============================================================================= | Los Alamos National Laboratory Parmila - Ion Linac Design Codes | | Program Parmila written by Harunori Takeda | | | | This program is provided as a service to the accelerator | | community by the Los Alamos Accelerator Code Group (LAACG). | | | | (c) Copyright 1985-2003, by the Regents of the University of California. | | This software was produced under U. S. Government contract W-7405-ENG-36 | | by Los Alamos National Laboratory, which is operated by the University | | of California for the U. S. Department of Energy. Neither the Government | | nor the University makes any warranty, express or implied, or assumes | | any liability or responsibility for its use, or represents that use of | | this software would not infringe privately owned rights. | | Unpublished - rights reserved under Copyright Laws of the United States. | ============================================================================= Parmila Version 2.32: 06/17/2003 -------------------------------------------------- Parmila InputFile name is 012604_reference_noerros -------------------------------------------------- Program for DTL,CCDTL,CCL,SC(1),SC(2) design and dynamics Beginning Parmila at 16:33:45.27 Linac ErrorFlg study seed, zrand for randst= 0.980822944429747D-001 NoSFTableout Power FullWallPower RadPctCut 99.9 ! beam.out maximum radius at radpctcut % Use3DPicnic NoPlotOut Run 1 1 Parmila program run% 1 Run time 20040618 163345.570 Title *************************************** *** ORNL April 26,2001 Design*** *************************************** linac 2.5 402.5 38.00 939.3014, -1 ;--------------------Beam Particle Distribution Spec--------- ReadDist -11.15 Startphase -45. ;input -2 100000 -1.9619 18.3140 0.0021824 ! Toutatis 38 mA emittance to 7mm into MEBT ; 1.7681 16.1030 0.0021856 ; 0.0196 58.2172 0.003088 ;input -2 100000 -1.9899 19.6360 0.0017573 ! exact match to rms properties of ReadDist distribution ; 1.92893 17.778 0.0017572 ; 0.015682 67.0939 0.002420 ; !!! This is the MEBT matched for 38mA situation ; ;Structure id,Nlast,F0,Fsf,deltaphi Structure 1, 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** MEBT by J.Staple 5/31/00 *************************************** Transport -45. OldRectangle Bore 2.5 ;quad L, Ra, outputflag, B, errorflag ;cavity 0 ra out, dW, fc, psic Displace 0 0 0 0 0 90. ! enable for the readdist drift 0. 1.5 1 1 chopper 0.6800 ! tentative chopper setting. !1 drift 0 1.5 1 1 !2 drift 97.5e-1 1.5 1 4 ! the tout38mA dst is 7mm out of vane. !3 quad 61.e-1 1.5 1 -34.636638e+2 1 !4 drift 84.e-1 1.5 1 2 !5 quad 61.e-1 1.5 1 +36.812701e+2 1 !6 drift 84.e-1 1.5 1 2 !7 quad 61.e-1 1.5 1 -28.326559e+2 1 !8 drift 79.5e-1 1.5 1 2 !9 cavity 0 1.5 1 0.075 402.5 -90. !10 drift 79.5e-1 1.5 1 2 !11 quad 61.e-1 1.5 1 +16.119972e+2 1 !12 drift 114.5e-1 1.5 1 4 !13 drift 175.e-1 1.5 1 10 1 0 0. 1.8 !14 drift 175.e-1 1.5 1 10 1 0 0. 1.8 !15 drift 155.e-1 2.0 1 5 !16 cavity 0 1.5 1 0.045 402.5 -90. !17 drift 77.e-1 2.0 1 2 !18 quad 66.e-1 2.0 1 -17.e+2 1 !19 drift 34.e-1 2.0 1 2 !20 quad 66.e-1 2.0 1 +26.20e+2 1 !21 drift 34.e-1 2.0 1 2 !22 quad 66.e-1 2.0 1 -11.70e+2 1 !23 drift 137.e-1 2.0 1 4 !24 drift 137.e-1 2.0 1 4 !26 quad 66.e-1 2.0 1 -11.70e+2 1 !27 drift 34.e-1 2.0 1 2 !28 quad 66.e-1 2.0 1 26.20e+2 1 !29 drift 34.e-1 2.0 1 2 !30 quad 66.e-1 2.0 1 -17.00e+2 1 !31 drift 77.e-1 2.0 1 2 !32 cavity 0 1.5 1 0.45772986E-01 402.5 -90. !33 drift 155.e-1 2.0 1 5 !34 drift 175.e-1 1.5 1 10 !35 drift 175.e-1 1.5 1 10 !37 drift 119.5e-1 1.5 1 4 !38 quad 61.e-1 1.5 1 16.720467e+2 1 !39 drift 89.e-1 1.5 1 2 !40 quad 61.e-1 1.5 1 -25.960967e+2 1 !41 drift 74.5e-1 1.5 1 2 !42 cavity 0 1.5 1 0.941416410E-01 402.5 -90. ! 43 drift 74.5e-1 1.5 1 2 !44 quad 61.e-1 1.5 1 +27.582012e+2 1 !45 drift 84.e-1 1.5 1 2 !46 quad 61.e-1 1.5 1 -14.505436e+2 1 !47 drift 194.5e-1 1.5 1 5 !48 quad 17.5e-1 1.25 0 -37.00e+2 1 !50 elimit 0.5 ! get rid of low energy particles ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff .05 .05 20 40 0 0 1 ! Scheff scheff .05 .05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 87328 Oldcurrent= 34.9357 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.9357 (mA) Average beam current= 34.9357 (mA) readdist ncell= 0 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0282 58.6283 1.2531 10.9744 2 0.0359 42.1874 -0.7613 9.1357 3 20.7537 9780.6469 -1.2816 680.3166 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi ; Starting Beam_Prx dynamics...current= 34.9356530000000 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 2.5000 (MeV) NGood_Particle 87328 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00042 0.03180 -0.00031 0.02769 -56.150 2.473 Partran Routine Phis -45.0000 (Deg) degrees rotation,CurrentCell= 90.0000000000000 0 Transport finished element 1: 9. Displace ---------------------------------------------------------------------------------------------------------------------------- The particle distribution is dumped after the last cell. (Use with readdist card in a next run.) The dynamics simulation may be terminated at any cells before the last cell of the designed linac. The Results for a cell is at the Exit of the cell: Longitudinal emittance(n) is in deg MeV Longitudinal beta(n) is in deg/MeV *** ORNL April 26,2001 Design*** MEBT by J.Staple 5/31/00 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86082 x-xp 0.50939 0.07508 0.01604 -1.98988 0.019636 0.0657 0.2743 -45.0000 -44.9976 2.5000 0.0000 y-yp 0.51640 0.07527 0.01614 1.92925 0.017780 0.0627 0.2664 phi-w 5.63236 0.44654 0.10044 0.14677 912.220544 9.5718 0.0000 Transport finished element 2: 1. Drift 0 86082 x-xp 0.50939 0.07508 0.01604 -1.98988 0.019636 0.0657 0.2743 -45.0000 -44.9976 2.5000 2.5068 y-yp 0.51640 0.07527 0.01614 1.92925 0.017780 0.0627 0.2664 phi-w 5.63236 0.44654 0.10044 0.14677 912.220544 9.5718 0.0000 Transport finished element 3: 20. Chopper 0 86082 x-xp 0.50939 0.07508 0.01604 -1.98988 0.019636 0.0657 0.2743 -45.0000 -44.9976 2.5000 2.5068 y-yp 0.51640 0.07527 0.01614 1.92925 0.017780 0.0627 0.2664 phi-w 5.63236 0.44654 0.10044 0.14677 912.220544 9.5718 0.0000 Transport finished element 4: 1. Drift 0 86082 x-xp 0.50939 0.07508 0.01604 -1.98988 0.019636 0.0657 0.2743 -45.0000 -44.9976 2.5000 2.5068 y-yp 0.51640 0.07527 0.01614 1.92925 0.017780 0.0627 0.2664 phi-w 5.63236 0.44654 0.10044 0.14677 912.220544 9.5718 0.0000 Transport finished element 5: 1. Drift 0 86082 x-xp 0.57934 0.07643 0.01633 -5.57120 0.090622 0.1424 0.6546 -45.0000 -45.8740 2.5000 2.5068 y-yp 0.47202 0.07460 0.01593 -0.59985 0.006174 0.0367 0.2003 phi-w 6.60855 0.45230 0.10270 0.97248 1036.64092810.3183 0.0000 Transport finished element 6: 3. Quad 0 86082 x-xp 0.62539 0.07807 0.01692 3.30880 0.103062 0.1545 0.6971 -45.0000 -45.8754 2.5000 2.5068 y-yp 0.50782 0.07485 0.01602 -4.40123 0.031669 0.0834 0.4417 phi-w 8.65904 0.46159 0.10452 1.40607 1208.12418311.2371 0.0000 Transport finished element 7: 1. Drift 0 86082 x-xp 0.67184 0.07969 0.01754 2.03953 0.055910 0.1159 0.4798 -45.0000 -47.2027 2.5000 2.5069 y-yp 0.64974 0.07721 0.01675 -9.88532 0.147915 0.1842 0.9442 phi-w 11.23524 0.47122 0.10647 1.97949 1558.44095112.8812 0.0000 Transport finished element 8: 3. Quad 0 86082 x-xp 0.69676 0.08045 0.01776 -3.90120 0.064830 0.1256 0.4586 -45.0000 -47.2030 2.5000 2.5069 y-yp 0.79689 0.08048 0.01771 5.97777 0.165730 0.2005 1.0053 phi-w 12.88443 0.48185 0.10754 2.40534 1894.27346414.2726 0.0000 Transport finished element 9: 1. Drift 0 86082 x-xp 0.74518 0.08101 0.01799 -6.24046 0.148467 0.1913 0.6718 -45.0000 -48.5366 2.5000 2.5069 y-yp 0.92263 0.08367 0.01877 3.74633 0.077850 0.1415 0.6759 phi-w 15.00220 0.48801 0.10857 3.03385 2476.67283416.3981 0.0000 Transport finished element 10: 3. Quad 0 86082 x-xp 0.82957 0.08137 0.01813 5.37411 0.153189 0.1950 0.6810 -45.0000 -48.5367 2.5000 2.5069 y-yp 0.97187 0.08523 0.01921 -1.74963 0.065928 0.1317 0.5838 phi-w 16.46425 0.48501 0.10905 3.52608 2993.32638218.0669 0.0000 Transport finished element 11: 1. Drift 0 86082 x-xp 0.88993 0.08167 0.01824 3.67229 0.080839 0.1421 0.4832 -45.0000 -49.8256 2.5000 2.5069 y-yp 1.04710 0.08668 0.01973 -2.36067 0.096376 0.1614 0.6421 phi-w 18.37082 0.50437 0.10952 4.22102 3792.04777220.3789 0.0000 RF gap....wsync MeV= 2.5000 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00075 -0.00914 -0.00048 0.02568 -45.003 2.507 Transport finished element 12: 2. Buncher 0 86082 x-xp 0.89257 0.08207 0.01826 2.99512 0.080731 0.1421 0.4832 -45.0000 -49.8256 2.5000 2.5069 y-yp 1.08011 0.08791 0.01984 -3.14679 0.095846 0.1614 0.6421 phi-w 9.03037 0.49066 0.11033 -0.55326 3764.26836820.3789 0.0000 Transport finished element 13: 1. Drift 0 86082 x-xp 0.91584 0.08189 0.01830 1.91608 0.041743 0.1023 0.3477 -45.0000 -50.5431 2.5000 2.5069 y-yp 1.14982 0.08938 0.02033 -4.17125 0.150907 0.2050 0.7619 phi-w 10.34112 0.49295 0.11015 -0.30210 3680.44410020.1345 0.0000 Transport finished element 14: 3. Quad 0 86082 x-xp 0.91495 0.08186 0.01828 0.00118 0.031045 0.0882 0.3340 -45.0000 -50.5430 2.5000 2.5069 y-yp 1.18560 0.09024 0.02068 2.42988 0.159547 0.2126 0.7546 phi-w 11.33226 0.49481 0.10994 -0.11098 3654.03826120.0433 0.0000 Transport finished element 15: 1. Drift 0 86082 x-xp 0.90528 0.08123 0.01812 -0.54276 0.037433 0.0964 0.4048 -45.0000 -52.1404 2.5000 2.5069 y-yp 1.24699 0.09135 0.02121 1.65224 0.109700 0.1785 0.5761 phi-w 13.15740 0.49644 0.10936 0.26840 3696.46014520.1063 0.0000 Transport finished element 16: 1. Drift 0 86082 x-xp 0.77611 0.08138 0.01762 -1.59143 0.075270 0.1348 0.6560 -45.0000 -53.7283 2.5000 2.5069 y-yp 1.30857 0.09172 0.02161 0.75934 0.066769 0.1406 0.4345 phi-w 14.92138 0.49244 0.10860 0.89329 3990.32100720.8172 0.0000 Transport finished element 17: 1. Drift 0 86082 x-xp 0.55975 0.08295 0.01718 -3.01378 0.157568 0.1925 0.9724 -45.0000 -55.3222 2.5000 2.5069 y-yp 1.28541 0.09229 0.02168 0.10698 0.051888 0.1241 0.3853 phi-w 14.93205 0.49076 0.10893 1.53384 4539.04814322.2356 0.0000 Transport finished element 18: 1. Drift 0 86082 x-xp 0.58990 0.08557 0.01722 -4.47095 0.272604 0.2535 1.3022 -45.0000 -56.7489 2.5000 2.5069 y-yp 1.17155 0.09178 0.02149 -0.38980 0.056792 0.1293 0.5450 phi-w 14.64106 0.49323 0.11019 2.08117 5224.42570223.9930 0.0000 RF gap....wsync MeV= 2.5000 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00198 0.03109 0.00198 0.04249 -45.005 2.507 Transport finished element 19: 2. Buncher 0 86082 x-xp 0.62017 0.08563 0.01739 -5.78210 0.269937 0.2535 1.3022 -45.0000 -56.7489 2.5000 2.5069 y-yp 1.19347 0.09178 0.02146 -0.67062 0.056878 0.1293 0.5450 phi-w 14.76983 0.51308 0.11222 -1.80025 5129.64697823.9930 0.0000 Transport finished element 20: 1. Drift 0 86082 x-xp 0.67633 0.08746 0.01757 -6.90134 0.364287 0.2961 1.5144 -45.0000 -57.5746 2.5000 2.5070 y-yp 1.11915 0.09095 0.02126 -0.96602 0.070029 0.1428 0.6933 phi-w 14.68683 0.51578 0.11283 -1.55067 4762.23573023.1804 0.0000 Transport finished element 21: 3. Quad 0 86082 x-xp 0.81387 0.08955 0.01789 10.32644 0.331472 0.2850 1.4508 -45.0000 -57.5746 2.5000 2.5070 y-yp 1.04185 0.09070 0.02103 -6.27704 0.114078 0.1813 0.9428 phi-w 14.64694 0.51707 0.11340 -1.35985 4485.23377222.5526 0.0000 Transport finished element 22: 1. Drift 0 86082 x-xp 0.85654 0.09017 0.01802 9.09445 0.263267 0.2549 1.2932 -45.0000 -58.5075 2.5000 2.5070 y-yp 0.99886 0.09005 0.02087 -7.58996 0.162203 0.2154 1.1410 phi-w 14.64146 0.51774 0.11368 -1.26728 4356.22950622.2534 0.0000 Transport finished element 23: 3. Quad 0 86082 x-xp 0.87733 0.09084 0.01821-10.30894 0.267973 0.2585 1.3158 -45.0000 -58.5075 2.5000 2.5070 y-yp 0.94353 0.09023 0.02058 5.69028 0.180466 0.2256 1.2239 phi-w 14.62160 0.51911 0.11420 -1.09619 4130.78420021.7194 0.0000 Transport finished element 24: 1. Drift 0 86082 x-xp 0.92230 0.09134 0.01837-11.64029 0.339895 0.2925 1.4892 -45.0000 -59.4302 2.5000 2.5070 y-yp 0.91041 0.08977 0.02042 5.05786 0.145193 0.2015 1.1075 phi-w 14.59452 0.51995 0.11448 -1.01200 4026.13121521.4685 0.0000 Transport finished element 25: 3. Quad 0 86082 x-xp 1.03388 0.09296 0.01882 0.56822 0.408803 0.3246 1.6518 -45.0000 -59.4302 2.5000 2.5070 y-yp 0.84306 0.08936 0.02014 0.35711 0.113556 0.1770 0.9982 phi-w 14.53217 0.52094 0.11503 -0.85442 3844.46676521.0290 0.0000 Transport finished element 26: 1. Drift 0 86082 x-xp 1.27873 0.09625 0.01987 0.21176 0.376880 0.3203 1.6156 -45.0000 -61.3012 2.5000 2.5070 y-yp 0.73201 0.08827 0.01956 0.06339 0.111045 0.1725 1.0064 phi-w 14.34271 0.52363 0.11610 -0.54140 3557.86671320.3240 0.0000 Transport finished element 27: 1. Drift 0 86082 x-xp 1.51608 0.09980 0.02110 -0.11548 0.353695 0.3198 1.5806 -45.0000 -62.5580 2.5000 2.5070 y-yp 0.66325 0.08758 0.01899 -0.23824 0.116720 0.1743 1.0206 phi-w 13.98549 0.52426 0.11695 -0.24425 3390.77655819.9133 0.0000 Transport finished element 28: 3. Quad 0 86082 x-xp 1.72779 0.10115 0.02175 9.74579 0.274543 0.2860 1.3926 -45.0000 -62.5579 2.5000 2.5070 y-yp 0.68344 0.08735 0.01874 -5.14595 0.151435 0.1971 1.1533 phi-w 13.72238 0.52351 0.11724 -0.10502 3351.88369419.8236 0.0000 Transport finished element 29: 1. Drift 0 86082 x-xp 1.77166 0.10200 0.02203 8.39533 0.209803 0.2516 1.2112 -45.0000 -63.4779 2.5000 2.5070 y-yp 0.70038 0.08724 0.01860 -5.86520 0.190086 0.2201 1.2841 phi-w 13.55687 0.52228 0.11736 -0.03247 3342.27751719.8053 0.0000 Transport finished element 30: 3. Quad 0 86082 x-xp 1.72879 0.10266 0.02249 -6.47344 0.195562 0.2454 1.1427 -45.0000 -63.4778 2.5000 2.5070 y-yp 0.71475 0.08692 0.01839 8.25636 0.173827 0.2092 1.2115 phi-w 13.16825 0.51954 0.11753 0.11171 3344.30796619.8258 0.0000 Transport finished element 31: 1. Drift 0 86082 x-xp 1.76434 0.10332 0.02275 -7.20466 0.239577 0.2732 1.2507 -45.0000 -64.3929 2.5000 2.5070 y-yp 0.74134 0.08689 0.01831 6.88864 0.122986 0.1756 1.0089 phi-w 12.95292 0.51688 0.11758 0.18747 3356.22787819.8656 0.0000 Transport finished element 32: 3. Quad 0 86082 x-xp 1.94883 0.10550 0.02330 4.93510 0.249404 0.2821 1.2535 -45.0000 -64.3928 2.5000 2.5070 y-yp 0.80946 0.08666 0.01821 1.16595 0.075397 0.1371 0.7647 phi-w 12.51825 0.52053 0.11761 0.34005 3401.39870820.0013 0.0000 Transport finished element 33: 1. Drift 0 86082 x-xp 2.00673 0.10698 0.02390 3.91782 0.176046 0.2400 1.0153 -45.0000 -65.7015 2.5000 2.5070 y-yp 0.87709 0.08636 0.01815 0.83881 0.060215 0.1223 0.6540 phi-w 11.86975 0.52554 0.11755 0.53943 3492.49262620.2617 0.0000 RF gap....wsync MeV= 2.5000 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00061 -0.03370 0.00096 -0.05805 -45.004 2.507 Transport finished element 34: 2. Buncher 0 86082 x-xp 1.94982 0.10729 0.02375 3.02029 0.177141 0.2400 1.0153 -45.0000 -65.7015 2.5000 2.5070 y-yp 0.85568 0.08626 0.01815 0.52976 0.060217 0.1223 0.6540 phi-w 12.92219 0.52184 0.11795 -2.14922 3480.52051820.2617 0.0000 Transport finished element 35: 1. Drift 0 86082 x-xp 1.95680 0.11008 0.02467 1.81736 0.097684 0.1817 0.6307 -45.0000 -67.1744 2.5000 2.5070 y-yp 0.99636 0.08700 0.01815 -0.01435 0.052167 0.1139 0.5154 phi-w 10.97525 0.52495 0.11710 -1.48764 2758.11108917.9716 0.0000 Transport finished element 36: 1. Drift 0 86082 x-xp 1.91147 0.11163 0.02511 0.77581 0.051843 0.1335 0.4092 -45.0000 -68.7364 2.5000 2.5070 y-yp 0.99674 0.08929 0.01840 -0.73208 0.063899 0.1269 0.5044 phi-w 7.89626 0.52159 0.11621 -0.76394 2257.62525716.1972 0.0000 Transport finished element 37: 1. Drift 0 86082 x-xp 1.75893 0.11258 0.02509 -0.02595 0.039197 0.1161 0.4911 -45.0000 -70.3076 2.5000 2.5070 y-yp 0.94067 0.09318 0.01919 -1.67276 0.101835 0.1636 0.6061 phi-w 7.06215 0.52144 0.11609 -0.09514 2064.18964415.4799 0.0000 Transport finished element 38: 1. Drift 0 86082 x-xp 1.53822 0.11322 0.02469 -0.53425 0.046528 0.1254 0.7253 -45.0000 -71.4158 2.5000 2.5070 y-yp 0.93365 0.09710 0.02013 -2.41273 0.144671 0.1997 0.6882 phi-w 6.62636 0.51900 0.11601 0.31105 2100.66122515.6109 0.0000 Transport finished element 39: 3. Quad 0 86082 x-xp 1.43421 0.11354 0.02433 -3.69597 0.070905 0.1537 0.9650 -45.0000 -71.4160 2.5000 2.5070 y-yp 0.92574 0.09894 0.02065 3.65201 0.132286 0.1934 0.6480 phi-w 6.86187 0.52017 0.11584 0.50519 2169.59471915.8531 0.0000 Transport finished element 40: 1. Drift 0 86081 x-xp 1.24033 0.11409 0.02356 -5.94658 0.159824 0.2271 1.4172 -45.0000 -72.8495 2.5000 2.5070 y-yp 0.87780 0.10142 0.02119 2.48557 0.075320 0.1479 0.4721 phi-w 7.08922 0.51681 0.11533 0.78733 2331.21151516.3969 0.0000 Transport finished element 41: 3. Quad 0 86080 x-xp 1.14608 0.11428 0.02298 5.59954 0.167340 0.2295 1.4302 -45.0000 -72.8493 2.5000 2.5070 y-yp 0.81735 0.10250 0.02140 -2.76051 0.076198 0.1494 0.4680 phi-w 7.18792 0.51393 0.11485 0.98644 2484.12036816.8909 0.0000 Transport finished element 42: 1. Drift 0 86080 x-xp 1.01756 0.11470 0.02247 4.15216 0.097655 0.1734 1.0974 -45.0000 -74.1207 2.5000 2.5070 y-yp 0.77903 0.10353 0.02159 -3.74499 0.123680 0.1912 0.6055 phi-w 7.25756 0.50958 0.11424 1.24585 2717.47245217.6196 0.0000 RF gap....wsync MeV= 2.5000 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00217 0.07737 -0.00276 -0.10873 -45.002 2.507 Transport finished element 43: 2. Buncher 0 86080 x-xp 1.10745 0.11383 0.02249 3.10878 0.097569 0.1734 1.0974 -45.0000 -74.1207 2.5000 2.5070 y-yp 0.81823 0.10430 0.02161 -5.06057 0.123578 0.1912 0.6055 phi-w 7.58161 0.50199 0.11316 -3.16821 2743.36495717.6196 0.0000 Transport finished element 44: 1. Drift 0 86080 x-xp 1.00805 0.11359 0.02213 2.25026 0.058981 0.1337 0.8689 -45.0000 -74.7843 2.5000 2.5070 y-yp 0.77858 0.10525 0.02178 -6.83206 0.210760 0.2507 0.8248 phi-w 7.61629 0.49984 0.11257 -2.63781 2185.18169415.6836 0.0000 Transport finished element 45: 3. Quad 0 86080 x-xp 1.11059 0.11304 0.02188 -2.11309 0.058793 0.1327 0.8703 -45.0000 -74.7841 2.5000 2.5070 y-yp 0.73178 0.10619 0.02194 8.49122 0.196865 0.2432 0.8219 phi-w 7.64156 0.49836 0.11202 -2.23444 1802.25948114.2090 0.0000 Transport finished element 46: 1. Drift 0 86080 x-xp 1.28960 0.11182 0.02139 -3.16314 0.104632 0.1751 1.1424 -45.0000 -76.0863 2.5000 2.5070 y-yp 0.72449 0.10714 0.02211 5.20190 0.081214 0.1568 0.5593 phi-w 7.71473 0.49345 0.11095 -1.70700 1380.30651012.3753 0.0000 Transport finished element 47: 3. Quad 0 86080 x-xp 1.42838 0.11036 0.02110 0.95467 0.120989 0.1870 1.2102 -45.0000 -76.0858 2.5000 2.5069 y-yp 0.70435 0.10770 0.02217 1.62442 0.042556 0.1137 0.4297 phi-w 7.81102 0.48846 0.10986 -1.33877 1147.72975511.2288 0.0000 Transport finished element 48: 1. Drift 0 86080 x-xp 2.23896 0.10866 0.02408 -0.07464 0.090535 0.1728 0.9805 -45.0000 -78.2920 2.5000 2.5069 y-yp 0.63489 0.10511 0.02144 -0.18626 0.016931 0.0705 0.3548 phi-w 7.00624 0.47451 0.10532 -0.19586 793.648375 9.1428 0.0000 Transport finished element 49: 3. Quad 0 86080 x-xp 2.36489 0.10985 0.02468 2.26387 0.084427 0.1689 0.9381 -45.0000 -78.2920 2.5000 2.5069 y-yp 0.61551 0.10448 0.02127 -0.85980 0.018866 0.0741 0.3689 phi-w 6.74107 0.47282 0.10501 -0.09558 789.288766 9.1039 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by 111.6562 (Deg) :Equivalent length: 1.6821 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to -111.6562 ************************************************************** ========================================================================================================================================================================= --Structure 1 End of Run 1--- ========================================================================================================================================================================= Structure 2 60 402.5 402.5 -111.7 title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 1 *************************************** ForceReadDTL DTL 1 -60 -45.0 1.13 0.00410 3.80 0 0. 3. -3. 3.5 5 5 11 0. 1.25 0. 0 0. 0 1 1 2 0 0 -25 0 0 0 0 ; shift the ends for smooth longitudinal: phases at the end of cell! phaselaw 1 3 58 60 -30.4361 -32.8243 -35.2124 change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/10/2004 ; end wall PMQs are set to design values ;Change 2 -1 -3.720e+3 2 3.7348e+3 3 3.7355e+3 5 -3.7339e+3 6 -3.7338e+3 8 3.7296e+3 ;Change 2 9 3.7311e+3 11 -3.7297e+3 12 -3.729e+3 14 3.7307e+3 15 3.7345e+3 17 -3.7274e+3 ;Change 2 18 -3.7261e+3 20 3.727e+3 21 3.7272e+3 23 -3.7256e+3 24 -3.7264e+3 26 3.7203e+3 ;Change 2 27 3.7263e+3 29 -3.7268e+3 30 -3.7276e+3 32 3.7239e+3 33 3.7233e+3 35 -3.72e+3 ;Change 2 36 -3.7203e+3 38 3.7229e+3 39 3.7185e+3 41 -3.7211e+3 42 -3.7193e+3 44 3.7224e+3 ;Change 2 45 3.7219e+3 47 -3.721e+3 48 -3.7205e+3 50 3.7197e+3 51 3.7196e+3 53 -3.7224e+3 ;Change 2 54 -3.7201e+3 56 3.7181e+3 57 3.7246e+3 59 -3.7187e+3 60 -3.720e+3 ; 12/2/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 [Phase LinearLngRamp] RampStart cell= 3 with RampStartPhase= 0.000 Deg psi (Bucket Phase Width) = 138.000000000000 deg (Excluding beam power) tank 1, Cu power= 0.34645 MW change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/10/2004 ; end wall PMQs are set to design values ;Change 2 -1 -3.720e+3 2 3.7348e+3 3 3.7355e+3 5 -3.7339e+3 6 -3.7338e+3 8 3.7296e+3 ;Change 2 9 3.7311e+3 11 -3.7297e+3 12 -3.729e+3 14 3.7307e+3 15 3.7345e+3 17 -3.7274e+3 ;Change 2 18 -3.7261e+3 20 3.727e+3 21 3.7272e+3 23 -3.7256e+3 24 -3.7264e+3 26 3.7203e+3 ;Change 2 27 3.7263e+3 29 -3.7268e+3 30 -3.7276e+3 32 3.7239e+3 33 3.7233e+3 35 -3.72e+3 ;Change 2 36 -3.7203e+3 38 3.7229e+3 39 3.7185e+3 41 -3.7211e+3 42 -3.7193e+3 44 3.7224e+3 ;Change 2 45 3.7219e+3 47 -3.721e+3 48 -3.7205e+3 50 3.7197e+3 51 3.7196e+3 53 -3.7224e+3 ;Change 2 54 -3.7201e+3 56 3.7181e+3 57 3.7246e+3 59 -3.7187e+3 60 -3.720e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 415.232 (cm) 60 cells power= 0.466 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 2.5000 0.07281 1.750 -3.7000 ( 0.00000) 365.05000 1 2.5253 0.07318 5.4326 0.5835 0.0961 0.5652 0.0259 3.500 0.0000 1.1300 1.1300 -45.000 -45.000 370.48257 370.48257 2 2.5515 0.07356 5.4601 0.5861 0.0957 0.5643 0.0263 3.500 3.7000 1.1552 1.1552 -45.000 -45.000 375.94271 375.94271 3 2.5785 0.07394 5.4894 0.5886 0.0952 0.5633 0.0267 3.500 3.7000 1.1806 1.1806 -44.939 -44.939 381.43212 381.43212 4 2.6064 0.07434 5.5210 0.5910 0.0948 0.5624 0.0269 3.500 0.0000 1.2061 1.2061 -44.716 -44.716 386.95313 386.95313 5 2.6353 0.07475 5.5511 0.5938 0.0943 0.5614 0.0273 3.500 -3.7000 1.2317 1.2317 -44.489 -44.489 392.50421 392.50421 6 2.6652 0.07517 5.5821 0.5967 0.0939 0.5603 0.0277 3.500 -3.7000 1.2575 1.2575 -44.257 -44.257 398.08627 398.08627 7 2.6962 0.07561 5.6140 0.5995 0.0934 0.5593 0.0281 3.500 0.0000 1.2835 1.2835 -44.021 -44.021 403.70024 403.70024 8 2.7283 0.07605 5.6468 0.6023 0.0930 0.5582 0.0286 3.500 3.7000 1.3095 1.3095 -43.780 -43.780 409.34704 409.34704 9 2.7615 0.07651 5.6806 0.6053 0.0925 0.5571 0.0290 3.500 3.7000 1.3358 1.3358 -43.535 -43.535 415.02764 415.02764 10 2.7959 0.07699 5.7154 0.6083 0.0920 0.5559 0.0295 3.500 0.0000 1.3622 1.3622 -43.286 -43.286 420.74302 420.74302 11 2.8316 0.07747 5.7512 0.6114 0.0915 0.5548 0.0299 3.500 -3.7000 1.3887 1.3887 -43.032 -43.032 426.49419 426.49419 12 2.8684 0.07797 5.7880 0.6146 0.0910 0.5535 0.0304 3.500 -3.7000 1.4155 1.4155 -42.774 -42.774 432.28219 432.28219 13 2.9066 0.07849 5.8259 0.6177 0.0905 0.5523 0.0308 3.500 0.0000 1.4424 1.4424 -42.511 -42.511 438.10805 438.10805 14 2.9461 0.07902 5.8648 0.6209 0.0899 0.5510 0.0313 3.500 3.7000 1.4695 1.4695 -42.245 -42.245 443.97286 443.97286 15 2.9871 0.07956 5.9049 0.6241 0.0894 0.5497 0.0317 3.500 3.7000 1.4967 1.4967 -41.974 -41.974 449.87771 449.87771 16 3.0294 0.08012 5.9460 0.6275 0.0888 0.5483 0.0322 3.500 0.0000 1.5242 1.5242 -41.699 -41.699 455.82374 455.82374 17 3.0733 0.08070 5.9884 0.6308 0.0883 0.5470 0.0327 3.500 -3.7000 1.5518 1.5518 -41.420 -41.420 461.81210 461.81210 18 3.1187 0.08129 6.0319 0.6342 0.0877 0.5456 0.0331 3.500 -3.7000 1.5797 1.5797 -41.137 -41.137 467.84397 467.84397 19 3.1657 0.08189 6.0766 0.6376 0.0871 0.5441 0.0336 3.500 0.0000 1.6077 1.6077 -40.850 -40.850 473.92053 473.92053 20 3.2144 0.08252 6.1225 0.6411 0.0865 0.5426 0.0341 3.500 3.7000 1.6360 1.6360 -40.559 -40.559 480.04304 480.04304 21 3.2648 0.08316 6.1697 0.6446 0.0859 0.5411 0.0345 3.500 3.7000 1.6644 1.6644 -40.264 -40.264 486.21274 486.21274 22 3.3170 0.08382 6.2182 0.6481 0.0853 0.5396 0.0350 3.500 0.0000 1.6931 1.6931 -39.965 -39.965 492.43093 492.43093 23 3.3710 0.08449 6.2680 0.6517 0.0847 0.5380 0.0355 3.500 -3.7000 1.7221 1.7221 -39.663 -39.663 498.69891 498.69891 24 3.4270 0.08519 6.3191 0.6553 0.0841 0.5364 0.0359 3.500 -3.7000 1.7512 1.7512 -39.358 -39.358 505.01803 505.01803 25 3.4849 0.08590 6.3716 0.6588 0.0835 0.5348 0.0364 3.500 0.0000 1.7806 1.7806 -39.048 -39.048 511.38965 511.38965 26 3.5449 0.08663 6.4255 0.6623 0.0829 0.5332 0.0369 3.500 3.7000 1.8103 1.8103 -38.736 -38.736 517.81517 517.81517 27 3.6069 0.08738 6.4808 0.6659 0.0822 0.5316 0.0373 3.500 3.7000 1.8402 1.8402 -38.420 -38.420 524.29601 524.29601 28 3.6712 0.08816 6.5376 0.6695 0.0816 0.5299 0.0378 3.500 0.0000 1.8703 1.8703 -38.101 -38.101 530.83361 530.83361 29 3.7378 0.08895 6.5959 0.6732 0.0809 0.5281 0.0382 3.500 -3.7000 1.9007 1.9007 -37.780 -37.780 537.42948 537.42948 30 3.8067 0.08976 6.6556 0.6769 0.0803 0.5263 0.0387 3.500 -3.7000 1.9314 1.9314 -37.455 -37.455 544.08512 544.08512 31 3.8781 0.09059 6.7170 0.6807 0.0796 0.5245 0.0391 3.500 0.0000 1.9624 1.9624 -37.127 -37.127 550.80210 550.80210 32 3.9520 0.09144 6.7799 0.6844 0.0789 0.5226 0.0396 3.500 3.7000 1.9937 1.9937 -36.797 -36.797 557.58200 557.58200 33 4.0286 0.09232 6.8444 0.6882 0.0782 0.5207 0.0400 3.500 3.7000 2.0252 2.0252 -36.464 -36.464 564.42643 564.42643 34 4.1079 0.09322 6.9106 0.6920 0.0775 0.5188 0.0404 3.500 0.0000 2.0571 2.0571 -36.128 -36.128 571.33705 571.33705 35 4.1900 0.09414 6.9785 0.6957 0.0768 0.5169 0.0409 3.500 -3.7000 2.0893 2.0893 -35.791 -35.791 578.31552 578.31552 36 4.2750 0.09508 7.0480 0.6996 0.0761 0.5149 0.0413 3.500 -3.7000 2.1218 2.1218 -35.451 -35.451 585.36357 585.36357 37 4.3631 0.09605 7.1194 0.7034 0.0754 0.5128 0.0417 3.500 0.0000 2.1546 2.1546 -35.109 -35.109 592.48295 592.48295 38 4.4543 0.09704 7.1925 0.7074 0.0746 0.5106 0.0421 3.500 3.7000 2.1877 2.1877 -34.765 -34.765 599.67544 599.67544 39 4.5489 0.09806 7.2675 0.7114 0.0738 0.5084 0.0425 3.500 3.7000 2.2212 2.2212 -34.419 -34.419 606.94289 606.94289 40 4.6468 0.09910 7.3443 0.7151 0.0731 0.5064 0.0429 3.500 0.0000 2.2551 2.2551 -34.072 -34.072 614.28715 614.28715 41 4.7482 0.10017 7.4229 0.7189 0.0724 0.5042 0.0432 3.500 -3.7000 2.2893 2.2893 -33.723 -33.723 621.71008 621.71008 42 4.8532 0.10126 7.5035 0.7229 0.0716 0.5018 0.0436 3.500 -3.7000 2.3238 2.3238 -33.373 -33.373 629.21362 629.21362 43 4.9621 0.10238 7.5861 0.7270 0.0707 0.4993 0.0440 3.500 0.0000 2.3588 2.3588 -33.021 -33.021 636.79976 636.79976 44 5.0749 0.10353 7.6708 0.7313 0.0699 0.4966 0.0443 3.500 3.7000 2.3941 2.3941 -32.669 -32.669 644.47054 644.47054 45 5.1919 0.10471 7.7575 0.7356 0.0690 0.4939 0.0447 3.500 3.7000 2.4299 2.4299 -32.315 -32.315 652.22804 652.22804 46 5.3131 0.10591 7.8463 0.7399 0.0681 0.4912 0.0450 3.500 0.0000 2.4660 2.4660 -31.960 -31.960 660.07438 660.07438 47 5.4387 0.10715 7.9373 0.7439 0.0673 0.4886 0.0453 3.500 -3.7000 2.5026 2.5026 -31.605 -31.605 668.01171 668.01171 48 5.5688 0.10841 8.0305 0.7479 0.0665 0.4859 0.0456 3.500 -3.7000 2.5396 2.5396 -31.249 -31.249 676.04218 676.04218 49 5.7037 0.10970 8.1258 0.7521 0.0656 0.4832 0.0459 3.500 0.0000 2.5770 2.5770 -30.892 -30.892 684.16801 684.16801 50 5.8435 0.11103 8.2235 0.7561 0.0648 0.4805 0.0462 3.500 3.7000 2.6149 2.6149 -30.536 -30.536 692.39147 692.39147 51 5.9883 0.11238 8.3233 0.7599 0.0640 0.4779 0.0465 3.500 3.7000 2.6532 2.6532 -30.179 -30.179 700.71480 700.71480 52 6.1383 0.11377 8.4255 0.7637 0.0631 0.4752 0.0468 3.500 0.0000 2.6920 2.6920 -29.823 -29.823 709.14031 709.14031 53 6.2938 0.11518 8.5300 0.7677 0.0623 0.4725 0.0470 3.500 -3.7000 2.7313 2.7313 -29.467 -29.467 717.67035 717.67035 54 6.4548 0.11663 8.6369 0.7714 0.0615 0.4699 0.0472 3.500 -3.7000 2.7710 2.7710 -29.111 -29.111 726.30727 726.30727 55 6.6215 0.11812 8.7462 0.7750 0.0607 0.4673 0.0475 3.500 0.0000 2.8113 2.8113 -28.756 -28.756 735.05348 735.05348 56 6.7943 0.11963 8.8579 0.7786 0.0599 0.4647 0.0477 3.500 3.7000 2.8521 2.8521 -28.402 -28.402 743.91141 743.91141 57 6.9732 0.12118 8.9721 0.7823 0.0591 0.4621 0.0479 3.500 3.7000 2.8934 2.8934 -28.048 -28.048 752.88351 752.88351 58 7.1555 0.12273 9.0189 0.7892 0.0588 0.4588 0.0529 3.500 0.0000 2.9350 2.9350 -30.436 -30.436 761.90246 761.90246 59 7.3389 0.12428 9.1333 0.7923 0.0581 0.4564 0.0531 3.500 -3.7000 2.9771 2.9771 -32.824 -32.824 771.03575 771.03575 60 7.5230 0.12581 9.2467 0.7954 0.0574 0.4540 0.0533 3.500 -3.7000 3.0197 3.0197 -35.212 -35.212 780.28247 780.28247 elimit 50 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86080 Oldcurrent= 34.4364 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4364 (mA) Average beam current= 34.4364 (mA) readdist ncell= 60 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0247 2.3649 2.2639 84.4271 2 0.0213 0.6155 -0.8598 18.8661 3 0.1050 6.7411 -0.0956 789.2888 start 1 stop 60 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4363893624038 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00089 0.06409 0.00067 0.11048 -45.040 2.507 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00089 0.06409 0.00067 0.11048 -45.040 2.507 *** ORNL April 26,2001 Design*** .DTL. Tank 1 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86080 x-xp 2.50209 0.11352 0.02650 2.79817 0.044119 0.1262 0.6230 -45.0000 -45.5252 2.5253 2.5069 y-yp 0.58454 0.10424 0.02063 -2.65287 0.040499 0.1067 0.5491 phi-w 7.16326 0.47403 0.10436 -0.12836 770.314009 8.9661 0.0000 2 86080 x-xp 2.54556 0.11672 0.02771 0.91117 0.020937 0.0887 0.3054 -45.0000 -45.9836 2.5515 2.5321 y-yp 0.70971 0.10617 0.02008 -2.17567 0.076565 0.1444 0.7466 phi-w 9.19807 0.47467 0.10434 -0.15819 742.541083 8.8021 0.0000 3 86080 x-xp 2.47578 0.11779 0.02817 -0.68525 0.019656 0.0864 0.2729 -44.9388 -46.3388 2.5785 2.5578 y-yp 0.89583 0.10982 0.02015 1.69229 0.079693 0.1472 0.7476 phi-w 10.94608 0.48332 0.10484 -0.18262 707.790731 8.6142 0.0000 4 86080 x-xp 2.50741 0.11926 0.02828 -2.25265 0.037671 0.1195 0.4523 -44.7158 -46.4767 2.6064 2.5842 y-yp 1.05177 0.11281 0.02071 2.47742 0.046993 0.1143 0.5516 phi-w 11.90825 0.48192 0.10554 -0.20200 669.406676 8.4051 0.0000 5 86080 x-xp 2.41824 0.12008 0.02825 -1.72397 0.067058 0.1590 0.7195 -44.4885 -46.5429 2.6353 2.6113 y-yp 1.12121 0.11433 0.02124 0.69615 0.026326 0.0864 0.3590 phi-w 11.89749 0.48790 0.10594 -0.21841 631.222588 8.1774 0.0000 6 86080 x-xp 2.32928 0.12264 0.02819 1.56239 0.068616 0.1602 0.8015 -44.2568 -46.5291 2.6652 2.6392 y-yp 1.09377 0.11500 0.02154 -1.24958 0.028898 0.0909 0.3147 phi-w 11.80500 0.48967 0.10588 -0.22933 594.638475 7.9347 0.0000 7 86080 x-xp 2.17857 0.12506 0.02808 2.21384 0.040726 0.1228 0.6801 -44.0206 -46.4285 2.6962 2.6681 y-yp 1.07202 0.11511 0.02172 -3.45557 0.057795 0.1287 0.4200 phi-w 11.97856 0.48887 0.10538 -0.23005 560.297882 7.6839 0.0000 8 86080 x-xp 1.99937 0.12635 0.02780 0.64677 0.022949 0.0915 0.5703 -43.7800 -46.2367 2.7283 2.6978 y-yp 1.08380 0.11541 0.02205 -2.49433 0.101330 0.1711 0.5466 phi-w 11.83137 0.48846 0.10459 -0.21880 528.656596 7.4359 0.0000 9 86080 x-xp 1.81051 0.12582 0.02719 -1.11240 0.025892 0.0958 0.6515 -43.5349 -45.9547 2.7615 2.7286 y-yp 1.12132 0.11740 0.02272 2.36444 0.099303 0.1715 0.5415 phi-w 11.30142 0.48946 0.10379 -0.19435 499.857987 7.2028 0.0000 10 86080 x-xp 1.60776 0.12592 0.02616 -3.25418 0.054794 0.1362 0.9891 -43.2855 -45.5849 2.7959 2.7605 y-yp 1.14735 0.12041 0.02353 3.15434 0.055077 0.1296 0.4034 phi-w 10.64561 0.48888 0.10314 -0.15646 474.750575 6.9977 0.0000 11 86070 x-xp 1.30931 0.12349 0.02489 -2.51419 0.102616 0.1813 1.2379 -43.0317 -45.1311 2.8316 2.7936 y-yp 1.12407 0.12288 0.02412 1.04820 0.027734 0.0928 0.3027 phi-w 10.02699 0.48607 0.10277 -0.10539 454.365508 6.8334 0.0000 12 86070 x-xp 1.83640 0.12085 0.02415 2.47493 0.107200 0.1819 1.2466 -42.7736 -44.6056 2.8684 2.8280 y-yp 1.01612 0.12481 0.02441 -0.83959 0.026554 0.0910 0.3515 phi-w 9.53812 0.48695 0.10279 -0.04443 439.771344 6.7233 0.0000 13 86070 x-xp 2.33260 0.11724 0.02411 3.46924 0.061750 0.1375 0.9362 -42.5112 -44.0178 2.9066 2.8639 y-yp 0.88099 0.12573 0.02448 -2.68115 0.049636 0.1242 0.5742 phi-w 9.24799 0.49104 0.10281 0.01811 433.043092 6.6724 0.0000 14 86070 x-xp 2.64630 0.11605 0.02448 1.20962 0.031117 0.0980 0.6362 -42.2446 -43.3785 2.9461 2.9011 y-yp 0.74996 0.12623 0.02445 -1.94450 0.086455 0.1633 0.8022 phi-w 9.12906 0.49279 0.10253 0.07531 434.946043 6.6778 0.0000 15 86070 x-xp 2.70499 0.11491 0.02489 -0.77403 0.028595 0.0944 0.5326 -41.9737 -42.7024 2.9871 2.9398 y-yp 0.70167 0.12675 0.02442 2.01614 0.086659 0.1628 0.8214 phi-w 9.11401 0.49322 0.10211 0.12381 443.619205 6.7304 0.0000 16 86070 x-xp 2.64887 0.11440 0.02527 -2.54631 0.050741 0.1263 0.5980 -41.6988 -42.0046 3.0294 2.9802 y-yp 0.68804 0.12704 0.02438 2.71298 0.049771 0.1229 0.6273 phi-w 9.14149 0.49563 0.10175 0.16122 456.844023 6.8180 0.0000 17 86070 x-xp 2.70909 0.11481 0.02582 -1.71529 0.084334 0.1640 0.6833 -41.4197 -41.2997 3.0733 3.0223 y-yp 0.65493 0.12600 0.02425 0.87097 0.026307 0.0888 0.4412 phi-w 9.16861 0.49559 0.10161 0.18661 472.330199 6.9277 0.0000 18 86070 x-xp 2.68319 0.11712 0.02667 1.95239 0.080184 0.1619 0.6126 -41.1366 -40.6049 3.1187 3.0661 y-yp 0.71535 0.12458 0.02396 -0.94798 0.027162 0.0893 0.3925 phi-w 9.17781 0.49526 0.10182 0.19631 487.606800 7.0460 0.0000 19 86070 x-xp 2.52545 0.11892 0.02754 2.42189 0.043435 0.1206 0.4413 -40.8496 -39.9353 3.1657 3.1117 y-yp 0.80719 0.12272 0.02347 -2.92899 0.054256 0.1245 0.5452 phi-w 9.15344 0.49537 0.10241 0.18467 500.272614 7.1576 0.0000 20 86070 x-xp 2.31946 0.12029 0.02801 0.74968 0.021728 0.0857 0.4184 -40.5587 -39.3043 3.2144 3.1592 y-yp 0.91978 0.12000 0.02297 -2.21945 0.098491 0.1653 0.7394 phi-w 9.09130 0.49528 0.10330 0.15221 508.337556 7.2465 0.0000 21 86070 x-xp 2.19943 0.12091 0.02808 -0.81425 0.022175 0.0864 0.5878 -40.2640 -38.7259 3.2648 3.2086 y-yp 1.02938 0.11788 0.02271 2.16622 0.100809 0.1656 0.7405 phi-w 9.00769 0.49730 0.10443 0.10371 510.328351 7.3002 0.0000 22 86070 x-xp 2.10368 0.12024 0.02783 -2.52539 0.045494 0.1227 0.9450 -39.9655 -38.2106 3.3170 3.2600 y-yp 1.11109 0.11640 0.02269 3.00583 0.058224 0.1253 0.5482 phi-w 8.91844 0.49912 0.10565 0.04481 505.751112 7.3099 0.0000 23 86067 x-xp 1.86216 0.11875 0.02730 -2.02191 0.084717 0.1651 1.0782 -39.6634 -37.7644 3.3710 3.3134 y-yp 1.13328 0.11573 0.02271 1.00292 0.030457 0.0903 0.3639 phi-w 8.83403 0.50275 0.10673 -0.01780 495.246032 7.2703 0.0000 24 86067 x-xp 1.59466 0.11791 0.02674 1.69554 0.089702 0.1675 1.1250 -39.3577 -37.3955 3.4270 3.3688 y-yp 1.12353 0.11589 0.02262 -0.90669 0.030215 0.0894 0.3181 phi-w 8.76024 0.50520 0.10760 -0.07713 479.701178 7.1844 0.0000 25 86067 x-xp 1.39249 0.11772 0.02629 2.53826 0.054496 0.1289 0.8829 -39.0485 -37.1052 3.4849 3.4263 y-yp 1.15954 0.11672 0.02238 -2.84725 0.057778 0.1225 0.4640 phi-w 8.68765 0.50703 0.10820 -0.12953 459.977886 7.0548 0.0000 26 86067 x-xp 1.24296 0.11785 0.02592 0.77324 0.031020 0.0962 0.6570 -38.7360 -36.8913 3.5449 3.4858 y-yp 1.19153 0.11821 0.02214 -2.05940 0.101830 0.1610 0.6474 phi-w 8.85515 0.50793 0.10858 -0.17078 436.974929 6.8882 0.0000 27 86067 x-xp 1.28536 0.11697 0.02548 -1.20169 0.034164 0.0996 0.6593 -38.4203 -36.7507 3.6069 3.5473 y-yp 1.15968 0.11984 0.02221 2.16867 0.101384 0.1602 0.6626 phi-w 8.61198 0.50662 0.10884 -0.19755 411.727494 6.6941 0.0000 28 86067 x-xp 1.38700 0.11600 0.02496 -3.47310 0.069368 0.1399 0.9178 -38.1014 -36.6766 3.6712 3.6110 y-yp 1.07997 0.12154 0.02256 2.85054 0.056686 0.1202 0.5060 phi-w 8.34613 0.50450 0.10890 -0.20904 386.023121 6.4837 0.0000 29 86067 x-xp 1.65098 0.11430 0.02464 -2.53177 0.124640 0.1854 1.2076 -37.7795 -36.6596 3.7378 3.6767 y-yp 0.97322 0.12329 0.02287 0.92372 0.028785 0.0859 0.3572 phi-w 8.17718 0.50359 0.10865 -0.20560 361.737570 6.2692 0.0000 30 86067 x-xp 2.15765 0.11416 0.02499 2.54852 0.123312 0.1849 1.1788 -37.4547 -36.6900 3.8067 3.7446 y-yp 0.87565 0.12411 0.02300 -0.85807 0.028465 0.0852 0.4182 phi-w 8.05611 0.50394 0.10838 -0.18716 339.197853 6.0633 0.0000 31 86067 x-xp 2.63603 0.11443 0.02590 3.34142 0.067333 0.1385 0.8387 -37.1271 -36.7529 3.8781 3.8147 y-yp 0.77249 0.12419 0.02296 -2.70103 0.055482 0.1183 0.6430 phi-w 8.05053 0.50433 0.10808 -0.15673 319.628021 5.8775 0.0000 32 86067 x-xp 2.82900 0.11395 0.02679 1.13232 0.032657 0.0976 0.5071 -36.7967 -36.8284 3.9520 3.8868 y-yp 0.70605 0.12379 0.02291 -2.07306 0.099595 0.1576 0.8754 phi-w 8.22895 0.50095 0.10737 -0.11894 304.875658 5.7213 0.0000 33 86067 x-xp 2.82136 0.11384 0.02734 -0.72517 0.029878 0.0939 0.3715 -36.4638 -36.8985 4.0286 3.9611 y-yp 0.74281 0.12362 0.02303 1.82686 0.101556 0.1588 0.8767 phi-w 8.65795 0.49967 0.10623 -0.07837 295.220711 5.6000 0.0000 34 86067 x-xp 2.66785 0.11467 0.02754 -2.43831 0.054750 0.1269 0.4857 -36.1284 -36.9456 4.1079 4.0376 y-yp 0.86781 0.12453 0.02328 2.56514 0.059508 0.1216 0.6467 phi-w 9.29354 0.49606 0.10478 -0.04152 290.080691 5.5132 0.0000 35 86067 x-xp 2.36600 0.11343 0.02764 -1.77448 0.095062 0.1667 0.6639 -35.7906 -36.9524 4.1900 4.1165 y-yp 1.01457 0.12523 0.02342 0.73576 0.033208 0.0907 0.4247 phi-w 9.98850 0.48833 0.10320 -0.01353 288.313844 5.4548 0.0000 36 86067 x-xp 2.30316 0.11272 0.02789 1.79211 0.094589 0.1662 0.6679 -35.4507 -36.9059 4.2750 4.1977 y-yp 1.14304 0.12487 0.02337 -1.25746 0.036757 0.0948 0.3843 phi-w 10.42464 0.48784 0.10181 0.00170 287.999070 5.4149 0.0000 37 86067 x-xp 2.22376 0.11258 0.02824 2.38083 0.053746 0.1254 0.5484 -35.1088 -36.7939 4.3631 4.2816 y-yp 1.24683 0.12400 0.02319 -3.59055 0.075703 0.1349 0.5574 phi-w 10.18359 0.48391 0.10090 0.00152 286.986900 5.3812 0.0000 38 86067 x-xp 2.07939 0.11389 0.02843 0.70800 0.028676 0.0914 0.4950 -34.7649 -36.6067 4.4543 4.3682 y-yp 1.30813 0.12299 0.02303 -2.73749 0.138306 0.1808 0.7508 phi-w 10.12469 0.48327 0.10053 -0.01048 283.982807 5.3430 0.0000 39 86067 x-xp 1.87317 0.11226 0.02830 -1.01165 0.030948 0.0943 0.6037 -34.4192 -36.3406 4.5489 4.4576 y-yp 1.30344 0.12191 0.02311 2.44759 0.141096 0.1819 0.7515 phi-w 10.38816 0.48690 0.10062 -0.02814 278.538296 5.2939 0.0000 40 86067 x-xp 1.71060 0.11255 0.02782 -3.00269 0.064618 0.1343 0.9078 -34.0717 -35.9939 4.6468 4.5503 y-yp 1.24951 0.12109 0.02336 3.45661 0.081097 0.1379 0.5630 phi-w 9.75013 0.48526 0.10095 -0.04685 271.107405 5.2315 0.0000 41 86067 x-xp 1.51785 0.11153 0.02712 -2.37418 0.121284 0.1808 1.2337 -33.7229 -35.5671 4.7482 4.6461 y-yp 1.20690 0.12040 0.02358 1.15890 0.042406 0.0997 0.3913 phi-w 8.31287 0.48880 0.10133 -0.06069 262.510280 5.1575 0.0000 42 86066 x-xp 1.33267 0.11112 0.02654 2.08309 0.127591 0.1824 1.2436 -33.3727 -35.0670 4.8532 4.7454 y-yp 1.21176 0.11962 0.02367 -1.00687 0.041568 0.0983 0.3608 phi-w 6.54144 0.49012 0.10184 -0.06529 253.112049 5.0770 0.0000 43 86066 x-xp 1.41536 0.11125 0.02622 3.05730 0.075672 0.1388 0.9473 -33.0212 -34.5026 4.9621 4.8486 y-yp 1.23154 0.11889 0.02363 -3.13860 0.077873 0.1337 0.5511 phi-w 5.99117 0.48925 0.10245 -0.06124 243.760154 4.9972 0.0000 44 86066 x-xp 1.70180 0.11199 0.02599 1.00988 0.041050 0.1012 0.6834 -32.6686 -33.8836 5.0749 4.9556 y-yp 1.19618 0.11753 0.02355 -2.20160 0.135581 0.1751 0.7593 phi-w 5.89232 0.48920 0.10294 -0.04892 235.540505 4.9241 0.0000 45 86066 x-xp 1.95009 0.11246 0.02575 -1.06838 0.042073 0.1014 0.6556 -32.3149 -33.2243 5.1919 5.0669 y-yp 1.16114 0.11617 0.02360 2.45994 0.133860 0.1732 0.7653 phi-w 5.89858 0.48988 0.10339 -0.02793 228.837165 4.8642 0.0000 46 86066 x-xp 2.09994 0.11276 0.02548 -3.23484 0.081303 0.1395 0.8775 -31.9602 -32.5396 5.3131 5.1827 y-yp 1.15462 0.11514 0.02379 3.19424 0.073735 0.1283 0.5675 phi-w 5.74273 0.49143 0.10386 -0.00065 223.940492 4.8227 0.0000 47 86066 x-xp 2.13851 0.11330 0.02538 -2.28361 0.143002 0.1835 1.1177 -31.6047 -31.8442 5.4387 5.3032 y-yp 1.09225 0.11510 0.02393 1.09860 0.036050 0.0895 0.3772 phi-w 7.23652 0.49443 0.10428 0.03235 221.270610 4.8035 0.0000 48 86066 x-xp 2.39889 0.11448 0.02574 2.46663 0.139908 0.1817 1.0664 -31.2488 -31.1551 5.5688 5.4284 y-yp 0.98710 0.11486 0.02390 -0.70892 0.033583 0.0858 0.4306 phi-w 8.98329 0.50056 0.10472 0.06828 220.828616 4.8088 0.0000 49 86066 x-xp 2.71636 0.11642 0.02647 3.16406 0.075422 0.1345 0.7393 -30.8925 -30.4862 5.7037 5.5587 y-yp 0.85423 0.11501 0.02367 -2.44245 0.063504 0.1167 0.6317 phi-w 10.23532 0.50086 0.10513 0.09981 222.518309 4.8366 0.0000 50 86066 x-xp 2.81304 0.11729 0.02711 1.07733 0.035995 0.0935 0.4256 -30.5359 -29.8472 5.8435 5.6941 y-yp 0.76810 0.11513 0.02338 -1.84527 0.113709 0.1543 0.8441 phi-w 10.71084 0.50622 0.10539 0.12223 226.025638 4.8807 0.0000 51 86066 x-xp 2.79030 0.11786 0.02735 -0.66651 0.032970 0.0893 0.3594 -30.1792 -29.2481 5.9883 5.8347 y-yp 0.82519 0.11543 0.02329 1.78965 0.115445 0.1542 0.8427 phi-w 10.59083 0.50756 0.10563 0.13448 230.425579 4.9334 0.0000 52 86066 x-xp 2.63862 0.11795 0.02726 -2.30387 0.062010 0.1215 0.6138 -29.8227 -28.6974 6.1383 5.9808 y-yp 0.84087 0.11642 0.02339 2.43795 0.066281 0.1163 0.6243 phi-w 10.28102 0.50645 0.10588 0.13301 234.862961 4.9866 0.0000 53 86066 x-xp 2.57174 0.11717 0.02710 -1.72546 0.110472 0.1607 0.9018 -29.4666 -28.2007 6.2938 6.1323 y-yp 0.94793 0.11667 0.02344 0.72142 0.035734 0.0850 0.4153 phi-w 9.87827 0.50543 0.10616 0.11596 238.455376 5.0313 0.0000 54 86066 x-xp 2.41107 0.11645 0.02711 1.67892 0.111525 0.1604 0.9504 -29.1108 -27.7627 6.4548 6.2895 y-yp 1.03919 0.11621 0.02330 -1.07148 0.038831 0.0878 0.3668 phi-w 9.41238 0.50913 0.10658 0.08365 240.130481 5.0591 0.0000 55 86066 x-xp 2.22025 0.11673 0.02723 2.28015 0.063633 0.1207 0.7492 -28.7558 -27.3854 6.6215 6.4526 y-yp 1.09647 0.11581 0.02298 -3.14084 0.080962 0.1251 0.5771 phi-w 9.03768 0.50867 0.10713 0.03790 239.279138 5.0629 0.0000 56 86066 x-xp 2.11325 0.11762 0.02724 0.67839 0.034033 0.0877 0.5794 -28.4016 -27.0670 6.7943 6.6215 y-yp 1.13893 0.11575 0.02267 -2.42508 0.150456 0.1682 0.7968 phi-w 8.88821 0.50728 0.10768 -0.01700 235.714664 5.0379 0.0000 57 86066 x-xp 1.91803 0.11646 0.02696 -0.99571 0.037084 0.0905 0.6408 -28.0483 -26.8055 6.9732 6.7965 y-yp 1.17032 0.11629 0.02266 2.14906 0.154148 0.1692 0.8043 phi-w 8.98222 0.50715 0.10827 -0.07417 229.251870 4.9821 0.0000 58 86066 x-xp 1.64303 0.11580 0.02635 -2.95006 0.078180 0.1291 0.9096 -30.4361 -29.3360 7.1555 6.9776 y-yp 1.15416 0.11777 0.02294 3.02931 0.088172 0.1279 0.5997 phi-w 9.27167 0.50834 0.10882 -0.14646 219.880867 4.8915 0.0000 59 86066 x-xp 1.44160 0.11511 0.02559 -2.37101 0.148237 0.1740 1.2412 -32.8243 -31.9135 7.3389 7.1620 y-yp 1.11892 0.11875 0.02324 0.98071 0.046148 0.0925 0.4065 phi-w 9.64529 0.50810 0.10920 -0.24011 207.205923 4.7567 0.0000 60 86064 x-xp 1.72996 0.11533 0.02506 1.95226 0.156820 0.1760 1.2353 -35.2124 -34.5327 7.5230 7.3475 y-yp 1.11450 0.11898 0.02342 -0.99944 0.046280 0.0924 0.4075 phi-w 10.00002 0.50672 0.10958 -0.33913 190.471420 4.5687 0.0000 ========================================================================================================================================================================= --Structure 2 End of Run 1--- ========================================================================================================================================================================= Structure 3 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 1-2 *************************************** Transport Bore 2.5 ;quad L, Ra, outputflag, B, errorflag drift 0 1.5 0 4 quad 1.75 0 0 -37.1e2 0 drift 5.817596 1.5 0 4 quad 1.75 0 0 0.e2 0 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 60 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0251 1.7300 1.9523 156.8203 2 0.0234 1.1145 -0.9994 46.2798 3 0.1096 10.0000 -0.3391 190.4714 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 7.5230 (MeV) NGood_Particle 86064 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00138 0.03966 0.00035 0.06368 -34.533 7.534 Transport starting...Wsync MeV,phis deg: 7.5230 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 1-2 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86064 x-xp 1.72996 0.11533 0.02506 1.95226 0.156820 0.1760 1.2353 0.0000 -34.5327 7.5230 7.5336 y-yp 1.11450 0.11898 0.02342 -0.99944 0.046280 0.0924 0.4075 phi-w 10.00002 0.50672 0.10958 -0.33913 190.471420 4.5687 0.0000 Transport finished element 2: 3. Quad 0 86064 x-xp 1.83069 0.11516 0.02501 4.27310 0.146130 0.1697 1.1902 0.0000 -34.5327 7.5230 7.5336 y-yp 1.11376 0.11898 0.02344 -1.93147 0.051314 0.0974 0.4374 phi-w 9.73801 0.50896 0.10967 -0.28046 187.584993 4.5357 0.0000 Transport finished element 3: 1. Drift 0 86064 x-xp 2.05376 0.11536 0.02494 3.41828 0.101782 0.1415 0.9832 0.0000 -34.7342 7.5230 7.5336 y-yp 1.10305 0.11877 0.02350 -2.58442 0.077367 0.1197 0.5575 phi-w 9.05472 0.51204 0.10994 -0.08874 181.731705 4.4698 0.0000 Transport finished element 4: 3. Quad 0 86064 x-xp 2.11958 0.11534 0.02494 3.16902 0.090252 0.1332 0.9222 0.0000 -34.7342 7.5230 7.5336 y-yp 1.09567 0.11865 0.02352 -2.79236 0.086715 0.1268 0.5937 phi-w 8.90915 0.51190 0.11001 -0.03160 181.085741 4.4633 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -2.0355 (Deg) :Equivalent length: -0.0530 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 2.0355 ************************************************************** ========================================================================================================================================================================= --Structure 3 End of Run 1--- ========================================================================================================================================================================= Structure 4 48 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 2 *************************************** ForceReadDTL DTL 1 -48 -26.797 3.052 0.000313 3.61 0 0. 3. -3. 3.5 5 6 11 0. 1.25 0. 0. 0. 0 1 1 0 0 0 -25 0 0 0 0 change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/17/2004 ;Change 2 1 3.7196e+3 2 3.7195e+3 4 -3.72e+3 5 -3.7145e+3 7 3.7232e+3 8 3.7217e+3 ;Change 2 10 -3.7208e+3 11 -3.7194e+3 13 3.7227e+3 14 3.7199e+3 16 -3.7187e+3 17 -3.7195e+3 ;Change 2 19 3.7211e+3 20 3.7173e+3 22 -3.7184e+3 23 -3.7189e+3 25 3.7184e+3 26 3.7156e+3 ;Change 2 28 -3.7145e+3 29 -3.7146e+3 31 3.7174e+3 32 3.7186e+3 34 -3.7201e+3 35 -3.7172e+3 ;Change 2 37 3.7187e+3 38 3.7175e+3 40 -3.7207e+3 41 -3.719e+3 43 3.7176e+3 44 3.7184e+3 ;Change 2 46 -3.718e+3 47 -3.7155e+3 ; shift the ends for smooth longitudinal phaselaw 1 3 0 3 -37.1935 -33.4030 -29.6125 -26.7696 phaselaw 1 3 46 48 -27.3863 -29.7726 -32.1588 ; 12/2/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [Phase LinearLngRamp] RampStart cell= 1 with RampStartPhase= 0.000 Deg psi (Bucket Phase Width) = 81.0000000000000 deg [E0Ramp LinearLngRamp ] RampStart cell= 1 (Excluding beam power) tank 1, Cu power= 1.09959 MW change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/17/2004 ;Change 2 1 3.7196e+3 2 3.7195e+3 4 -3.72e+3 5 -3.7145e+3 7 3.7232e+3 8 3.7217e+3 ;Change 2 10 -3.7208e+3 11 -3.7194e+3 13 3.7227e+3 14 3.7199e+3 16 -3.7187e+3 17 -3.7195e+3 ;Change 2 19 3.7211e+3 20 3.7173e+3 22 -3.7184e+3 23 -3.7189e+3 25 3.7184e+3 26 3.7156e+3 ;Change 2 28 -3.7145e+3 29 -3.7146e+3 31 3.7174e+3 32 3.7186e+3 34 -3.7201e+3 35 -3.7172e+3 ;Change 2 37 3.7187e+3 38 3.7175e+3 40 -3.7207e+3 41 -3.719e+3 43 3.7176e+3 44 3.7184e+3 ;Change 2 46 -3.718e+3 47 -3.7155e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 606.344 (cm) 48 cells power= 1.459 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 7.5230 0.12581 1.750 0.0000 ( 0.00000) 789.60006 1 7.7095 0.12734 9.5205 0.7865 0.0569 0.4577 0.0428 3.500 3.7000 3.0520 3.0520 -33.403 -33.403 799.12055 799.12055 2 7.9083 0.12895 9.6393 0.7900 0.0561 0.4552 0.0430 3.500 3.7000 3.0612 3.0612 -29.613 -29.613 808.75985 808.75985 3 8.1176 0.13062 9.7382 0.7944 0.0556 0.4525 0.0448 3.500 0.0000 3.0705 3.0705 -26.770 -26.770 818.49802 818.49802 4 8.3343 0.13233 9.8143 0.7998 0.0551 0.4496 0.0481 3.500 -3.7000 3.0798 3.0798 -25.822 -25.822 828.31232 828.31232 5 8.5564 0.13406 9.9258 0.8034 0.0546 0.4472 0.0493 3.500 -3.7000 3.0892 3.0892 -25.493 -25.493 838.23816 838.23816 6 8.7834 0.13580 10.0552 0.8062 0.0539 0.4450 0.0494 3.500 0.0000 3.0988 3.0988 -25.169 -25.169 848.29331 848.29331 7 9.0154 0.13756 10.1813 0.8092 0.0533 0.4428 0.0498 3.500 3.7000 3.1084 3.1084 -25.000 -25.000 858.47460 858.47460 8 9.2519 0.13933 10.3078 0.8122 0.0527 0.4405 0.0502 3.500 3.7000 3.1182 3.1182 -25.000 -25.000 868.78241 868.78241 9 9.4932 0.14111 10.4399 0.8149 0.0520 0.4383 0.0503 3.500 0.0000 3.1281 3.1281 -25.000 -25.000 879.22228 879.22228 10 9.7388 0.14289 10.5726 0.8171 0.0515 0.4366 0.0504 3.500 -3.7000 3.1382 3.1382 -25.000 -25.000 889.79491 889.79491 11 9.9891 0.14469 10.7061 0.8192 0.0510 0.4349 0.0505 3.500 -3.7000 3.1483 3.1483 -25.000 -25.000 900.50097 900.50097 12 10.2440 0.14649 10.8402 0.8214 0.0505 0.4332 0.0506 3.500 0.0000 3.1586 3.1586 -25.000 -25.000 911.34116 911.34116 13 10.5036 0.14831 10.9750 0.8235 0.0500 0.4315 0.0506 3.500 3.7000 3.1690 3.1690 -25.000 -25.000 922.31615 922.31615 14 10.7679 0.15013 11.1105 0.8257 0.0495 0.4298 0.0507 3.500 3.7000 3.1796 3.1796 -25.000 -25.000 933.42665 933.42665 15 11.0371 0.15196 11.2467 0.8276 0.0491 0.4282 0.0508 3.500 0.0000 3.1903 3.1903 -25.000 -25.000 944.67331 944.67331 16 11.3109 0.15380 11.3835 0.8293 0.0487 0.4269 0.0509 3.500 -3.7000 3.2011 3.2011 -25.000 -25.000 956.05677 956.05677 17 11.5896 0.15565 11.5209 0.8310 0.0483 0.4256 0.0509 3.500 -3.7000 3.2120 3.2120 -25.000 -25.000 967.57767 967.57767 18 11.8732 0.15751 11.6590 0.8326 0.0479 0.4243 0.0510 3.500 0.0000 3.2231 3.2231 -25.000 -25.000 979.23663 979.23663 19 12.1617 0.15938 11.7977 0.8343 0.0475 0.4229 0.0511 3.500 3.7000 3.2343 3.2343 -25.000 -25.000 991.03429 991.03429 20 12.4553 0.16125 11.9370 0.8360 0.0471 0.4216 0.0511 3.500 3.7000 3.2456 3.2456 -25.000 -25.000 1002.97128 1002.97128 21 12.7539 0.16313 12.0770 0.8377 0.0467 0.4202 0.0512 3.500 0.0000 3.2571 3.2571 -25.000 -25.000 1015.04826 1015.04826 22 13.0577 0.16503 12.2176 0.8393 0.0463 0.4187 0.0512 3.500 -3.7000 3.2687 3.2687 -25.000 -25.000 1027.26585 1027.26585 23 13.3667 0.16693 12.3589 0.8409 0.0459 0.4173 0.0512 3.500 -3.7000 3.2804 3.2804 -25.000 -25.000 1039.62471 1039.62471 24 13.6810 0.16884 12.5008 0.8426 0.0455 0.4159 0.0512 3.500 0.0000 3.2923 3.2923 -25.000 -25.000 1052.12547 1052.12547 25 14.0006 0.17075 12.6433 0.8442 0.0451 0.4144 0.0513 3.500 3.7000 3.3043 3.3043 -25.000 -25.000 1064.76881 1064.76881 26 14.3256 0.17268 12.7865 0.8456 0.0448 0.4133 0.0513 3.500 3.7000 3.3165 3.3165 -25.000 -25.000 1077.55534 1077.55534 27 14.6560 0.17462 12.9303 0.8469 0.0444 0.4121 0.0513 3.500 0.0000 3.3287 3.3287 -25.000 -25.000 1090.48567 1090.48567 28 14.9918 0.17656 13.0747 0.8482 0.0441 0.4110 0.0514 3.500 -3.7000 3.3412 3.3412 -25.000 -25.000 1103.56041 1103.56041 29 15.3332 0.17851 13.2198 0.8495 0.0438 0.4099 0.0514 3.500 -3.7000 3.3537 3.3537 -25.000 -25.000 1116.78017 1116.78017 30 15.6801 0.18047 13.3654 0.8509 0.0435 0.4088 0.0514 3.500 0.0000 3.3664 3.3664 -25.000 -25.000 1130.14558 1130.14558 31 16.0327 0.18244 13.5116 0.8520 0.0432 0.4079 0.0514 3.500 3.7000 3.3793 3.3793 -25.000 -25.000 1143.65723 1143.65723 32 16.3909 0.18441 13.6585 0.8530 0.0429 0.4071 0.0515 3.500 3.7000 3.3922 3.3922 -25.000 -25.000 1157.31570 1157.31570 33 16.7547 0.18639 13.8059 0.8540 0.0427 0.4062 0.0515 3.500 0.0000 3.4054 3.4054 -25.000 -25.000 1171.12157 1171.12157 34 17.1244 0.18838 13.9538 0.8550 0.0424 0.4054 0.0515 3.500 -3.7000 3.4186 3.4186 -25.000 -25.000 1185.07541 1185.07541 35 17.4999 0.19038 14.1024 0.8561 0.0422 0.4046 0.0516 3.500 -3.7000 3.4320 3.4320 -25.000 -25.000 1199.17782 1199.17782 36 17.8813 0.19239 14.2515 0.8569 0.0420 0.4040 0.0516 3.500 0.0000 3.4456 3.4456 -25.000 -25.000 1213.42936 1213.42936 37 18.2685 0.19440 14.4012 0.8577 0.0418 0.4034 0.0517 3.500 3.7000 3.4592 3.4592 -25.000 -25.000 1227.83058 1227.83058 38 18.6617 0.19642 14.5515 0.8584 0.0416 0.4029 0.0517 3.500 3.7000 3.4731 3.4731 -25.000 -25.000 1242.38204 1242.38204 39 19.0609 0.19845 14.7022 0.8592 0.0414 0.4024 0.0517 3.500 0.0000 3.4870 3.4870 -25.000 -25.000 1257.08428 1257.08428 40 19.4663 0.20049 14.8536 0.8600 0.0412 0.4018 0.0518 3.500 -3.7000 3.5012 3.5012 -25.000 -25.000 1271.93787 1271.93787 41 19.8777 0.20253 15.0055 0.8606 0.0411 0.4015 0.0518 3.500 -3.7000 3.5154 3.5154 -25.000 -25.000 1286.94333 1286.94333 42 20.2953 0.20458 15.1579 0.8611 0.0409 0.4012 0.0519 3.500 0.0000 3.5298 3.5298 -25.000 -25.000 1302.10119 1302.10119 43 20.7191 0.20663 15.3108 0.8617 0.0408 0.4010 0.0519 3.500 3.7000 3.5444 3.5444 -25.000 -25.000 1317.41199 1317.41199 44 21.1492 0.20870 15.4643 0.8622 0.0407 0.4007 0.0520 3.500 3.7000 3.5591 3.5591 -25.000 -25.000 1332.87624 1332.87624 45 21.5856 0.21077 15.6182 0.8628 0.0406 0.4004 0.0520 3.500 0.0000 3.5739 3.5739 -25.000 -25.000 1348.49448 1348.49448 46 22.0227 0.21282 15.6676 0.8663 0.0404 0.3982 0.0554 3.500 -3.7000 3.5889 3.5889 -27.386 -27.386 1364.16210 1364.16210 47 22.4565 0.21483 15.8177 0.8665 0.0403 0.3982 0.0555 3.500 -3.7000 3.6039 3.6039 -29.773 -29.773 1379.97976 1379.97976 48 22.8849 0.21680 15.9646 0.8668 0.0403 0.3982 0.0555 3.500 0.0000 3.6100 3.6100 -32.159 -32.159 1395.94440 1395.94440 elimit 50. ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 48 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0249 2.1196 3.1690 90.2523 2 0.0235 1.0957 -2.7924 86.7155 3 0.1100 8.9091 -0.0316 181.0857 start 1 stop 48 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00083 0.06158 0.00100 0.07024 -36.568 7.534 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00083 0.06158 0.00100 0.07024 -36.568 7.534 *** ORNL April 26,2001 Design*** .DTL. Tank 2 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86064 x-xp 2.44326 0.11519 0.02501 1.07553 0.045094 0.0937 0.6173 -33.4030 -32.9863 7.7095 7.5336 y-yp 1.05112 0.11819 0.02361 -1.98580 0.150826 0.1665 0.7877 phi-w 8.99588 0.51247 0.10992 -0.11694 175.840752 4.3965 0.0000 2 86064 x-xp 2.63884 0.11502 0.02509 -0.79062 0.042862 0.0909 0.5382 -29.6125 -29.4803 7.9083 7.7215 y-yp 0.99797 0.11828 0.02385 2.15149 0.148019 0.1648 0.7725 phi-w 9.01445 0.51474 0.10972 -0.15310 168.096888 4.2946 0.0000 3 86064 x-xp 2.71512 0.11404 0.02515 -2.57059 0.080714 0.1241 0.6444 -26.7696 -26.9231 8.1176 7.9210 y-yp 0.95844 0.11866 0.02421 2.78765 0.080677 0.1218 0.5502 phi-w 8.98389 0.51666 0.10952 -0.14290 159.990208 4.1860 0.0000 4 86064 x-xp 2.72649 0.11343 0.02534 -1.82515 0.140863 0.1635 0.8071 -25.8220 -26.2482 8.3343 8.1305 y-yp 0.88835 0.11896 0.02446 0.91634 0.039764 0.0854 0.3711 phi-w 8.93958 0.51891 0.10931 -0.10353 153.239293 4.0928 0.0000 5 86064 x-xp 2.65256 0.11429 0.02586 1.90026 0.137429 0.1621 0.8050 -25.4931 -26.1705 8.5564 8.3469 y-yp 0.84649 0.11861 0.02448 -0.77153 0.038738 0.0837 0.4097 phi-w 8.94321 0.52199 0.10909 -0.05209 148.651669 4.0270 0.0000 6 86064 x-xp 2.47296 0.11583 0.02651 2.45027 0.074791 0.1203 0.5852 -25.1691 -26.0675 8.7834 8.5681 y-yp 0.88422 0.11818 0.02426 -2.50227 0.076773 0.1166 0.6020 phi-w 9.03626 0.52565 0.10874 0.00055 146.507298 3.9915 0.0000 7 86064 x-xp 2.27478 0.11511 0.02687 0.76199 0.037541 0.0852 0.4083 -25.0000 -26.0808 9.0154 8.7938 y-yp 0.89750 0.11699 0.02399 -1.94374 0.141055 0.1561 0.8047 phi-w 9.25099 0.52817 0.10825 0.04745 146.624312 3.9839 0.0000 8 86064 x-xp 2.21827 0.11546 0.02686 -0.84276 0.038524 0.0857 0.4652 -25.0000 -26.2191 9.2519 9.0239 y-yp 0.87764 0.11706 0.02390 1.72478 0.144930 0.1569 0.8016 phi-w 9.62276 0.53017 0.10776 0.08330 148.345649 3.9982 0.0000 9 86064 x-xp 2.17876 0.11473 0.02655 -2.60087 0.079740 0.1219 0.7908 -25.0000 -26.3095 9.4932 9.2583 y-yp 0.88577 0.11674 0.02394 2.44365 0.083746 0.1186 0.5837 phi-w 10.14330 0.53293 0.10740 0.10190 150.887926 4.0256 0.0000 10 86064 x-xp 2.00419 0.11384 0.02610 -2.05854 0.149941 0.1646 1.1154 -25.0000 -26.3494 9.7388 9.4970 y-yp 1.01084 0.11641 0.02394 0.73874 0.045296 0.0867 0.3766 phi-w 10.79490 0.53441 0.10721 0.10232 153.469804 4.0562 0.0000 11 86064 x-xp 1.82034 0.11362 0.02581 1.75884 0.156174 0.1660 1.1253 -25.0000 -26.3395 9.9891 9.7400 y-yp 1.10164 0.11563 0.02375 -1.05735 0.048872 0.0891 0.4046 phi-w 11.49092 0.54010 0.10729 0.08545 155.273053 4.0817 0.0000 12 86064 x-xp 1.61997 0.11432 0.02575 2.56171 0.090604 0.1255 0.8428 -25.0000 -26.2818 10.2440 9.9876 y-yp 1.10188 0.11454 0.02338 -3.09148 0.100903 0.1262 0.5983 phi-w 12.07943 0.54305 0.10768 0.05431 155.723551 4.0950 0.0000 13 86064 x-xp 1.76417 0.11588 0.02570 0.81627 0.048405 0.0911 0.6064 -25.0000 -26.1791 10.5036 10.2397 y-yp 1.05204 0.11372 0.02302 -2.31161 0.186182 0.1691 0.8008 phi-w 12.49613 0.54268 0.10830 0.01455 154.604109 4.0919 0.0000 14 86064 x-xp 2.02235 0.11628 0.02551 -0.97458 0.050534 0.0921 0.6320 -25.0000 -26.0370 10.7679 10.4966 y-yp 0.99329 0.11378 0.02302 2.23958 0.187822 0.1687 0.7856 phi-w 12.68332 0.54475 0.10918 -0.02697 151.789676 4.0709 0.0000 15 86064 x-xp 2.25592 0.11572 0.02516 -2.90401 0.101379 0.1288 0.9058 -25.0000 -25.8619 11.0371 10.7585 y-yp 0.96190 0.11446 0.02337 3.04844 0.103144 0.1252 0.5695 phi-w 12.61239 0.54712 0.11027 -0.06398 147.495701 4.0330 0.0000 16 86064 x-xp 2.32766 0.11523 0.02483 -2.10206 0.183890 0.1713 1.1943 -25.0000 -25.6604 11.3109 11.0255 y-yp 0.96579 0.11540 0.02378 1.05439 0.049893 0.0873 0.3806 phi-w 12.07027 0.55077 0.11140 -0.09080 142.298392 3.9815 0.0000 17 86064 x-xp 2.23885 0.11506 0.02480 2.20660 0.183399 0.1699 1.1581 -25.0000 -25.4411 11.5896 11.2975 y-yp 0.96256 0.11591 0.02403 -0.66685 0.045809 0.0836 0.3586 phi-w 10.81204 0.54787 0.11247 -0.10401 136.752901 3.9218 0.0000 18 86064 x-xp 2.43557 0.11565 0.02508 2.92177 0.099385 0.1250 0.8180 -25.0000 -25.2120 11.8732 11.5750 y-yp 0.93387 0.11670 0.02411 -2.25852 0.085433 0.1136 0.5292 phi-w 8.99252 0.54862 0.11332 -0.10437 131.464094 3.8597 0.0000 19 86064 x-xp 2.58502 0.11623 0.02539 1.01505 0.047062 0.0860 0.4964 -25.0000 -24.9801 12.1617 11.8577 y-yp 0.94136 0.11669 0.02409 -1.63371 0.150904 0.1501 0.7228 phi-w 6.98556 0.54880 0.11386 -0.09292 126.865796 3.8006 0.0000 20 86064 x-xp 2.58149 0.11604 0.02550 -0.60591 0.042868 0.0818 0.3727 -25.0000 -24.7533 12.4553 12.1458 y-yp 0.94426 0.11674 0.02419 1.69914 0.149841 0.1489 0.7173 phi-w 6.59770 0.54917 0.11421 -0.07006 123.118319 3.7498 0.0000 21 86064 x-xp 2.47654 0.11499 0.02534 -2.12847 0.081574 0.1118 0.5726 -25.0000 -24.5387 12.7539 12.4396 y-yp 0.97017 0.11709 0.02441 2.23105 0.082749 0.1105 0.5372 phi-w 6.48483 0.54805 0.11441 -0.03908 120.391180 3.7113 0.0000 22 86064 x-xp 2.25437 0.11361 0.02509 -1.60653 0.147326 0.1486 0.8668 -25.0000 -24.3425 13.0577 12.7389 y-yp 0.99467 0.11769 0.02457 0.66842 0.042298 0.0788 0.3716 phi-w 6.61193 0.54606 0.11444 -0.00420 118.826555 3.6876 0.0000 23 86064 x-xp 2.28708 0.11355 0.02503 1.55441 0.148919 0.1484 0.9300 -25.0000 -24.1709 13.3667 13.0438 y-yp 0.91925 0.11763 0.02451 -0.89162 0.045013 0.0807 0.3702 phi-w 6.45020 0.54537 0.11432 0.02885 118.360677 3.6785 0.0000 24 86064 x-xp 2.15740 0.11429 0.02513 2.11435 0.083974 0.1110 0.7459 -25.0000 -24.0286 13.6810 13.3545 y-yp 0.86453 0.11700 0.02419 -2.66931 0.095889 0.1164 0.5540 phi-w 6.69776 0.54119 0.11409 0.05387 118.777878 3.6813 0.0000 25 86064 x-xp 2.11541 0.11471 0.02514 0.61953 0.044413 0.0803 0.5776 -25.0000 -23.9190 14.0006 13.6709 y-yp 0.86793 0.11694 0.02381 -2.10858 0.182019 0.1581 0.7941 phi-w 8.76389 0.54179 0.11377 0.06807 119.786984 3.6916 0.0000 26 86064 x-xp 1.94583 0.11388 0.02491 -0.95556 0.048747 0.0832 0.5955 -25.0000 -23.8450 14.3256 13.9930 y-yp 0.89841 0.11712 0.02369 1.78397 0.188326 0.1595 0.8166 phi-w 10.72575 0.53657 0.11341 0.07105 121.014721 3.7047 0.0000 27 86064 x-xp 1.68127 0.11338 0.02447 -2.78966 0.104459 0.1200 0.8631 -25.0000 -23.8079 14.6560 14.3208 y-yp 0.92115 0.11808 0.02385 2.58309 0.107121 0.1200 0.6159 phi-w 12.15764 0.54234 0.11303 0.06263 122.173728 3.7161 0.0000 28 86064 x-xp 1.54355 0.11240 0.02402 -2.15501 0.197540 0.1626 1.2021 -25.0000 -23.8073 14.9918 14.6541 y-yp 0.93324 0.11834 0.02404 0.84177 0.055461 0.0862 0.4235 phi-w 12.81745 0.53640 0.11256 0.04411 123.083746 3.7222 0.0000 29 86064 x-xp 1.75956 0.11352 0.02390 1.93668 0.202499 0.1633 1.2059 -25.0000 -23.8424 15.3332 14.9929 y-yp 0.90788 0.11801 0.02407 -0.86580 0.055920 0.0861 0.3856 phi-w 12.93472 0.53251 0.11211 0.01639 123.430504 3.7199 0.0000 30 86064 x-xp 2.00325 0.11479 0.02412 2.73623 0.112946 0.1219 0.8869 -25.0000 -23.9111 15.6801 15.3374 y-yp 0.92411 0.11731 0.02398 -2.61476 0.109787 0.1198 0.5722 phi-w 12.88703 0.53021 0.11178 -0.01934 122.912636 3.7066 0.0000 31 86064 x-xp 2.18312 0.11594 0.02438 0.93254 0.056154 0.0859 0.5878 -25.0000 -24.0098 16.0327 15.6874 y-yp 0.98142 0.11638 0.02395 -1.85151 0.196049 0.1591 0.7807 phi-w 12.59547 0.52709 0.11158 -0.05999 121.422918 3.6807 0.0000 32 86064 x-xp 2.23827 0.11579 0.02448 -0.72278 0.053698 0.0837 0.5137 -25.0000 -24.1346 16.3909 16.0427 y-yp 1.04293 0.11642 0.02420 1.97373 0.192221 0.1575 0.7732 phi-w 11.99038 0.52825 0.11155 -0.10062 118.908671 3.6419 0.0000 33 86064 x-xp 2.25785 0.11550 0.02443 -2.32421 0.102706 0.1150 0.6284 -25.0000 -24.2811 16.7547 16.4034 y-yp 1.08216 0.11739 0.02470 2.55567 0.102396 0.1155 0.5548 phi-w 11.21501 0.52714 0.11170 -0.13592 115.462666 3.5913 0.0000 34 86064 x-xp 2.26360 0.11458 0.02441 -1.66169 0.182421 0.1523 0.8475 -25.0000 -24.4438 17.1244 16.7694 y-yp 1.09136 0.11820 0.02512 0.85293 0.048259 0.0795 0.3541 phi-w 10.36652 0.52262 0.11198 -0.16301 111.342748 3.5310 0.0000 35 86064 x-xp 2.25788 0.11410 0.02460 1.75011 0.179712 0.1510 0.8558 -25.0000 -24.6175 17.4999 17.1408 y-yp 1.08078 0.11862 0.02524 -0.63833 0.045624 0.0771 0.3661 phi-w 9.50310 0.52815 0.11239 -0.18017 106.767866 3.4640 0.0000 36 86064 x-xp 2.21915 0.11446 0.02496 2.28051 0.097476 0.1114 0.6328 -25.0000 -24.7968 17.8813 17.5176 y-yp 1.03240 0.11919 0.02506 -2.13384 0.091281 0.1080 0.5646 phi-w 9.54316 0.52971 0.11293 -0.18702 101.961670 3.3933 0.0000 37 86064 x-xp 2.20602 0.11437 0.02517 0.71459 0.048294 0.0783 0.4200 -25.0000 -24.9761 18.2685 17.8997 y-yp 0.93474 0.11919 0.02477 -1.68435 0.170002 0.1458 0.7725 phi-w 9.21839 0.53160 0.11351 -0.18458 97.226463 3.3221 0.0000 38 86064 x-xp 2.20230 0.11399 0.02508 -0.78548 0.049534 0.0788 0.5092 -25.0000 -25.1502 18.6617 18.2871 y-yp 0.89438 0.11971 0.02464 1.43755 0.175559 0.1469 0.7694 phi-w 8.51259 0.53262 0.11403 -0.17393 92.809213 3.2532 0.0000 39 86064 x-xp 2.09902 0.11361 0.02470 -2.43591 0.104157 0.1127 0.8166 -25.0000 -25.3144 19.0609 18.6800 y-yp 0.91784 0.12055 0.02470 2.06275 0.101307 0.1112 0.5667 phi-w 7.44575 0.53458 0.11443 -0.15731 88.869122 3.1889 0.0000 40 86064 x-xp 1.86200 0.11204 0.02417 -1.94252 0.198407 0.1531 1.1266 -25.0000 -25.4643 19.4663 19.0783 y-yp 1.03127 0.12117 0.02475 0.58341 0.055366 0.0818 0.3969 phi-w 7.24885 0.53685 0.11468 -0.13772 85.480251 3.1309 0.0000 41 86064 x-xp 1.58576 0.11194 0.02381 1.64939 0.207328 0.1545 1.1456 -25.0000 -25.5962 19.8777 19.4823 y-yp 1.08392 0.12111 0.02463 -1.05483 0.062016 0.0859 0.4259 phi-w 7.56158 0.53465 0.11482 -0.11740 82.615803 3.0799 0.0000 42 86064 x-xp 1.93962 0.11256 0.02373 2.41804 0.119533 0.1165 0.8585 -25.0000 -25.7069 20.2953 19.8919 y-yp 1.09155 0.12064 0.02434 -2.97576 0.131977 0.1240 0.6095 phi-w 7.72753 0.53431 0.11483 -0.09779 80.259220 3.0358 0.0000 43 86064 x-xp 2.33112 0.11319 0.02374 0.77178 0.063243 0.0843 0.6078 -25.0000 -25.7938 20.7191 20.3071 y-yp 1.09134 0.12056 0.02411 -2.23225 0.245937 0.1676 0.8425 phi-w 7.75217 0.53467 0.11467 -0.07949 78.398709 2.9984 0.0000 44 86064 x-xp 2.61901 0.11355 0.02366 -0.91636 0.065627 0.0853 0.5897 -25.0000 -25.8556 21.1492 20.7283 y-yp 1.06703 0.12061 0.02426 2.07655 0.247436 0.1677 0.8414 phi-w 7.82337 0.53510 0.11440 -0.06196 76.960106 2.9672 0.0000 45 86064 x-xp 2.82191 0.11208 0.02348 -2.70917 0.131320 0.1196 0.7941 -25.0000 -25.8909 21.5856 21.1554 y-yp 1.07063 0.12148 0.02475 2.85819 0.134786 0.1244 0.6099 phi-w 7.73092 0.53425 0.11405 -0.04497 75.891225 2.9420 0.0000 46 86064 x-xp 2.92491 0.11219 0.02337 -1.95416 0.236266 0.1592 1.0426 -27.3863 -28.2850 22.0227 21.5887 y-yp 1.16210 0.12230 0.02522 0.99252 0.065176 0.0869 0.3922 phi-w 8.23664 0.53794 0.11363 -0.04088 75.065687 2.9205 0.0000 47 86064 x-xp 2.89797 0.11158 0.02357 1.97000 0.234041 0.1584 1.0058 -29.7726 -30.6507 22.4565 22.0223 y-yp 1.23054 0.12245 0.02549 -0.64450 0.060047 0.0834 0.3520 phi-w 9.13801 0.53739 0.11321 -0.05977 74.153965 2.8974 0.0000 48 86064 x-xp 2.77798 0.11132 0.02402 2.61529 0.127620 0.1175 0.6945 -32.1588 -32.9871 22.8849 22.4523 y-yp 1.24468 0.12220 0.02554 -2.17237 0.112442 0.1137 0.5025 phi-w 10.16292 0.54113 0.11278 -0.09844 72.840038 2.8662 0.0000 ========================================================================================================================================================================= --Structure 4 End of Run 1--- ========================================================================================================================================================================= Structure 5 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 2-3 *************************************** Transport Bore 2.5 ;quad L, Ra, outputflag, B, errorflag drift 0 1.5 0 4 quad 1.75 0 0 0.e2 1 drift 12.467341 1.5 0 4 quad 1.75 0 0 37.071e2 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 48 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0240 2.7780 2.6153 127.6196 2 0.0255 1.2447 -2.1724 112.4422 3 0.1128 10.1629 -0.0984 72.8400 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 22.8849 (MeV) NGood_Particle 86064 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00121 0.00955 -0.00189 -0.03835 -32.987 22.877 Transport starting...Wsync MeV,phis deg: 22.8849 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 2-3 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86064 x-xp 2.77798 0.11132 0.02402 2.61529 0.127620 0.1175 0.6945 0.0000 -32.9871 22.8849 22.8766 y-yp 1.24468 0.12220 0.02554 -2.17237 0.112442 0.1137 0.5025 phi-w 10.16292 0.54113 0.11278 -0.09844 72.840038 2.8662 0.0000 Transport finished element 2: 3. Quad 0 86064 x-xp 2.76423 0.11149 0.02407 2.48499 0.118451 0.1133 0.6624 0.0000 -32.9871 22.8849 22.8766 y-yp 1.24476 0.12213 0.02553 -2.27997 0.120244 0.1176 0.5257 phi-w 10.32951 0.54086 0.11274 -0.06594 72.732024 2.8635 0.0000 Transport finished element 3: 1. Drift 0 86064 x-xp 2.64857 0.11298 0.02434 1.62654 0.066392 0.0853 0.4605 0.0000 -32.9321 22.8849 22.8766 y-yp 1.24544 0.12148 0.02551 -3.09583 0.187200 0.1467 0.6934 phi-w 11.44357 0.54359 0.11243 0.16618 73.515193 2.8750 0.0000 Transport finished element 4: 3. Quad 0 86064 x-xp 2.62588 0.11309 0.02437 0.94225 0.061853 0.0824 0.4358 0.0000 -32.9321 22.8849 22.8766 y-yp 1.24560 0.12144 0.02551 -1.38813 0.195090 0.1497 0.7113 phi-w 11.58525 0.54393 0.11239 0.19903 73.844101 2.8808 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -4.0257 (Deg) :Equivalent length: -0.1806 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 4.0257 ************************************************************** ========================================================================================================================================================================= --Structure 5 End of Run 1--- ========================================================================================================================================================================= Structure 6 34 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 3 *************************************** ForceReadDTL DTL 1 -34 -25. 3.61164 0.000 3.61164 0 0. 3. -3. 3.5 5 1 11 0. 1.25 0. 0 0. 0 1 1 0 0 0 -25 0 0 0 0 change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/17/2004 ; end wall PMQs are set to design values ;Change 2 -1 3.720e+3 1 3.7223e+3 3 -3.7223e+3 4 -3.7137e+3 6 3.7197e+3 7 3.7228e+3 ;Change 2 9 -3.7200e+3 10 -3.7234e+3 12 3.7153e+3 13 3.7121e+3 15 -3.7118e+3 16 -3.7119e+3 ;Change 2 18 3.7126e+3 19 3.7098e+3 21 -3.7138e+3 22 -3.7223e+3 24 3.7223e+3 25 3.7136e+3 ;Change 2 27 -3.7120e+3 28 -3.7278e+3 30 3.7194e+3 31 3.7194e+3 33 -3.7086e+3 34 -3.720e+3 ; shift the ends for smooth longitudinal phaselaw 1 3 0 3 -36.1458 -32.4306 -28.7153 -25.9288 phaselaw 1 3 32 34 -27.7575 -30.5150 -33.2725 ; 10/8/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [Phase LinearLngRamp] RampStart cell= 1 with RampStartPhase= 0.000 Deg psi (Bucket Phase Width) = 75.5000000000000 deg [E0Ramp LinearLngRamp ] RampStart cell= 1 (Excluding beam power) tank 1, Cu power= 1.32561 MW change 14 2.49 3700.0 101.1 3700. change 16 3720 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 02/17/2004 ; end wall PMQs are set to design values ;Change 2 -1 3.7e+3 1 3.7223e+3 3 -3.7223e+3 4 -3.7137e+3 6 3.7197e+3 7 3.7228e+3 ;Change 2 9 -3.7200e+3 10 -3.7234e+3 12 3.7153e+3 13 3.7121e+3 15 -3.7118e+3 16 -3.7119e+3 ;Change 2 18 3.7126e+3 19 3.7098e+3 21 -3.7138e+3 22 -3.7223e+3 24 3.7223e+3 25 3.7136e+3 ;Change 2 27 -3.7120e+3 28 -3.7278e+3 30 3.7194e+3 31 3.7194e+3 33 -3.7086e+3 34 -3.720e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 632.405 (cm) 34 cells power= 1.721 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 22.8849 0.21680 1.750 3.7200 ( 0.00000) 1411.91174 1 23.2851 0.21862 16.3765 0.8191 0.0512 0.4574 0.0520 3.500 3.7000 3.6116 3.6116 -32.431 -32.431 1428.28827 1428.28827 2 23.7059 0.22052 16.5168 0.8192 0.0513 0.4579 0.0521 3.500 0.0000 3.6116 3.6116 -28.715 -28.715 1444.80508 1444.80508 3 24.1436 0.22247 16.6197 0.8209 0.0512 0.4573 0.0532 3.500 -3.7000 3.6116 3.6116 -25.929 -25.929 1461.42473 1461.42473 4 24.5920 0.22444 16.6820 0.8242 0.0511 0.4557 0.0554 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1478.10672 1478.10672 5 25.0457 0.22643 16.7868 0.8259 0.0510 0.4552 0.0566 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1494.89356 1494.89356 6 25.5035 0.22841 16.9343 0.8258 0.0511 0.4557 0.0567 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1511.82789 1511.82789 7 25.9652 0.23038 17.0816 0.8258 0.0511 0.4562 0.0568 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1528.90951 1528.90951 8 26.4308 0.23235 17.2287 0.8256 0.0512 0.4568 0.0569 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1546.13818 1546.13818 9 26.9003 0.23432 17.3755 0.8255 0.0512 0.4574 0.0570 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1563.51366 1563.51366 10 27.3736 0.23629 17.5221 0.8253 0.0513 0.4581 0.0571 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1581.03571 1581.03571 11 27.8508 0.23825 17.6684 0.8251 0.0514 0.4587 0.0572 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1598.70409 1598.70409 12 28.3318 0.24021 17.8144 0.8249 0.0515 0.4594 0.0573 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1616.51853 1616.51853 13 28.8166 0.24217 17.9603 0.8247 0.0516 0.4601 0.0574 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1634.47879 1634.47879 14 29.3052 0.24412 18.1058 0.8243 0.0517 0.4609 0.0575 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1652.58459 1652.58459 15 29.7974 0.24607 18.2511 0.8240 0.0518 0.4617 0.0576 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1670.83566 1670.83566 16 30.2934 0.24801 18.3961 0.8237 0.0519 0.4624 0.0577 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1689.23172 1689.23172 17 30.7931 0.24995 18.5408 0.8234 0.0520 0.4632 0.0579 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1707.77249 1707.77249 18 31.2965 0.25189 18.6852 0.8230 0.0521 0.4640 0.0580 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1726.45770 1726.45770 19 31.8035 0.25382 18.8293 0.8226 0.0522 0.4649 0.0581 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1745.28703 1745.28703 20 32.3141 0.25575 18.9732 0.8222 0.0524 0.4658 0.0582 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1764.26020 1764.26020 21 32.8283 0.25768 19.1167 0.8217 0.0525 0.4667 0.0583 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1783.37690 1783.37690 22 33.3460 0.25960 19.2599 0.8213 0.0527 0.4676 0.0584 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1802.63682 1802.63682 23 33.8674 0.26152 19.4029 0.8208 0.0528 0.4685 0.0585 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1822.03968 1822.03968 24 34.3922 0.26343 19.5455 0.8203 0.0530 0.4695 0.0586 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1841.58513 1841.58513 25 34.9205 0.26534 19.6877 0.8198 0.0531 0.4705 0.0587 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1861.27288 1861.27288 26 35.4522 0.26724 19.8297 0.8192 0.0533 0.4715 0.0588 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1881.10258 1881.10258 27 35.9874 0.26914 19.9713 0.8187 0.0535 0.4724 0.0590 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1901.07392 1901.07392 28 36.5261 0.27104 20.1127 0.8182 0.0536 0.4734 0.0591 3.500 -3.7000 3.6116 3.6116 -25.000 -25.000 1921.18657 1921.18657 29 37.0681 0.27293 20.2536 0.8176 0.0538 0.4745 0.0592 3.500 0.0000 3.6116 3.6116 -25.000 -25.000 1941.44020 1941.44020 30 37.6135 0.27481 20.3943 0.8170 0.0540 0.4755 0.0593 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1961.83447 1961.83447 31 38.1622 0.27669 20.5346 0.8163 0.0542 0.4766 0.0594 3.500 3.7000 3.6116 3.6116 -25.000 -25.000 1982.36904 1982.36904 32 38.7076 0.27855 20.5158 0.8216 0.0539 0.4736 0.0623 3.500 0.0000 3.6116 3.6116 -27.758 -27.758 2002.88484 2002.88484 33 39.2424 0.28035 20.6505 0.8210 0.0541 0.4746 0.0624 3.500 -3.7000 3.6116 3.6116 -30.515 -30.515 2023.53537 2023.53537 34 39.7652 0.28210 20.7814 0.8204 0.0542 0.4756 0.0625 3.500 -3.7000 3.6116 3.6116 -33.273 -33.273 2044.31673 2044.31673 elimit 50. ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 34 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0244 2.6259 0.9422 61.8528 2 0.0255 1.2456 -1.3881 195.0901 3 0.1124 11.5852 0.1990 73.8441 start 1 stop 34 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00107 -0.00051 -0.00248 -0.01542 -37.013 22.877 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00107 -0.00051 -0.00248 -0.01542 -37.013 22.877 *** ORNL April 26,2001 Design*** .DTL. Tank 3 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86064 x-xp 2.41481 0.11305 0.02445 -0.65199 0.057826 0.0794 0.4616 -32.4306 -33.1793 23.2851 22.8766 y-yp 1.24804 0.12110 0.02560 1.69330 0.188999 0.1470 0.7202 phi-w 12.41004 0.54297 0.11185 0.14413 76.354908 2.9224 0.0000 2 86064 x-xp 2.34561 0.11226 0.02431 -2.19395 0.112765 0.1101 0.7979 -28.7153 -29.3579 23.7059 23.2729 y-yp 1.22373 0.12096 0.02578 2.10799 0.100684 0.1072 0.5284 phi-w 12.55653 0.54291 0.11146 0.11185 78.038858 2.9493 0.0000 3 86064 x-xp 2.35094 0.11191 0.02409 -1.63813 0.205396 0.1473 1.1398 -25.9288 -26.4461 24.1436 23.6903 y-yp 1.14686 0.12134 0.02586 0.64104 0.049127 0.0746 0.3535 phi-w 12.30597 0.54419 0.11138 0.10378 79.154253 2.9692 0.0000 4 86064 x-xp 2.23766 0.11094 0.02400 1.63136 0.206980 0.1469 1.1630 -25.0000 -25.3791 24.5920 24.1255 y-yp 1.06299 0.12107 0.02565 -0.77178 0.051581 0.0758 0.4043 phi-w 12.25139 0.54454 0.11168 0.10751 79.911824 2.9874 0.0000 5 86064 x-xp 2.16254 0.11091 0.02404 2.21842 0.115374 0.1092 0.8646 -25.0000 -25.2325 25.0457 24.5718 y-yp 0.96265 0.12026 0.02515 -2.37089 0.112340 0.1102 0.6474 phi-w 12.23281 0.54596 0.11236 0.10929 80.396814 3.0056 0.0000 6 86064 x-xp 2.00087 0.11142 0.02400 0.69863 0.059176 0.0778 0.5749 -25.0000 -25.0809 25.5035 25.0242 y-yp 0.86902 0.11966 0.02460 -1.91579 0.217433 0.1510 0.8970 phi-w 11.72729 0.54623 0.11340 0.10519 80.588098 3.0230 0.0000 7 86064 x-xp 1.84137 0.11012 0.02375 -0.82454 0.061829 0.0788 0.5657 -25.0000 -24.9286 25.9652 25.4810 y-yp 0.92414 0.12018 0.02438 1.55665 0.227308 0.1530 0.8984 phi-w 10.66124 0.54601 0.11479 0.09648 80.431074 3.0385 0.0000 8 86064 x-xp 2.06815 0.10969 0.02333 -2.48927 0.128443 0.1120 0.8569 -25.0000 -24.7792 26.4308 25.9424 y-yp 1.07278 0.12155 0.02457 2.30014 0.129983 0.1156 0.6480 phi-w 9.18448 0.54722 0.11638 0.08406 79.988881 3.0510 0.0000 9 86064 x-xp 2.29109 0.10909 0.02294 -1.86978 0.239142 0.1509 1.1830 -25.0000 -24.6361 26.9003 26.4082 y-yp 1.22804 0.12191 0.02485 0.72640 0.068194 0.0838 0.4275 phi-w 9.86691 0.55607 0.11796 0.06824 79.374653 3.0599 0.0000 10 86064 x-xp 2.45393 0.10938 0.02287 1.80983 0.241768 0.1508 1.1831 -25.0000 -24.5027 27.3736 26.8785 y-yp 1.33126 0.12230 0.02499 -0.87898 0.070462 0.0851 0.3995 phi-w 10.04540 0.56025 0.11942 0.04900 78.635293 3.0644 0.0000 11 86064 x-xp 2.55331 0.10945 0.02310 2.48617 0.132618 0.1117 0.8539 -25.0000 -24.3820 27.8508 27.3531 y-yp 1.43151 0.12237 0.02502 -2.55025 0.140129 0.1195 0.5667 phi-w 9.88761 0.56312 0.12067 0.02738 77.786385 3.0638 0.0000 12 86064 x-xp 2.57654 0.10969 0.02333 0.84651 0.064682 0.0781 0.5350 -25.0000 -24.2761 28.3318 27.8321 y-yp 1.49508 0.12206 0.02510 -1.77496 0.250213 0.1593 0.7767 phi-w 9.75762 0.56439 0.12170 0.00440 76.827127 3.0578 0.0000 13 86064 x-xp 2.50195 0.10997 0.02338 -0.65243 0.061763 0.0761 0.4134 -25.0000 -24.1874 28.8166 28.3154 y-yp 1.49411 0.12226 0.02541 1.93326 0.244038 0.1576 0.7703 phi-w 9.78280 0.56737 0.12257 -0.01679 75.718609 3.0465 0.0000 14 86064 x-xp 2.34263 0.10937 0.02324 -2.11678 0.120449 0.1054 0.5793 -25.0000 -24.1171 29.3052 28.8029 y-yp 1.45835 0.12308 0.02588 2.50241 0.128669 0.1150 0.5492 phi-w 9.90374 0.56986 0.12333 -0.03228 74.489508 3.0310 0.0000 15 86064 x-xp 2.36232 0.10872 0.02305 -1.54931 0.217871 0.1407 0.8623 -25.0000 -24.0663 29.7974 29.2944 y-yp 1.44925 0.12366 0.02623 0.86275 0.059158 0.0782 0.3367 phi-w 9.85608 0.57054 0.12392 -0.04021 73.246268 3.0128 0.0000 16 86064 x-xp 2.23569 0.10836 0.02306 1.57774 0.217675 0.1400 0.9347 -25.0000 -24.0353 30.2934 29.7898 y-yp 1.38587 0.12382 0.02629 -0.54431 0.054168 0.0746 0.3555 phi-w 9.37603 0.56922 0.12433 -0.04173 72.086157 2.9937 0.0000 17 86064 x-xp 2.12083 0.10912 0.02328 2.10626 0.119537 0.1038 0.7494 -25.0000 -24.0243 30.7931 30.2892 y-yp 1.25345 0.12369 0.02601 -1.90192 0.107290 0.1040 0.5986 phi-w 8.61555 0.57233 0.12457 -0.03900 71.051606 2.9750 0.0000 18 86064 x-xp 2.11727 0.10970 0.02344 0.65110 0.060300 0.0737 0.5735 -25.0000 -24.0330 31.2965 30.7924 y-yp 1.09894 0.12304 0.02557 -1.48607 0.199858 0.1401 0.8454 phi-w 9.03827 0.57477 0.12465 -0.03478 70.161267 2.9574 0.0000 19 86064 x-xp 1.99946 0.11001 0.02336 -0.79679 0.063096 0.0749 0.5749 -25.0000 -24.0607 31.8035 31.2993 y-yp 0.98170 0.12276 0.02523 1.34520 0.206552 0.1409 0.8556 phi-w 10.49864 0.57652 0.12462 -0.03088 69.398232 2.9408 0.0000 20 86064 x-xp 1.78523 0.10921 0.02304 -2.39283 0.132937 0.1076 0.8266 -25.0000 -24.1065 32.3141 31.8099 y-yp 0.98607 0.12243 0.02509 1.91641 0.118544 0.1060 0.6473 phi-w 11.59633 0.57122 0.12446 -0.02760 68.754849 2.9253 0.0000 21 86064 x-xp 1.87231 0.10881 0.02268 -1.84307 0.250352 0.1459 1.1311 -25.0000 -24.1687 32.8283 32.3239 y-yp 1.08833 0.12176 0.02504 0.55932 0.063705 0.0773 0.4552 phi-w 12.29357 0.57745 0.12417 -0.02597 68.223494 2.9106 0.0000 22 86064 x-xp 2.27010 0.10909 0.02256 1.66207 0.256525 0.1467 1.1323 -25.0000 -24.2459 33.3460 32.8413 y-yp 1.20506 0.12116 0.02492 -0.92356 0.070341 0.0807 0.4299 phi-w 12.64641 0.57720 0.12375 -0.02800 67.769734 2.8960 0.0000 23 86064 x-xp 2.63555 0.10942 0.02271 2.36049 0.143668 0.1097 0.8350 -25.0000 -24.3362 33.8674 33.3621 y-yp 1.32189 0.12097 0.02473 -2.60404 0.148658 0.1165 0.6178 phi-w 12.72912 0.57524 0.12321 -0.03364 67.352897 2.8808 0.0000 24 86064 x-xp 2.81622 0.10949 0.02290 0.78396 0.072640 0.0780 0.5645 -25.0000 -24.4373 34.3922 33.8861 y-yp 1.41025 0.12162 0.02470 -1.90874 0.274062 0.1574 0.8488 phi-w 12.56227 0.57209 0.12257 -0.04255 66.929655 2.8642 0.0000 25 86064 x-xp 2.75224 0.10905 0.02296 -0.73855 0.071951 0.0775 0.5038 -25.0000 -24.5471 34.9205 34.4133 y-yp 1.44086 0.12330 0.02505 1.82599 0.272047 0.1574 0.8423 phi-w 12.14719 0.56704 0.12193 -0.05361 66.417724 2.8457 0.0000 26 86064 x-xp 2.81397 0.10924 0.02288 -2.26574 0.141244 0.1079 0.6771 -25.0000 -24.6630 35.4522 34.9435 y-yp 1.52966 0.12455 0.02568 2.47328 0.146187 0.1163 0.6003 phi-w 11.58485 0.56104 0.12136 -0.06449 65.773235 2.8253 0.0000 27 86064 x-xp 2.61692 0.10831 0.02279 -1.61878 0.253646 0.1438 0.9264 -25.0000 -24.7824 35.9874 35.4767 y-yp 1.55498 0.12633 0.02622 0.84853 0.069488 0.0807 0.3706 phi-w 10.88064 0.55389 0.12087 -0.07359 65.003474 2.8030 0.0000 28 86064 x-xp 2.26679 0.10846 0.02288 1.70538 0.251140 0.1428 0.9203 -25.0000 -24.9029 36.5261 36.0128 y-yp 1.53291 0.12696 0.02645 -0.59332 0.064724 0.0780 0.3362 phi-w 10.20576 0.55510 0.12050 -0.08034 64.108077 2.7794 0.0000 29 86064 x-xp 2.29567 0.10892 0.02311 2.25748 0.136144 0.1053 0.6606 -25.0000 -25.0220 37.0681 36.5519 y-yp 1.46294 0.12678 0.02641 -1.96689 0.125175 0.1079 0.5274 phi-w 10.41919 0.55202 0.12026 -0.08396 63.110276 2.7550 0.0000 30 86064 x-xp 2.26293 0.10903 0.02328 0.74321 0.066371 0.0735 0.4734 -25.0000 -25.1372 37.6135 37.0938 y-yp 1.31617 0.12633 0.02624 -1.44987 0.226315 0.1442 0.7224 phi-w 10.33418 0.55060 0.12013 -0.08498 62.057112 2.7303 0.0000 31 86064 x-xp 2.22857 0.10865 0.02324 -0.67679 0.065495 0.0727 0.5598 -25.0000 -25.2464 38.1622 37.6386 y-yp 1.29576 0.12646 0.02618 1.45059 0.227466 0.1438 0.7630 phi-w 9.97483 0.55107 0.12008 -0.08288 60.982202 2.7061 0.0000 32 86064 x-xp 2.11329 0.10808 0.02298 -2.14118 0.132698 0.1025 0.8109 -27.7575 -28.1042 38.7076 38.1862 y-yp 1.30539 0.12707 0.02622 1.97249 0.127455 0.1073 0.5958 phi-w 9.50353 0.55003 0.12012 -0.09240 59.862661 2.6815 0.0000 33 86064 x-xp 1.86192 0.10798 0.02264 -1.67025 0.246888 0.1383 1.1032 -30.5150 -30.9517 39.2424 38.7299 y-yp 1.25055 0.12749 0.02620 0.59816 0.066469 0.0772 0.4352 phi-w 9.06906 0.54768 0.12025 -0.12348 58.544847 2.6534 0.0000 34 86064 x-xp 1.95701 0.10832 0.02248 1.44128 0.254868 0.1396 1.1332 -33.2725 -33.7864 39.7652 39.2624 y-yp 1.15236 0.12728 0.02598 -0.84050 0.071564 0.0795 0.4568 phi-w 9.94905 0.55084 0.12052 -0.17401 56.852357 2.6176 0.0000 ========================================================================================================================================================================= --Structure 6 End of Run 1--- ========================================================================================================================================================================= Structure 7 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 3-4 *************************************** Transport Bore 2.5 ;quad L, Ra, outputflag, B, errorflag drift 0 1.5 0 4 quad 1.75 0 1 -37.031e2 1 drift 17.406907 1.5 1 4 quad 1.75 0 1 0.e2 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 34 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0225 1.9570 1.4413 254.8677 2 0.0260 1.1524 -0.8405 71.5637 3 0.1205 9.9491 -0.1740 56.8524 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 39.7652 (MeV) NGood_Particle 86064 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00097 0.01696 0.00060 0.02906 -33.786 39.782 Transport starting...Wsync MeV,phis deg: 39.7652 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 3-4 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86064 x-xp 1.95701 0.10832 0.02248 1.44128 0.254868 0.1396 1.1332 0.0000 -33.7864 39.7652 39.7822 y-yp 1.15236 0.12728 0.02598 -0.84050 0.071564 0.0795 0.4568 phi-w 9.94905 0.55084 0.12052 -0.17401 56.852357 2.6176 0.0000 Transport finished element 2: 3. Quad 0 86064 x-xp 1.98951 0.10844 0.02248 3.14671 0.246819 0.1374 1.1157 0.0000 -33.7864 39.7652 39.7822 y-yp 1.14360 0.12713 0.02595 -1.42152 0.075583 0.0817 0.4678 phi-w 10.02503 0.55111 0.12056 -0.15083 56.719354 2.6150 0.0000 Transport finished element 3: 1. Drift 0 86064 x-xp 2.30233 0.10931 0.02254 2.25776 0.152503 0.1081 0.8733 0.0000 -33.8524 39.7652 39.7822 y-yp 1.04966 0.12644 0.02560 -2.28033 0.141165 0.1109 0.6566 phi-w 10.62840 0.54824 0.12097 0.07841 56.273285 2.6091 0.0000 Transport finished element 4: 3. Quad 0 86064 x-xp 2.33220 0.10946 0.02255 2.17378 0.144682 0.1053 0.8490 0.0000 -33.8524 39.7652 39.7822 y-yp 1.04531 0.12642 0.02556 -2.37314 0.149536 0.1140 0.6785 phi-w 10.67156 0.54814 0.12101 0.10136 56.316530 2.6106 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -1.7944 (Deg) :Equivalent length: -0.1047 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 1.7944 ************************************************************** ========================================================================================================================================================================= --Structure 7 End of Run 1--- ========================================================================================================================================================================= Structure 8 28 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 4 *************************************** ForceReadDTL DTL 1 -28 -25.0 3.6293 0.000 3.6293 0 0. 3. -3. 3.5 5 6 11 0. 1.25 0. 0 0. 0 1 1 0 0 0 -25 0 0 0 0 change 14 2.49 3720.0 101.1 3700. ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 03/05/2004 ; end wall PMQs are set to design values ;Change 2 1 3.7268e+3 2 3.6969e+3 4 -3.7252e+3 5 -3.6974e+3 7 3.7166e+3 8 3.7017e+3 ;Change 2 10 -3.7161e+3 11 -3.7054e+3 13 3.7102e+3 14 3.7019e+3 16 -3.7185e+3 17 -3.7001e+3 ;Change 2 19 3.7113e+3 20 3.7017e+3 22 -3.7127e+3 23 -3.7054e+3 25 3.7071e+3 26 3.7072e+3 ;Change 2 28 -3.720e+3 ; shift the ends for smooth longitudinal phaselaw 1 3 0 3 -35.0407 -31.6938 -28.3469 -25.8367 phaselaw 1 3 26 28 -27.7467 -30.4940 -33.2409 ; 10/8/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [Phase LinearLngRamp] RampStart cell= 1 with RampStartPhase= 0.000 Deg psi (Bucket Phase Width) = 75.5000000000000 deg [E0Ramp LinearLngRamp ] RampStart cell= 1 (Excluding beam power) tank 1, Cu power= 1.33973 MW change 14 2.49 3700.0 101.1 3700. change 16 3720 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 03/05/2004 ; end wall PMQs are set to design values ;Change 2 1 3.7268e+3 2 3.6969e+3 4 -3.7252e+3 5 -3.6974e+3 7 3.7166e+3 8 3.7017e+3 ;Change 2 10 -3.7161e+3 11 -3.7054e+3 13 3.7102e+3 14 3.7019e+3 16 -3.7185e+3 17 -3.7001e+3 ;Change 2 19 3.7113e+3 20 3.7017e+3 22 -3.7127e+3 23 -3.7054e+3 25 3.7071e+3 26 3.7072e+3 ;Change 2 28 -3.720e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 641.053 (cm) 28 cells power= 1.732 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 39.7652 0.28210 1.750 0.0000 ( 0.00000) 2065.22364 1 40.2849 0.28383 21.2653 0.8063 0.0555 0.4858 0.0565 3.500 3.7000 3.6293 3.6293 -31.694 -31.694 2086.48896 2086.48896 2 40.8266 0.28561 21.3977 0.8057 0.0557 0.4869 0.0566 3.500 3.7000 3.6293 3.6293 -28.347 -28.347 2107.88668 2107.88668 3 41.3867 0.28744 21.4847 0.8069 0.0558 0.4867 0.0575 3.500 0.0000 3.6293 3.6293 -25.837 -25.837 2129.37133 2129.37133 4 41.9582 0.28929 21.5236 0.8100 0.0557 0.4853 0.0593 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2150.89494 2150.89494 5 42.5348 0.29115 21.6120 0.8111 0.0557 0.4851 0.0602 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2172.50692 2172.50692 6 43.1145 0.29300 21.7499 0.8103 0.0560 0.4863 0.0603 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2194.25677 2194.25677 7 43.6974 0.29484 21.8873 0.8096 0.0562 0.4875 0.0605 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2216.14411 2216.14411 8 44.2833 0.29668 22.0245 0.8088 0.0564 0.4887 0.0606 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2238.16856 2238.16856 9 44.8722 0.29851 22.1612 0.8080 0.0567 0.4899 0.0607 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2260.32975 2260.32975 10 45.4642 0.30034 22.2975 0.8072 0.0569 0.4911 0.0608 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2282.62728 2282.62728 11 46.0593 0.30216 22.4335 0.8064 0.0571 0.4923 0.0609 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2305.06079 2305.06079 12 46.6573 0.30398 22.5691 0.8056 0.0573 0.4935 0.0610 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2327.62990 2327.62990 13 47.2584 0.30579 22.7043 0.8048 0.0576 0.4947 0.0611 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2350.33422 2350.33422 14 47.8624 0.30760 22.8392 0.8040 0.0578 0.4958 0.0612 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2373.17339 2373.17339 15 48.4694 0.30940 22.9736 0.8033 0.0580 0.4970 0.0613 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2396.14702 2396.14702 16 49.0793 0.31120 23.1077 0.8025 0.0583 0.4982 0.0614 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2419.25473 2419.25473 17 49.6920 0.31299 23.2414 0.8014 0.0586 0.4996 0.0615 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2442.49612 2442.49612 18 50.3073 0.31478 23.3746 0.8003 0.0589 0.5011 0.0616 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2465.87075 2465.87075 19 50.9253 0.31656 23.5075 0.7993 0.0592 0.5025 0.0617 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2489.37822 2489.37822 20 51.5461 0.31834 23.6399 0.7983 0.0595 0.5039 0.0618 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2513.01809 2513.01809 21 52.1694 0.32011 23.7719 0.7972 0.0598 0.5053 0.0619 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2536.78994 2536.78994 22 52.7954 0.32187 23.9034 0.7961 0.0601 0.5067 0.0620 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2560.69336 2560.69336 23 53.4239 0.32363 24.0345 0.7950 0.0604 0.5082 0.0621 3.500 -3.7000 3.6293 3.6293 -25.000 -25.000 2584.72791 2584.72791 24 54.0550 0.32538 24.1653 0.7939 0.0607 0.5096 0.0622 3.500 0.0000 3.6293 3.6293 -25.000 -25.000 2608.89316 2608.89316 25 54.6886 0.32713 24.2955 0.7928 0.0610 0.5110 0.0623 3.500 3.7000 3.6293 3.6293 -25.000 -25.000 2633.18869 2633.18869 26 55.3184 0.32885 24.2389 0.7991 0.0606 0.5074 0.0650 3.500 3.7000 3.6293 3.6293 -27.747 -27.747 2657.42754 2657.42754 27 55.9349 0.33052 24.3639 0.7981 0.0609 0.5088 0.0651 3.500 0.0000 3.6293 3.6293 -30.494 -30.494 2681.79146 2681.79146 28 56.5364 0.33215 24.4854 0.7970 0.0612 0.5101 0.0652 3.500 -3.7000 3.6293 3.6293 -33.241 -33.241 2706.27683 2706.27683 elimit 50. ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 28 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0226 2.3322 2.1738 144.6818 2 0.0256 1.0453 -2.3731 149.5360 3 0.1210 10.6716 0.1014 56.3165 start 1 stop 28 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00048 0.02370 0.00130 0.03361 -35.581 39.782 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00048 0.02370 0.00130 0.03361 -35.581 39.782 *** ORNL April 26,2001 Design*** .DTL. Tank 4 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86064 x-xp 2.67714 0.10905 0.02265 0.67850 0.074503 0.0755 0.5611 -31.6938 -32.2702 40.2849 39.7822 y-yp 1.12728 0.12501 0.02513 -1.79229 0.279475 0.1540 0.9415 phi-w 10.84724 0.54674 0.12142 0.03822 56.440073 2.6178 0.0000 2 86064 x-xp 2.86743 0.11013 0.02264 -0.82867 0.077609 0.0768 0.5466 -28.3469 -28.9707 40.8266 40.2983 y-yp 1.28856 0.12398 0.02504 1.72544 0.282879 0.1542 0.9413 phi-w 10.66097 0.55051 0.12184 0.00014 56.109209 2.6146 0.0000 3 86064 x-xp 2.90858 0.10988 0.02250 -2.43697 0.158562 0.1090 0.7581 -25.8367 -26.4924 41.3867 40.8365 y-yp 1.47284 0.12284 0.02532 2.38428 0.154926 0.1143 0.6778 phi-w 10.50835 0.55363 0.12226 -0.01252 55.566563 2.6064 0.0000 4 86064 x-xp 2.79741 0.10863 0.02243 -1.77031 0.288782 0.1464 0.9852 -25.0000 -25.6726 41.9582 41.3931 y-yp 1.60555 0.12252 0.02564 0.81297 0.075591 0.0801 0.4201 phi-w 10.49706 0.55662 0.12262 -0.01051 55.006678 2.5971 0.0000 5 86064 x-xp 2.55644 0.10843 0.02263 1.76197 0.286681 0.1460 0.9370 -25.0000 -25.6753 42.5348 41.9611 y-yp 1.65227 0.12250 0.02581 -0.63386 0.072053 0.0782 0.3575 phi-w 10.60182 0.55879 0.12296 -0.00523 54.494120 2.5886 0.0000 6 86064 x-xp 2.50047 0.10940 0.02303 2.37379 0.155468 0.1081 0.6761 -25.0000 -25.6642 43.1145 42.5342 y-yp 1.62879 0.12238 0.02579 -2.02833 0.139436 0.1083 0.5331 phi-w 10.48453 0.56181 0.12330 0.00067 54.035378 2.5811 0.0000 7 86064 x-xp 2.49515 0.10995 0.02334 0.80305 0.075453 0.0755 0.4619 -25.0000 -25.6396 43.6974 43.1104 y-yp 1.55468 0.12219 0.02574 -1.46313 0.249858 0.1444 0.7268 phi-w 9.86369 0.56375 0.12360 0.00698 53.639727 2.5749 0.0000 8 86064 x-xp 2.41255 0.11030 0.02339 -0.63834 0.072382 0.0738 0.5331 -25.0000 -25.6024 44.2833 43.6897 y-yp 1.42473 0.12310 0.02584 1.50613 0.248230 0.1437 0.7443 phi-w 9.35213 0.56080 0.12388 0.01407 53.310660 2.5699 0.0000 9 86064 x-xp 2.35018 0.10967 0.02323 -2.05702 0.142227 0.1028 0.8266 -25.0000 -25.5536 44.8722 44.2723 y-yp 1.40113 0.12371 0.02605 2.01360 0.136224 0.1065 0.5551 phi-w 10.27026 0.56758 0.12412 0.02240 53.061039 2.5663 0.0000 10 86064 x-xp 2.24517 0.10864 0.02297 -1.52911 0.259102 0.1375 1.1235 -25.0000 -25.4942 45.4642 44.8581 y-yp 1.40939 0.12450 0.02615 0.63186 0.068583 0.0755 0.3994 phi-w 11.06835 0.56668 0.12424 0.03198 52.924430 2.5643 0.0000 11 86064 x-xp 2.11715 0.10810 0.02284 1.50677 0.262009 0.1374 1.1073 -25.0000 -25.4255 46.0593 45.4471 y-yp 1.34037 0.12436 0.02600 -0.74907 0.071426 0.0765 0.4597 phi-w 11.70941 0.56916 0.12425 0.04116 52.908496 2.5639 0.0000 12 86064 x-xp 1.98972 0.10880 0.02287 2.07439 0.146558 0.1025 0.7952 -25.0000 -25.3490 46.6573 46.0395 y-yp 1.21692 0.12327 0.02565 -2.24613 0.149689 0.1097 0.6853 phi-w 12.20633 0.57222 0.12416 0.04842 52.988572 2.5649 0.0000 13 86064 x-xp 2.07474 0.10913 0.02291 0.65851 0.075209 0.0732 0.5628 -25.0000 -25.2661 47.2584 46.6353 y-yp 1.06075 0.12269 0.02526 -1.70969 0.280311 0.1485 0.9303 phi-w 12.60253 0.57383 0.12402 0.05244 53.124951 2.5668 0.0000 14 86064 x-xp 2.25597 0.10897 0.02281 -0.77259 0.078010 0.0742 0.5518 -25.0000 -25.1786 47.8624 47.2344 y-yp 1.16703 0.12262 0.02512 1.57482 0.286312 0.1492 0.9392 phi-w 12.87024 0.57507 0.12388 0.05301 53.272079 2.5690 0.0000 15 86064 x-xp 2.33409 0.10900 0.02257 -2.29743 0.159852 0.1053 0.8297 -25.0000 -25.0880 48.4694 47.8369 y-yp 1.35163 0.12307 0.02526 2.23003 0.160073 0.1115 0.6892 phi-w 12.93390 0.57650 0.12376 0.05193 53.409070 2.5709 0.0000 16 86064 x-xp 2.31192 0.10889 0.02236 -1.69950 0.293707 0.1416 1.1345 -25.0000 -24.9959 49.0793 48.4428 y-yp 1.51601 0.12344 0.02547 0.74652 0.080550 0.0792 0.4595 phi-w 12.75414 0.57810 0.12364 0.04961 53.526766 2.5725 0.0000 17 86064 x-xp 2.29236 0.10901 0.02242 1.64240 0.294889 0.1417 1.1237 -25.0000 -24.9038 49.6920 49.0521 y-yp 1.62633 0.12364 0.02556 -0.68897 0.079389 0.0785 0.3989 phi-w 12.27952 0.57858 0.12357 0.04500 53.593577 2.5735 0.0000 18 86064 x-xp 2.37637 0.10986 0.02272 2.25716 0.162151 0.1054 0.8005 -25.0000 -24.8134 50.3073 49.6646 y-yp 1.67742 0.12284 0.02552 -2.11015 0.155383 0.1094 0.5466 phi-w 11.49088 0.57221 0.12358 0.03875 53.589432 2.5734 0.0000 19 86064 x-xp 2.47420 0.11049 0.02300 0.75592 0.080242 0.0744 0.4816 -25.0000 -24.7259 50.9253 50.2802 y-yp 1.67862 0.12213 0.02551 -1.49792 0.277729 0.1457 0.7475 phi-w 10.41802 0.57773 0.12364 0.03029 53.508613 2.5721 0.0000 20 86064 x-xp 2.43184 0.11084 0.02307 -0.66566 0.078411 0.0734 0.4202 -25.0000 -24.6429 51.5461 50.8989 y-yp 1.68915 0.12127 0.02569 1.57424 0.273883 0.1448 0.7470 phi-w 9.11590 0.57633 0.12380 0.02067 53.326478 2.5694 0.0000 21 86064 x-xp 2.43126 0.11082 0.02295 -2.07794 0.154385 0.1024 0.7286 -25.0000 -24.5654 52.1694 51.5208 y-yp 1.70618 0.12089 0.02603 2.08638 0.148285 0.1069 0.5392 phi-w 9.61878 0.57197 0.12409 0.01216 53.029567 2.5652 0.0000 22 86064 x-xp 2.37600 0.11036 0.02280 -1.51840 0.279257 0.1369 1.0420 -25.0000 -24.4946 52.7954 52.1457 y-yp 1.64777 0.12139 0.02628 0.68115 0.072416 0.0748 0.3815 phi-w 10.55199 0.57608 0.12451 0.00597 52.632113 2.5600 0.0000 23 86064 x-xp 2.27609 0.11003 0.02279 1.52119 0.279851 0.1366 1.0690 -25.0000 -24.4314 53.4239 52.7736 y-yp 1.53157 0.12099 0.02625 -0.66083 0.072273 0.0745 0.4362 phi-w 11.09457 0.57366 0.12506 0.00161 52.152812 2.5539 0.0000 24 86064 x-xp 2.28240 0.11034 0.02294 2.07330 0.155032 0.1017 0.8024 -25.0000 -24.3767 54.0550 53.4044 y-yp 1.39524 0.12114 0.02594 -2.05332 0.148445 0.1058 0.7180 phi-w 11.34232 0.57047 0.12567 -0.00122 51.630947 2.5473 0.0000 25 86064 x-xp 2.17153 0.11033 0.02304 0.66984 0.078362 0.0722 0.5420 -25.0000 -24.3311 54.6886 54.0380 y-yp 1.28862 0.12132 0.02554 -1.56849 0.276799 0.1429 1.0034 phi-w 11.42115 0.57033 0.12628 -0.00361 51.100341 2.5403 0.0000 26 86064 x-xp 2.00099 0.11096 0.02298 -0.71901 0.079802 0.0726 0.5591 -27.7467 -27.0423 55.3184 54.6745 y-yp 1.26481 0.12181 0.02529 1.43752 0.284140 0.1437 1.0113 phi-w 11.38505 0.57168 0.12685 -0.02150 50.534943 2.5319 0.0000 27 86064 x-xp 1.80203 0.11007 0.02275 -2.17235 0.161610 0.1025 0.8418 -30.4940 -29.7651 55.9349 55.3076 y-yp 1.32995 0.12264 0.02526 2.05665 0.162266 0.1082 0.7428 phi-w 11.29105 0.57356 0.12737 -0.06314 49.831323 2.5193 0.0000 28 86064 x-xp 2.01885 0.11008 0.02249 -1.64546 0.297025 0.1377 1.1423 -33.2409 -32.4999 56.5364 55.9279 y-yp 1.44686 0.12311 0.02530 0.66301 0.085134 0.0782 0.4796 phi-w 11.21697 0.57340 0.12782 -0.12558 48.867441 2.4993 0.0000 ========================================================================================================================================================================= --Structure 8 End of Run 1--- ========================================================================================================================================================================= Structure 9 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 4-5 *************************************** Transport Bore 2.5 ;quad L, Ra, outputflag, B, errorflag drift 0 1.5 0 4 quad 1.75 0 1 -36.999e2 1 drift 21.117754 1.5 1 4 quad 1.75 1 1 -36.993e2 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86064 Oldcurrent= 34.4300 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4300 (mA) Average beam current= 34.4300 (mA) readdist ncell= 28 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0225 2.0188 -1.6455 297.0254 2 0.0253 1.4469 0.6630 85.1344 3 0.1278 11.2170 -0.1256 48.8674 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4299885465372 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 56.5364 (MeV) NGood_Particle 86064 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00084 0.01497 0.00094 0.00419 -32.500 56.534 Transport starting...Wsync MeV,phis deg: 56.5364 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 4-5 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86064 x-xp 2.01885 0.11008 0.02249 -1.64546 0.297025 0.1377 1.1423 0.0000 -32.4999 56.5364 56.5338 y-yp 1.44686 0.12311 0.02530 0.66301 0.085134 0.0782 0.4796 phi-w 11.21697 0.57340 0.12782 -0.12558 48.867441 2.4993 0.0000 Transport finished element 2: 3. Quad 0 86064 x-xp 2.04198 0.11011 0.02248 0.08518 0.299945 0.1384 1.1488 0.0000 -32.4999 56.5364 56.5338 y-yp 1.45669 0.12310 0.02530 0.13711 0.083737 0.0776 0.4684 phi-w 11.21382 0.57379 0.12785 -0.10779 48.809722 2.4980 0.0000 Transport finished element 3: 1. Drift 0 86064 x-xp 2.24855 0.10967 0.02242 -0.13844 0.301862 0.1386 1.1591 0.0000 -32.4929 56.5364 56.5338 y-yp 1.57317 0.12282 0.02526 -0.20064 0.085196 0.0782 0.4491 phi-w 11.16121 0.57503 0.12814 0.10661 48.695412 2.4980 0.0000 Transport finished element 4: 3. Quad 0 86055 x-xp 2.26376 0.10963 0.02235 1.59927 0.298379 0.1376 0.9620 0.0000 -32.4929 56.5364 56.5338 y-yp 1.58418 0.12293 0.02525 -0.73693 0.086849 0.0789 0.4524 phi-w 11.15553 0.57505 0.12815 0.12429 48.739690 2.4992 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -1.7679 (Deg) :Equivalent length: -0.1215 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 1.7679 ************************************************************** ========================================================================================================================================================================= --Structure 9 End of Run 1--- ========================================================================================================================================================================= Structure 10 24 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 5 *************************************** DTL 1 -24 -25.0 3.658 0.000 3.658 0. 0. 3. -3. 3.5 5 5 11 0. 1.25 0. 0. 0. 0 1 1 0 0 0 -25 change 14 2.49 3700.0 101.1 3700. change 16 3700 1 ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 03/05/2004 ; end wall PMQs are set to design values ;Change 2 -1 -3.7100e+3 2 3.7130e+3 3 3.7068e+3 5 -3.7140e+3 6 -3.7075e+3 8 3.7099e+3 ;Change 2 9 3.7077e+3 11 -3.7068e+3 12 -3.7069e+3 14 3.7068e+3 15 3.7059e+3 17 -3.7153e+3 ;Change 2 18 -3.7143e+3 20 3.7159e+3 21 3.7109e+3 23 -3.7109e+3 24 -3.710e+3 ; shift the ends for smooth longitudinal phaselaw 1 3 0 3 -34.9851 -31.6567 -28.3284 -25.8321 phaselaw 1 3 22 24 -28.3706 -31.7412 -35.1117 ; 10/8/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [Phase LinearLngRamp] RampStart cell= 1 with RampStartPhase= 0.000 Deg psi (Bucket Phase Width) = 75.5000000000000 deg [E0Ramp LinearLngRamp ] RampStart cell= 1 (Excluding beam power) tank 1, Cu power= 1.32893 MW change 14 2.49 3700.0 101.1 3700. ; ORNL measured values of PMQs except for in wall PMQs, which are factory values ! 