!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ! 3e12 PoT, randomized 1% sampling, LM !m5_to_inj_offset = 0.042504644618375796 !m5_to_inj_pitch = -0.017369902520279656 ! 3e12 PoT, randomized 1% sampling, HM m5_to_inj_offset = 0.045922761721851946 m5_to_inj_pitch = -0.017961380052944446 !m5_to_inj_offset = 0.031405 !m5_to_inj_pitch = -0.0189821 lsdc = 1.5240 lmdc = 1.5065 lcda = 1.2192 l5d32 = 0.83185 lsdb = 3.048 lsddx = 1.660525 lpmag = 1.0290 lcmg = 2.0320 lsep = 1.8796 pang = -5.26740368e-02 cdang = -0.0522461761 sdbang = +0.161743 kick = 0.06783430 htheta3 = 0.0430959685 flatang = 0.103327-0.0005-0.00005-0.0001-.0003-0.0000867 phicmg = 35.5e-3 lvkick = 0.9525 phi2 = 39.0e-3 phi1 = 0.5*(83.189e-3-phicmg-phi2-0.362e-3) brhogm2 = 10.32047016 brhom2e = 29.65013333 bpmag = pang*brhogm2/lpmag bh812 = cdang*brhogm2/l5d32 bh726 = sdbang*brhom2e/lsdb bv742 = kick*brhom2e/lmdc bh744 = htheta3*brhom2e/lmdc bv750 = flatang*brhom2e/lsddx bcmag = phicmg*brhom2e/lcmg bisep = phi2*brhom2e/lsep pmag: sbend, e1 = pang/2, e2 = pang/2, type = "PMAG", l = pang*1.0290/(2*sin(pang/2)), angle = & pang*1.0290/(2*sin(pang/2)) * 2*sin(pang/2)/1.0290 pmagcolls: RCOLLIMATOR, type = "PMAGcoll", x_limit = 0.0508/2.0, y_limit = 0.0349/2.0 !! x_limit = 0.0444/2.0 pmagcolle: RCOLLIMATOR, type = "PMAGcoll", x_limit = 0.0508/2.0, y_limit = 0.0349/2.0 !pmagcolls: marker !pmagcolle: marker h812: sbend, type = "B5D32", l = l5d32, angle = l5d32 * cdang/l5d32 h812coll: RCOLLIMATOR, type = "B5D32coll", x_limit = 5.125*0.0254/2.0, y_limit = 4.125*0.0254/2.0 !h812coll: marker h726: sbend, e1 = sdbang/2., e2 = sdbang/2., type = "SDB", l = lsdb, angle = lsdb * sdbang/lsdb h726coll: RCOLLIMATOR, type = "SDBcoll", x_limit = 6*0.0254/2.0, y_limit = 2.375*0.0254/2.0 !h726coll: marker h729: sbend, e1 = sdbang/2., e2 = sdbang/2., type = "SDB", l = lsdb, angle = lsdb * sdbang/lsdb h729coll: RCOLLIMATOR, type = "SDBcoll", x_limit = 6*0.0254/2.0, y_limit = 2.375*0.0254/2.0 !h729coll: marker v742: sbend, e1 = kick/2, e2 = kick/2, type = "MDC", ref_tilt = +pi/2., l = & kick*lmdc/(2*sin(kick/2)), angle = kick*lmdc/(2*sin(kick/2)) * 2*sin(kick/2)/lmdc v742coll: RCOLLIMATOR, type = "MDCcollv", y_limit = 5.5*0.0254/2.0, x_limit = 2.27*0.0254/2.0 !v742coll: marker v743: sbend, e1 = kick/2, e2 = kick/2, type = "MDC", ref_tilt = -pi/2., l = & kick*lmdc/(2*sin(kick/2)), angle = kick*lmdc/(2*sin(kick/2)) * 2*sin(kick/2)/lmdc v743coll: RCOLLIMATOR, type = "MDCcollv", y_limit = 5.5*0.0254/2.0, x_limit = 2.27*0.0254/2.0 !v743coll: marker h744: sbend, e1 = htheta3/2, e2 = htheta3/2, type = "MDC", l = htheta3*lmdc/(2*sin(htheta3/2)), & angle = htheta3*lmdc/(2*sin(htheta3/2)) * 2*sin(htheta3/2)/lmdc h744coll: RCOLLIMATOR, type = "MDCcoll", x_limit = 5.5*0.0254/2.0, y_limit = 2.27*0.0254/2.0 !h744coll: marker h748: sbend, e1 = htheta3/2, e2 = htheta3/2, type = "MDC", l = htheta3*lmdc/(2*sin(htheta3/2)), & angle = htheta3*lmdc/(2*sin(htheta3/2)) * 2*sin(htheta3/2)/lmdc h748coll: RCOLLIMATOR, type = "MDCcoll", x_limit = 5.5*0.0254/2.0, y_limit = 2.27*0.0254/2.0 !h748coll: marker v750: sbend, e1 = flatang/2., e2 = flatang/2., type = "SDD", ref_tilt = pi/2., l = lsddx, angle & = lsddx * flatang/lsddx v750coll: RCOLLIMATOR, type = "SDDcollv", y_limit = 6*0.0254/2.0, x_limit = 2.375*0.0254/2.0 !v750coll: marker icmag: sbend, e1 = phicmg/2, e2 = phicmg/2, type = "CMAG", ref_tilt = -pi/2., l = & phicmg*2.032/(2*sin(phicmg/2)), angle = & phicmg*2.032/(2*sin(phicmg/2)) * 2*sin(phicmg/2)/2.032 icmagcoll: RCOLLIMATOR, type = "CMAGcollv", y_limit = 0.2/2.0, x_limit = 0.051/2.0 ! was y_limit = 0.14/2.0 !icmagcoll: marker vkick: sbend, e1 = phi1/2, e2 = phi1/2, type = "WHATEVER", ref_tilt = -pi/2., l = & phi1*lvkick/(2*sin(phi1/2)), angle = phi1*lvkick/(2*sin(phi1/2)) * 2*sin(phi1/2)/lvkick ! EV 12-Dec-2018: Added vkickdrift for inactive vkick vkickdrift: drift, l = lvkick isep: sbend, e1 = phi2/2, e2 = phi2/2, type = "SEPT", ref_tilt = -pi/2., l = & phi2*lsep/(2*sin(phi2/2)), angle = phi2*lsep/(2*sin(phi2/2)) * 2*sin(phi2/2)/lsep isepcoll: RCOLLIMATOR, type = "SEPTcollv", y_limit = 0.086/2.0, x_limit = 0.047/2.0 ! was y_limit = 0.0533/2.0 !isepcoll: marker str21: line = (dr301a, mss, vkick, mss, drsix, mss, vkick, mss, dr301b) !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! --- QUADRUPOLES lsqa = 0.422275 lsqb = 0.606425 lsqc = 0.66675 lsqd = 0.79375 lsqe = 1.27555 llqd = 0.86995 llqe = 0.758825 lbnl16 = 0.4064 l4q24 = 0.6096 l8q32 = 0.8128 !lsdc = 1.5240 !lmdc = 1.5065 !lcda = 1.2192 !lsdb = 3.048 ! gradients: kq801 = 4.044955e-01 kq802 = 4.545220e-01 kq803 = kq802 kq804 = 5.724863e-01 kq805 = 2.014050e-01 k120 = 1.130211e+00 kq810 = 3.482580e-01 kq811 = 1.206123e+00 kq812 = 6.342271e-01 kq706 = -3.511878e-01 kq707 = 4.369058e-01 kq708 = -3.550286e-01 k90 = 4.020263e-01 kq724 = -3.710059e-01 kq725 = 3.129529e-01 kq726 = -3.746000e-01 kq727 = 3.493677e-01 kq728 = -3.357855e-01 kq729 = kq727 k72 = 3.273558e-01 kq742 = -4.038534e-01 kq743 = 3.123014e-01 kq744 = -3.078791e-01 kq745 = 4.154591e-01 kq746 = -3.671481e-01 kq747 = kq746 kq748 = kq745 kq749 = -4.024958e-01 kq750 = 3.799135e-01 kq751 = -2.548739e-01 kq752 = kq751 kf1 = 3.91746204e-01 kd1 = -3.65693611e-01 kf2 = 3.84623511e-01 kd2 = -3.85006154e-01 kf3 = 3.28866162e-01 kd3 = -3.16682000e-01 kq306 = kd3 kq305 = kf3 kq304 = kd2 kq303 = kf2*lsqc/llqe kq302 = kd1 kq301 = kf1 kq202 = kd1 kq203 = kf2 kq204 = kd2 kq205 = kf3 kq206 = kd3 !brhogm2 = 10.32047016 !brhom2e = 29.65013333 g801 = kq801*brhogm2 g802 = kq802*brhogm2 g803 = kq803*brhogm2 g804 = kq804*brhogm2 g805 = kq805*brhogm2 g120 = k120*brhogm2 g810 = kq810*brhogm2 g811 = kq811*brhogm2 g812 = kq812*brhogm2 g706 = kq706*brhom2e g707 = kq707*brhom2e g708 = kq708*brhom2e g90 = k90*brhom2e g724 = kq724*brhom2e g725 = kq725*brhom2e g726 = kq726*brhom2e g727 = kq727*brhom2e g728 = kq728*brhom2e g72 = k72*brhom2e g742 = kq742*brhom2e g743 = kq743*brhom2e g744 = kq744*brhom2e g745 = kq745*brhom2e g746 = kq746*brhom2e g747 = kq747*brhom2e g748 = kq748*brhom2e g749 = kq749*brhom2e g750 = kq750*brhom2e g751 = kq751*brhom2e g752 = kq752*brhom2e g303 = kq303*brhom2e sqxend: drift, l = 0.2032 bnlend: drift, l = 0.1016 ! ------------------------------------------------------------------- hq801: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = kq801 hq802: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = -kq802 hq803: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = -kq803 hq804: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = kq804 q801: line = (mqq, hq801, mq801, hq801, mqq) q802: line = (mqq, hq802, mq802, hq802, mqq) q803: line = (mqq, hq803, mq803, hq803, mqq) q804: line = (mqq, hq804, mq804, hq804, mqq, bxmax) mq801: marker mq802: marker mq803: marker mq804: marker triplet1: line = (q801, dr801, q802, dr802a, vt802, dr802b, q803, dr803, q804) ! ----------------------------- hq805: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = kq805 q805: line = (mqq, hq805, mq805, hq805, mqq) mq805: marker ! --------------------------------- ! M2 120o FODO CELLS hq806: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = -k120 hq807: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = k120 hq808: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = -k120 hq809: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = k120 mq806: marker mq807: marker mq808: marker mq809: marker q806: line = (mqq, hq806, mq806, hq806, mqq) q807: line = (mqq, hq807, mq807, hq807, mqq) q808: line = (mqq, hq808, mq808, hq808, mqq) q809: line = (mqq, hq809, mq809, hq809, mqq) ! --------------------------------------------------------------- hq810: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = kq810 hq811: quadrupole, type = "SQA_2", l = 0.5*lsqa, k1 = -kq811 hq812: quadrupole, type = "BNL24_2", l = 0.5*l4q24, k1 = kq812, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends mq810: marker mq811: marker mq812: marker q810: line = (mqq, hq810, mq810, hq810, mqq) q811: line = (mqq, hq811, mq811, hq811, mqq) q812: line = (mqq, hq812, mq812, hq812, mqq) ! -------------------------------------------------------- whq706: quadrupole, type = "SQD_2", l = 0.5*lsqd/5.0, k1 = kq706 whq707: quadrupole, type = "SQD_2", l = 0.5*lsqd/5.0, k1 = kq707 whq708: quadrupole, type = "SQB_2", l = 0.5*lsqb/5.0, k1 = kq708 hq706 : line = (whq706,whq706,whq706,whq706,whq706) hq707 : line = (whq707,whq707,whq707,whq707,whq707) hq708 : line = (whq708,whq708,whq708,whq708,whq708) mq706: marker mq707: marker mq708: marker q706: line = (mqq, hq706, mq706, hq706, mqq) q707: line = (mqq, hq707, mq707, hq707, mqq) q708: line = (mqq, hq708, mq708, hq708, mqq) ! ----------------------------------------------------------------- ! M2/M3 90o FODO CELLS whq709: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq710: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq711: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq712: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq713: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq714: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq715: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq716: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq717: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq718: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq719: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq720: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq721: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 