-MAT) TRA-MAT-PER2: LINE = (TRA-MAT-MAG-DRIFT-14,TRA-MAT-MARK2,& TRA-MAT-MAG-DRIFT-15,TRA-MAT-MAG-QUAD-13,& TRA-MAT-MAG-DRIFT-16,TRA-MAT-MAG-QUAD-14,& TRA-MAT-MAG-DRIFT-17,TRA-MAT-MAG-QUAD-15,& TRA-MAT-MAG-DRIFT-18,TRA-MAT-MAG-QUAD-16,& TRA-MAT-MAG-DRIFT-19,TRA-MAT-MAG-QUAD-17,& TRA-MAT-MAG-DRIFT-20,TRA-MAT-MAG-QUAD-18,& TRA-MAT-MAG-DRIFT-21,TRA-MAT-MAG-QUAD-19,& TRA-MAT-MAG-DRIFT-22,TRA-MAT-MAG-QUAD-20,& W-TRA-MAT2) TRA-MAT-PER3: LINE = (TRA-MAT-MAG-DRIFT-23,TRA-MAT-MARK3,& TRA-MAT-MAG-DRIFT-24,TRA-MAT-MAG-QUAD-21,& TRA-MAT-MAG-DRIFT-25,TRA-MAT-MAG-QUAD-22,& TRA-MAT-MAG-DRIFT-26,TRA-MAT-MAG-QUAD-23,& TRA-MAT-MAG-DRIFT-27,TRA-MAT-MAG-QUAD-24,& TRA-MAT-MAG-DRIFT-28,TRA-MAT-MAG-QUAD-25,& TRA-MAT-MAG-DRIFT-29,TRA-MAT-MAG-QUAD-26,& TRA-MAT-MAG-DRIFT-30,TRA-MAT-MAG-QUAD-27,& TRA-MAT-MAG-DRIFT-31,TRA-MAT-MAG-QUAD-28,& W-TRA-MAT3) TRA-MAT-PER4: LINE = (TRA-MAT-MAG-DRIFT-32,TRA-MAT-MARK4,& TRA-MAT-MAG-DRIFT-33,TRA-MAT-MAG-QUAD-29,& TRA-MAT-MAG-DRIFT-34,TRA-MAT-MAG-QUAD-30,& TRA-MAT-MAG-DRIFT-35,TRA-MAT-MAG-QUAD-31,& TRA-MAT-MAG-DRIFT-36,TRA-MAT-MAG-QUAD-32,& TRA-MAT-MAG-DRIFT-37,TRA-MAT-MAG-QUAD-33,& TRA-MAT-MAG-DRIFT-38,TRA-MAT-MAG-QUAD-34,& TRA-MAT-MAG-DRIFT-39,TRA-MAT-MAG-QUAD-35,& TRA-MAT-MAG-DRIFT-40,TRA-MAT-MAG-QUAD-36,& W-TRA-MAT4) TRA-MAT-PER5: LINE = (TRA-MAT-MAG-DRIFT-41,TRA-MAT-MARK5,& TRA-MAT-MAG-DRIFT-42,TRA-MAT-MAG-QUAD-37,& TRA-MAT-MAG-DRIFT-43,TRA-MAT-MAG-QUAD-38,& TRA-MAT-MAG-DRIFT-44,TRA-MAT-MAG-QUAD-39,& TRA-MAT-MAG-DRIFT-45,TRA-MAT-MAG-QUAD-40,& TRA-MAT-MAG-DRIFT-46,TRA-MAT-MAG-QUAD-41,& TRA-MAT-MAG-DRIFT-47,TRA-MAT-MAG-QUAD-42,& TRA-MAT-MAG-DRIFT-48,TRA-MAT-MAG-QUAD-43,& TRA-MAT-MAG-DRIFT-49,TRA-MAT-MAG-QUAD-44,& W-TRA-MAT5) TRA-MAT-PER6: LINE = (TRA-MAT-MAG-DRIFT-50,TRA-MAT-MARK6,& TRA-MAT-MAG-DRIFT-51,TRA-MAT-MAG-QUAD-45,& TRA-MAT-MAG-DRIFT-52,TRA-MAT-MAG-QUAD-46,& TRA-MAT-MAG-DRIFT-53,TRA-MAT-MAG-QUAD-47,& TRA-MAT-MAG-DRIFT-54,TRA-MAT-MAG-QUAD-48,& TRA-MAT-MAG-DRIFT-55,TRA-MAT-MAG-QUAD-49,& TRA-MAT-MAG-DRIFT-56,TRA-MAT-MAG-QUAD-50,& TRA-MAT-MAG-DRIFT-57,TRA-MAT-MAG-QUAD-51,& TRA-MAT-MAG-DRIFT-58,TRA-MAT-MAG-QUAD-52,& W-TRA-MAT6) TRA-MAT-PER7: LINE = (TRA-MAT-MAG-DRIFT-59,TRA-MAT-MARK7,& TRA-MAT-MAG-DRIFT-60,TRA-MAT-MAG-QUAD-53,& TRA-MAT-MAG-DRIFT-61,TRA-MAT-MAG-QUAD-54,& TRA-MAT-MAG-DRIFT-62,TRA-MAT-MAG-QUAD-55,& TRA-MAT-MAG-DRIFT-63,TRA-MAT-MAG-QUAD-56,& TRA-MAT-MAG-DRIFT-64,TRA-MAT-MAG-QUAD-57,& TRA-MAT-MAG-DRIFT-65,TRA-MAT-MAG-QUAD-58,& TRA-MAT-MAG-DRIFT-66,TRA-MAT-MAG-QUAD-59,& TRA-MAT-MAG-DRIFT-67,TRA-MAT-MAG-QUAD-60,& W-TRA-MAT7) TRA-MAT-POS: LINE = (TRA-MAT-MAG-DRIFT-68,TRA-MAT-MAG-QUAD-61,& TRA-MAT-MAG-DRIFT-69,TRA-MAT-MAG-QUAD-62,& TRA-MAT-MAG-DRIFT-70,TRA-MAT-MAG-QUAD-63,& TRA-MAT-MAG-DRIFT-71,TRA-MAT-MAG-QUAD-64) TRA-MAT: LINE = (TRA-MAT-PRE,TRA-MAT-PER,TRA-MAT-PER2,TRA-MAT-PER3,TRA-MAT-PER4,& TRA-MAT-PER5,TRA-MAT-PER6,TRA-MAT-PER7) TRA: LINE = (TRA-MAT) LIN-TRA: LINE = (LIN-AR1,TRA) ! Arc 2 Cell Definitions !