03/05/2004 ; end wall PMQs are set to design values ;Change 2 -1 -3.7100e+3 2 3.7130e+3 3 3.7068e+3 5 -3.7140e+3 6 -3.7075e+3 8 3.7099e+3 ;Change 2 9 3.7077e+3 11 -3.7068e+3 12 -3.7069e+3 14 3.7068e+3 15 3.7059e+3 17 -3.7153e+3 ;Change 2 18 -3.7143e+3 20 3.7159e+3 21 3.7109e+3 23 -3.7109e+3 24 -3.710e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 629.408 (cm) 24 cells power= 1.703 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 56.5364 0.33215 1.750 -3.7000 ( 0.00000) 2730.89458 1 57.1323 0.33375 25.0210 0.7791 0.0631 0.5227 0.0596 3.500 0.0000 3.6580 3.6580 -31.657 -31.657 2755.91557 2755.91557 2 57.7520 0.33540 25.1436 0.7780 0.0635 0.5241 0.0597 3.500 3.7000 3.6580 3.6580 -28.328 -28.328 2781.05914 2781.05914 3 58.3919 0.33709 25.2120 0.7793 0.0635 0.5240 0.0605 3.500 3.7000 3.6580 3.6580 -25.832 -25.832 2806.27118 2806.27118 4 59.0444 0.33880 25.2241 0.7829 0.0634 0.5223 0.0622 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 2831.49531 2831.49531 5 59.7019 0.34052 25.2939 0.7841 0.0635 0.5221 0.0630 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 2856.78923 2856.78923 6 60.3618 0.34223 25.4214 0.7829 0.0638 0.5236 0.0631 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 2882.21063 2882.21063 7 61.0239 0.34393 25.5484 0.7818 0.0641 0.5250 0.0632 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 2907.75907 2907.75907 8 61.6883 0.34563 25.6750 0.7806 0.0645 0.5265 0.0633 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 2933.43410 2933.43410 9 62.3550 0.34732 25.8012 0.7794 0.0648 0.5279 0.0634 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 2959.23529 2959.23529 10 63.0239 0.34900 25.9269 0.7782 0.0651 0.5293 0.0634 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 2985.16219 2985.16219 11 63.6950 0.35068 26.0522 0.7770 0.0655 0.5308 0.0635 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 3011.21437 3011.21437 12 64.3683 0.35235 26.1770 0.7758 0.0658 0.5322 0.0636 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 3037.39137 3037.39137 13 65.0438 0.35402 26.3014 0.7746 0.0661 0.5337 0.0637 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 3063.69275 3063.69275 14 65.7213 0.35568 26.4253 0.7734 0.0665 0.5351 0.0637 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 3090.11807 3090.11807 15 66.4010 0.35734 26.5488 0.7722 0.0668 0.5365 0.0638 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 3116.66688 3116.66688 16 67.0827 0.35899 26.6719 0.7710 0.0672 0.5379 0.0639 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 3143.33875 3143.33875 17 67.7665 0.36063 26.7945 0.7698 0.0675 0.5394 0.0640 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 3170.13322 3170.13322 18 68.4524 0.36227 26.9166 0.7685 0.0678 0.5408 0.0640 3.500 -3.7000 3.6580 3.6580 -25.000 -25.000 3197.04986 3197.04986 19 69.1402 0.36390 27.0384 0.7673 0.0682 0.5422 0.0641 3.500 0.0000 3.6580 3.6580 -25.000 -25.000 3224.08821 3224.08821 20 69.8299 0.36552 27.1596 0.7661 0.0685 0.5436 0.0642 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 3251.24784 3251.24784 21 70.5217 0.36714 27.2805 0.7648 0.0689 0.5450 0.0642 3.500 3.7000 3.6580 3.6580 -25.000 -25.000 3278.52830 3278.52830 22 71.2086 0.36874 27.1443 0.7742 0.0681 0.5397 0.0674 3.500 0.0000 3.6580 3.6580 -28.371 -28.371 3305.67259 3305.67259 23 71.8758 0.37028 27.2595 0.7731 0.0684 0.5410 0.0674 3.500 -3.7000 3.6580 3.6580 -31.741 -31.741 3332.93207 3332.93207 24 72.5208 0.37177 27.3704 0.7719 0.0687 0.5423 0.0675 3.500 -3.7000 3.6580 3.6580 -35.112 -35.112 3360.30251 3360.30251 elimit 50. ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 34.4264 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4264 (mA) Average beam current= 34.4264 (mA) readdist ncell= 24 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0224 2.2638 1.5993 298.3788 2 0.0253 1.5842 -0.7369 86.8487 3 0.1282 11.1555 0.1243 48.7397 start 1 stop 24 output 2 1 2 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4263880876122 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00103 0.00392 0.00118 0.01654 -34.268 56.534 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00103 0.00392 0.00118 0.01654 -34.268 56.534 *** ORNL April 26,2001 Design*** .DTL. Tank 5 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 2 86055 x-xp 2.42936 0.10976 0.02268 0.70609 0.081015 0.0718 0.4748 -28.3284 -27.6006 57.7520 56.5338 y-yp 1.84719 0.12247 0.02505 -1.56746 0.310492 0.1478 0.8238 phi-w 10.70410 0.57854 0.12874 0.00631 48.724830 2.5045 0.0000 3 86055 x-xp 2.44560 0.10960 0.02272 -0.67945 0.080541 0.0715 0.4279 -25.8321 -25.1290 58.3919 57.7582 y-yp 1.90893 0.12241 0.02523 1.66856 0.305693 0.1468 0.8178 phi-w 10.08647 0.57611 0.12891 -0.01373 48.392145 2.4976 0.0000 4 86055 x-xp 2.46381 0.10935 0.02261 -2.08442 0.161304 0.1006 0.6045 -25.0000 -24.3309 59.0444 58.4018 y-yp 1.90564 0.12250 0.02559 2.21155 0.164480 0.1081 0.5909 phi-w 9.79950 0.57310 0.12901 -0.01776 48.017557 2.4889 0.0000 5 86055 x-xp 2.39518 0.10920 0.02248 -1.54566 0.293718 0.1350 0.8762 -25.0000 -24.3731 59.7019 59.0576 y-yp 1.88109 0.12266 0.02590 0.75328 0.078643 0.0750 0.3704 phi-w 10.90741 0.57648 0.12903 -0.01640 47.667796 2.4801 0.0000 6 86055 x-xp 2.19653 0.10867 0.02252 1.47023 0.295915 0.1353 0.9423 -25.0000 -24.4228 60.3618 59.7181 y-yp 1.79907 0.12265 0.02597 -0.58235 0.074888 0.0731 0.3851 phi-w 11.57199 0.57120 0.12899 -0.01413 47.357979 2.4716 0.0000 7 86055 x-xp 1.96402 0.11006 0.02273 2.04143 0.165494 0.1013 0.7480 -25.0000 -24.4790 61.0239 60.3808 y-yp 1.64588 0.12158 0.02579 -1.89209 0.148561 0.1023 0.6450 phi-w 11.51780 0.56931 0.12888 -0.01140 47.086602 2.4634 0.0000 8 86055 x-xp 1.76152 0.11041 0.02290 0.65390 0.085050 0.0727 0.5585 -25.0000 -24.5409 61.6883 61.0455 y-yp 1.45555 0.12063 0.02551 -1.43428 0.272726 0.1374 0.9141 phi-w 11.32860 0.56558 0.12874 -0.00990 46.841729 2.4557 0.0000 9 86055 x-xp 1.63351 0.11055 0.02290 -0.74818 0.087426 0.0735 0.5494 -25.0000 -24.6075 62.3550 61.7122 y-yp 1.30053 0.12008 0.02532 1.33283 0.278694 0.1380 0.9309 phi-w 11.24587 0.56567 0.12860 -0.00993 46.602494 2.4480 0.0000 10 86055 x-xp 1.54045 0.11064 0.02274 -2.21105 0.176368 0.1038 0.8313 -25.0000 -24.6777 63.0239 62.3808 y-yp 1.22609 0.12020 0.02528 1.89282 0.158947 0.1039 0.7147 phi-w 11.24378 0.56577 0.12843 -0.01064 46.371276 2.4404 0.0000 11 86055 x-xp 1.80845 0.11034 0.02256 -1.61882 0.321018 0.1391 1.1158 -25.0000 -24.7505 63.6950 63.0513 y-yp 1.25948 0.12042 0.02526 0.58918 0.084031 0.0753 0.5120 phi-w 11.17241 0.56627 0.12822 -0.01228 46.156943 2.4327 0.0000 12 86055 x-xp 2.16162 0.11036 0.02254 1.59077 0.322836 0.1390 1.0915 -25.0000 -24.8250 64.3683 63.7237 y-yp 1.36778 0.12017 0.02516 -0.79470 0.089284 0.0772 0.4674 phi-w 10.91962 0.56604 0.12795 -0.01546 45.948973 2.4247 0.0000 13 86055 x-xp 2.45548 0.11144 0.02269 2.20203 0.179324 0.1037 0.7655 -25.0000 -24.9000 65.0438 64.3978 y-yp 1.49041 0.12006 0.02497 -2.27690 0.182699 0.1098 0.6883 phi-w 10.49339 0.56627 0.12766 -0.01945 45.733218 2.4163 0.0000 14 86055 x-xp 2.59281 0.11166 0.02284 0.74964 0.089607 0.0733 0.4746 -25.0000 -24.9746 65.7213 65.0737 y-yp 1.60505 0.12038 0.02482 -1.64810 0.332343 0.1472 0.9153 phi-w 9.95462 0.56485 0.12736 -0.02435 45.500645 2.4073 0.0000 15 86055 x-xp 2.60024 0.11144 0.02286 -0.64144 0.087277 0.0722 0.4544 -25.0000 -25.0477 66.4010 65.7513 y-yp 1.79737 0.12077 0.02494 1.63397 0.331682 0.1470 0.9038 phi-w 9.94552 0.56379 0.12710 -0.02949 45.233363 2.3978 0.0000 16 86055 x-xp 2.47729 0.11107 0.02275 -2.00300 0.169736 0.1002 0.6548 -25.0000 -25.1183 67.0827 66.4306 y-yp 1.93375 0.12154 0.02528 2.23782 0.181813 0.1093 0.6537 phi-w 10.02164 0.56306 0.12690 -0.03274 44.927228 2.3877 0.0000 17 86055 x-xp 2.20473 0.10929 0.02263 -1.45168 0.304172 0.1334 0.8871 -25.0000 -25.1857 67.7665 67.1115 y-yp 1.97812 0.12191 0.02558 0.77230 0.088862 0.0767 0.4067 phi-w 10.01579 0.56399 0.12674 -0.03349 44.599712 2.3775 0.0000 18 86055 x-xp 2.23469 0.10892 0.02266 1.46186 0.304052 0.1331 0.8774 -25.0000 -25.2489 68.4524 67.7941 y-yp 1.96494 0.12157 0.02569 -0.59108 0.084527 0.0747 0.3698 phi-w 9.65969 0.56128 0.12665 -0.03265 44.252964 2.3674 0.0000 19 86055 x-xp 2.26736 0.10931 0.02284 1.99279 0.169291 0.0995 0.6283 -25.0000 -25.3071 69.1402 68.4784 y-yp 1.86155 0.12145 0.02561 -1.89624 0.163162 0.1034 0.5775 phi-w 9.00929 0.56047 0.12664 -0.03087 43.884781 2.3575 0.0000 20 86055 x-xp 2.18491 0.10891 0.02298 0.63816 0.086588 0.0712 0.5035 -25.0000 -25.3598 69.8299 69.1643 y-yp 1.68073 0.12084 0.02547 -1.38232 0.292396 0.1377 0.7871 phi-w 8.52181 0.56191 0.12673 -0.02909 43.497313 2.3479 0.0000 21 86055 x-xp 2.02021 0.10975 0.02295 -0.72754 0.089047 0.0720 0.5453 -25.0000 -25.4062 70.5217 69.8518 y-yp 1.51427 0.12080 0.02545 1.38108 0.293311 0.1375 0.8080 phi-w 9.06669 0.56159 0.12692 -0.02768 43.087703 2.3385 0.0000 22 86055 x-xp 1.81720 0.10869 0.02277 -2.15179 0.179573 0.1015 0.7944 -28.3706 -28.8161 71.2086 70.5410 y-yp 1.48873 0.12158 0.02554 1.90148 0.165646 0.1033 0.6389 phi-w 10.04041 0.56554 0.12719 -0.04372 42.624705 2.3284 0.0000 23 86055 x-xp 1.63538 0.10908 0.02256 -1.62090 0.327781 0.1362 1.1176 -31.7412 -32.2183 71.8758 71.2250 y-yp 1.45422 0.12189 0.02557 0.59947 0.086821 0.0746 0.4843 phi-w 10.91513 0.56222 0.12755 -0.08693 42.015762 2.3149 0.0000 24 86055 x-xp 1.91684 0.10972 0.02253 1.45278 0.334279 0.1371 1.1396 -35.1117 -35.6119 72.5208 71.8887 y-yp 1.37397 0.12173 0.02544 -0.76084 0.091302 0.0762 0.5120 phi-w 11.60029 0.56504 0.12798 -0.15451 41.153175 2.2949 0.0000 ========================================================================================================================================================================= --Structure 10 End of Run 1--- ========================================================================================================================================================================= Structure 11 0, 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 5-6 *************************************** Transport Bore 2.5 ;quad L, Ra, outputflag, B, errorflag drift 0 1.5 0 4 quad 1.75 0 1 -36.952e2 1 drift 24.034962 1.5 1 4 quad 1.75 0 1 0.e+2 0 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 34.4264 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4264 (mA) Average beam current= 34.4264 (mA) readdist ncell= 24 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0225 1.9168 1.4528 334.2785 2 0.0254 1.3740 -0.7608 91.3024 3 0.1280 11.6003 -0.1545 41.1532 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4263880876122 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 72.5208 (MeV) NGood_Particle 86055 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00043 0.01146 0.00082 0.02103 -35.612 72.530 Transport starting...Wsync MeV,phis deg: 72.5208 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 5-6 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86055 x-xp 1.91684 0.10972 0.02253 1.45278 0.334279 0.1371 1.1396 0.0000 -35.6119 72.5208 72.5297 y-yp 1.37397 0.12173 0.02544 -0.76084 0.091302 0.0762 0.5120 phi-w 11.60029 0.56504 0.12798 -0.15451 41.153175 2.2949 0.0000 Transport finished element 2: 3. Quad 0 86055 x-xp 1.93598 0.10992 0.02253 3.11151 0.326192 0.1355 1.1260 0.0000 -35.6119 72.5208 72.5297 y-yp 1.36744 0.12166 0.02543 -1.28494 0.094919 0.0776 0.5209 phi-w 11.64065 0.56566 0.12801 -0.13910 41.101054 2.2938 0.0000 Transport finished element 3: 1. Drift 0 86055 x-xp 2.19975 0.11002 0.02266 2.21053 0.197209 0.1056 0.8697 0.0000 -35.6304 72.5208 72.5297 y-yp 1.26063 0.12119 0.02519 -2.09333 0.176983 0.1055 0.6828 phi-w 12.06337 0.56934 0.12850 0.07187 40.814750 2.2902 0.0000 Transport finished element 4: 3. Quad 0 86055 x-xp 2.21697 0.11017 0.02267 2.14872 0.189483 0.1036 0.8510 0.0000 -35.6304 72.5208 72.5297 y-yp 1.25219 0.12115 0.02517 -2.15606 0.184558 0.1077 0.6982 phi-w 12.08453 0.56942 0.12854 0.08718 40.825314 2.2908 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -2.0167 (Deg) :Equivalent length: -0.1551 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 2.0167 ************************************************************** ========================================================================================================================================================================= --Structure 11 End of Run 1--- ========================================================================================================================================================================= Structure 12 22 402.5 402.5 0. title *************************************** *** ORNL April 26,2001 Design*** .DTL. Tank 6 *************************************** DTL 1 -22 -25.0 3.6085 -0.000 3.6085 0. 0. 3. -3. 3.5 5 6 11 0. 1.25 0. 0. 0. 0 1 0 0 0 0 -25 phaselaw 1 1 1 22 -27 -36 change 14 2.49 3700.0 101.1 3700. change 16 3700 1 change 2 22 0. ;Change 2 1 3.695147e+3 2 3.694681e+3 4 -3.694478e+3 5 -3.694268e+3 7 3.694162e+3 8 3.693914e+3 ;Change 2 10 -3.693767e+3 11 -3.693032e+3 13 3.692546e+3 14 3.691674e+3 16 -3.691544e+3 17 -3.690594e+3 ;Change 2 19 3.689625e+3 20 3.689327e+3 ; shift the ends for smooth longitudinal phaselaw 1 3 0 3 -37.1006 -34.0194 -30.9382 -28.6273 phaselaw 1 3 19 22 -37.4660 -40.6460 -44.8860 -49.1260 ; 10/8/99 J.Billen (New DTL design for FFODDO lattice) ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; Shunt impedance Z reduced by user-supplied factor = 0.8000. ; Geometric beta column not included. ---DTL cavity design details--- ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 (Excluding beam power) tank 1, Cu power= 1.29726 MW change 14 2.49 3700.0 101.1 3700. change 16 3700 1 change 2 22 0. ;Change 2 1 3.695147e+3 2 3.694681e+3 4 -3.694478e+3 5 -3.694268e+3 7 3.694162e+3 8 3.693914e+3 ;Change 2 10 -3.693767e+3 11 -3.693032e+3 13 3.692546e+3 14 3.691674e+3 16 -3.691544e+3 17 -3.690594e+3 ;Change 2 19 3.689625e+3 20 3.689327e+3 linout 1 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. tank no. 1 tank length 634.110 (cm) 22 cells power= 1.632 MW frequency= 402.50MHz (Cu+Beam) wavelength= 74.48260 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z=0 position is at the entry to the tank. If the first quad is a full quad, it is at the center of the quad initial 72.5208 0.37177 1.750 0.0000 ( 0.00000) 3387.83747 1 73.1364 0.37317 27.9722 0.7498 0.0712 0.5566 0.0617 3.500 3.7000 3.6085 3.6085 -34.019 -34.019 3415.80966 3415.80966 2 73.7764 0.37463 28.0801 0.7486 0.0716 0.5579 0.0617 3.500 3.7000 3.6085 3.6085 -30.938 -30.938 3443.88979 3443.88979 3 74.4372 0.37612 28.1316 0.7500 0.0716 0.5577 0.0625 3.500 0.0000 3.6085 3.6085 -28.627 -28.627 3472.02141 3472.02141 4 75.1104 0.37763 28.0914 0.7554 0.0713 0.5550 0.0643 3.500 -3.7000 3.6085 3.6085 -28.286 -28.286 3500.11280 3500.11280 5 75.7858 0.37914 28.1438 0.7568 0.0713 0.5547 0.0651 3.500 -3.7000 3.6085 3.6085 -28.714 -28.714 3528.25661 3528.25661 6 76.4601 0.38063 28.2554 0.7556 0.0717 0.5560 0.0651 3.500 0.0000 3.6085 3.6085 -29.143 -29.143 3556.51202 3556.51202 7 77.1330 0.38212 28.3662 0.7544 0.0720 0.5574 0.0652 3.500 3.7000 3.6085 3.6085 -29.571 -29.571 3584.87817 3584.87817 8 77.8047 0.38359 28.4760 0.7531 0.0723 0.5587 0.0652 3.500 3.7000 3.6085 3.6085 -30.000 -30.000 3613.35420 3613.35420 9 78.4749 0.38505 28.5850 0.7519 0.0727 0.5600 0.0652 3.500 0.0000 3.6085 3.6085 -30.429 -30.429 3641.93924 3641.93924 10 79.1436 0.38650 28.6932 0.7507 0.0730 0.5613 0.0653 3.500 -3.7000 3.6085 3.6085 -30.857 -30.857 3670.63244 3670.63244 11 79.8108 0.38794 28.8005 0.7495 0.0733 0.5625 0.0653 3.500 -3.7000 3.6085 3.6085 -31.286 -31.286 3699.43293 3699.43293 12 80.4763 0.38936 28.9069 0.7483 0.0737 0.5638 0.0654 3.500 0.0000 3.6085 3.6085 -31.714 -31.714 3728.33984 3728.33984 13 81.1402 0.39078 29.0125 0.7471 0.0740 0.5651 0.0654 3.500 3.7000 3.6085 3.6085 -32.143 -32.143 3757.35232 3757.35232 14 81.8022 0.39218 29.1172 0.7459 0.0743 0.5663 0.0655 3.500 3.7000 3.6085 3.6085 -32.571 -32.571 3786.46949 3786.46949 15 82.4624 0.39357 29.2210 0.7447 0.0746 0.5676 0.0655 3.500 0.0000 3.6085 3.6085 -33.000 -33.000 3815.69050 3815.69050 16 83.1206 0.39495 29.3240 0.7435 0.0750 0.5688 0.0655 3.500 -3.7000 3.6085 3.6085 -33.429 -33.429 3845.01448 3845.01448 17 83.7768 0.39632 29.4261 0.7423 0.0753 0.5701 0.0656 3.500 -3.7000 3.6085 3.6085 -33.857 -33.857 3874.44055 3874.44055 18 84.4309 0.39767 29.5273 0.7411 0.0756 0.5713 0.0656 3.500 0.0000 3.6085 3.6085 -34.286 -34.286 3903.96785 3903.96785 19 85.0755 0.39900 29.4008 0.7498 0.0749 0.5666 0.0681 3.500 3.7000 3.6085 3.6085 -37.466 -37.466 3933.36865 3933.36865 20 85.6943 0.40027 29.4962 0.7487 0.0752 0.5678 0.0681 3.500 3.7000 3.6085 3.6085 -40.646 -40.646 3962.86482 3962.86482 21 86.2815 0.40147 29.4990 0.7514 0.0751 0.5666 0.0691 3.500 0.0000 3.6085 3.6085 -44.886 -44.886 3992.36381 3992.36381 22 86.8277 0.40258 29.5833 0.7504 0.0753 0.5676 0.0691 3.500 0.0000 3.6085 3.6085 -49.126 -49.126 4021.94708 4021.94708 elimit 50. ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 1 ! Scheff scheff 0.05 0.05 8 10 0 0 1 ! Picninc (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 34.4264 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 402.500 (Mhz): Scaled beam current= 34.4264 (mA) Average beam current= 34.4264 (mA) readdist ncell= 22 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0227 2.2170 2.1487 189.4834 2 0.0252 1.2522 -2.1561 184.5581 3 0.1285 12.0845 0.0872 40.8253 start 1 stop 22 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 34.4263880876122 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00005 0.01362 0.00151 0.02536 -37.629 72.530 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00005 0.01362 0.00151 0.02536 -37.629 72.530 *** ORNL April 26,2001 Design*** .DTL. Tank 6 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86055 x-xp 2.45480 0.11211 0.02283 0.71100 0.096705 0.0741 0.5586 -34.0194 -34.5329 73.1364 72.5297 y-yp 1.35624 0.11999 0.02490 -1.58860 0.337305 0.1445 0.9594 phi-w 12.23945 0.57109 0.12902 0.01535 40.722430 2.2922 0.0000 2 86055 x-xp 2.55924 0.11201 0.02285 -0.70792 0.096797 0.0740 0.4823 -30.9382 -31.4564 73.7764 73.1411 y-yp 1.58244 0.11950 0.02485 1.55854 0.339705 0.1445 0.9567 phi-w 12.22483 0.57109 0.12947 -0.03350 40.357760 2.2859 0.0000 3 86055 x-xp 2.53278 0.11178 0.02275 -2.12865 0.189844 0.1031 0.6940 -28.6273 -29.1415 74.4372 73.7770 y-yp 1.80758 0.11945 0.02504 2.16387 0.188624 0.1079 0.6983 phi-w 12.15998 0.57062 0.12987 -0.05918 39.846048 2.2748 0.0000 4 86055 x-xp 2.37999 0.11097 0.02263 -1.52008 0.338762 0.1371 0.9179 -28.2857 -28.7881 75.1104 74.4340 y-yp 1.95516 0.11921 0.02525 0.73879 0.094461 0.0765 0.4616 phi-w 12.12685 0.57166 0.13019 -0.07271 39.279814 2.2614 0.0000 5 86055 x-xp 2.41804 0.11071 0.02268 1.56778 0.337088 0.1366 0.9017 -28.7143 -29.1973 75.7858 75.1036 y-yp 2.01175 0.11913 0.02533 -0.63024 0.091755 0.0753 0.3898 phi-w 12.13077 0.57279 0.13044 -0.08436 38.686307 2.2464 0.0000 6 86055 x-xp 2.46611 0.11115 0.02289 2.12783 0.186679 0.1019 0.6543 -29.1429 -29.5994 76.4601 75.7754 y-yp 1.99676 0.11896 0.02528 -1.95812 0.177023 0.1043 0.5475 phi-w 12.17435 0.57414 0.13068 -0.09494 38.061849 2.2302 0.0000 7 86055 x-xp 2.44962 0.11152 0.02307 0.71446 0.093679 0.0723 0.4498 -29.5714 -29.9947 77.1330 76.4462 y-yp 1.92229 0.11910 0.02521 -1.41528 0.315240 0.1386 0.7728 phi-w 12.16955 0.57503 0.13089 -0.10523 37.409646 2.2128 0.0000 8 86055 x-xp 2.35937 0.11121 0.02309 -0.65254 0.092295 0.0716 0.5341 -30.0000 -30.3839 77.8047 77.1159 y-yp 1.77611 0.11890 0.02527 1.41306 0.315076 0.1385 0.7966 phi-w 11.86400 0.57306 0.13106 -0.11469 36.735281 2.1942 0.0000 9 86055 x-xp 2.15523 0.11029 0.02296 -2.01416 0.181153 0.0998 0.7901 -30.4286 -30.7675 78.4749 77.7845 y-yp 1.61507 0.11897 0.02545 1.93894 0.176778 0.1038 0.6041 phi-w 11.12523 0.57073 0.13118 -0.12182 36.052939 2.1747 0.0000 10 86055 x-xp 1.87521 0.10973 0.02277 -1.49607 0.327088 0.1333 1.0564 -30.8571 -31.1461 79.1436 78.4518 y-yp 1.56735 0.11892 0.02557 0.61834 0.091666 0.0748 0.4359 phi-w 10.05562 0.57380 0.13120 -0.12628 35.380710 2.1545 0.0000 11 86055 x-xp 1.68815 0.10935 0.02272 1.41186 0.331498 0.1338 1.0632 -31.2857 -31.5205 79.8108 79.1180 y-yp 1.47207 0.11860 0.02550 -0.73777 0.095148 0.0759 0.5124 phi-w 9.75427 0.57111 0.13115 -0.12906 34.723881 2.1340 0.0000 12 86055 x-xp 1.83758 0.10928 0.02280 1.99477 0.189273 0.1010 0.7815 -31.7143 -31.8915 80.4763 79.7829 y-yp 1.37787 0.11890 0.02524 -2.16392 0.192620 0.1072 0.7618 phi-w 10.33274 0.57514 0.13103 -0.13027 34.083281 2.1133 0.0000 13 86055 x-xp 2.05308 0.11025 0.02288 0.63973 0.100164 0.0735 0.5786 -32.1429 -32.2600 81.1402 80.4466 y-yp 1.29522 0.11880 0.02496 -1.60607 0.351407 0.1437 1.0144 phi-w 10.59125 0.57651 0.13088 -0.13134 33.456807 2.0926 0.0000 14 86055 x-xp 2.19103 0.10964 0.02286 -0.77342 0.103888 0.0746 0.5471 -32.5714 -32.6268 81.8022 81.1091 y-yp 1.41657 0.11928 0.02488 1.51407 0.356479 0.1442 0.9912 phi-w 10.61521 0.57566 0.13070 -0.13189 32.840126 2.0718 0.0000 15 86055 x-xp 2.20455 0.10962 0.02274 -2.23833 0.205984 0.1046 0.7181 -33.0000 -32.9929 82.4624 81.7701 y-yp 1.60587 0.11977 0.02502 2.14752 0.201843 0.1086 0.7279 phi-w 10.92144 0.57322 0.13048 -0.13043 32.241965 2.0511 0.0000 16 86055 x-xp 2.16305 0.10922 0.02264 -1.61945 0.369107 0.1394 0.9869 -33.4286 -33.3591 83.1206 82.4298 y-yp 1.78758 0.12024 0.02518 0.72919 0.103881 0.0780 0.4859 phi-w 11.19419 0.57074 0.13019 -0.12642 31.681426 2.0309 0.0000 17 86055 x-xp 2.20209 0.10960 0.02272 1.58644 0.369380 0.1394 0.9880 -33.8571 -33.7263 83.7768 83.0879 y-yp 1.92525 0.11980 0.02523 -0.67534 0.102574 0.0774 0.4513 phi-w 11.32434 0.57018 0.12980 -0.12091 31.167187 2.0113 0.0000 18 86055 x-xp 2.46224 0.11153 0.02297 2.20001 0.206916 0.1047 0.7215 -34.2857 -34.0955 84.4309 83.7446 y-yp 2.01009 0.11930 0.02516 -2.04590 0.196518 0.1068 0.5952 phi-w 11.36359 0.56847 0.12931 -0.11351 30.705920 1.9927 0.0000 19 86055 x-xp 2.57019 0.11207 0.02318 0.74983 0.106088 0.0752 0.4806 -37.4660 -37.2197 85.0755 84.3996 y-yp 2.03179 0.11839 0.02511 -1.45431 0.345105 0.1411 0.8105 phi-w 11.46002 0.56975 0.12874 -0.11638 30.285482 1.9746 0.0000 20 86055 x-xp 2.53161 0.11210 0.02323 -0.66891 0.104025 0.0744 0.4208 -40.6460 -40.3475 85.6943 85.0456 y-yp 2.02528 0.11841 0.02524 1.47573 0.342995 0.1408 0.8095 phi-w 11.67880 0.57236 0.12812 -0.13370 29.847858 1.9556 0.0000 21 86055 x-xp 2.53431 0.11174 0.02313 -2.05320 0.198054 0.1022 0.7057 -44.8860 -44.5403 86.2815 85.6665 y-yp 2.03237 0.11841 0.02551 2.01606 0.193544 0.1061 0.5937 phi-w 11.94045 0.57573 0.12749 -0.16636 29.335323 1.9339 0.0000 22 86055 x-xp 2.35538 0.11114 0.02299 -3.16220 0.353406 0.1359 1.0001 -49.1260 -48.7392 86.8277 86.2565 y-yp 1.98259 0.11842 0.02572 1.12642 0.100467 0.0766 0.4213 phi-w 11.66812 0.57329 0.12685 -0.21267 28.693881 1.9078 0.0000 ========================================================================================================================================================================= --Structure 12 End of Run 1--- ========================================================================================================================================================================= Structure 13 0, 805. 805. title *************************************** *** ORNL April 26,2001 Design*** BTW tank 6-CCL *************************************** Transport Bore 1.5 ;quad L, Ra, outputflag, B, errorflag drift 0. 1.25 1 4 drift 2.699285 1.25 1 4 drift 8.53 1.25 1 4 quad 4.0 0 1 -32.612121e2 1 quad 4.0 0 1 -32.612121e2 1 drift 5.5631 1.25 1 4 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 ! Scheff scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 34.4264 (mA) Oldfreq= 402.500 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8528 (mA) Average beam current= 34.4264 (mA) readdist ncell= 22 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0230 2.3554 -3.1622 353.4065 2 0.0257 1.9826 1.1264 100.4671 3 0.2537 23.3362 -0.2127 57.3878 output 2 1 1 300 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi ;Structure 14 224 805. 805. 18.0817 Starting Beam_Prx dynamics...current= 68.8527761752245 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 86.8277 (MeV) NGood_Particle 86055 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00208 -0.01451 -0.00052 0.02141 -48.352 86.806 Transport starting...Wsync MeV,phis deg: 86.8277 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW tank 6-CCL The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86055 x-xp 2.35538 0.11114 0.02299 -3.16220 0.353406 0.1359 1.0001 0.0000 -48.3525 86.8277 86.8063 y-yp 1.98259 0.11842 0.02572 1.12642 0.100467 0.0766 0.4213 phi-w 23.33624 1.14658 0.25370 -0.21267 57.387762 3.8157 0.0000 Transport finished element 2: 1. Drift 0 86055 x-xp 2.33208 0.11103 0.02298 -3.26376 0.370882 0.1392 1.0274 0.0000 -48.3455 86.8277 86.8063 y-yp 1.97368 0.11840 0.02573 1.05680 0.094537 0.0744 0.4114 phi-w 23.23719 1.14553 0.25359 -0.19018 57.279958 3.8113 0.0000 Transport finished element 3: 1. Drift 0 86055 x-xp 2.25240 0.11070 0.02296 -3.59030 0.429614 0.1498 1.1137 0.0000 -48.3234 86.8277 86.8063 y-yp 1.94531 0.11863 0.02574 0.84234 0.078288 0.0677 0.3800 phi-w 22.87497 1.14047 0.25327 -0.11949 57.034750 3.8006 0.0000 Transport finished element 4: 3. Quad 0 86055 x-xp 2.20134 0.11003 0.02296 0.49266 0.442188 0.1519 1.1330 0.0000 -48.3234 86.8277 86.8063 y-yp 1.92949 0.11876 0.02574 0.04631 0.074775 0.0662 0.3724 phi-w 22.68190 1.14119 0.25311 -0.08655 56.969536 3.7973 0.0000 Transport finished element 5: 3. Quad 0 86055 x-xp 2.14972 0.11043 0.02296 4.50170 0.421895 0.1484 1.1095 0.0000 -48.3234 86.8277 86.8063 y-yp 1.91229 0.11891 0.02574 -0.74268 0.077537 0.0674 0.3801 phi-w 22.47405 1.13986 0.25296 -0.05351 56.936335 3.7951 0.0000 Transport finished element 6: 1. Drift 0 86055 x-xp 2.09412 0.11064 0.02297 4.18687 0.373373 0.1397 1.0475 0.0000 -48.2882 86.8277 86.8063 y-yp 1.88712 0.11907 0.02573 -0.87160 0.086556 0.0712 0.4198 phi-w 22.16057 1.14141 0.25274 -0.00709 56.943687 3.7937 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -124.6944 (Deg) :Equivalent length: -5.1931 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 124.6944 ************************************************************** ========================================================================================================================================================================= --Structure 13 End of Run 1--- ========================================================================================================================================================================= Structure 14 224 805. 805. 19.2048 title *************************************** *** ORNL April 26,2001 Design*** .CCL1a. *** *************************************** ccl 145.0 -30. 3.06 8 2.5 2667.0 8. 1010 1 0 1 Bore 1.5 SymDesign 8 1 ;QuadLocs (ExitCavface to Quad Entry face (cm)) Extquad 14 92.6 2.667e+3 139.7 2.020e+3 ! for CCDTL Extquad 10 0 -32.612121e+2 8. 1 Extquad 10 8 31.367575e+2 8. 1 Extquad 10 16 -32.507826e+2 8. 1 Extquad 10 24 29.669232e+2 8. 1 QuadLocs 8.97164 QuadLoc 0 8.97164 ! preceding quad positioning QuadLoc 8 18.64384 16 14.32914 24 11.20664 32 9.27432 40 8.52999 48 8.97164 SetBetaRamp 1 0 0 0 0 E0Ramp 0. 3.772 0.08875 ; Include this file in the PARMILA input file. ; Shunt impedance Z corresponds to coupling = 5.0000% ; No other reduction in shunt impedance Z applied. ; Geometric beta column not included. ---CCL cavity design details--- If phase has a discontinuity at the end of cavity, ' the Q&D Len includes the added drift ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 [E0ramp ConstDE0 IncrRamp] RampStart Cell= 1 **CAUTION:: Entry phase: -120.84030 the first cavity MUST BE MOVED Downstream by 0.00000(cm), equiv phase: 0.00000 deg [Phase LinearBetaRamp] RampStartCell= 9 with RampStartPhase= -30.000 Deg (Excluding beam power) tank 1, Cu power= 5.87217 MW QuadLocs 8.97164 QuadLoc 0 8.97164 ! preceding quad positioning QuadLoc 1 18.64384 2 14.32914 3 11.20664 4 9.27432 5 8.52999 6 8.97164 Extquad 14 92.6 2.667e+3 139.7 2.020e+3 ! for CCDTL Extquad 10 0 -32.612121e+2 8. 1 Extquad 10 8 31.367575e+2 8. 1 Extquad 10 16 -32.507826e+2 8. 1 Extquad 10 24 29.669232e+2 8. 1 linout linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. If you are designing symmetric linac, the phase printed is REFERENCE Particle phase at the center of the gap. Also, the kinetic energy and beta are for the REFERENCE particle at the end of the cell. The geometrical beta for the cavities are printed in the WALLPWR file (with Power keyword). E is the field for the cell(used as E*t*l*cosphi). It includes the ratio E/E0 for that cell. tank no. 1 tank length 3321.558 (cm) 245 cells power= 8.608 MW frequency= 805.00MHz (Cu+Beam) wavelength= 37.24130 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Absolute z= 4046.73947 (cm) position is at the starting face of the first cavity. initial 86.8277 0.40258 0.000 0.0000 ( 0.00000) 4046.73947 1 87.0018 0.40294 7.5223 0.8821 0.0350 0.3637 0.0479 0.000 0.0000 3.0600 3.0600 -30.923 -30.000 4054.26181 4054.26181 2 87.1786 0.40329 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -30.061 -30.000 4061.78415 4061.78415 3 87.3560 0.40365 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -29.748 -30.000 4069.30649 4069.30649 4 87.5337 0.40401 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -29.596 -30.000 4076.82884 4076.82884 5 87.7113 0.40437 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -29.604 -30.000 4084.35118 4084.35118 6 87.8887 0.40473 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -29.771 -30.000 4091.87352 4091.87352 7 88.0656 0.40508 7.5223 0.8878 0.0337 0.3599 0.0484 0.000 0.0000 3.0600 3.0600 -30.097 -30.000 4099.39586 4099.39586 8 88.2411 0.40543 7.5223 0.8821 0.0350 0.3637 0.0479 0.000 0.0000 3.0600 3.0600 -30.200 -30.000 4106.91821 4144.66697 88.2411 0.40543 37.7488 0.0000 0.0000 0.0000 0.0000 8.000 3.1368 0.0000 0.000 ( 4129.56205) 4144.66697 9 88.4217 0.40580 7.5761 0.8826 0.0348 0.3632 0.0479 0.000 0.0000 3.1487 3.1487 -30.922 -30.000 4152.24305 4152.24305 10 88.6050 0.40616 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -30.062 -30.000 4159.81914 4159.81914 11 88.7889 0.40653 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -29.744 -30.000 4167.39522 4167.39522 12 88.9731 0.40690 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -29.589 -30.000 4174.97131 4174.97131 13 89.1573 0.40727 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -29.597 -30.000 4182.54739 4182.54739 14 89.3412 0.40763 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -29.767 -30.000 4190.12348 4190.12348 15 89.5246 0.40800 7.5761 0.8881 0.0336 0.3595 0.0483 0.000 0.0000 3.1487 3.1488 -30.099 -30.000 4197.69956 4197.69956 16 89.7066 0.40836 7.5761 0.8826 0.0348 0.3632 0.0479 0.000 0.0000 3.1487 3.1487 -30.222 -30.000 4205.27564 4243.29658 89.7066 0.40836 38.0209 0.0000 0.0000 0.0000 0.0000 8.000 -3.2508 0.0000 0.000 ( 4223.60478) 4243.29658 17 89.8937 0.40873 7.6312 0.8831 0.0347 0.3627 0.0479 0.000 0.0000 3.2375 3.2375 -30.919 -30.000 4250.92773 4250.92773 18 90.0836 0.40910 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -30.063 -30.000 4258.55889 4258.55889 19 90.2742 0.40948 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -29.739 -30.000 4266.19004 4266.19004 20 90.4650 0.40986 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -29.582 -30.000 4273.82119 4273.82119 21 90.6559 0.41023 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -29.590 -30.000 4281.45235 4281.45235 22 90.8465 0.41061 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -29.763 -30.000 4289.08350 4289.08350 23 91.0365 0.41098 7.6312 0.8885 0.0335 0.3591 0.0483 0.000 0.0000 3.2375 3.2375 -30.100 -30.000 4296.71465 4296.71465 24 91.2250 0.41135 7.6312 0.8831 0.0347 0.3627 0.0479 0.000 0.0000 3.2375 3.2375 -30.243 -30.000 4304.34581 4342.64551 91.2250 0.41135 38.2997 0.0000 0.0000 0.0000 0.0000 8.000 2.9669 0.0000 0.000 ( 4319.55245) 4342.64551 25 91.4188 0.41173 7.6875 0.8836 0.0346 0.3622 0.0479 0.000 0.0000 3.3262 3.3262 -30.917 -30.000 4350.33304 4350.33304 26 91.6154 0.41211 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -30.064 -30.000 4358.02057 4358.02057 27 91.8127 0.41250 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -29.735 -30.000 4365.70810 4365.70810 28 92.0104 0.41289 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -29.575 -30.000 4373.39562 4373.39562 29 92.2080 0.41327 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -29.584 -30.000 4381.08315 4381.08315 30 92.4054 0.41365 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -29.759 -30.000 4388.77068 4388.77068 31 92.6020 0.41404 7.6875 0.8889 0.0334 0.3587 0.0483 0.000 0.0000 3.3262 3.3263 -30.102 -30.000 4396.45821 4396.45821 32 92.7973 0.41441 7.6875 0.8836 0.0346 0.3622 0.0479 0.000 0.0000 3.3262 3.3262 -30.263 -30.000 4404.14574 4442.73068 92.7973 0.41441 38.5849 0.0000 0.0000 0.0000 0.0000 8.000 -2.6638 0.0000 0.000 ( 4417.42006) 4442.73068 33 92.9978 0.41480 7.7452 0.8841 0.0344 0.3617 0.0479 0.000 0.0000 3.4150 3.4150 -30.914 -30.000 4450.47587 4450.47587 34 93.2013 0.41519 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -30.065 -30.000 4458.22106 4458.22106 35 93.4055 0.41559 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -29.731 -30.000 4465.96625 4465.96625 36 93.6100 0.41598 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -29.569 -30.000 4473.71144 4473.71144 37 93.8146 0.41638 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -29.578 -30.000 4481.45663 4481.45663 38 94.0188 0.41677 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -29.756 -30.000 4489.20182 4489.20182 39 94.2223 0.41716 7.7452 0.8892 0.0333 0.3584 0.0483 0.000 0.0000 3.4150 3.4150 -30.103 -30.000 4496.94701 4496.94701 40 94.4243 0.41754 7.7452 0.8841 0.0344 0.3617 0.0479 0.000 0.0000 3.4150 3.4150 -30.283 -30.000 4504.69221 4543.56877 94.4243 0.41754 38.8766 0.0000 0.0000 0.0000 0.0000 8.000 2.6379 0.0000 0.000 ( 4517.22220) 4543.56877 41 94.6318 0.41794 7.8041 0.8847 0.0343 0.3612 0.0479 0.000 0.0000 3.5037 3.5037 -30.911 -30.000 4551.37289 4551.37289 42 94.8422 0.41834 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -30.066 -30.000 4559.17701 4559.17701 43 95.0534 0.41875 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -29.728 -30.000 4566.98112 4566.98112 44 95.2649 0.41915 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -29.563 -30.000 4574.78524 4574.78524 45 95.4765 0.41955 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -29.572 -30.000 4582.58936 4582.58936 46 95.6877 0.41995 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -29.753 -30.000 4590.39348 4590.39348 47 95.8982 0.42035 7.8041 0.8896 0.0332 0.3580 0.0483 0.000 0.0000 3.5037 3.5037 -30.105 -30.000 4598.19759 4598.19759 48 96.1071 0.42074 7.8041 0.8847 0.0343 0.3612 0.0479 0.000 0.0000 3.5037 3.5037 -30.303 -30.000 4606.00171 4645.17617 96.1071 0.42074 39.1745 0.0000 0.0000 0.0000 0.0000 8.000 -2.6114 0.0000 0.000 ( 4618.97335) 4645.17617 49 96.3216 0.42115 7.8643 0.8852 0.0342 0.3608 0.0479 0.000 0.0000 3.5925 3.5925 -30.908 -30.000 4653.04046 4653.04046 50 96.5391 0.42156 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -30.067 -30.000 4660.90475 4660.90475 51 96.7574 0.42197 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -29.724 -30.000 4668.76904 4668.76904 52 96.9760 0.42238 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -29.558 -30.000 4676.63333 4676.63333 53 97.1947 0.42279 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -29.566 -30.000 4684.49762 4684.49762 54 97.4130 0.42320 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -29.750 -30.000 4692.36191 4692.36191 55 97.6306 0.42361 7.8643 0.8899 0.0331 0.3577 0.0483 0.000 0.0000 3.5925 3.5925 -30.106 -30.000 4700.22620 4700.22620 56 97.8465 0.42401 7.8643 0.8852 0.0342 0.3608 0.0479 0.000 0.0000 3.5925 3.5925 -30.321 -30.000 4708.09049 4747.56902 97.8465 0.42401 39.4785 0.0000 0.0000 0.0000 0.0000 8.000 2.5843 0.0000 0.000 ( 4721.06213) 4747.56902 57 98.0682 0.42442 7.9257 0.8857 0.0340 0.3604 0.0480 0.000 0.0000 3.6812 3.6812 -30.904 -30.000 4755.49470 4755.49470 58 98.2929 0.42484 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -30.067 -30.000 4763.42038 4763.42038 59 98.5184 0.42526 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -29.721 -30.000 4771.34607 4771.34607 60 98.7443 0.42568 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -29.552 -30.000 4779.27175 4779.27175 61 98.9702 0.42610 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -29.561 -30.000 4787.19743 4787.19743 62 99.1958 0.42651 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -29.747 -30.000 4795.12311 4795.12311 63 99.4205 0.42693 7.9257 0.8902 0.0330 0.3574 0.0483 0.000 0.0000 3.6812 3.6813 -30.108 -30.000 4803.04880 4803.04880 64 99.6436 0.42734 7.9257 0.8857 0.0340 0.3604 0.0480 0.000 0.0000 3.6812 3.6812 -30.339 -30.000 4810.97448 4850.76311 99.6436 0.42734 39.7886 0.0000 0.0000 0.0000 0.0000 8.000 -2.5567 0.0000 0.000 ( 4823.94612) 4850.76311 65 99.8725 0.42776 7.9883 0.8862 0.0339 0.3600 0.0480 0.000 0.0000 3.7700 3.7700 -30.901 -30.000 4858.75139 4858.75139 66 100.1045 0.42819 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -30.068 -30.000 4866.73966 4866.73966 67 100.3374 0.42861 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -29.718 -30.000 4874.72794 4874.72794 68 100.5707 0.42904 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -29.547 -30.000 4882.71621 4882.71621 69 100.8040 0.42947 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -29.556 -30.000 4890.70449 4890.70449 70 101.0369 0.42989 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -29.744 -30.000 4898.69276 4898.69276 71 101.2690 0.43031 7.9883 0.8906 0.0329 0.3570 0.0483 0.000 0.0000 3.7700 3.7700 -30.109 -30.000 4906.68104 4906.68104 72 101.4993 0.43073 7.9883 0.8862 0.0339 0.3600 0.0480 0.000 0.0000 3.7700 3.7700 -30.357 -30.000 4914.66931 4954.77493 101.4993 0.43073 40.1056 0.0000 0.0000 0.0000 0.0000 8.000 2.5286 0.0000 0.000 ( 4927.64095) 4954.77493 73 101.7303 0.43115 8.0513 0.8866 0.0338 0.3596 0.0480 0.000 0.0000 3.7720 3.7720 -30.883 -30.000 4962.82627 4962.82627 74 101.9644 0.43158 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -30.067 -30.000 4970.87760 4970.87760 75 102.1993 0.43200 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -29.722 -30.000 4978.92894 4978.92894 76 102.4346 0.43243 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -29.553 -30.000 4986.98027 4986.98027 77 102.6700 0.43285 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -29.562 -30.000 4995.03161 4995.03161 78 102.9049 0.43327 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -29.747 -30.000 5003.08294 5003.08294 79 103.1390 0.43369 8.0513 0.8909 0.0328 0.3568 0.0483 0.000 0.0000 3.7720 3.7720 -30.108 -30.000 5011.13428 5011.13428 80 103.3714 0.43411 8.0513 0.8866 0.0338 0.3596 0.0480 0.000 0.0000 3.7720 3.7720 -30.358 -30.000 5019.18561 5059.60581 103.3714 0.43411 40.4202 0.0000 0.0000 0.0000 0.0000 8.000 -2.5006 0.0000 0.000 ( 5032.15725) 5059.60581 81 103.6043 0.43453 8.1141 0.8870 0.0337 0.3593 0.0480 0.000 0.0000 3.7720 3.7720 -30.866 -30.000 5067.71991 5067.71991 82 103.8403 0.43495 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -30.067 -30.000 5075.83401 5075.83401 83 104.0771 0.43537 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -29.725 -30.000 5083.94810 5083.94810 84 104.3144 0.43580 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -29.559 -30.000 5092.06220 5092.06220 85 104.5516 0.43622 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -29.567 -30.000 5100.17629 5100.17629 86 104.7884 0.43664 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -29.750 -30.000 5108.29039 5108.29039 87 105.0244 0.43706 8.1141 0.8912 0.0327 0.3565 0.0483 0.000 0.0000 3.7720 3.7720 -30.106 -30.000 5116.40449 5116.40449 88 105.2588 0.43747 8.1141 0.8870 0.0337 0.3593 0.0480 0.000 0.0000 3.7720 3.7720 -30.359 -30.000 5124.51858 5165.25175 105.2588 0.43747 40.7332 0.0000 0.0000 0.0000 0.0000 8.000 2.4728 0.0000 0.000 ( 5137.49022) 5165.25175 89 105.4936 0.43789 8.1765 0.8875 0.0336 0.3590 0.0480 0.000 0.0000 3.7720 3.7720 -30.850 -30.000 5173.42829 5173.42829 90 105.7315 0.43831 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -30.066 -30.000 5181.60483 5181.60483 91 105.9702 0.43873 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -29.729 -30.000 5189.78137 5189.78137 92 106.2093 0.43915 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -29.565 -30.000 5197.95791 5197.95791 93 106.4485 0.43957 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -29.573 -30.000 5206.13445 5206.13445 94 106.6872 0.43999 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -29.753 -30.000 5214.31099 5214.31099 95 106.9251 0.44040 8.1765 0.8914 0.0327 0.3563 0.0483 0.000 0.0000 3.7720 3.7720 -30.105 -30.000 5222.48753 5222.48753 96 107.1613 0.44082 8.1765 0.8875 0.0336 0.3590 0.0480 0.000 0.0000 3.7720 3.7720 -30.360 -30.000 5230.66407 5271.70863 107.1613 0.44082 41.0446 0.0000 0.0000 0.0000 0.0000 8.000 -2.4451 0.0000 0.000 ( 5243.63571) 5271.70863 97 107.3982 0.44123 8.2387 0.8878 0.0335 0.3587 0.0480 0.000 0.0000 3.7720 3.7720 -30.834 -30.000 5279.94729 5279.94729 98 107.6379 0.44165 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -30.065 -30.000 5288.18596 5288.18596 99 107.8785 0.44207 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -29.732 -30.000 5296.42462 5296.42462 100 108.1195 0.44249 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -29.570 -30.000 5304.66329 5304.66329 101 108.3605 0.44290 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -29.578 -30.000 5312.90196 5312.90196 102 108.6011 0.44332 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -29.757 -30.000 5321.14062 5321.14062 103 108.8408 0.44373 8.2387 0.8917 0.0326 0.3561 0.0483 0.000 0.0000 3.7720 3.7720 -30.104 -30.000 5329.37929 5329.37929 104 109.0790 0.44415 8.2387 0.8878 0.0335 0.3587 0.0480 0.000 0.0000 3.7720 3.7720 -30.360 -30.000 5337.61795 5378.97229 109.0790 0.44415 41.3543 0.0000 0.0000 0.0000 0.0000 8.000 2.4175 0.0000 0.000 ( 5350.58959) 5378.97229 105 109.3177 0.44456 8.3005 0.8882 0.0334 0.3585 0.0480 0.000 0.0000 3.7720 3.7720 -30.818 -30.000 5387.27276 5387.27276 106 109.5593 0.44497 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -30.064 -30.000 5395.57323 5395.57323 107 109.8018 0.44539 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -29.736 -30.000 5403.87370 5403.87370 108 110.0446 0.44580 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -29.576 -30.000 5412.17417 5412.17417 109 110.2875 0.44622 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -29.584 -30.000 5420.47465 5420.47465 110 110.5299 0.44663 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -29.760 -30.000 5428.77512 5428.77512 111 110.7716 0.44705 8.3005 0.8919 0.0325 0.3560 0.0483 0.000 0.0000 3.7720 3.7720 -30.102 -30.000 5437.07559 5437.07559 112 111.0116 0.44746 8.3005 0.8882 0.0334 0.3585 0.0480 0.000 0.0000 3.7720 3.7720 -30.361 -30.000 5445.37606 5487.03857 111.0116 0.44746 41.6625 0.0000 0.0000 0.0000 0.0000 8.000 -2.3901 0.0000 0.000 ( 5458.34770) 5487.03857 113 111.2522 0.44786 8.3620 0.8886 0.0333 0.3582 0.0481 0.000 0.0000 3.7720 3.7720 -30.803 -30.000 5495.40052 5495.40052 114 111.4957 0.44828 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -30.063 -30.000 5503.76248 5503.76248 115 111.7400 0.44869 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -29.739 -30.000 5512.12443 5512.12443 116 111.9847 0.44911 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -29.581 -30.000 5520.48638 5520.48638 117 112.2294 0.44952 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -29.589 -30.000 5528.84834 5528.84834 118 112.4737 0.44993 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -29.763 -30.000 5537.21029 5537.21029 119 112.7172 0.45034 8.3620 0.8922 0.0325 0.3558 0.0483 0.000 0.0000 3.7720 3.7720 -30.101 -30.000 5545.57224 5545.57224 120 112.9591 0.45075 8.3620 0.8886 0.0333 0.3582 0.0481 0.000 0.0000 3.7720 3.7720 -30.361 -30.000 5553.93420 5595.90328 112.9591 0.45075 41.9691 0.0000 0.0000 0.0000 0.0000 8.000 2.3628 0.0000 0.000 ( 5566.90584) 5595.90328 121 113.2016 0.45116 8.4231 0.8889 0.0332 0.3581 0.0481 0.000 0.0000 3.7720 3.7720 -30.788 -30.000 5604.32639 5604.32639 122 113.4470 0.45157 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -30.063 -30.000 5612.74950 5612.74950 123 113.6931 0.45198 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.742 -30.000 5621.17261 5621.17261 124 113.9396 0.45239 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.586 -30.000 5629.59573 5629.59573 125 114.1862 0.45280 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.594 -30.000 5638.01884 5638.01884 126 114.4323 0.45321 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.766 -30.000 5646.44195 5646.44195 127 114.6777 0.45362 8.4231 0.8924 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -30.100 -30.000 5654.86506 5654.86506 128 114.9214 0.45402 8.4231 0.8889 0.0332 0.3581 0.0481 0.000 0.0000 3.7720 3.7720 -30.361 -30.000 5663.28818 5705.56220 114.9214 0.45402 42.2740 0.0000 0.0000 0.0000 0.0000 8.000 -2.3356 0.0000 0.000 ( 5676.25982) 5705.56220 129 115.1658 0.45443 8.4839 0.8892 0.0332 0.3579 0.0481 0.000 0.0000 3.7720 3.7720 -30.774 -30.000 5714.04615 5714.04615 130 115.4129 0.45484 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -30.062 -30.000 5722.53009 5722.53009 131 115.6609 0.45525 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.746 -30.000 5731.01404 5731.01404 132 115.9093 0.45566 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.592 -30.000 5739.49799 5739.49799 133 116.1576 0.45607 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.599 -30.000 5747.98193 5747.98193 134 116.4056 0.45647 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -29.769 -30.000 5756.46588 5756.46588 135 116.6528 0.45688 8.4839 0.8926 0.0324 0.3557 0.0483 0.000 0.0000 3.7720 3.7720 -30.098 -30.000 5764.94983 5764.94983 136 116.8984 0.45728 8.4839 0.8892 0.0332 0.3579 0.0481 0.000 0.0000 3.7720 3.7720 -30.360 -30.000 5773.43378 5816.01111 116.8984 0.45728 42.5773 0.0000 0.0000 0.0000 0.0000 8.000 2.3086 0.0000 0.000 ( 5786.40542) 5816.01111 137 117.1446 0.45768 8.5445 0.8895 0.0331 0.3578 0.0481 0.000 0.0000 3.7720 3.7720 -30.761 -30.000 5824.55557 5824.55557 138 117.3936 0.45809 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -30.061 -30.000 5833.10002 5833.10002 139 117.6433 0.45850 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -29.749 -30.000 5841.64448 5841.64448 140 117.8935 0.45891 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -29.597 -30.000 5850.18893 5850.18893 141 118.1437 0.45931 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -29.604 -30.000 5858.73339 5858.73339 142 118.3935 0.45972 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -29.771 -30.000 5867.27784 5867.27784 143 118.6425 0.46012 8.5445 0.8928 0.0323 0.3556 0.0484 0.000 0.0000 3.7720 3.7720 -30.097 -30.000 5875.82230 5875.82230 144 118.8899 0.46052 8.5445 0.8895 0.0331 0.3578 0.0481 0.000 0.0000 3.7720 3.7720 -30.360 -30.000 5884.36675 5927.24577 118.8899 0.46052 42.8790 0.0000 0.0000 0.0000 0.0000 8.000 -2.2818 0.0000 0.000 ( 5897.33839) 5927.24577 145 119.1380 0.46092 8.6046 0.8897 0.0330 0.3577 0.0482 0.000 0.0000 3.7720 3.7720 -30.747 -30.000 5935.85041 5935.85041 146 119.3888 0.46133 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -30.061 -30.000 5944.45505 5944.45505 147 119.6403 0.46173 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.752 -30.000 5953.05968 5953.05968 148 119.8923 0.46214 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.602 -30.000 5961.66432 5961.66432 149 120.1443 0.46254 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.609 -30.000 5970.26896 5970.26896 150 120.3959 0.46295 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.774 -30.000 5978.87359 5978.87359 151 120.6467 0.46335 8.6046 0.8930 0.0323 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -30.096 -30.000 5987.47823 5987.47823 152 120.8960 0.46375 8.6046 0.8897 0.0330 0.3577 0.0482 0.000 0.0000 3.7720 3.7720 -30.359 -30.000 5996.08287 6039.26194 120.8960 0.46375 43.1791 0.0000 0.0000 0.0000 0.0000 8.000 2.2551 0.0000 0.000 ( 6009.05451) 6039.26194 153 121.1459 0.46414 8.6645 0.8900 0.0329 0.3576 0.0482 0.000 0.0000 3.7720 3.7720 -30.734 -30.000 6047.92643 6047.92643 154 121.3984 0.46455 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -30.060 -30.000 6056.59092 6056.59092 155 121.6518 0.46495 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.755 -30.000 6065.25541 6065.25541 156 121.9056 0.46535 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.607 -30.000 6073.91990 6073.91990 157 122.1593 0.46575 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.614 -30.000 6082.58439 6082.58439 158 122.4127 0.46616 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -29.777 -30.000 6091.24888 6091.24888 159 122.6653 0.46655 8.6645 0.8931 0.0322 0.3555 0.0484 0.000 0.0000 3.7720 3.7720 -30.095 -30.000 6099.91337 6099.91337 160 122.9164 0.46695 8.6645 0.8900 0.0329 0.3576 0.0482 0.000 0.0000 3.7720 3.7720 -30.358 -30.000 6108.57786 6152.05535 122.9164 0.46695 43.4775 0.0000 0.0000 0.0000 0.0000 8.000 -2.2285 0.0000 0.000 ( 6121.54950) 6152.05535 161 123.1682 0.46735 8.7240 0.8903 0.0329 0.3574 0.0482 0.000 0.0000 3.7720 3.7720 -30.721 -30.000 6160.77937 6160.77937 162 123.4225 0.46775 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -30.059 -30.000 6169.50338 6169.50338 163 123.6776 0.46815 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.758 -30.000 6178.22740 6178.22740 164 123.9332 0.46855 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.611 -30.000 6186.95142 6186.95142 165 124.1887 0.46895 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.619 -30.000 6195.67544 6195.67544 166 124.4439 0.46935 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.780 -30.000 6204.39945 6204.39945 167 124.6983 0.46974 8.7240 0.8933 0.0322 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -30.094 -30.000 6213.12347 6213.12347 168 124.9512 0.47014 8.7240 0.8903 0.0329 0.3574 0.0482 0.000 0.0000 3.7720 3.7720 -30.358 -30.000 6221.84749 6265.62174 124.9512 0.47014 43.7743 0.0000 0.0000 0.0000 0.0000 8.000 2.2021 0.0000 0.000 ( 6234.81913) 6265.62174 169 125.2047 0.47053 8.7832 0.8905 0.0328 0.3574 0.0482 0.000 0.0000 3.7720 3.7720 -30.709 -30.000 6274.40496 6274.40496 170 125.4609 0.47093 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -30.058 -30.000 6283.18817 6283.18817 171 125.7178 0.47133 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.761 -30.000 6291.97139 6291.97139 172 125.9751 0.47173 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.616 -30.000 6300.75461 6300.75461 173 126.2324 0.47213 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.624 -30.000 6309.53782 6309.53782 174 126.4893 0.47252 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -29.783 -30.000 6318.32104 6318.32104 175 126.7455 0.47292 8.7832 0.8934 0.0321 0.3554 0.0484 0.000 0.0000 3.7720 3.7720 -30.092 -30.000 6327.10425 6327.10425 176 127.0001 0.47331 8.7832 0.8905 0.0328 0.3574 0.0482 0.000 0.0000 3.7720 3.7720 -30.357 -30.000 6335.88747 6379.95685 127.0001 0.47331 44.0694 0.0000 0.0000 0.0000 0.0000 8.000 -2.1758 0.0000 0.000 ( 6348.85911) 6379.95685 177 127.2555 0.47370 8.8421 0.8907 0.0328 0.3574 0.0483 0.000 0.0000 3.7720 3.7720 -30.697 -30.000 6388.79894 6388.79894 178 127.5134 0.47410 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -30.058 -30.000 6397.64102 6397.64102 179 127.7720 0.47449 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -29.764 -30.000 6406.48310 6406.48310 180 128.0311 0.47489 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -29.621 -30.000 6415.32519 6415.32519 181 128.2901 0.47528 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -29.628 -30.000 6424.16727 6424.16727 182 128.5488 0.47568 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -29.785 -30.000 6433.00935 6433.00935 183 128.8067 0.47607 8.8421 0.8936 0.0321 0.3554 0.0485 0.000 0.0000 3.7720 3.7720 -30.091 -30.000 6441.85144 6441.85144 184 129.0632 0.47646 8.8421 0.8907 0.0328 0.3574 0.0483 0.000 0.0000 3.7720 3.7720 -30.355 -30.000 6450.69352 6495.05638 129.0632 0.47646 44.3629 0.0000 0.0000 0.0000 0.0000 8.000 2.1497 0.0000 0.000 ( 6463.66516) 6495.05638 185 129.3203 0.47685 8.9006 0.8909 0.0327 0.3573 0.0483 0.000 0.0000 3.7720 3.7720 -30.685 -30.000 6503.95700 6503.95700 186 129.5799 0.47724 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -30.057 -30.000 6512.85762 6512.85762 187 129.8403 0.47764 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.767 -30.000 6521.75824 6521.75824 188 130.1011 0.47803 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.626 -30.000 6530.65886 6530.65886 189 130.3619 0.47843 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.633 -30.000 6539.55948 6539.55948 190 130.6223 0.47882 