whq722: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = -k90 whq723: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = k90 hq709 : line = (whq709,whq709,whq709,whq709,whq709) hq710 : line = (whq710,whq710,whq710,whq710,whq710) hq711 : line = (whq711,whq711,whq711,whq711,whq711) hq712 : line = (whq712,whq712,whq712,whq712,whq712) hq713 : line = (whq713,whq713,whq713,whq713,whq713) hq714 : line = (whq714,whq714,whq714,whq714,whq714) hq715 : line = (whq715,whq715,whq715,whq715,whq715) hq716 : line = (whq716,whq716,whq716,whq716,whq716) hq717 : line = (whq717,whq717,whq717,whq717,whq717) hq718 : line = (whq718,whq718,whq718,whq718,whq718) hq719 : line = (whq719,whq719,whq719,whq719,whq719) hq720 : line = (whq720,whq720,whq720,whq720,whq720) hq721 : line = (whq721,whq721,whq721,whq721,whq721) hq722 : line = (whq722,whq722,whq722,whq722,whq722) hq723 : line = (whq723,whq723,whq723,whq723,whq723) q709: line = (mqq, hq709, mq709, hq709, mqq) q710: line = (mqq, hq710, mq710, hq710, mqq) q711: line = (mqq, hq711, mq711, hq711, mqq) q712: line = (mqq, hq712, mq712, hq712, mqq) q713: line = (mqq, hq713, mq713, hq713, mqq) q714: line = (mqq, hq714, mq714, hq714, mqq) q715: line = (mqq, hq715, mq715, hq715, mqq) q716: line = (mqq, hq716, mq716, hq716, mqq) q717: line = (mqq, hq717, mq717, hq717, mqq) q718: line = (mqq, hq718, mq718, hq718, mqq) q719: line = (mqq, hq719, mq719, hq719, mqq) q720: line = (mqq, hq720, mq720, hq720, mqq) q721: line = (mqq, hq721, mq721, hq721, mqq) q722: line = (mqq, hq722, mq722, hq722, mqq) q723: line = (mqq, hq723, mq723, hq723, mqq) mq709: marker mq710: marker mq711: marker mq712: marker mq713: marker mq714: marker mq715: marker mq716: marker mq717: marker mq718: marker mq719: marker mq720: marker mq721: marker mq722: marker mq723: marker ! --------------------------------------------------------------- whq724: quadrupole, type = "SQC_2", l = 0.5*lsqc/5.0, k1 = kq724 whq725: quadrupole, type = "SQD_2", l = 0.5*lsqd/5.0, k1 = kq725 whq726: quadrupole, type = "SQB_2", l = 0.5*lsqb/5.0, k1 = kq726 hq724 : line = (whq724,whq724,whq724,whq724,whq724) hq725 : line = (whq725,whq725,whq725,whq725,whq725) hq726 : line = (whq726,whq726,whq726,whq726,whq726) q724: line = (mqq, hq724, mq724, hq724, mqq) q725: line = (mqq, hq725, mq725, hq725, mqq) q726: line = (mqq, hq726, mq726, hq726, mqq) mq724: marker mq725: marker mq726: marker ! --------------- StarChamberSmall "SSAQ" ---------------------------- hq727: quadrupole, type = "SSAQ", l = 0.5*lsqe, k1 = kq727 hq728: quadrupole, type = "SSAQ", l = 0.5*lsqe, k1 = kq728 hq729: quadrupole, type = "SSAQ", l = 0.5*lsqe, k1 = kq729 q727: line = (mqq, hq727, mq727, hq727, mqq) q728: line = (mqq, hq728, mq728, hq728, mqq) q729: line = (mqq, hq729, mq729, hq729, mqq) mq727: marker mq728: marker mq729: marker ! --------------- StarChamberSmall "SSAQ" ---------------------------- ! M2/M3 72o FODO CELLS hq730: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq731: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 hq732: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq733: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 hq734: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq735: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 hq736: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq737: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 hq738: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq739: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 hq740: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = -k72 hq741: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = k72 mq730: marker mq731: marker mq732: marker mq733: marker mq734: marker mq735: marker mq736: marker mq737: marker mq738: marker mq739: marker mq740: marker mq741: marker q730: line = (mqq, hq730, mq730, hq730, mqq) q731: line = (mqq, hq731, mq731, hq731, mqq) q732: line = (mqq, hq732, mq732, hq732, mqq) q733: line = (mqq, hq733, mq733, hq733, mqq) q734: line = (mqq, hq734, mq734, hq734, mqq) q735: line = (mqq, hq735, mq735, hq735, mqq) q736: line = (mqq, hq736, mq736, hq736, mqq) q737: line = (mqq, hq737, mq737, hq737, mqq) q738: line = (mqq, hq738, mq738, hq738, mqq) q739: line = (mqq, hq739, mq739, hq739, mqq) q740: line = (mqq, hq740, mq740, hq740, mqq) q741: line = (mqq, hq741, mq741, hq741, mqq) ! --------------- StarChamberSmall "SSAQ" ---------------------------- mq742: marker hq742: quadrupole, type = "SSAQ", l = lsqc*0.5, k1 = kq742 q742: line = (mqq, hq742, mq742, hq742, mqq) mq743: marker hq743: quadrupole, type = "SSAQ", l = lsqb*0.5, k1 = kq743 q743: line = (mqq, hq743, mq743, hq743, mqq) mq744: marker hq744: quadrupole, type = "SSAQ", l = lsqb*0.5, k1 = kq744 q744: line = (mqq, hq744, mq744, hq744, mqq) ! ------- Bend from M3 into the DR tunnel to align with M30 ---------- mq745: marker mq746: marker mq747: marker mq748: marker hq745: quadrupole, type = "SSAQ", l = 0.5*lsqe, k1 = kq745 hq746: quadrupole, type = "SSAQ", l = 0.5*lsqd, k1 = kq746 hq747: quadrupole, type = "SSAQ", l = 0.5*lsqd, k1 = kq747 hq748: quadrupole, type = "SSAQ", l = 0.5*lsqe, k1 = kq748 q745: line = (mqq, hq745, mq745, hq745, mqq) q746: line = (mqq, hq746, mq746, hq746, mqq) q747: line = (mqq, hq747, mq747, hq747, mqq) q748: line = (mqq, hq748, mq748, hq748, mqq) mqd0: marker qd0trip: line = (q746, spread, mqd0, spread, q747) mq749: marker hq749: quadrupole, type = "SSAQ", l = 0.5*lsqc, k1 = kq749 q749: line = (mqq, hq749, mq749, hq749, mqq) mq750: marker hq750: quadrupole, type = "SSAQ", l = 0.5*lsqd, k1 = kq750 q750: line = (mqq, hq750, mq750, hq750, mqq) mq751: marker mq752: marker hq751: quadrupole, type = "BNL16_2", l = 0.5*lbnl16, k1 = kq751, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends q751: line = (mqq, hq751, mq751, hq751, mqq) hq752: quadrupole, type = "BNL16_2", l = 0.5*lbnl16, k1 = kq752, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends q752: line = (mqq, hq752, mq752, hq752, mqq) hq302: sbend, e1 = (-14.156e-03*0.5)/2, e2 = (-14.156e-03*0.5)/2, & type = "SQC_2", ref_tilt = -pi/2., & l = (-14.156e-03*0.5)*0.5*lsqc/(2*sin((-14.156e-03*0.5)/2)), & angle = (-14.156e-03*0.5)*0.5*lsqc/(2*sin((-14.156e-03*0.5)/2)) * & 2*sin((-14.156e-03*0.5)/2)/(0.5*lsqc), k1 = -kq302 hq301: sbend, e1 = (+3.671e-03*0.5)/2, e2 = (+3.671e-03*0.5)/2, & type = "SQC_2", ref_tilt = -pi/2., & l = (+3.671e-03*0.5)*0.5*lsqc/(2*sin((+3.671e-03*0.5)/2)), & angle = (+3.671e-03*0.5)*0.5*lsqc/(2*sin((+3.671e-03*0.5)/2)) * & 2*sin((+3.671e-03*0.5)/2)/(0.5*lsqc), k1 = -kq301 hq202: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = kq202 hq203: quadrupole, type = "SQC_2", l = 0.5*lsqc, k1 = kq203 mq303: marker hq303: sbend, e1 = (+29.948e-03*0.5)/2, e2 = (+29.948e-03*0.5)/2, & type = "LQE_2", ref_tilt = -pi/2., & l = (+29.948e-03*0.5)*0.5*llqe/(2*sin((+29.948e-03*0.5)/2)), & angle = (+29.948e-03*0.5)*0.5*llqe/(2*sin((+29.948e-03*0.5)/2)) * & 2*sin((+29.948e-03*0.5)/2)/(0.5*llqe), k1 = -kq303 !!! ------------------ Q303, Q302 and Q301 ----- hq303coll: quadrupole, type = "LQE_2coll", l = 1.1e-6, k1 = 1.1e-12 !!!!!!!!!!!!!!!!!!!!!!! hq302coll: ECOLLIMATOR, type = "SQC_2coll", x_limit = 6.625*0.0254/2.0, y_limit = 6.625*0.0254/2.0, & y_offset = -0.04855 hq301coll: quadrupole, type = "SQC_2coll", l = 1.1e-6, k1 = 1.1e-12 !!!!!!!!!!!!!!!!!!!!!!!!!! q303: line = (mqq, hq303, mq303, hq303, mqq) mq302: marker q302: line = (mqq, hq302, mq302, hq302, mqq) mq301: marker q301: line = (mqq, hq301, mq301, hq301, mqq) mq202: marker q202: line = (mqq, hq202, mq202, hq202, mqq) dr303: drift, l = 0.3048+0.5*(llqd-llqe) db305: marker db304: marker hq306: quadrupole, l = 0.5*lsqd, k1 = kq306 hq305: quadrupole, l = 0.5*lsqd, k1 = kq305 hq304: quadrupole, l = 0.5*lsqc, k1 = kq304 hq204: quadrupole, l = 0.5*lsqc, k1 = kq204 hq205: quadrupole, l = 0.5*lsqd, k1 = kq205 hq206: quadrupole, l = 0.5*lsqd, k1 = kq206 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ---- DRIFTS dr800a: drift, l = 0.7225 dr800b1: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b2: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b3: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b4: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b5: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b6: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b7: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b8: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b9: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr800b10: drift, l = 7.039525/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr801: drift, l = 0.65535 dr802a: drift, l = 0.396875 dr802b: drift, l = 0.468075 dr803: drift, l = 0.64115 !======================================================= wdr804: drift, l = 4.082082/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr804: line = (wdr804,wdr804,wdr804,wdr804,wdr804,& wdr804,wdr804,wdr804,wdr804,wdr804) !======================================================= wdr805: drift, l = 1.57047036/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr805: line = (wdr805,wdr805,wdr805,wdr805,wdr805,& wdr805,wdr805,wdr805,wdr805,wdr805) !======================================================= wdr806: drift, l = 3.56321573/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr806: line = (wdr806,wdr806,wdr806,wdr806,wdr806,& wdr806,wdr806,wdr806,wdr806,wdr806) !