----------------------------------------------- AR2-A1-MAG-DIPOLE-01:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR2-A1-MAG-DIPOLE-02:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR2-AM-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom1" AR2-AM-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom2" AR2-AM-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom3" AR2-AM-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfom4" AR2-A1-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo1" AR2-A1-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo2" AR2-A1-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo3" AR2-A1-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo4" AR2-A1-MAG-QUAD-05:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo5" AR2-A1-MAG-QUAD-06:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo6" AR2-A1-MAG-QUAD-07:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo7" AR2-A1-MAG-QUAD-08:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo8" AR2-A1-MAG-QUAD-09:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo9" AR2-AM-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-AM-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-AM-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-AM-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-A1-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-A1-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR2-A1-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR2-A1-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR2-A1-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR2-A1-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR2-A1-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR2-A1-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR2-A1-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR2-A1-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR2-A1-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR2-A1-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-AM:LINE = (AR2-AM-MARK,AR2-AM-MAG-DRIFT-01,AR2-AM-MAG-QUAD-01,& AR2-AM-MAG-DRIFT-02,AR2-AM-MAG-QUAD-02,& AR2-AM-MAG-DRIFT-03,AR2-AM-MAG-QUAD-03,& AR2-AM-MAG-DRIFT-04,AR2-AM-MAG-QUAD-04,W-AR2-AM) AR2-A1:LINE = (AR2-A1-MARK,AR2-A1-MAG-DRIFT-01,AR2-A1-MAG-QUAD-01,& AR2-A1-MAG-DRIFT-02,AR2-A1-MAG-QUAD-02,& AR2-A1-MAG-DRIFT-03,AR2-A1-MAG-DIPOLE-01,& AR2-A1-MAG-DRIFT-04,AR2-A1-MAG-QUAD-03,& AR2-A1-MAG-DRIFT-05,AR2-A1-MAG-QUAD-04,& AR2-A1-MAG-DRIFT-06,AR2-A1-MAG-QUAD-05,& AR2-A1-MAG-DRIFT-07,AR2-A1-MAG-QUAD-06,& AR2-A1-MAG-DRIFT-08,AR2-A1-MAG-QUAD-07,& AR2-A1-MAG-DRIFT-09,AR2-A1-MAG-DIPOLE-02,& AR2-A1-MAG-DRIFT-10,AR2-A1-MAG-QUAD-08,& AR2-A1-MAG-DRIFT-11,AR2-A1-MAG-QUAD-09,& AR2-A1-MAG-DRIFT-12,W-AR2-A1) AR2-A2-MAG-DIPOLE-01:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR2-A2-MAG-DIPOLE-02:CSBEND, angle = "axfoa", l = "lxfoa",& e1 = "e1xfoa", e2 = "e2xfoa", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfoa",& fint = "fxfoa" AR2-A2-MAG-QUAD-01:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo9" AR2-A2-MAG-QUAD-02:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo8" AR2-A2-MAG-QUAD-03:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo7" AR2-A2-MAG-QUAD-04:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo6" AR2-A2-MAG-QUAD-05:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo5" AR2-A2-MAG-QUAD-06:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo4" AR2-A2-MAG-QUAD-07:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo3" AR2-A2-MAG-QUAD-08:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo2" AR2-A2-MAG-QUAD-09:KQUAD, l = "lxfoquad", n_kicks = 20, k1 = "kxfo1" AR2-A2-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-A2-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR2-A2-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR2-A2-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR2-A2-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR2-A2-MAG-DRIFT-06:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR2-A2-MAG-DRIFT-07:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod6" AR2-A2-MAG-DRIFT-08:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod5" AR2-A2-MAG-DRIFT-09:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod4" AR2-A2-MAG-DRIFT-10:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod3" AR2-A2-MAG-DRIFT-11:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod2" AR2-A2-MAG-DRIFT-12:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfod1" AR2-A2:LINE = (AR2-A2-MAG-DRIFT-01,AR2-A2-MAG-QUAD-01,& AR2-A2-MAG-DRIFT-02,AR2-A2-MAG-QUAD-02,& AR2-A2-MAG-DRIFT-03,AR2-A2-MAG-DIPOLE-01,& AR2-A2-MAG-DRIFT-04,AR2-A2-MAG-QUAD-03,& AR2-A2-MAG-DRIFT-05,AR2-A2-MAG-QUAD-04,& AR2-A2-MAG-DRIFT-06,AR2-A2-MAG-QUAD-05,& AR2-A2-MAG-DRIFT-07,AR2-A2-MAG-QUAD-06,& AR2-A2-MAG-DRIFT-08,AR2-A2-MAG-QUAD-07,& AR2-A2-MAG-DRIFT-09,AR2-A2-MAG-DIPOLE-02,& AR2-A2-MAG-DRIFT-10,AR2-A2-MAG-QUAD-08,& AR2-A2-MAG-DRIFT-11,AR2-A2-MAG-QUAD-09,& AR2-A2-MAG-DRIFT-12,W-AR2-A2) AR2: LINE = (AR2-A1,AR2-A2) LIN-AR2: LINE = (LIN-TRA,AR2-AM,AR2) ! Construct Toy Chicane !----------------------------------------------- % 0.36656 sto axfs % axfs -1 * sto axfsm % 0.400 sto lxfs % 0 sto e1xfs % axfs sto e2xfs % axfsm sto e2xfsm % 0.005 sto hxfs % 0.400 sto fxfs XFS-MAG-DIPOLE-01:CSBEND, angle = "axfs", l = "lxfs",& e1 = "e1xfs", e2 = "e2xfs", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfs",& fint = "fxfs" XFS-MAG-DIPOLE-02:CSBEND, angle = "axfsm", l = "lxfs",& e1 = "e2xfsm", e2 = "e1xfs", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfs",& fint = "fxfs" XFS-MAG-DIPOLE-03:CSBEND, angle = "axfsm", l = "lxfs",& e1 = "e1xfs", e2 = "e2xfsm", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfs",& fint = "fxfs" XFS-MAG-DIPOLE-04:CSBEND, angle = "axfs", l = "lxfs",& e1 = "e2xfs", e2 = "e1xfs", nonlinear = 1,& n_kicks = 100, integration_order = 4, hgap = "hxfs",& fint = "fxfs" % 0.2 sto lxfsd1 % 1.1 sto lxfsd2 % 0.2 sto lxfsd3 % 0.2 sto lxfsd4 XFS-MAG-DRIFT-01:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfsd1" XFS-MAG-DRIFT-02:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfsd2" XFS-MAG-DRIFT-03:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfsd3" XFS-MAG-DRIFT-04:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfsd2" XFS-MAG-DRIFT-05:LSCDRIFT, bins = 10,& high_frequency_cutoff0 = 0.2, high_frequency_cutoff1 = 0.25, interpolate = 1,& radius_factor = 2, sg_halfwidth = 1, sg_order = 1, l = "lxfsd4" XFS: LINE = (XFS-MAG-DRIFT-01,XFS-MAG-DIPOLE-01,XFS-MAG-DRIFT-02,& XFS-MAG-DIPOLE-02,XFS-MAG-DRIFT-03,XFS-MAG-DIPOLE-03,& XFS-MAG-DRIFT-04,XFS-MAG-DIPOLE-04,XFS-MAG-DRIFT-05,W-XFS) ! Construct XUV beamline !----------------------------------------------- XUV: LINE = (INJ,LIN,SPR,AR1-AM,AR1,TRA,XFS) ! Partial lines for matching !----------------------------------------------- R-LIN: LINE = (-LIN) INJ-LIN: LINE = (INJ,LIN)