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.788 -30.000 6548.46010 6548.46010 191 130.8820 0.47921 8.9006 0.8937 0.0321 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -30.090 -30.000 6557.36072 6557.36072 192 131.1402 0.47960 8.9006 0.8909 0.0327 0.3573 0.0483 0.000 0.0000 3.7720 3.7720 -30.354 -30.000 6566.26134 6610.91602 131.1402 0.47960 44.6547 0.0000 0.0000 0.0000 0.0000 8.000 -2.1238 0.0000 0.000 ( 6579.23298) 6610.91602 193 131.3991 0.47998 8.9588 0.8911 0.0327 0.3573 0.0483 0.000 0.0000 3.7720 3.7720 -30.674 -30.000 6619.87484 6619.87484 194 131.6605 0.48037 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -30.056 -30.000 6628.83367 6628.83367 195 131.9226 0.48077 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.770 -30.000 6637.79250 6637.79250 196 132.1851 0.48116 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.630 -30.000 6646.75132 6646.75132 197 132.4476 0.48155 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.637 -30.000 6655.71015 6655.71015 198 132.7098 0.48194 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -29.791 -30.000 6664.66897 6664.66897 199 132.9712 0.48233 8.9588 0.8938 0.0320 0.3555 0.0485 0.000 0.0000 3.7720 3.7720 -30.089 -30.000 6673.62780 6673.62780 200 133.2311 0.48271 8.9588 0.8911 0.0327 0.3573 0.0483 0.000 0.0000 3.7720 3.7720 -30.353 -30.000 6682.58662 6727.53147 133.2311 0.48271 44.9448 0.0000 0.0000 0.0000 0.0000 8.000 2.0979 0.0000 0.000 ( 6695.55826) 6727.53147 201 133.4918 0.48310 9.0167 0.8913 0.0326 0.3574 0.0484 0.000 0.0000 3.7720 3.7720 -30.663 -30.000 6736.54817 6736.54817 202 133.7548 0.48349 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -30.056 -30.000 6745.56487 6745.56487 203 134.0187 0.48388 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -29.773 -30.000 6754.58156 6754.58156 204 134.2829 0.48427 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -29.635 -30.000 6763.59826 6763.59826 205 134.5472 0.48465 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -29.642 -30.000 6772.61496 6772.61496 206 134.8110 0.48504 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -29.793 -30.000 6781.63166 6781.63166 207 135.0741 0.48543 9.0167 0.8939 0.0320 0.3556 0.0486 0.000 0.0000 3.7720 3.7720 -30.088 -30.000 6790.64836 6790.64836 208 135.3358 0.48581 9.0167 0.8913 0.0326 0.3574 0.0484 0.000 0.0000 3.7720 3.7720 -30.351 -30.000 6799.66506 6844.89840 135.3358 0.48581 45.2333 0.0000 0.0000 0.0000 0.0000 8.000 -2.0723 0.0000 0.000 ( 6812.63670) 6844.89840 209 135.5982 0.48619 9.0742 0.8914 0.0326 0.3575 0.0484 0.000 0.0000 3.7720 3.7720 -30.652 -30.000 6853.97265 6853.97265 210 135.8630 0.48658 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -30.055 -30.000 6863.04689 6863.04689 211 136.1285 0.48697 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -29.775 -30.000 6872.12113 6872.12113 212 136.3944 0.48736 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -29.639 -30.000 6881.19537 6881.19537 213 136.6604 0.48774 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -29.646 -30.000 6890.26961 6890.26961 214 136.9260 0.48813 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -29.796 -30.000 6899.34385 6899.34385 215 137.1908 0.48851 9.0742 0.8940 0.0320 0.3557 0.0486 0.000 0.0000 3.7720 3.7720 -30.087 -30.000 6908.41809 6908.41809 216 137.4542 0.48889 9.0742 0.8914 0.0326 0.3575 0.0484 0.000 0.0000 3.7720 3.7720 -30.349 -30.000 6917.49233 6963.01251 137.4542 0.48889 45.5202 0.0000 0.0000 0.0000 0.0000 8.000 2.0467 0.0000 0.000 ( 6930.46397) 6963.01251 217 137.7183 0.48927 9.1314 0.8916 0.0326 0.3575 0.0485 0.000 0.0000 3.7720 3.7720 -30.642 -30.000 6972.14396 6972.14396 218 137.9848 0.48966 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -30.054 -30.000 6981.27541 6981.27541 219 138.2520 0.49004 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -29.778 -30.000 6990.40686 6990.40686 220 138.5196 0.49043 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -29.644 -30.000 6999.53831 6999.53831 221 138.7873 0.49081 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -29.650 -30.000 7008.66976 7008.66976 222 139.0545 0.49120 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -29.798 -30.000 7017.80121 7017.80121 223 139.3210 0.49158 9.1314 0.8941 0.0320 0.3558 0.0486 0.000 0.0000 3.7720 3.7720 -30.086 -30.000 7026.93266 7026.93266 224 139.5861 0.49196 9.1314 0.8916 0.0326 0.3575 0.0485 0.000 0.0000 3.7720 3.7720 -30.347 -30.000 7036.06411 7081.86947 139.5861 0.49196 45.8054 0.0000 0.0000 0.0000 0.0000 8.000 -2.0213 0.0000 0.000 ( 7049.03575) 7081.86947 225 139.8520 0.49233 9.1883 0.8917 0.0325 0.3576 0.0485 0.000 0.0000 3.7720 3.7720 -30.632 -30.000 7091.05780 7091.05780 226 140.1201 0.49272 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -30.054 -30.000 7100.24613 7100.24613 227 140.3890 0.49310 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.781 -30.000 7109.43445 7109.43445 228 140.6583 0.49348 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.648 -30.000 7118.62278 7118.62278 229 140.9276 0.49386 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.655 -30.000 7127.81110 7127.81110 230 141.1966 0.49424 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.800 -30.000 7136.99943 7136.99943 231 141.4648 0.49462 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -30.085 -30.000 7146.18776 7146.18776 232 141.7316 0.49500 9.1883 0.8917 0.0325 0.3576 0.0485 0.000 0.0000 3.7720 3.7720 -30.345 -30.000 7155.37608 7201.46496 141.7316 0.49500 46.0889 0.0000 0.0000 0.0000 0.0000 8.000 2.6670 0.0000 0.000 ( 7168.34772) 7201.46496 233 141.9991 0.49538 9.2449 0.8918 0.0325 0.3577 0.0486 0.000 0.0000 3.7720 3.7720 -30.622 -30.000 7210.70983 7210.70983 234 142.2689 0.49576 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -30.053 -30.000 7219.95470 7219.95470 235 142.5395 0.49614 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.784 -30.000 7229.19957 7229.19957 236 142.8105 0.49652 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.652 -30.000 7238.44444 7238.44444 237 143.0814 0.49690 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.659 -30.000 7247.68931 7247.68931 238 143.3520 0.49728 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.803 -30.000 7256.93418 7256.93418 239 143.6219 0.49765 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -30.084 -30.000 7266.17905 7266.17905 240 143.8904 0.49803 9.2449 0.8918 0.0325 0.3577 0.0486 0.000 0.0000 3.7720 3.7720 -30.343 -30.000 7275.42392 7321.79197 143.8904 0.49803 46.3681 0.0000 0.0000 0.0000 0.0000 8.000 -2.6670 0.0000 0.000 ( 7288.39556) 7321.79197 241 144.1609 0.49841 9.3011 0.8919 0.0325 0.3579 0.0486 0.000 0.0000 3.7720 3.7720 0.000 -30.000 7331.09305 7331.09305 242 144.4326 0.49878 9.3011 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 0.000 -30.000 7340.39413 7340.39413 243 144.7043 0.49916 9.3011 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 0.000 -30.000 7349.69521 7349.69521 244 144.9761 0.49954 9.3011 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 0.000 -30.000 7358.99629 7358.99629 245 145.2478 0.49991 9.3011 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 0.000 -30.000 7368.29737 7368.29737 elimit 2.0 ;scheff 0.15 0.20 20 40 0 0 3 scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 68.8528 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8528 (mA) Average beam current= 34.4264 (mA) readdist ncell= 245 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0230 2.0941 4.1869 373.3732 2 0.0257 1.8871 -0.8716 86.5557 3 0.2527 22.1606 -0.0071 56.9437 start 1 stop 224 prtbeam output 2 1 8 3000 1 begin ;------------------------------------------------------------ ;ramp down the phase from -30 deg to -25 deg ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 68.8527761752245 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00203 0.02796 -0.00002 0.01768 -29.148 86.806 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00203 0.02796 -0.00002 0.01768 -29.148 86.806 *** ORNL April 26,2001 Design*** .CCL1a. *** The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 8 86055 x-xp 1.64034 0.11079 0.02311 0.00746 0.032264 0.0410 0.3386 -30.1997 -28.6571 88.2411 86.8063 y-yp 1.43542 0.11844 0.02496 0.35545 0.432473 0.1560 1.1729 phi-w 22.41524 1.13682 0.25011 -0.06990 54.570113 3.6944 0.0000 9 86055 x-xp 1.62479 0.11011 0.02290 -1.16439 0.064137 0.0575 0.4589 -30.9217 -29.3246 88.4217 88.2306 y-yp 1.42874 0.11871 0.02497 3.15853 0.279340 0.1253 0.9413 phi-w 23.76048 1.14236 0.24986 0.07514 54.873823 3.7028 0.0000 10 86055 x-xp 1.66152 0.11052 0.02284 -1.48288 0.084361 0.0658 0.5365 -30.0617 -28.9390 88.6050 88.4138 y-yp 1.44918 0.11893 0.02502 2.78905 0.233835 0.1147 0.8579 phi-w 24.04817 1.14225 0.24994 0.05053 54.945282 3.7058 0.0000 11 86055 x-xp 1.70593 0.11073 0.02281 -1.81602 0.109501 0.0749 0.6145 -29.7438 -28.9337 88.7889 88.5989 y-yp 1.47723 0.11896 0.02508 2.43960 0.193764 0.1045 0.7753 phi-w 24.26129 1.14305 0.25006 0.02612 54.961587 3.7073 0.0000 12 86055 x-xp 1.75666 0.11090 0.02280 -2.16434 0.139715 0.0846 0.6929 -29.5889 -28.9296 88.9731 88.7840 y-yp 1.52824 0.11932 0.02515 2.10996 0.158894 0.0947 0.6934 phi-w 24.40737 1.14418 0.25024 0.00185 54.923078 3.7073 0.0000 13 86055 x-xp 1.81238 0.11093 0.02282 -2.52764 0.175128 0.0947 0.7724 -29.5968 -28.9262 89.1573 88.9692 y-yp 1.58026 0.11972 0.02521 1.79946 0.128966 0.0854 0.6123 phi-w 24.48969 1.14273 0.25048 -0.02230 54.830165 3.7059 0.0000 14 86055 x-xp 1.87185 0.11137 0.02288 -2.90494 0.215802 0.1052 0.8549 -29.7670 -28.9238 89.3412 89.1543 y-yp 1.63132 0.11979 0.02527 1.50700 0.103708 0.0766 0.5318 phi-w 24.52801 1.14392 0.25077 -0.04637 54.683112 3.7031 0.0000 15 86055 x-xp 1.93375 0.11217 0.02298 -3.29454 0.261721 0.1160 0.9380 -30.0986 -28.9225 89.5246 89.3395 y-yp 1.67952 0.12001 0.02531 1.23113 0.082850 0.0685 0.4519 phi-w 24.52388 1.14472 0.25111 -0.07040 54.482777 3.6988 0.0000 16 86055 x-xp 2.10929 0.11472 0.02359 -0.43805 0.441000 0.1525 1.2046 -30.2215 -28.5541 89.7066 89.5247 y-yp 1.78662 0.12033 0.02532 0.01286 0.042821 0.0492 0.3056 phi-w 24.45886 1.14502 0.25206 0.05149 54.072685 3.6918 0.0000 17 86055 x-xp 2.27525 0.11941 0.02505 2.48972 0.268078 0.1225 0.9258 -30.9194 -29.2689 89.8937 89.7095 y-yp 1.82202 0.11981 0.02509 -1.26810 0.086498 0.0696 0.4410 phi-w 24.27929 1.14462 0.25389 0.23340 54.880688 3.7328 0.0000 18 86055 x-xp 2.33769 0.12040 0.02541 2.19123 0.228913 0.1139 0.8428 -30.0628 -28.9068 90.0836 89.8995 y-yp 1.81090 0.11952 0.02501 -1.54350 0.108262 0.0777 0.4963 phi-w 24.20587 1.14464 0.25452 0.20249 55.100824 3.7449 0.0000 19 86055 x-xp 2.39524 0.12103 0.02575 1.91672 0.194852 0.1057 0.7606 -29.7395 -28.9137 90.2742 90.0913 y-yp 1.80791 0.11956 0.02493 -1.83302 0.134400 0.0864 0.5520 phi-w 24.14185 1.14638 0.25517 0.17033 55.260478 3.7551 0.0000 20 86055 x-xp 2.45241 0.12197 0.02605 1.66399 0.165456 0.0979 0.6791 -29.5820 -28.9217 90.4650 90.2832 y-yp 1.80078 0.11947 0.02487 -2.13738 0.165107 0.0956 0.6081 phi-w 24.08756 1.14700 0.25583 0.13698 55.359696 3.7633 0.0000 21 86055 x-xp 2.52211 0.12342 0.02632 1.43070 0.140310 0.0906 0.5984 -29.5901 -28.9305 90.6559 90.4750 y-yp 1.78883 0.11926 0.02482 -2.45682 0.200562 0.1052 0.6647 phi-w 24.04586 1.14700 0.25649 0.10243 55.399065 3.7695 0.0000 22 86055 x-xp 2.58222 0.12459 0.02656 1.21446 0.119033 0.0838 0.5203 -29.7631 -28.9401 90.8465 90.6669 y-yp 1.77148 0.11933 0.02478 -2.79131 0.240919 0.1152 0.7230 phi-w 24.01200 1.14802 0.25715 0.06669 55.378672 3.7737 0.0000 23 86055 x-xp 2.63219 0.12549 0.02675 1.01282 0.101286 0.0775 0.4510 -30.1003 -28.9508 91.0365 90.8587 y-yp 1.74787 0.11952 0.02478 -3.14051 0.286305 0.1254 0.7821 phi-w 23.98787 1.14868 0.25780 0.02988 55.298214 3.7757 0.0000 24 86055 x-xp 2.70969 0.12639 0.02705 -0.07070 0.068702 0.0642 0.3545 -30.2428 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3.45359 0.13296 0.02775 -1.28550 0.260596 0.1155 0.5291 -30.6853 -30.6947 129.3203 129.1000 y-yp 2.30071 0.13843 0.02867 2.21799 0.396008 0.1447 0.9227 phi-w 22.16477 1.14892 0.24824 0.10813 32.808593 2.8539 0.0000 186 86055 x-xp 3.45412 0.13289 0.02777 -1.42729 0.284605 0.1206 0.5590 -30.0570 -30.5264 129.5799 129.3570 y-yp 2.27345 0.13860 0.02869 2.02438 0.358019 0.1375 0.8841 phi-w 22.01781 1.14986 0.24823 0.07436 32.902881 2.8579 0.0000 187 86055 x-xp 3.45579 0.13282 0.02778 -1.57698 0.311239 0.1261 0.5972 -29.7670 -30.5464 129.8403 129.6153 y-yp 2.24456 0.13877 0.02871 1.84149 0.323441 0.1307 0.8465 phi-w 21.84650 1.15093 0.24822 0.04035 32.957051 2.8602 0.0000 188 86055 x-xp 3.45620 0.13291 0.02780 -1.73512 0.340640 0.1319 0.6359 -29.6257 -30.5652 130.1011 129.8736 y-yp 2.21428 0.13900 0.02873 1.66870 0.292094 0.1242 0.8097 phi-w 21.65347 1.15237 0.24822 0.00619 32.971232 2.8608 0.0000 189 86055 x-xp 3.45359 0.13294 0.02780 -1.90225 0.372958 0.1380 0.6751 -29.6328 -30.5824 130.3619 130.1318 y-yp 2.18283 0.13916 0.02874 1.50536 0.263803 0.1180 0.7738 phi-w 21.44233 1.15420 0.24823 -0.02802 32.945614 2.8598 0.0000 190 86055 x-xp 3.44698 0.13293 0.02781 -2.07887 0.408348 0.1443 0.7148 -29.7879 -30.5982 130.6223 130.3900 y-yp 2.15953 0.13908 0.02875 1.35082 0.238404 0.1121 0.7386 phi-w 21.21623 1.15526 0.24825 -0.06215 32.880563 2.8570 0.0000 191 86055 x-xp 3.43509 0.13284 0.02782 -2.26553 0.446971 0.1509 0.7551 -30.0902 -30.6126 130.8820 130.6482 y-yp 2.14253 0.13909 0.02874 1.20439 0.215739 0.1066 0.7042 phi-w 20.97638 1.15644 0.24827 -0.09608 32.776715 2.8526 0.0000 192 86055 x-xp 3.38367 0.13234 0.02784 0.03464 0.544911 0.1666 0.8788 -30.3540 -30.4416 131.1402 130.9064 y-yp 2.09354 0.13909 0.02871 0.04869 0.173785 0.0955 0.6285 phi-w 20.26701 1.15646 0.24821 -0.06817 32.493423 2.8400 0.0000 193 86055 x-xp 3.21682 0.13241 0.02790 1.96404 0.363291 0.1361 0.8038 -30.6739 -30.8356 131.3991 131.1642 y-yp 1.91987 0.13848 0.02846 -1.37337 0.260076 0.1163 0.7870 phi-w 18.00331 1.15973 0.24796 0.10288 32.819023 2.8527 0.0000 194 86055 x-xp 3.18944 0.13253 0.02791 1.78703 0.329658 0.1296 0.7861 -30.0564 -30.6647 131.6605 131.4226 y-yp 1.87711 0.13833 0.02839 -1.52842 0.286813 0.1219 0.8336 phi-w 17.72809 1.16023 0.24798 0.06943 32.902187 2.8564 0.0000 195 86055 x-xp 3.16017 0.13243 0.02791 1.61984 0.299160 0.1234 0.7690 -29.7699 -30.6768 131.9226 131.6822 y-yp 1.83237 0.13817 0.02831 -1.69258 0.316538 0.1279 0.8829 phi-w 17.45391 1.16000 0.24799 0.03575 32.947288 2.8584 0.0000 196 86055 x-xp 3.12783 0.13271 0.02791 1.46189 0.271627 0.1175 0.7526 -29.6303 -30.6873 132.1851 131.9418 y-yp 1.78620 0.13780 0.02823 -1.86642 0.349423 0.1341 0.9330 phi-w 17.18309 1.16024 0.24801 0.00190 32.954160 2.8588 0.0000 197 86055 x-xp 3.09268 0.13283 0.02790 1.31254 0.246900 0.1120 0.7367 -29.6373 -30.6962 132.4476 132.2014 y-yp 1.73910 0.13734 0.02815 -2.05057 0.385642 0.1406 0.9837 phi-w 16.91694 1.16169 0.24803 -0.03202 32.922916 2.8576 0.0000 198 86055 x-xp 3.05508 0.13312 0.02789 1.17114 0.224827 0.1068 0.7215 -29.7905 -30.7035 132.7098 132.4610 y-yp 1.69162 0.13707 0.02807 -2.24551 0.425370 0.1473 1.0353 phi-w 16.65690 1.16122 0.24805 -0.06592 32.853824 2.8547 0.0000 199 86055 x-xp 3.01528 0.13305 0.02787 1.03701 0.205268 0.1019 0.7070 -30.0891 -30.7093 132.9712 132.7206 y-yp 1.64420 0.13703 0.02799 -2.45184 0.468792 0.1544 1.0877 phi-w 16.49875 1.16214 0.24808 -0.09967 32.747239 2.8502 0.0000 200 86055 x-xp 2.92647 0.13276 0.02779 -0.05634 0.170038 0.0926 0.6824 -30.3525 -30.5346 133.2311 132.9803 y-yp 1.54675 0.13629 0.02784 -0.08706 0.578871 0.1710 1.2077 phi-w 16.48080 1.16385 0.24809 -0.07162 32.451967 2.8374 0.0000 201 86055 x-xp 2.64951 0.13152 0.02743 -1.49743 0.266087 0.1150 0.9092 -30.6630 -30.8664 133.4918 133.2396 y-yp 1.78659 0.13537 0.02762 2.00681 0.399410 0.1414 1.0093 phi-w 16.97786 1.17122 0.24819 0.10114 32.714490 2.8495 0.0000 202 86055 x-xp 2.58808 0.13136 0.02733 -1.66651 0.295691 0.1209 0.9612 -30.0557 -30.6915 133.7548 133.4996 y-yp 1.82428 0.13506 0.02761 1.83542 0.365092 0.1351 0.9653 phi-w 17.27676 1.17292 0.24824 0.06759 32.789839 2.8530 0.0000 203 86055 x-xp 2.52435 0.13104 0.02722 -1.84586 0.328629 0.1272 1.0231 -29.7727 -30.6946 134.0187 133.7609 y-yp 1.86133 0.13469 0.02760 1.67295 0.333686 0.1290 0.9221 phi-w 17.57975 1.17652 0.24829 0.03374 32.826793 2.8549 0.0000 204 86055 x-xp 2.45890 0.13111 0.02711 -2.03619 0.365102 0.1337 1.0881 -29.6348 -30.6963 134.2829 134.0221 y-yp 1.89738 0.13478 0.02759 1.51894 0.305065 0.1233 0.8797 phi-w 17.88581 1.17848 0.24836 -0.00029 32.825331 2.8552 0.0000 205 86055 x-xp 2.39243 0.13127 0.02699 -2.23818 0.405316 0.1405 1.1545 -29.6418 -30.6964 134.5472 134.2834 y-yp 1.93225 0.13466 0.02758 1.37294 0.279108 0.1179 0.8380 phi-w 18.19289 1.18032 0.24843 -0.03442 32.785487 2.8539 0.0000 206 86055 x-xp 2.32714 0.13101 0.02688 -2.45246 0.449484 0.1476 1.2240 -29.7931 -30.6949 134.8110 134.5447 y-yp 1.97482 0.13431 0.02758 1.23446 0.255692 0.1128 0.7970 phi-w 18.49958 1.18003 0.24850 -0.06852 32.707424 2.8510 0.0000 207 86055 x-xp 2.26491 0.13076 0.02677 -2.67960 0.497817 0.1549 1.2943 -30.0880 -30.6921 135.0741 134.8061 y-yp 2.01338 0.13417 0.02758 1.10301 0.234699 0.1080 0.7566 phi-w 18.80410 1.18055 0.24859 -0.10249 32.591472 2.8464 0.0000 208 86055 x-xp 2.13383 0.13051 0.02655 -0.22264 0.620551 0.1722 1.4556 -30.3509 -30.5136 135.3358 135.0675 y-yp 2.07581 0.13394 0.02757 -0.08788 0.196297 0.0987 0.6678 phi-w 19.56877 1.17894 0.24881 -0.07550 32.266714 2.8334 0.0000 209 86055 x-xp 1.91286 0.12966 0.02616 2.05020 0.441838 0.1441 1.2292 -30.6524 -30.7848 135.5982 135.3286 y-yp 2.17257 0.13285 0.02750 -1.62641 0.301559 0.1221 0.7851 phi-w 21.49999 1.18988 0.24966 0.09418 32.402943 2.8442 0.0000 210 86055 x-xp 1.95413 0.12949 0.02612 1.88357 0.406974 0.1381 1.1773 -30.0551 -30.6062 135.8630 135.5905 y-yp 2.18482 0.13244 0.02748 -1.79219 0.332810 0.1282 0.8129 phi-w 21.72597 1.19088 0.24982 0.05989 32.453902 2.8474 0.0000 211 86055 x-xp 1.99760 0.12933 0.02608 1.72545 0.374880 0.1324 1.1264 -29.7755 -30.6011 136.1285 135.8537 y-yp 2.19440 0.13212 0.02747 -1.96679 0.367147 0.1345 0.8413 phi-w 21.92870 1.19045 0.24999 0.02528 32.465909 2.8489 0.0000 212 86055 x-xp 2.04267 0.12900 0.02605 1.57545 0.345442 0.1270 1.0764 -29.6392 -30.5947 136.3944 136.1169 y-yp 2.20089 0.13221 0.02746 -2.15062 0.404712 0.1411 0.8703 phi-w 22.10449 1.19113 0.25018 -0.00953 32.438937 2.8488 0.0000 213 86055 x-xp 2.08874 0.12867 0.02602 1.43316 0.318548 0.1218 1.0272 -29.6461 -30.5868 136.6604 136.3802 y-yp 2.20687 0.13239 0.02746 -2.34403 0.445644 0.1480 0.8999 phi-w 22.25108 1.19279 0.25037 -0.04442 32.373123 2.8470 0.0000 214 86055 x-xp 2.13521 0.12808 0.02600 1.29816 0.294089 0.1169 0.9788 -29.7955 -30.5777 136.9260 136.6435 y-yp 2.21101 0.13240 0.02746 -2.54738 0.490084 0.1551 0.9302 phi-w 22.36532 1.19314 0.25058 -0.07930 32.268920 2.8436 0.0000 215 86055 x-xp 2.18154 0.12837 0.02598 1.16999 0.271957 0.1123 0.9362 -30.0870 -30.5674 137.1908 136.9069 y-yp 2.21295 0.13244 0.02747 -2.76094 0.538171 0.1625 0.9611 phi-w 22.44493 1.19547 0.25080 -0.11406 32.126823 2.8386 0.0000 216 86055 x-xp 2.27824 0.12826 0.02595 -0.15095 0.231059 0.1034 0.8522 -30.3493 -30.3863 137.4542 137.1703 y-yp 2.26035 0.13293 0.02751 -0.14764 0.657913 0.1797 1.0294 phi-w 22.53021 1.19996 0.25131 -0.08993 31.738631 2.8242 0.0000 217 86055 x-xp 2.53804 0.12660 0.02589 -1.86426 0.355093 0.1280 1.0050 -30.6419 -30.6064 137.7183 137.4335 y-yp 2.48860 0.13488 0.02777 2.15664 0.452730 0.1497 0.8399 phi-w 22.20567 1.20801 0.25282 0.07196 31.696851 2.8308 0.0000 218 86055 x-xp 2.58708 0.12683 0.02588 -2.04003 0.390868 0.1342 1.0428 -30.0544 -30.4258 137.9848 137.6977 y-yp 2.52582 0.13492 0.02783 1.97792 0.414093 0.1433 0.8029 phi-w 22.10367 1.20975 0.25306 0.03740 31.713870 2.8329 0.0000 219 86055 x-xp 2.63590 0.12674 0.02589 -2.22493 0.429867 0.1407 1.0814 -29.7782 -30.4141 138.2520 137.9631 y-yp 2.55897 0.13510 0.02790 1.80923 0.378712 0.1371 0.7665 phi-w 22.00976 1.21044 0.25330 0.00269 31.694115 2.8334 0.0000 220 86055 x-xp 2.68410 0.12662 0.02589 -2.41931 0.472223 0.1474 1.1207 -29.6436 -30.4015 138.5196 138.2285 y-yp 2.58799 0.13541 0.02796 1.65002 0.346423 0.1312 0.7308 phi-w 21.92583 1.21113 0.25354 -0.03203 31.637954 2.8322 0.0000 221 86055 x-xp 2.73131 0.12648 0.02591 -2.62348 0.518071 0.1544 1.1608 -29.6504 -30.3879 138.7873 138.4940 y-yp 2.61286 0.13566 0.02801 1.49967 0.317065 0.1256 0.6957 phi-w 21.85711 1.21218 0.25377 -0.06667 31.545909 2.8294 0.0000 222 86055 x-xp 2.77715 0.12633 0.02593 -2.83770 0.567539 0.1615 1.2017 -29.7980 -30.3732 139.0545 138.7596 y-yp 2.63357 0.13578 0.02806 1.35761 0.290484 0.1202 0.6611 phi-w 21.80277 1.21298 0.25400 -0.10113 31.418708 2.8249 0.0000 223 86055 x-xp 2.82127 0.12612 0.02596 -3.06224 0.620755 0.1690 1.2435 -30.0859 -30.3577 139.3210 139.0252 y-yp 2.65020 0.13582 0.02811 1.22323 0.266533 0.1152 0.6271 phi-w 21.76351 1.21510 0.25422 -0.13528 31.256890 2.8189 0.0000 224 86055 x-xp 2.96049 0.12536 0.02606 -0.09950 0.751524 0.1862 1.3358 -30.3475 -30.1763 139.5861 139.2909 y-yp 2.67526 0.13633 0.02818 -0.04986 0.222323 0.1053 0.5519 phi-w 21.71837 1.21776 0.25469 -0.11204 30.830338 2.8022 0.0000 ========================================================================================================================================================================= --Structure 14 End of Run 1--- ========================================================================================================================================================================= Structure 15 160 805. 805. title *************************************** *** ORNL April 26,2001 Design*** .CCL1b. *************************************** ccl 190.0 -30. 3.772 8 2.5 2020.0 8. 1010 1 1 1 Bore 1.5 SymDesign 8 1 Extquad 14 139.6539 2.020e+3 183.2480 1.5e+3 Extquad 10 160 1.e-12 8. 1 Extquad 10 144 -13.881e+2 8. 1 !new Extquad 10 152 +9.057e+2 8. 1 !new QuadLocs 8.97164 QuadLoc 0 8.97164 ! preceding quad positioning SetBetaRamp 1 0 0 0 0 PhaseRamp 0. -25. +0.15789 ; 6/13/00 data ; Include this file in the PARMILA input file. ; Shunt impedance Z corresponds to coupling = 5.0000% ; No other reduction in shunt impedance Z applied. ; Geometric beta column not included. ---CCL cavity design details--- If phase has a discontinuity at the end of cavity, ' the Q&D Len includes the added drift ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 [E0ramp LinearBetaRamp] RampStart Cell= 1 SpaceAdj uses PrevEndCellPhase= -120.7884 [Phase ConstDphi IncrRamp] RampStartCell= 9 with RampStartPhase= -30.000 Deg (Excluding beam power) tank 1, Cu power= 4.58664 MW QuadLocs 8.97164 QuadLoc 0 8.97164 ! preceding quad positioning Extquad 14 139.6539 2.020e+3 183.2480 1.5e+3 Extquad 10 160 1.e-12 8. 1 Extquad 10 144 -13.881e+2 8. 1 !new Extquad 10 152 +9.057e+2 8. 1 !new linout linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. If you are designing symmetric linac, the phase printed is REFERENCE Particle phase at the center of the gap. Also, the kinetic energy and beta are for the REFERENCE particle at the end of the cell. The geometrical beta for the cavities are printed in the WALLPWR file (with Power keyword). E is the field for the cell(used as E*t*l*cosphi). It includes the ratio E/E0 for that cell. tank no. 1 tank length 2766.730 (cm) 175 cells power= 6.960 MW frequency= 805.00MHz (Cu+Beam) wavelength= 37.24130 cm ----------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta at cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng number energy end of length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall (MeV) cell (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) Expected Total Drift allocated for the Preceding quad is 45.80537 (cm). Preceding quad center to the First Cavity wall is : 32.83373 Quad Gradient : -2.02000 (kG/cm) Hlf Quad Lng : 4.00000 (cm) Absolute z= 7049.03575 (cm) position is at the center of the preceding quad. initial 139.5861 0.49196 4.000 -2.0200 ( 7049.03575) 7081.86947 1 139.8520 0.49233 9.1883 0.8917 0.0325 0.3576 0.0485 0.000 0.0000 3.7720 3.7720 -30.632 -30.000 7091.05780 7091.05780 2 140.1201 0.49272 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -30.054 -30.000 7100.24613 7100.24613 3 140.3890 0.49310 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.781 -30.000 7109.43445 7109.43445 4 140.6583 0.49348 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.648 -30.000 7118.62278 7118.62278 5 140.9276 0.49386 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.655 -30.000 7127.81110 7127.81110 6 141.1966 0.49424 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -29.800 -30.000 7136.99943 7136.99943 7 141.4648 0.49462 9.1883 0.8941 0.0320 0.3560 0.0487 0.000 0.0000 3.7720 3.7720 -30.085 -30.000 7146.18776 7146.18776 8 141.7316 0.49500 9.1883 0.8917 0.0325 0.3576 0.0485 0.000 0.0000 3.7720 3.7720 -30.345 -30.000 7155.37608 7201.46496 141.7316 0.49500 46.0889 0.0000 0.0000 0.0000 0.0000 8.000 1.9924 0.0000 0.000 ( 7168.34772) 7201.46496 9 141.9991 0.49538 9.2449 0.8918 0.0325 0.3577 0.0486 0.000 0.0000 3.7720 3.7720 -30.622 -30.000 7210.70983 7210.70983 10 142.2689 0.49576 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -30.053 -30.000 7219.95470 7219.95470 11 142.5395 0.49614 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.784 -30.000 7229.19957 7229.19957 12 142.8105 0.49652 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.652 -30.000 7238.44444 7238.44444 13 143.0814 0.49690 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.659 -30.000 7247.68931 7247.68931 14 143.3520 0.49728 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -29.803 -30.000 7256.93418 7256.93418 15 143.6219 0.49765 9.2449 0.8942 0.0320 0.3561 0.0487 0.000 0.0000 3.7720 3.7720 -30.084 -30.000 7266.17905 7266.17905 16 143.8904 0.49803 9.2449 0.8918 0.0325 0.3577 0.0486 0.000 0.0000 3.7720 3.7720 -30.343 -30.000 7275.42392 7321.81078 143.8904 0.49803 46.3869 0.0000 0.0000 0.0000 0.0000 8.000 -1.9640 0.0000 0.000 ( 7288.39556) 7321.81078 17 144.1605 0.49840 9.3012 0.8919 0.0325 0.3579 0.0486 0.000 0.0000 3.7720 3.7720 -30.298 -29.684 7331.11196 7331.11196 18 144.4328 0.49878 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.737 -29.684 7340.41313 7340.41313 19 144.7059 0.49916 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.470 -29.684 7349.71430 7349.71430 20 144.9794 0.49954 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.340 -29.684 7359.01548 7359.01548 21 145.2529 0.49992 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.346 -29.684 7368.31665 7368.31665 22 145.5260 0.50030 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.489 -29.684 7377.61783 7377.61783 23 145.7984 0.50067 9.3012 0.8943 0.0319 0.3562 0.0487 0.000 0.0000 3.7720 3.7720 -29.767 -29.684 7386.91900 7386.91900 24 146.0694 0.50105 9.3012 0.8919 0.0325 0.3579 0.0486 0.000 0.0000 3.7720 3.7720 -30.027 -29.684 7396.22017 7442.88008 146.0694 0.50105 46.6599 0.0000 0.0000 0.0000 0.0000 8.000 1.9358 0.0000 0.000 ( 7409.19181) 7442.88008 25 146.3416 0.50142 9.3573 0.8920 0.0325 0.3580 0.0486 0.000 0.0000 3.7720 3.7720 -30.132 -29.526 7452.23735 7452.23735 26 146.6160 0.50180 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.579 -29.526 7461.59463 7461.59463 27 146.8912 0.50218 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.314 -29.526 7470.95190 7470.95190 28 147.1668 0.50255 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.185 -29.526 7480.30917 7480.30917 29 147.4423 0.50293 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.192 -29.526 7489.66645 7489.66645 30 147.7175 0.50331 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.333 -29.526 7499.02372 7499.02372 31 147.9920 0.50368 9.3573 0.8943 0.0319 0.3564 0.0488 0.000 0.0000 3.7720 3.7720 -29.608 -29.526 7508.38099 7508.38099 32 148.2651 0.50405 9.3573 0.8920 0.0325 0.3580 0.0486 0.000 0.0000 3.7720 3.7720 -29.868 -29.526 7517.73827 7564.67805 148.2651 0.50405 46.9398 0.0000 0.0000 0.0000 0.0000 8.000 -1.9076 0.0000 0.000 ( 7530.70991) 7564.67805 33 148.5395 0.50443 9.4131 0.8921 0.0324 0.3581 0.0487 0.000 0.0000 3.7720 3.7720 -29.965 -29.368 7574.09117 7574.09117 34 148.8160 0.50480 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.420 -29.368 7583.50430 7583.50430 35 149.0932 0.50518 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.159 -29.368 7592.91742 7592.91742 36 149.3709 0.50555 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.031 -29.368 7602.33055 7602.33055 37 149.6485 0.50593 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.037 -29.368 7611.74367 7611.74367 38 149.9258 0.50630 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.177 -29.368 7621.15680 7621.15680 39 150.2023 0.50668 9.4131 0.8943 0.0319 0.3566 0.0488 0.000 0.0000 3.7720 3.7720 -29.450 -29.368 7630.56992 7630.56992 40 150.4775 0.50705 9.4131 0.8921 0.0324 0.3581 0.0487 0.000 0.0000 3.7720 3.7720 -29.709 -29.368 7639.98305 7687.20146 150.4775 0.50705 47.2184 0.0000 0.0000 0.0000 0.0000 8.000 1.8796 0.0000 0.000 ( 7652.95469) 7687.20146 41 150.7540 0.50742 9.4687 0.8922 0.0324 0.3582 0.0487 0.000 0.0000 3.7720 3.7720 -29.799 -29.211 7696.67018 7696.67018 42 151.0326 0.50779 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -29.262 -29.211 7706.13891 7706.13891 43 151.3119 0.50816 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -29.003 -29.211 7715.60763 7715.60763 44 151.5916 0.50854 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -28.877 -29.211 7725.07636 7725.07636 45 151.8713 0.50891 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -28.883 -29.211 7734.54509 7734.54509 46 152.1506 0.50928 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -29.021 -29.211 7744.01381 7744.01381 47 152.4293 0.50966 9.4687 0.8944 0.0319 0.3568 0.0489 0.000 0.0000 3.7720 3.7720 -29.291 -29.211 7753.48254 7753.48254 48 152.7066 0.51002 9.4687 0.8922 0.0324 0.3582 0.0487 0.000 0.0000 3.7720 3.7720 -29.549 -29.211 7762.95127 7810.44705 152.7066 0.51002 47.4958 0.0000 0.0000 0.0000 0.0000 8.000 -1.8517 0.0000 0.000 ( 7775.92291) 7810.44705 49 152.9851 0.51039 9.5241 0.8923 0.0324 0.3584 0.0488 0.000 0.0000 3.7720 3.7720 -29.633 -29.053 7819.97112 7819.97112 50 153.2658 0.51077 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -29.104 -29.053 7829.49520 7829.49520 51 153.5472 0.51114 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -28.847 -29.053 7839.01927 7839.01927 52 153.8289 0.51151 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -28.722 -29.053 7848.54335 7848.54335 53 154.1107 0.51188 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -28.728 -29.053 7858.06743 7858.06743 54 154.3921 0.51225 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -28.865 -29.053 7867.59150 7867.59150 55 154.6728 0.51262 9.5241 0.8944 0.0319 0.3570 0.0489 0.000 0.0000 3.7720 3.7720 -29.132 -29.053 7877.11558 7877.11558 56 154.9522 0.51299 9.5241 0.8923 0.0324 0.3584 0.0488 0.000 0.0000 3.7720 3.7720 -29.390 -29.053 7886.63965 7934.41155 154.9522 0.51299 47.7719 0.0000 0.0000 0.0000 0.0000 8.000 1.8239 0.0000 0.000 ( 7899.61129) 7934.41155 57 155.2328 0.51336 9.5792 0.8924 0.0324 0.3585 0.0488 0.000 0.0000 3.7720 3.7720 -29.467 -28.895 7943.99072 7943.99072 58 155.5156 0.51373 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.945 -28.895 7953.56989 7953.56989 59 155.7990 0.51410 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.692 -28.895 7963.14906 7963.14906 60 156.0828 0.51447 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.568 -28.895 7972.72823 7972.72823 61 156.3666 0.51484 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.574 -28.895 7982.30740 7982.30740 62 156.6501 0.51521 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.709 -28.895 7991.88657 7991.88657 63 156.9328 0.51558 9.5792 0.8944 0.0319 0.3572 0.0490 0.000 0.0000 3.7720 3.7720 -28.973 -28.895 8001.46575 8001.46575 64 157.2143 0.51594 9.5792 0.8924 0.0324 0.3585 0.0488 0.000 0.0000 3.7720 3.7720 -29.231 -28.895 8011.04492 8059.09165 157.2143 0.51594 48.0467 0.0000 0.0000 0.0000 0.0000 8.000 -1.7963 0.0000 0.000 ( 8024.01656) 8059.09165 65 157.4970 0.51631 9.6340 0.8925 0.0324 0.3587 0.0489 0.000 0.0000 3.7720 3.7720 -29.301 -28.737 8068.72566 8068.72566 66 157.7818 0.51668 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.787 -28.737 8078.35967 8078.35967 67 158.0673 0.51705 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.536 -28.737 8087.99368 8087.99368 68 158.3532 0.51741 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.413 -28.737 8097.62769 8097.62769 69 158.6390 0.51778 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.419 -28.737 8107.26170 8107.26170 70 158.9245 0.51815 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.553 -28.737 8116.89572 8116.89572 71 159.2094 0.51852 9.6340 0.8944 0.0319 0.3574 0.0490 0.000 0.0000 3.7720 3.7720 -28.814 -28.737 8126.52973 8126.52973 72 159.4929 0.51888 9.6340 0.8925 0.0324 0.3587 0.0489 0.000 0.0000 3.7720 3.7720 -29.071 -28.737 8136.16374 8184.48402 159.4929 0.51888 48.3203 0.0000 0.0000 0.0000 0.0000 8.000 1.7687 0.0000 0.000 ( 8149.13538) 8184.48402 73 159.7777 0.51924 9.6886 0.8925 0.0324 0.3589 0.0489 0.000 0.0000 3.7720 3.7720 -29.136 -28.579 8194.17262 8194.17262 74 160.0645 0.51961 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.629 -28.579 8203.86121 8203.86121 75 160.3521 0.51998 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.380 -28.579 8213.54981 8213.54981 76 160.6400 0.52035 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.259 -28.579 8223.23840 8223.23840 77 160.9279 0.52071 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.265 -28.579 8232.92700 8232.92700 78 161.2154 0.52108 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.397 -28.579 8242.61560 8242.61560 79 161.5023 0.52144 9.6886 0.8944 0.0319 0.3576 0.0490 0.000 0.0000 3.7720 3.7720 -28.656 -28.579 8252.30419 8252.30419 80 161.7879 0.52180 9.6886 0.8925 0.0324 0.3589 0.0489 0.000 0.0000 3.7720 3.7720 -28.911 -28.579 8261.99279 8310.58534 161.7879 0.52180 48.5926 0.0000 0.0000 0.0000 0.0000 8.000 -1.7414 0.0000 0.000 ( 8274.96443) 8310.58534 81 162.0748 0.52217 9.7429 0.8925 0.0324 0.3591 0.0490 0.000 0.0000 3.7720 3.7720 -28.970 -28.421 8320.32826 8320.32826 82 162.3636 0.52253 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.470 -28.421 8330.07118 8330.07118 83 162.6532 0.52290 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.224 -28.421 8339.81410 8339.81410 84 162.9431 0.52326 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.104 -28.421 8349.55702 8349.55702 85 163.2331 0.52363 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.110 -28.421 8359.29994 8359.29994 86 163.5226 0.52399 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.241 -28.421 8369.04287 8369.04287 87 163.8116 0.52435 9.7429 0.8944 0.0319 0.3579 0.0491 0.000 0.0000 3.7720 3.7720 -28.497 -28.421 8378.78579 8378.78579 88 164.0992 0.52471 9.7429 0.8925 0.0324 0.3591 0.0490 0.000 0.0000 3.7720 3.7720 -28.752 -28.421 8388.52871 8437.39224 164.0992 0.52471 48.8635 0.0000 0.0000 0.0000 0.0000 8.000 1.7141 0.0000 0.000 ( 8401.50035) 8437.39224 89 164.3881 0.52508 9.7970 0.8926 0.0324 0.3594 0.0490 0.000 0.0000 3.7720 3.7720 -28.805 -28.263 8447.18922 8447.18922 90 164.6791 0.52544 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -28.312 -28.263 8456.98621 8456.98621 91 164.9707 0.52580 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -28.069 -28.263 8466.78319 8466.78319 92 165.2626 0.52617 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -27.950 -28.263 8476.58018 8476.58018 93 165.5545 0.52653 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -27.955 -28.263 8486.37716 8486.37716 94 165.8462 0.52689 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -28.085 -28.263 8496.17415 8496.17415 95 166.1371 0.52725 9.7970 0.8944 0.0319 0.3581 0.0491 0.000 0.0000 3.7720 3.7720 -28.338 -28.263 8505.97113 8505.97113 96 166.4268 0.52761 9.7970 0.8926 0.0324 0.3594 0.0490 0.000 0.0000 3.7720 3.7720 -28.592 -28.263 8515.76812 8564.90132 166.4268 0.52761 49.1332 0.0000 0.0000 0.0000 0.0000 8.000 -1.6870 0.0000 0.000 ( 8528.73976) 8564.90132 97 166.7178 0.52797 9.8508 0.8926 0.0324 0.3596 0.0491 0.000 0.0000 3.7720 3.7720 -28.640 -28.105 8574.75211 8574.75211 98 167.0107 0.52833 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -28.154 -28.105 8584.60289 8584.60289 99 167.3044 0.52869 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -27.913 -28.105 8594.45368 8594.45368 100 167.5983 0.52905 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -27.795 -28.105 8604.30447 8604.30447 101 167.8923 0.52942 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -27.801 -28.105 8614.15526 8614.15526 102 168.1859 0.52978 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -27.929 -28.105 8624.00605 8624.00605 103 168.4789 0.53014 9.8508 0.8944 0.0320 0.3584 0.0492 0.000 0.0000 3.7720 3.7720 -28.179 -28.105 8633.85684 8633.85684 104 168.7706 0.53049 9.8508 0.8926 0.0324 0.3596 0.0491 0.000 0.0000 3.7720 3.7720 -28.432 -28.105 8643.70763 8693.10919 168.7706 0.53049 49.4016 0.0000 0.0000 0.0000 0.0000 8.000 1.6600 0.0000 0.000 ( 8656.67927) 8693.10919 105 169.0637 0.53085 9.9043 0.8926 0.0324 0.3598 0.0491 0.000 0.0000 3.7720 3.7720 -28.475 -27.947 8703.01352 8703.01352 106 169.3586 0.53121 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -27.995 -27.947 8712.91785 8712.91785 107 169.6543 0.53157 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -27.757 -27.947 8722.82218 8722.82218 108 169.9502 0.53193 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -27.640 -27.947 8732.72651 8732.72651 109 170.2462 0.53229 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -27.646 -27.947 8742.63084 8742.63084 110 170.5419 0.53265 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -27.773 -27.947 8752.53517 8752.53517 111 170.8369 0.53300 9.9043 0.8943 0.0320 0.3587 0.0492 0.000 0.0000 3.7720 3.7720 -28.021 -27.947 8762.43950 8762.43950 112 171.1306 0.53336 9.9043 0.8926 0.0324 0.3598 0.0491 0.000 0.0000 3.7720 3.7720 -28.272 -27.947 8772.34383 8822.01243 171.1306 0.53336 49.6686 0.0000 0.0000 0.0000 0.0000 8.000 -1.6331 0.0000 0.000 ( 8785.31547) 8822.01243 113 171.4257 0.53372 9.9576 0.8926 0.0324 0.3601 0.0492 0.000 0.0000 3.7720 3.7720 -28.311 -27.790 8831.97004 8831.97004 114 171.7227 0.53407 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.837 -27.790 8841.92764 8841.92764 115 172.0203 0.53443 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.601 -27.790 8851.88525 8851.88525 116 172.3183 0.53479 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.486 -27.790 8861.84286 8861.84286 117 172.6162 0.53515 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.491 -27.790 8871.80047 8871.80047 118 172.9139 0.53551 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.617 -27.790 8881.75807 8881.75807 119 173.2109 0.53586 9.9576 0.8943 0.0320 0.3589 0.0493 0.000 0.0000 3.7720 3.7720 -27.862 -27.790 8891.71568 8891.71568 120 173.5067 0.53621 9.9576 0.8926 0.0324 0.3601 0.0492 0.000 0.0000 3.7720 3.7720 -28.113 -27.790 8901.67329 8951.60761 173.5067 0.53621 49.9343 0.0000 0.0000 0.0000 0.0000 8.000 1.6064 0.0000 0.000 ( 8914.64493) 8951.60761 121 173.8038 0.53657 10.0106 0.8926 0.0324 0.3603 0.0492 0.000 0.0000 3.7720 3.7720 -28.146 -27.632 8961.61823 8961.61823 122 174.1028 0.53692 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.679 -27.632 8971.62885 8971.62885 123 174.4024 0.53728 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.445 -27.632 8981.63947 8981.63947 124 174.7024 0.53764 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.331 -27.632 8991.65009 8991.65009 125 175.0024 0.53799 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.336 -27.632 9001.66071 9001.66071 126 175.3020 0.53835 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.460 -27.632 9011.67133 9011.67133 127 175.6010 0.53870 10.0106 0.8943 0.0320 0.3592 0.0493 0.000 0.0000 3.7720 3.7720 -27.703 -27.632 9021.68195 9021.68195 128 175.8988 0.53905 10.0106 0.8926 0.0324 0.3603 0.0492 0.000 0.0000 3.7720 3.7720 -27.953 -27.632 9031.69257 9081.89129 175.8988 0.53905 50.1987 0.0000 0.0000 0.0000 0.0000 8.000 -1.5798 0.0000 0.000 ( 9044.66421) 9081.89129 129 176.1980 0.53941 10.0634 0.8926 0.0324 0.3606 0.0493 0.000 0.0000 3.7720 3.7720 -27.981 -27.474 9091.95466 9091.95466 130 176.4990 0.53976 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.520 -27.474 9102.01803 9102.01803 131 176.8006 0.54012 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.289 -27.474 9112.08139 9112.08139 132 177.1025 0.54047 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.176 -27.474 9122.14476 9122.14476 133 177.4045 0.54082 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.181 -27.474 9132.20813 9132.20813 134 177.7062 0.54118 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.304 -27.474 9142.27150 9142.27150 135 178.0072 0.54153 10.0634 0.8942 0.0320 0.3595 0.0494 0.000 0.0000 3.7720 3.7720 -27.545 -27.474 9152.33486 9152.33486 136 178.3070 0.54188 10.0634 0.8926 0.0324 0.3606 0.0493 0.000 0.0000 3.7720 3.7720 -27.793 -27.474 9162.39823 9212.86002 178.3070 0.54188 50.4618 0.0000 0.0000 0.0000 0.0000 8.000 1.5533 0.0000 0.000 ( 9175.36987) 9212.86002 137 178.6081 0.54223 10.1158 0.8926 0.0324 0.3609 0.0493 0.000 0.0000 3.7720 3.7720 -27.817 -27.316 9222.97587 9222.97587 138 178.9111 0.54258 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.362 -27.316 9233.09171 9233.09171 139 179.2147 0.54294 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.133 -27.316 9243.20756 9243.20756 140 179.5186 0.54329 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.021 -27.316 9253.32341 9253.32341 141 179.8226 0.54364 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.026 -27.316 9263.43925 9263.43925 142 180.1262 0.54399 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.148 -27.316 9273.55510 9273.55510 143 180.4292 0.54434 10.1158 0.8942 0.0320 0.3598 0.0494 0.000 0.0000 3.7720 3.7720 -27.386 -27.316 9283.67095 9283.67095 144 180.7310 0.54469 10.1158 0.8926 0.0324 0.3609 0.0493 0.000 0.0000 3.7720 3.7720 -27.633 -27.316 9293.78679 9344.51031 180.7310 0.54469 50.7235 0.0000 0.0000 0.0000 0.0000 8.000 -1.3881 0.0000 0.000 ( 9306.75843) 9344.51031 145 181.0342 0.54504 10.1681 0.8926 0.0324 0.3612 0.0494 0.000 0.0000 3.7720 3.7720 -27.653 -27.158 9354.67837 9354.67837 146 181.3391 0.54539 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -27.204 -27.158 9364.84643 9364.84643 147 181.6447 0.54574 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -26.977 -27.158 9375.01448 9375.01448 148 181.9506 0.54609 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -26.866 -27.158 9385.18254 9385.18254 149 182.2565 0.54644 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -26.872 -27.158 9395.35060 9395.35060 150 182.5621 0.54679 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -26.992 -27.158 9405.51866 9405.51866 151 182.8671 0.54714 10.1681 0.8941 0.0320 0.3601 0.0495 0.000 0.0000 3.7720 3.7720 -27.227 -27.158 9415.68672 9415.68672 152 183.1709 0.54749 10.1681 0.8926 0.0324 0.3612 0.0494 0.000 0.0000 3.7720 3.7720 -27.473 -27.158 9425.85478 9476.83867 183.1709 0.54749 50.9839 0.0000 0.0000 0.0000 0.0000 8.000 0.9057 0.0000 0.000 ( 9438.82642) 9476.83867 153 183.4761 0.54783 10.2200 0.8926 0.0324 0.3614 0.0494 0.000 0.0000 3.7720 3.7720 -27.489 -27.000 9487.05868 9487.05868 154 183.7830 0.54818 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -27.046 -27.000 9497.27868 9497.27868 155 184.0905 0.54853 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -26.821 -27.000 9507.49868 9507.49868 156 184.3984 0.54888 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -26.712 -27.000 9517.71868 9517.71868 157 184.7063 0.54923 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -26.717 -27.000 9527.93868 9527.93868 158 185.0139 0.54958 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -26.836 -27.000 9538.15868 9538.15868 159 185.3208 0.54992 10.2200 0.8941 0.0321 0.3604 0.0495 0.000 0.0000 3.7720 3.7720 -27.069 -27.000 9548.37868 9548.37868 160 185.6266 0.55027 10.2200 0.8926 0.0324 0.3614 0.0494 0.000 0.0000 3.7720 3.7720 -27.313 -27.000 9558.59868 9609.84162 185.6266 0.55027 51.2429 0.0000 0.0000 0.0000 0.0000 8.000 0.0000 0.0000 0.000 ( 9571.57032) 9609.84162 161 185.9338 0.55061 10.2717 0.8926 0.0324 0.3617 0.0495 0.000 0.0000 3.7720 3.7720 -27.325 -26.842 9620.11329 9620.11329 162 186.2426 0.55096 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.887 -26.842 9630.38497 9630.38497 163 186.5521 0.55131 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.665 -26.842 9640.65664 9640.65664 164 186.8620 0.55166 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.557 -26.842 9650.92831 9650.92831 165 187.1718 0.55200 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.562 -26.842 9661.19999 9661.19999 166 187.4813 0.55235 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.679 -26.842 9671.47166 9671.47166 167 187.7903 0.55269 10.2717 0.8940 0.0321 0.3607 0.0496 0.000 0.0000 3.7720 3.7720 -26.910 -26.842 9681.74334 9681.74334 168 188.0980 0.55304 10.2717 0.8926 0.0324 0.3617 0.0495 0.000 0.0000 3.7720 3.7720 -27.153 -26.842 9692.01501 9743.50442 188.0980 0.55304 51.4894 0.0000 0.0000 0.0000 0.0000 8.000 2.0200 0.0000 0.000 ( 9704.98665) 9743.50442 169 188.4083 0.55338 10.3231 0.8925 0.0325 0.3621 0.0496 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9753.82750 9753.82750 170 188.7193 0.55373 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9764.15058 9764.15058 171 189.0303 0.55407 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9774.47365 9774.47365 172 189.3413 0.55442 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9784.79673 9784.79673 173 189.6524 0.55476 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9795.11981 9795.11981 174 189.9634 0.55510 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9805.44288 9805.44288 175 190.2744 0.55545 10.3231 0.8940 0.0321 0.3611 0.0497 0.000 0.0000 3.7720 3.7720 0.000 -26.684 9815.76596 9815.76596 elimit 2.0 ;scheff 0.15 0.20 20 40 0 0 3 scheff 0.05 0.05 8 10 0 0 3 ! Picninc ===The particle distribution phase automatically displaced by 0.1064(Deg.)=== ===The Inter-Structure distance is adjusted.