======================================================= wdr807: drift, l = 3.56321573/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr807: line = (wdr807,wdr807,wdr807,wdr807,wdr807,& wdr807,wdr807,wdr807,wdr807,wdr807) !======================================================= wdr808: drift, l = 2.67421573/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr808: line = (wdr808,wdr808,wdr808,wdr808,wdr808,& wdr808,wdr808,wdr808,wdr808,wdr808) !======================================================= wdr809: drift, l = 1.76097036/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr809: line = (wdr809,wdr809,wdr809,wdr809,wdr809, & wdr809,wdr809,wdr809,wdr809,wdr809) !======================================================= dr810: drift, l = 0.45194326, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous !======================================================= wdr811: drift, l = 2.45200623/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr811: line = (wdr811,wdr811,wdr811,wdr811,wdr811,& wdr811,wdr811,wdr811,wdr811,wdr811) !======================================================= wdr812: drift, l = 6.04837500/20.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr812 : line = (wdr812,wdr812,wdr812,wdr812,wdr812,& wdr812,wdr812,wdr812,wdr812,wdr812,& wdr812,wdr812,wdr812,wdr812,wdr812,& wdr812,wdr812,wdr812,wdr812,wdr812) !======================================================= dr705: drift, l = 6.93738000e-01, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous !======================================================= wdr706: drift, l = 1.308927/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr706: line = (wdr706,wdr706,wdr706,wdr706,wdr706,& wdr706,wdr706,wdr706,wdr706,wdr706) !======================================================= wdr707: drift, l = 4.093293/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr707: line = (wdr707,wdr707,wdr707,wdr707,wdr707, & wdr707,wdr707,wdr707,wdr707,wdr707) !======================================================= wdr708: drift, l = 4.867103/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr708 : line = (wdr708,wdr708,wdr708,wdr708,wdr708,& wdr708,wdr708,wdr708,wdr708,wdr708) !======================================================= wdr709: drift, l = 3.947940/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr709 : line = (wdr709,wdr709,wdr709,wdr709,wdr709,& wdr709,wdr709,wdr709,wdr709,wdr709) !======================================================= wdr711: drift, l = 4.25274/10.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous dr711: line = (wdr711,wdr711,wdr711,wdr711,wdr711,& wdr711,wdr711,wdr711,wdr711,wdr711) !======================================================= wdrh90: drift, l = 2.418470/20.0, & x_limit = 0.07, y_limit = 0.07, & aperture_type = elliptical, aperture_at = continuous drh90 : line = (wdrh90,wdrh90,wdrh90,wdrh90,wdrh90,& wdrh90,wdrh90,wdrh90,wdrh90,wdrh90,& wdrh90,wdrh90,wdrh90,wdrh90,wdrh90,& wdrh90,wdrh90,wdrh90,wdrh90,wdrh90) dr717: drift, l = 4.333740 dr718: drift, l = 3.947940 dr719: drift, l = 4.252740 dr722: drift, l = 3.947940 dr724: drift, l = 3.198640 dr725: drift, l = 3.888096+0.381 dr726a: drift, l = 0.907585 dr726ab: drift, l = 0.2032 dr726b: drift, l = 1.516419-0.381-0.2032 dr727: drift, l = 1.879837 dr728: drift, l = 0.990837 dr729a: drift, l = 1.516419-0.381-0.2032 dr729ab: drift, l = 0.2032 dr729b: drift, l = 0.949325 drh72: drift, l = 2.473325, & x_limit = 0.052, y_limit = 0.052, & aperture_type = elliptical, aperture_at = continuous dr730: drift, l = 4.36245+0.381 dr732: drift, l = 4.33705 dr736: drift, l = 4.03705 dr739: drift, l = 4.33705 dr740: drift, l = 3.98145 dr741: drift, l = 3.85286100e+00 dr742a: drift, l = 3.98462750e-01 dr742b: drift, l = 1.45197667e+00 dr743a: drift, l = 1.82029330e+00 dr743b: drift, l = 1.89297851e+00 dr744a: drift, l = 1.23815295e+00 dr744b: drift, l = 2.03200000e-01 dr744c: drift, l = 1.57633017e+00 dr745: drift, l = 7.95345830e-01 dr747: drift, l = 7.95345240e-01 dr748a: drift, l = 1.57633040e+00 dr748ab: drift, l = 2.03200000e-01 dr748b: drift, l = 6.18744560e-01-0.0508-0.0301625 dr749: drift, l = 4.94843400e-01+0.0508-0.1524-0.0301625-0.0635 dr750a: drift, l = 5.58800350e-01+0.1524-0.0635 dr750b: drift, l = 1.09443465e+00 dr752a: drift, l = 1.42912000e-01 dr752b: drift, l = 5.08000000e-01 dr301a: drift, l = 1.33032500e+00 dr301b: drift, l = 3.77825000e-01 drsix: drift, l = 0.1524 dr9in: drift, l = 0.2286 drft: drift, l = 0.3048 dr12: drift, l = 3.76555 dr23: drift, l = 1.47955 spread: drift, l = 4.06400000e-01 hblankc: drift, l = 0.333375 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ---- KICKERS, BPMS ! CORRECTORS -------------------------------------------------------- ! NDB 0.466725m (18.375") STEEL: 0.6858m (27.000") INSERTION ! NDA 0.165100m ( 6.500") STEEL: 0.4064m (16.000") INSERTION ! 9.1875" hndb: drift, l = 0.2333625 ! 4.3125" ndbend: drift, l = 0.1095375 ! 3.2500" hnda: drift, l = 0.08255 ! 4.7500" ndaend: drift, l = 0.12065 ! M2 ----- KVT802 = 0.0 KHT804 = 0.0 KVT804 = 0.0 KHT808 = 0.0 KVT811 = 0.0 vt802m: kicker, vkick = kvt802, type = "NDB" ht804m: kicker, hkick = kht804, type = "NDB" vt804m: kicker, vkick = kvt804, type = "NDB" ht808m: kicker, hkick = kht808, type = "NDB" vt811m: kicker, vkick = kvt811, type = "NDB" vt802: line = (ndbend, mcc, hndb, vt802m, hndb, mcc, ndbend) ht804: line = (ndbend, mcc, hndb, ht804m, hndb, mcc, ndbend) vt804: line = (ndbend, mcc, hndb, vt804m, hndb, mcc, ndbend) ht808: line = (ndbend, mcc, hndb, ht808m, hndb, mcc, ndbend) vt811: line = (ndbend, mcc, hndb, vt811m, hndb, mcc, ndbend) ! M3 ----- KVT706 = 0.0 KHT707 = 0.0 KHT709 = 0.0 KHT718 = 0.0 KVT722 = 0.0 KVT724 = 0.0 KHT724 = 0.0 KVT728 = 0.0 KHT732 = 0.0 KVT736 = 0.0 KHT739 = 0.0 KHT743 = 0.0 KHT742 = 0.0 KVT743 = 0.0 KHS744 = 0.0 KHS748 = 0.0 vt706m: kicker, vkick = kvt706, type = "NDB" ht707m: kicker, hkick = kht707, type = "NDB" ht709m: kicker, hkick = kht709, type = "NDB" ht718m: kicker, hkick = kht718, type = "NDB" vt722m: kicker, vkick = kvt722, type = "NDB" vt724m: kicker, vkick = kvt724, type = "NDB" ht724m: kicker, hkick = kht724, type = "NDB" vt728m: kicker, vkick = kvt728, type = "NDB" ht732m: kicker, hkick = kht732, type = "NDA" vt736m: kicker, vkick = kvt736, type = "NDA" ht739m: kicker, hkick = kht739, type = "NDA" ht743m: kicker, hkick = kht743, type = "NDA" ht742m: kicker, hkick = kht742, type = "NDA" vt743m: kicker, vkick = kvt743, type = "NDA" hs744: kicker, hkick = 0.5*khs744, type = "SHUNT" hs748: kicker, hkick = 0.5*khs748, type = "SHUNT" vt706: line = (ndbend, mcc, hndb, vt706m, hndb, mcc, ndbend) ht707: line = (ndbend, mcc, hndb, ht707m, hndb, mcc, ndbend) ht709: line = (ndbend, mcc, hndb, ht709m, hndb, mcc, ndbend) ht718: line = (ndbend, mcc, hndb, ht718m, hndb, mcc, ndbend) vt722: line = (ndbend, mcc, hndb, vt722m, hndb, mcc, ndbend) vt724: line = (ndbend, mcc, hndb, vt724m, hndb, mcc, ndbend) ht724: line = (ndbend, mcc, hndb, ht724m, hndb, mcc, ndbend) vt728: line = (ndbend, mcc, hndb, vt728m, hndb, mcc, ndbend) ht732: line = (ndaend, mcc, hnda, ht732m, hnda, mcc, ndaend) vt736: line = (ndaend, mcc, hnda, vt736m, hnda, mcc, ndaend) ht739: line = (ndaend, mcc, hnda, ht739m, hnda, mcc, ndaend) ht743: line = (ndaend, mcc, hnda, ht743m, hnda, mcc, ndaend) ht742: line = (ndaend, mcc, hnda, ht742m, hnda, mcc, ndaend) vt743: line = (ndaend, mcc, hnda, vt743m, hnda, mcc, ndaend) ! SECONDARY EMISSION MONITORS 0.3810m ----- 15.000" ------------------- ! 7.500" hsem: drift, l = 0.1905 ! M2 ----- mw804: instrument, type = "SEM_Grid" mw810: instrument, type = "SEM_Grid" sem804: line = (mww, hsem, mw804, hsem, mww) sem810: line = (mww, hsem, mw810, hsem, mww) ! M3 ----- mw706: instrument, type = "SEM_Grid" mw711: instrument, type = "SEM_Grid" mw719: instrument, type = "SEM_Grid" mw726: instrument, type = "SEM_Grid" mw729: instrument, type = "SEM_Grid" mw740: instrument, type = "SEM_Grid" mw744: instrument, type = "SEM_Grid" mw748: instrument, type = "SEM_Grid" sem706: line = (mww, hsem, mw706, hsem, mww) sem711: line = (mww, hsem, mw711, hsem, mww) sem719: line = (mww, hsem, mw719, hsem, mww) sem726: line = (mww, hsem, mw726, hsem, mww) sem729: line = (mww, hsem, mw729, hsem, mww) sem740: line = (mww, hsem, mw740, hsem, mww) sem744: line = (mww, hsem, mw744, hsem, mww) sem748: line = (mww, hsem, mw748, hsem, mww) ! ION CHAMBERS 0.3810m ----- 15.000" ---------------------------------- ! 7.500" hic: drift, l = 0.1905 ! M2 ----- ic804m: instrument, type = "Ion_Chamber" ic804: line = (mww, hic, ic804m, hic, mww) ! M3 ----- ic740m: instrument, type = "Ion_Chamber" ic740: line = (mww, hic, ic740m, hic, mww) ! TOROIDS 0.3000m ----------------------------------------------------- htor: drift, l = 0.1500 ! M2 ----- tor804m: instrument, type = "Toroid" tor804: line = (mww, htor, tor804m, htor, mww) ! M3 ----- tor717m: instrument, type = "Toroid" tor736m: instrument, type = "Toroid" tor752m: instrument, type = "Toroid" tor717: line = (mww, htor, tor717m, htor, mww) tor736: line = (mww, htor, tor736m, htor, mww) tor752: line = (mww, htor, tor752m, htor, mww) ! ---------------------------------------------------------------------- ! GENERIC MARKERS : !mdd: marker mrr: marker mvv: marker mqq: marker mll: marker mgm: marker mss: marker mcc: marker mbpm: marker mww: marker bxmax: marker bymax: marker !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ! EV 22-Dec-2018: I divided the beamline into two parts. ! EV 22-Dec-2018: The first part lat_line_1 ends immediately after DR752A ! EV 22-Dec-2018: to match the G4Beamline script. lat_line_1: line = ( DR800A, & PMAGcolls, & PMAG, & PMAGcolle, & DR800B1, DR800B2,DR800B3,DR800B4,DR800B5,DR800B6,DR800B7,DR800B8,DR800B9,DR800B10,& MQQ, & HQ801, & MQ801, & HQ801, & MQQ, & DR801, & MQQ, & HQ802, & MQ802, & HQ802, & MQQ, & DR802A, & NDBEND, & MCC, & HNDB, & VT802M, & HNDB, & MCC, & NDBEND, & DR802B, & MQQ, & HQ803, & MQ803, & HQ803, & MQQ, & DR803, & MQQ, & HQ804, & MQ804, & HQ804, & MQQ, & BXMAX, & SQXEND, & NDBEND, & MCC, & HNDB, & HT804M, & HNDB, & MCC, & NDBEND, & DR804, & NDBEND, & MCC, & HNDB, & VT804M, & HNDB, & MCC, & NDBEND, & MWW, & HTOR, & HTOR, & MWW, & MWW, & HIC, & IC804M, & HIC, & MWW, & MWW, & HSEM, & MW804, & HSEM, & MWW, & SQXEND, & MQQ, & HQ805, & MQ805, & HQ805, & MQQ, & DR805, & MQQ, & HQ806, & MQ806, & HQ806, & MQQ, & DR806, & MQQ, & HQ807, & MQ807, & HQ807, & MQQ, & DR807, & MQQ, & HQ808, & MQ808, & HQ808, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & HT808M, & HNDB, & MCC, & NDBEND, & DR808, & MQQ, & HQ809, & MQ809, & HQ809, & MQQ, & DR809, & MQQ, & HQ810, & MQ810, & HQ810, & MQQ, & SQXEND, & MWW, & HSEM, & MW810, & HSEM, & MWW, & DR810, & MQQ, & HQ811, & MQ811, & HQ811, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & VT811M, & HNDB, & MCC, & NDBEND, & DR811, & MQQ, & HQ812, & MQ812, & HQ812, & MQQ, & DR812, & H812coll, & H812, & H812coll, & DR705, & MQQ, & HQ706, & MQ706, & HQ706, & MQQ, & SQXEND, & MWW, & HSEM, & MW706, & HSEM, & MWW, & NDBEND, & MCC, & HNDB, & VT706M, & HNDB, & MCC, & NDBEND, & DR706, & MQQ, & HQ707, & MQ707, & HQ707, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & HT707M, & HNDB, & MCC, & NDBEND, & DR707, & MQQ, & HQ708, & MQ708, & HQ708, & MQQ, & DR708, & MQQ, & HQ709, & MQ709, & HQ709, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & HT709M, & HNDB, & MCC, & NDBEND, & DR709, & MQQ, & HQ710, & MQ710, & HQ710, & MQQ, & DRH90, & DRH90, & MQQ, & HQ711, & MQ711, & HQ711, & MQQ, & SQXEND, & MWW, & HSEM, & MW711, & HSEM, & MWW, & DR711, & MQQ, & HQ712, & MQ712, & HQ712, & MQQ, & DRH90, & DRH90, & MQQ, & HQ713, & MQ713, & HQ713, & MQQ, & DRH90, & DRH90, & MQQ, & HQ714, & MQ714, & HQ714, & MQQ, & DRH90, & DRH90, & MQQ, & HQ715, & MQ715, & HQ715, & MQQ, & DRH90, & DRH90, & MQQ, & HQ716, & MQ716, & HQ716, & MQQ, & DRH90, & DRH90, & MQQ, & HQ717, & MQ717, & HQ717, & MQQ, & SQXEND, & MWW, & HTOR, & HTOR, & MWW, & DR717, & MQQ, & HQ718, & MQ718, & HQ718, & MQQ, & DR718, & NDBEND, & MCC, & HNDB, & HT718M, & HNDB, & MCC, & NDBEND, & SQXEND, & MQQ, & HQ719, & MQ719, & HQ719, & MQQ, & SQXEND, & MWW, & HSEM, & MW719, & HSEM, & MWW, & DR719, & MQQ, & HQ720, & MQ720, & HQ720, & MQQ, & DRH90, & DRH90, & MQQ, & HQ721, & MQ721, & HQ721, & MQQ, & DRH90, & DRH90, & MQQ, & HQ722, & MQ722, & HQ722, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & VT722M, & HNDB, & MCC, & NDBEND, & DR722, & MQQ, & HQ723, & MQ723, & HQ723, & MQQ, & DRH90, & DRH90, & MQQ, & HQ724, & MQ724, & HQ724, & MQQ, & DR724, & NDBEND, & MCC, & HNDB, & VT724M, & HNDB, & MCC, & NDBEND, & NDBEND, & MCC, & HNDB, & HT724M, & HNDB, & MCC, & NDBEND, & SQXEND, & MQQ, & HQ725, & MQ725, & HQ725, & MQQ, & SQXEND, & DR725, & MQQ, & HQ726, & MQ726, & HQ726, & MQQ, & DR726A, & H726coll, & H726, & H726coll, & DR726AB, & MWW, & HSEM, & MW726, & HSEM, & MWW, & DR726B, & MQQ, & HQ727, & MQ727, & HQ727, & MQQ, & DR727, & MQQ, & HQ728, & MQ728, & HQ728, & MQQ, & SQXEND, & NDBEND, & MCC, & HNDB, & VT728M, & HNDB, & MCC, & NDBEND, & DR728, & MQQ, & HQ729, & MQ729, & HQ729, & MQQ, & DR729A, & MWW, & HSEM, & MW729, & HSEM, & MWW, & DR729AB, & H729coll, & H729, & H729coll, & DR729B, & MQQ, & HQ730, & MQ730, & HQ730, & MQQ, & SQXEND, & DR730, & MQQ, & HQ731, & MQ731, & HQ731, & MQQ, & DRH72, & DRH72, & MQQ, & HQ732, & MQ732, & HQ732, & MQQ, & DR732, & NDAEND, & MCC, & HNDA, & HT732M, & HNDA, & MCC, & NDAEND, & SQXEND, & MQQ, & HQ733, & MQ733, & HQ733, & MQQ, & DRH72, & DRH72, & MQQ, & HQ734, & MQ734, & HQ734, & MQQ, & DRH72, & DRH72, & MQQ, & HQ735, & MQ735, & HQ735, & MQQ, & DRH72, & DRH72, & MQQ, & HQ736, & MQ736, & HQ736, & MQQ, & SQXEND, & MWW, & HTOR, & HTOR, & MWW, & NDAEND, & MCC, & HNDA, & VT736M, & HNDA, & MCC, & NDAEND, & DR736, & MQQ, & HQ737, & MQ737, & HQ737, & MQQ, & DRH72, & DRH72, & MQQ, & HQ738, & MQ738, & HQ738, & MQQ, & DRH72, & DRH72, & MQQ, & HQ739, & MQ739, & HQ739, & MQQ, & DR739, & NDAEND, & MCC, & HNDA, & HT739M, & HNDA, & MCC, & NDAEND, & SQXEND, & MQQ, & HQ740, & MQ740, & HQ740, & MQQ, & SQXEND, & MWW, & HSEM, & MW740, & HSEM, & MWW, & MWW, & HIC, & IC740M, & HIC, & MWW, & DR740, & MQQ, & HQ741, & MQ741, & HQ741, & MQQ, & DR741, & MQQ, & HQ742, & MQ742, & HQ742, & MQQ, & DR742A, & V742coll, & V742, & V742coll, & DR742B, & NDAEND, & MCC, & HNDA, & HT742M, & HNDA, & MCC, & NDAEND, & SQXEND, & MQQ, & HQ743, & MQ743, & HQ743, & MQQ, & DR743A, & V743coll, & V743, & V743coll, & DR743B, & NDAEND, & MCC, & HNDA, & VT743M, & HNDA, & MCC, & NDAEND, & SQXEND, & MQQ, & HQ744, & MQ744, & HQ744, & MQQ, & SQXEND, & DR744A, & H744coll, & HS744, & H744, & HS744, & H744coll, & DR744B, & MWW, & HSEM, & MW744, & HSEM, & MWW, & DR744C, & MQQ, & HQ745, & MQ745, & HQ745, & MQQ, & DR745, & MQQ, & HQ746, & MQ746, & HQ746, & MQQ, & SPREAD, & MQD0, & SPREAD, & MQQ, & HQ747, & MQ747, & HQ747, & MQQ, & DR747, & MQQ, & HQ748, & MQ748, & HQ748, & MQQ, & DR748A, & MWW, & HSEM, & MW748, & HSEM, & MWW, & DR748AB, & H748coll, & HS748, & H748, & HS748, & H748coll, & DR748B, & MQQ, & HQ749, & MQ749, & HQ749, & MQQ, & SQXEND, & DR749, & MQQ, & HQ750, & MQ750, & HQ750, & MQQ, & DR750A, & V750coll, & V750, & V750coll, & DR750B, & MQQ, & HQ751, & MQ751, & HQ751, & MQQ, & DR9IN, & HBLANKC, & DB304, & HBLANKC, & DR9IN, & MQQ, & HQ752, & MQ752, & HQ752, & MQQ, & BNLEND, & MWW, & HTOR, & HTOR, & MWW, & DR752A) ! EV 22-Dec-2018: The second part begins just before ICMAG and right after Q202. lat_line_2: line = ( ICMAGcoll, & ICMAG, & ICMAGcoll, & DR752B, & HQ303coll, & HQ303, & HQ303coll, & HQ303, & HQ303coll, & DR303, & ISEPcoll, & ISEP, & ISEPcoll, & DR23, & HQ302coll, & HQ302, & HQ302coll, & HQ302, & HQ302coll, & DR12, & HQ301coll, & HQ301, & HQ301coll, & HQ301, & HQ301coll, & DR301A, & MSS, & VKICK, & MSS, & DRSIX, & MSS, & VKICK, & MSS, & DR301B, & MQQ, & HQ202, & MQ202, & HQ202, & MQQ) !!!!!!!10!!!!!!!!!!!!!!!!!!30!!!!!!!!!!!!!!!!!!!!!!!!!!!!60!!!!!!!!!!!!!!!!!!80 momentum = 8.88890 tenergy = 8.93828 kenergy = 8.00000 brho = 3.335641*momentum lsdd = 1.616075 lsqc_2 = 0.333375 lsqd_2 = 0.396875 llqd_2 = 0.434975 llqe_2 = 0.3794125 lsx = 0.187325 nbend = 66 ! Bend angle per dipole bang = -twopi/nbend !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! bdb: sbend, e1 = bang/2., e2 = bang/2., l = lsdd, angle = lsdd * bang/lsdd mdd: RCOLLIMATOR, type = "bdbcoll", x_limit = 0.067, y_limit = 0.03 !mdd: marker ! FOR THIRD INTEGER EXTRACTION: ! Quadrupoles: kf = 3.55348090e-01 kd = -3.52562896e-01 hqf: quadrupole, l = lsqc_2, k1 = kf hqd: quadrupole, l = lsqc_2, k1 = kd hqf1: quadrupole, l = lsqc_2, k1 = kf1 hqd1: quadrupole, l = lsqc_2, k1 = kd1 hqf2: quadrupole, l = lsqc_2, k1 = kf2 hqd2: quadrupole, l = lsqc_2, k1 = kd2 hqf3: quadrupole, l = lsqd_2, k1 = kf3 hqd3: quadrupole, l = lsqd_2, k1 = kd3 ! Oddball Quads for Injection Optics: ! Q303 is special large aperture for injection steering hq303c: quadrupole, l = llqe_2, k1 = kq303 hq302c: quadrupole, l = lsqc_2, k1 = kq302 hq301c: quadrupole, l = lsqc_2, k1 = kq301 ! Chromaticity Sextupoles: ! chromaticities : Cx ~ Cy ~0. !!k2f = 0.71056+0.004 !! when bang angle (twopi/nbend) is positive !!k2d = -1.08878-0.007 !! when bang angle (twopi/nbend) is positive k2f = -0.71493 !! when bang angle (twopi/nbend) is negative k2d = 1.09607 !! when bang angle (twopi/nbend) is negative sf: sextupole, l = lsx, k2 = k2f sd: sextupole, l = lsx, k2 = k2d ! 3rd harmonic sextupoles ddd_str = 0.0 ! hopefully this is 30o at ES ddd_40_3: multipole, k2l = ddd_str*0.3000 ddd_40_2: multipole, k2l = -ddd_str*0.3000 ddd_40_1: multipole, k2l = ddd_str*0.3000 ddd_10_1: multipole, k2l = ddd_str ddd_10_2: multipole, k2l = -ddd_str ddd_10_3: multipole, k2l = ddd_str ! half-integer harmonic quadrupoles kcos19 = 0. ksin19 = 0. qfcos19: multipole, k1l = kcos19 qdcos19: multipole, k1l = -kcos19 qfsin19: multipole, k1l = ksin19 qdsin19: multipole, k1l = -ksin19 ! zeroth-harmonic quadrupoles kzero = 0. qfzeromlp: multipole, k1l = kzero ! zeroth harmonic octupoles k3zero = 0. octzero: multipole, k3l = k3zero ! Monitors: hbpm: instrument, l = 0.1524 vbpm: instrument, l = 0.1524 ! Drifts: dr14: drift, l = 3.613159 dr14pt1: drift, l = 0.1688456 dr14pt2: drift, l = 3.613159-0.1688456 dr14c: drift, l = 3.613159-0.1016+llqd_2-llqe_2 dr45: drift, l = 3.549659 dr56: drift, l = 3.486159 dr67: drift, l = 3.549659 drds: drift, l = 0.922342 drb: drift, l = 1.074740 drmt: drift, l = 2.940109 drba: drift, l = 0.655667 drbb: drift, l = 0.668367 drms: drift, l = 0.079350 drsq: drift, l = 0.219050 ! Magnet markers: mqf: marker mqd: marker mqf4: marker mqd3: marker mqf3: marker mqd2: marker mqf2: marker mqd1: marker mqf1: marker ! "Missing Magnet" Dispersion Suppressor Cells hcfdmt: line = (mqf, hqf, mqq, hbpm, drms, sf, drmt, sd, drsq, mqq, hqd) hcdfmt: line = (mqd, hqd, mqq, vbpm, drms, sd, drmt, sf, drsq, mqq, hqf, & mqf, mqq) fmtcell: line = (hcfdmt, hcdfmt) hcfdds: line = (mqq, mqf, hqf, mqq, hbpm, drds, mdd, bdb, mdd, drb, mqq, & hqd) hcdfds: line = (mqd, hqd, mqq, vbpm, drds, mdd, bdb, mdd, drbb, sf, drsq, & mqq, hqf) fdscell: line = (hcfdds, hcdfds) ! Standard Arc Cells hcfd: line = (mqf, hqf, mqq, hbpm, drms, sf, drba, mdd, bdb, mdd, drbb, sd, & drsq, mqq, hqd) hcdf: line = (mqd, hqd, mqq, vbpm, drms, sd, drba, mdd, bdb, mdd, drbb, sf, & drsq, mqq, hqf) fcell: line = (hcfd, hcdf) dcell: line = (hcdf, hcfd) ! non-standard Q19-Q20 half-cell ! (only very slightly 'non-standard' -- BPM's at both U/S & D/S ends) hcfd1920: line = (mqf, hqf, mqq, hbpm, drms, sf, drba, mdd, bdb, mdd, drba, & sd, drms, vbpm, mqq, hqd, mqd) ! Septum markers e_septum: marker !lambertson: marker dr14_a: drift, l = 3.613159/2.0 dr14_b: drift, l = 3.613159/2.0 ! ----------------------------------------------------------------------------- ! Sextant Components: qd1: line = (mqq, hqd1, mqd1, hqd1, mqq) qd2: line = (mqq, hqd2, mqd2, hqd2, mqq) qd3: line = (mqq, hqd3, mqd3, hqd3, mqq) qf2: line = (mqq, hqf2, mqf2, hqf2, mqq) qf3: line = (mqq, hqf3, mqf3, hqf3, mqq) mq306: marker mq305: marker mq304: marker mq203: marker mq204: marker mq205: marker mq206: marker ! Injection Straight Quads q306: line = (mqq, hq306, mq306, hq306, mqq) q305: line = (mqq, hq305, mq305, hq305, mqq) q304: line = (mqq, hq304, mq304, hq304, mqq) q303c: line = (mqq, hq303c, mq303, hq303c, mqq) q302c: line = (mqq, hq302c, mq302, hq302c, mqq) q301c: line = (mqq, hq301c, mq301, hq301c, mqq) !q202: line = (mqq, hq202, mq202, hq202, mqq) q203: line = (mqq, hq203, mq203, hq203, mqq) q204: line = (mqq, hq204, mq204, hq204, mqq) q205: line = (mqq, hq205, mq205, hq205, mqq) q206: line = (mqq, hq206, mq206, hq206, mqq) straight10: line = (mqf1, hqf1, mqq, hbpm, octzero, ddd_10_1, dr14, qd1, & vbpm, dr14, qf2, hbpm, ddd_10_2, dr14, qd2, vbpm, dr45, qdsin19, qf3, hbpm, & ddd_10_3, dr56, qd3, vbpm, dr67, qfsin19, mqq, hqf, mqf4, mqq) straight20: line = (vbpm, dr14, q203, hbpm, dr14, q204, vbpm, dr45, q205, & hbpm, dr56, q206, vbpm, dr67, mqq, hqf, mqf4, mqq) straight30: line = (mqf1, hq301c, mqq, hbpm, octzero, dr14, q302c, vbpm, & dr14c, q303c, hbpm, dr14c, q304, vbpm, dr45, q305, hbpm, dr56, q306, vbpm, & dr67, mqq, hqf, mqf4, mqq) straight40: line = (mqf1, hqf1, mqq, hbpm, qfzeromlp, ddd_40_1, dr14, qd1, & vbpm, dr14, qf2, hbpm, ddd_40_2, dr14, qd2, vbpm, dr45, qfsin19, qf3, hbpm, & ddd_40_3, dr56, qd3, vbpm, dr67, qdsin19, mqq, hqf, mqf4, mqq) straight50: line = (mqf1, hqf1, mqq, hbpm, octzero, dr14, qd1, vbpm, & dr14, qf2, hbpm, dr14, qd2, vbpm, dr45, qfcos19, qf3, hbpm, dr56, qd3, vbpm, & dr67, qdcos19, mqq, hqf, mqf4, mqq) straight60: line = (mqf1, hqf1, mqq, hbpm, qfzeromlp, dr14, qd1, vbpm, dr14, & qf2, hbpm, dr14, qd2, vbpm, dr45, qfcos19, qf3, hbpm, dr56, qd3, vbpm, dr67, & qdcos19, mqq, hqf, mqf4, mqq) suppress: line = (fdscell, fmtcell) arc: line = (mqq, 4*fcell, hcfd1920, mqq) sector10: line = (straight10, suppress, arc) sector20: line = (straight20, suppress, arc) sector30: line = (straight30, suppress, arc) sector40: line = (straight40, suppress, arc) sector50: line = (straight50, suppress, arc) sector60: line = (straight60, suppress, arc) ! ----------------------------------------------------------------------------- ! Ring: mstr: marker marc: marker ! Starting at d/s QS202 counter-clockwise: dring: line = (sector20, marc, -sector10, mstr, sector60, marc, -sector50, & mstr, sector40, marc, -sector30, mstr, mq301, hq301c, mqq, hbpm, qfzeromlp, & dr14, mqq, hq202, mq202, hq202, mqq) !============================================================================== !========= g2full starts from mid of Q301 ================= !================== Quadrupoles =========================== k1QFS301H = 3.91746204E-01 ! 3.91746204e-01 k1QDS202 = -3.65693611E-01 ! -3.65693611e-01 k1QFS203 = 3.84623511E-01 ! 3.84623511e-01 k1QDS204 = -3.85006154E-01 k1QFS205 = 3.28866162E-01 !************************************************************************ QFS301H : quadrupole, l=0.333375, k1 = k1QFS301H !************************************************************************ QDS202 : quadrupole, l=0.333375, k1 = k1QDS202 !************************************************************************ Q203kick = 0.00186449527/2.0 Q203ang =Q203kick*0.333375/(2*sin(Q203kick/2))*2*sin(Q203kick/2)/0.333375 QFS203 : sbend, e1 = Q203kick/2, e2 = Q203kick/2, & L = Q203kick*0.333375/(2*sin(Q203kick/2)), angle = Q203ang, & k1 = k1QFS203 !QFS203 : quadrupole, l=0.333375, k1 = k1QFS203 !************************************************************************ Q204kick = -0.00282907474/2.0 Q204ang =Q204kick*0.333375/(2*sin(Q204kick/2))*2*sin(Q204kick/2)/0.333375 QDS204 : sbend, e1 = Q204kick/2, e2 = Q204kick/2, & L = Q204kick*0.333375/(2*sin(Q204kick/2)), angle = Q204ang, & k1 = k1QDS204 !QDS204 : quadrupole, l=0.333375, k1 = k1QDS204 !************************************************************************ Q205kick = 0.00670792734 Q205ang =Q205kick*0.396875/(2*sin(Q205kick/2))*2*sin(Q205kick/2)/0.396875 QFS205H : sbend, e1 = Q205kick/2, e2 = Q205kick/2, & L = 0.396875, angle = Q205ang, & k1 = k1QFS205 Q205kickv = -0.0160937891 Q205angv =Q205kickv*0.396875/(2*sin(Q205kickv/2))*2*sin(Q205kickv/2)/0.396875 QFS205V : sbend, e1 = Q205kickv/2, e2 = Q205kickv/2, ref_tilt = pi/2., & L = 0.396875, angle = Q205angv, & k1 = -k1QFS205 QFS205coll : ECOLLIMATOR, x_limit = 0.203/2.0, y_limit = 0.203/2.0, & x_offset = -0.02533, y_offset = -0.08146 !QFS205H : quadrupole, l=0.396875, k1 = k1QFS205 !QFS205V : quadrupole, l=0.396875, k1 = k1QFS205 !===================== Dipoles =========== lamkick = 0.04 !5.332682E-02 lamang = -lamkick*1.5/(2*sin(lamkick/2))*2*sin(lamkick/2)/1.5 lambertson: sbend, e1 = lamkick/2, e2 = lamkick/2, type = LAM, ref_tilt = pi/2., & l = lamkick*1.5/(2*sin(lamkick/2)), angle = lamang lamScoll : RCOLLIMATOR, y_limit = 0.127/2.0, x_limit = 0.055/2.0, & x_offset = 0.0072, y_offset = 0.0 lamEcoll : RCOLLIMATOR, y_limit = 0.127/2.0, x_limit = 0.055/2.0, & x_offset = 0.0, y_offset = -0.03 GKICK10 = 0.0013 gkick10ang = - GKICK10*0.8/(2*sin(GKICK10/2))*2*sin(GKICK10/2)/0.8 GKICKER10 : sbend, e1 = GKICK10/2, e2 = GKICK10/2, & type = g2kick,& l = GKICK10*0.78/(2*sin(GKICK10/2)), angle = gkick10ang, & x_limit = 0.045/2.0, & aperture_type = rectangular, aperture_at = both_ends ! EV 01-Jan-2019: Changed 0.8 in GKICKER10.l to 0.78 ! EV 01-Jan-2019: based on perscom from J.P. Morgan. GKICKER20 : sbend, e1 = GKICK10/2, e2 = GKICK10/2, & type = g2kick,& l = GKICK10*0.78/(2*sin(GKICK10/2)), angle = gkick10ang, & x_limit = 0.045/2.0, & aperture_type = rectangular, aperture_at = both_ends ! EV 01-Jan-2019: Changed 0.8 in GKICKER20.l to 0.78 ! EV 01-Jan-2019: based on perscom from J.P. Morgan. GKICKER0 : drift, l = 1.50 !GKICKER10 : drift, l = 0.80 !GKICKER20 : drift, l = 0.80 SEPT1 : drift, l = 1.0 SEPT2 : drift, l = 2.0 !=============== Drifts ================= cdrf_1 : drift, l = 0.4851180 cdrf_2 : drift, l = 1.5960140 cdrf_3 : drift, l = 0.4076 ! EV 01-Jan-2019: Changed cdrf_3.l 0.19245690 -> 0.56-0.1524 = 0.4076 ! EV 01-Jan-2019: based on perscom from J.P. Morgan. cdrf_3a : drift, l = 0.11 ! EV 01-Jan-2019: Changed cdrf_3a.l 0.10 -> 0.11 ! EV 01-Jan-2019: based on perscom from J.P. Morgan. cdrf_3b : drift, l = 0.5+0.3 cdrf_3c : drift, l = 0.40 cdrf_4 : drift, l = 0.105 ! EV 01-Jan-2019: Changed cdrf_4.l 0.28943450 -> 1.505-0.40-1.0 = 0.105 ! EV 01-Jan-2019: based on perscom from J.P. Morgan. cdrf_5 : drift, l = 0.2828550 cdrf_6 : drift, l = 1.29037250 cdrf_7 : drift, l = 1.72467290 cdrf_8 : drift, l = 0.34920 cdrf_9 : drift, l = 0.44180 !======= Marker =========== QFZERO : marker GK : marker SEP : marker !======= Monitors ============ !hbpm: instrument, l = 0.1524 !vbpm: instrument, l = 0.1524 !======= Twiss ================ betaxini = 16.343137822 alfxini = 4.1003083313E-03 betayini = 5.1402250571 alfyini = 5.2377577889E-04 !============== Lines ================================================== nextract20ext : line = (vbpm,cdrf_3,GK,& Gkicker10,cdrf_3a,gkicker20,cdrf_3c,SEP,sept1,cdrf_4, & 2*QFS203, hbpm, & cdrf_5,sept2,& cdrf_6,2*QDS204,vbpm,cdrf_7,lamScoll,lambertson,lamEcoll, & cdrf_8,QFS205H,QFS205V,QFS205coll,hbpm,cdrf_9) nextract20exttokicker : line = (vbpm,cdrf_3,GK) !============= Quadrupoles ============================================= Q901 : quadrupole, l= 0.2286, k1 = -0.0883355872085/0.2286 Q902 : quadrupole, l= 0.41402, k1 = 0.0906682819613/0.41402 Q903 : quadrupole, l= 0.41402, k1 = -0.171900509406/0.41402 Q904 : quadrupole, l= 0.41402, k1 = 0.103973438543/0.41402 Q905 : quadrupole, l= 0.2286, k1 = 0.0466593783575/0.2286 Q906 : quadrupole, l= 0.35052, k1 = -0.0456449774015/0.35052 Q907 : quadrupole, l= 0.41402, k1 = 0.0315305939505/0.41402 Q001 : quadrupole, l= 0.2286, k1 = -0.130223652617/0.2286 Q002 : quadrupole, l= 0.3302, k1 = 0.137957911093/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q003 : quadrupole, l= 0.3302, k1 = -0.0377546140936/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q004 : quadrupole, l= 0.2286, k1 = 0.0165184674908/0.2286 Q005 : quadrupole, l= 0.3302, k1 = 0.0368462042760/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q006 : quadrupole, l= 0.2286, k1 = 0.186285034870/0.2286 Q007 : quadrupole, l= 0.3302, k1 = -0.352686770433/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q008 : quadrupole, l= 0.32004, k1 = 0.302660790515/0.32004 Q009 : quadrupole, l= 0.32004, k1 = 0.302660790515/0.32004 Q010 : quadrupole, l= 0.3302, k1 = -0.352686770433/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q011 : quadrupole, l= 0.2286, k1 = 0.186285034870/0.2286 Q012 : quadrupole, l= 0.3302, k1 = 0.137852500198/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q013 : quadrupole, l= 0.3302, k1 = -0.154785164811/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q014 : quadrupole, l= 0.3302, k1 = 0.103024933903/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q015 : quadrupole, l= 0.3302, k1 = -0.103513305481/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q016 : quadrupole, l= 0.3302, k1 = 0.120072293306/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends !============================================================= Q017 : quadrupole, l= 0.3302, k1 = -0.111914457105/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q018 : quadrupole, l= 0.3302, k1 = 0.120072293306/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q019 : quadrupole, l= 0.3302, k1 = -0.111914457105/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q020 : quadrupole, l= 0.3302, k1 = 0.165247341201/0.3302, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q021 : quadrupole, l= 0.2286, k1 = 0.00438377221127/0.2286, & x_limit = 0.10056/2.0, y_limit = 0.10056/2.0, & aperture_type = elliptical, aperture_at = both_ends Q022 : quadrupole, l= 0.4350, k1 = -0.0974510185308/0.435, & x_limit = 0.1524/2.0, y_limit = 0.1524/2.0, & aperture_type = elliptical, aperture_at = both_ends Q023 : quadrupole, l= 0.4350, k1 = 0.193440210375/0.435, & x_limit = 0.1524/2.0, y_limit = 0.1524/2.0, & aperture_type = elliptical, aperture_at = both_ends Q024 : quadrupole, l= 0.4350, k1 = -0.250696604031/0.435, & x_limit = 0.1524/2.0, y_limit = 0.1524/2.0, & aperture_type = elliptical, aperture_at = both_ends Q025 : quadrupole, l= 0.3236, k1 = 0.197096614530/0.3236, & x_limit = 0.1524/2.0, y_limit = 0.1524/2.0, & aperture_type = elliptical, aperture_at = both_ends !============================================================= ! !Q017 : quadrupole, l= 0.3302, k1 = -3.122329E-01, & !x_limit = 1.10056/2.0, y_limit = 1.10056/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q018 : quadrupole, l= 0.3302, k1 = 4.104652E-01, & !x_limit = 1.10056/2.0, y_limit = 1.10056/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q019 : quadrupole, l= 0.3302, k1 = -2.452246E-01, & !x_limit = 1.10056/2.0, y_limit = 1.10056/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q020 : quadrupole, l= 0.3302, k1 = 4.779935E-01, & !x_limit = 1.10056/2.0, y_limit = 1.10056/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q021 : quadrupole, l= 0.2286, k1 = -1.307692E-01, & !x_limit = 1.10056/2.0, y_limit = 1.10056/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q022 : quadrupole, l= 0.4350, k1 = -3.722038E-01 , & !x_limit = 1.1524/2.0, y_limit = 1.1524/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q023 : quadrupole, l= 0.4350, k1 = 8.130749E-01, & !x_limit = 1.1524/2.0, y_limit = 1.1524/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q024 : quadrupole, l= 0.4350, k1 = -6.832934E-01, & !x_limit = 1.1524/2.0, y_limit = 1.1524/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !Q025 : quadrupole, l= 0.3236, k1 = 2.376102E-01, & !x_limit = 1.1524/2.0, y_limit = 1.1524/2.0, & !aperture_type = elliptical, aperture_at = both_ends ! !================== Kickers ============================== HT900 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 HT901 : kicker, l = 0.466725, hkick = 0.0, vkick = 0.0 HT905 : kicker, l = 0.466725, hkick = 0.0, vkick = 0.0 HT906 : kicker, l = 0.466725, hkick = 0.0, vkick = 0.0 HT000 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 VT005 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 HT005 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 HT011 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 VT011 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 VT017 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 VT018 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 HT019 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 HT020 : kicker, l = 0.165100, hkick = 0.0, vkick = 0.0 VT023 : kicker, l = 0.466725, hkick = 0.0, vkick = 0.0 HT024 : kicker, l = 0.466725, hkick = 0.0, vkick = 0.0 !================== Dipols ============================== !*****rotated C magnet to deliver a small horz kick and large vert bend !----------------------- tang = -0.01023631671*(-14.0)*0.0 cang = - 0.0572 ECMAG: sbend, e1 = cang/2, e2 = cang/2, type = Cmag, & l = cang*2.2/(2*sin(cang/2)), ref_tilt=pi/2-tang, & angle = cang*2.2/(2*sin(cang/2))*2*sin(cang/2)/2.2 !----------------------- V901: sbend, e1 = 0.11341001/2, e2 = 0.11341001/2, type = EDWA, & l = 0.11341001*3.048/(2*sin(0.11341001/2)), ref_tilt=pi/2, & angle = 0.11341001*3.048/(2*sin(0.11341001/2))*2*sin(0.11341001/2)/3.048 !----------------------- MDCang = -0.0663765 V906 : sbend, e1 = MDCang/2, e2 = MDCang/2, type = MDC, & l = MDCang*1.524/(2*sin(MDCang/2)), ref_tilt=pi/2, & angle = MDCang*1.524/(2*sin(MDCang/2))*2*sin(MDCang/2)/1.524 !----------------------- dang = -0.024877531 + 0.002*0.0 V907 : sbend, e1 = (MDCang+dang)/2, e2 = (MDCang+dang)/2, type = MDC, & l = (MDCang+dang)*1.524/(2*sin((MDCang+dang)/2)), ref_tilt=pi/2, & angle = (MDCang+dang)*1.524/(2*sin((MDCang+dang)/2))*2*sin((MDCang+dang)/2)/1.524 !----------------------- anglv3 = -2*MDCang - dang V003 : sbend, e1 = anglv3/2, e2 = anglv3/2, type = MDC, & l = anglv3*1.524/(2*sin(anglv3/2)), ref_tilt=pi/2, & angle = anglv3*1.524/(2*sin(anglv3/2))*2*sin(anglv3/2)/1.524 !----------------------- hbangle = - 9.027532679*pi/180.0 H005 : sbend, e1 = hbangle/2, e2 = hbangle/2, type = MDC, & l = hbangle*1.524/(2*sin(hbangle/2)), & angle = hbangle*1.524/(2*sin(hbangle/2))*2*sin(hbangle/2)/1.524, & x_limit = 0.140/2.0, y_limit = 0.058/2.0, & aperture_type = rectangular, aperture_at = both_ends H008 : sbend, e1 = hbangle/2, e2 = hbangle/2, type = MDC, & l = hbangle*1.524/(2*sin(hbangle/2)), & angle = hbangle*1.524/(2*sin(hbangle/2))*2*sin(hbangle/2)/1.524, & x_limit = 0.140/2.0, y_limit = 0.058/2.0, & aperture_type = rectangular, aperture_at = both_ends H011 : sbend, e1 = hbangle/2, e2 = hbangle/2, type = MDC, & l = hbangle*1.524/(2*sin(hbangle/2)), & angle = hbangle*1.524/(2*sin(hbangle/2))*2*sin(hbangle/2)/1.524, & x_limit = 0.140/2.0, y_limit = 0.058/2.0, & aperture_type = rectangular, aperture_at = both_ends !----------------------- !================== MONITOR/INSTRUMENT ============ B_SWIC : INSTRUMENT, l = 0.15875 !(MONITOR) MIC : INSTRUMENT, l = 0.15875 !(INSTRUMENT) !================== WEDGE ========================= ! M5 wedge in2m = 0.0254 wedge_length = (3.15-2.37)*in2m t0 = 2*2.56*in2m wedge_height=1.91*in2m delta_x = -0.010 ! negative slope, x_offset must include the wedge length. x1_edge = 0, x2_edge = wedge_length wedge : foil, material_type = "B4C", density = (2.34e3, 2.267e3), scatter_method = lynch_dahl, x1_edge = 0, x2_edge = wedge_length, dthickness_dx = -t0/wedge_length, thickness = t0, x_offset = delta_x - wedge_length, y1_edge=-wedge_height/2, y2_edge=wedge_height/2 ! Add the rectangular section of the wedge ! Place them in sequence, so not use z_offset since it causes scattering through a "gap" between the two foils. box_length = 2.37*in2m box: foil, material_type = "B4C", density = (2.34e3, 2.267e3), scatter_method = lynch_dahl, x1_edge = -box_length, x2_edge = 0, thickness = t0, x_offset = delta_x - wedge_length, y1_edge=-wedge_height/2, y2_edge=wedge_height/2 ! , z_offset = -t0 !================== Drift ========================= DCMAGCOIL : drift, l = 0.128725000000 BEL : drift, l = 0.127000000000 DNDA_COIL : drift, l = 0.698500000000E-01 CDRF_10 : drift, l = 0.794254000000E-01 DQCOIL : drift, l = 0.101600000000 DQDS206 : drift, l = 0.828040000000 DFLAN : drift, l = 0.101600000000 DFLAN_before_wedge : drift, l = 0.058562 DFLAN_after_wedge: drift, l = 0.043038 CDRF_13 : drift, l = 0.421912000000E-01 DCEDWA : drift, l = 0.165100000000 DFLAN1 : drift, l = 0.101600000000 DNDB_COIL : drift, l = 0.587375000000E-01 CDRF_14 : drift, l = 0.651266130000E-01 CDRF_17 : drift, l = 0.965313500000 CDRF_18 : drift, l = 0.715113500000 CDRF_19_2 : drift, l = 1.43601875000 CDRF_20 : drift, l = 0.715488000000 DCMDC : drift, l = 0.159893000000 CDRF_21 : drift, l = 0.508382000000 CDRF_22 : drift, l = 1.01702500000 CDRF_23 : drift, l = 0.278033500000 CDRF_23A : drift, l = 0.111507000000 GVDRF_1 : drift, l = 0.964143500000 GVDRF_2B : drift, l = 2.00000000000 GVDRF_3 : drift, l = 0.936440000000 GVDRF_4 : drift, l = 0.834840000000 GVDRF_5 : drift, l = 0.978100000000E-01 GVHDRF_1 : drift, l = -0.481781800000E-02 GVHDRF_2 : drift, l = 0.930612183000 GVHDRF_3 : drift, l = 0.592398183000 GVHDRF_4 : drift, l = -0.548617861000 GVHDRF_5 : drift, l = 0.312527100000 DRGB1 : drift, l = 0.797570000000E-01 DRGB2 : drift, l = 0.343282000000 GHDRF_1 : drift, l = 0.607950000000 DRGB4A : drift, l = 0.516510000000 DRGB3 : drift, l = 0.251842000000 DRGB4 : drift, l = 0.251842000000 DRGB5 : drift, l = 0.343282000000 DRGB6 : drift, l = 0.797570000000E-01 DRFOD1 : drift, l = -0.132712000000 DRFOD2 : drift, l = 0.540939200000 DRFOD3 : drift, l = 5.14027590000 DRFOD4AAA : drift, l = 5.39775000200 DRFOD4 : drift, l = 5.55650000200 DRFOD4AA : drift, l = 5.04850000200 DRFOD4A : drift, l = 5.25166400200 DRFOD5 : drift, l = 0.316100000000E-03 DM1 : drift, l = 0.500000000000 GFODRF_1M : drift, l = 3.62175134900 GFODRF_2M : drift, l = 4.06238696500 GFODRF_3M : drift, l = 2.04582298500 DQ24TOSQA : drift, l = 0.101600000000 DCTO24 : drift, l = 0.203200000000E-01 DNEW1 : drift, l = 3.22052140000 DLQCOIL : drift, l = 0.177800000000 DNEW2 : drift, l = 0.75862334000 DQFFTR : drift, l = 0.423750-0.09773826440832 ! EV 29-May-2020: IBMS1 is here DQFFTR2_length = 0.09773826440832 DQFFTR2: drift, l = DQFFTR2_length !