=== (Readdist) Beam from Distribution # of particles= 86055 Oldcurrent= 68.8528 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8528 (mA) Average beam current= 34.4264 (mA) readdist ncell= 175 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0261 3.0007 -0.1146 750.7110 2 0.0282 2.6828 -0.0588 222.2513 3 0.2548 21.7164 -0.0979 30.8177 start 1 stop 160 prtbeam output 2 1 1 3000 1 begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 68.8527761752245 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00304 0.00212 -0.00131 0.00285 -30.206 139.556 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00304 0.00212 -0.00131 0.00285 -30.206 139.556 Enter Pre-Singlet half quad q with h22= -2020.000 *** ORNL April 26,2001 Design*** .CCL1b. The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86055 x-xp 3.40485 0.12597 0.02648 2.46766 0.510858 0.1547 1.0411 -30.6319 -30.3076 139.8520 139.5564 y-yp 2.73038 0.13712 0.02824 -1.62646 0.329680 0.1283 0.6579 phi-w 22.45396 1.22178 0.25583 0.04591 30.715075 2.8032 0.0000 2 86055 x-xp 3.48738 0.12625 0.02658 2.26735 0.465698 0.1478 0.9751 -30.0538 -30.1272 140.1201 139.8230 y-yp 2.73446 0.13716 0.02824 -1.78211 0.361000 0.1342 0.7044 phi-w 22.79111 1.22382 0.25599 0.01282 30.716077 2.8041 0.0000 3 86055 x-xp 3.56335 0.12623 0.02667 2.07855 0.424262 0.1413 0.9098 -29.7809 -30.1119 140.3890 140.0909 y-yp 2.73644 0.13753 0.02824 -1.94592 0.395260 0.1403 0.7515 phi-w 23.11842 1.22135 0.25615 -0.02033 30.683122 2.8035 0.0000 4 86055 x-xp 3.63226 0.12627 0.02677 1.90063 0.386354 0.1350 0.8472 -29.6479 -30.0962 140.6583 140.3588 y-yp 2.73678 0.13766 0.02825 -2.11830 0.432599 0.1468 0.7991 phi-w 23.43438 1.22074 0.25630 -0.05343 30.616485 2.8012 0.0000 5 86055 x-xp 3.69365 0.12591 0.02686 1.73291 0.351785 0.1290 0.7883 -29.6546 -30.0798 140.9276 140.6269 y-yp 2.73569 0.13783 0.02826 -2.29964 0.473158 0.1534 0.8474 phi-w 23.73774 1.21895 0.25644 -0.08637 30.516574 2.7974 0.0000 6 86055 x-xp 3.74710 0.12579 0.02695 1.57474 0.320372 0.1232 0.7301 -29.8005 -30.0628 141.1966 140.8949 y-yp 2.73341 0.13770 0.02827 -2.49031 0.517079 0.1603 0.8962 phi-w 24.02707 1.21521 0.25658 -0.11904 30.383900 2.7921 0.0000 7 86055 x-xp 3.79221 0.12557 0.02703 1.42541 0.291940 0.1177 0.6726 -30.0849 -30.0456 141.4648 141.1631 y-yp 2.73012 0.13781 0.02828 -2.69070 0.564508 0.1675 0.9458 phi-w 24.30103 1.21546 0.25671 -0.15134 30.219085 2.7852 0.0000 8 86055 x-xp 3.85180 0.12506 0.02717 0.07349 0.238711 0.1067 0.5874 -30.3455 -29.8669 141.7316 141.4313 y-yp 2.72200 0.13819 0.02832 -0.06942 0.681269 0.1840 1.0586 phi-w 24.79112 1.21957 0.25696 -0.12743 29.791553 2.7668 0.0000 9 86055 x-xp 3.85561 0.12528 0.02745 -1.49297 0.335862 0.1271 0.6779 -30.6221 -30.0379 141.9991 141.6993 y-yp 2.67582 0.13922 0.02850 2.21268 0.469411 0.1532 0.9041 phi-w 25.80107 1.22878 0.25741 0.02949 29.679652 2.7640 0.0000 10 86055 x-xp 3.83976 0.12549 0.02750 -1.63344 0.364215 0.1324 0.7023 -30.0532 -29.8611 142.2689 141.9684 y-yp 2.65628 0.13930 0.02854 2.03460 0.429548 0.1466 0.8691 phi-w 26.03225 1.22974 0.25744 -0.00134 29.680072 2.7642 0.0000 11 86055 x-xp 3.82325 0.12580 0.02754 -1.78117 0.395209 0.1380 0.7272 -29.7836 -29.8456 142.5395 142.2387 y-yp 2.63418 0.13941 0.02859 1.86611 0.392954 0.1402 0.8348 phi-w 26.25924 1.23188 0.25747 -0.03211 29.650213 2.7630 0.0000 12 86055 x-xp 3.80908 0.12619 0.02759 -1.93659 0.428974 0.1438 0.7526 -29.6522 -29.8300 142.8105 142.5090 y-yp 2.60960 0.13952 0.02863 1.70668 0.359464 0.1341 0.8012 phi-w 26.48026 1.23309 0.25748 -0.06276 29.590343 2.7602 0.0000 13 86055 x-xp 3.79818 0.12638 0.02763 -2.10010 0.465643 0.1499 0.7785 -29.6588 -29.8142 143.0814 142.7794 y-yp 2.58262 0.13967 0.02867 1.55575 0.328922 0.1283 0.7729 phi-w 26.69369 1.23352 0.25748 -0.09319 29.500843 2.7561 0.0000 14 86055 x-xp 3.79114 0.12653 0.02767 -2.27206 0.505357 0.1562 0.8049 -29.8029 -29.7982 143.3520 143.0499 y-yp 2.55345 0.13976 0.02870 1.41275 0.301173 0.1228 0.7493 phi-w 26.89780 1.23490 0.25747 -0.12331 29.382120 2.7505 0.0000 15 86055 x-xp 3.78743 0.12694 0.02772 -2.45289 0.548257 0.1628 0.8319 -30.0839 -29.7822 143.6219 143.3204 y-yp 2.52248 0.13995 0.02873 1.27714 0.276075 0.1176 0.7263 phi-w 27.09095 1.23507 0.25746 -0.15303 29.234687 2.7435 0.0000 16 86055 x-xp 3.78956 0.12704 0.02781 0.02385 0.653279 0.1779 0.8914 -30.3435 -29.6093 143.8904 143.5910 y-yp 2.50694 0.14018 0.02877 0.01449 0.229454 0.1072 0.6792 phi-w 27.24951 1.23442 0.25740 -0.12681 28.851995 2.7252 0.0000 17 86055 x-xp 3.80614 0.12750 0.02808 2.11484 0.445895 0.1476 0.6984 -30.2984 -29.4711 144.1605 143.8614 y-yp 2.38388 0.13970 0.02875 -1.51348 0.331392 0.1287 0.8267 phi-w 26.87185 1.23248 0.25709 0.03417 28.834129 2.7227 0.0000 18 86055 x-xp 3.79782 0.12758 0.02812 1.94094 0.407555 0.1411 0.6568 -29.7371 -29.3007 144.4328 144.1337 y-yp 2.34579 0.13943 0.02873 -1.65940 0.361201 0.1343 0.8607 phi-w 26.80018 1.23211 0.25698 0.00657 28.856764 2.7232 0.0000 19 86055 x-xp 3.78308 0.12793 0.02816 1.77653 0.372469 0.1349 0.6308 -29.4698 -29.2879 144.7059 144.4071 y-yp 2.30339 0.13949 0.02871 -1.81324 0.393883 0.1401 0.8954 phi-w 26.68509 1.23111 0.25687 -0.02108 28.852441 2.7224 0.0000 20 86055 x-xp 3.76219 0.12811 0.02820 1.62102 0.340465 0.1290 0.6113 -29.3395 -29.2752 144.9794 144.6806 y-yp 2.25720 0.13977 0.02868 -1.97545 0.429591 0.1462 0.9308 phi-w 26.52793 1.23003 0.25675 -0.04871 28.821255 2.7202 0.0000 21 86055 x-xp 3.73536 0.12815 0.02823 1.47381 0.311375 0.1234 0.5932 -29.3460 -29.2626 145.2529 144.9542 y-yp 2.20767 0.13985 0.02865 -2.14651 0.468483 0.1525 0.9669 phi-w 26.32987 1.22783 0.25662 -0.07622 28.763347 2.7168 0.0000 22 86055 x-xp 3.70323 0.12836 0.02826 1.33433 0.285046 0.1181 0.5757 -29.4887 -29.2502 145.5260 145.2278 y-yp 2.15525 0.13987 0.02861 -2.32691 0.510727 0.1590 1.0099 phi-w 26.09250 1.22597 0.25649 -0.10357 28.678925 2.7122 0.0000 23 86055 x-xp 3.65958 0.12848 0.02828 1.20201 0.261330 0.1130 0.5775 -29.7672 -29.2381 145.7984 145.5015 y-yp 2.10039 0.13988 0.02858 -2.51708 0.556489 0.1658 1.0630 phi-w 25.81750 1.22291 0.25635 -0.13067 28.568280 2.7062 0.0000 24 86055 x-xp 3.57924 0.12835 0.02829 0.01684 0.217710 0.1031 0.5936 -30.0271 -29.0734 146.0694 145.7753 y-yp 1.99091 0.13921 0.02852 -0.06164 0.668555 0.1815 1.1824 phi-w 25.22108 1.21734 0.25609 -0.10246 28.273852 2.6908 0.0000 25 86055 x-xp 3.28892 0.12715 0.02818 -1.43712 0.315218 0.1238 0.8343 -30.1318 -29.1111 146.3416 146.0488 y-yp 1.72631 0.13955 0.02841 2.09858 0.470848 0.1519 1.0110 phi-w 23.28842 1.21208 0.25533 0.06118 28.420358 2.6938 0.0000 26 86055 x-xp 3.21153 0.12634 0.02813 -1.58139 0.344051 0.1292 0.8910 -29.5787 -28.9494 146.6160 146.3237 y-yp 1.67952 0.13954 0.02840 1.93466 0.433416 0.1457 0.9765 phi-w 22.73450 1.21541 0.25513 0.03523 28.480363 2.6956 0.0000 27 86055 x-xp 3.13031 0.12540 0.02808 -1.73364 0.375793 0.1348 0.9483 -29.3142 -28.9414 146.8912 146.5998 y-yp 1.64828 0.13960 0.02839 1.77896 0.398931 0.1397 0.9450 phi-w 22.15321 1.21621 0.25493 0.00908 28.515041 2.6962 0.0000 28 86055 x-xp 3.04590 0.12596 0.02802 -1.89442 0.410608 0.1407 1.0063 -29.1852 -28.9339 147.1668 146.8759 y-yp 1.65521 0.13961 0.02838 1.63106 0.367256 0.1339 0.9141 phi-w 21.54771 1.21326 0.25472 -0.01717 28.524351 2.6955 0.0000 29 86055 x-xp 2.95893 0.12652 0.02796 -2.06429 0.448669 0.1468 1.0650 -29.1916 -28.9267 147.4423 147.1520 y-yp 1.67640 0.13964 0.02837 1.49051 0.338260 0.1284 0.8840 phi-w 20.98996 1.21113 0.25452 -0.04346 28.508314 2.6937 0.0000 30 86055 x-xp 2.87685 0.12664 0.02789 -2.24377 0.490157 0.1532 1.1245 -29.3328 -28.9198 147.7175 147.4282 y-yp 1.72429 0.13958 0.02835 1.35688 0.311819 0.1232 0.8544 phi-w 21.00914 1.21094 0.25431 -0.06974 28.466970 2.6906 0.0000 31 86055 x-xp 2.79719 0.12662 0.02782 -2.43338 0.535259 0.1598 1.1848 -29.6084 -28.9135 147.9920 147.7045 y-yp 1.77110 0.13943 0.02834 1.22971 0.287814 0.1183 0.8255 phi-w 21.03804 1.21061 0.25410 -0.09593 28.400441 2.6863 0.0000 32 86055 x-xp 2.63982 0.12595 0.02769 -0.13811 0.646117 0.1751 1.3208 -29.8679 -28.7588 148.2651 147.9807 y-yp 1.85131 0.13964 0.02831 -0.02825 0.243307 0.1086 0.7653 phi-w 21.09786 1.20956 0.25371 -0.06730 28.207633 2.6752 0.0000 33 86055 x-xp 2.26839 0.12573 0.02737 1.93454 0.467849 0.1480 1.1611 -29.9654 -28.8261 148.5395 148.2568 y-yp 2.04448 0.13926 0.02818 -1.58376 0.353474 0.1306 0.9086 phi-w 21.18733 1.20479 0.25273 0.09774 28.539765 2.6857 0.0000 34 86055 x-xp 2.19998 0.12541 0.02731 1.78542 0.433844 0.1423 1.1292 -29.4204 -28.6747 148.8160 148.5341 y-yp 2.09045 0.13923 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0.13636 0.02902 2.11659 0.695368 0.1768 0.9713 phi-w 19.23265 1.20034 0.24374 0.05067 24.722866 2.4548 0.0000 139 86040 x-xp 3.60314 0.12679 0.02774 -2.22846 0.711348 0.1747 0.8750 -27.1332 -27.6103 179.2147 178.8836 y-yp 3.02696 0.13639 0.02904 1.97844 0.653682 0.1713 0.9529 phi-w 19.33456 1.19906 0.24370 0.02362 24.748776 2.4559 0.0000 140 86040 x-xp 3.59751 0.12691 0.02778 -2.37519 0.756868 0.1803 0.9043 -27.0213 -27.5991 179.5186 179.1859 y-yp 3.01729 0.13645 0.02905 1.84686 0.614762 0.1661 0.9351 phi-w 19.43302 1.19732 0.24366 -0.00357 24.753156 2.4559 0.0000 141 86040 x-xp 3.59145 0.12696 0.02783 -2.52841 0.805305 0.1860 0.9341 -27.0264 -27.5874 179.8226 179.4883 y-yp 3.00588 0.13631 0.02907 1.72149 0.578481 0.1611 0.9179 phi-w 19.52798 1.19699 0.24363 -0.03080 24.736087 2.4549 0.0000 142 86040 x-xp 3.58491 0.12701 0.02788 -2.68835 0.856773 0.1919 0.9644 -27.1481 -27.5751 180.1262 179.7908 y-yp 2.99258 0.13634 0.02908 1.60201 0.544719 0.1563 0.9013 phi-w 19.61952 1.19526 0.24361 -0.05800 24.697724 2.4529 0.0000 143 86040 x-xp 3.57792 0.12702 0.02793 -2.85527 0.911389 0.1981 0.9954 -27.3859 -27.5625 180.4292 180.0933 y-yp 2.97740 0.13628 0.02909 1.48805 0.513360 0.1517 0.8853 phi-w 19.70852 1.19516 0.24358 -0.08510 24.638243 2.4498 0.0000 144 86040 x-xp 3.56467 0.12718 0.02803 -0.34541 1.036814 0.2115 1.0623 -27.6329 -27.4433 180.7310 180.3958 y-yp 2.96306 0.13617 0.02910 0.04857 0.454724 0.1427 0.8553 phi-w 19.84692 1.19336 0.24356 -0.07027 24.473175 2.4415 0.0000 145 86040 x-xp 3.52563 0.12756 0.02835 1.97909 0.822866 0.1894 0.9434 -27.6527 -27.3832 181.0342 180.6982 y-yp 2.97165 0.13606 0.02909 -1.59390 0.582254 0.1614 1.0047 phi-w 20.47406 1.19521 0.24357 0.06021 24.559885 2.4458 0.0000 146 86040 x-xp 3.51930 0.12762 0.02841 1.84963 0.782359 0.1848 0.9175 -27.2039 -27.2648 181.3391 181.0022 y-yp 2.96652 0.13603 0.02909 -1.71010 0.615991 0.1659 1.0378 phi-w 20.77694 1.19645 0.24356 0.03343 24.589612 2.4472 0.0000 147 86040 x-xp 3.51297 0.12762 0.02847 1.72643 0.744526 0.1804 0.8922 -26.9772 -27.2526 181.6447 181.3070 y-yp 2.95833 0.13605 0.02908 -1.83148 0.652156 0.1707 1.0716 phi-w 21.07627 1.19750 0.24355 0.00648 24.598533 2.4476 0.0000 148 86040 x-xp 3.50658 0.12780 0.02852 1.60915 0.709248 0.1762 0.8675 -26.8665 -27.2400 181.9506 181.6118 y-yp 2.94695 0.13594 0.02908 -1.95828 0.690854 0.1756 1.1058 phi-w 21.37093 1.19854 0.24354 -0.02059 24.586663 2.4470 0.0000 149 86040 x-xp 3.50028 0.12797 0.02858 1.49744 0.676407 0.1721 0.8433 -26.8715 -27.2272 182.2565 181.9168 y-yp 2.93231 0.13583 0.02908 -2.09075 0.732187 0.1806 1.1407 phi-w 21.66009 1.19889 0.24354 -0.04771 24.554083 2.4454 0.0000 150 86040 x-xp 3.49410 0.12804 0.02863 1.39098 0.645890 0.1683 0.8220 -26.9919 -27.2140 182.5621 182.2217 y-yp 2.91432 0.13578 0.02908 -2.22916 0.776268 0.1859 1.1761 phi-w 21.94319 1.19871 0.24354 -0.07478 24.500967 2.4428 0.0000 151 86040 x-xp 3.48795 0.12807 0.02869 1.28946 0.617594 0.1646 0.8019 -27.2273 -27.2007 182.8671 182.5268 y-yp 2.89301 0.13569 0.02908 -2.37374 0.823208 0.1914 1.2121 phi-w 22.21913 1.19804 0.24355 -0.10175 24.427508 2.4391 0.0000 152 86040 x-xp 3.47466 0.12829 0.02878 0.12443 0.564666 0.1576 0.7606 -27.4728 -27.0834 183.1709 182.8319 y-yp 2.84577 0.13525 0.02907 -1.00237 0.933883 0.2037 1.2920 phi-w 22.75909 1.19790 0.24357 -0.08791 24.232286 2.4294 0.0000 153 86040 x-xp 3.42061 0.12845 0.02898 -1.16442 0.653631 0.1701 0.7973 -27.4886 -27.0178 183.4761 183.1368 y-yp 2.67047 0.13459 0.02909 0.41386 0.887634 0.1986 1.2537 phi-w 24.12695 1.19422 0.24366 0.03696 24.235460 2.4300 0.0000 154 86040 x-xp 3.41103 0.12856 0.02902 -1.25544 0.677632 0.1732 0.8061 -27.0456 -26.9016 183.7830 183.4433 y-yp 2.63351 0.13497 0.02910 0.33276 0.879873 0.1976 1.2452 phi-w 24.36151 1.19424 0.24365 0.00972 24.247027 2.4306 0.0000 155 86040 x-xp 3.40076 0.12866 0.02905 -1.34974 0.703531 0.1765 0.8153 -26.8212 -26.8896 184.0905 183.7507 y-yp 2.59560 0.13491 0.02911 0.25298 0.873733 0.1969 1.2372 phi-w 24.58988 1.19523 0.24364 -0.01775 24.238121 2.4301 0.0000 156 86040 x-xp 3.38981 0.12872 0.02909 -1.44749 0.731392 0.1800 0.8249 -26.7116 -26.8775 184.3984 184.0582 y-yp 2.55689 0.13507 0.02912 0.17432 0.869188 0.1963 1.2299 phi-w 24.81151 1.19523 0.24363 -0.04539 24.208732 2.4286 0.0000 157 86040 x-xp 3.37810 0.12875 0.02912 -1.54889 0.761287 0.1837 0.8349 -26.7165 -26.8653 184.7063 184.3657 y-yp 2.51751 0.13519 0.02913 0.09659 0.866224 0.1959 1.2232 phi-w 25.02584 1.19445 0.24362 -0.07314 24.158874 2.4260 0.0000 158 86040 x-xp 3.36575 0.12876 0.02915 -1.65416 0.793285 0.1875 0.8585 -26.8357 -26.8530 185.0139 184.6732 y-yp 2.47759 0.13537 0.02914 0.01958 0.864826 0.1957 1.2171 phi-w 25.23242 1.19578 0.24361 -0.10092 24.088624 2.4224 0.0000 159 86040 x-xp 3.35306 0.12876 0.02918 -1.76348 0.827464 0.1915 0.8941 -27.0686 -26.8408 185.3208 184.9809 y-yp 2.43727 0.13541 0.02915 -0.05690 0.864984 0.1957 1.2116 phi-w 25.43089 1.19743 0.24360 -0.12868 23.998143 2.4178 0.0000 160 86040 x-xp 3.31560 0.12860 0.02924 -1.96289 0.913014 0.2013 0.9768 -27.3129 -26.7271 185.6266 185.2885 y-yp 2.36470 0.13519 0.02917 -0.16684 0.870413 0.1963 1.2014 phi-w 25.72226 1.19768 0.24359 -0.11814 23.762660 2.4059 0.0000 ========================================================================================================================================================================= --Structure 15 End of Run 1--- ========================================================================================================================================================================= Structure 16 0 805. 805. title *************************************** *** ORNL April 26,2001 Design*** BTW CCL-SC2 *************************************** Transport Bore 2.13 ! According to Lucie 10/16/00 1.68" ID ;quad L, Ra,outputflag, B, errorflag drift 0. 5.0 1 4 drift 70.0284 5.0 1 8 quad 8.0 0 1 -24.294e+2 1 drift 42. 5.0 1 8 quad 8.0 0 1 +23.495e+2 1 drift 94. 5.0 1 8 drift 58.6976 5.0 1 8 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff .05 .05 20 40 0 0 3 scheff 0.05 0.05 8 10 0 0 3 ! Picninc ===The particle distribution phase automatically displaced by 0.1965(Deg.)=== ===The Inter-Structure distance is adjusted.=== (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) readdist ncell= 160 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0292 3.3043 -1.9707 912.6740 2 0.0292 2.3504 -0.1751 870.3112 3 0.2436 25.7620 -0.1103 23.7630 output 2 1 1 3000 1 prtbeam begin ;------------------------------------------------------------ ; --SC2 1a-- ; the some (2) cavities phase and amp will be specified manually to match to CCL ; ID Nlst f0 fsh deltaphi Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 185.6266 (MeV) NGood_Particle 86040 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00084 0.00756 0.00062 0.00442 -26.613 185.596 Transport starting...Wsync MeV,phis deg: 185.6266 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW CCL-SC2 The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86040 x-xp 3.30434 0.12849 0.02925 -1.97070 0.912674 0.2013 0.9768 0.0000 -26.6127 185.6266 185.5961 y-yp 2.35041 0.13519 0.02917 -0.17510 0.870311 0.1963 1.2014 phi-w 25.76197 1.19860 0.24358 -0.11026 23.763028 2.4059 0.0000 Transport finished element 2: 1. Drift 0 86040 x-xp 3.07884 0.12957 0.02944 -2.50197 1.218542 0.2333 1.2287 0.0000 -26.5357 185.6266 185.5961 y-yp 2.10447 0.13528 0.02924 -0.39882 0.908674 0.2008 1.2367 phi-w 26.13685 1.19908 0.24348 0.12693 23.820640 2.4083 0.0000 Transport finished element 3: 3. Quad 0 86040 x-xp 3.05542 0.12967 0.02946 8.70104 1.166716 0.2284 1.2111 0.0000 -26.5357 185.6266 185.5961 y-yp 2.08116 0.13549 0.02925 -9.47487 0.985505 0.2091 1.2914 phi-w 26.14524 1.19962 0.24346 0.15322 23.903282 2.4124 0.0000 Transport finished element 4: 1. Drift 0 86040 x-xp 3.02544 0.13019 0.02955 5.87355 0.552608 0.1574 0.8793 0.0000 -26.4808 185.6266 185.5961 y-yp 1.91671 0.13489 0.02929-13.44261 1.945123 0.2941 1.8303 phi-w 26.11934 1.19804 0.24332 0.29108 24.587831 2.4460 0.0000 Transport finished element 5: 3. Quad 0 86040 x-xp 3.02217 0.13027 0.02957 0.92030 0.499343 0.1497 0.8495 0.0000 -26.4808 185.6266 185.5961 y-yp 1.87514 0.13521 0.02931 4.59652 2.016691 0.2995 1.8670 phi-w 26.11079 1.19857 0.24329 0.31769 24.766110 2.4547 0.0000 Transport finished element 6: 1. Drift 0 86040 x-xp 2.81677 0.13094 0.02955 0.45324 0.370910 0.1290 0.8667 0.0000 -26.3687 185.6266 185.5961 y-yp 2.12674 0.13659 0.02958 3.35167 1.256629 0.2375 1.5140 phi-w 25.92626 1.19801 0.24292 0.66634 28.091429 2.6123 0.0000 Transport finished element 7: 1. Drift 0 86040 x-xp 2.60995 0.12960 0.02937 0.17549 0.336238 0.1224 0.9019 0.0000 -26.3041 185.6266 185.5961 y-yp 2.42452 0.13753 0.02980 2.63661 0.897791 0.2015 1.2951 phi-w 25.25310 1.19629 0.24301 0.92573 31.428166 2.7635 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -108.4216 (Deg) :Equivalent length: -6.1718 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 108.4216 ************************************************************** ========================================================================================================================================================================= --Structure 16 End of Run 1--- ========================================================================================================================================================================= Structure 17 126 805. 805. 5.7864 title *************************************** *** ORNL April 26,2001 Design*** SC2 1a *** *************************************** SC2 342.0 -20.5 7 6 2 0 0.5550 3.3633 3 51.00 175.420123 0.5790 3.3633 3 51.00 175.420123 0.5929 3.3633 3 51.00 175.420123 0.6078 3.3633 3 51.00 175.420123 0.6223 3.3633 3 51.00 175.420123 0.6361 3.3633 3 51.00 175.420123 0.6497 3.3633 3 51.00 175.420123 AutoStructPhase ; The betg=0.61, 0.81 cavities with correct E0 ConstESuper 14.933872 QuadDoublet 4.490e2 40.0 50.0 0 2 4.481e2 40.0 50.0 0 2 4.472e2 40.0 50.0 0 2 4.463e2 40.0 50.0 0 2 4.454e2 40.0 50.0 0 2 4.445e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 Bore 4.0 SetBetaRamp 0 0 0 0 0 ;SetSuperCav Seg# SpecPhase SpecE0 ; (deg) (MV/m) SetSuperCav 1 -20.5 14.9339 SetSuperCav 2 -18.167 14.71925 SetSuperCav 3 -20.5 14.9339 SetSuperCav 4 -20.5 14.9339 SetSuperCav 5 -9.023 14.16350 SetSuperCav 6 -20.5 14.9339 ExtDquad 10 18 -4.4376e+2 40.0 1 50.0 ExtDquad 10 36 -4.6001e+2 40.0 1 50.0 ExtDquad 10 54 -4.7172e+2 40.0 1 50.0 ExtDquad 10 72 -4.7933e+2 40.0 1 50.0 ExtDquad 10 90 -4.835e+2 40.0 1 50.0 ExtDquad 10 108 -4.8523e+2 40.0 1 50.0 ExtDquad 10 126 -4.8523e+2 40.0 1 50.0 ; 11/27/00 J. Billen ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; No other reduction in shunt impedance Z applied. ; Geometric beta column included for superconducting linac. ; Geometric beta = 0.61008. ---SuperConducting cavity design details--- If phase has a discontinuity at the end of cavity, ' the Q&D Len includes the added drift ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 SpaceAdj uses PrevEndCellPhase= -117.6378 QuadDoublet 4.490e2 40.0 50.0 0 2 4.481e2 40.0 50.0 0 2 4.472e2 40.0 50.0 0 2 4.463e2 40.0 50.0 0 2 4.454e2 40.0 50.0 0 2 4.445e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 ExtDquad 10 18 -4.4376e+2 40.0 1 50.0 ExtDquad 10 36 -4.6001e+2 40.0 1 50.0 ExtDquad 10 54 -4.7172e+2 40.0 1 50.0 ExtDquad 10 72 -4.7933e+2 40.0 1 50.0 ExtDquad 10 90 -4.8355e+2 40.0 1 50.0 ExtDquad 10 108 -4.8523e+2 40.0 1 50.0 ExtDquad 10 126 -4.8523e+2 40.0 1 50.0 linout 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. If you are designing symmetric linac, the phase printed is REFERENCE Particle phase at the center of the gap. Also, the kinetic energy and beta are for the REFERENCE particle at the end of the cell. The geometrical beta for the cavities are printed in the WALLPWR file (with Power keyword). E is the field for the cell(used as E*t*l*cosphi). It includes the ratio E/E0 for that cell. tank no. 1 tank length 4801.720 (cm) 151 cells power= 7.689 MW frequency= 805.00MHz (Cu+Beam) wavelength= 37.24130 cm This superconducting design, one/two quads locate after symmetric units. --------------------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng rel.driver number energy length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall phase (MeV) (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) (Deg) Absolute z= 9852.29632 (cm) position is at the starting face of the first cavity. initial 185.6266 0.55027 0.000 0.0000 ( 0.00000) 9852.29632 1 185.6617 0.55031 11.3600 0.5101 0.0953 0.6069 0.0195 0.000 0.0000 14.9339 18.1429 -88.087 -20.500 9863.65632 9863.65632 -50.516 2 186.3903 0.55113 11.3600 0.7285 0.0697 0.5516 0.0524 0.000 0.0000 14.9339 13.3291 -48.668 -20.500 9875.01631 9875.01631 -50.516 3 187.3529 0.55220 11.3600 0.7295 0.0697 0.5508 0.0525 0.000 0.0000 14.9339 13.3291 -29.373 -20.500 9886.37630 9886.37630 -50.516 4 188.4406 0.55342 11.3600 0.7305 0.0696 0.5501 0.0527 0.000 0.0000 14.9339 13.3291 -10.486 -20.500 9897.73629 9897.73629 -50.516 5 189.5376 0.55463 11.3600 0.7315 0.0695 0.5493 0.0528 0.000 0.0000 14.9339 13.3291 7.944 -20.500 9909.09629 9909.09629 -50.516 6 190.2817 0.55545 11.3600 0.5166 0.0956 0.6057 0.0207 0.000 0.0000 14.9339 18.1429 45.670 -20.500 9920.45628 9971.45628 -50.516 7 190.4468 0.55564 11.3600 0.5163 0.0956 0.6058 0.0206 0.000 0.0000 14.7192 17.8821 -80.939 -18.167 9982.81627 9982.81627 37.125 8 191.2409 0.55651 11.3600 0.7330 0.0694 0.5482 0.0530 0.000 0.0000 14.7192 13.1375 -43.459 -18.167 9994.17627 9994.17627 37.125 9 192.2247 0.55759 11.3600 0.7340 0.0693 0.5474 0.0532 0.000 0.0000 14.7192 13.1375 -26.097 -18.167 10005.53626 10005.53626 37.125 10 193.3077 0.55877 11.3600 0.7350 0.0692 0.5467 0.0533 0.000 0.0000 14.7192 13.1375 -9.133 -18.167 10016.89625 10016.89625 37.125 11 194.3969 0.55995 11.3600 0.7360 0.0691 0.5459 0.0535 0.000 0.0000 14.7192 13.1375 7.397 -18.167 10028.25624 10028.25624 37.125 12 195.1706 0.56078 11.3600 0.5227 0.0959 0.6046 0.0218 0.000 0.0000 14.7192 17.8821 43.230 -18.167 10039.61624 10090.61624 37.125 13 195.3844 0.56101 11.3600 0.5226 0.0959 0.6047 0.0218 0.000 0.0000 14.9339 18.1429 -78.547 -20.500 10101.97623 10101.97623 139.869 14 196.2014 0.56189 11.3600 0.7375 0.0690 0.5447 0.0537 0.000 0.0000 14.9339 13.3291 -42.982 -20.500 10113.33622 10113.33622 139.869 15 197.1932 0.56295 11.3600 0.7385 0.0689 0.5440 0.0538 0.000 0.0000 14.9339 13.3291 -27.509 -20.500 10124.69621 10124.69621 139.869 16 198.2866 0.56412 11.3600 0.7394 0.0689 0.5432 0.0540 0.000 0.0000 14.9339 13.3291 -12.420 -20.500 10136.05621 10136.05621 139.869 17 199.4067 0.56530 11.3600 0.7403 0.0688 0.5425 0.0541 0.000 0.0000 14.9339 13.3291 2.251 -20.500 10147.41620 10147.41620 139.869 18 200.2860 0.56623 11.3600 0.5287 0.0962 0.6034 0.0230 0.000 0.0000 14.9339 18.1429 36.207 -20.500 10158.77619 10436.19632 139.869 200.2860 0.56623 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4438 0.0000 0.000 ( 10252.48625) 10436.19632 200.2860 0.56623 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4438 0.0000 0.000 ( 10342.48625) 10436.19632 19 200.5910 0.56655 11.3600 0.5289 0.0962 0.6034 0.0230 0.000 0.0000 14.9339 18.1429 -73.749 -20.500 10447.55631 10447.55631 -0.726 20 201.4501 0.56745 11.3600 0.7420 0.0686 0.5412 0.0544 0.000 0.0000 14.9339 13.3291 -40.129 -20.500 10458.91630 10458.91630 -0.726 21 202.4562 0.56850 11.3600 0.7429 0.0686 0.5404 0.0545 0.000 0.0000 14.9339 13.3291 -26.575 -20.500 10470.27629 10470.27629 -0.726 22 203.5519 0.56964 11.3600 0.7438 0.0685 0.5397 0.0547 0.000 0.0000 14.9339 13.3291 -13.391 -20.500 10481.63629 10481.63629 -0.726 23 204.6795 0.57081 11.3600 0.7447 0.0684 0.5390 0.0548 0.000 0.0000 14.9339 13.3291 -0.608 -20.500 10492.99628 10492.99628 -0.726 24 205.6200 0.57178 11.3600 0.5349 0.0965 0.6021 0.0242 0.000 0.0000 14.9339 18.1429 31.452 -20.500 10504.35627 10555.35627 -0.726 25 206.1856 0.57236 11.3600 0.5352 0.0965 0.6021 0.0242 0.000 0.0000 14.1635 17.2069 -57.271 -9.023 10566.71627 10566.71627 155.643 26 207.1519 0.57335 11.3600 0.7466 0.0682 0.5375 0.0551 0.000 0.0000 14.1635 12.6415 -25.667 -9.023 10578.07626 10578.07626 155.643 27 208.1929 0.57441 11.3600 0.7474 0.0682 0.5368 0.0552 0.000 0.0000 14.1635 12.6415 -14.118 -9.023 10589.43625 10589.43625 155.643 28 209.2661 0.57550 11.3600 0.7483 0.0681 0.5361 0.0553 0.000 0.0000 14.1635 12.6415 -2.933 -9.023 10600.79624 10600.79624 155.643 29 210.3317 0.57657 11.3600 0.7491 0.0680 0.5355 0.0554 0.000 0.0000 14.1635 12.6415 7.879 -9.023 10612.15624 10612.15624 155.643 30 211.1655 0.57741 11.3600 0.5411 0.0968 0.6008 0.0254 0.000 0.0000 14.1635 17.2069 37.972 -9.023 10623.51623 10674.51623 155.643 31 211.6512 0.57790 11.3600 0.5415 0.0968 0.6007 0.0255 0.000 0.0000 14.9339 18.1429 -64.201 -20.500 10685.87622 10685.87622 -51.227 32 212.5888 0.57884 11.3600 0.7509 0.0679 0.5340 0.0557 0.000 0.0000 14.9339 13.3291 -34.462 -20.500 10697.23621 10697.23621 -51.227 33 213.6228 0.57987 11.3600 0.7518 0.0678 0.5333 0.0558 0.000 0.0000 14.9339 13.3291 -24.719 -20.500 10708.59621 10708.59621 -51.227 34 214.7219 0.58095 11.3600 0.7526 0.0677 0.5326 0.0560 0.000 0.0000 14.9339 13.3291 -15.321 -20.500 10719.95620 10719.95620 -51.227 35 215.8558 0.58207 11.3600 0.7534 0.0676 0.5320 0.0561 0.000 0.0000 14.9339 13.3291 -6.287 -20.500 10731.31619 10731.31619 -51.227 36 216.9015 0.58310 11.3600 0.5471 0.0970 0.5994 0.0266 0.000 0.0000 14.9339 18.1429 21.990 -20.500 10742.67619 11020.09631 -51.227 216.9015 0.58310 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4600 0.0000 0.000 ( 10836.38625) 11020.09631 216.9015 0.58310 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4600 0.0000 0.000 ( 10926.38625) 11020.09631 37 217.4746 0.58366 11.3600 0.5478 0.0970 0.5992 0.0267 0.000 0.0000 14.9339 18.1428 -59.495 -20.500 11031.45630 11031.45630 -20.945 38 218.4479 0.58461 11.3600 0.7553 0.0675 0.5304 0.0564 0.000 0.0000 14.9339 13.3291 -31.675 -20.500 11042.81629 11042.81629 -20.945 39 219.4953 0.58562 11.3600 0.7561 0.0674 0.5297 0.0565 0.000 0.0000 14.9339 13.3291 -23.806 -20.500 11054.17629 11054.17629 -20.945 40 220.5955 0.58669 11.3600 0.7569 0.0673 0.5291 0.0566 0.000 0.0000 14.9339 13.3291 -16.271 -20.500 11065.53628 11065.53628 -20.945 41 221.7283 0.58777 11.3600 0.7576 0.0672 0.5284 0.0567 0.000 0.0000 14.9339 13.3291 -9.082 -20.500 11076.89627 11076.89627 -20.945 42 222.8168 0.58882 11.3600 0.5532 0.0972 0.5979 0.0278 0.000 0.0000 14.9339 18.1428 17.328 -20.500 11088.25627 11139.25627 -20.945 43 223.4740 0.58944 11.3600 0.5540 0.0973 0.5977 0.0279 0.000 0.0000 14.9339 18.1428 -54.858 -20.500 11150.61626 11150.61626 -177.779 44 224.4807 0.59040 11.3600 0.7596 0.0671 0.5268 0.0570 0.000 0.0000 14.9339 13.3291 -28.931 -20.500 11161.97625 11161.97625 -177.779 45 225.5412 0.59140 11.3600 0.7604 0.0670 0.5261 0.0571 0.000 0.0000 14.9339 13.3291 -22.908 -20.500 11173.33624 11173.33624 -177.779 46 226.6420 0.59244 11.3600 0.7611 0.0669 0.5255 0.0572 0.000 0.0000 14.9339 13.3291 -17.205 -20.500 11184.69624 11184.69624 -177.779 47 227.7710 0.59350 11.3600 0.7618 0.0669 0.5248 0.0574 0.000 0.0000 14.9339 13.3291 -11.833 -20.500 11196.05623 11196.05623 -177.779 48 228.8953 0.59455 11.3600 0.5592 0.0975 0.5963 0.0290 0.000 0.0000 14.9339 18.1428 12.735 -20.500 11207.41622 11258.41622 -177.779 49 229.6326 0.59523 11.3600 0.5601 0.0975 0.5961 0.0291 0.000 0.0000 14.9339 18.1428 -50.305 -20.500 11269.77622 11269.77622 44.308 50 230.6699 0.59619 11.3600 0.7637 0.0667 0.5232 0.0576 0.000 0.0000 14.9339 13.3291 -26.241 -20.500 11281.13621 11281.13621 44.308 51 231.7429 0.59718 11.3600 0.7645 0.0666 0.5226 0.0578 0.000 0.0000 14.9339 13.3291 -22.027 -20.500 11292.49620 11292.49620 44.308 52 232.8441 0.59819 11.3600 0.7652 0.0665 0.5219 0.0579 0.000 0.0000 14.9339 13.3291 -18.122 -20.500 11303.85619 11303.85619 44.308 53 233.9667 0.59922 11.3600 0.7659 0.0665 0.5213 0.0580 0.000 0.0000 14.9339 13.3291 -14.532 -20.500 11315.21619 11315.21619 44.308 54 235.1196 0.60027 11.3600 0.5652 0.0976 0.5947 0.0302 0.000 0.0000 14.9339 18.1428 8.227 -20.500 11326.57618 11603.99630 44.308 235.1196 0.60027 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4717 0.0000 0.000 ( 11420.28624) 11603.99630 235.1196 0.60027 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4717 0.0000 0.000 ( 11510.28624) 11603.99630 55 235.9323 0.60100 11.3600 0.5661 0.0977 0.5944 0.0304 0.000 0.0000 14.9339 18.1428 -45.852 -20.500 11615.35629 11615.35629 -121.340 56 236.9976 0.60196 11.3600 0.7678 0.0663 0.5196 0.0583 0.000 0.0000 14.9339 13.3291 -23.612 -20.500 11626.71629 11626.71629 -121.340 57 238.0827 0.60294 11.3600 0.7685 0.0662 0.5190 0.0584 0.000 0.0000 14.9339 13.3291 -21.166 -20.500 11638.07628 11638.07628 -121.340 58 239.1839 0.60392 11.3600 0.7692 0.0661 0.5184 0.0585 0.000 0.0000 14.9339 13.3291 -19.018 -20.500 11649.43627 11649.43627 -121.340 59 240.2976 0.60492 11.3600 0.7699 0.0661 0.5178 0.0586 0.000 0.0000 14.9339 13.3291 -17.168 -20.500 11660.79627 11660.79627 -121.340 60 241.4718 0.60596 11.3600 0.5710 0.0978 0.5930 0.0313 0.000 0.0000 14.9339 18.1428 3.817 -20.500 11672.15626 11723.15626 -121.340 61 242.3546 0.60674 11.3600 0.5720 0.0978 0.5928 0.0315 0.000 0.0000 14.9339 18.1428 -41.508 -20.500 11734.51625 11734.51625 137.357 62 243.4452 0.60770 11.3600 0.7718 0.0659 0.5161 0.0589 0.000 0.0000 14.9339 13.3291 -21.051 -20.500 11745.87624 11745.87624 137.357 63 244.5419 0.60866 11.3600 0.7724 0.0658 0.5156 0.0590 0.000 0.0000 14.9339 13.3291 -20.328 -20.500 11757.23624 11757.23624 137.357 64 245.6427 0.60962 11.3600 0.7731 0.0658 0.5150 0.0591 0.000 0.0000 14.9339 13.3291 -19.891 -20.500 11768.59623 11768.59623 137.357 65 246.7454 0.61057 11.3600 0.7737 0.0657 0.5144 0.0592 0.000 0.0000 14.9339 13.3291 -19.738 -20.500 11779.95622 11779.95622 137.357 66 247.9340 0.61160 11.3600 0.5767 0.0980 0.5914 0.0325 0.000 0.0000 14.9339 18.1428 -0.483 -20.500 11791.31622 11842.31622 137.357 67 248.8813 0.61242 11.3600 0.5777 0.0980 0.5911 0.0327 0.000 0.0000 14.9339 18.1428 -37.285 -20.500 11853.67621 11853.67621 53.652 68 249.9946 0.61337 11.3600 0.7756 0.0655 0.5127 0.0594 0.000 0.0000 14.9339 13.3291 -18.564 -20.500 11865.03620 11865.03620 53.652 69 251.1024 0.61431 11.3600 0.7762 0.0654 0.5121 0.0595 0.000 0.0000 14.9339 13.3291 -19.514 -20.500 11876.39619 11876.39619 53.652 70 252.2024 0.61525 11.3600 0.7768 0.0654 0.5116 0.0596 0.000 0.0000 14.9339 13.3291 -20.739 -20.500 11887.75619 11887.75619 53.652 71 253.2921 0.61617 11.3600 0.7774 0.0653 0.5110 0.0597 0.000 0.0000 14.9339 13.3291 -22.234 -20.500 11899.11618 11899.11618 53.652 72 254.4880 0.61718 11.3600 0.5822 0.0981 0.5897 0.0336 0.000 0.0000 14.9339 18.1428 -4.665 -20.500 11910.47617 12187.89630 53.652 254.4880 0.61718 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4793 0.0000 0.000 ( 12004.18623) 12187.89630 254.4880 0.61718 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4793 0.0000 0.000 ( 12094.18623) 12187.89630 73 255.4940 0.61802 11.3600 0.5832 0.0981 0.5894 0.0338 0.000 0.0000 14.9339 18.1428 -33.189 -20.500 12199.25629 12199.25629 40.670 74 256.6274 0.61897 11.3600 0.7793 0.0651 0.5093 0.0600 0.000 0.0000 14.9339 13.3291 -16.153 -20.500 12210.61628 12210.61628 40.670 75 257.7458 0.61990 11.3600 0.7799 0.0651 0.5088 0.0601 0.000 0.0000 14.9339 13.3291 -18.725 -20.500 12221.97627 12221.97627 40.670 76 258.8449 0.62081 11.3600 0.7805 0.0650 0.5082 0.0602 0.000 0.0000 14.9339 13.3291 -21.560 -20.500 12233.33627 12233.33627 40.670 77 259.9198 0.62169 11.3600 0.7811 0.0649 0.5077 0.0603 0.000 0.0000 14.9339 13.3291 -24.653 -20.500 12244.69626 12244.69626 40.670 78 261.1169 0.62268 11.3600 0.5876 0.0982 0.5880 0.0347 0.000 0.0000 14.9339 18.1428 -8.720 -20.500 12256.05625 12307.05625 40.670 79 262.1756 0.62354 11.3600 0.5886 0.0982 0.5876 0.0349 0.000 0.0000 14.9339 18.1428 -29.225 -20.500 12318.41624 12318.41624 -9.423 80 263.3266 0.62448 11.3600 0.7828 0.0647 0.5061 0.0605 0.000 0.0000 14.9339 13.3291 -13.822 -20.500 12329.77624 12329.77624 -9.423 81 264.4550 0.62539 11.3600 0.7834 0.0647 0.5055 0.0606 0.000 0.0000 14.9339 13.3291 -17.962 -20.500 12341.13623 12341.13623 -9.423 82 265.5528 0.62628 11.3600 0.7839 0.0646 0.5050 0.0607 0.000 0.0000 14.9339 13.3291 -22.354 -20.500 12352.49622 12352.49622 -9.423 83 266.6113 0.62713 11.3600 0.7845 0.0646 0.5044 0.0608 0.000 0.0000 14.9339 13.3291 -26.992 -20.500 12363.85622 12363.85622 -9.423 84 267.8035 0.62809 11.3600 0.5928 0.0983 0.5862 0.0358 0.000 0.0000 14.9339 18.1428 -12.644 -20.500 12375.21621 12426.21621 -9.423 85 268.9092 0.62897 11.3600 0.5938 0.0983 0.5859 0.0360 0.000 0.0000 14.9339 18.1428 -25.397 -20.500 12437.57620 12437.57620 -43.539 86 270.0754 0.62989 11.3600 0.7862 0.0644 0.5028 0.0610 0.000 0.0000 14.9339 13.3291 -11.573 -20.500 12448.93619 12448.93619 -43.539 87 271.2133 0.63079 11.3600 0.7868 0.0643 0.5023 0.0611 0.000 0.0000 14.9339 13.3291 -17.225 -20.500 12460.29619 12460.29619 -43.539 88 272.3098 0.63165 11.3600 0.7873 0.0643 0.5018 0.0612 0.000 0.0000 14.9339 13.3291 -23.121 -20.500 12471.65618 12471.65618 -43.539 89 273.3506 0.63247 11.3600 0.7879 0.0642 0.5013 0.0613 0.000 0.0000 14.9339 13.3291 -29.250 -20.500 12483.01617 12483.01617 -43.539 90 274.5326 0.63339 11.3600 0.5979 0.0984 0.5845 0.0368 0.000 0.0000 14.9339 18.1428 -16.435 -20.500 12494.37617 12771.79629 -43.539 274.5326 0.63339 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4835 0.0000 0.000 ( 12588.08623) 12771.79629 274.5326 0.63339 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4835 0.0000 0.000 ( 12678.08623) 12771.79629 91 275.6793 0.63428 11.3600 0.5989 0.0984 0.5842 0.0370 0.000 0.0000 14.9339 18.1428 -21.705 -20.500 12783.15628 12783.15628 82.187 92 276.8587 0.63520 11.3600 0.7895 0.0640 0.4997 0.0615 0.000 0.0000 14.9339 13.3291 -9.406 -20.500 12794.51627 12794.51627 82.187 93 278.0055 0.63608 11.3600 0.7900 0.0640 0.4992 0.0616 0.000 0.0000 14.9339 13.3291 -16.515 -20.500 12805.87627 12805.87627 82.187 94 279.1002 0.63692 11.3600 0.7905 0.0639 0.4987 0.0617 0.000 0.0000 14.9339 13.3291 -23.859 -20.500 12817.23626 12817.23626 82.187 95 280.1223 0.63770 11.3600 0.7911 0.0639 0.4982 0.0618 0.000 0.0000 14.9339 13.3291 -31.425 -20.500 12828.59625 12828.59625 82.187 96 281.2891 0.63859 11.3600 0.6028 0.0984 0.5828 0.0379 0.000 0.0000 14.9339 18.1428 -20.090 -20.500 12839.95624 12890.95624 82.187 97 282.4715 0.63949 11.3600 0.6037 0.0984 0.5825 0.0381 0.000 0.0000 14.9339 18.1428 -18.151 -20.500 12902.31624 12902.31624 78.323 98 283.6619 0.64039 11.3600 0.7926 0.0637 0.4967 0.0620 0.000 0.0000 14.9339 13.3291 -7.321 -20.500 12913.67623 12913.67623 78.323 99 284.8173 0.64125 11.3600 0.7931 0.0636 0.4962 0.0621 0.000 0.0000 14.9339 13.3291 -15.832 -20.500 12925.03622 12925.03622 78.323 100 285.9102 0.64207 11.3600 0.7936 0.0636 0.4957 0.0622 0.000 0.0000 14.9339 13.3291 -24.569 -20.500 12936.39622 12936.39622 78.323 101 286.9127 0.64282 11.3600 0.7941 0.0635 0.4952 0.0622 0.000 0.0000 14.9339 13.3291 -33.518 -20.500 12947.75621 12947.75621 78.323 102 288.0600 0.64367 11.3600 0.6075 0.0985 0.5811 0.0388 0.000 0.0000 14.9339 18.1428 -23.610 -20.500 12959.11620 13010.11620 78.323 103 289.2726 0.64457 11.3600 0.6084 0.0985 0.5808 0.0390 0.000 0.0000 14.9339 18.1428 -14.732 -20.500 13021.47619 13021.47619 88.736 104 290.4721 0.64545 11.3600 0.7956 0.0633 0.4938 0.0625 0.000 0.0000 14.9339 13.3291 -5.317 -20.500 13032.83619 13032.83619 88.736 105 291.6355 0.64631 11.3600 0.7961 0.0633 0.4933 0.0625 0.000 0.0000 14.9339 13.3291 -15.175 -20.500 13044.19618 13044.19618 88.736 106 292.7264 0.64710 11.3600 0.7966 0.0632 0.4928 0.0626 0.000 0.0000 14.9339 13.3291 -25.251 -20.500 13055.55617 13055.55617 88.736 107 293.7086 0.64782 11.3600 0.7971 0.0632 0.4923 0.0627 0.000 0.0000 14.9339 13.3291 -35.529 -20.500 13066.91617 13066.91617 88.736 108 294.8326 0.64863 11.3600 0.6120 0.0985 0.5794 0.0398 0.000 0.0000 14.9339 18.1428 -26.995 -20.500 13078.27616 13355.69628 88.736 294.8326 0.64863 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4852 0.0000 0.000 ( 13171.98622) 13355.69628 294.8326 0.64863 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4852 0.0000 0.000 ( 13261.98622) 13355.69628 109 296.0706 0.64953 11.3600 0.6129 0.0985 0.5791 0.0400 0.000 0.0000 14.9339 18.1428 -11.447 -20.500 13367.05627 13367.05627 -21.511 110 297.2776 0.65039 11.3600 0.7985 0.0630 0.4909 0.0629 0.000 0.0000 14.9339 13.3291 -3.392 -20.500 13378.41627 13378.41627 -21.511 111 298.4486 0.65123 11.3600 0.7990 0.0630 0.4904 0.0630 0.000 0.0000 14.9339 13.3291 -14.544 -20.500 13389.77626 13389.77626 -21.511 112 299.5374 0.65201 11.3600 0.7994 0.0629 0.4900 0.0630 0.000 0.0000 14.9339 13.3291 -25.906 -20.500 13401.13625 13401.13625 -21.511 113 300.4988 0.65269 11.3600 0.7999 0.0629 0.4895 0.0631 0.000 0.0000 14.9339 13.3291 -37.461 -20.500 13412.49625 13412.49625 -21.511 114 301.5962 0.65347 11.3600 0.6164 0.0985 0.5777 0.0407 0.000 0.0000 14.9339 18.1428 -30.249 -20.500 13423.85624 13474.85624 -21.511 115 302.8549 0.65436 11.3600 0.6172 0.0985 0.5774 0.0409 0.000 0.0000 14.9339 18.1428 -8.293 -20.500 13486.21623 13486.21623 15.795 116 304.0676 0.65521 11.3600 0.8012 0.0627 0.4882 0.0633 0.000 0.0000 14.9339 13.3291 -1.546 -20.500 13497.57622 13497.57622 15.795 117 305.2458 0.65603 11.3600 0.8017 0.0626 0.4877 0.0634 0.000 0.0000 14.9339 13.3291 -13.939 -20.500 13508.93622 13508.93622 15.795 118 306.3323 0.65679 11.3600 0.8021 0.0626 0.4873 0.0634 0.000 0.0000 14.9339 13.3291 -26.535 -20.500 13520.29621 13520.29621 15.795 119 307.2725 0.65744 11.3600 0.8025 0.0625 0.4868 0.0635 0.000 0.0000 14.9339 13.3291 -39.315 -20.500 13531.65620 13531.65620 15.795 120 308.3406 0.65818 11.3600 0.6206 0.0986 0.5761 0.0416 0.000 0.0000 14.9339 18.1428 -33.373 -20.500 13543.01619 13594.01619 15.795 121 309.6158 0.65906 11.3600 0.6213 0.0986 0.5758 0.0418 0.000 0.0000 14.9339 18.1428 -5.266 -20.500 13605.37619 13605.37619 65.744 122 310.8330 0.65989 11.3600 0.8038 0.0624 0.4855 0.0637 0.000 0.0000 14.9339 13.3291 0.226 -20.500 13616.73618 13616.73618 65.744 123 312.0178 0.66070 11.3600 0.8043 0.0623 0.4851 0.0638 0.000 0.0000 14.9339 13.3291 -13.358 -20.500 13628.09617 13628.09617 65.744 124 313.1022 0.66144 11.3600 0.8047 0.0623 0.4846 0.0638 0.000 0.0000 14.9339 13.3291 -27.137 -20.500 13639.45617 13639.45617 65.744 125 314.0209 0.66206 11.3600 0.8051 0.0622 0.4842 0.0639 0.000 0.0000 14.9339 13.3291 -41.093 -20.500 13650.81616 13650.81616 65.744 126 315.0575 0.66276 11.3600 0.6246 0.0986 0.5745 0.0425 0.000 0.0000 14.9339 18.1428 -36.372 -20.500 13662.17615 13939.59627 65.744 315.0575 0.66276 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4852 0.0000 0.000 ( 13755.88621) 13939.59627 315.0575 0.66276 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4852 0.0000 0.000 ( 13845.88621) 13939.59627 127 316.3451 0.66363 11.3600 0.6253 0.0986 0.5742 0.0426 0.000 0.0000 14.9339 18.1428 -2.361 -20.500 13950.95627 13950.95627 65.378 128 317.5653 0.66445 11.3600 0.8063 0.0621 0.4830 0.0641 0.000 0.0000 14.9339 13.3291 1.925 -20.500 13962.31626 13962.31626 65.378 129 318.7565 0.66524 11.3600 0.8067 0.0620 0.4825 0.0641 0.000 0.0000 14.9339 13.3291 -12.801 -20.500 13973.67625 13973.67625 65.378 130 319.8385 0.66596 11.3600 0.8071 0.0620 0.4821 0.0642 0.000 0.0000 14.9339 13.3291 -27.715 -20.500 13985.03625 13985.03625 65.378 131 320.7357 0.66656 11.3600 0.8076 0.0619 0.4817 0.0643 0.000 0.0000 14.9339 13.3291 -42.798 -20.500 13996.39624 13996.39624 65.378 132 321.7388 0.66722 11.3600 0.6285 0.0986 0.5729 0.0433 0.000 0.0000 14.9339 18.1428 -39.249 -20.500 14007.75623 14058.75623 65.378 133 323.0353 0.66807 11.3600 0.6291 0.0986 0.5726 0.0434 0.000 0.0000 14.9339 18.1428 0.424 -20.500 14070.11622 14070.11622 139.082 134 324.2575 0.66887 11.3600 0.8087 0.0618 0.4805 0.0644 0.000 0.0000 14.9339 13.3291 3.553 -20.500 14081.47622 14081.47622 139.082 135 325.4547 0.66965 11.3600 0.8091 0.0618 0.4801 0.0645 0.000 0.0000 14.9339 13.3291 -12.267 -20.500 14092.83621 14092.83621 139.082 136 326.5342 0.67035 11.3600 0.8095 0.0617 0.4797 0.0646 0.000 0.0000 14.9339 13.3291 -28.268 -20.500 14104.19620 14104.19620 139.082 137 327.4099 0.67092 11.3600 0.8099 0.0617 0.4792 0.0646 0.000 0.0000 14.9339 13.3291 -44.432 -20.500 14115.55620 14115.55620 139.082 138 328.3781 0.67155 11.3600 0.6322 0.0986 0.5714 0.0441 0.000 0.0000 14.9339 18.1428 -42.009 -20.500 14126.91619 14177.91619 139.082 139 329.6803 0.67239 11.3600 0.6328 0.0986 0.5711 0.0442 0.000 0.0000 14.9339 18.1428 3.095 -20.500 14189.27618 14189.27618 -136.065 140 330.9034 0.67317 11.3600 0.8110 0.0615 0.4781 0.0648 0.000 0.0000 14.9339 13.3291 5.114 -20.500 14200.63617 14200.63617 -136.065 141 332.1062 0.67394 11.3600 0.8114 0.0615 0.4777 0.0648 0.000 0.0000 14.9339 13.3291 -11.755 -20.500 14211.99617 14211.99617 -136.065 142 333.1833 0.67462 11.3600 0.8117 0.0614 0.4773 0.0649 0.000 0.0000 14.9339 13.3291 -28.799 -20.500 14223.35616 14223.35616 -136.065 143 334.0375 0.67516 11.3600 0.8121 0.0614 0.4769 0.0650 0.000 0.0000 14.9339 13.3291 -45.999 -20.500 14234.71615 14234.71615 -136.065 144 334.9696 0.67575 11.3600 0.6357 0.0985 0.5698 0.0449 0.000 0.0000 14.9339 18.1428 -44.657 -20.500 14246.07614 14523.49627 -136.065 334.9696 0.67575 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4436 0.0000 0.000 ( 18288.37610) 18472.08616 334.9696 0.67575 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4436 0.0000 0.000 ( 18378.37610) 18472.08616 145 336.2745 0.67657 11.3600 0.6362 0.0985 0.5696 0.0450 0.000 0.0000 14.9339 18.1428 5.657 -20.500 14534.85626 14534.85626 -39.476 146 337.4975 0.67734 11.3600 0.8131 0.0613 0.4758 0.0651 0.000 0.0000 14.9339 13.3291 6.611 -20.500 14546.21625 14546.21625 -39.476 147 338.7056 0.67810 11.3600 0.8135 0.0612 0.4754 0.0652 0.000 0.0000 14.9339 13.3291 -11.264 -20.500 14557.57625 14557.57625 -39.476 148 339.7803 0.67876 11.3600 0.8139 0.0612 0.4750 0.0652 0.000 0.0000 14.9339 13.3291 -29.307 -20.500 14568.93624 14568.93624 -39.476 149 340.6132 0.67928 11.3600 0.8143 0.0611 0.4746 0.0653 0.000 0.0000 14.9339 13.3291 -47.501 -20.500 14580.29623 14580.29623 -39.476 150 341.5084 0.67983 11.3600 0.6392 0.0985 0.5684 0.0456 0.000 0.0000 14.9339 18.1428 -47.196 -20.500 14591.65622 14642.65622 -39.476 151 342.5314 0.68047 11.3600 0.6396 0.0985 0.5682 0.0457 0.000 0.0000 14.9339 18.1428 0.000 -20.500 14654.01622 14654.01622 -39.476 scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) *The Phase Displacement of particles on Structure keywordignored. *For Superconducting linac, to bring to the correct cavity entrance phase, the phase of Particle distribution is shifted by -147.6534 Deg. Cell entry Ref. Phase -168.1534; Design Phase -20.5000 readdist ncell= 151 centrr5= 0.0000 centrr6= 0.0000 *The phase of particle distribution is displaced by 0.1067 (deg) to bring the particle av. phase to the entry phase. ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0294 2.6099 0.1755 336.2381 2 0.0298 2.4245 2.6366 897.7910 3 0.2430 25.2531 0.9257 31.4282 start 1 stop 126 output 2 1 1 3000 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00188 0.00484 0.00145 -0.00112 -168.153 185.596 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00188 0.00484 0.00145 -0.00112 -168.153 185.596 *** ORNL April 26,2001 Design*** SC2 1a *** The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86040 x-xp 2.56434 0.12952 0.02932 0.01209 0.335033 0.1221 0.9151 -88.0868 -88.0818 185.6617 185.5960 y-yp 2.48522 0.13793 0.02984 2.22898 0.842124 0.1953 1.2557 phi-w 25.02196 1.19636 0.24325 0.39304 31.930279 2.7869 0.0000 ------------------------------------------------------------------------ --If the particle distribution part_dtl.dst is used --as an input part_rfq.dst for Superconducting design in the proceding run, --you set the phase shift (1st param.) in ReadDist card to --(Design phase of First cav)-( End of Gap ref. particle phase). ------------------------------------------------------------------------ End of Gap Ref.Particle Absolute Phase: 31.5477 Deg. 2 86040 x-xp 2.50696 0.13009 0.02925 -0.12852 0.337381 0.1222 0.9306 -48.6677 -48.6492 186.3903 185.6312 y-yp 2.58936 0.13786 0.02988 1.91310 0.794905 0.1896 1.2193 phi-w 24.39942 1.19377 0.24302 -0.02288 32.053864 2.7910 0.0000 End of Gap Ref.Particle Absolute Phase: 231.0071 Deg. 3 86040 x-xp 2.44557 0.13023 0.02918 -0.24064 0.342783 0.1229 0.9485 -29.3729 -29.3421 187.3529 186.3597 y-yp 2.70543 0.13778 0.02991 1.69037 0.754032 0.1845 1.1857 phi-w 23.58674 1.18780 0.24282 -0.27769 31.884865 2.7825 0.0000 End of Gap Ref.Particle Absolute Phase: 250.1033 Deg. 4 86040 x-xp 2.38250 0.13028 0.02911 -0.31848 0.350479 0.1239 0.9678 -10.4864 -10.4432 188.4406 187.3222 y-yp 2.82547 0.13804 0.02994 1.55868 0.717249 0.1798 1.1536 phi-w 22.63991 1.19393 0.24272 -0.33999 31.566557 2.7680 0.0000 End of Gap Ref.Particle Absolute Phase: 268.7633 Deg. 5 86040 x-xp 2.32007 0.13020 0.02903 -0.35918 0.359609 0.1251 0.9875 7.9435 7.9990 189.5376 188.4096 y-yp 2.94188 0.13893 0.02998 1.50738 0.682510 0.1752 1.1218 phi-w 21.63179 1.19280 0.24279 -0.20679 31.259498 2.7549 0.0000 End of Gap Ref.Particle Absolute Phase: 286.9634 Deg. 6 86040 x-xp 2.07268 0.12918 0.02854 -0.59612 0.422063 0.1343 1.1030 45.6703 45.7395 190.2817 189.5060 y-yp 3.26059 0.13911 0.03011 1.19272 0.505601 0.1510 0.9378 phi-w 18.94258 1.19576 0.24430 0.46623 32.242043 2.8066 0.0000 End of Gap Ref.Particle Absolute Phase: 304.7089 Deg. 7 86040 x-xp 2.04013 0.12953 0.02844 -0.79492 0.439854 0.1368 1.1308 -80.9393 -80.8020 190.4468 190.2488 y-yp 3.30769 0.13880 0.03012 0.96391 0.481529 0.1473 0.9062 phi-w 18.55609 1.19946 0.24482 -0.06994 32.303334 2.8122 0.0000 End of Gap Ref.Particle Absolute Phase: 37.7181 Deg. 8 86040 x-xp 2.02339 0.12941 0.02834 -0.96808 0.461898 0.1398 1.1611 -43.4592 -43.3088 191.2409 190.4163 y-yp 3.36981 0.13884 0.03013 0.78992 0.461935 0.1441 0.8796 phi-w 18.76115 1.19810 0.24521 -0.44096 31.992853 2.8009 0.0000 End of Gap Ref.Particle Absolute Phase: 235.2495 Deg. 9 86040 x-xp 2.00966 0.12930 0.02823 -1.11376 0.487780 0.1432 1.1939 -26.0969 -25.9353 192.2247 191.2118 y-yp 3.43078 0.13857 0.03013 0.66210 0.445900 0.1414 0.8549 phi-w 19.00122 1.19863 0.24570 -0.65206 31.432364 2.7790 0.0000 End of Gap Ref.Particle Absolute Phase: 252.4168 Deg. 10 86040 x-xp 1.99789 0.12936 0.02813 -1.22167 0.516708 0.1469 1.2281 -9.1329 -8.9606 193.3077 192.1964 y-yp 3.48723 0.13867 0.03014 0.57966 0.432328 0.1391 0.8342 phi-w 19.25902 1.19990 0.24633 -0.68820 30.760854 2.7527 0.0000 End of Gap Ref.Particle Absolute Phase: 269.1649 Deg. 11 86040 x-xp 1.98746 0.12924 0.02804 -1.28381 0.547661 0.1507 1.2627 7.3968 7.5798 194.3969 193.2793 y-yp 3.53669 0.13896 0.03013 0.53873 0.420184 0.1369 0.8179 phi-w 19.51466 1.20050 0.24707 -0.55560 30.120836 2.7280 0.0000 End of Gap Ref.Particle Absolute Phase: 285.4769 Deg. 12 86040 x-xp 1.97860 0.12940 0.02755 -1.62668 0.734955 0.1729 1.4437 43.2296 43.4246 195.1706 194.3675 y-yp 3.63760 0.13932 0.03003 0.30997 0.365166 0.1272 0.7218 phi-w 22.03410 1.21681 0.24995 0.07992 29.342695 2.7082 0.0000 End of Gap Ref.Particle Absolute Phase: 301.3522 Deg. 13 86040 x-xp 1.99034 0.12949 0.02748 -1.95213 0.778434 0.1777 1.4794 -78.5469 -78.2878 195.3844 195.1382 y-yp 3.64067 0.13930 0.03000 0.14577 0.360820 0.1264 0.7057 phi-w 22.76213 1.21724 0.25067 -0.41200 29.105153 2.7011 0.0000 End of Gap Ref.Particle Absolute Phase: 39.1432 Deg. 14 86040 x-xp 2.04717 0.12970 0.02742 -2.23580 0.828368 0.1829 1.5183 -42.9819 -42.7115 196.2014 195.3568 y-yp 3.63929 0.13914 0.02997 0.01468 0.359717 0.1260 0.6909 phi-w 23.98252 1.21246 0.25140 -0.74030 28.535933 2.6784 0.0000 End of Gap Ref.Particle Absolute Phase: 234.7812 Deg. 15 86040 x-xp 2.11487 0.12969 0.02738 -2.48038 0.884218 0.1885 1.5602 -27.5092 -27.2299 197.1932 196.1770 y-yp 3.63223 0.13907 0.02994 -0.09030 0.361393 0.1260 0.6776 phi-w 25.28724 1.22419 0.25225 -0.93277 27.757132 2.6461 0.0000 End of Gap Ref.Particle Absolute Phase: 250.0660 Deg. 16 86040 x-xp 2.19231 0.13009 0.02735 -2.66794 0.944748 0.1945 1.6042 -12.4199 -12.1327 198.2866 197.1710 y-yp 3.61933 0.13893 0.02990 -0.16691 0.365204 0.1264 0.6650 phi-w 26.58035 1.23201 0.25320 -0.98243 26.882550 2.6089 0.0000 End of Gap Ref.Particle Absolute Phase: 264.9474 Deg. 17 86040 x-xp 2.27788 0.13066 0.02734 -2.78325 1.008336 0.2006 1.6488 2.2506 2.5454 199.4067 198.2652 y-yp 3.60096 0.13877 0.02986 -0.21421 0.370466 0.1271 0.6727 phi-w 27.78226 1.23712 0.25423 -0.89744 26.024064 2.5722 0.0000 End of Gap Ref.Particle Absolute Phase: 279.4050 Deg. --Entering Doublet q1 push the 1st half h22= -443.7600 18 86040 x-xp 2.83031 0.13318 0.02737 2.85346 1.543977 0.2480 1.9658 36.2074 36.5105 200.2860 199.3849 y-yp 3.43855 0.13639 0.02950 -2.57772 0.495153 0.1458 0.8600 phi-w 31.45130 1.23544 0.25729 -0.23840 22.883770 2.4265 0.0000 End of Gap Ref.Particle Absolute Phase: 293.4231 Deg. --Entering Doublet q1 push the 2nd half h22= -443.7600 --Entering Doublet q2 push the 1st half h22a= 443.7600 18 86040 x-xp 3.39767 0.13448 0.02785 2.64021 0.461071 0.1367 0.9922 36.2074 36.5105 200.2860 200.2606 y-yp 3.09121 0.13709 0.02901 -2.62876 1.590677 0.2592 1.5690 phi-w 33.29077 1.25245 0.25868 0.06882 22.511035 2.4131 0.0000 End of Gap Ref.Particle Absolute Phase: 293.4231 Deg. --Entering Doublet q2 push the 2nd half h22a= 443.7600 19 86040 x-xp 3.79075 0.13759 0.02831 0.13273 0.319025 0.1146 0.6350 -73.7486 -73.2153 200.5910 200.2606 y-yp 2.52404 0.13637 0.02860 2.54464 1.026032 0.2066 1.2416 phi-w 33.72286 1.25426 0.25967 0.05776 24.242110 2.5090 0.0000 End of Gap Ref.Particle Absolute Phase: 42.9556 Deg. 20 86040 x-xp 3.80037 0.13764 0.02833 0.01502 0.317467 0.1142 0.6256 -40.1291 -39.5896 201.4501 200.5753 y-yp 2.52045 0.13624 0.02860 2.24136 0.972892 0.2009 1.2035 phi-w 33.70783 1.25294 0.25958 -0.19887 24.154997 2.5040 0.0000 End of Gap Ref.Particle Absolute Phase: 236.6743 Deg. 21 86040 x-xp 3.80239 0.13763 0.02834 -0.08305 0.318468 0.1143 0.6174 -26.5748 -26.0326 202.4562 201.4410 y-yp 2.51905 0.13622 0.02860 2.01653 0.925569 0.1957 1.1674 phi-w 33.69902 1.25180 0.25950 -0.35835 23.912123 2.4910 0.0000 End of Gap Ref.Particle Absolute Phase: 250.0462 Deg. 22 86040 x-xp 3.79680 0.13754 0.02834 -0.16056 0.321550 0.1147 0.6100 -13.3914 -12.8481 203.5519 202.4516 y-yp 2.52053 0.13623 0.02860 1.86420 0.882286 0.1908 1.1399 phi-w 33.70171 1.25186 0.25946 -0.41293 23.588507 2.4739 0.0000 End of Gap Ref.Particle Absolute Phase: 263.0310 Deg. 23 86040 x-xp 3.78596 0.13740 0.02834 -0.21715 0.326221 0.1153 0.6085 -0.6081 -0.0646 204.6795 203.5495 y-yp 2.52358 0.13630 0.02862 1.77566 0.841478 0.1861 1.1259 phi-w 33.71690 1.25291 0.25948 -0.36381 23.260534 2.4568 0.0000 End of Gap Ref.Particle Absolute Phase: 275.6102 Deg. 24 86040 x-xp 3.78102 0.13683 0.02832 -0.48407 0.368197 0.1223 0.6622 31.4519 31.9956 205.6200 204.6770 y-yp 2.42701 0.13677 0.02876 1.42077 0.634341 0.1618 1.0434 phi-w 33.69977 1.25100 0.26027 0.12678 23.020179 2.4478 0.0000 End of Gap Ref.Particle Absolute Phase: 287.7611 Deg. 25 86040 x-xp 3.79732 0.13694 0.02830 -0.63337 0.381757 0.1244 0.6746 -57.2705 -56.7126 206.1856 205.6117 y-yp 2.40750 0.13681 0.02879 1.19834 0.605080 0.1580 1.0296 phi-w 33.73279 1.25116 0.26055 -0.17604 22.924696 2.4440 0.0000 End of Gap Ref.Particle Absolute Phase: 58.4119 Deg. 26 86040 x-xp 3.81475 0.13678 0.02828 -0.74659 0.398064 0.1268 0.6879 -25.6671 -25.1095 207.1519 206.1857 y-yp 2.39093 0.13675 0.02882 1.05479 0.579475 0.1545 1.0170 phi-w 33.79547 1.25201 0.26068 -0.30759 22.702934 2.4327 0.0000 End of Gap Ref.Particle Absolute Phase: 250.1344 Deg. 27 86040 x-xp 3.82688 0.13664 0.02826 -0.84291 0.416807 0.1296 0.7018 -14.1178 -13.5622 208.1929 207.1562 y-yp 2.37520 0.13671 0.02885 0.94878 0.556750 0.1513 1.0052 phi-w 33.85148 1.25165 0.26084 -0.35614 22.415711 2.4180 0.0000 End of Gap Ref.Particle Absolute Phase: 261.5025 Deg. 28 86040 x-xp 3.83103 0.13648 0.02825 -0.91959 0.437541 0.1325 0.7160 -2.9332 -2.3803 209.2661 208.1993 y-yp 2.35847 0.13654 0.02888 0.87631 0.536087 0.1483 0.9938 phi-w 33.89131 1.25279 0.26104 -0.32289 22.121435 2.4030 0.0000 End of Gap Ref.Particle Absolute Phase: 272.5009 Deg. 29 86040 x-xp 3.82699 0.13634 0.02823 -0.97430 0.459758 0.1356 0.7301 7.8789 8.4291 210.3317 209.2726 y-yp 2.34038 0.13640 0.02890 0.83284 0.516768 0.1455 0.9821 phi-w 33.90637 1.25281 0.26129 -0.21264 21.875168 2.3908 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1289 Deg. 30 86040 x-xp 3.61015 0.13574 0.02825 -1.29615 0.597475 0.1545 0.8080 37.9718 38.5196 211.1655 210.3365 y-yp 2.16671 0.13680 0.02896 0.57502 0.425065 0.1319 0.9118 phi-w 31.77734 1.24457 0.26279 0.29423 22.199483 2.4153 0.0000 End of Gap Ref.Particle Absolute Phase: 293.3759 Deg. 31 86040 x-xp 3.56556 0.13554 0.02827 -1.53258 0.630226 0.1586 0.8290 -64.2011 -63.6510 211.6512 211.1638 y-yp 2.15192 0.13675 0.02895 0.41202 0.414620 0.1302 0.9004 phi-w 31.58576 1.24421 0.26323 -0.04711 22.200628 2.4174 0.0000 End of Gap Ref.Particle Absolute Phase: 50.5306 Deg. 32 86040 x-xp 3.54431 0.13546 0.02829 -1.72577 0.667352 0.1631 0.8511 -34.4621 -33.9151 212.5888 211.6590 y-yp 2.13954 0.13649 0.02894 0.29247 0.407132 0.1288 0.8902 phi-w 31.62920 1.24551 0.26354 -0.24508 22.037808 2.4100 0.0000 End of Gap Ref.Particle Absolute Phase: 240.4348 Deg. 33 86040 x-xp 3.53827 0.13554 0.02831 -1.90204 0.708578 0.1679 0.8745 -24.7187 -24.1766 213.6228 212.6024 y-yp 2.12677 0.13626 0.02893 0.19322 0.402222 0.1279 0.8814 phi-w 31.74278 1.24663 0.26389 -0.37522 21.762784 2.3965 0.0000 End of Gap Ref.Particle Absolute Phase: 250.0072 Deg. 34 86040 x-xp 3.52471 0.13546 0.02835 -2.05593 0.753394 0.1730 0.8987 -15.3209 -14.7851 214.7219 213.6406 y-yp 2.11344 0.13623 0.02891 0.11335 0.399424 0.1272 0.8734 phi-w 31.90949 1.24837 0.26428 -0.43590 21.423356 2.3794 0.0000 End of Gap Ref.Particle Absolute Phase: 259.2240 Deg. 35 86040 x-xp 3.50416 0.13557 0.02839 -2.18219 0.801170 0.1783 0.9233 -6.2871 -5.7584 215.8558 214.7422 y-yp 2.10242 0.13631 0.02889 0.05190 0.398292 0.1268 0.8660 phi-w 32.11143 1.25098 0.26471 -0.42942 21.066030 2.3614 0.0000 End of Gap Ref.Particle Absolute Phase: 268.0720 Deg. --Entering Doublet q1 push the 1st half h22= -460.0100 36 86040 x-xp 3.20329 0.13779 0.02893 2.11669 1.222141 0.2219 1.2433 21.9899 22.5104 216.9015 215.8771 y-yp 2.13975 0.13560 0.02863 -2.17176 0.465709 0.1363 0.9605 phi-w 28.25854 1.26187 0.26648 0.07208 20.342426 2.3283 0.0000 End of Gap Ref.Particle Absolute Phase: 276.5202 Deg. --Entering Doublet q1 push the 2nd half h22= -460.0100 --Entering Doublet q2 push the 1st half h22a= 460.0100 36 86040 x-xp 2.84647 0.14018 0.02966 1.95944 0.383991 0.1260 0.8171 21.9899 22.5104 216.9015 216.9187 y-yp 2.11938 0.13458 0.02829 -2.13606 1.408964 0.2356 1.7082 phi-w 23.88077 1.25775 0.26719 0.38367 21.631368 2.4041 0.0000 End of Gap Ref.Particle Absolute Phase: 276.5202 Deg. --Entering Doublet q2 push the 2nd half h22a= 460.0100 37 86040 x-xp 2.45564 0.14244 0.02993 -0.16192 0.320382 0.1155 0.9106 -59.4949 -59.1126 217.4746 216.9187 y-yp 2.30852 0.13425 0.02824 2.32494 0.877336 0.1857 1.3410 phi-w 22.64327 1.25799 0.26678 0.41390 25.153314 2.5904 0.0000 End of Gap Ref.Particle Absolute Phase: 54.2577 Deg. 38 86040 x-xp 2.41688 0.14210 0.02992 -0.26309 0.325700 0.1163 0.9268 -31.6745 -31.3006 218.4479 217.4981 y-yp 2.32383 0.13419 0.02826 2.09576 0.827401 0.1801 1.2980 phi-w 22.68164 1.25659 0.26664 0.19684 25.312374 2.5979 0.0000 End of Gap Ref.Particle Absolute Phase: 242.2843 Deg. 39 86040 x-xp 2.37813 0.14164 0.02989 -0.35539 0.333320 0.1174 0.9445 -23.8060 -23.4408 219.4953 218.4749 y-yp 2.33619 0.13418 0.02828 1.90870 0.782064 0.1750 1.2574 phi-w 22.73951 1.25705 0.26653 0.03938 25.346579 2.5992 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9876 Deg. 40 86040 x-xp 2.33955 0.14175 0.02986 -0.43866 0.343036 0.1189 0.9633 -16.2706 -15.9149 220.5955 219.5249 y-yp 2.34653 0.13423 0.02831 1.75827 0.740432 0.1701 1.2197 phi-w 22.81320 1.25652 0.26648 -0.05557 25.295906 2.5963 0.0000 End of Gap Ref.Particle Absolute Phase: 257.3504 Deg. 41 86040 x-xp 2.30139 0.14210 0.02982 -0.51264 0.354637 0.1207 0.9828 -9.0819 -8.7362 221.7283 220.6265 y-yp 2.35561 0.13427 0.02834 1.63913 0.701753 0.1654 1.1845 phi-w 22.95766 1.25601 0.26647 -0.08816 25.200641 2.5914 0.0000 End of Gap Ref.Particle Absolute Phase: 264.3625 Deg. 42 86040 x-xp 2.10529 0.14180 0.02951 -0.82774 0.441257 0.1337 1.0930 17.3280 17.6626 222.8168 221.7600 y-yp 2.54318 0.13464 0.02859 1.22722 0.516949 0.1424 0.9981 phi-w 23.27890 1.25314 0.26579 0.29931 25.724601 2.6148 0.0000 End of Gap Ref.Particle Absolute Phase: 270.9913 Deg. 43 86040 x-xp 2.07650 0.14160 0.02945 -0.99482 0.463737 0.1368 1.1199 -54.8581 -54.5706 223.4740 222.8460 y-yp 2.56402 0.13460 0.02863 1.04239 0.491362 0.1388 0.9656 phi-w 23.39966 1.25270 0.26585 -0.07428 25.725214 2.6152 0.0000 End of Gap Ref.Particle Absolute Phase: 57.9266 Deg. 44 86040 x-xp 2.05061 0.14110 0.02938 -1.13070 0.489338 0.1402 1.1520 -28.9309 -28.6548 224.4807 223.5076 y-yp 2.57491 0.13466 0.02866 0.91104 0.468989 0.1356 0.9346 phi-w 23.54730 1.25123 0.26585 -0.27611 25.574443 2.6075 0.0000 End of Gap Ref.Particle Absolute Phase: 244.1047 Deg. 45 86040 x-xp 2.02897 0.14083 0.02932 -1.26193 0.518076 0.1439 1.1861 -22.9076 -22.6425 225.5412 224.5164 y-yp 2.58384 0.13477 0.02870 0.79825 0.449457 0.1326 0.9052 phi-w 23.79543 1.25100 0.26589 -0.42668 25.313336 2.5944 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9684 Deg. 46 86040 x-xp 2.02981 0.14067 0.02926 -1.38729 0.549816 0.1479 1.2217 -17.2053 -16.9514 226.6420 225.5785 y-yp 2.59123 0.13492 0.02873 0.70162 0.432370 0.1300 0.8771 phi-w 25.00750 1.24440 0.26599 -0.52660 24.974478 2.5774 0.0000 End of Gap Ref.Particle Absolute Phase: 255.5062 Deg. 47 86040 x-xp 2.03862 0.14057 0.02920 -1.50549 0.584397 0.1521 1.2585 -11.8331 -11.5907 227.7710 226.6803 y-yp 2.59743 0.13500 0.02876 0.61891 0.417382 0.1276 0.8501 phi-w 26.31454 1.25648 0.26613 -0.57837 24.588994 2.5581 0.0000 End of Gap Ref.Particle Absolute Phase: 260.7109 Deg. 48 86040 x-xp 2.20197 0.13955 0.02889 -1.98224 0.807914 0.1777 1.4665 12.7349 12.9645 228.8953 227.8098 y-yp 2.66535 0.13463 0.02883 0.33102 0.357058 0.1180 0.7274 phi-w 24.53645 1.24443 0.26552 -0.23052 23.414466 2.4934 0.0000 End of Gap Ref.Particle Absolute Phase: 265.5502 Deg. 49 86040 x-xp 2.22780 0.13940 0.02886 -2.24912 0.858467 0.1829 1.5062 -50.3050 -50.1326 229.6326 228.9325 y-yp 2.67120 0.13442 0.02883 0.20829 0.351632 0.1170 0.7226 phi-w 25.16458 1.24639 0.26568 -0.54576 23.118171 2.4783 0.0000 End of Gap Ref.Particle Absolute Phase: 61.5242 Deg. 50 86040 x-xp 2.24588 0.13919 0.02883 -2.46112 0.913550 0.1883 1.5477 -26.2410 -26.0814 230.6699 229.6723 y-yp 2.67429 0.13440 0.02882 0.11726 0.348357 0.1163 0.7186 phi-w 26.18905 1.25611 0.26580 -0.70095 22.709923 2.4569 0.0000 End of Gap Ref.Particle Absolute Phase: 245.8891 Deg. 51 86040 x-xp 2.26256 0.13907 0.02882 -2.67000 0.973252 0.1941 1.5914 -22.0273 -21.8795 231.7429 230.7107 y-yp 2.67671 0.13435 0.02880 0.03340 0.347133 0.1159 0.7157 phi-w 27.29804 1.26114 0.26596 -0.81958 22.223043 2.4311 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9490 Deg. 52 86040 x-xp 2.31488 0.13870 0.02881 -2.87431 1.037427 0.2001 1.6369 -18.1224 -17.9865 232.8441 231.7846 y-yp 2.67860 0.13419 0.02879 -0.04421 0.347800 0.1158 0.7136 phi-w 28.47519 1.25926 0.26616 -0.90401 21.679424 2.4021 0.0000 End of Gap Ref.Particle Absolute Phase: 253.6971 Deg. 53 86040 x-xp 2.40253 0.13929 0.02881 -3.07263 1.105884 0.2063 1.6840 -14.5316 -14.4078 233.9667 232.8865 y-yp 2.68007 0.13425 0.02876 -0.11637 0.350223 0.1160 0.7123 phi-w 29.70353 1.25585 0.26641 -0.95743 21.098879 2.3708 0.0000 End of Gap Ref.Particle Absolute Phase: 257.1294 Deg. --Entering Doublet q1 push the 1st half h22= -471.7200 54 86040 x-xp 2.93850 0.13908 0.02899 2.86185 1.724343 0.2581 2.0540 8.2273 8.3378 235.1196 234.0096 y-yp 2.65551 0.13352 0.02849 -2.33238 0.458912 0.1320 0.9268 phi-w 27.23769 1.25993 0.26543 -0.52031 17.569003 2.1595 0.0000 End of Gap Ref.Particle Absolute Phase: 260.2147 Deg. --Entering Doublet q1 push the 2nd half h22= -471.7200 --Entering Doublet q2 push the 1st half h22a= 471.7200 54 86040 x-xp 3.48446 0.13816 0.02958 2.81398 0.557045 0.1482 1.1065 8.2273 8.3378 235.1196 235.1621 y-yp 2.55274 0.13357 0.02808 -2.43391 1.442058 0.2323 1.6674 phi-w 25.08892 1.24211 0.26377 -0.21482 16.227001 2.0689 0.0000 End of Gap Ref.Particle Absolute Phase: 260.2147 Deg. --Entering Doublet q2 push the 2nd half h22a= 471.7200 55 86040 x-xp 3.95039 0.14146 0.03027 0.08739 0.426165 0.1310 0.8080 -45.8521 -46.0378 235.9323 235.1621 y-yp 2.44104 0.13332 0.02782 2.25058 0.960122 0.1885 1.3485 phi-w 25.51631 1.24009 0.26068 -0.04434 16.346804 2.0643 0.0000 End of Gap Ref.Particle Absolute Phase: 65.0407 Deg. 56 86040 x-xp 3.98421 0.14169 0.03031 -0.00174 0.425001 0.1307 0.7844 -23.6118 -23.8095 236.9976 235.9721 y-yp 2.44423 0.13326 0.02783 2.06007 0.911485 0.1835 1.3112 phi-w 25.12035 1.23603 0.26014 -0.13382 16.303503 2.0594 0.0000 End of Gap Ref.Particle Absolute Phase: 247.6335 Deg. 57 86040 x-xp 4.00369 0.14182 0.03035 -0.08672 0.425887 0.1308 0.7618 -21.1664 -21.3743 238.0827 237.0358 y-yp 2.44568 0.13326 0.02786 1.88893 0.866709 0.1787 1.2757 phi-w 24.74252 1.23181 0.25962 -0.20943 16.214802 2.0517 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9306 Deg. 58 86040 x-xp 4.01634 0.14195 0.03038 -0.16849 0.428735 0.1311 0.7401 -19.0180 -19.2356 239.1839 238.1195 y-yp 2.44555 0.13324 0.02789 1.73426 0.825426 0.1743 1.2417 phi-w 24.38584 1.23277 0.25910 -0.27224 16.088469 2.0417 0.0000 End of Gap Ref.Particle Absolute Phase: 251.9297 Deg. 59 86040 x-xp 4.02259 0.14215 0.03040 -0.24790 0.433489 0.1317 0.7193 -17.1684 -17.3954 240.2976 239.2191 y-yp 2.44364 0.13321 0.02792 1.59349 0.787327 0.1701 1.2092 phi-w 24.05185 1.23292 0.25861 -0.32359 15.931507 2.0298 0.0000 End of Gap Ref.Particle Absolute Phase: 253.6294 Deg. 60 86040 x-xp 4.14131 0.14206 0.03048 -0.51954 0.480507 0.1387 0.7363 3.8167 3.5801 241.4718 240.3315 y-yp 2.41009 0.13331 0.02820 1.18233 0.608754 0.1501 1.0403 phi-w 25.54033 1.23283 0.25685 -0.05521 15.455418 1.9924 0.0000 End of Gap Ref.Particle Absolute Phase: 255.0013 Deg. 61 86040 x-xp 4.14481 0.14215 0.03047 -0.65201 0.494791 0.1405 0.7528 -41.5081 -41.7920 242.3546 241.5060 y-yp 2.40433 0.13346 0.02826 1.01735 0.583676 0.1470 1.0107 phi-w 25.30149 1.23045 0.25654 -0.22011 15.358903 1.9850 0.0000 End of Gap Ref.Particle Absolute Phase: 68.4659 Deg. 62 86040 x-xp 4.14179 0.14229 0.03046 -0.75291 0.511342 0.1427 0.7700 -21.0514 -21.3439 243.4452 242.3848 y-yp 2.40487 0.13346 0.02831 0.90268 0.561193 0.1441 0.9820 phi-w 24.94194 1.22527 0.25612 -0.28649 15.225488 1.9747 0.0000 End of Gap Ref.Particle Absolute Phase: 249.3320 Deg. 63 86040 x-xp 4.13598 0.14244 0.03045 -0.85629 0.530292 0.1451 0.7879 -20.3284 -20.6279 244.5419 243.4732 y-yp 2.40903 0.13351 0.02837 0.79491 0.541262 0.1415 0.9546 phi-w 24.60429 1.22266 0.25573 -0.34769 15.058424 1.9624 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9121 Deg. 64 86040 x-xp 4.12833 0.14244 0.03043 -0.96303 0.551701 0.1478 0.8066 -19.8911 -20.1971 245.6427 244.5677 y-yp 2.41352 0.13353 0.02843 0.69279 0.523747 0.1391 0.9283 phi-w 24.29006 1.22130 0.25537 -0.40491 14.860524 1.9480 0.0000 End of Gap Ref.Particle Absolute Phase: 250.2071 Deg. 65 86040 x-xp 4.12117 0.14250 0.03041 -1.07414 0.575656 0.1507 0.8261 -19.7382 -20.0499 246.7454 245.6663 y-yp 2.41857 0.13345 0.02849 0.59513 0.508541 0.1371 0.9031 phi-w 24.00073 1.22327 0.25503 -0.45928 14.634087 1.9319 0.0000 End of Gap Ref.Particle Absolute Phase: 250.2187 Deg. 66 86040 x-xp 4.11531 0.14249 0.03031 -1.47116 0.737215 0.1700 0.9390 -0.4827 -0.8001 247.9340 246.7668 y-yp 2.43022 0.13340 0.02875 0.30444 0.449233 0.1293 0.8544 phi-w 26.33901 1.23064 0.25394 -0.20439 13.719549 1.8665 0.0000 End of Gap Ref.Particle Absolute Phase: 249.9216 Deg. 67 86040 x-xp 4.12118 0.14251 0.03029 -1.65716 0.774559 0.1740 0.9603 -37.2852 -37.6303 248.8813 247.9552 y-yp 2.42585 0.13345 0.02879 0.19198 0.443869 0.1284 0.8568 phi-w 26.23511 1.23090 0.25379 -0.33070 13.554075 1.8547 0.0000 End of Gap Ref.Particle Absolute Phase: 71.7940 Deg. 68 86040 x-xp 4.12876 0.14235 0.03028 -1.80025 0.814893 0.1782 0.9822 -18.5635 -18.9131 249.9946 248.8982 y-yp 2.41617 0.13346 0.02882 0.11124 0.440318 0.1278 0.8599 phi-w 26.04056 1.22982 0.25356 -0.37276 13.368035 1.8411 0.0000 End of Gap Ref.Particle Absolute Phase: 250.9826 Deg. 69 86040 x-xp 4.13702 0.14233 0.03026 -1.95332 0.858539 0.1827 1.0050 -19.5138 -19.8667 251.1024 250.0092 y-yp 2.40186 0.13337 0.02884 0.03014 0.438674 0.1275 0.8639 phi-w 25.87213 1.23059 0.25335 -0.41758 13.161075 1.8260 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8947 Deg. 70 86040 x-xp 4.14572 0.14222 0.03026 -2.11811 0.905719 0.1874 1.0287 -20.7387 -21.0944 252.2024 251.1147 y-yp 2.38354 0.13341 0.02887 -0.05213 0.438952 0.1274 0.8689 phi-w 25.73144 1.23053 0.25315 -0.46591 12.932092 1.8094 0.0000 End of Gap Ref.Particle Absolute Phase: 248.5342 Deg. 71 86040 x-xp 4.15383 0.14216 0.03025 -2.29654 0.956688 0.1923 1.0533 -22.2342 -22.5920 253.2921 252.2122 y-yp 2.36162 0.13340 0.02888 -0.13642 0.441184 0.1276 0.8748 phi-w 25.62031 1.22974 0.25298 -0.51831 12.679720 1.7910 0.0000 End of Gap Ref.Particle Absolute Phase: 246.9055 Deg. --Entering Doublet q1 push the 1st half h22= -479.3300 72 86040 x-xp 4.08570 0.14226 0.03037 2.45202 1.427457 0.2351 1.2474 -4.6646 -5.0240 254.4880 253.2992 y-yp 2.39612 0.13269 0.02888 -2.66484 0.557825 0.1433 0.9799 phi-w 29.18777 1.23469 0.25176 -0.16358 11.208080 1.6798 0.0000 End of Gap Ref.Particle Absolute Phase: 244.9873 Deg. --Entering Doublet q1 push the 2nd half h22= -479.3300 --Entering Doublet q2 push the 1st half h22a= 479.3300 72 86040 x-xp 3.85771 0.14272 0.03076 2.32503 0.473487 0.1363 0.7228 -4.6646 -5.0240 254.4880 254.4948 y-yp 2.55547 0.13110 0.02872 -2.69589 1.661369 0.2466 1.6351 phi-w 33.09217 1.24322 0.25013 0.15888 11.401868 1.6888 0.0000 End of Gap Ref.Particle Absolute Phase: 244.9873 Deg. --Entering Doublet q2 push the 2nd half h22a= 479.3300 73 86040 x-xp 3.53143 0.14059 0.03107 0.00114 0.379644 0.1225 0.8254 -33.1888 -33.5886 255.4940 254.4948 y-yp 2.70791 0.13085 0.02880 2.61103 1.097658 0.2005 1.2602 phi-w 37.04368 1.25172 0.24726 0.45543 13.247070 1.8098 0.0000 End of Gap Ref.Particle Absolute Phase: 75.0187 Deg. 74 86040 x-xp 3.49646 0.14045 0.03107 -0.07087 0.380713 0.1225 0.8422 -16.1532 -16.5532 256.6274 255.4963 y-yp 2.70780 0.13081 0.02883 2.43504 1.039909 0.1951 1.2288 phi-w 37.25378 1.25169 0.24693 0.42403 13.454932 1.8227 0.0000 End of Gap Ref.Particle Absolute Phase: 252.5817 Deg. 75 86040 x-xp 3.45911 0.14096 0.03107 -0.14679 0.383523 0.1228 0.8598 -18.7247 -19.1244 257.7458 256.6275 y-yp 2.70580 0.13083 0.02887 2.25896 0.985971 0.1898 1.1992 phi-w 37.45956 1.25111 0.24663 0.37878 13.641241 1.8342 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8776 Deg. 76 86040 x-xp 3.41956 0.14135 0.03106 -0.22728 0.388173 0.1234 0.8794 -21.5603 -21.9591 258.8449 257.7432 y-yp 2.70164 0.13104 0.02892 2.08311 0.935884 0.1849 1.1706 phi-w 37.64894 1.25166 0.24637 0.31837 13.799368 1.8438 0.0000 End of Gap Ref.Particle Absolute Phase: 246.9128 Deg. 77 86040 x-xp 3.37787 0.14144 0.03104 -0.31314 0.394779 0.1243 0.9077 -24.6534 -25.0506 259.9198 258.8394 y-yp 2.69513 0.13115 0.02897 1.90785 0.889675 0.1802 1.1429 phi-w 37.82743 1.25219 0.24616 0.24180 13.922314 1.8512 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6942 Deg. 78 86040 x-xp 3.06375 0.14237 0.03087 -0.62134 0.456430 0.1331 1.0718 -8.7196 -9.1140 261.1169 259.9108 y-yp 2.63903 0.13108 0.02927 1.41940 0.677609 0.1579 0.9994 phi-w 38.27601 1.25656 0.24581 0.43970 14.713898 1.9018 0.0000 End of Gap Ref.Particle Absolute Phase: 240.2051 Deg. 79 86040 x-xp 3.01626 0.14208 0.03082 -0.72871 0.473322 0.1352 1.1024 -29.2249 -29.6062 262.1756 261.1066 y-yp 2.69268 0.13179 0.02933 1.27296 0.646859 0.1542 0.9736 phi-w 38.38454 1.25907 0.24590 0.33080 14.844172 1.9105 0.0000 End of Gap Ref.Particle Absolute Phase: 78.1369 Deg. 80 86040 x-xp 2.96976 0.14192 0.03077 -0.81386 0.492039 0.1376 1.1334 -13.8225 -14.1997 263.3266 262.1613 y-yp 2.76044 0.13239 0.02939 1.16874 0.618314 0.1508 0.9480 phi-w 38.47391 1.25846 0.24597 0.29990 14.961531 1.9184 0.0000 End of Gap Ref.Particle Absolute Phase: 254.1279 Deg. 81 86040 x-xp 2.92320 0.14144 0.03072 -0.90944 0.512906 0.1402 1.1655 -17.9615 -18.3347 264.4550 263.3102 y-yp 2.82612 0.13304 0.02945 1.06081 0.592217 0.1475 0.9228 phi-w 38.54057 1.26009 0.24609 0.24627 15.055922 1.9249 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8614 Deg. 82 86040 x-xp 2.87670 0.14109 0.03066 -1.01689 0.536176 0.1430 1.1986 -22.3544 -22.7230 265.5528 264.4361 y-yp 2.88939 0.13331 0.02951 0.94967 0.568651 0.1445 0.8983 phi-w 38.58132 1.26051 0.24626 0.16897 15.117457 1.9295 0.0000 End of Gap Ref.Particle Absolute Phase: 245.3452 Deg. 83 86040 x-xp 2.83035 0.14090 0.03060 -1.13778 0.562133 0.1462 1.2332 -26.9924 -27.3558 266.6113 265.5308 y-yp 2.94982 0.13352 0.02957 0.83577 0.547691 0.1418 0.8746 phi-w 38.59082 1.26212 0.24648 0.06767 15.136271 1.9315 0.0000 End of Gap Ref.Particle Absolute Phase: 240.5891 Deg. 84 86040 x-xp 2.55475 0.14241 0.03023 -1.58532 0.741379 0.1666 1.4543 -12.6443 -13.0010 267.8035 266.5858 y-yp 3.18895 0.13335 0.02981 0.50792 0.462206 0.1307 0.7676 phi-w 37.78728 1.27407 0.24818 0.22328 15.267852 1.9466 0.0000 End of Gap Ref.Particle Absolute Phase: 235.5808 Deg. 85 86040 x-xp 2.53517 0.14247 0.03016 -1.73799 0.782125 0.1708 1.4973 -25.3966 -25.7207 268.9092 267.7761 y-yp 3.23055 0.13349 0.02985 0.41571 0.451983 0.1291 0.7519 phi-w 37.57561 1.27603 0.24861 0.12331 15.274032 1.9487 0.0000 End of Gap Ref.Particle Absolute Phase: 81.1462 Deg. 86 86040 x-xp 2.51843 0.14248 0.03010 -1.85919 0.825316 0.1750 1.5408 -11.5733 -11.8896 270.0754 268.8786 y-yp 3.26882 0.13308 0.02988 0.34794 0.443180 0.1278 0.7376 phi-w 37.30854 1.27860 0.24901 0.09891 15.275147 1.9503 0.0000 End of Gap Ref.Particle Absolute Phase: 255.6202 Deg. 87 86040 x-xp 2.50285 0.14271 0.03003 -2.00184 0.871537 0.1794 1.5854 -17.2249 -17.5339 271.2133 270.0435 y-yp 3.30318 0.13296 0.02991 0.27356 0.436053 0.1267 0.7253 phi-w 36.98879 1.28045 0.24944 0.04378 15.257808 1.9509 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8458 Deg. 88 86040 x-xp 2.48829 0.14261 0.02998 -2.16886 0.921285 0.1841 1.6316 -23.1206 -23.4220 272.3098 271.1793 y-yp 3.33359 0.13298 0.02993 0.19269 0.430748 0.1258 0.7135 phi-w 36.64148 1.28125 0.24989 -0.04213 15.209507 1.9495 0.0000 End of Gap Ref.Particle Absolute Phase: 243.8324 Deg. 89 86040 x-xp 2.47458 0.14282 0.02992 -2.36328 0.975121 0.1890 1.6797 -29.2498 -29.5431 273.3506 272.2732 y-yp 3.36008 0.13338 0.02995 0.10534 0.427408 0.1252 0.7025 phi-w 36.25512 1.28276 0.25036 -0.15789 15.118282 1.9455 0.0000 End of Gap Ref.Particle Absolute Phase: 237.5921 Deg. --Entering Doublet q1 push the 1st half h22= -483.5500 90 86040 x-xp 2.38445 0.14316 0.02960 2.33415 1.491224 0.2322 2.0777 -16.4347 -16.7182 274.5326 273.3110 y-yp 3.44513 0.13412 0.02990 -2.09029 0.488242 0.1336 0.7752 phi-w 33.21340 1.28209 0.25354 0.05590 14.595170 1.9237 0.0000 End of Gap Ref.Particle Absolute Phase: 231.1175 Deg. --Entering Doublet q1 push the 2nd half h22= -483.5500 --Entering Doublet q2 push the 1st half h22a= 483.5500 90 86040 x-xp 2.63641 0.14463 0.02951 2.35318 0.540213 0.1396 1.2196 -16.4347 -16.7182 274.5326 274.4911 y-yp 3.42166 0.13374 0.02964 -2.11683 1.373139 0.2230 1.3012 phi-w 29.70378 1.28893 0.25632 0.33317 15.210023 1.9745 0.0000 End of Gap Ref.Particle Absolute Phase: 231.1175 Deg. --Entering Doublet q2 push the 2nd half h22a= 483.5500 91 86040 x-xp 3.11467 0.14496 0.02950 -0.07150 0.471797 0.1303 1.0085 -21.7049 -21.7653 275.6793 274.4911 y-yp 3.21799 0.13265 0.02925 2.17179 0.932553 0.1823 1.1326 phi-w 23.21687 1.28564 0.25936 0.59065 17.094387 2.1056 0.0000 End of Gap Ref.Particle Absolute Phase: 84.0455 Deg. 92 86040 x-xp 3.17112 0.14489 0.02950 -0.12806 0.474475 0.1305 0.9945 -9.4063 -9.4567 276.8587 275.6371 y-yp 3.16843 0.13325 0.02923 2.05306 0.885997 0.1774 1.1106 phi-w 21.81437 1.28032 0.25943 0.57318 17.310068 2.1192 0.0000 End of Gap Ref.Particle Absolute Phase: 257.0579 Deg. 93 86040 x-xp 3.22776 0.14502 0.02949 -0.19611 0.478573 0.1309 0.9811 -16.5151 -16.5565 278.0055 276.8161 y-yp 3.11809 0.13372 0.02921 1.91915 0.842148 0.1727 1.0891 phi-w 20.73551 1.27934 0.25954 0.51052 17.505580 2.1315 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8309 Deg. 94 86040 x-xp 3.28428 0.14506 0.02949 -0.27599 0.484353 0.1315 0.9687 -23.8588 -23.8912 279.1002 277.9624 y-yp 3.06748 0.13396 0.02919 1.77314 0.801330 0.1683 1.0686 phi-w 20.70927 1.27767 0.25968 0.40159 17.662515 2.1416 0.0000 End of Gap Ref.Particle Absolute Phase: 242.3749 Deg. 95 86040 x-xp 3.34037 0.14478 0.02948 -0.36802 0.492086 0.1324 0.9573 -31.4250 -31.4483 280.1223 279.0566 y-yp 3.01709 0.13393 0.02917 1.61797 0.763800 0.1640 1.0491 phi-w 20.86017 1.27530 0.25985 0.24709 17.762868 2.1484 0.0000 End of Gap Ref.Particle Absolute Phase: 234.7042 Deg. 96 86040 x-xp 3.61699 0.14291 0.02942 -0.65746 0.559218 0.1408 0.9059 -20.0899 -20.1031 281.2891 280.0782 y-yp 2.80950 0.13335 0.02908 1.18653 0.594808 0.1444 0.9535 phi-w 21.71085 1.27666 0.26151 0.32193 18.115903 2.1766 0.0000 End of Gap Ref.Particle Absolute Phase: 226.8163 Deg. 97 86040 x-xp 3.67006 0.14337 0.02941 -0.74171 0.576310 0.1427 0.8967 -18.1507 -18.1159 282.4715 281.2445 y-yp 2.75105 0.13300 0.02907 1.08669 0.570270 0.1412 0.9363 phi-w 21.86420 1.27860 0.26177 0.23857 18.160216 2.1803 0.0000 End of Gap Ref.Particle Absolute Phase: 86.8355 Deg. 98 86040 x-xp 3.72139 0.14365 0.02939 -0.80689 0.594589 0.1448 0.8877 -7.3211 -7.2762 283.6619 282.4267 y-yp 2.69277 0.13255 0.02905 1.01121 0.547127 0.1381 0.9191 phi-w 22.00387 1.27824 0.26203 0.22902 18.211022 2.1845 0.0000 End of Gap Ref.Particle Absolute Phase: 258.4415 Deg. 99 86040 x-xp 3.77056 0.14364 0.02938 -0.89028 0.614569 0.1470 0.8791 -15.8319 -15.7779 284.8173 283.6168 y-yp 2.63518 0.13170 0.02904 0.92395 0.525797 0.1352 0.9022 phi-w 22.13486 1.27781 0.26233 0.16357 18.244343 2.1877 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8168 Deg. 100 86040 x-xp 3.81719 0.14385 0.02936 -0.99321 0.636665 0.1494 0.8714 -24.5688 -24.5058 285.9102 284.7721 y-yp 2.61783 0.13184 0.02902 0.82676 0.506525 0.1325 0.8861 phi-w 22.25693 1.27874 0.26267 0.04297 18.238917 2.1888 0.0000 End of Gap Ref.Particle Absolute Phase: 240.9726 Deg. 101 86040 x-xp 3.86097 0.14401 0.02935 -1.11687 0.661326 0.1521 0.8646 -33.5178 -33.4459 286.9127 285.8652 y-yp 2.61810 0.13182 0.02901 0.72146 0.489514 0.1301 0.8709 phi-w 22.36872 1.27808 0.26304 -0.12960 18.174957 2.1865 0.0000 End of Gap Ref.Particle Absolute Phase: 231.9252 Deg. 102 86040 x-xp 4.03468 0.14382 0.02927 -1.52317 0.830817 0.1700 0.9704 -23.6097 -23.5281 288.0600 286.8682 y-yp 2.62354 0.13140 0.02890 0.40928 0.423307 0.1206 0.8036 phi-w 22.60746 1.27912 0.26527 -0.08091 17.610668 2.1614 0.0000 End of Gap Ref.Particle Absolute Phase: 222.6770 Deg. 103 86040 x-xp 4.06026 0.14375 0.02926 -1.63307 0.868236 0.1736 0.9940 -14.7317 -14.6045 289.2726 288.0157 y-yp 2.61858 0.13164 0.02888 0.34177 0.415821 0.1193 0.7945 phi-w 22.68700 1.28048 0.26573 -0.14002 17.487291 2.1556 0.0000 End of Gap Ref.Particle Absolute Phase: 89.5168 Deg. 104 86040 x-xp 4.08139 0.14362 0.02926 -1.71905 0.907076 0.1772 1.0175 -5.3171 -5.1805 290.4721 289.2287 y-yp 2.61119 0.13152 0.02885 0.28842 0.409323 0.1182 0.7854 phi-w 22.75549 1.28135 0.26619 -0.13563 17.379283 2.1509 0.0000 End of Gap Ref.Particle Absolute Phase: 259.7712 Deg. 105 86040 x-xp 4.09810 0.14351 0.02926 -1.83576 0.948133 0.1810 1.0415 -15.1753 -15.0303 291.6355 290.4282 y-yp 2.60148 0.13156 0.02882 0.22371 0.404166 0.1173 0.7766 phi-w 22.81342 1.28203 0.26668 -0.19278 17.261034 2.1455 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8033 Deg. 106 86040 x-xp 4.11005 0.14356 0.02926 -1.98604 0.992112 0.1849 1.0662 -25.2511 -25.0978 292.7264 291.5920 y-yp 2.58957 0.13186 0.02879 0.14835 0.400597 0.1166 0.7683 phi-w 22.85853 1.28287 0.26720 -0.30866 17.110791 2.1382 0.0000 End of Gap Ref.Particle Absolute Phase: 239.6248 Deg. 107 86040 x-xp 4.11699 0.14353 0.02926 -2.17202 1.039766 0.1891 1.0921 -35.5295 -35.3682 293.7086 292.6840 y-yp 2.57571 0.13186 0.02876 0.06313 0.398843 0.1161 0.7742 phi-w 22.88930 1.28440 0.26772 -0.47754 16.909021 2.1276 0.0000 End of Gap Ref.Particle Absolute Phase: 229.2539 Deg. --Entering Doublet q1 push the 1st half h22= -485.2300 108 86040 x-xp 4.18798 0.14320 0.02937 2.45740 1.487357 0.2264 1.3056 -26.9952 -26.8254 294.8326 293.6679 y-yp 2.42864 0.13228 0.02849 -2.01551 0.470517 0.1254 0.9597 phi-w 22.63139 1.28822 0.27084 -0.33622 15.066909 2.0201 0.0000 End of Gap Ref.Particle Absolute Phase: 218.6976 Deg. --Entering Doublet q1 push the 2nd half h22= -485.2300 --Entering Doublet q2 push the 1st half h22a= 485.2300 108 86040 x-xp 4.34069 0.14314 0.02967 2.35466 0.535102 0.1365 0.7845 -26.9952 -26.8254 294.8326 294.7934 y-yp 2.18265 0.13093 0.02810 -2.12859 1.315284 0.2083 1.6320 phi-w 22.26638 1.28953 0.27353 -0.06946 14.422885 1.9862 0.0000 End of Gap Ref.Particle Absolute Phase: 218.6976 Deg. --Entering Doublet q2 push the 2nd half h22a= 485.2300 109 86040 x-xp 4.26974 0.14418 0.02994 0.02315 0.446515 0.1251 0.6817 -11.4471 -11.0911 296.0706 294.7934 y-yp 2.10766 0.13213 0.02779 1.92667 0.937044 0.1746 1.3564 phi-w 26.49677 1.29324 0.27635 0.22976 14.673784 2.0137 0.0000 End of Gap Ref.Particle Absolute Phase: 92.0919 Deg. 110 86040 x-xp 4.27895 0.14427 0.02995 -0.02335 0.446655 0.1250 0.6735 -3.3924 -3.0288 297.2776 296.0327 y-yp 2.15071 0.13223 0.02779 1.83909 0.894848 0.1704 1.3197 phi-w 27.51143 1.30137 0.27656 0.25105 14.733193 2.0186 0.0000 End of Gap Ref.Particle Absolute Phase: 261.0484 Deg. 111 86040 x-xp 4.28897 0.14432 0.02996 -0.08484 0.448043 0.1251 0.6655 -14.5445 -14.1741 298.4486 297.2398 y-yp 2.19141 0.13208 0.02780 1.72498 0.854725 0.1664 1.2832 phi-w 28.49924 1.30661 0.27677 0.21248 14.789278 2.0232 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7906 Deg. 112 86040 x-xp 4.29600 0.14431 0.02997 -0.16097 0.451005 0.1254 0.6580 -25.9061 -25.5292 299.5374 298.4125 y-yp 2.22927 0.13236 0.02781 1.58936 0.817238 0.1626 1.2477 phi-w 29.43547 1.30757 0.27698 0.11519 14.821191 2.0261 0.0000 End of Gap Ref.Particle Absolute Phase: 238.3307 Deg. 113 86040 x-xp 4.29757 0.14442 0.02997 -0.25113 0.455856 0.1259 0.6513 -37.4612 -37.0785 300.4988 299.5045 y-yp 2.26388 0.13272 0.02783 1.43751 0.782828 0.1590 1.2135 phi-w 30.29732 1.30645 0.27718 -0.03632 14.809562 2.0261 0.0000 End of Gap Ref.Particle Absolute Phase: 226.6886 Deg. 114 86040 x-xp 4.19433 0.14433 0.02996 -0.54479 0.507897 0.1328 0.7322 -30.2487 -29.8607 301.5962 300.4706 y-yp 2.39399 0.13433 0.02797 1.02938 0.630103 0.1429 1.0479 phi-w 33.17249 1.29527 0.27791 0.00608 14.573084 2.0124 0.0000 End of Gap Ref.Particle Absolute Phase: 214.8756 Deg. 115 86040 x-xp 4.15679 0.14426 0.02995 -0.60594 0.521918 0.1344 0.7612 -8.2926 -7.8819 302.8549 301.5720 y-yp 2.41316 0.13455 0.02800 0.95628 0.607827 0.1402 1.0237 phi-w 33.92869 1.30384 0.27804 0.00007 14.527640 2.0098 0.0000 End of Gap Ref.Particle Absolute Phase: 94.5629 Deg. 116 86040 x-xp 4.11398 0.14427 0.02994 -0.65723 0.536816 0.1361 0.7899 -1.5456 -1.1307 304.0676 302.8316 y-yp 2.42850 0.13487 0.02803 0.89764 0.586515 0.1377 0.9995 phi-w 34.62778 1.30901 0.27816 0.03218 14.508405 2.0089 0.0000 End of Gap Ref.Particle Absolute Phase: 262.2739 Deg. 117 86040 x-xp 4.06681 0.14449 0.02993 -0.72908 0.553136 0.1380 0.8188 -13.9391 -13.5202 305.2458 304.0443 y-yp 2.44018 0.13501 0.02806 0.82006 0.566745 0.1352 0.9757 phi-w 35.27297 1.31379 0.27828 -0.00155 14.489756 2.0080 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7785 Deg. 118 86040 x-xp 4.01586 0.14443 0.02991 -0.82241 0.571338 0.1401 0.8481 -26.5345 -26.1121 306.3323 305.2241 y-yp 2.44808 0.13522 0.02808 0.72640 0.548911 0.1330 0.9527 phi-w 35.85294 1.31775 0.27839 -0.09856 14.449830 2.0057 0.0000 End of Gap Ref.Particle Absolute Phase: 237.0889 Deg. 119 86040 x-xp 3.97238 0.14432 0.02990 -0.93745 0.591892 0.1424 0.8812 -39.3150 -38.8896 307.2725 306.3144 y-yp 2.45878 0.13538 0.02811 0.61993 0.533334 0.1311 0.9311 phi-w 36.36050 1.31993 0.27849 -0.25227 14.368804 2.0004 0.0000 End of Gap Ref.Particle Absolute Phase: 224.2265 Deg. 120 86040 x-xp 3.68858 0.14286 0.02981 -1.32999 0.738059 0.1587 1.0917 -33.3732 -32.9457 308.3406 307.2600 y-yp 2.58384 0.13586 0.02824 0.31739 0.475689 0.1240 0.8868 phi-w 38.00673 1.31964 0.27855 -0.21600 13.748995 1.9570 0.0000 End of Gap Ref.Particle Absolute Phase: 211.2070 Deg. 121 86040 x-xp 3.62989 0.14236 0.02980 -1.40622 0.770612 0.1619 1.1312 -5.2657 -4.8318 309.6158 308.3331 y-yp 2.62865 0.13584 0.02826 0.26653 0.469432 0.1230 0.8787 phi-w 38.25757 1.31896 0.27857 -0.20383 13.638248 1.9492 0.0000 End of Gap Ref.Particle Absolute Phase: 96.9331 Deg. 122 86040 x-xp 3.56934 0.14164 0.02978 -1.47115 0.804167 0.1651 1.1704 0.2259 0.6608 310.8330 309.6088 y-yp 2.67165 0.13576 0.02828 0.22399 0.463875 0.1222 0.8705 phi-w 38.45977 1.32005 0.27859 -0.16304 13.556921 1.9434 0.0000 End of Gap Ref.Particle Absolute Phase: 263.4496 Deg. 123 86040 x-xp 3.50750 0.14134 0.02977 -1.56867 0.839547 0.1685 1.2097 -13.3582 -12.9224 312.0178 310.8257 y-yp 2.71288 0.13540 0.02829 0.16457 0.459500 0.1215 0.8626 phi-w 38.62066 1.32023 0.27861 -0.19014 13.479251 1.9379 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7672 Deg. 124 86040 x-xp 3.44468 0.14172 0.02976 -1.70121 0.877479 0.1721 1.2498 -27.1371 -26.7006 313.1022 312.0124 y-yp 2.75214 0.13591 0.02831 0.08950 0.456657 0.1211 0.8554 phi-w 38.74639 1.31885 0.27861 -0.28139 13.383756 1.9310 0.0000 End of Gap Ref.Particle Absolute Phase: 235.8979 Deg. 125 86040 x-xp 3.38117 0.14241 0.02975 -1.86954 0.918732 0.1759 1.2913 -41.0930 -40.6566 314.0209 313.1008 y-yp 2.78938 0.13612 0.02832 0.00061 0.455665 0.1209 0.8493 phi-w 38.84507 1.31830 0.27860 -0.42842 13.251374 1.9214 0.0000 End of Gap Ref.Particle Absolute Phase: 221.8648 Deg. --Entering Doublet q1 push the 1st half h22= -485.2300 126 86040 x-xp 2.90180 0.14198 0.02973 2.00027 1.318520 0.2105 1.6439 -36.3719 -35.9366 315.0575 314.0255 y-yp 3.01658 0.13750 0.02836 -2.24107 0.539243 0.1314 0.8635 phi-w 39.36854 1.30888 0.27770 -0.29709 11.946086 1.8214 0.0000 End of Gap Ref.Particle Absolute Phase: 207.6875 Deg. --Entering Doublet q1 push the 2nd half h22= -485.2300 --Skipping Doublet q2 ========================================================================================================================================================================= --Structure 17 End of Run 1--- ========================================================================================================================================================================= Structure 18 0 805. 805. title *************************************** *** ORNL April 26,2001 Design*** BTW SC2 1a--SC2 1b *************************************** Transport Bore 4.0 ;quad L, Ra, outputflag, B, errorflag drift 0. 5.0 1 4 drift 25.0 5.0 1 8 quad 40.0 0 1 +485.23 1 drift 15.0 5.0 1 8 drift 58.71007 5.0 1 8 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff .05 .05 20 40 0 0 3 scheff 0.05 0.05 8 10 0 0 3 ! Picninc ===The particle distribution phase automatically displaced by 0.0000(Deg.)=== ===The Inter-Structure distance is adjusted.=== (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) readdist ncell= 126 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0298 2.5829 5.1473 875.6044 2 0.0283 3.1362 -5.7925 944.8678 3 0.2766 39.3754 -0.1310 11.7383 output 2 1 1 3000 1 prtbeam begin ;------------------------------------------------------------ ; --SC2 1b-- ; ID Nlst f0 fsh deltaphi Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 315.0575 (MeV) NGood_Particle 86040 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00337 0.01861 -0.00175 -0.01290 28.101 315.068 Transport starting...Wsync MeV,phis deg: 315.0575 0.0000 Partran Routine Phis 0.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW SC2 1a--SC2 1b The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86040 x-xp 2.58290 0.14279 0.02980 5.14728 0.875604 0.1717 1.3643 0.0000 28.1009 315.0575 315.0676 y-yp 3.13618 0.13737 0.02835 -5.79250 0.944868 0.1740 1.1286 phi-w 39.37538 1.30425 0.27664 -0.13104 11.738252 1.8020 0.0000 Transport finished element 2: 1. Drift 0 86040 x-xp 2.49155 0.14304 0.02983 4.32646 0.638168 0.1467 1.1782 0.0000 28.0971 315.0575 315.0676 y-yp 3.17446 0.13730 0.02835 -6.75740 1.258528 0.2008 1.2940 phi-w 39.28727 1.30180 0.27612 -0.05829 11.690037 1.7966 0.0000 Transport finished element 3: 3. Quad 0 86040 x-xp 2.37704 0.14216 0.02985 0.10389 0.475620 0.1267 1.0350 0.0000 28.0971 315.0575 315.0676 y-yp 3.20792 0.13705 0.02837 2.64247 1.438794 0.2148 1.3694 phi-w 39.02862 1.29850 0.27515 0.05880 11.731247 1.7966 0.0000 Transport finished element 4: 1. Drift 0 86040 x-xp 2.33734 0.14231 0.02985 0.05251 0.473258 0.1263 1.0369 0.0000 28.0888 315.0575 315.0676 y-yp 3.22108 0.13708 0.02840 2.52754 1.360028 0.2089 1.3255 phi-w 38.85472 1.29783 0.27475 0.10363 11.784702 1.7994 0.0000 Transport finished element 5: 1. Drift 0 86040 x-xp 2.20085 0.14294 0.02982 -0.15226 0.479604 0.1271 1.0443 0.0000 28.0800 315.0575 315.0676 y-yp 3.24993 0.13700 0.02856 2.09195 1.082450 0.1869 1.2025 phi-w 37.83635 1.29693 0.27296 0.28616 12.200708 1.8249 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by -136.8509 (Deg) :Equivalent length: -9.3827 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to 136.8509 ************************************************************** ========================================================================================================================================================================= --Structure 18 End of Run 1--- ========================================================================================================================================================================= Structure 19 72 805. 805. -54.7697 title *************************************** *** ORNL April 26,2001 Design*** SC2 1b *** *************************************** SC2 410.0 -22.0 4 6 2 0 0.6000 3.3633 3 51.00 175.420123 0.6840 3.3633 3 51.00 175.420123 0.6940 3.3633 3 51.00 175.420123 0.7040 3.3633 3 51.00 175.420123 AutoStructPhase ConstESuper 14.933872 SetSuperCav 1 -20.5 14.9339 10 SetSuperCav 11 -21.5 14.9339 SetSuperCav 12 -22.5 14.9339 ; (G/cm) Lq dds pol Qloc QuadDoublet 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 ExtDquad 10 18 -4.8433e+2 40.0 1 50.0 ExtDquad 10 36 -4.8306e+2 40.0 1 50.0 ExtDquad 10 54 -4.6790e+2 40.0 1 50.0 ExtDQuad 16 54 4.6569e+2 0 ExtDquad 10 72 -5.3098e+2 40.0 1 50.0 ExtDQuad 16 72 5.2050e+2 0 Bore 4.0 ; delaycmi delaypsi endcmi endpsi endw SetBetaRamp 0 0 0 0 0 SetSuperCav 12 -23.000 14.933872 ; 11/27/00 J. Billen ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; No other reduction in shunt impedance Z applied. ; Geometric beta column included for superconducting linac. ; Geometric beta = 0.61008. ---SuperConducting cavity design details--- If phase has a discontinuity at the end of cavity, ' the Q&D Len includes the added drift ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 SpaceAdj uses PrevEndCellPhase= -152.3125 QuadDoublet 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 4.436e2 40.0 50.0 0 2 ExtDquad 10 18 -4.8433e+2 40.0 1 50.0 ExtDquad 10 36 -4.8306e+2 40.0 1 50.0 ExtDquad 10 54 -4.6790e+2 40.0 1 50.0 ExtDQuad 16 54 4.6569e+2 0 ExtDquad 10 72 -5.3098e+2 40.0 1 50.0 ExtDQuad 16 72 5.2050e+2 0 linout 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. If you are designing symmetric linac, the phase printed is REFERENCE Particle phase at the center of the gap. Also, the kinetic energy and beta are for the REFERENCE particle at the end of the cell. The geometrical beta for the cavities are printed in the WALLPWR file (with Power keyword). E is the field for the cell(used as E*t*l*cosphi). It includes the ratio E/E0 for that cell. tank no. 1 tank length 2919.500 (cm) 90 cells power= 4.922 MW frequency= 805.00MHz (Cu+Beam) wavelength= 37.24130 cm This superconducting design, one/two quads locate after symmetric units. --------------------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng rel.driver number energy length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall phase (MeV) (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) (Deg) Absolute z= 13939.59628 (cm) position is at the starting face of the first cavity. initial 315.0575 0.66276 0.000 0.0000 ( 0.00000) 13939.59628 1 316.3451 0.66363 11.3600 0.6253 0.0986 0.5742 0.0426 0.000 0.0000 14.9339 18.1429 -2.361 -20.500 13950.95628 13950.95628 85.933 2 317.5653 0.66445 11.3600 0.8063 0.0621 0.4830 0.0641 0.000 0.0000 14.9339 13.3291 1.925 -20.500 13962.31627 13962.31627 85.933 3 318.7565 0.66524 11.3600 0.8067 0.0620 0.4825 0.0641 0.000 0.0000 14.9339 13.3291 -12.801 -20.500 13973.67626 13973.67626 85.933 4 319.8385 0.66596 11.3600 0.8071 0.0620 0.4821 0.0642 0.000 0.0000 14.9339 13.3291 -27.715 -20.500 13985.03625 13985.03625 85.933 5 320.7357 0.66656 11.3600 0.8076 0.0619 0.4817 0.0643 0.000 0.0000 14.9339 13.3291 -42.798 -20.500 13996.39625 13996.39625 85.933 6 321.7388 0.66722 11.3600 0.6285 0.0986 0.5729 0.0433 0.000 0.0000 14.9339 18.1429 -39.249 -20.500 14007.75624 14058.75624 85.933 7 323.0353 0.66807 11.3600 0.6291 0.0986 0.5726 0.0434 0.000 0.0000 14.9339 18.1429 0.424 -20.500 14070.11623 14070.11623 159.636 8 324.2575 0.66887 11.3600 0.8087 0.0618 0.4805 0.0644 0.000 0.0000 14.9339 13.3291 3.553 -20.500 14081.47623 14081.47623 159.636 9 325.4547 0.66965 11.3600 0.8091 0.0618 0.4801 0.0645 0.000 0.0000 14.9339 13.3291 -12.267 -20.500 14092.83622 14092.83622 159.636 10 326.5342 0.67035 11.3600 0.8095 0.0617 0.4797 0.0646 0.000 0.0000 14.9339 13.3291 -28.268 -20.500 14104.19621 14104.19621 159.636 11 327.4100 0.67092 11.3600 0.8099 0.0617 0.4792 0.0646 0.000 0.0000 14.9339 13.3291 -44.432 -20.500 14115.55620 14115.55620 159.636 12 328.3781 0.67155 11.3600 0.6322 0.0986 0.5714 0.0441 0.000 0.0000 14.9339 18.1429 -42.009 -20.500 14126.91620 14177.91620 159.636 13 329.6803 0.67239 11.3600 0.6328 0.0986 0.5711 0.0442 0.000 0.0000 14.9339 18.1429 3.095 -20.500 14189.27619 14189.27619 -115.510 14 330.9034 0.67317 11.3600 0.8110 0.0615 0.4781 0.0648 0.000 0.0000 14.9339 13.3291 5.114 -20.500 14200.63618 14200.63618 -115.510 15 332.1062 0.67394 11.3600 0.8114 0.0615 0.4777 0.0648 0.000 0.0000 14.9339 13.3291 -11.755 -20.500 14211.99617 14211.99617 -115.510 16 333.1833 0.67462 11.3600 0.8117 0.0614 0.4773 0.0649 0.000 0.0000 14.9339 13.3291 -28.799 -20.500 14223.35617 14223.35617 -115.510 17 334.0376 0.67516 11.3600 0.8121 0.0614 0.4769 0.0650 0.000 0.0000 14.9339 13.3291 -45.999 -20.500 14234.71616 14234.71616 -115.510 18 334.9696 0.67575 11.3600 0.6357 0.0985 0.5698 0.0449 0.000 0.0000 14.9339 18.1429 -44.657 -20.500 14246.07615 14523.49628 -115.510 334.9696 0.67575 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4843 0.0000 0.000 ( 14339.78621) 14523.49628 334.9696 0.67575 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4843 0.0000 0.000 ( 14429.78621) 14523.49628 19 336.2745 0.67657 11.3600 0.6362 0.0985 0.5696 0.0450 0.000 0.0000 14.9339 18.1429 5.657 -20.500 14534.85627 14534.85627 -18.921 20 337.4976 0.67734 11.3600 0.8131 0.0613 0.4758 0.0651 0.000 0.0000 14.9339 13.3291 6.611 -20.500 14546.21626 14546.21626 -18.921 21 338.7057 0.67810 11.3600 0.8135 0.0612 0.4754 0.0652 0.000 0.0000 14.9339 13.3291 -11.264 -20.500 14557.57625 14557.57625 -18.921 22 339.7803 0.67876 11.3600 0.8139 0.0612 0.4750 0.0652 0.000 0.0000 14.9339 13.3291 -29.307 -20.500 14568.93625 14568.93625 -18.921 23 340.6133 0.67928 11.3600 0.8143 0.0611 0.4746 0.0653 0.000 0.0000 14.9339 13.3291 -47.501 -20.500 14580.29624 14580.29624 -18.921 24 341.5084 0.67983 11.3600 0.6392 0.0985 0.5684 0.0456 0.000 0.0000 14.9339 18.1429 -47.196 -20.500 14591.65623 14642.65623 -18.921 25 342.8135 0.68064 11.3600 0.6396 0.0985 0.5682 0.0457 0.000 0.0000 14.9339 18.1429 8.114 -20.500 14654.01623 14654.01623 86.874 26 344.0358 0.68139 11.3600 0.8152 0.0610 0.4736 0.0654 0.000 0.0000 14.9339 13.3291 8.046 -20.500 14665.37622 14665.37622 86.874 27 345.2489 0.68213 11.3600 0.8156 0.0610 0.4732 0.0655 0.000 0.0000 14.9339 13.3291 -10.792 -20.500 14676.73621 14676.73621 86.874 28 346.3211 0.68278 11.3600 0.8159 0.0609 0.4728 0.0655 0.000 0.0000 14.9339 13.3291 -29.794 -20.500 14688.09620 14688.09620 86.874 29 347.1329 0.68328 11.3600 0.8163 0.0609 0.4724 0.0656 0.000 0.0000 14.9339 13.3291 -48.941 -20.500 14699.45620 14699.45620 86.874 30 347.9905 0.68380 11.3600 0.6424 0.0985 0.5669 0.0463 0.000 0.0000 14.9339 18.1429 -49.632 -20.500 14710.81619 14761.81619 86.874 31 349.2933 0.68458 11.3600 0.6428 0.0985 0.5667 0.0464 0.000 0.0000 14.9339 18.1429 10.471 -20.500 14773.17618 14773.17618 -157.500 32 350.5140 0.68532 11.3600 0.8172 0.0608 0.4715 0.0657 0.000 0.0000 14.9339 13.3291 9.421 -20.500 14784.53618 14784.53618 -157.500 33 351.7318 0.68605 11.3600 0.8175 0.0607 0.4711 0.0658 0.000 0.0000 14.9339 13.3291 -10.341 -20.500 14795.89617 14795.89617 -157.500 34 352.8015 0.68668 11.3600 0.8179 0.0607 0.4707 0.0658 0.000 0.0000 14.9339 13.3291 -30.262 -20.500 14807.25616 14807.25616 -157.500 35 353.5925 0.68716 11.3600 0.8182 0.0606 0.4703 0.0659 0.000 0.0000 14.9339 13.3291 -50.321 -20.500 14818.61615 14818.61615 -157.500 36 354.4122 0.68764 11.3600 0.6456 0.0985 0.5655 0.0470 0.000 0.0000 14.9339 18.1429 -51.969 -20.500 14829.97615 15107.39627 -157.500 354.4122 0.68764 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4831 0.0000 0.000 ( 14923.68621) 15107.39627 354.4122 0.68764 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4831 0.0000 0.000 ( 15013.68621) 15107.39627 37 355.7107 0.68841 11.3600 0.6459 0.0985 0.5653 0.0471 0.000 0.0000 14.9339 18.1429 12.733 -20.500 15118.75626 15118.75626 24.600 38 356.9293 0.68913 11.3600 0.8191 0.0605 0.4694 0.0660 0.000 0.0000 14.9339 13.3291 10.741 -20.500 15130.11625 15130.11625 24.600 39 358.1516 0.68984 11.3600 0.8194 0.0605 0.4690 0.0661 0.000 0.0000 14.9339 13.3291 -9.907 -20.500 15141.47625 15141.47625 24.600 40 359.2188 0.69047 11.3600 0.8198 0.0604 0.4687 0.0661 0.000 0.0000 14.9339 13.3291 -30.710 -20.500 15152.83624 15152.83624 24.600 41 359.9894 0.69092 11.3600 0.8201 0.0604 0.4683 0.0662 0.000 0.0000 14.9339 13.3291 -51.646 -20.500 15164.19623 15164.19623 24.600 42 360.7711 0.69137 11.3600 0.6486 0.0984 0.5641 0.0477 0.000 0.0000 14.9339 18.1429 -54.212 -20.500 15175.55623 15226.55623 24.600 43 362.0634 0.69212 11.3600 0.6489 0.0984 0.5640 0.0477 0.000 0.0000 14.9339 18.1429 14.904 -20.500 15237.91622 15237.91622 158.705 44 363.2792 0.69282 11.3600 0.8209 0.0603 0.4674 0.0663 0.000 0.0000 14.9339 13.3291 12.008 -20.500 15249.27621 15249.27621 158.705 45 364.5057 0.69353 11.3600 0.8212 0.0602 0.4671 0.0663 0.000 0.0000 14.9339 13.3291 -9.491 -20.500 15260.63620 15260.63620 158.705 46 365.5705 0.69414 11.3600 0.8216 0.0602 0.4667 0.0664 0.000 0.0000 14.9339 13.3291 -31.139 -20.500 15271.99620 15271.99620 158.705 47 366.3208 0.69457 11.3600 0.8219 0.0601 0.4664 0.0664 0.000 0.0000 14.9339 13.3291 -52.916 -20.500 15283.35619 15283.35619 158.705 48 367.0645 0.69499 11.3600 0.6514 0.0984 0.5628 0.0483 0.000 0.0000 14.9339 18.1429 -56.365 -20.500 15294.71618 15345.71618 158.705 49 368.3491 0.69572 11.3600 0.6517 0.0984 0.5627 0.0483 0.000 0.0000 14.9339 18.1429 16.989 -20.500 15357.07618 15357.07618 -58.505 50 369.5617 0.69641 11.3600 0.8226 0.0600 0.4655 0.0666 0.000 0.0000 14.9339 13.3291 13.224 -20.500 15368.43617 15368.43617 -58.505 51 370.7921 0.69710 11.3600 0.8229 0.0600 0.4652 0.0666 0.000 0.0000 14.9339 13.3291 -9.092 -20.500 15379.79616 15379.79616 -58.505 52 371.8544 0.69770 11.3600 0.8233 0.0600 0.4648 0.0667 0.000 0.0000 14.9339 13.3291 -31.552 -20.500 15391.15615 15391.15615 -58.505 53 372.5850 0.69811 11.3600 0.8236 0.0599 0.4645 0.0667 0.000 0.0000 14.9339 13.3291 -54.136 -20.500 15402.51615 15402.51615 -58.505 54 373.2909 0.69850 11.3600 0.6542 0.0983 0.5615 0.0489 0.000 0.0000 14.9339 18.1429 -58.433 -20.500 15413.87614 15691.29626 -58.505 373.2909 0.69850 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4679 0.0000 0.000 ( 15507.58620) 15691.29626 373.2909 0.69850 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4657 0.0000 0.000 ( 15597.58620) 15691.29626 55 374.5663 0.69921 11.3600 0.6544 0.0983 0.5614 0.0489 0.000 0.0000 14.9339 18.1429 18.991 -20.500 15702.65626 15702.65626 -160.841 56 375.7753 0.69988 11.3600 0.8243 0.0598 0.4637 0.0668 0.000 0.0000 14.9339 13.3291 14.391 -20.500 15714.01625 15714.01625 -160.841 57 377.0095 0.70057 11.3600 0.8246 0.0598 0.4633 0.0669 0.000 0.0000 14.9339 13.3291 -8.708 -20.500 15725.37624 15725.37624 -160.841 58 378.0694 0.70115 11.3600 0.8249 0.0597 0.4630 0.0669 0.000 0.0000 14.9339 13.3291 -31.948 -20.500 15736.73623 15736.73623 -160.841 59 378.7806 0.70154 11.3600 0.8252 0.0597 0.4627 0.0669 0.000 0.0000 14.9339 13.3291 -55.308 -20.500 15748.09623 15748.09623 -160.841 60 379.4489 0.70191 11.3600 0.6569 0.0983 0.5602 0.0495 0.000 0.0000 14.9339 18.1429 -60.419 -20.500 15759.45622 15810.45622 -160.841 61 380.7221 0.70261 11.3600 0.6571 0.0983 0.5601 0.0495 0.000 0.0000 14.9339 18.1429 19.916 -21.500 15821.81621 15821.81621 -2.699 62 381.9327 0.70327 11.3600 0.8259 0.0596 0.4619 0.0670 0.000 0.0000 14.9339 13.3291 14.514 -21.500 15833.17620 15833.17620 -2.699 63 383.1671 0.70394 11.3600 0.8262 0.0596 0.4616 0.0671 0.000 0.0000 14.9339 13.3291 -9.340 -21.500 15844.53620 15844.53620 -2.699 64 384.2127 0.70450 11.3600 0.8265 0.0595 0.4612 0.0671 0.000 0.0000 14.9339 13.3291 -33.329 -21.500 15855.89619 15855.89619 -2.699 65 384.8865 0.70487 11.3600 0.8267 0.0595 0.4609 0.0672 0.000 0.0000 14.9339 13.3291 -57.434 -21.500 15867.25618 15867.25618 -2.699 66 385.4966 0.70519 11.3600 0.6594 0.0983 0.5590 0.0500 0.000 0.0000 14.9339 18.1429 -63.327 -21.500 15878.61618 15929.61618 -2.699 67 386.7678 0.70588 11.3600 0.6596 0.0982 0.5589 0.0501 0.000 0.0000 14.9339 18.1429 20.755 -22.500 15940.97617 15940.97617 163.103 68 387.9802 0.70652 11.3600 0.8274 0.0594 0.4602 0.0673 0.000 0.0000 14.9339 13.3291 14.585 -22.500 15952.33616 15952.33616 163.103 69 389.2144 0.70718 11.3600 0.8277 0.0594 0.4599 0.0673 0.000 0.0000 14.9339 13.3291 -9.988 -22.500 15963.69615 15963.69615 163.103 70 390.2452 0.70773 11.3600 0.8279 0.0593 0.4596 0.0674 0.000 0.0000 14.9339 13.3291 -34.694 -22.500 15975.05615 15975.05615 163.103 71 390.8815 0.70807 11.3600 0.8282 0.0593 0.4592 0.0674 0.000 0.0000 14.9339 13.3291 -59.509 -22.500 15986.41614 15986.41614 163.103 72 391.4331 0.70836 11.3600 0.6618 0.0982 0.5578 0.0506 0.000 0.0000 14.9339 18.1429 -66.149 -22.500 15997.77613 16275.19626 163.103 391.4331 0.70836 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.5310 0.0000 0.000 ( 16091.48619) 16275.19626 391.4331 0.70836 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.5205 0.0000 0.000 ( 16181.48619) 16275.19626 73 392.6888 0.70902 11.3600 0.6619 0.0982 0.5578 0.0506 0.000 0.0000 14.9339 18.1428 23.011 -22.000 16286.55625 16286.55625 127.860 74 393.8945 0.70966 11.3600 0.8288 0.0592 0.4586 0.0675 0.000 0.0000 14.9339 13.3291 16.108 -22.000 16297.91624 16297.91624 127.860 75 395.1340 0.71030 11.3600 0.8291 0.0592 0.4582 0.0675 0.000 0.0000 14.9339 13.3291 -9.151 -22.000 16309.27623 16309.27623 127.860 76 396.1684 0.71084 11.3600 0.8294 0.0591 0.4579 0.0676 0.000 0.0000 14.9339 13.3291 -34.540 -22.000 16320.63623 16320.63623 127.860 77 396.7959 0.71117 11.3600 0.8296 0.0591 0.4576 0.0676 0.000 0.0000 14.9339 13.3291 -60.035 -22.000 16331.99622 16331.99622 127.860 78 397.3221 0.71144 11.3600 0.6642 0.0982 0.5567 0.0511 0.000 0.0000 14.9339 18.1428 -67.393 -22.000 16343.35621 16394.35621 127.860 79 398.5658 0.71209 11.3600 0.6643 0.0982 0.5566 0.0511 0.000 0.0000 14.9339 18.1428 24.708 -22.000 16405.71620 16405.71620 -50.971 80 399.7673 0.71271 11.3600 0.8302 0.0590 0.4570 0.0677 0.000 0.0000 14.9339 13.3291 17.097 -22.000 16417.07620 16417.07620 -50.971 81 401.0099 0.71335 11.3600 0.8305 0.0590 0.4567 0.0677 0.000 0.0000 14.9339 13.3291 -8.826 -22.000 16428.43619 16428.43619 -50.971 82 402.0419 0.71388 11.3600 0.8307 0.0590 0.4564 0.0678 0.000 0.0000 14.9339 13.3291 -34.875 -22.000 16439.79618 16439.79618 -50.971 83 402.6514 0.71419 11.3600 0.8310 0.0589 0.4561 0.0678 0.000 0.0000 14.9339 13.3291 -61.027 -22.000 16451.15618 16451.15618 -50.971 84 403.1419 0.71444 11.3600 0.6664 0.0981 0.5555 0.0516 0.000 0.0000 14.9339 18.1428 -69.078 -22.000 16462.51617 16513.51617 -50.971 85 404.3728 0.71507 11.3600 0.6665 0.0981 0.5555 0.0516 0.000 0.0000 14.9339 18.1428 26.343 -22.000 16524.87616 16524.87616 136.993 86 405.5699 0.71568 11.3600 0.8315 0.0589 0.4555 0.0679 0.000 0.0000 14.9339 13.3291 18.049 -22.000 16536.23615 16536.23615 136.993 87 406.8155 0.71631 11.3600 0.8318 0.0588 0.4552 0.0679 0.000 0.0000 14.9339 13.3291 -8.513 -22.000 16547.59615 16547.59615 136.993 88 407.8450 0.71683 11.3600 0.8320 0.0588 0.4549 0.0680 0.000 0.0000 14.9339 13.3291 -35.197 -22.000 16558.95614 16558.95614 136.993 89 408.4370 0.71712 11.3600 0.8323 0.0587 0.4546 0.0680 0.000 0.0000 14.9339 13.3291 -61.982 -22.000 16570.31613 16570.31613 136.993 90 408.8925 0.71735 11.3600 0.6686 0.0981 0.5544 0.0521 0.000 0.0000 14.9339 18.1428 -70.701 -22.000 16581.67613 16859.09625 136.993 408.8925 0.71735 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 -0.4436 0.0000 0.000 ( 18849.56604) 19055.98616 408.8925 0.71735 51.0000 0.0000 0.0000 0.0000 0.0000 40.000 0.4436 0.0000 0.000 ( 18984.98616) 19055.98616 scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) *The Phase Displacement of particles on Structure keywordignored. *For Superconducting linac, to bring to the correct cavity entrance phase, the phase of Particle distribution is shifted by -44.3798 Deg. Cell entry Ref. Phase -66.3798; Design Phase -22.0000 readdist ncell= 90 centrr5= 0.0000 centrr6= 0.0000 *The phase of particle distribution is displaced by -0.8744 (deg) to bring the particle av. phase to the entry phase. ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0298 2.2008 -0.1523 479.6042 2 0.0286 3.2499 2.0919 1082.4503 3 0.2730 37.8363 0.2862 12.2007 start 1 stop 72 output 2 1 1 3000 1 prtbeam begin ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00254 -0.00002 -0.00208 0.00268 -66.380 315.068 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): -0.00254 -0.00002 -0.00208 0.00268 -66.380 315.068 *** ORNL April 26,2001 Design*** SC2 1b *** The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86040 x-xp 2.17795 0.14293 0.02980 -0.19628 0.484426 0.1276 1.0531 -2.3615 -2.3621 316.3451 315.0676 y-yp 3.24740 0.13723 0.02859 2.00414 1.036244 0.1827 1.1785 phi-w 37.70902 1.29645 0.27256 0.31232 12.287995 1.8301 0.0000 End of Gap Ref.Particle Absolute Phase: 99.2057 Deg. 2 86040 x-xp 2.15724 0.14303 0.02979 -0.23479 0.489845 0.1281 1.0618 1.9246 1.9221 317.5653 316.3552 y-yp 3.24449 0.13736 0.02862 1.93008 0.990963 0.1786 1.1543 phi-w 37.57446 1.29495 0.27216 0.35902 12.403396 1.8373 0.0000 End of Gap Ref.Particle Absolute Phase: 264.5770 Deg. 3 86040 x-xp 2.13877 0.14298 0.02977 -0.29333 0.496395 0.1288 1.0706 -12.8011 -12.8053 318.7565 317.5753 y-yp 3.24146 0.13735 0.02866 1.81915 0.947704 0.1746 1.1306 phi-w 37.43656 1.29242 0.27176 0.33813 12.522889 1.8448 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7564 Deg. 4 86040 x-xp 2.12268 0.14295 0.02976 -0.37168 0.504509 0.1297 1.0801 -27.7147 -27.7205 319.8385 318.7664 y-yp 3.23838 0.13777 0.02870 1.67840 0.907199 0.1708 1.1079 phi-w 37.28216 1.29147 0.27136 0.25077 12.625293 1.8510 0.0000 End of Gap Ref.Particle Absolute Phase: 234.7561 Deg. 5 86040 x-xp 2.10910 0.14299 0.02974 -0.46858 0.514607 0.1308 1.0906 -42.7979 -42.8053 320.7357 319.8482 y-yp 3.23521 0.13800 0.02874 1.51616 0.870016 0.1672 1.0866 phi-w 37.09291 1.29038 0.27097 0.10360 12.691131 1.8544 0.0000 End of Gap Ref.Particle Absolute Phase: 219.6002 Deg. 6 86040 x-xp 2.21389 0.14303 0.02960 -0.78308 0.597963 0.1406 1.1742 -39.2494 -39.2585 321.7388 320.7452 y-yp 3.20456 0.13888 0.02899 1.09611 0.705724 0.1511 0.9834 phi-w 34.88124 1.27792 0.26868 0.11792 12.839527 1.8573 0.0000 End of Gap Ref.Particle Absolute Phase: 204.3120 Deg. 7 86040 x-xp 2.23880 0.14274 0.02958 -0.83286 0.617628 0.1426 1.1898 0.4238 0.4068 323.0353 321.7480 y-yp 3.19853 0.13914 0.02903 1.04024 0.681359 0.1484 0.9644 phi-w 34.80446 1.27676 0.26828 0.15681 12.870829 1.8582 0.0000 End of Gap Ref.Particle Absolute Phase: 101.3843 Deg. 8 86040 x-xp 2.26570 0.14268 0.02955 -0.87814 0.637950 0.1448 1.2050 3.5530 3.5344 324.2575 323.0444 y-yp 3.19166 0.13929 0.02908 0.99083 0.657707 0.1458 0.9453 phi-w 34.71761 1.27458 0.26791 0.21073 12.932903 1.8614 0.0000 End of Gap Ref.Particle Absolute Phase: 265.6578 Deg. 9 86040 x-xp 2.29422 0.14269 0.02953 -0.95111 0.659622 0.1470 1.2203 -12.2670 -12.2870 325.4547 324.2664 y-yp 3.18419 0.13936 0.02912 0.91584 0.635501 0.1433 0.9265 phi-w 34.63961 1.27317 0.26756 0.18862 12.999429 1.8650 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7462 Deg. 10 86040 x-xp 2.32495 0.14256 0.02950 -1.05291 0.683259 0.1494 1.2364 -28.2684 -28.2897 326.5342 325.4633 y-yp 3.17557 0.13965 0.02916 0.81939 0.615244 0.1409 0.9086 phi-w 34.53458 1.27144 0.26722 0.09293 13.047810 1.8672 0.0000 End of Gap Ref.Particle Absolute Phase: 233.6614 Deg. 11 86040 x-xp 2.35863 0.14221 0.02948 -1.18273 0.709480 0.1520 1.2538 -44.4324 -44.4550 327.4100 326.5425 y-yp 3.16521 0.13986 0.02920 0.70678 0.597344 0.1388 0.8917 phi-w 34.36098 1.26900 0.26688 -0.06705 13.057736 1.8668 0.0000 End of Gap Ref.Particle Absolute Phase: 217.4289 Deg. 12 86040 x-xp 2.60829 0.14216 0.02937 -1.61299 0.890714 0.1699 1.3641 -42.0091 -42.0331 328.3781 327.4177 y-yp 3.06133 0.14071 0.02938 0.40092 0.528455 0.1309 0.8108 phi-w 31.60405 1.24297 0.26500 -0.07302 12.865675 1.8465 0.0000 End of Gap Ref.Particle Absolute Phase: 201.0753 Deg. 13 86040 x-xp 2.64413 0.14200 0.02936 -1.67350 0.929573 0.1733 1.3836 3.0949 3.0649 329.6803 328.3854 y-yp 3.04846 0.14080 0.02941 0.36313 0.519979 0.1297 0.7959 phi-w 31.67034 1.24291 0.26474 -0.02212 12.832237 1.8431 0.0000 End of Gap Ref.Particle Absolute Phase: 103.4728 Deg. 14 86040 x-xp 2.68101 0.14198 0.02935 -1.72963 0.969088 0.1768 1.4026 5.1142 5.0830 330.9034 329.6875 y-yp 3.03426 0.14091 0.02943 0.32822 0.511994 0.1287 0.7809 phi-w 31.71825 1.24288 0.26451 0.03719 12.831172 1.8423 0.0000 End of Gap Ref.Particle Absolute Phase: 266.6941 Deg. 15 86040 x-xp 2.71819 0.14195 0.02934 -1.82873 1.010287 0.1803 1.4217 -11.7546 -11.7868 332.1062 330.9105 y-yp 3.01942 0.14102 0.02945 0.27211 0.505076 0.1277 0.7661 phi-w 31.78514 1.24302 0.26431 0.01568 12.835266 1.8419 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7367 Deg. 16 86040 x-xp 2.75719 0.14156 0.02933 -1.97338 1.054125 0.1839 1.4416 -28.7987 -28.8320 333.1833 332.1130 y-yp 3.00289 0.14121 0.02947 0.19689 0.499658 0.1269 0.7633 phi-w 31.81222 1.24271 0.26412 -0.08274 12.821846 1.8403 0.0000 End of Gap Ref.Particle Absolute Phase: 232.6124 Deg. 17 86040 x-xp 2.80813 0.14108 0.02933 -2.16246 1.101577 0.1879 1.4632 -45.9989 -46.0332 334.0376 333.1897 y-yp 2.98349 0.14111 0.02949 0.10597 0.496113 0.1264 0.7682 phi-w 31.73710 1.24112 0.26393 -0.24636 12.771031 1.8359 0.0000 End of Gap Ref.Particle Absolute Phase: 215.3476 Deg. --Entering Doublet q1 push the 1st half h22= -484.3300 18 86040 x-xp 3.28300 0.14155 0.02940 2.29386 1.554508 0.2233 1.6369 -44.6568 -44.6920 334.9696 334.0433 y-yp 2.77096 0.13956 0.02955 -2.10474 0.555690 0.1338 0.8859 phi-w 28.10979 1.24415 0.26232 -0.17872 12.017509 1.7755 0.0000 End of Gap Ref.Particle Absolute Phase: 197.9721 Deg. --Entering Doublet q1 push the 2nd half h22= -484.3300 --Entering Doublet q2 push the 1st half h22a= 484.3300 18 86040 x-xp 3.77557 0.14189 0.02963 2.28347 0.624893 0.1421 0.9420 -44.6568 -44.6920 334.9696 334.9747 y-yp 2.72314 0.14021 0.02952 -2.16869 1.412514 0.2133 1.4413 phi-w 24.46031 1.22173 0.26108 0.06509 12.014995 1.7711 0.0000 End of Gap Ref.Particle Absolute Phase: 197.9721 Deg. --Entering Doublet q2 push the 2nd half h22a= 484.3300 19 86040 x-xp 4.24649 0.14202 0.02985 -0.11928 0.574157 0.1366 0.7460 5.6569 5.6021 336.2745 334.9747 y-yp 2.56646 0.14072 0.02953 1.96313 1.027590 0.1817 1.2209 phi-w 21.02483 1.22924 0.25966 0.42835 12.752733 1.8197 0.0000 End of Gap Ref.Particle Absolute Phase: 105.4747 Deg. 20 86040 x-xp 4.28658 0.14177 0.02986 -0.14612 0.577321 0.1368 0.7276 6.6106 6.5550 337.4976 336.2797 y-yp 2.56140 0.14073 0.02954 1.90480 0.983825 0.1777 1.1909 phi-w 21.22845 1.23109 0.25954 0.49595 12.884011 1.8286 0.0000 End of Gap Ref.Particle Absolute Phase: 267.6873 Deg. 21 86040 x-xp 4.32361 0.14169 0.02986 -0.19864 0.581413 0.1372 0.7174 -11.2636 -11.3199 338.7057 337.5028 y-yp 2.55505 0.14074 0.02955 1.80478 0.941805 0.1737 1.1726 phi-w 21.45116 1.23171 0.25943 0.47773 13.021195 1.8380 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7275 Deg. 22 86040 x-xp 4.35668 0.14147 0.02987 -0.27581 0.586966 0.1377 0.7231 -29.3073 -29.3643 339.7803 338.7106 y-yp 2.54605 0.14063 0.02956 1.67108 0.902362 0.1699 1.1568 phi-w 21.63918 1.23298 0.25934 0.37544 13.140259 1.8460 0.0000 End of Gap Ref.Particle Absolute Phase: 231.6067 Deg. 23 86040 x-xp 4.39169 0.14116 0.02987 -0.37454 0.594471 0.1385 0.7297 -47.5009 -47.5585 340.6133 339.7845 y-yp 2.53321 0.14054 0.02958 1.51408 0.866125 0.1664 1.1424 phi-w 21.73455 1.23353 0.25927 0.20047 13.219638 1.8513 0.0000 End of Gap Ref.Particle Absolute Phase: 213.3520 Deg. 24 86040 x-xp 4.47037 0.14047 0.02988 -0.66342 0.662442 0.1461 0.8005 -47.1957 -47.2538 341.5084 340.6164 y-yp 2.40790 0.13954 0.02964 1.10646 0.706601 0.1503 1.0779 phi-w 21.04771 1.23253 0.25905 0.15978 13.353251 1.8599 0.0000 End of Gap Ref.Particle Absolute Phase: 194.9964 Deg. 25 86040 x-xp 4.47420 0.14019 0.02987 -0.69242 0.678771 0.1477 0.8143 8.1135 8.0539 342.8135 341.5104 y-yp 2.39459 0.13942 0.02965 1.06640 0.682417 0.1476 1.0658 phi-w 21.03055 1.23450 0.25901 0.23751 13.382798 1.8618 0.0000 End of Gap Ref.Particle Absolute Phase: 107.3943 Deg. 26 86040 x-xp 4.47269 0.14010 0.02987 -0.72242 0.695379 0.1494 0.8278 8.0456 7.9858 344.0358 342.8155 y-yp 2.38595 0.13938 0.02966 1.02528 0.658731 0.1449 1.0534 phi-w 21.00740 1.23583 0.25903 0.31256 13.448105 1.8664 0.0000 End of Gap Ref.Particle Absolute Phase: 268.6401 Deg. 27 86040 x-xp 4.46798 0.13995 0.02986 -0.78442 0.713057 0.1511 0.8414 -10.7924 -10.8525 345.2489 344.0377 y-yp 2.38398 0.13938 0.02967 0.95566 0.636316 0.1423 1.0414 phi-w 21.17203 1.23671 0.25906 0.29284 13.519957 1.8715 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7191 Deg. 28 86040 x-xp 4.45989 0.13984 0.02985 -0.87873 0.732483 0.1530 0.8555 -29.7944 -29.8547 346.3211 345.2504 y-yp 2.38125 0.13939 0.02968 0.86228 0.615741 0.1399 1.0302 phi-w 21.33465 1.23757 0.25912 0.18184 13.573062 1.8754 0.0000 End of Gap Ref.Particle Absolute Phase: 230.6428 Deg. 29 86040 x-xp 4.45120 0.13981 0.02984 -1.00247 0.754309 0.1551 0.8706 -48.9406 -49.0009 347.1329 346.3217 y-yp 2.37721 0.13933 0.02969 0.75188 0.597450 0.1377 1.0204 phi-w 21.41941 1.23927 0.25919 -0.00561 13.585246 1.8765 0.0000 End of Gap Ref.Particle Absolute Phase: 211.4389 Deg. 30 86040 x-xp 4.41820 0.13990 0.02980 -1.38183 0.908390 0.1700 0.9639 -49.6318 -49.6921 347.9905 347.1324 y-yp 2.32534 0.13833 0.02970 0.44851 0.526175 0.1291 0.9791 phi-w 20.85201 1.24229 0.25975 -0.06262 13.331674 1.8609 0.0000 End of Gap Ref.Particle Absolute Phase: 192.1431 Deg. 31 86040 x-xp 4.41883 0.13973 0.02979 -1.41440 0.941472 0.1728 0.9805 10.4712 10.4123 349.2933 347.9888 y-yp 2.31452 0.13805 0.02970 0.42049 0.516892 0.1279 0.9713 phi-w 20.89298 1.24305 0.25985 0.02649 13.291740 1.8585 0.0000 End of Gap Ref.Particle Absolute Phase: 109.2348 Deg. 32 86040 x-xp 4.42143 0.13984 0.02978 -1.45009 0.974780 0.1756 0.9966 9.4215 9.3629 350.5140 349.2916 y-yp 2.30720 0.13796 0.02970 0.39040 0.507979 0.1266 0.9631 phi-w 21.00045 1.24577 0.26001 0.10639 13.289096 1.8589 0.0000 End of Gap Ref.Particle Absolute Phase: 269.5534 Deg. 33 86040 x-xp 4.42576 0.13972 0.02977 -1.53120 1.009389 0.1785 1.0127 -10.3407 -10.3990 351.7318 350.5124 y-yp 2.30724 0.13792 0.02970 0.33764 0.500032 0.1255 0.9552 phi-w 21.12211 1.24825 0.26019 0.08761 13.294170 1.8598 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7110 Deg. 34 86040 x-xp 4.43173 0.13956 0.02977 -1.65940 1.046272 0.1816 1.0295 -30.2617 -30.3197 352.8015 351.7298 y-yp 2.30765 0.13799 0.02969 0.26466 0.493512 0.1245 0.9480 phi-w 21.22909 1.25056 0.26037 -0.02471 13.281825 1.8596 0.0000 End of Gap Ref.Particle Absolute Phase: 229.7183 Deg. 35 86040 x-xp 4.43908 0.13948 0.02976 -1.83098 1.086390 0.1849 1.0474 -50.3214 -50.3790 353.5925 352.7986 y-yp 2.30855 0.13787 0.02968 0.17601 0.488809 0.1239 0.9421 phi-w 21.28874 1.25255 0.26057 -0.21306 13.230474 1.8567 0.0000 End of Gap Ref.Particle Absolute Phase: 209.6040 Deg. --Entering Doublet q1 push the 1st half h22= -483.0600 36 86040 x-xp 4.52544 0.13839 0.02979 2.27955 1.466618 0.2148 1.1960 -51.9689 -52.0259 354.4122 353.5886 y-yp 2.31895 0.13758 0.02955 -1.89927 0.533872 0.1291 0.9374 phi-w 21.21460 1.26094 0.26206 -0.19297 12.390205 1.8019 0.0000 End of Gap Ref.Particle Absolute Phase: 189.4062 Deg. --Entering Doublet q1 push the 2nd half h22= -483.0600 --Entering Doublet q2 push the 1st half h22a= 483.0600 36 86040 x-xp 4.53443 0.13780 0.02992 2.19151 0.594914 0.1371 0.7282 -51.9689 -52.0259 354.4122 354.4072 y-yp 2.27277 0.13671 0.02930 -1.99014 1.319042 0.2020 1.4338 phi-w 22.37849 1.27382 0.26381 0.04319 12.216641 1.7952 0.0000 End of Gap Ref.Particle Absolute Phase: 189.4062 Deg. --Entering Doublet q2 push the 2nd half h22a= 483.0600 37 86040 x-xp 4.22725 0.13875 0.02998 -0.04539 0.535868 0.1301 0.8052 12.7328 12.6935 355.7107 354.4072 y-yp 2.34250 0.13667 0.02901 1.77338 0.989410 0.1739 1.2585 phi-w 25.57837 1.28027 0.26629 0.43098 12.646685 1.8351 0.0000 End of Gap Ref.Particle Absolute Phase: 111.0003 Deg. 38 86040 x-xp 4.18874 0.13900 0.02997 -0.06907 0.537550 0.1302 0.8209 10.7414 10.7028 356.9293 355.7057 y-yp 2.36538 0.13684 0.02900 1.73019 0.950487 0.1702 1.2331 phi-w 25.29282 1.28436 0.26643 0.51682 12.756868 1.8436 0.0000 End of Gap Ref.Particle Absolute Phase: 270.4297 Deg. 39 86040 x-xp 4.14861 0.13911 0.02996 -0.11790 0.540087 0.1303 0.8367 -9.9072 -9.9451 358.1516 356.9242 y-yp 2.38965 0.13705 0.02899 1.64363 0.912937 0.1667 1.2078 phi-w 24.98394 1.28430 0.26659 0.50407 12.875360 1.8527 0.0000 End of Gap Ref.Particle Absolute Phase: 249.7033 Deg. 40 86040 x-xp 4.10627 0.13918 0.02995 -0.19063 0.544007 0.1306 0.8530 -30.7097 -30.7468 359.2188 358.1462 y-yp 2.41761 0.13698 0.02898 1.52158 0.877617 0.1632 1.1832 phi-w 24.75360 1.28534 0.26678 0.39539 12.976826 1.8606 0.0000 End of Gap Ref.Particle Absolute Phase: 228.8317 Deg. 41 86040 x-xp 4.06100 0.13932 0.02994 -0.28329 0.549783 0.1312 0.8702 -51.6458 -51.6821 359.9894 359.2128 y-yp 2.45093 0.13696 0.02897 1.37566 0.845175 0.1601 1.1599 phi-w 24.69594 1.28848 0.26700 0.20740 13.039128 1.8659 0.0000 End of Gap Ref.Particle Absolute Phase: 207.8439 Deg. 42 86040 x-xp 3.76485 0.13907 0.02983 -0.56636 0.607864 0.1377 0.9921 -54.2115 -54.2468 360.7711 359.9826 y-yp 2.67904 0.13645 0.02895 0.99621 0.703076 0.1459 1.0460 phi-w 27.05493 1.29867 0.26853 0.13844 13.053938 1.8723 0.0000 End of Gap Ref.Particle Absolute Phase: 186.7803 Deg. 43 86040 x-xp 3.71618 0.13882 0.02981 -0.58682 0.622024 0.1391 1.0173 14.9038 14.8739 362.0634 360.7635 y-yp 2.70709 0.13626 0.02895 0.97042 0.681440 0.1434 1.0247 phi-w 26.72984 1.29720 0.26871 0.25017 13.069800 1.8740 0.0000 End of Gap Ref.Particle Absolute Phase: 112.6945 Deg. 44 86040 x-xp 3.66670 0.13860 0.02979 -0.61245 0.636422 0.1405 1.0445 12.0080 11.9793 363.2792 362.0557 y-yp 2.73584 0.13622 0.02895 0.93806 0.660076 0.1410 1.0029 phi-w 26.46885 1.29607 0.26896 0.34294 13.124018 1.8788 0.0000 End of Gap Ref.Particle Absolute Phase: 271.2708 Deg. 45 86040 x-xp 3.61743 0.13822 0.02977 -0.66848 0.651784 0.1420 1.0716 -9.4910 -9.5187 364.5057 363.2714 y-yp 2.76443 0.13643 0.02895 0.87539 0.639777 0.1387 0.9811 phi-w 26.18056 1.29578 0.26922 0.32969 13.187456 1.8842 0.0000 End of Gap Ref.Particle Absolute Phase: 249.6963 Deg. 46 86040 x-xp 3.56709 0.13778 0.02974 -0.75504 0.668763 0.1436 1.0993 -31.1393 -31.1659 365.5705 364.4975 y-yp 2.79413 0.13666 0.02896 0.78713 0.621142 0.1366 0.9599 phi-w 25.98523 1.29526 0.26950 0.21468 13.234211 1.8885 0.0000 End of Gap Ref.Particle Absolute Phase: 227.9811 Deg. 47 86040 x-xp 3.51440 0.13737 0.02972 -0.86832 0.687978 0.1455 1.1283 -52.9165 -52.9419 366.3208 365.5616 y-yp 2.82578 0.13673 0.02896 0.68105 0.604641 0.1347 0.9397 phi-w 25.99080 1.29762 0.26980 0.01790 13.242082 1.8902 0.0000 End of Gap Ref.Particle Absolute Phase: 206.1551 Deg. 48 86040 x-xp 3.19927 0.13744 0.02956 -1.22959 0.826536 0.1590 1.3005 -56.3650 -56.3890 367.0645 366.3114 y-yp 2.99934 0.13736 0.02895 0.38911 0.541759 0.1274 0.8575 phi-w 28.64787 1.31310 0.27158 -0.06214 12.959989 1.8761 0.0000 End of Gap Ref.Particle Absolute Phase: 184.2604 Deg. 49 86040 x-xp 3.15645 0.13738 0.02954 -1.25096 0.856231 0.1616 1.3346 16.9887 16.9716 368.3491 367.0544 y-yp 3.02069 0.13727 0.02895 0.37044 0.533688 0.1263 0.8472 phi-w 28.39208 1.31335 0.27183 0.05883 12.921920 1.8742 0.0000 End of Gap Ref.Particle Absolute Phase: 114.3205 Deg. 50 86040 x-xp 3.11431 0.13732 0.02951 -1.28031 0.886119 0.1642 1.3688 13.2237 13.2081 369.5617 368.3388 y-yp 3.04097 0.13722 0.02894 0.34595 0.525843 0.1252 0.8364 phi-w 28.19707 1.31472 0.27213 0.15520 12.923165 1.8753 0.0000 End of Gap Ref.Particle Absolute Phase: 272.0779 Deg. 51 86040 x-xp 3.07392 0.13752 0.02949 -1.35211 0.917168 0.1668 1.4030 -9.0917 -9.1059 370.7921 369.5512 y-yp 3.05990 0.13718 0.02894 0.29696 0.518843 0.1243 0.8256 phi-w 27.97668 1.31594 0.27245 0.14276 12.934523 1.8772 0.0000 End of Gap Ref.Particle Absolute Phase: 249.6894 Deg. 52 86040 x-xp 3.03330 0.13761 0.02946 -1.46788 0.950309 0.1696 1.4380 -31.5518 -31.5647 371.8544 370.7814 y-yp 3.07803 0.13723 0.02894 0.22598 0.513183 0.1235 0.8153 phi-w 27.85142 1.31615 0.27277 0.02713 12.930687 1.8781 0.0000 End of Gap Ref.Particle Absolute Phase: 227.1646 Deg. 53 86040 x-xp 2.99053 0.13756 0.02944 -1.62272 0.986444 0.1726 1.4747 -54.1363 -54.1478 372.5850 371.8433 y-yp 3.09568 0.13718 0.02893 0.13851 0.509277 0.1229 0.8058 phi-w 27.92570 1.31832 0.27310 -0.16927 12.890324 1.8763 0.0000 End of Gap Ref.Particle Absolute Phase: 204.5337 Deg. --Entering Doublet q1 push the 1st half h22= -467.9000 54 86040 x-xp 2.67567 0.13651 0.02928 1.83437 1.338300 0.2004 1.7888 -58.4326 -58.4425 373.2909 372.5735 y-yp 3.18406 0.13704 0.02886 -1.90796 0.560299 0.1287 0.8514 phi-w 31.56887 1.32804 0.27532 -0.17462 12.145105 1.8286 0.0000 End of Gap Ref.Particle Absolute Phase: 181.8408 Deg. --Entering Doublet q1 push the 2nd half h22= -467.9000 --Entering Doublet q2 push the 1st half h22a= 465.6900 54 86040 x-xp 2.48640 0.13731 0.02921 1.82229 0.601372 0.1342 1.2239 -58.4326 -58.4425 373.2909 373.2790 y-yp 3.20594 0.13724 0.02872 -2.05810 1.330337 0.1978 1.3321 phi-w 35.64769 1.34242 0.27733 0.05380 12.002504 1.8244 0.0000 End of Gap Ref.Particle Absolute Phase: 181.8408 Deg. --Entering Doublet q2 push the 2nd half h22a= 465.6900 55 86040 x-xp 2.48229 0.13737 0.02908 -0.28840 0.601880 0.1338 1.2106 18.9909 19.0185 374.5663 373.2790 y-yp 3.19173 0.13849 0.02866 1.56130 1.043500 0.1749 1.1675 phi-w 40.51727 1.36634 0.27929 0.45578 12.426091 1.8629 0.0000 End of Gap Ref.Particle Absolute Phase: 115.8821 Deg. 56 86040 x-xp 2.49048 0.13738 0.02906 -0.30582 0.609300 0.1344 1.2117 14.3913 14.4206 375.7753 374.5540 y-yp 3.18391 0.13871 0.02867 1.53546 1.008477 0.1718 1.1438 phi-w 40.58113 1.36595 0.27938 0.55621 12.537225 1.8715 0.0000 End of Gap Ref.Particle Absolute Phase: 272.8533 Deg. 57 86040 x-xp 2.49996 0.13747 0.02904 -0.35250 0.617476 0.1351 1.2129 -8.7079 -8.6771 377.0095 375.7626 y-yp 3.17450 0.13883 0.02868 1.46188 0.974525 0.1687 1.1200 phi-w 40.63594 1.36641 0.27947 0.54795 12.658638 1.8809 0.0000 End of Gap Ref.Particle Absolute Phase: 249.6830 Deg. 58 86040 x-xp 2.51169 0.13753 0.02901 -0.42772 0.627017 0.1360 1.2149 -31.9477 -31.9153 378.0694 376.9967 y-yp 3.16384 0.13908 0.02869 1.34831 0.942586 0.1658 1.0968 phi-w 40.74204 1.36738 0.27958 0.43382 12.765290 1.8892 0.0000 End of Gap Ref.Particle Absolute Phase: 226.3807 Deg. 59 86040 x-xp 2.52687 0.13756 0.02899 -0.52641 0.638475 0.1371 1.2183 -55.3076 -55.2737 378.7806 378.0568 y-yp 3.15210 0.13909 0.02870 1.20814 0.913379 0.1632 1.0749 phi-w 40.94643 1.36814 0.27970 0.23528 12.835658 1.8947 0.0000 End of Gap Ref.Particle Absolute Phase: 202.9768 Deg. 60 86040 x-xp 2.66648 0.13670 0.02887 -0.82296 0.728990 0.1461 1.2510 -60.4190 -60.3834 379.4489 378.7684 y-yp 3.06810 0.13972 0.02879 0.86632 0.787008 0.1516 0.9665 phi-w 42.76798 1.36602 0.28028 0.13437 12.899769 1.9014 0.0000 End of Gap Ref.Particle Absolute Phase: 359.5170 Deg. 61 86040 x-xp 2.68581 0.13675 0.02885 -0.83379 0.749029 0.1479 1.2563 19.9161 19.9591 380.7221 379.4373 y-yp 3.04260 0.13983 0.02880 0.85749 0.767616 0.1496 0.9462 phi-w 42.83685 1.36771 0.28030 0.26914 12.923670 1.9033 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3831 Deg. 62 86040 x-xp 2.70666 0.13649 0.02883 -0.85418 0.769110 0.1497 1.2618 14.5135 14.5581 381.9327 380.7099 y-yp 3.01776 0.13980 0.02882 0.83716 0.748212 0.1477 0.9254 phi-w 42.92439 1.36653 0.28039 0.37123 12.986335 1.9082 0.0000 End of Gap Ref.Particle Absolute Phase: 272.5981 Deg. 63 86040 x-xp 2.72817 0.13624 0.02881 -0.91177 0.790087 0.1515 1.2700 -9.3398 -9.2937 383.1671 381.9200 y-yp 3.01166 0.13998 0.02884 0.78141 0.729681 0.1457 0.9045 phi-w 43.00274 1.36664 0.28047 0.35651 13.058649 1.9138 0.0000 End of Gap Ref.Particle Absolute Phase: 248.6758 Deg. 64 86040 x-xp 2.75303 0.13663 0.02879 -1.00682 0.812741 0.1535 1.2791 -33.3294 -33.2818 384.2127 383.1543 y-yp 3.02693 0.14002 0.02886 0.69531 0.712721 0.1439 0.8841 phi-w 43.10239 1.36634 0.28057 0.23020 13.115049 1.9182 0.0000 End of Gap Ref.Particle Absolute Phase: 224.6263 Deg. 65 86040 x-xp 2.78402 0.13692 0.02877 -1.13334 0.837800 0.1557 1.2897 -57.4338 -57.3846 384.8865 384.2002 y-yp 3.03845 0.14014 0.02888 0.58860 0.697872 0.1424 0.8704 phi-w 43.24393 1.36642 0.28067 0.01823 13.134104 1.9200 0.0000 End of Gap Ref.Particle Absolute Phase: 200.4811 Deg. 66 86040 x-xp 3.02583 0.13693 0.02868 -1.51834 1.010519 0.1707 1.3623 -63.3266 -63.2760 385.4966 384.8747 y-yp 3.06465 0.14062 0.02897 0.31926 0.643284 0.1369 0.8611 phi-w 44.03228 1.36786 0.28105 -0.10006 12.903613 1.9043 0.0000 End of Gap Ref.Particle Absolute Phase: 356.2883 Deg. 67 86040 x-xp 3.05946 0.13688 0.02867 -1.52804 1.046403 0.1735 1.3747 20.7553 20.8127 386.7678 385.4858 y-yp 3.06623 0.14073 0.02898 0.31335 0.636298 0.1360 0.8621 phi-w 44.03269 1.36811 0.28107 0.03776 12.872073 1.9021 0.0000 End of Gap Ref.Particle Absolute Phase: 116.8165 Deg. 68 86040 x-xp 3.10892 0.13677 0.02866 -1.55165 1.082198 0.1762 1.3864 14.5852 14.6441 387.9802 386.7561 y-yp 3.06550 0.14082 0.02900 0.29760 0.629298 0.1352 0.8626 phi-w 44.03400 1.36872 0.28114 0.13792 12.878703 1.9028 0.0000 End of Gap Ref.Particle Absolute Phase: 272.3094 Deg. 69 86040 x-xp 3.15886 0.13670 0.02865 -1.62756 1.119068 0.1790 1.3981 -9.9884 -9.9280 389.2144 387.9680 y-yp 3.06264 0.14088 0.02901 0.25187 0.623017 0.1344 0.8631 phi-w 44.02300 1.36965 0.28122 0.11822 12.894271 1.9042 0.0000 End of Gap Ref.Particle Absolute Phase: 247.6689 Deg. 70 86040 x-xp 3.20937 0.13641 0.02864 -1.75674 1.158124 0.1820 1.4107 -34.6940 -34.6323 390.2452 389.2022 y-yp 3.05785 0.14085 0.02903 0.17936 0.618053 0.1338 0.8642 phi-w 44.00891 1.36929 0.28130 -0.01367 12.893809 1.9045 0.0000 End of Gap Ref.Particle Absolute Phase: 222.9057 Deg. 71 86040 x-xp 3.26050 0.13627 0.02864 -1.93051 1.200400 0.1852 1.4250 -59.5094 -59.4463 390.8815 390.2335 y-yp 3.05170 0.14084 0.02904 0.08775 0.614885 0.1334 0.8664 phi-w 43.99420 1.36985 0.28137 -0.22827 12.856919 1.9020 0.0000 End of Gap Ref.Particle Absolute Phase: 198.0525 Deg. --Entering Doublet q1 push the 1st half h22= -530.9800 72 86040 x-xp 3.66089 0.13699 0.02868 2.80172 1.587581 0.2130 1.5323 -66.1487 -66.0843 391.4331 390.8709 y-yp 2.97971 0.14101 0.02911 -2.50210 0.682419 0.1407 0.9337 phi-w 43.70006 1.37824 0.28161 -0.27731 12.059274 1.8428 0.0000 End of Gap Ref.Particle Absolute Phase: 353.1594 Deg. --Entering Doublet q1 push the 2nd half h22= -530.9800 --Skipping Doublet q2 ========================================================================================================================================================================= --Structure 19 End of Run 1--- ========================================================================================================================================================================= Structure 20 100 805. 805. title *************************************** *** ORNL April 26,2001 Design*** BTW Sc2 1b-SC2 2a *************************************** Transport -20 Bore 4.0 drift 0. 5.0 0 4 drift 25. 5.0 0 6 quad 40.0 0 0 +5.2050e+2 1 drift 15.0 5.0 0 6 drift 61.844565 5.0 0 10 ! Changed because ORNL wants 160 cm in between uniformly ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff .05 .05 20 40 0 0 3 scheff 0.05 0.05 8 10 0 0 3 ! Picninc ===The particle distribution phase automatically displaced by 0.0000(Deg.)=== ===The Inter-Structure distance is adjusted.=== (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) readdist ncell= 72 centrr5= 0.0000 centrr6= 0.0000 ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0288 3.9448 6.3362 1032.4212 2 0.0292 2.8839 -6.5074 1140.3070 3 0.2817 43.5934 -0.1446 11.8810 output 2 1 1 3000 1 prtbeam begin ;------------------------------------------------------------ ; --SC2 2a-- ; ID Nlst f0 fsh deltaphi Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used ---------------------------------------------------------------------------------------------------------------------------- Entering the Partran Beam Transport section as specified in Transport keyword Partran Routine Wsync 391.4331 (MeV) NGood_Particle 86040 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00161 -0.01463 0.00147 0.00617 -6.763 391.424 Transport starting...Wsync MeV,phis deg: 391.4331 -20.0000 Partran Routine Phis -20.0000 (Deg) Transport finished element 1: 1. Drift *** ORNL April 26,2001 Design*** BTW Sc2 1b-SC2 2a The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 0 86040 x-xp 3.94480 0.13731 0.02878 6.33618 1.032421 0.1721 1.1901 -20.0000 -6.7627 391.4331 391.4238 y-yp 2.88394 0.14054 0.02915 -6.50735 1.140307 0.1820 1.2037 phi-w 43.59344 1.38388 0.28170 -0.14462 11.880972 1.8295 0.0000 Transport finished element 2: 1. Drift 0 86040 x-xp 4.02510 0.13722 0.02882 5.30691 0.740186 0.1458 0.9727 -20.0000 -6.7603 391.4331 391.4238 y-yp 2.83299 0.13989 0.02917 -7.49318 1.489387 0.2081 1.3955 phi-w 43.62039 1.38708 0.28171 -0.08743 11.821845 1.8249 0.0000 Transport finished element 3: 3. Quad 0 86040 x-xp 4.15927 0.13662 0.02887 0.65149 0.520113 0.1223 0.7450 -20.0000 -6.7603 391.4331 391.4238 y-yp 2.73681 0.13986 0.02922 3.00609 1.683395 0.2214 1.5120 phi-w 43.76397 1.38562 0.28166 0.00477 11.790007 1.8223 0.0000 Transport finished element 4: 1. Drift 0 86040 x-xp 4.20559 0.13624 0.02888 0.59504 0.501178 0.1201 0.7080 -20.0000 -6.7551 391.4331 391.4238 y-yp 2.69775 0.13996 0.02925 2.89009 1.593495 0.2155 1.4809 phi-w 43.85656 1.38490 0.28163 0.04018 11.798242 1.8228 0.0000 Transport finished element 5: 1. Drift 0 86040 x-xp 4.37446 0.13503 0.02891 0.36647 0.441375 0.1128 0.6180 -20.0000 -6.7493 391.4331 391.4238 y-yp 2.65527 0.14075 0.02939 2.42402 1.258179 0.1920 1.3525 phi-w 44.34252 1.38347 0.28139 0.19282 11.953700 1.8340 0.0000 ***************If the next Structure is DTL******************* Preferably, the following offset should be 0 so that the transverse periodicity is not affected much by the modified length. Current Transport length differs from n*beta*lambda by 135.6938 (Deg) :Equivalent length: 9.9434 cm This phase offset is automatically applied to the particle distribution goes into the next DTL. If you would like to cancel this automatic phase offset of distibution, The delta_phi parameter in the immediately following Structure keyword line should be set to -135.6938 ************************************************************** ========================================================================================================================================================================= --Structure 20 End of Run 1--- ========================================================================================================================================================================= Structure 21 360 805. 805. -19.9955 title *************************************** *** ORNL April 26,2001 Design*** SC2 2a *** *************************************** SC2 1020 -19.5 1 6 2 0 0.60 3.3633 4 47.67024 188.34865 AutoStructPhase ConstESuper 22.807 ; delaycmi delaypsi endcmi endpsi endw SetBetaRamp 0 0 0 0 0 ;SetSuperCav Seg# SpecPhase SpecE0 ; (deg) (MV/m) SetSuperCav 1 -9.17 21.875 SetSuperCav 4 -15. 22.260 SetSuperCav 49 -0.001 0.00001 SetSuperCav 50 -0.001 0.00001 SetSuperCav 51 -0.001 0.00001 SetSuperCav 52 -0.001 0.00001 SetSuperCav 53 -0.001 0.00001 SetSuperCav 54 -0.001 0.00001 SetSuperCav 55 -0.001 0.00001 SetSuperCav 56 -0.001 0.00001 SetSuperCav 57 -0.001 0.00001 SetSuperCav 58 -0.001 0.00001 SetSuperCav 59 -0.001 0.00001 SetSuperCav 60 -0.001 0.00001 ; (G/cm) Lq dds pol Qloc QuadDoublet 542. 40.0 50.0 0 2 Bore 4.0 ExtDquad 10 24 -5.5790e+2 40.0 1 50.0 ExtDquad 10 48 -5.7865e+2 40.0 1 50.0 ExtDquad 10 72 -5.9430e+2 40.0 1 50.0 ExtDquad 10 96 -6.0505e+2 40.0 1 50.0 ExtDquad 10 120 -6.1144e+2 40.0 1 50.0 ExtDquad 10 144 -6.1441e+2 40.0 1 50.0 ExtDquad 10 168 -6.1474e+2 40.0 1 50.0 ExtDquad 10 192 -6.1319e+2 40.0 1 50.0 ExtDquad 10 216 -6.1040e+2 40.0 1 50.0 ExtDquad 10 240 -6.0685e+2 40.0 1 50.0 ExtDquad 10 264 -6.0291e+2 40.0 1 50.0 ExtDquad 10 288 -6.0291e+2 40.0 1 50.0 ExtDquad 10 312 -6.0291e+2 40.0 1 50.0 ExtDquad 10 336 -6.0291e+2 40.0 1 50.0 ExtDquad 10 360 -6.0291e+2 40.0 1 50.0 ; 11/27/00 J. Billen ; Include this file in the PARMILA input file. ; No correction to shunt impedance Z for coupling slots. ; No other reduction in shunt impedance Z applied. ; Geometric beta column included for superconducting linac. ; Geometric beta = 0.81093. ---SuperConducting cavity design details--- If phase has a discontinuity at the end of cavity, ' the Q&D Len includes the added drift ++Final energy terminetes the design++ [E0Ramp LinearLngRamp ] RampStart cell= 1 SpaceAdj uses PrevEndCellPhase= -186.8406 ExtDquad 10 24 -5.5790e+2 40.0 1 50.0 ExtDquad 10 48 -5.7865e+2 40.0 1 50.0 ExtDquad 10 72 -5.9430e+2 40.0 1 50.0 ExtDquad 10 96 -6.0505e+2 40.0 1 50.0 ExtDquad 10 120 -6.1144e+2 40.0 1 50.0 ExtDquad 10 144 -6.1441e+2 40.0 1 50.0 ExtDquad 10 168 -6.1474e+2 40.0 1 50.0 ExtDquad 10 192 -6.1319e+2 40.0 1 50.0 ExtDquad 10 216 -6.1040e+2 40.0 1 50.0 ExtDquad 10 240 -6.0685e+2 40.0 1 50.0 ExtDquad 10 264 -6.0291e+2 40.0 1 50.0 ExtDquad 10 288 -6.0291e+2 40.0 1 50.0 ExtDquad 10 312 -6.0291e+2 40.0 1 50.0 ExtDquad 10 336 -6.0291e+2 40.0 1 50.0 ExtDquad 10 360 -6.0291e+2 40.0 1 50.0 linout 1 ;scheff deltaR. deltaZ, Nr, Nz, Nbunch, Nbetalambda, Remesh ;scheff 0.05 0.05 20 40 0 0 3 linout subroutine no. 1 dynamical parameters Transit time factors are for the synchronous or reference particles. If you are designing symmetric linac, the phase printed is REFERENCE Particle phase at the center of the gap. Also, the kinetic energy and beta are for the REFERENCE particle at the end of the cell. The geometrical beta for the cavities are printed in the WALLPWR file (with Power keyword). E is the field for the cell(used as E*t*l*cosphi). It includes the ratio E/E0 for that cell. tank no. 1 tank length 12020.070 (cm) 369 cells power= 31.375 MW frequency= 805.00MHz (Cu+Beam) wavelength= 37.24130 cm This superconducting design, one/two quads locate after symmetric units. --------------------------------------------------------------------------------------------------------------------------------------------------- cell kinetic beta cell t tp s sp quad quad Ezero E phis PhiDesign TotalLeng TotalLeng rel.driver number energy length length gradient (MV/m) (MV/m) phref (Deg) toEndwall/ toNextBeginwall phase (MeV) (cm) (cm) (kG/cm) (Deg) (QuadCtr)(cm) (cm) (Deg) Absolute z= 16278.33076 (cm) position is at the starting face of the first cavity. initial 391.4331 0.70836 0.000 0.0000 ( 0.00000) 16278.33076 1 391.4432 0.70836 15.1000 0.5277 0.0937 0.6142 0.0231 0.000 0.0000 21.8750 25.4920 -89.714 -9.170 16293.43077 16293.43077 10.264 2 392.8958 0.70913 15.1000 0.7080 0.0720 0.5677 0.0500 0.000 0.0000 21.8750 20.0664 -47.379 -9.170 16308.53077 16308.53077 10.264 3 394.8938 0.71018 15.1000 0.7088 0.0719 0.5671 0.0501 0.000 0.0000 21.8750 20.0664 -21.512 -9.170 16323.63078 16323.63078 10.264 4 397.0385 0.71130 15.1000 0.7096 0.0719 0.5666 0.0502 0.000 0.0000 21.8750 20.0664 4.031 -9.170 16338.73078 16338.73078 10.264 5 398.9169 0.71227 15.1000 0.7104 0.0718 0.5660 0.0503 0.000 0.0000 21.8750 20.0664 29.230 -9.170 16353.83079 16353.83079 10.264 6 399.6073 0.71263 15.1000 0.5327 0.0939 0.6130 0.0240 0.000 0.0000 21.8750 25.4920 70.325 -9.170 16368.93080 16416.60104 10.264 7 399.3420 0.71249 15.1000 0.5317 0.0939 0.6133 0.0238 0.000 0.0000 22.8070 26.5781 -97.144 -19.500 16431.70104 16431.70104 -76.268 8 400.5977 0.71314 15.1000 0.7110 0.0718 0.5656 0.0504 0.000 0.0000 22.8070 20.9213 -56.008 -19.500 16446.80105 16446.80105 -76.268 9 402.5192 0.71412 15.1000 0.7118 0.0717 0.5650 0.0506 0.000 0.0000 22.8070 20.9213 -31.291 -19.500 16461.90105 16461.90105 -76.268 10 404.7539 0.71526 15.1000 0.7125 0.0716 0.5645 0.0507 0.000 0.0000 22.8070 20.9213 -6.875 -19.500 16477.00106 16477.00106 -76.268 11 406.9066 0.71635 15.1000 0.7133 0.0716 0.5639 0.0508 0.000 0.0000 22.8070 20.9213 17.196 -19.500 16492.10107 16492.10107 -76.268 12 408.0756 0.71694 15.1000 0.5366 0.0940 0.6121 0.0247 0.000 0.0000 22.8070 26.5781 57.121 -19.500 16507.20107 16554.87131 -76.268 13 407.9251 0.71687 15.1000 0.5357 0.0940 0.6123 0.0246 0.000 0.0000 22.8070 26.5781 -94.014 -19.500 16569.97132 16569.97132 -141.372 14 409.2465 0.71753 15.1000 0.7141 0.0715 0.5634 0.0509 0.000 0.0000 22.8070 20.9213 -54.142 -19.500 16585.07132 16585.07132 -141.372 15 411.1886 0.71850 15.1000 0.7148 0.0715 0.5629 0.0510 0.000 0.0000 22.8070 20.9213 -30.680 -19.500 16600.17133 16600.17133 -141.372 16 413.4298 0.71961 15.1000 0.7156 0.0714 0.5623 0.0511 0.000 0.0000 22.8070 20.9213 -7.509 -19.500 16615.27134 16615.27134 -141.372 17 415.6122 0.72069 15.1000 0.7163 0.0714 0.5618 0.0512 0.000 0.0000 22.8070 20.9213 15.328 -19.500 16630.37134 16630.37134 -141.372 18 416.8866 0.72132 15.1000 0.5405 0.0941 0.6112 0.0255 0.000 0.0000 22.8070 26.5781 54.017 -19.500 16645.47135 16693.14159 -141.372 19 417.0234 0.72138 15.1000 0.5398 0.0941 0.6114 0.0253 0.000 0.0000 22.2600 25.9406 -86.290 -15.000 16708.24160 16708.24160 169.463 20 418.5112 0.72211 15.1000 0.7171 0.0713 0.5612 0.0514 0.000 0.0000 22.2600 20.4195 -47.712 -15.000 16723.34160 16723.34160 169.463 21 420.5082 0.72308 15.1000 0.7179 0.0713 0.5607 0.0515 0.000 0.0000 22.2600 20.4195 -25.546 -15.000 16738.44161 16738.44161 169.463 22 422.7193 0.72415 15.1000 0.7186 0.0712 0.5602 0.0516 0.000 0.0000 22.2600 20.4195 -3.667 -15.000 16753.54161 16753.54161 169.463 23 424.8297 0.72517 15.1000 0.7193 0.0711 0.5596 0.0517 0.000 0.0000 22.2600 20.4195 17.896 -15.000 16768.64162 16768.64162 169.463 24 426.0431 0.72575 15.1000 0.5444 0.0942 0.6102 0.0262 0.000 0.0000 22.2600 25.9406 55.319 -15.000 16783.74163 17067.43076 169.463 426.0431 0.72575 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.5579 0.0000 0.000 ( 16880.58619) 17067.43076 426.0431 0.72575 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.5579 0.0000 0.000 ( 16970.58619) 17067.43076 25 426.1289 0.72579 15.1000 0.5439 0.0942 0.6103 0.0261 0.000 0.0000 22.8070 26.5781 -87.745 -19.500 17082.53076 17082.53076 -141.031 26 427.5788 0.72648 15.1000 0.7202 0.0711 0.5590 0.0518 0.000 0.0000 22.8070 20.9213 -50.410 -19.500 17097.63077 17097.63077 -141.031 27 429.5617 0.72742 15.1000 0.7209 0.0710 0.5585 0.0519 0.000 0.0000 22.8070 20.9213 -29.458 -19.500 17112.73077 17112.73077 -141.031 28 431.8145 0.72848 15.1000 0.7216 0.0710 0.5580 0.0520 0.000 0.0000 22.8070 20.9213 -8.779 -19.500 17127.83078 17127.83078 -141.031 29 434.0497 0.72953 15.1000 0.7223 0.0709 0.5575 0.0521 0.000 0.0000 22.8070 20.9213 11.591 -19.500 17142.93079 17142.93079 -141.031 30 435.5277 0.73022 15.1000 0.5483 0.0943 0.6092 0.0269 0.000 0.0000 22.8070 26.5781 47.801 -19.500 17158.03079 17205.70103 -141.031 31 435.7337 0.73031 15.1000 0.5479 0.0943 0.6093 0.0269 0.000 0.0000 22.8070 26.5781 -84.626 -19.500 17220.80104 17220.80104 -172.127 32 437.2460 0.73102 15.1000 0.7232 0.0708 0.5568 0.0523 0.000 0.0000 22.8070 20.9213 -48.554 -19.500 17235.90104 17235.90104 -172.127 33 439.2490 0.73194 15.1000 0.7239 0.0708 0.5563 0.0524 0.000 0.0000 22.8070 20.9213 -28.850 -19.500 17251.00105 17251.00105 -172.127 34 441.5070 0.73298 15.1000 0.7245 0.0707 0.5558 0.0525 0.000 0.0000 22.8070 20.9213 -9.411 -19.500 17266.10106 17266.10106 -172.127 35 443.7650 0.73400 15.1000 0.7252 0.0707 0.5553 0.0526 0.000 0.0000 22.8070 20.9213 9.732 -19.500 17281.20106 17281.20106 -172.127 36 445.3400 0.73472 15.1000 0.5522 0.0944 0.6082 0.0277 0.000 0.0000 22.8070 26.5781 44.708 -19.500 17296.30107 17343.97131 -172.127 37 445.6665 0.73487 15.1000 0.5519 0.0944 0.6082 0.0276 0.000 0.0000 22.8070 26.5781 -81.524 -19.500 17359.07132 17359.07132 168.024 38 447.2395 0.73558 15.1000 0.7262 0.0706 0.5545 0.0527 0.000 0.0000 22.8070 20.9213 -46.712 -19.500 17374.17132 17374.17132 168.024 39 449.2623 0.73648 15.1000 0.7268 0.0706 0.5541 0.0528 0.000 0.0000 22.8070 20.9213 -28.247 -19.500 17389.27133 17389.27133 168.024 40 451.5253 0.73749 15.1000 0.7275 0.0705 0.5536 0.0529 0.000 0.0000 22.8070 20.9213 -10.038 -19.500 17404.37133 17404.37133 168.024 41 453.8038 0.73850 15.1000 0.7281 0.0705 0.5531 0.0530 0.000 0.0000 22.8070 20.9213 7.886 -19.500 17419.47134 17419.47134 168.024 42 455.4719 0.73924 15.1000 0.5561 0.0945 0.6071 0.0284 0.000 0.0000 22.8070 26.5781 41.634 -19.500 17434.57135 17482.24159 168.024 43 455.9186 0.73943 15.1000 0.5560 0.0945 0.6071 0.0284 0.000 0.0000 22.8070 26.5781 -78.450 -19.500 17497.34159 17497.34159 159.333 44 457.5508 0.74015 15.1000 0.7292 0.0704 0.5523 0.0532 0.000 0.0000 22.8070 20.9213 -44.886 -19.500 17512.44160 17512.44160 159.333 45 459.5930 0.74104 15.1000 0.7298 0.0703 0.5518 0.0533 0.000 0.0000 22.8070 20.9213 -27.649 -19.500 17527.54160 17527.54160 159.333 46 461.8607 0.74202 15.1000 0.7304 0.0703 0.5514 0.0534 0.000 0.0000 22.8070 20.9213 -10.659 -19.500 17542.64161 17542.64161 159.333 47 464.1572 0.74301 15.1000 0.7310 0.0702 0.5509 0.0535 0.000 0.0000 22.8070 20.9213 6.057 -19.500 17557.74162 17557.74162 159.333 48 465.9137 0.74377 15.1000 0.5599 0.0946 0.6060 0.0291 0.000 0.0000 22.8070 26.5781 38.588 -19.500 17572.84162 17856.53075 159.333 465.9137 0.74377 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.5787 0.0000 0.000 ( 17669.68619) 17856.53075 465.9137 0.74377 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.5787 0.0000 0.000 ( 17759.68619) 17856.53075 49 466.4798 0.74401 15.1000 0.5599 0.0946 0.6060 0.0291 0.000 0.0000 22.8070 26.5781 -75.409 -19.500 17871.63076 17871.63076 -25.837 50 468.1690 0.74473 15.1000 0.7321 0.0701 0.5501 0.0536 0.000 0.0000 22.8070 20.9213 -43.082 -19.500 17886.73076 17886.73076 -25.837 51 470.2304 0.74560 15.1000 0.7327 0.0701 0.5496 0.0537 0.000 0.0000 22.8070 20.9213 -27.058 -19.500 17901.83077 17901.83077 -25.837 52 472.5022 0.74656 15.1000 0.7333 0.0700 0.5492 0.0538 0.000 0.0000 22.8070 20.9213 -11.274 -19.500 17916.93078 17916.93078 -25.837 53 474.8142 0.74753 15.1000 0.7339 0.0700 0.5487 0.0539 0.000 0.0000 22.8070 20.9213 4.249 -19.500 17932.03078 17932.03078 -25.837 54 476.6546 0.74829 15.1000 0.5638 0.0947 0.6049 0.0299 0.000 0.0000 22.8070 26.5781 35.574 -19.500 17947.13079 17994.80103 -25.837 55 477.3385 0.74858 15.1000 0.5639 0.0947 0.6049 0.0299 0.000 0.0000 22.8070 26.5781 -72.409 -19.500 18009.90103 18009.90103 -12.580 56 479.0828 0.74930 15.1000 0.7350 0.0699 0.5479 0.0541 0.000 0.0000 22.8070 20.9213 -41.303 -19.500 18025.00104 18025.00104 -12.580 57 481.1629 0.75015 15.1000 0.7356 0.0698 0.5474 0.0541 0.000 0.0000 22.8070 20.9213 -26.476 -19.500 18040.10105 18040.10105 -12.580 58 483.4387 0.75108 15.1000 0.7361 0.0698 0.5470 0.0542 0.000 0.0000 22.8070 20.9213 -11.880 -19.500 18055.20105 18055.20105 -12.580 59 485.7638 0.75203 15.1000 0.7367 0.0697 0.5465 0.0543 0.000 0.0000 22.8070 20.9213 2.465 -19.500 18070.30106 18070.30106 -12.580 60 487.6828 0.75281 15.1000 0.5676 0.0947 0.6038 0.0306 0.000 0.0000 22.8070 26.5781 32.602 -19.500 18085.40107 18133.07131 -12.580 61 488.4824 0.75313 15.1000 0.5677 0.0947 0.6037 0.0306 0.000 0.0000 22.8070 26.5781 -69.454 -19.500 18148.17131 18148.17131 11.421 62 490.2796 0.75385 15.1000 0.7378 0.0697 0.5457 0.0545 0.000 0.0000 22.8070 20.9213 -39.552 -19.500 18163.27132 18163.27132 11.421 63 492.3779 0.75469 15.1000 0.7384 0.0696 0.5452 0.0546 0.000 0.0000 22.8070 20.9213 -25.902 -19.500 18178.37132 18178.37132 11.421 64 494.6571 0.75559 15.1000 0.7389 0.0696 0.5448 0.0546 0.000 0.0000 22.8070 20.9213 -12.476 -19.500 18193.47133 18193.47133 11.421 65 496.9929 0.75652 15.1000 0.7395 0.0695 0.5444 0.0547 0.000 0.0000 22.8070 20.9213 0.710 -19.500 18208.57134 18208.57134 11.421 66 498.9850 0.75730 15.1000 0.5713 0.0948 0.6026 0.0313 0.000 0.0000 22.8070 26.5781 29.674 -19.500 18223.67134 18271.34158 11.421 67 499.8977 0.75765 15.1000 0.5715 0.0948 0.6026 0.0314 0.000 0.0000 22.8070 26.5781 -66.551 -19.500 18286.44159 18286.44159 45.987 68 501.7456 0.75837 15.1000 0.7406 0.0694 0.5435 0.0549 0.000 0.0000 22.8070 20.9213 -37.832 -19.500 18301.54159 18301.54159 45.987 69 503.8617 0.75920 15.1000 0.7411 0.0694 0.5431 0.0550 0.000 0.0000 22.8070 20.9213 -25.339 -19.500 18316.64160 18316.64160 45.987 70 506.1441 0.76008 15.1000 0.7417 0.0693 0.5426 0.0551 0.000 0.0000 22.8070 20.9213 -13.062 -19.500 18331.74161 18331.74161 45.987 71 508.4884 0.76097 15.1000 0.7422 0.0693 0.5422 0.0551 0.000 0.0000 22.8070 20.9213 -1.014 -19.500 18346.84161 18346.84161 45.987 72 510.5481 0.76176 15.1000 0.5750 0.0948 0.6015 0.0320 0.000 0.0000 22.8070 26.5781 26.798 -19.500 18361.94162 18645.63075 45.987 510.5481 0.76176 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.5943 0.0000 0.000 ( 18458.78618) 18645.63075 510.5481 0.76176 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.5943 0.0000 0.000 ( 18548.78618) 18645.63075 73 511.5709 0.76215 15.1000 0.5753 0.0948 0.6014 0.0321 0.000 0.0000 22.8070 26.5781 -63.703 -19.500 18660.73075 18660.73075 -24.152 74 513.4672 0.76286 15.1000 0.7433 0.0692 0.5413 0.0553 0.000 0.0000 22.8070 20.9213 -36.146 -19.500 18675.83076 18675.83076 -24.152 75 515.6005 0.76367 15.1000 0.7438 0.0691 0.5409 0.0554 0.000 0.0000 22.8070 20.9213 -24.787 -19.500 18690.93077 18690.93077 -24.152 76 517.8856 0.76452 15.1000 0.7443 0.0691 0.5405 0.0555 0.000 0.0000 22.8070 20.9213 -13.636 -19.500 18706.03077 18706.03077 -24.152 77 520.2360 0.76539 15.1000 0.7448 0.0691 0.5401 0.0555 0.000 0.0000 22.8070 20.9213 -2.704 -19.500 18721.13078 18721.13078 -24.152 78 522.3576 0.76618 15.1000 0.5786 0.0949 0.6003 0.0327 0.000 0.0000 22.8070 26.5781 23.976 -19.500 18736.23079 18783.90103 -24.152 79 523.4870 0.76660 15.1000 0.5789 0.0949 0.6002 0.0328 0.000 0.0000 22.8070 26.5781 -60.915 -19.500 18799.00103 18799.00103 30.936 80 525.4292 0.76731 15.1000 0.7460 0.0690 0.5392 0.0557 0.000 0.0000 22.8070 20.9213 -34.497 -19.500 18814.10104 18814.10104 30.936 81 527.5793 0.76809 15.1000 0.7465 0.0689 0.5388 0.0558 0.000 0.0000 22.8070 20.9213 -24.247 -19.500 18829.20104 18829.20104 30.936 82 529.8669 0.76892 15.1000 0.7469 0.0689 0.5384 0.0559 0.000 0.0000 22.8070 20.9213 -14.197 -19.500 18844.30105 18844.30105 30.936 83 532.2213 0.76977 15.1000 0.7474 0.0688 0.5380 0.0559 0.000 0.0000 22.8070 20.9213 -4.358 -19.500 18859.40106 18859.40106 30.936 84 534.3993 0.77055 15.1000 0.5821 0.0949 0.5992 0.0334 0.000 0.0000 22.8070 26.5781 21.215 -19.500 18874.50106 18922.17130 30.936 85 535.6316 0.77099 15.1000 0.5825 0.0949 0.5991 0.0335 0.000 0.0000 22.8070 26.5781 -58.189 -19.500 18937.27131 18937.27131 95.956 86 537.6174 0.77170 15.1000 0.7486 0.0687 0.5371 0.0561 0.000 0.0000 22.8070 20.9213 -32.885 -19.500 18952.37131 18952.37131 95.956 87 539.7838 0.77247 15.1000 0.7490 0.0687 0.5367 0.0562 0.000 0.0000 22.8070 20.9213 -23.719 -19.500 18967.47132 18967.47132 95.956 88 542.0735 0.77327 15.1000 0.7495 0.0686 0.5363 0.0562 0.000 0.0000 22.8070 20.9213 -14.746 -19.500 18982.57133 18982.57133 95.956 89 544.4298 0.77410 15.1000 0.7499 0.0686 0.5360 0.0563 0.000 0.0000 22.8070 20.9213 -5.974 -19.500 18997.67133 18997.67133 95.956 90 546.6583 0.77487 15.1000 0.5856 0.0949 0.5980 0.0341 0.000 0.0000 22.8070 26.5781 18.514 -19.500 19012.77134 19060.44158 95.956 91 547.9894 0.77533 15.1000 0.5860 0.0949 0.5979 0.0342 0.000 0.0000 22.8070 26.5781 -55.529 -19.500 19075.54158 19075.54158 170.674 92 550.0164 0.77603 15.1000 0.7511 0.0685 0.5350 0.0565 0.000 0.0000 22.8070 20.9213 -31.313 -19.500 19090.64159 19090.64159 170.674 93 552.1985 0.77678 15.1000 0.7515 0.0685 0.5347 0.0565 0.000 0.0000 22.8070 20.9213 -23.204 -19.500 19105.74160 19105.74160 170.674 94 554.4900 0.77756 15.1000 0.7520 0.0684 0.5343 0.0566 0.000 0.0000 22.8070 20.9213 -15.281 -19.500 19120.84160 19120.84160 170.674 95 556.8463 0.77836 15.1000 0.7524 0.0684 0.5339 0.0567 0.000 0.0000 22.8070 20.9213 -7.551 -19.500 19135.94161 19135.94161 170.674 96 559.1199 0.77913 15.1000 0.5890 0.0950 0.5969 0.0347 0.000 0.0000 22.8070 26.5781 15.879 -19.500 19151.04162 19434.73075 170.674 559.1199 0.77913 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6051 0.0000 0.000 ( 19247.88618) 19434.73075 559.1199 0.77913 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6051 0.0000 0.000 ( 19337.88618) 19434.73075 97 560.5456 0.77961 15.1000 0.5894 0.0950 0.5967 0.0348 0.000 0.0000 22.8070 26.5781 -52.936 -19.500 19449.83075 19449.83075 -153.439 98 562.6117 0.78030 15.1000 0.7535 0.0683 0.5330 0.0569 0.000 0.0000 22.8070 20.9213 -29.781 -19.500 19464.93076 19464.93076 -153.439 99 564.8090 0.78103 15.1000 0.7540 0.0682 0.5326 0.0569 0.000 0.0000 22.8070 20.9213 -22.703 -19.500 19480.03076 19480.03076 -153.439 100 567.1021 0.78179 15.1000 0.7544 0.0682 0.5323 0.0570 0.000 0.0000 22.8070 20.9213 -15.802 -19.500 19495.13077 19495.13077 -153.439 101 569.4566 0.78257 15.1000 0.7548 0.0682 0.5319 0.0570 0.000 0.0000 22.8070 20.9213 -9.087 -19.500 19510.23078 19510.23078 -153.439 102 571.7698 0.78332 15.1000 0.5923 0.0950 0.5957 0.0354 0.000 0.0000 22.8070 26.5781 13.310 -19.500 19525.33078 19573.00102 -153.439 103 573.2857 0.78382 15.1000 0.5927 0.0950 0.5956 0.0355 0.000 0.0000 22.8070 26.5781 -50.411 -19.500 19588.10103 19588.10103 -60.056 104 575.3884 0.78450 15.1000 0.7559 0.0681 0.5310 0.0572 0.000 0.0000 22.8070 20.9213 -28.291 -19.500 19603.20103 19603.20103 -60.056 105 577.6003 0.78521 15.1000 0.7563 0.0680 0.5307 0.0573 0.000 0.0000 22.8070 20.9213 -22.214 -19.500 19618.30104 19618.30104 -60.056 106 579.8946 0.78595 15.1000 0.7567 0.0680 0.5303 0.0573 0.000 0.0000 22.8070 20.9213 -16.310 -19.500 19633.40105 19633.40105 -60.056 107 582.2457 0.78670 15.1000 0.7571 0.0679 0.5300 0.0574 0.000 0.0000 22.8070 20.9213 -10.582 -19.500 19648.50105 19648.50105 -60.056 108 584.5933 0.78745 15.1000 0.5955 0.0950 0.5946 0.0360 0.000 0.0000 22.8070 26.5781 10.809 -19.500 19663.60106 19711.27130 -60.056 109 586.1950 0.78795 15.1000 0.5960 0.0950 0.5944 0.0361 0.000 0.0000 22.8070 26.5781 -47.957 -19.500 19726.37130 19726.37130 42.284 110 588.3322 0.78863 15.1000 0.7582 0.0678 0.5291 0.0576 0.000 0.0000 22.8070 20.9213 -26.842 -19.500 19741.47131 19741.47131 42.284 111 590.5582 0.78932 15.1000 0.7586 0.0678 0.5287 0.0576 0.000 0.0000 22.8070 20.9213 -21.740 -19.500 19756.57132 19756.57132 42.284 112 592.8536 0.79004 15.1000 0.7590 0.0678 0.5284 0.0577 0.000 0.0000 22.8070 20.9213 -16.803 -19.500 19771.67132 19771.67132 42.284 113 595.1998 0.79076 15.1000 0.7594 0.0677 0.5281 0.0577 0.000 0.0000 22.8070 20.9213 -12.036 -19.500 19786.77133 19786.77133 42.284 114 597.5767 0.79150 15.1000 0.5987 0.0950 0.5934 0.0366 0.000 0.0000 22.8070 26.5781 8.377 -19.500 19801.87134 19849.54158 42.284 115 599.2599 0.79201 15.1000 0.5991 0.0950 0.5933 0.0367 0.000 0.0000 22.8070 26.5781 -45.572 -19.500 19864.64158 19864.64158 153.330 116 601.4293 0.79267 15.1000 0.7604 0.0676 0.5272 0.0579 0.000 0.0000 22.8070 20.9213 -25.435 -19.500 19879.74159 19879.74159 153.330 117 603.6689 0.79335 15.1000 0.7608 0.0676 0.5268 0.0580 0.000 0.0000 22.8070 20.9213 -21.278 -19.500 19894.84159 19894.84159 153.330 118 605.9649 0.79405 15.1000 0.7612 0.0676 0.5265 0.0580 0.000 0.0000 22.8070 20.9213 -17.281 -19.500 19909.94160 19909.94160 153.330 119 608.3048 0.79475 15.1000 0.7615 0.0675 0.5262 0.0581 0.000 0.0000 22.8070 20.9213 -13.447 -19.500 19925.04161 19925.04161 153.330 120 610.7062 0.79547 15.1000 0.6017 0.0950 0.5923 0.0372 0.000 0.0000 22.8070 26.5781 6.014 -19.500 19940.14161 20223.83074 153.330 610.7062 0.79547 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6114 0.0000 0.000 ( 20036.98618) 20223.83074 610.7062 0.79547 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6114 0.0000 0.000 ( 20126.98618) 20223.83074 121 612.4662 0.79599 15.1000 0.6022 0.0950 0.5921 0.0373 0.000 0.0000 22.8070 26.5781 -43.256 -19.500 20238.93075 20238.93075 -75.329 122 614.6658 0.79664 15.1000 0.7626 0.0674 0.5253 0.0582 0.000 0.0000 22.8070 20.9213 -24.070 -19.500 20254.03075 20254.03075 -75.329 123 616.9185 0.79730 15.1000 0.7629 0.0674 0.5250 0.0583 0.000 0.0000 22.8070 20.9213 -20.831 -19.500 20269.13076 20269.13076 -75.329 124 619.2151 0.79798 15.1000 0.7633 0.0673 0.5247 0.0583 0.000 0.0000 22.8070 20.9213 -17.746 -19.500 20284.23077 20284.23077 -75.329 125 621.5474 0.79866 15.1000 0.7637 0.0673 0.5244 0.0584 0.000 0.0000 22.8070 20.9213 -14.817 -19.500 20299.33077 20299.33077 -75.329 126 623.9689 0.79936 15.1000 0.6047 0.0950 0.5912 0.0378 0.000 0.0000 22.8070 26.5781 3.720 -19.500 20314.43078 20362.10102 -75.329 127 625.8015 0.79989 15.1000 0.6051 0.0950 0.5910 0.0379 0.000 0.0000 22.8070 26.5781 -41.011 -19.500 20377.20102 20377.20102 52.365 128 628.0294 0.80052 15.1000 0.7647 0.0672 0.5235 0.0585 0.000 0.0000 22.8070 20.9213 -22.746 -19.500 20392.30103 20392.30103 52.365 129 630.2946 0.80117 15.1000 0.7650 0.0672 0.5232 0.0586 0.000 0.0000 22.8070 20.9213 -20.397 -19.500 20407.40104 20407.40104 52.365 130 632.5916 0.80182 15.1000 0.7654 0.0671 0.5229 0.0586 0.000 0.0000 22.8070 20.9213 -18.196 -19.500 20422.50104 20422.50104 52.365 131 634.9152 0.80248 15.1000 0.7657 0.0671 0.5226 0.0587 0.000 0.0000 22.8070 20.9213 -16.144 -19.500 20437.60105 20437.60105 52.365 132 637.3525 0.80317 15.1000 0.6075 0.0950 0.5901 0.0384 0.000 0.0000 22.8070 26.5781 1.495 -19.500 20452.70106 20500.37130 52.365 133 639.2532 0.80370 15.1000 0.6080 0.0950 0.5899 0.0385 0.000 0.0000 22.8070 26.5781 -38.835 -19.500 20515.47130 20515.47130 -171.993 134 641.5073 0.80432 15.1000 0.7667 0.0670 0.5217 0.0588 0.000 0.0000 22.8070 20.9213 -21.464 -19.500 20530.57131 20530.57131 -171.993 135 643.7846 0.80496 15.1000 0.7670 0.0670 0.5214 0.0589 0.000 0.0000 22.8070 20.9213 -19.976 -19.500 20545.67131 20545.67131 -171.993 136 646.0817 0.80559 15.1000 0.7673 0.0670 0.5212 0.0589 0.000 0.0000 22.8070 20.9213 -18.632 -19.500 20560.77132 20560.77132 -171.993 137 648.3955 0.80622 15.1000 0.7677 0.0669 0.5209 0.0590 0.000 0.0000 22.8070 20.9213 -17.431 -19.500 20575.87133 20575.87133 -171.993 138 650.8446 0.80689 15.1000 0.6103 0.0950 0.5890 0.0390 0.000 0.0000 22.8070 26.5781 -0.662 -19.500 20590.97133 20638.64157 -171.993 139 652.8093 0.80742 15.1000 0.6108 0.0950 0.5888 0.0391 0.000 0.0000 22.8070 26.5781 -36.726 -19.500 20653.74158 20653.74158 -28.650 140 655.0878 0.80804 15.1000 0.7686 0.0668 0.5200 0.0591 0.000 0.0000 22.8070 20.9213 -20.221 -19.500 20668.84158 20668.84158 -28.650 141 657.3768 0.80865 15.1000 0.7690 0.0668 0.5197 0.0592 0.000 0.0000 22.8070 20.9213 -19.569 -19.500 20683.94159 20683.94159 -28.650 142 659.6739 0.80927 15.1000 0.7693 0.0668 0.5195 0.0592 0.000 0.0000 22.8070 20.9213 -19.055 -19.500 20699.04160 20699.04160 -28.650 143 661.9771 0.80988 15.1000 0.7696 0.0667 0.5192 0.0593 0.000 0.0000 22.8070 20.9213 -18.677 -19.500 20714.14160 20714.14160 -28.650 144 664.4345 0.81053 15.1000 0.6130 0.0950 0.5880 0.0395 0.000 0.0000 22.8070 26.5781 -2.752 -19.500 20729.24161 21012.93074 -28.650 664.4345 0.81053 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6144 0.0000 0.000 ( 20826.08617) 21012.93074 664.4345 0.81053 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6144 0.0000 0.000 ( 20916.08617) 21012.93074 145 666.4591 0.81106 15.1000 0.6135 0.0950 0.5878 0.0396 0.000 0.0000 22.8070 26.5781 -34.684 -19.500 21028.03074 21028.03074 -172.698 146 668.7604 0.81167 15.1000 0.7705 0.0666 0.5183 0.0594 0.000 0.0000 22.8070 20.9213 -19.019 -19.500 21043.13075 21043.13075 -172.698 147 671.0604 0.81227 15.1000 0.7708 0.0666 0.5181 0.0595 0.000 0.0000 22.8070 20.9213 -19.175 -19.500 21058.23076 21058.23076 -172.698 148 673.3573 0.81286 15.1000 0.7711 0.0666 0.5178 0.0595 0.000 0.0000 22.8070 20.9213 -19.463 -19.500 21073.33076 21073.33076 -172.698 149 675.6491 0.81345 15.1000 0.7714 0.0665 0.5175 0.0596 0.000 0.0000 22.8070 20.9213 -19.883 -19.500 21088.43077 21088.43077 -172.698 150 678.1112 0.81409 15.1000 0.6156 0.0950 0.5869 0.0400 0.000 0.0000 22.8070 26.5781 -4.776 -19.500 21103.53078 21151.20102 -172.698 151 680.1917 0.81462 15.1000 0.6161 0.0950 0.5867 0.0401 0.000 0.0000 22.8070 26.5781 -32.708 -19.500 21166.30102 21166.30102 -14.681 152 682.5140 0.81521 15.1000 0.7723 0.0665 0.5167 0.0597 0.000 0.0000 22.8070 20.9213 -17.855 -19.500 21181.40103 21181.40103 -14.681 153 684.8247 0.81579 15.1000 0.7726 0.0664 0.5165 0.0597 0.000 0.0000 22.8070 20.9213 -18.793 -19.500 21196.50103 21196.50103 -14.681 154 687.1213 0.81637 15.1000 0.7729 0.0664 0.5162 0.0598 0.000 0.0000 22.8070 20.9213 -19.859 -19.500 21211.60104 21211.60104 -14.681 155 689.4010 0.81694 15.1000 0.7732 0.0664 0.5159 0.0598 0.000 0.0000 22.8070 20.9213 -21.051 -19.500 21226.70105 21226.70105 -14.681 156 691.8647 0.81756 15.1000 0.6182 0.0950 0.5859 0.0405 0.000 0.0000 22.8070 26.5781 -6.735 -19.500 21241.80105 21289.47129 -14.681 157 693.9973 0.81809 15.1000 0.6186 0.0949 0.5857 0.0406 0.000 0.0000 22.8070 26.5781 -30.795 -19.500 21304.57130 21304.57130 150.321 158 696.3392 0.81867 15.1000 0.7741 0.0663 0.5151 0.0600 0.000 0.0000 22.8070 20.9213 -16.729 -19.500 21319.67130 21319.67130 150.321 159 698.6602 0.81924 15.1000 0.7744 0.0662 0.5149 0.0600 0.000 0.0000 22.8070 20.9213 -18.424 -19.500 21334.77131 21334.77131 150.321 160 700.9563 0.81980 15.1000 0.7747 0.0662 0.5146 0.0601 0.000 0.0000 22.8070 20.9213 -20.241 -19.500 21349.87132 21349.87132 150.321 161 703.2234 0.82035 15.1000 0.7750 0.0662 0.5144 0.0601 0.000 0.0000 22.8070 20.9213 -22.180 -19.500 21364.97132 21364.97132 150.321 162 705.6859 0.82094 15.1000 0.6206 0.0949 0.5849 0.0410 0.000 0.0000 22.8070 26.5781 -8.631 -19.500 21380.07133 21427.74157 150.321 163 707.8670 0.82147 15.1000 0.6211 0.0949 0.5847 0.0411 0.000 0.0000 22.8070 26.5781 -28.945 -19.500 21442.84157 21442.84157 -37.920 164 710.2271 0.82204 15.1000 0.7758 0.0661 0.5136 0.0602 0.000 0.0000 22.8070 20.9213 -15.640 -19.500 21457.94158 21457.94158 -37.920 165 712.5579 0.82259 15.1000 0.7761 0.0661 0.5134 0.0603 0.000 0.0000 22.8070 20.9213 -18.066 -19.500 21473.04159 21473.04159 -37.920 166 714.8534 0.82314 15.1000 0.7763 0.0660 0.5131 0.0603 0.000 0.0000 22.8070 20.9213 -20.611 -19.500 21488.14159 21488.14159 -37.920 167 717.1072 0.82367 15.1000 0.7766 0.0660 0.5129 0.0603 0.000 0.0000 22.8070 20.9213 -23.272 -19.500 21503.24160 21503.24160 -37.920 168 719.5658 0.82425 15.1000 0.6230 0.0949 0.5839 0.0415 0.000 0.0000 22.8070 26.5781 -10.465 -19.500 21518.34161 21802.03074 -37.920 719.5658 0.82425 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6147 0.0000 0.000 ( 21615.18617) 21802.03074 719.5658 0.82425 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6147 0.0000 0.000 ( 21705.18617) 21802.03074 169 721.7919 0.82477 15.1000 0.6234 0.0949 0.5837 0.0416 0.000 0.0000 22.8070 26.5781 -27.155 -19.500 21817.13074 21817.13074 -107.632 170 724.1687 0.82532 15.1000 0.7774 0.0659 0.5121 0.0605 0.000 0.0000 22.8070 20.9213 -14.587 -19.500 21832.23075 21832.23075 -107.632 171 726.5089 0.82586 15.1000 0.7777 0.0659 0.5119 0.0605 0.000 0.0000 22.8070 20.9213 -17.720 -19.500 21847.33075 21847.33075 -107.632 172 728.8037 0.82639 15.1000 0.7779 0.0659 0.5116 0.0606 0.000 0.0000 22.8070 20.9213 -20.968 -19.500 21862.43076 21862.43076 -107.632 173 731.0439 0.82691 15.1000 0.7782 0.0658 0.5114 0.0606 0.000 0.0000 22.8070 20.9213 -24.329 -19.500 21877.53077 21877.53077 -107.632 174 733.4962 0.82747 15.1000 0.6253 0.0949 0.5829 0.0420 0.000 0.0000 22.8070 26.5781 -12.240 -19.500 21892.63077 21940.30101 -107.632 175 735.7641 0.82798 15.1000 0.6257 0.0949 0.5827 0.0420 0.000 0.0000 22.8070 26.5781 -25.424 -19.500 21955.40102 21955.40102 76.983 176 738.1564 0.82852 15.1000 0.7790 0.0658 0.5107 0.0607 0.000 0.0000 22.8070 20.9213 -13.569 -19.500 21970.50102 21970.50102 76.983 177 740.5056 0.82905 15.1000 0.7793 0.0657 0.5104 0.0608 0.000 0.0000 22.8070 20.9213 -17.386 -19.500 21985.60103 21985.60103 76.983 178 742.7998 0.82957 15.1000 0.7795 0.0657 0.5102 0.0608 0.000 0.0000 22.8070 20.9213 -21.314 -19.500 22000.70104 22000.70104 76.983 179 745.0260 0.83006 15.1000 0.7798 0.0657 0.5099 0.0608 0.000 0.0000 22.8070 20.9213 -25.350 -19.500 22015.80104 22015.80104 76.983 180 747.4700 0.83060 15.1000 0.6275 0.0949 0.5820 0.0424 0.000 0.0000 22.8070 26.5781 -13.956 -19.500 22030.90105 22078.57129 76.983 181 749.7766 0.83111 15.1000 0.6279 0.0949 0.5818 