================= Marker ====================== IECMAG : RCOLLIMATOR, type = "Cmag", y_limit = 0.11/2.0, x_limit = 0.051/2.0 IPW900 : MARKER IHT900 : MARKER IQ901 : MARKER IV901 : RCOLLIMATOR, type = "MDCcol", y_limit = 0.140/2.0, x_limit = 0.058/2.0 IHT901 : MARKER IQ902 : MARKER IQ903 : MARKER IQ904 : MARKER IPW904 : MARKER IQ905 : MARKER IHT905 : MARKER IQ906 : MARKER MV906 : MARKER IV906 : RCOLLIMATOR, type = "MDCcol", y_limit = 0.140/2.0, x_limit = 0.058/2.0 IHT906 : MARKER IQ907 : MARKER MV907 : MARKER IV907 : RCOLLIMATOR, type = "MDCcol", y_limit = 0.140/2.0, x_limit = 0.058/2.0 IPWC000 : MARKER IHT000 : MARKER IQ001 : MARKER IQ002 : MARKER IQ003 : MARKER MV003 : MARKER IV003 : RCOLLIMATOR, type = "MDCcol", y_limit = 0.140/2.0, x_limit = 0.058/2.0 IQ004 : MARKER IQ005 : MARKER IVT005 : MARKER IHT005 : MARKER IPWC005 : MARKER IH005 : MARKER IQ006 : MARKER IQ007 : MARKER IQ008 : MARKER IH008 : MARKER IQ009 : MARKER IQ010 : MARKER IQ011 : MARKER IH011 : MARKER IPWC011 : MARKER IHT011 : MARKER IVT011 : MARKER IQ012 : MARKER IQ013 : MARKER IQ014 : MARKER IPW014 : MARKER IQ015 : MARKER IQ016 : MARKER IQ017 : MARKER IVT017 : MARKER IQ018 : MARKER IVT018 : MARKER IQ019 : MARKER IHT019 : MARKER IPW019 : MARKER IQ020 : MARKER IHT020 : MARKER IQ021 : MARKER IPW021 : MARKER IQ022 : MARKER IQ023 : MARKER IVT023 : MARKER IQ024 : MARKER IHT024 : MARKER IQ025 : MARKER IPW025 : MARKER IIC025 : MARKER MTPT : MARKER infkicker : MARKER !======== Line - g2full ======================== g2full_2_PWC900 : line = (IECMAG, & ECMAG, & IECMAG, & DCMAGCOIL, & IPW900) g2full_2 : line = (IECMAG, & ECMAG, & IECMAG, & DCMAGCOIL, & IPW900, & B_SWIC, & BEL, & DNDA_COIL, & IHT900, & HT900, & DNDA_COIL, & CDRF_10, & DQCOIL, & DQDS206, & DQCOIL, & DFLAN, & DQCOIL, & IQ901, & Q901, & Q901, & DQCOIL, & DFLAN, & CDRF_13, & BEL, & DCEDWA, & IV901, & V901, & IV901, & DCEDWA, & DFLAN, & BEL, & DFLAN1, & DNDB_COIL, & IHT901, & HT901, & DFLAN1, & DNDB_COIL, & CDRF_14, & DFLAN, & DQCOIL, & IQ902, & Q902, & Q902, & DQCOIL, & DFLAN, & CDRF_17, & DFLAN, & DQCOIL, & IQ903, & Q903, & Q903, & DQCOIL, & DFLAN, & CDRF_18, & DFLAN, & DQCOIL, & IQ904, & Q904, & Q904, & DQCOIL, & DFLAN, & CDRF_19_2, & IPW904, & B_SWIC, & CDRF_19_2, & DFLAN, & DQCOIL, & IQ905, & Q905, & Q905, & DQCOIL, & DFLAN, & CDRF_20, & DFLAN1, & DNDB_COIL, & IHT905, & HT905, & DNDB_COIL, & DFLAN1, & DFLAN, & DQCOIL, & IQ906, & Q906, & Q906, & DQCOIL, & DFLAN, & BEL, & MV906, & DFLAN, & DCMDC, & IV906, & V906, & IV906, & DCMDC, & DFLAN, & MV906, & BEL, & CDRF_21, & CDRF_22, & DFLAN1, & DNDB_COIL, & IHT906, & HT906, & DNDB_COIL, & DFLAN1, & DFLAN, & DQCOIL, & IQ907, & Q907, & Q907, & DQCOIL, & DFLAN, & CDRF_23, & BEL, & MV907, & DFLAN, & DCMDC, & IV907, & V907, & IV907, & DCMDC, & DFLAN, & MV907, & BEL, & CDRF_23A, & GVDRF_1, & GVDRF_1, & DFLAN1, & IPWC000, & B_SWIC, & DFLAN1, & GVDRF_2B, & DFLAN1, & DNDA_COIL, & IHT000, & HT000, & DNDA_COIL, & DFLAN1, & DFLAN, & DQCOIL, & IQ001, & Q001, & Q001, & DQCOIL, & DFLAN, & GVDRF_3, & DFLAN, & DQCOIL, & IQ002, & Q002, & Q002, & DQCOIL, & DFLAN, & GVDRF_4, & DFLAN, & DQCOIL, & IQ003, & Q003, & Q003, & DQCOIL, & DFLAN, & GVDRF_5, & BEL, & MV003, & DFLAN, & DCMDC, & IV003, & V003, & IV003, & DCMDC, & DFLAN, & MV003, & GVHDRF_1, & DFLAN, & DQCOIL, & IQ004, & Q004, & Q004, & DQCOIL, & DFLAN, & GVHDRF_2, & GVHDRF_3, & DFLAN, & DQCOIL, & IQ005, & Q005, & Q005, & DQCOIL, & DFLAN, & GVHDRF_4, & GVHDRF_5, & DFLAN1, & DNDA_COIL, & IVT005, & VT005, & DNDA_COIL, & DFLAN1, & DFLAN1, & DNDA_COIL, & IHT005, & HT005, & DNDA_COIL, & DFLAN1, & IPWC005, & B_SWIC, & DRGB1, & DFLAN, & DCMDC, & IH005, & H005, & DCMDC, & DFLAN, & DRGB2, & IQ006, & Q006, & Q006, & GHDRF_1, & IQ007, & Q007, & Q007, & DRGB4A, & IQ008, & Q008, & Q008, & DRGB3, & DFLAN, & DCMDC, & IH008, & H008, & DCMDC, & ! EV 10-Feb-2023: added thewedge DFLAN_before_wedge, & wedge, & box, & DFLAN_after_wedge, & DRGB4, & IQ009, & Q009, & Q009, & DRGB4A, & IQ010, & Q010, & Q010, & GHDRF_1, & IQ011, & Q011, & Q011, & DRGB5, & DFLAN, & DCMDC, & IH011, & H011, & DCMDC, & DFLAN, & DRGB6, & IPWC011, & B_SWIC, & DFLAN1, & DNDA_COIL, & IHT011, & HT011, & DNDA_COIL, & DFLAN1, & DNDA_COIL, & IVT011, & VT011, & DNDA_COIL, & DFLAN1, & DRFOD1, & DFLAN, & DQCOIL, & IQ012, & Q012, & Q012, & DFLAN, & DQCOIL, & DRFOD2, & DFLAN, & DQCOIL, & IQ013, & Q013, & Q013, & DFLAN, & DQCOIL, & DRFOD3, & DFLAN, & DQCOIL, & IQ014, & Q014, & Q014, & DFLAN, & DQCOIL, & DRFOD4AAA, & IPW014, & B_SWIC, & DFLAN, & DQCOIL, & IQ015, & Q015, & Q015, & DFLAN, & DQCOIL, & DRFOD4, & DFLAN, & DQCOIL, & IQ016, & Q016, & Q016, & DFLAN, & DQCOIL, & DRFOD4, & DFLAN, & DQCOIL, & IQ017, & Q017, & Q017, & DFLAN, & DQCOIL, & DFLAN1, & DNDA_COIL, & IVT017, & VT017, & DNDA_COIL, & DFLAN1, & DRFOD4AA, & DFLAN, & DQCOIL, & IQ018, & Q018, & Q018, & DFLAN, & DQCOIL, & DRFOD4A, & DFLAN1, & DNDA_COIL, & IVT018, & VT018, & DNDA_COIL, & DFLAN1, & DFLAN, & DQCOIL, & IQ019, & Q019, & Q019, & DFLAN, & DQCOIL, & DRFOD5, & DM1, & DFLAN1, & DNDA_COIL, & IHT019, & HT019, & DNDA_COIL, & DFLAN1, & GFODRF_1M, & IPW019, & B_SWIC, & DFLAN, & DQCOIL, & IQ020, & Q020, & Q020, & DFLAN, & DQCOIL, & GFODRF_2M, & DFLAN1, & DNDA_COIL, & IHT020, & HT020, & DNDA_COIL, & DFLAN1, & GFODRF_3M, & DQ24TOSQA, & DCTO24, & DFLAN, & DQCOIL, & IQ021, & Q021, & Q021, & DQCOIL, & DFLAN, & DCTO24, & DQ24TOSQA, & DNEW1, & IPW021, & B_SWIC, & DFLAN, & DLQCOIL, & IQ022, & Q022, & Q022, & DLQCOIL, & DFLAN, & DNEW2, & DFLAN, & DLQCOIL, & IQ023, & Q023, & Q023, & DLQCOIL, & DFLAN, & DFLAN1, & DNDB_COIL, & IVT023, & VT023, & DNDB_COIL, & DFLAN1, & DFLAN, & DLQCOIL, & IQ024, & Q024, & Q024, & DLQCOIL, & DFLAN, & DFLAN1, & DNDB_COIL, & IHT024, & HT024, & DNDB_COIL, & DFLAN1, & DFLAN, & DQCOIL, & IQ025, & Q025, & Q025, & infkicker, & DQCOIL, DFLAN, IPW025) g2full_3 : line = (B_SWIC, IIC025, MIC, DQFFTR) ! Up to IBMS 1 g2full_4 : line = (DQFFTR2, MTPT) ! From IBMS 1 to End of M5 line q025dtoendofM5 : line = (infkicker, DQCOIL, DFLAN, & IPW025, B_SWIC, IIC025, MIC, DQFFTR, DQFFTR2, MTPT) ! MTPT: end of M5 line 30 cm from yoke !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !=== Turn before extraction (from end-of-Q202 to mid-Q301) ====== !====== line - dringext ================================= ! EV 22-Dec-2018: I divided the beamline into two parts. ! EV 22-Dec-2018: The first part dringext_1 ends immediately before Q303 ! EV 22-Dec-2018: to match the G4Beamline script. ! EV 23-Dec-2018: QA check OK. dringext_1a : line = (VBPM,& DR14,& MQQ,& HQ203,& MQ203,& HQ203,& MQQ,& HBPM,& DR14,& MQQ,& HQ204,& MQ204,& HQ204,& MQQ,& VBPM,& DR45,& MQQ,& HQ205,& MQ205,& HQ205,& MQQ,& HBPM,& DR56,& MQQ,& HQ206,& MQ206,& HQ206) dringext_1b1 : line = (MQQ,& VBPM,& DR67,& MQQ,& HQF,& MQF4,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRDS,& MDD,& BDB,& MDD,& DRB,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRDS,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRMT,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRMT,& SF,& DRSQ,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& MQQ,& MARC,& MQQ,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRMT,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRMT,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRDS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRB,& MDD,& BDB,& MDD,& DRDS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF4,& HQF,& MQQ,& QFSIN19,& DR67,& VBPM,& MQQ,& HQD3,& MQD3,& HQD3,& MQQ,& DR56,& DDD_10_3,& HBPM,& MQQ,& HQF3,& MQF3,& HQF3,& MQQ,& QDSIN19,& DR45,& VBPM,& MQQ,& HQD2,& MQD2,& HQD2,& MQQ,& DR14,& DDD_10_2,& HBPM,& MQQ,& HQF2,& MQF2,& HQF2,& MQQ,& DR14,& VBPM,& MQQ,& HQD1,& MQD1,& HQD1,& MQQ,& DR14,& DDD_10_1,& OCTZERO,& HBPM,& MQQ,& HQF1,& MQF1,& MSTR,& MQF1,& HQF1,& MQQ,& HBPM,& QFZERO,& DR14,& MQQ,& HQD1,& MQD1,& HQD1,& MQQ,& VBPM,& DR14,& MQQ,& HQF2,& MQF2,& HQF2,& MQQ,& HBPM,& DR14,& MQQ,& HQD2,& MQD2,& HQD2,& MQQ,& VBPM,& DR45,& QFCOS19,& MQQ,& HQF3,& MQF3,& HQF3,& MQQ,& HBPM,& DR56,& MQQ,& HQD3,& MQD3,& HQD3,& MQQ,& VBPM,& DR67,& QDCOS19,& MQQ,& HQF,& MQF4,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRDS,& MDD,& BDB,& MDD,& DRB,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRDS,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRMT,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRMT,& SF,& DRSQ,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM) dringext_1b2pt1 : line = (MQQ,& HQD,& MQD,& MQQ,& MARC,& MQQ,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRMT,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRMT,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRDS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRB,& MDD,& BDB,& MDD,& DRDS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF4,& HQF,& MQQ,& QDCOS19,& DR67,& VBPM,& MQQ,& HQD3,& MQD3,& HQD3,& MQQ,& DR56,& HBPM,& MQQ,& HQF3,& MQF3,& HQF3,& MQQ,& QFCOS19,& DR45,& VBPM,& MQQ,& HQD2,& MQD2,& HQD2,& MQQ,& DR14,& HBPM,& MQQ,& HQF2,& MQF2,& HQF2,& MQQ,& DR14,& VBPM,& MQQ,& HQD1,& MQD1,& HQD1,& MQQ,& DR14,& OCTZERO,& HBPM,& MQQ,& HQF1,& MQF1,& MSTR,& MQF1,& HQF1,& MQQ,& HBPM,& QFZERO,& DDD_40_1,& DR14,& MQQ,& HQD1,& MQD1,& HQD1,& MQQ,& VBPM,& DR14pt1) !DR14,& ! EVV 29Dec2022: abort kicker starts here dringext_1b2pt2 : line = (DR14pt2, MQQ,& HQF2,& MQF2,& HQF2,& MQQ,& HBPM,& DDD_40_2,& DR14,& MQQ,& HQD2,& MQD2,& HQD2,& MQQ,& VBPM,& DR45,& QFSIN19,& MQQ,& HQF3,& MQF3,& HQF3,& MQQ,& HBPM,& DDD_40_3,& DR56,& MQQ,& HQD3,& MQD3,& HQD3,& MQQ,& VBPM,& DR67,& QDSIN19,& MQQ,& HQF,& MQF4,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRDS,& MDD,& BDB,& MDD,& DRB,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRDS,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRMT,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRMT,& SF,& DRSQ,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SD,& DRSQ,& MQQ,& HQD,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBB,& SF,& DRSQ,& MQQ,& HQF,& MQF,& HQF,& MQQ,& HBPM,& DRMS,& SF,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& MQQ,& MARC,& MQQ,& MQD,& HQD,& MQQ,& VBPM,& DRMS,& SD,& DRBA,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRBB,& MDD,& BDB,& MDD,& DRBA,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRMT,& SD,& DRMS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRSQ,& SD,& DRMT,& SF,& DRMS,& HBPM,& MQQ,& HQF,& MQF,& HQF,& MQQ,& DRSQ,& SF,& DRBB,& MDD,& BDB,& MDD,& DRDS,& VBPM,& MQQ,& HQD,& MQD,& HQD,& MQQ,& DRB,& MDD,& BDB,& MDD,& DRDS,& HBPM,& MQQ,& HQF,& MQF,& MQQ,& MQQ,& MQF4,& HQF,& MQQ,& DR67,& VBPM,& MQQ) dringext_1c : line = (HQ306,& MQ306,& HQ306,& MQQ,& DR56,& HBPM,& MQQ,& HQ305,& MQ305,& HQ305,& MQQ,& DR45,& VBPM,& MQQ,& HQ304,& MQ304,& HQ304,& MQQ,& DR14C,& HBPM) ! EV 22-Dec-2018: Continuing the DR beamline from right before Q303 to mid-Q301. ! EV 23-Dec-2018: QA check OK. dringext_2 : line = (MQQ,& HQ303C,& MQ303,& HQ303C,& MQQ,& DR14C,& VBPM,& MQQ,& HQ302C,& MQ302,& HQ302C,& MQQ,& DR14,& OCTZERO,& HBPM,& MQQ,& HQ301C,& MQF1,& MSTR,& MQ301) ! EV 22-Dec-2018: Continuing the DR beamline from mid-Q301 to right after Q202. ! EV 23-Dec-2018: QA check OK. dringext_3 : line = (HQ301C,& MQQ,& DR301A,& MSS,& VKICKDRIFT,& MSS,& DRSIX,& MSS,& VKICKDRIFT,& MSS,& DR301B,& MQQ,& HQ202,& MQ202,& HQ202,& MQQ) !============================================================================== ! EV 15-Mar-2019: Injection line elements added !============================================================================== !===[ Backleg_start ]===! backhole_x_ap = 0.12 backhole_y_ap = 0.12 backleg_start: marker, x_limit= backhole_x_ap, y_limit= backhole_y_ap !===[ Fringe ]===! fringe_field_scale= -1.0 call, file=backleg/ring_inject_bfield3d_wuzheng_extended.bmad !fringe fringe[field_overlaps] = {cryo_us, inflector} fringe[x_limit] = 0.1 !===[ Mark_cryo_us ]===! MARK_CRYO_US: marker, x_limit = 0.009, y_limit = 0.028, offset_moves_aperture=.true.!, tracking_method=custom ! upstream inflector cryo window !===[ Cryo_us ]===! cryo_us: pipe, l=0.119886, tracking_method = runge_kutta, mat6_calc_method = tracking !===[ Mark_inflector_us ]===! MARK_INFLECTOR_US: marker, x_limit = 0.009, y_limit = 0.028, offset_moves_aperture=.true.!, tracking_method = custom ! upstream inflector end !===[ Inflector ]===! inf_field_scale= -1.0 !1.012747 !inf_field_scale = -0.9000000000000221 call, file=backleg/inf_field_alone.bmad ! inflector inflector[aperture_at] = continuous inflector[aperture_type] = wall3d inflector[wall] = { superimpose = .true., thickness = 0.00001, & section = { type = wall_start, s = 0.0, v(1) = {0.009,-0.016}, v(2) = {0.009, 0.016}, & v(3) = {0.002,0.028}, v(4) = {-0.009,0.028}, v(5) = {-0.009,-0.028}, v(6) = {0.002,-0.028} }, & section = { type = wall_end, s = 1.7, v(1) = {0.009,-0.016}, v(2) = {0.009, 0.016}, & v(3) = {0.002,0.028}, v(4) = {-0.009,0.028}, v(5) = {-0.009,-0.028}, v(6) = {0.002,-0.028} } } inflector[offset_moves_aperture]:= .true. !===[ Mark_inflector_ds ]===! MARK_INFLECTOR_DS: marker, x_limit = 0.009, y_limit = 0.028, offset_moves_aperture=.true.!, tracking_method = custom ! downstream inflector end !********************************************* ! IBMS LATTICE ELEMENTS !********************************************* ! David Sagan: The routine offset_particle will transform from lab coords to element body coords and back. To see an example of its use see bmad/low_level/track_a_thick_multipole.f90 ! IBMS1 (Brynn MacCoy, UW Elog 614): 4397.0 mm upstream of injection point (along tangent line / nominal beamline) ! 45.0 mm radially in from tangent line / Centered horizontally on nominal beamline (0 mm) ! Centered vertically on ring plane IBMS1: marker, superimpose, ref = mark_inflector_ds, offset = -4.397, ref_origin = beginning, tracking_method = custom, & x_offset = m5_to_inj_offset-DQFFTR2_length*sin(m5_to_inj_pitch)-0.045*cos(m5_to_inj_pitch), & z_offset = DQFFTR2_length*(1-cos(m5_to_inj_pitch))+0.045*sin(m5_to_inj_pitch), x_pitch = m5_to_inj_pitch ! IBMS2 (Brynn MacCoy, UW Elog 614): Tangent line coords: ! 1950.5 mm upstream of injection point (along tangent line / nominal beamline) ! 10.9 mm radially out from tangent line / 2.6 mm radially out from nominal beamline ! 0.9 mm above ring plane IBMS2: marker, superimpose, ref = mark_inflector_ds, offset = -1.950, ref_origin = beginning, tracking_method = custom !===[ Injection_line ]===! injection_line: line=(backleg_start, fringe, mark_cryo_us, cryo_us, mark_inflector_us, inflector, mark_inflector_ds) !============================================================================== targ : drift, l = 0.0000001 !============================================================================== lat_line: line = (lat_line_1, lat_line_2) dringext_1b2: line = (dringext_1b2pt1, dringext_1b2pt2) dringext_1b: line = (dringext_1b1, dringext_1b2) dringext_1: line = (dringext_1a, dringext_1b, dringext_1c) dringext: line = (dringext_1, dringext_2) g2full: line = (nextract20ext, g2full_2, g2full_3, g2full_4) g2PWC900: line = (nextract20ext, g2full_2_PWC900) g2_to_PWC025 : line = (nextract20ext, g2full_2) m2m3_dr: line = (lat_line, g2full) !m2m3_dr: line = (lat_line) drt1: line = (lat_line_2, dringext_1) drtn: line = (dringext_2, dringext_3, dringext_1) drt2: line = (drt1, drtn) drt3: line = (drt2, drtn) drt4: line = (drt3, drtn) drt3extract: line = (drt3, dringext_2, dringext_3, g2full) drt4extract: line = (drt4, dringext_2, dringext_3, g2full) drt4_to_PWC025 : line = (drt4, dringext_2, dringext_3, g2_to_PWC025) drt4extpt: line = (drt4, dringext_2, dringext_3, nextract20ext) drt4toabortkicker : line = (drt3, dringext_2, dringext_3, dringext_1a, dringext_1b1, dringext_1b2pt1) drt05: line = (lat_line_2, dringext_1a) drt065: line = (lat_line_2, dringext_1a, dringext_1b1) drt075: line = (lat_line_2, dringext_1a, dringext_1b) !============================================================================== ! EV 15-Mar-2019: added injection line code !m5_to_inj: patch, x_offset= 4.3477e-02, x_pitch= -2.0681e-02 !m5_to_inj: patch, x_offset=0, x_pitch=-2.0e-02 !m5_to_inj: patch, x_offset= 3.7e-02, x_pitch= -1.6e-02 !m5_to_inj: patch, x_offset=0.0403523, x_pitch=-0.0172 ! Optimized for 1e10 PoT !m5_to_inj: patch, x_offset=0.0443997, x_pitch=-0.0184 ! Reoptimized for 1e12 PoT !m5_to_inj : patch, x_offset=0.05169794460812111, x_pitch=-0.017795372035644786 ! For optimization !m5_to_inj: patch, x_offset=0.042504644618375796, x_pitch=-0.017369902520279656 ! 3e12 PoT, randomized 1% sampling, LM !m5_to_inj: patch, x_offset=0.045922761721851946, x_pitch=-0.017961380052944446 ! 3e12 PoT, randomized 1% sampling, HM m5_to_inj: patch, x_offset=m5_to_inj_offset, x_pitch=m5_to_inj_pitch inj_to_ring: patch, x_offset=-0.077 m5_patch_to_inj_to_ring: line = (m5_to_inj, injection_line, inj_to_ring) m5_patch_to_inj: line = (m5_to_inj, injection_line) IBMS1_to_inj_to_ring: line = (g2full_4, m5_patch_to_inj_to_ring) drt3extfull: line = (drt3, dringext_2, dringext_3, g2full, m5_patch_to_inj_to_ring) drt4extfull: line = (drt4, dringext_2, dringext_3, g2full, m5_patch_to_inj_to_ring) drt4extPWC900: line = (drt4, dringext_2, dringext_3, g2PWC900) q025dtoring: line = (q025dtoendofM5, m5_patch_to_inj_to_ring) ! TODO: Use patch element and HT020, HT024 kickers for optimization. !use, m2m3_dr !use, m5_patch_to_inj_to_ring !use, IBMS1_to_inj_to_ring !use, drt4extract !use, eofM3_to_IBMS1 use, drt4_to_PWC025 !use, drt4extfull !use, drt4toabortkicker !use, drt4extPWC900 !use, q025dtoring expand_lattice ! Tracking method bmad_standard was set for all elements in the original m2m3dr_track. ! However, the injection channel uses custom ! drt4extract>>*[tracking_method] = bmad_standard ! q025toring>>*[tracking_method] = bmad_standard ! *[tracking_method] = bmad_standard !IBMS1[x_offset]=m5_to_inj[x_offset]-DQFFTR2[l]*sin(m5_to_inj[x_pitch]) !IBMS1[z_offset]=DQFFTR2[l]*(1-cos(m5_to_inj[x_pitch])) !IBMS1[x_pitch]=m5_to_inj[x_pitch] !IBMS*[tracking_method] = custom *[spin_tracking_method] = tracking ! tracking !expand_lattice !call, filename='offset/All250t5/quad_offset_data_250t5_v20.txt' !============================================================================== ! 2.4589858845E+03 1.8607019997E+01 6.5466935197E+01 -1.8817085198E-01 2.7743304464E+00 3.9687339753E+00 -3.9131940701E-03 ! 4.3788505552E+02 1.8448754335E+01 6.4933760453E+01 -1.8801772611E-01 2.7797320752E+00 3.9632671914E+00 -3.9131796749E-03