0.0425 0.000 0.0000 22.8070 26.5781 -23.751 -19.500 22093.67129 22093.67129 -92.290 182 752.1831 0.83164 15.1000 0.7805 0.0656 0.5092 0.0609 0.000 0.0000 22.8070 20.9213 -12.585 -19.500 22108.77130 22108.77130 -92.290 183 754.5410 0.83216 15.1000 0.7808 0.0656 0.5090 0.0610 0.000 0.0000 22.8070 20.9213 -17.063 -19.500 22123.87131 22123.87131 -92.290 184 756.8343 0.83266 15.1000 0.7810 0.0656 0.5088 0.0610 0.000 0.0000 22.8070 20.9213 -21.648 -19.500 22138.97131 22138.97131 -92.290 185 759.0462 0.83314 15.1000 0.7813 0.0655 0.5086 0.0611 0.000 0.0000 22.8070 20.9213 -26.337 -19.500 22154.07132 22154.07132 -92.290 186 761.4798 0.83366 15.1000 0.6296 0.0948 0.5810 0.0428 0.000 0.0000 22.8070 26.5781 -15.617 -19.500 22169.17133 22216.84157 -92.290 187 763.8220 0.83416 15.1000 0.6300 0.0948 0.5809 0.0429 0.000 0.0000 22.8070 26.5781 -22.131 -19.500 22231.94157 22231.94157 104.348 188 766.2416 0.83468 15.1000 0.7820 0.0654 0.5079 0.0612 0.000 0.0000 22.8070 20.9213 -11.633 -19.500 22247.04158 22247.04158 104.348 189 768.6079 0.83518 15.1000 0.7822 0.0654 0.5077 0.0612 0.000 0.0000 22.8070 20.9213 -16.750 -19.500 22262.14158 22262.14158 104.348 190 770.9002 0.83567 15.1000 0.7825 0.0654 0.5074 0.0612 0.000 0.0000 22.8070 20.9213 -21.971 -19.500 22277.24159 22277.24159 104.348 191 773.0976 0.83613 15.1000 0.7827 0.0654 0.5072 0.0613 0.000 0.0000 22.8070 20.9213 -27.292 -19.500 22292.34160 22292.34160 104.348 192 775.5191 0.83664 15.1000 0.6317 0.0948 0.5801 0.0433 0.000 0.0000 22.8070 26.5781 -17.222 -19.500 22307.44160 22591.13073 104.348 775.5191 0.83664 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6132 0.0000 0.000 ( 22404.28617) 22591.13073 775.5191 0.83664 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6132 0.0000 0.000 ( 22494.28617) 22591.13073 193 777.8942 0.83713 15.1000 0.6321 0.0948 0.5800 0.0433 0.000 0.0000 22.8070 26.5781 -20.566 -19.500 22606.23074 22606.23074 99.693 194 780.3259 0.83764 15.1000 0.7834 0.0653 0.5066 0.0614 0.000 0.0000 22.8070 20.9213 -10.712 -19.500 22621.33074 22621.33074 99.693 195 782.7002 0.83813 15.1000 0.7836 0.0653 0.5063 0.0614 0.000 0.0000 22.8070 20.9213 -16.448 -19.500 22636.43075 22636.43075 99.693 196 784.9916 0.83860 15.1000 0.7839 0.0652 0.5061 0.0614 0.000 0.0000 22.8070 20.9213 -22.283 -19.500 22651.53076 22651.53076 99.693 197 787.1743 0.83905 15.1000 0.7841 0.0652 0.5059 0.0615 0.000 0.0000 22.8070 20.9213 -28.215 -19.500 22666.63076 22666.63076 99.693 198 789.5823 0.83954 15.1000 0.6337 0.0948 0.5793 0.0437 0.000 0.0000 22.8070 26.5781 -18.775 -19.500 22681.73077 22729.40101 99.693 199 791.9877 0.84003 15.1000 0.6341 0.0948 0.5791 0.0438 0.000 0.0000 22.8070 26.5781 -19.052 -19.500 22744.50101 22744.50101 -52.427 200 794.4306 0.84052 15.1000 0.7848 0.0651 0.5053 0.0616 0.000 0.0000 22.8070 20.9213 -9.822 -19.500 22759.60102 22759.60102 -52.427 201 796.8125 0.84100 15.1000 0.7850 0.0651 0.5051 0.0616 0.000 0.0000 22.8070 20.9213 -16.155 -19.500 22774.70103 22774.70103 -52.427 202 799.1029 0.84146 15.1000 0.7852 0.0651 0.5048 0.0617 0.000 0.0000 22.8070 20.9213 -22.585 -19.500 22789.80103 22789.80103 -52.427 203 801.2708 0.84189 15.1000 0.7854 0.0651 0.5046 0.0617 0.000 0.0000 22.8070 20.9213 -29.108 -19.500 22804.90104 22804.90104 -52.427 204 803.6638 0.84236 15.1000 0.6357 0.0947 0.5784 0.0441 0.000 0.0000 22.8070 26.5781 -20.277 -19.500 22820.00105 22867.67129 -52.427 205 806.0970 0.84284 15.1000 0.6360 0.0947 0.5782 0.0441 0.000 0.0000 22.8070 26.5781 -17.587 -19.500 22882.77129 22882.77129 160.798 206 808.5500 0.84333 15.1000 0.7861 0.0650 0.5040 0.0618 0.000 0.0000 22.8070 20.9213 -8.962 -19.500 22897.87130 22897.87130 160.798 207 810.9393 0.84379 15.1000 0.7863 0.0650 0.5038 0.0618 0.000 0.0000 22.8070 20.9213 -15.873 -19.500 22912.97130 22912.97130 160.798 208 813.2285 0.84424 15.1000 0.7865 0.0650 0.5036 0.0619 0.000 0.0000 22.8070 20.9213 -22.877 -19.500 22928.07131 22928.07131 160.798 209 815.3815 0.84465 15.1000 0.7867 0.0649 0.5034 0.0619 0.000 0.0000 22.8070 20.9213 -29.971 -19.500 22943.17132 22943.17132 160.798 210 817.7582 0.84511 15.1000 0.6375 0.0947 0.5775 0.0444 0.000 0.0000 22.8070 26.5781 -21.731 -19.500 22958.27132 23005.94156 160.798 211 820.2170 0.84559 15.1000 0.6379 0.0947 0.5774 0.0445 0.000 0.0000 22.8070 26.5781 -16.170 -19.500 23021.04157 23021.04157 19.193 212 822.6793 0.84606 15.1000 0.7873 0.0649 0.5028 0.0620 0.000 0.0000 22.8070 20.9213 -8.129 -19.500 23036.14157 23036.14157 19.193 213 825.0756 0.84651 15.1000 0.7876 0.0648 0.5026 0.0620 0.000 0.0000 22.8070 20.9213 -15.599 -19.500 23051.24158 23051.24158 19.193 214 827.3637 0.84695 15.1000 0.7878 0.0648 0.5024 0.0620 0.000 0.0000 22.8070 20.9213 -23.159 -19.500 23066.34159 23066.34159 19.193 215 829.5018 0.84735 15.1000 0.7880 0.0648 0.5022 0.0621 0.000 0.0000 22.8070 20.9213 -30.806 -19.500 23081.44159 23081.44159 19.193 216 831.8613 0.84779 15.1000 0.6394 0.0947 0.5767 0.0448 0.000 0.0000 22.8070 26.5781 -23.137 -19.500 23096.54160 23380.23073 19.193 831.8613 0.84779 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6104 0.0000 0.000 ( 23193.38616) 23380.23073 831.8613 0.84779 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6104 0.0000 0.000 ( 23283.38616) 23380.23073 217 834.3434 0.84825 15.1000 0.6397 0.0947 0.5766 0.0449 0.000 0.0000 22.8070 26.5781 -14.799 -19.500 23395.33073 23395.33073 71.454 218 836.8143 0.84871 15.1000 0.7886 0.0647 0.5016 0.0622 0.000 0.0000 22.8070 20.9213 -7.324 -19.500 23410.43074 23410.43074 71.454 219 839.2175 0.84916 15.1000 0.7888 0.0647 0.5014 0.0622 0.000 0.0000 22.8070 20.9213 -15.334 -19.500 23425.53075 23425.53075 71.454 220 841.5044 0.84958 15.1000 0.7890 0.0647 0.5012 0.0622 0.000 0.0000 22.8070 20.9213 -23.432 -19.500 23440.63075 23440.63075 71.454 221 843.6276 0.84997 15.1000 0.7892 0.0647 0.5011 0.0623 0.000 0.0000 22.8070 20.9213 -31.614 -19.500 23455.73076 23455.73076 71.454 222 845.9690 0.85040 15.1000 0.6411 0.0946 0.5759 0.0452 0.000 0.0000 22.8070 26.5781 -24.497 -19.500 23470.83077 23518.50101 71.454 223 848.4725 0.85085 15.1000 0.6414 0.0946 0.5758 0.0452 0.000 0.0000 22.8070 26.5781 -13.473 -19.500 23533.60101 23533.60101 -60.310 224 850.9512 0.85130 15.1000 0.7898 0.0646 0.5005 0.0623 0.000 0.0000 22.8070 20.9213 -6.544 -19.500 23548.70102 23548.70102 -60.310 225 853.3609 0.85174 15.1000 0.7900 0.0646 0.5003 0.0624 0.000 0.0000 22.8070 20.9213 -15.078 -19.500 23563.80102 23563.80102 -60.310 226 855.6466 0.85215 15.1000 0.7902 0.0646 0.5001 0.0624 0.000 0.0000 22.8070 20.9213 -23.696 -19.500 23578.90103 23578.90103 -60.310 227 857.7549 0.85252 15.1000 0.7903 0.0645 0.4999 0.0624 0.000 0.0000 22.8070 20.9213 -32.395 -19.500 23594.00104 23594.00104 -60.310 228 860.0772 0.85294 15.1000 0.6428 0.0946 0.5751 0.0455 0.000 0.0000 22.8070 26.5781 -25.814 -19.500 23609.10104 23656.77128 -60.310 229 862.6001 0.85338 15.1000 0.6431 0.0946 0.5750 0.0456 0.000 0.0000 22.8070 26.5781 -12.188 -19.500 23671.87129 23671.87129 172.609 230 865.0859 0.85382 15.1000 0.7909 0.0645 0.4994 0.0625 0.000 0.0000 22.8070 20.9213 -5.790 -19.500 23686.97129 23686.97129 172.609 231 867.5018 0.85425 15.1000 0.7911 0.0644 0.4992 0.0625 0.000 0.0000 22.8070 20.9213 -14.830 -19.500 23702.07130 23702.07130 172.609 232 869.7863 0.85465 15.1000 0.7913 0.0644 0.4990 0.0626 0.000 0.0000 22.8070 20.9213 -23.952 -19.500 23717.17131 23717.17131 172.609 233 871.8797 0.85501 15.1000 0.7915 0.0644 0.4988 0.0626 0.000 0.0000 22.8070 20.9213 -33.152 -19.500 23732.27131 23732.27131 172.609 234 874.1823 0.85541 15.1000 0.6445 0.0946 0.5744 0.0459 0.000 0.0000 22.8070 26.5781 -27.088 -19.500 23747.37132 23795.04156 172.609 235 876.7228 0.85585 15.1000 0.6447 0.0946 0.5742 0.0459 0.000 0.0000 22.8070 26.5781 -10.945 -19.500 23810.14156 23810.14156 50.061 236 879.2151 0.85627 15.1000 0.7920 0.0643 0.4983 0.0627 0.000 0.0000 22.8070 20.9213 -5.060 -19.500 23825.24157 23825.24157 50.061 237 881.6371 0.85669 15.1000 0.7922 0.0643 0.4981 0.0627 0.000 0.0000 22.8070 20.9213 -14.590 -19.500 23840.34158 23840.34158 50.061 238 883.9203 0.85708 15.1000 0.7924 0.0643 0.4980 0.0627 0.000 0.0000 22.8070 20.9213 -24.199 -19.500 23855.44158 23855.44158 50.061 239 885.9989 0.85743 15.1000 0.7926 0.0643 0.4978 0.0628 0.000 0.0000 22.8070 20.9213 -33.884 -19.500 23870.54159 23870.54159 50.061 240 888.2813 0.85782 15.1000 0.6460 0.0945 0.5736 0.0462 0.000 0.0000 22.8070 26.5781 -28.322 -19.500 23885.64160 24169.33073 50.061 888.2813 0.85782 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6069 0.0000 0.000 ( 23982.48616) 24169.33073 888.2813 0.85782 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6069 0.0000 0.000 ( 24072.48616) 24169.33073 241 890.8378 0.85824 15.1000 0.6463 0.0945 0.5735 0.0462 0.000 0.0000 22.8070 26.5781 -9.742 -19.500 24184.43073 24184.43073 152.213 242 893.3361 0.85866 15.1000 0.7931 0.0642 0.4973 0.0629 0.000 0.0000 22.8070 20.9213 -4.353 -19.500 24199.53074 24199.53074 152.213 243 895.7638 0.85907 15.1000 0.7933 0.0642 0.4971 0.0629 0.000 0.0000 22.8070 20.9213 -14.357 -19.500 24214.63074 24214.63074 152.213 244 898.0458 0.85945 15.1000 0.7934 0.0642 0.4969 0.0629 0.000 0.0000 22.8070 20.9213 -24.439 -19.500 24229.73075 24229.73075 152.213 245 900.1097 0.85979 15.1000 0.7936 0.0642 0.4967 0.0629 0.000 0.0000 22.8070 20.9213 -34.593 -19.500 24244.83076 24244.83076 152.213 246 902.3714 0.86016 15.1000 0.6476 0.0945 0.5729 0.0465 0.000 0.0000 22.8070 26.5781 -29.517 -19.500 24259.93076 24307.60100 152.213 247 904.9425 0.86058 15.1000 0.6479 0.0945 0.5728 0.0466 0.000 0.0000 22.8070 26.5781 -8.576 -19.500 24322.70101 24322.70101 38.303 248 907.4461 0.86099 15.1000 0.7941 0.0641 0.4962 0.0630 0.000 0.0000 22.8070 20.9213 -3.668 -19.500 24337.80101 24337.80101 38.303 249 909.8795 0.86138 15.1000 0.7943 0.0641 0.4961 0.0630 0.000 0.0000 22.8070 20.9213 -14.132 -19.500 24352.90102 24352.90102 38.303 250 912.1602 0.86175 15.1000 0.7945 0.0641 0.4959 0.0631 0.000 0.0000 22.8070 20.9213 -24.670 -19.500 24368.00103 24368.00103 38.303 251 914.2095 0.86208 15.1000 0.7946 0.0640 0.4957 0.0631 0.000 0.0000 22.8070 20.9213 -35.279 -19.500 24383.10103 24383.10103 38.303 252 916.4500 0.86244 15.1000 0.6491 0.0945 0.5722 0.0468 0.000 0.0000 22.8070 26.5781 -30.675 -19.500 24398.20104 24445.87128 38.303 253 919.0340 0.86285 15.1000 0.6493 0.0945 0.5720 0.0469 0.000 0.0000 22.8070 26.5781 -7.446 -19.500 24460.97128 24460.97128 -71.491 254 921.5424 0.86325 15.1000 0.7951 0.0640 0.4953 0.0632 0.000 0.0000 22.8070 20.9213 -3.005 -19.500 24476.07129 24476.07129 -71.491 255 923.9811 0.86364 15.1000 0.7953 0.0640 0.4951 0.0632 0.000 0.0000 22.8070 20.9213 -13.914 -19.500 24491.17130 24491.17130 -71.491 256 926.2606 0.86400 15.1000 0.7954 0.0640 0.4949 0.0632 0.000 0.0000 22.8070 20.9213 -24.895 -19.500 24506.27130 24506.27130 -71.491 257 928.2954 0.86432 15.1000 0.7956 0.0639 0.4948 0.0632 0.000 0.0000 22.8070 20.9213 -35.944 -19.500 24521.37131 24521.37131 -71.491 258 930.5144 0.86466 15.1000 0.6505 0.0944 0.5715 0.0471 0.000 0.0000 22.8070 26.5781 -31.796 -19.500 24536.47132 24584.14156 -71.491 259 933.1101 0.86507 15.1000 0.6508 0.0944 0.5714 0.0472 0.000 0.0000 22.8070 26.5781 -6.352 -19.500 24599.24156 24599.24156 -177.297 260 935.6229 0.86546 15.1000 0.7961 0.0639 0.4943 0.0633 0.000 0.0000 22.8070 20.9213 -2.363 -19.500 24614.34157 24614.34157 -177.297 261 938.0667 0.86584 15.1000 0.7962 0.0639 0.4941 0.0633 0.000 0.0000 22.8070 20.9213 -13.702 -19.500 24629.44157 24629.44157 -177.297 262 940.3448 0.86619 15.1000 0.7964 0.0638 0.4940 0.0634 0.000 0.0000 22.8070 20.9213 -25.112 -19.500 24644.54158 24644.54158 -177.297 263 942.3654 0.86649 15.1000 0.7966 0.0638 0.4938 0.0634 0.000 0.0000 22.8070 20.9213 -36.588 -19.500 24659.64159 24659.64159 -177.297 264 944.5626 0.86683 15.1000 0.6519 0.0944 0.5708 0.0474 0.000 0.0000 22.8070 26.5781 -32.883 -19.500 24674.74159 24958.43072 -177.297 944.5626 0.86683 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6029 0.0000 0.000 ( 24771.58616) 24958.43072 944.5626 0.86683 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6029 0.0000 0.000 ( 24861.58616) 24958.43072 265 947.1687 0.86723 15.1000 0.6522 0.0944 0.5707 0.0474 0.000 0.0000 22.8070 26.5781 -5.291 -19.500 24973.53073 24973.53073 -31.266 266 949.6855 0.86761 15.1000 0.7970 0.0638 0.4934 0.0635 0.000 0.0000 22.8070 20.9213 -1.740 -19.500 24988.63073 24988.63073 -31.266 267 952.1343 0.86798 15.1000 0.7972 0.0638 0.4932 0.0635 0.000 0.0000 22.8070 20.9213 -13.497 -19.500 25003.73074 25003.73074 -31.266 268 954.4111 0.86832 15.1000 0.7973 0.0637 0.4931 0.0635 0.000 0.0000 22.8070 20.9213 -25.323 -19.500 25018.83075 25018.83075 -31.266 269 956.4176 0.86862 15.1000 0.7975 0.0637 0.4929 0.0635 0.000 0.0000 22.8070 20.9213 -37.212 -19.500 25033.93075 25033.93075 -31.266 270 958.5928 0.86894 15.1000 0.6533 0.0944 0.5701 0.0477 0.000 0.0000 22.8070 26.5781 -33.937 -19.500 25049.03076 25096.70100 -31.266 271 961.2083 0.86933 15.1000 0.6535 0.0944 0.5700 0.0477 0.000 0.0000 22.8070 26.5781 -4.262 -19.500 25111.80100 25111.80100 -129.461 272 963.7286 0.86970 15.1000 0.7979 0.0637 0.4925 0.0636 0.000 0.0000 22.8070 20.9213 -1.136 -19.500 25126.90101 25126.90101 -129.461 273 966.1823 0.87006 15.1000 0.7981 0.0636 0.4923 0.0636 0.000 0.0000 22.8070 20.9213 -13.298 -19.500 25142.00102 25142.00102 -129.461 274 968.4579 0.87039 15.1000 0.7982 0.0636 0.4922 0.0636 0.000 0.0000 22.8070 20.9213 -25.527 -19.500 25157.10102 25157.10102 -129.461 275 970.4503 0.87068 15.1000 0.7984 0.0636 0.4920 0.0637 0.000 0.0000 22.8070 20.9213 -37.818 -19.500 25172.20103 25172.20103 -129.461 276 972.6034 0.87100 15.1000 0.6546 0.0943 0.5695 0.0480 0.000 0.0000 22.8070 26.5781 -34.958 -19.500 25187.30104 25234.97128 -129.461 277 975.2272 0.87137 15.1000 0.6548 0.0943 0.5694 0.0480 0.000 0.0000 22.8070 26.5781 -3.264 -19.500 25250.07128 25250.07128 135.977 278 977.7506 0.87174 15.1000 0.7988 0.0636 0.4916 0.0637 0.000 0.0000 22.8070 20.9213 -0.551 -19.500 25265.17129 25265.17129 135.977 279 980.2089 0.87209 15.1000 0.7990 0.0635 0.4914 0.0637 0.000 0.0000 22.8070 20.9213 -13.106 -19.500 25280.27129 25280.27129 135.977 280 982.4831 0.87242 15.1000 0.7991 0.0635 0.4913 0.0638 0.000 0.0000 22.8070 20.9213 -25.725 -19.500 25295.37130 25295.37130 135.977 281 984.4618 0.87270 15.1000 0.7992 0.0635 0.4912 0.0638 0.000 0.0000 22.8070 20.9213 -38.405 -19.500 25310.47131 25310.47131 135.977 282 986.5927 0.87300 15.1000 0.6559 0.0943 0.5689 0.0482 0.000 0.0000 22.8070 26.5781 -35.949 -19.500 25325.57131 25373.24155 135.977 283 989.2236 0.87337 15.1000 0.6561 0.0943 0.5688 0.0483 0.000 0.0000 22.8070 26.5781 -2.296 -19.500 25388.34156 25388.34156 44.939 284 991.7498 0.87373 15.1000 0.7997 0.0635 0.4907 0.0639 0.000 0.0000 22.8070 20.9213 0.017 -19.500 25403.44156 25403.44156 44.939 285 994.2125 0.87407 15.1000 0.7998 0.0635 0.4906 0.0639 0.000 0.0000 22.8070 20.9213 -12.919 -19.500 25418.54157 25418.54157 44.939 286 996.4854 0.87439 15.1000 0.7999 0.0634 0.4905 0.0639 0.000 0.0000 22.8070 20.9213 -25.917 -19.500 25433.64158 25433.64158 44.939 287 998.4504 0.87466 15.1000 0.8001 0.0634 0.4903 0.0639 0.000 0.0000 22.8070 20.9213 -38.974 -19.500 25448.74158 25448.74158 44.939 288 1000.5590 0.87495 15.1000 0.6571 0.0943 0.5682 0.0485 0.000 0.0000 22.8070 26.5781 -36.911 -19.500 25463.84159 25747.53072 44.939 1000.5590 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6029 0.0000 0.000 ( 25560.68615) 25747.53072 1000.5590 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6029 0.0000 0.000 ( 25650.68615) 25747.53072 289 1000.5590 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 25762.63072 25762.63072 -111.164 290 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 25777.73073 25777.73073 -111.164 291 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 25792.83074 25792.83074 -111.164 292 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 25807.93074 25807.93074 -111.164 293 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 25823.03075 25823.03075 -111.164 294 1000.5590 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 25838.13076 25885.80100 -111.164 295 1000.5590 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 25900.90100 25900.90100 161.190 296 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 25916.00101 25916.00101 161.190 297 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 25931.10101 25931.10101 161.190 298 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 25946.20102 25946.20102 161.190 299 1000.5590 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 25961.30103 25961.30103 161.190 300 1000.5590 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 25976.40103 26024.07127 161.190 301 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26039.17128 26039.17128 73.545 302 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26054.27128 26054.27128 73.545 303 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26069.37129 26069.37129 73.545 304 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 26084.47130 26084.47130 73.545 305 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 26099.57130 26099.57130 73.545 306 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 26114.67131 26162.34155 73.545 307 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26177.44155 26177.44155 -14.101 308 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26192.54156 26192.54156 -14.101 309 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26207.64157 26207.64157 -14.101 310 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 26222.74157 26222.74157 -14.101 311 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 26237.84158 26237.84158 -14.101 312 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 26252.94159 26536.63072 -14.101 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6029 0.0000 0.000 ( 26349.78615) 26536.63072 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6029 0.0000 0.000 ( 26439.78615) 26536.63072 313 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26551.73072 26551.73072 170.656 314 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26566.83073 26566.83073 170.656 315 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26581.93073 26581.93073 170.656 316 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 26597.03074 26597.03074 170.656 317 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 26612.13075 26612.13075 170.656 318 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 26627.23075 26674.90099 170.656 319 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26690.00100 26690.00100 83.011 320 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26705.10100 26705.10100 83.011 321 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26720.20101 26720.20101 83.011 322 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 26735.30102 26735.30102 83.011 323 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 26750.40102 26750.40102 83.011 324 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 26765.50103 26813.17127 83.011 325 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26828.27127 26828.27127 -4.635 326 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26843.37128 26843.37128 -4.635 327 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26858.47129 26858.47129 -4.635 328 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 26873.57129 26873.57129 -4.635 329 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 26888.67130 26888.67130 -4.635 330 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 26903.77131 26951.44155 -4.635 331 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 26966.54155 26966.54155 -92.280 332 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 26981.64156 26981.64156 -92.280 333 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 26996.74156 26996.74156 -92.280 334 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 27011.84157 27011.84157 -92.280 335 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 27026.94158 27026.94158 -92.280 336 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 27042.04158 27325.73071 -92.280 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6029 0.0000 0.000 ( 27138.88615) 27325.73071 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6029 0.0000 0.000 ( 27228.88615) 27325.73071 337 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 27340.83072 27340.83072 92.477 338 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 27355.93072 27355.93072 92.477 339 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 27371.03073 27371.03073 92.477 340 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 27386.13074 27386.13074 92.477 341 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 27401.23074 27401.23074 92.477 342 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 27416.33075 27464.00099 92.477 343 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 27479.10099 27479.10099 4.831 344 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 27494.20100 27494.20100 4.831 345 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 27509.30101 27509.30101 4.831 346 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 27524.40101 27524.40101 4.831 347 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 27539.50102 27539.50102 4.831 348 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 27554.60103 27602.27127 4.831 349 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 27617.37127 27617.37127 -82.814 350 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 27632.47128 27632.47128 -82.814 351 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 27647.57128 27647.57128 -82.814 352 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 27662.67129 27662.67129 -82.814 353 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 27677.77130 27677.77130 -82.814 354 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 27692.87130 27740.54154 -82.814 355 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 17.761 -0.001 27755.64155 27755.64155 -170.460 356 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 19.756 -0.001 27770.74155 27770.74155 -170.460 357 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 6.585 -0.001 27785.84156 27785.84156 -170.460 358 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -6.587 -0.001 27800.94157 27800.94157 -170.460 359 1000.5591 0.87495 15.1000 0.8004 0.0634 0.4900 0.0640 0.000 0.0000 0.0000 0.0000 -19.758 -0.001 27816.04157 27816.04157 -170.460 360 1000.5591 0.87495 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 0.0000 0.0000 -17.763 -0.001 27831.14158 28114.83071 -170.460 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 -0.6029 0.0000 0.000 ( 27927.98614) 28114.83071 1000.5591 0.87495 47.6702 0.0000 0.0000 0.0000 0.0000 40.000 0.6029 0.0000 0.000 ( 28017.98614) 28114.83071 361 1003.1963 0.87531 15.1000 0.6573 0.0943 0.5681 0.0485 0.000 0.0000 22.8070 26.5781 -1.357 -19.500 28129.93071 28129.93071 -4.816 362 1005.7250 0.87566 15.1000 0.8005 0.0634 0.4899 0.0640 0.000 0.0000 22.8070 20.9213 0.568 -19.500 28145.03072 28145.03072 -4.816 363 1008.1920 0.87600 15.1000 0.8006 0.0634 0.4898 0.0640 0.000 0.0000 22.8070 20.9213 -12.737 -19.500 28160.13073 28160.13073 -4.816 364 1010.4637 0.87631 15.1000 0.8008 0.0633 0.4896 0.0640 0.000 0.0000 22.8070 20.9213 -26.104 -19.500 28175.23073 28175.23073 -4.816 365 1012.4152 0.87657 15.1000 0.8009 0.0633 0.4895 0.0640 0.000 0.0000 22.8070 20.9213 -39.526 -19.500 28190.33074 28190.33074 -4.816 366 1014.5016 0.87685 15.1000 0.6583 0.0942 0.5676 0.0487 0.000 0.0000 22.8070 26.5781 -37.844 -19.500 28205.43075 28253.10099 -4.816 367 1016.6756 0.87715 15.1000 0.6585 0.0942 0.5675 0.0488 0.000 0.0000 22.8070 26.5781 0.000 -19.500 28268.20099 28268.20099 -4.816 368 1019.0617 0.87747 15.1000 0.8013 0.0633 0.4891 0.0641 0.000 0.0000 22.8070 20.9213 0.000 -19.500 28283.30100 28283.30100 -4.816 369 1021.4483 0.87779 15.1000 0.8014 0.0633 0.4890 0.0641 0.000 0.0000 22.8070 20.9213 0.000 -19.500 28298.40100 28298.40100 -4.816 scheff 0.05 0.05 8 10 0 0 3 ! Picninc (Readdist) Beam from Distribution # of particles= 86040 Oldcurrent= 68.8408 (mA) Oldfreq= 805.000 (Mhz) (Readdist) Freq. scaled to 805.000 (Mhz): Scaled beam current= 68.8408 (mA) Average beam current= 34.4204 (mA) *The Phase Displacement of particles on Structure keywordignored. *For Superconducting linac, to bring to the correct cavity entrance phase, the phase of Particle distribution is shifted by -157.0770 Deg. Cell entry Ref. Phase -176.5770; Design Phase -19.5000 readdist ncell= 369 centrr5= 0.0000 centrr6= 0.0000 *The phase of particle distribution is displaced by -0.2223 (deg) to bring the particle av. phase to the entry phase. ==If frequency of run different from read beam data, longitudinal emittance, beta, and current are adjusted by multiplying freq_new/freq_old ==Routine Readdist read the beam distribution: rms(n) 100% ellipse alfa beta(u) (cm-mr) (cm-mr) (cm/rad),(deg/MeV) 1 0.0289 4.3745 0.3665 441.3748 2 0.0294 2.6553 2.4240 1258.1793 3 0.2814 44.3425 0.1928 11.9537 start 1 stop 360 prtbeam output 2 1 1 3000 1 begin Starting Beam_Prx dynamics...current= 68.8407746454745 mA Space charge calculation: Picnic3D algorithm used Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00018 -0.00805 0.00127 -0.00489 -176.577 391.424 ----------------------------------------------------------------------------------------------------------------------------------------- **Dynamics Calculation** Enter tank 1 Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00018 -0.00805 0.00127 -0.00489 -176.577 391.424 *** ORNL April 26,2001 Design*** SC2 2a *** The values for Emittance,Twiss parameters,Beam sizes,and energy are AT the END of cell. The values for Phase for CCDTL, CCL, SC are at the center of Gap. For DTL, it is at the end of Gap. The values for Phase for Transport structure, it is at the end of element. cell ngood plane emittance (cm-mrad),(deg-MeV) alpha beta(u) rms(u) max Design or Particle EndCell 100% 90% rms(n) (cm/mrad), x or y x or y Ref.Phase Av.Phase Ref.energy (deg/MeV) (cm) (cm) (deg) (deg) (MeV) 1 86040 x-xp 4.41061 0.13458 0.02891 0.23359 0.432592 0.1116 0.6131 -89.7142 -89.7137 391.4432 391.4238 y-yp 2.64555 0.14083 0.02943 2.09984 1.188761 0.1867 1.3232 phi-w 44.42987 1.38329 0.28143 -0.19281 11.951711 1.8340 0.0000 End of Gap Ref.Particle Absolute Phase: 29.5826 Deg. 2 86040 x-xp 4.43354 0.13413 0.02890 0.12041 0.427663 0.1109 0.6119 -47.3786 -47.3765 392.8958 391.4339 y-yp 2.63116 0.14097 0.02947 1.84618 1.128523 0.1818 1.2958 phi-w 44.34396 1.38553 0.28129 -0.47947 11.838244 1.8248 0.0000 End of Gap Ref.Particle Absolute Phase: 235.5764 Deg. 3 86040 x-xp 4.45034 0.13375 0.02889 0.03808 0.425852 0.1104 0.6116 -21.5122 -21.5086 394.8938 392.8863 y-yp 2.61447 0.14100 0.02951 1.68563 1.074807 0.1773 1.2699 phi-w 44.13009 1.38801 0.28114 -0.59685 11.658827 1.8105 0.0000 End of Gap Ref.Particle Absolute Phase: 261.2851 Deg. 4 86040 x-xp 4.46336 0.13375 0.02887 -0.00924 0.426083 0.1103 0.6115 4.0307 4.0358 397.0385 394.8840 y-yp 2.59622 0.14098 0.02955 1.61805 1.024528 0.1730 1.2444 phi-w 43.80948 1.39107 0.28100 -0.52151 11.473121 1.7955 0.0000 End of Gap Ref.Particle Absolute Phase: 286.6550 Deg. 5 86040 x-xp 4.47410 0.13378 0.02885 -0.02364 0.427244 0.1102 0.6133 29.2297 29.2363 398.9169 397.0282 y-yp 2.57740 0.14111 0.02959 1.62624 0.974931 0.1686 1.2179 phi-w 43.42536 1.39602 0.28086 -0.26932 11.340672 1.7847 0.0000 End of Gap Ref.Particle Absolute Phase: 311.6992 Deg. 6 86040 x-xp 4.50643 0.13370 0.02873 -0.17636 0.438479 0.1114 0.6463 70.3246 70.3330 399.6073 398.9061 y-yp 2.59451 0.14121 0.02979 1.41757 0.771561 0.1504 1.0975 phi-w 41.98418 1.40448 0.28039 0.28644 11.535646 1.7985 0.0000 End of Gap Ref.Particle Absolute Phase: 336.4909 Deg. 7 86040 x-xp 4.51089 0.13367 0.02870 -0.31220 0.446512 0.1123 0.6566 -97.1435 -97.1285 399.3420 399.5961 y-yp 2.59189 0.14130 0.02983 1.20084 0.731122 0.1466 1.0699 phi-w 41.58451 1.40585 0.28036 -0.09863 11.569418 1.8010 0.0000 End of Gap Ref.Particle Absolute Phase: 21.5451 Deg. 8 86040 x-xp 4.51452 0.13354 0.02866 -0.44256 0.458741 0.1137 0.6681 -56.0077 -55.9909 400.5977 399.3313 y-yp 2.59044 0.14133 0.02988 1.01455 0.697147 0.1431 1.0440 phi-w 40.81138 1.40555 0.28018 -0.42954 11.485261 1.7939 0.0000 End of Gap Ref.Particle Absolute Phase: 226.3699 Deg. 9 86040 x-xp 4.51648 0.13351 0.02862 -0.54997 0.474751 0.1154 0.6807 -31.2912 -31.2729 402.5192 400.5873 y-yp 2.58778 0.14137 0.02991 0.87988 0.668318 0.1400 1.0198 phi-w 39.83655 1.40439 0.28000 -0.61508 11.319204 1.7803 0.0000 End of Gap Ref.Particle Absolute Phase: 250.9420 Deg. 10 86040 x-xp 4.51559 0.13335 0.02859 -0.62422 0.493633 0.1174 0.6938 -6.8748 -6.8550 404.7539 402.5086 y-yp 2.58416 0.14143 0.02995 0.80121 0.642862 0.1371 0.9962 phi-w 38.73722 1.40073 0.27983 -0.61931 11.123652 1.7643 0.0000 End of Gap Ref.Particle Absolute Phase: 275.1866 Deg. 11 86040 x-xp 4.51009 0.13319 0.02855 -0.66031 0.514223 0.1196 0.7068 17.1959 17.2173 406.9066 404.7429 y-yp 2.58003 0.14144 0.02998 0.77348 0.619034 0.1344 0.9723 phi-w 37.61138 1.39501 0.27968 -0.44375 10.955152 1.7504 0.0000 End of Gap Ref.Particle Absolute Phase: 299.0891 Deg. 12 86040 x-xp 4.39290 0.13199 0.02838 -0.84776 0.608873 0.1296 0.7656 57.1212 57.1444 408.0756 406.8947 y-yp 2.57553 0.14185 0.03008 0.60171 0.527307 0.1242 0.8670 phi-w 34.60923 1.37307 0.27918 0.08057 10.894520 1.7440 0.0000 End of Gap Ref.Particle Absolute Phase: 322.6893 Deg. 13 86040 x-xp 4.34895 0.13251 0.02834 -1.02756 0.638243 0.1326 0.7874 -94.0138 -93.9832 407.9251 408.0627 y-yp 2.57801 0.14189 0.03009 0.45105 0.511377 0.1223 0.8427 phi-w 33.98151 1.37191 0.27916 -0.28400 10.868468 1.7419 0.0000 End of Gap Ref.Particle Absolute Phase: 24.0374 Deg. 14 86040 x-xp 4.31125 0.13267 0.02830 -1.20261 0.673138 0.1360 0.8308 -54.1422 -54.1098 409.2465 407.9134 y-yp 2.57917 0.14182 0.03010 0.31937 0.499903 0.1209 0.8198 phi-w 32.87597 1.38150 0.27902 -0.58293 10.737633 1.7309 0.0000 End of Gap Ref.Particle Absolute Phase: 227.6079 Deg. 15 86040 x-xp 4.27475 0.13288 0.02827 -1.35042 0.713120 0.1397 0.8754 -30.6801 -30.6461 411.1886 409.2355 y-yp 2.57797 0.14180 0.03010 0.21910 0.492138 0.1198 0.7980 phi-w 31.57340 1.38722 0.27889 -0.74752 10.536135 1.7142 0.0000 End of Gap Ref.Particle Absolute Phase: 250.9294 Deg. 16 86040 x-xp 4.23729 0.13328 0.02824 -1.45457 0.757023 0.1436 0.9207 -7.5094 -7.4740 413.4298 411.1778 y-yp 2.57305 0.14173 0.03010 0.15495 0.486973 0.1189 0.7768 phi-w 30.18852 1.38660 0.27878 -0.75038 10.309903 1.6954 0.0000 End of Gap Ref.Particle Absolute Phase: 273.9346 Deg. 17 86040 x-xp 4.19590 0.13360 0.02821 -1.50458 0.803238 0.1476 0.9658 15.3282 15.3652 415.6122 413.4187 y-yp 2.56463 0.14171 0.03010 0.12641 0.483248 0.1183 0.7623 phi-w 28.84088 1.37947 0.27869 -0.59469 10.107291 1.6783 0.0000 End of Gap Ref.Particle Absolute Phase: 296.6089 Deg. 18 86040 x-xp 3.90712 0.13489 0.02813 -1.73935 1.004658 0.1647 1.1487 54.0173 54.0561 416.8866 415.6002 y-yp 2.50498 0.14145 0.03005 -0.01911 0.474765 0.1170 0.7813 phi-w 25.75559 1.37454 0.27836 -0.11060 9.831207 1.6543 0.0000 End of Gap Ref.Particle Absolute Phase: 318.9832 Deg. 19 86040 x-xp 3.83113 0.13500 0.02812 -2.00394 1.061935 0.1693 1.1942 -86.2899 -86.2438 417.0234 416.8732 y-yp 2.48322 0.14126 0.03002 -0.14951 0.477934 0.1174 0.7871 phi-w 25.12381 1.37662 0.27837 -0.42967 9.754234 1.6478 0.0000 End of Gap Ref.Particle Absolute Phase: 31.1098 Deg. 20 86040 x-xp 3.77126 0.13512 0.02812 -2.24735 1.126798 0.1742 1.2421 -47.7120 -47.6642 418.5112 417.0117 y-yp 2.45538 0.14098 0.03000 -0.26308 0.484881 0.1180 0.7939 phi-w 24.10082 1.37239 0.27829 -0.66082 9.595399 1.6341 0.0000 End of Gap Ref.Particle Absolute Phase: 233.3904 Deg. 21 86040 x-xp 3.71733 0.13489 0.02813 -2.44421 1.198343 0.1795 1.2933 -25.5461 -25.4969 420.5082 418.5007 y-yp 2.42406 0.14062 0.02997 -0.35196 0.495050 0.1190 0.8016 phi-w 22.97520 1.36250 0.27823 -0.77086 9.386875 1.6161 0.0000 End of Gap Ref.Particle Absolute Phase: 255.4164 Deg. 22 86040 x-xp 3.66560 0.13485 0.02814 -2.57150 1.274637 0.1848 1.3452 -3.6675 -3.6169 422.7193 420.4983 y-yp 2.39039 0.14037 0.02994 -0.41022 0.507547 0.1203 0.8097 phi-w 21.84996 1.36676 0.27818 -0.74505 9.166903 1.5969 0.0000 End of Gap Ref.Particle Absolute Phase: 277.1379 Deg. 23 86040 x-xp 3.61205 0.13473 0.02816 -2.61502 1.353164 0.1902 1.3968 17.8962 17.9480 424.8297 422.7093 y-yp 2.35567 0.13970 0.02990 -0.43576 0.521347 0.1217 0.8286 phi-w 20.81378 1.36908 0.27815 -0.59074 8.973746 1.5799 0.0000 End of Gap Ref.Particle Absolute Phase: 298.5498 Deg. --Entering Doublet q1 push the 1st half h22= -557.9000 24 86040 x-xp 3.11937 0.13508 0.02841 3.20129 1.844725 0.2229 1.7081 55.3193 55.3727 426.0431 424.8190 y-yp 2.53499 0.14027 0.02967 -3.02156 0.695611 0.1399 1.0091 phi-w 20.29466 1.36143 0.27764 -0.06367 8.591981 1.5445 0.0000 End of Gap Ref.Particle Absolute Phase: 319.6840 Deg. --Entering Doublet q1 push the 2nd half h22= -557.9000 --Entering Doublet q2 push the 1st half h22a= 557.9000 24 86040 x-xp 2.73621 0.13551 0.02879 3.00134 0.678119 0.1360 1.0725 55.3193 55.3727 426.0431 426.0306 y-yp 2.69653 0.13911 0.02940 -3.17688 1.880043 0.2289 1.6573 phi-w 20.34023 1.35318 0.27686 0.14780 8.724616 1.5542 0.0000 End of Gap Ref.Particle Absolute Phase: 319.6840 Deg. --Entering Doublet q2 push the 2nd half h22a= 557.9000 25 86040 x-xp 2.43222 0.13683 0.02912 0.27000 0.508116 0.1184 0.9926 -87.7452 -87.6595 426.1289 426.0306 y-yp 2.90592 0.13886 0.02913 2.27292 1.383510 0.1955 1.3968 phi-w 20.32056 1.34073 0.27540 0.10226 9.342918 1.6041 0.0000 End of Gap Ref.Particle Absolute Phase: 29.0244 Deg. 26 86040 x-xp 2.40696 0.13672 0.02914 0.15406 0.501635 0.1176 0.9951 -50.4101 -50.3231 427.5788 426.1197 y-yp 2.92999 0.13889 0.02913 2.00546 1.319963 0.1907 1.3579 phi-w 20.35448 1.34059 0.27519 -0.14462 9.333777 1.6027 0.0000 End of Gap Ref.Particle Absolute Phase: 230.0844 Deg. 27 86040 x-xp 2.38411 0.13675 0.02916 0.06376 0.498444 0.1171 1.0017 -29.4577 -29.3699 429.5617 427.5721 y-yp 2.95465 0.13905 0.02913 1.81668 1.263272 0.1863 1.3210 phi-w 20.39680 1.33828 0.27497 -0.28637 9.269635 1.5965 0.0000 End of Gap Ref.Particle Absolute Phase: 250.9039 Deg. 28 86040 x-xp 2.36358 0.13655 0.02917 0.00289 0.497654 0.1168 1.0091 -8.7793 -8.6908 431.8145 429.5566 y-yp 2.97627 0.13914 0.02913 1.70912 1.210885 0.1821 1.2852 phi-w 20.44134 1.33652 0.27478 -0.30139 9.183272 1.5885 0.0000 End of Gap Ref.Particle Absolute Phase: 271.4293 Deg. 29 86040 x-xp 2.34543 0.13652 0.02918 -0.02817 0.498311 0.1168 1.0164 11.5909 11.6799 434.0497 431.8097 y-yp 2.99410 0.13924 0.02915 1.67504 1.160354 0.1781 1.2494 phi-w 20.48127 1.33604 0.27460 -0.18733 9.110117 1.5817 0.0000 End of Gap Ref.Particle Absolute Phase: 291.6462 Deg. 30 86040 x-xp 2.30124 0.13604 0.02919 -0.17067 0.508431 0.1178 1.0434 47.8014 47.8912 435.5277 434.0439 y-yp 3.01828 0.13956 0.02923 1.48712 0.953893 0.1615 1.0973 phi-w 20.47985 1.32883 0.27392 0.23953 9.245281 1.5914 0.0000 End of Gap Ref.Particle Absolute Phase: 311.5708 Deg. 31 86040 x-xp 2.29965 0.13604 0.02918 -0.30331 0.516028 0.1187 1.0512 -84.6256 -84.5316 435.7337 435.5193 y-yp 3.01800 0.13956 0.02926 1.26508 0.912054 0.1580 1.0681 phi-w 20.45229 1.32666 0.27386 -0.07357 9.265753 1.5930 0.0000 End of Gap Ref.Particle Absolute Phase: 31.5047 Deg. 32 86040 x-xp 2.30201 0.13605 0.02917 -0.42104 0.527478 0.1198 1.0603 -48.5543 -48.4597 437.2460 435.7288 y-yp 3.01713 0.13959 0.02929 1.08771 0.876165 0.1548 1.0489 phi-w 20.40856 1.32518 0.27372 -0.30791 9.211506 1.5879 0.0000 End of Gap Ref.Particle Absolute Phase: 231.3159 Deg. 33 86040 x-xp 2.30838 0.13592 0.02915 -0.51838 0.542340 0.1213 1.0709 -28.8498 -28.7550 439.2490 437.2437 y-yp 3.01487 0.13963 0.02932 0.95809 0.845022 0.1519 1.0312 phi-w 20.34788 1.32436 0.27359 -0.44071 9.107256 1.5785 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8914 Deg. 34 86040 x-xp 2.31894 0.13589 0.02914 -0.58936 0.559857 0.1230 1.0822 -9.4106 -9.3157 441.5070 439.2482 y-yp 3.01119 0.13969 0.02935 0.87787 0.817090 0.1492 1.0142 phi-w 20.26769 1.32487 0.27349 -0.45517 8.983052 1.5674 0.0000 End of Gap Ref.Particle Absolute Phase: 270.1836 Deg. 35 86040 x-xp 2.33384 0.13597 0.02912 -0.63063 0.579124 0.1249 1.0934 9.7325 9.8274 443.7650 441.5065 y-yp 3.00635 0.13986 0.02938 0.84346 0.790868 0.1466 0.9972 phi-w 20.16470 1.32356 0.27342 -0.35070 8.870542 1.5574 0.0000 End of Gap Ref.Particle Absolute Phase: 289.1786 Deg. 36 86040 x-xp 2.44692 0.13611 0.02904 -0.80422 0.668281 0.1339 1.1369 44.7078 44.8028 445.3400 443.7636 y-yp 2.98314 0.14012 0.02951 0.69350 0.688230 0.1369 0.9239 phi-w 21.02931 1.31227 0.27315 0.06141 8.806505 1.5510 0.0000 End of Gap Ref.Particle Absolute Phase: 307.8864 Deg. 37 86040 x-xp 2.49697 0.13589 0.02903 -0.97156 0.695902 0.1365 1.1487 -81.5240 -81.4269 445.6665 445.3357 y-yp 2.97443 0.14022 0.02954 0.53577 0.669509 0.1351 0.9073 phi-w 21.65539 1.30576 0.27320 -0.23374 8.779867 1.5488 0.0000 End of Gap Ref.Particle Absolute Phase: 33.9675 Deg. 38 86040 x-xp 2.55087 0.13557 0.02901 -1.12225 0.728291 0.1395 1.1619 -46.7118 -46.6147 447.2395 445.6659 y-yp 2.96237 0.14011 0.02956 0.40839 0.655067 0.1335 0.8919 phi-w 22.65707 1.31367 0.27319 -0.44514 8.687411 1.5406 0.0000 End of Gap Ref.Particle Absolute Phase: 232.5384 Deg. 39 86040 x-xp 2.60754 0.13513 0.02900 -1.25042 0.764998 0.1427 1.1765 -28.2467 -28.1498 449.2623 447.2415 y-yp 2.94790 0.14016 0.02959 0.31158 0.644156 0.1323 0.8776 phi-w 23.82369 1.31989 0.27320 -0.56340 8.552177 1.5285 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8784 Deg. 40 86040 x-xp 2.66655 0.13476 0.02899 -1.34681 0.805137 0.1462 1.1918 -10.0381 -9.9417 451.5253 449.2658 y-yp 2.93095 0.13999 0.02961 0.24757 0.635770 0.1313 0.8640 phi-w 25.09089 1.31314 0.27323 -0.57647 8.400330 1.5150 0.0000 End of Gap Ref.Particle Absolute Phase: 268.9458 Deg. 41 86040 x-xp 2.72750 0.13505 0.02898 -1.40477 0.847562 0.1498 1.2103 7.8861 7.9820 453.8038 451.5293 y-yp 2.91184 0.14010 0.02963 0.21571 0.628880 0.1304 0.8505 phi-w 26.38600 1.30765 0.27329 -0.48524 8.258767 1.5023 0.0000 End of Gap Ref.Particle Absolute Phase: 286.7271 Deg. 42 86040 x-xp 2.99024 0.13616 0.02900 -1.62627 1.033982 0.1653 1.2886 41.6344 41.7298 455.4719 453.8070 y-yp 2.82748 0.13959 0.02968 0.09237 0.606374 0.1280 0.7927 phi-w 29.56101 1.32119 0.27343 -0.10426 8.028633 1.4816 0.0000 End of Gap Ref.Particle Absolute Phase: 304.2271 Deg. 43 86040 x-xp 3.05541 0.13592 0.02902 -1.86367 1.086794 0.1694 1.3089 -78.4502 -78.3551 455.9186 455.4724 y-yp 2.85736 0.13967 0.02968 -0.04118 0.605930 0.1280 0.7797 phi-w 30.28216 1.32004 0.27356 -0.36943 7.964583 1.4761 0.0000 End of Gap Ref.Particle Absolute Phase: 36.4081 Deg. 44 86040 x-xp 3.12132 0.13584 0.02904 -2.07449 1.146084 0.1739 1.3306 -44.8861 -44.7916 457.5508 455.9227 y-yp 2.88610 0.13996 0.02968 -0.15149 0.609130 0.1282 0.7676 phi-w 31.28015 1.31731 0.27362 -0.55115 7.845921 1.4652 0.0000 End of Gap Ref.Particle Absolute Phase: 233.7498 Deg. 45 86040 x-xp 3.18733 0.13589 0.02906 -2.25368 1.211215 0.1786 1.3537 -27.6488 -27.5551 459.5930 457.5574 y-yp 2.91275 0.14010 0.02969 -0.23928 0.615450 0.1287 0.7577 phi-w 32.34981 1.30985 0.27370 -0.65144 7.692834 1.4510 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8659 Deg. 46 86040 x-xp 3.25305 0.13558 0.02910 -2.38768 1.280927 0.1835 1.3777 -10.6594 -10.5668 461.8607 459.6014 y-yp 2.93704 0.14014 0.02968 -0.30099 0.624118 0.1294 0.7744 phi-w 33.43228 1.31226 0.27378 -0.66246 7.526925 1.4355 0.0000 End of Gap Ref.Particle Absolute Phase: 267.7197 Deg. 47 86040 x-xp 3.33017 0.13520 0.02913 -2.46613 1.353583 0.1885 1.4017 6.0570 6.1486 464.1572 461.8697 y-yp 2.95876 0.14006 0.02968 -0.33500 0.634277 0.1302 0.7910 phi-w 34.47501 1.31773 0.27388 -0.58608 7.369915 1.4207 0.0000 End of Gap Ref.Particle Absolute Phase: 284.2985 Deg. --Entering Doublet q1 push the 1st half h22= -578.6500 48 86040 x-xp 3.83319 0.13810 0.02946 3.14799 1.817839 0.2194 1.5235 38.5875 38.6780 465.9137 464.1657 y-yp 3.03772 0.14010 0.02964 -3.12177 0.783694 0.1445 0.9415 phi-w 37.73711 1.33010 0.27402 -0.15313 6.884369 1.3735 0.0000 End of Gap Ref.Particle Absolute Phase: 300.6025 Deg. --Entering Doublet q1 push the 2nd half h22= -578.6500 --Entering Doublet q2 push the 1st half h22a= 578.6500 48 86040 x-xp 4.26500 0.13884 0.02987 2.94101 0.677120 0.1348 0.8414 38.5875 38.6780 465.9137 465.9201 y-yp 3.05679 0.13984 0.02959 -3.14467 2.005513 0.2309 1.5252 phi-w 39.54545 1.32995 0.27378 0.05514 6.857815 1.3702 0.0000 End of Gap Ref.Particle Absolute Phase: 300.6025 Deg. --Entering Doublet q2 push the 2nd half h22a= 578.6500 49 86040 x-xp 4.61927 0.13822 0.03022 0.27057 0.511086 0.1178 0.6049 -75.4091 -75.3327 466.4798 465.9201 y-yp 3.05762 0.13948 0.02973 2.53096 1.426837 0.1952 1.2854 phi-w 40.02710 1.33342 0.27296 0.08219 7.205940 1.4025 0.0000 End of Gap Ref.Particle Absolute Phase: 38.8202 Deg. 50 86040 x-xp 4.64818 0.13864 0.03024 0.17063 0.504380 0.1169 0.6081 -43.0819 -43.0066 468.1690 466.4890 y-yp 3.05911 0.13955 0.02977 2.28714 1.353061 0.1900 1.2487 phi-w 39.96533 1.33311 0.27278 -0.07789 7.202677 1.4017 0.0000 End of Gap Ref.Particle Absolute Phase: 234.9468 Deg. 51 86040 x-xp 4.67309 0.13909 0.03026 0.08911 0.500565 0.1164 0.6120 -27.0581 -26.9842 470.2304 468.1803 y-yp 3.06128 0.13958 0.02981 2.10354 1.285747 0.1851 1.2136 phi-w 39.91510 1.33363 0.27261 -0.17073 7.169607 1.3980 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8532 Deg. 52 86040 x-xp 4.69281 0.13932 0.03027 0.02726 0.499043 0.1160 0.6163 -11.2739 -11.2014 472.5022 470.2429 y-yp 3.06342 0.13955 0.02986 1.97757 1.223049 0.1804 1.1870 phi-w 39.87840 1.33395 0.27243 -0.18740 7.123724 1.3931 0.0000 End of Gap Ref.Particle Absolute Phase: 266.5075 Deg. 53 86040 x-xp 4.70637 0.13941 0.03027 -0.01485 0.499191 0.1159 0.6207 4.2486 4.3197 474.8142 472.5153 y-yp 3.06549 0.13965 0.02992 1.90277 1.163276 0.1758 1.1653 phi-w 39.86247 1.33378 0.27225 -0.12613 7.082863 1.3886 0.0000 End of Gap Ref.Particle Absolute Phase: 281.8976 Deg. 54 86040 x-xp 4.70039 0.13959 0.03022 -0.17424 0.510547 0.1169 0.6625 35.5745 35.6440 476.6546 474.8270 y-yp 3.06016 0.14030 0.03016 1.62830 0.930162 0.1577 1.0751 phi-w 40.01743 1.33577 0.27168 0.20310 7.172291 1.3959 0.0000 End of Gap Ref.Particle Absolute Phase: 297.0200 Deg. 55 86040 x-xp 4.69932 0.13959 0.03019 -0.29345 0.518490 0.1177 0.6758 -72.4089 -72.3443 477.3385 476.6657 y-yp 3.05354 0.14033 0.03023 1.42445 0.882891 0.1537 1.0544 phi-w 40.11347 1.33576 0.27163 -0.02655 7.187165 1.3972 0.0000 End of Gap Ref.Particle Absolute Phase: 41.1992 Deg. 56 86040 x-xp 4.70389 0.13972 0.03016 -0.39509 0.529752 0.1188 0.6898 -41.3026 -41.2395 479.0828 477.3520 y-yp 3.04394 0.14050 0.03029 1.26721 0.840917 0.1500 1.0349 phi-w 40.21685 1.33709 0.27147 -0.17727 7.161188 1.3943 0.0000 End of Gap Ref.Particle Absolute Phase: 236.1273 Deg. 57 86040 x-xp 4.71323 0.13970 0.03012 -0.48292 0.544040 0.1202 0.7045 -26.4755 -26.4141 481.1629 479.0978 y-yp 3.03114 0.14063 0.03036 1.14425 0.803316 0.1466 1.0166 phi-w 40.33567 1.33784 0.27132 -0.26432 7.108304 1.3887 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8408 Deg. 58 86040 x-xp 4.72544 0.13972 0.03008 -0.55424 0.560875 0.1218 0.7209 -11.8798 -11.8201 483.4387 481.1789 y-yp 3.01516 0.14067 0.03042 1.05400 0.769042 0.1434 0.9991 phi-w 40.46491 1.33962 0.27118 -0.28095 7.043758 1.3821 0.0000 End of Gap Ref.Particle Absolute Phase: 265.3121 Deg. 59 86040 x-xp 4.73785 0.13971 0.03003 -0.60706 0.579703 0.1235 0.7412 2.4652 2.5231 485.7638 483.4549 y-yp 2.99582 0.14071 0.03048 0.99322 0.737124 0.1403 0.9818 phi-w 40.58712 1.33947 0.27105 -0.22627 6.983300 1.3758 0.0000 End of Gap Ref.Particle Absolute Phase: 279.5297 Deg. 60 86040 x-xp 4.74542 0.13953 0.02981 -0.80353 0.671409 0.1323 0.8253 32.6015 32.6576 487.6828 485.7798 y-yp 2.86372 0.14045 0.03072 0.78141 0.619057 0.1289 0.9106 phi-w 40.56281 1.34594 0.27066 0.09462 6.970184 1.3735 0.0000 End of Gap Ref.Particle Absolute Phase: 293.4872 Deg. 61 86040 x-xp 4.72779 0.13930 0.02975 -0.95355 0.699842 0.1349 0.8463 -69.4541 -69.4041 488.4824 487.6973 y-yp 2.83013 0.14039 0.03077 0.64454 0.597105 0.1267 0.8944 phi-w 40.44898 1.34714 0.27066 -0.12342 6.960861 1.3726 0.0000 End of Gap Ref.Particle Absolute Phase: 43.5405 Deg. 62 86040 x-xp 4.70015 0.13889 0.02969 -1.08391 0.732418 0.1377 0.8681 -39.5516 -39.5034 490.2796 488.4987 y-yp 2.79603 0.14037 0.03081 0.53668 0.578779 0.1247 0.8790 phi-w 40.31446 1.34775 0.27059 -0.26114 6.915250 1.3679 0.0000 End of Gap Ref.Particle Absolute Phase: 237.2890 Deg. 63 86040 x-xp 4.66387 0.13848 0.02963 -1.20006 0.768872 0.1407 0.8906 -25.9022 -25.8559 492.3779 490.2970 y-yp 2.76106 0.14073 0.03085 0.44873 0.563561 0.1229 0.8647 phi-w 40.15760 1.34779 0.27053 -0.34076 6.846084 1.3609 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8286 Deg. 64 86040 x-xp 4.62195 0.13790 0.02957 -1.29739 0.808677 0.1440 0.9137 -12.4760 -12.4315 494.6571 492.3959 y-yp 2.72536 0.14095 0.03088 0.38034 0.550833 0.1214 0.8510 phi-w 39.97941 1.34760 0.27048 -0.35757 6.766619 1.3529 0.0000 End of Gap Ref.Particle Absolute Phase: 264.1355 Deg. 65 86040 x-xp 4.57374 0.13768 0.02952 -1.37190 0.851164 0.1474 0.9368 0.7099 0.7526 496.9929 494.6753 y-yp 2.68896 0.14134 0.03091 0.33042 0.539996 0.1201 0.8375 phi-w 39.77865 1.34709 0.27045 -0.31143 6.690288 1.3451 0.0000 End of Gap Ref.Particle Absolute Phase: 277.1992 Deg. 66 86040 x-xp 4.35643 0.13819 0.02930 -1.63382 1.044833 0.1625 1.0330 29.6741 29.7147 498.9850 497.0109 y-yp 2.60105 0.14175 0.03096 0.15976 0.507421 0.1164 0.7827 phi-w 38.15352 1.35223 0.27036 -0.01175 6.586048 1.3344 0.0000 End of Gap Ref.Particle Absolute Phase: 290.0108 Deg. 67 86040 x-xp 4.29048 0.13852 0.02926 -1.84656 1.099815 0.1665 1.0569 -66.5508 -66.5170 499.8977 499.0021 y-yp 2.59537 0.14180 0.03096 0.05063 0.504721 0.1160 0.7702 phi-w 37.77826 1.35279 0.27043 -0.21332 6.555487 1.3315 0.0000 End of Gap Ref.Particle Absolute Phase: 45.8399 Deg. 68 86040 x-xp 4.21493 0.13886 0.02922 -2.02932 1.160391 0.1707 1.0915 -37.8321 -37.8003 501.7456 499.9160 y-yp 2.58911 0.14168 0.03095 -0.03824 0.504933 0.1159 0.7585 phi-w 37.47414 1.35284 0.27043 -0.33614 6.493760 1.3252 0.0000 End of Gap Ref.Particle Absolute Phase: 238.4298 Deg. 69 86040 x-xp 4.13439 0.13887 0.02919 -2.19273 1.226199 0.1752 1.1321 -25.3393 -25.3093 503.8617 501.7647 y-yp 2.58187 0.14151 0.03094 -0.11431 0.507758 0.1161 0.7590 phi-w 37.19538 1.35379 0.27044 -0.40772 6.412139 1.3169 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8166 Deg. 70 86040 x-xp 4.04990 0.13891 0.02916 -2.32983 1.296481 0.1798 1.1733 -13.0616 -13.0336 506.1441 503.8812 y-yp 2.57353 0.14155 0.03092 -0.17680 0.512781 0.1164 0.7747 phi-w 36.93442 1.35277 0.27047 -0.42505 6.321740 1.3076 0.0000 End of Gap Ref.Particle Absolute Phase: 262.9799 Deg. 71 86040 x-xp 3.96264 0.13858 0.02914 -2.43446 1.370286 0.1845 1.2147 -1.0142 -0.9881 508.4884 506.1638 y-yp 2.56394 0.14144 0.03090 -0.22526 0.519571 0.1170 0.7905 phi-w 36.68218 1.35287 0.27050 -0.38857 6.233653 1.2985 0.0000 End of Gap Ref.Particle Absolute Phase: 274.9101 Deg. --Entering Doublet q1 push the 1st half h22= -594.3000 72 86040 x-xp 3.58280 0.13641 0.02913 3.06311 1.860230 0.2147 1.4754 26.7980 26.8220 510.5481 508.5081 y-yp 2.44969 0.14064 0.03068 -2.56406 0.646369 0.1299 0.9751 phi-w 33.62248 1.34213 0.27041 -0.02847 6.014266 1.2753 0.0000 End of Gap Ref.Particle Absolute Phase: 286.5965 Deg. --Entering Doublet q1 push the 2nd half h22= -594.3000 --Entering Doublet q2 push the 1st half h22a= 594.3000 72 86040 x-xp 3.25335 0.13567 0.02929 2.93476 0.731218 0.1350 0.9585 26.7980 26.8220 510.5481 510.5675 y-yp 2.27179 0.13960 0.03034 -2.71062 1.659552 0.2069 1.6070 phi-w 30.45532 1.35431 0.27009 0.18014 6.136696 1.2874 0.0000 End of Gap Ref.Particle Absolute Phase: 286.5965 Deg. --Entering Doublet q2 push the 2nd half h22a= 594.3000 73 86040 x-xp 2.86743 0.13590 0.02952 0.20116 0.586103 0.1212 0.9651 -63.7031 -63.7153 511.5709 510.5675 y-yp 2.43174 0.13938 0.02983 1.95203 1.258636 0.1786 1.4027 phi-w 25.91790 1.35298 0.26945 0.24662 6.610429 1.3346 0.0000 End of Gap Ref.Particle Absolute Phase: 48.0942 Deg. 74 86040 x-xp 2.82131 0.13562 0.02954 0.11312 0.581303 0.1206 0.9715 -36.1464 -36.1605 513.4672 511.5898 y-yp 2.45811 0.13948 0.02979 1.78274 1.204588 0.1744 1.3702 phi-w 25.82787 1.35330 0.26936 0.12439 6.640459 1.3374 0.0000 End of Gap Ref.Particle Absolute Phase: 239.5483 Deg. 75 86040 x-xp 2.77548 0.13547 0.02956 0.03848 0.579043 0.1203 0.9788 -24.7872 -24.8031 515.6005 513.4856 y-yp 2.48222 0.13962 0.02975 1.64791 1.154965 0.1704 1.3391 phi-w 25.78901 1.35360 0.26929 0.04790 6.650432 1.3382 0.0000 End of Gap Ref.Particle Absolute Phase: 250.8050 Deg. 76 86040 x-xp 2.73016 0.13542 0.02957 -0.02242 0.578902 0.1201 0.9868 -13.6355 -13.6531 517.8856 515.6186 y-yp 2.50489 0.13959 0.02972 1.54537 1.108747 0.1667 1.3089 phi-w 25.78031 1.35557 0.26922 0.02144 6.649878 1.3380 0.0000 End of Gap Ref.Particle Absolute Phase: 261.8472 Deg. 77 86040 x-xp 2.68563 0.13549 0.02958 -0.06959 0.580453 0.1202 0.9950 -2.7042 -2.7235 520.2360 517.9034 y-yp 2.52682 0.13967 0.02969 1.47201 1.064997 0.1631 1.2792 phi-w 25.78065 1.35559 0.26917 0.04657 6.648688 1.3378 0.0000 End of Gap Ref.Particle Absolute Phase: 272.6662 Deg. 78 86040 x-xp 2.51406 0.13609 0.02960 -0.22431 0.597737 0.1218 1.0456 23.9764 23.9554 522.3576 520.2536 y-yp 2.66488 0.13983 0.02960 1.25039 0.896130 0.1491 1.1582 phi-w 23.95941 1.35428 0.26902 0.31759 6.808559 1.3534 0.0000 End of Gap Ref.Particle Absolute Phase: 283.2497 Deg. 79 86040 x-xp 2.47692 0.13617 0.02960 -0.33468 0.606777 0.1227 1.0609 -60.9147 -60.9422 523.4870 522.3755 y-yp 2.69298 0.13979 0.02958 1.09422 0.862020 0.1461 1.1299 phi-w 23.73506 1.35497 0.26908 0.11492 6.838979 1.3566 0.0000 End of Gap Ref.Particle Absolute Phase: 50.3001 Deg. 80 86040 x-xp 2.44176 0.13615 0.02959 -0.42494 0.618710 0.1237 1.0768 -34.4970 -34.5262 525.4292 523.5038 y-yp 2.71496 0.13964 0.02956 0.97668 0.831644 0.1433 1.1026 phi-w 23.68153 1.35586 0.26909 -0.00566 6.841509 1.3568 0.0000 End of Gap Ref.Particle Absolute Phase: 240.6425 Deg. 81 86040 x-xp 2.40883 0.13600 0.02958 -0.50528 0.633323 0.1250 1.0936 -24.2472 -24.2778 527.5793 525.4451 y-yp 2.73464 0.13954 0.02955 0.87991 0.804469 0.1408 1.0763 phi-w 23.67097 1.35695 0.26911 -0.08236 6.824984 1.3552 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7935 Deg. 82 86040 x-xp 2.37831 0.13594 0.02957 -0.57454 0.650289 0.1264 1.1109 -14.1973 -14.2293 529.8669 527.5945 y-yp 2.75240 0.13936 0.02954 0.80275 0.779880 0.1384 1.0507 phi-w 23.68612 1.35757 0.26914 -0.11225 6.798089 1.3526 0.0000 End of Gap Ref.Particle Absolute Phase: 260.7384 Deg. 83 86040 x-xp 2.35038 0.13587 0.02956 -0.63175 0.669250 0.1281 1.1285 -4.3584 -4.3917 532.2213 529.8816 y-yp 2.76853 0.13929 0.02953 0.74365 0.757304 0.1362 1.0256 phi-w 23.71114 1.35816 0.26920 -0.09460 6.769665 1.3500 0.0000 End of Gap Ref.Particle Absolute Phase: 270.4698 Deg. 84 86040 x-xp 2.31723 0.13578 0.02948 -0.82055 0.761508 0.1363 1.2027 21.2147 21.1802 534.3993 532.2356 y-yp 2.83997 0.13972 0.02949 0.56669 0.675393 0.1284 0.9236 phi-w 22.39116 1.35703 0.26950 0.16488 6.801226 1.3539 0.0000 End of Gap Ref.Particle Absolute Phase: 279.9743 Deg. 85 86040 x-xp 2.32395 0.13588 0.02946 -0.95480 0.789572 0.1386 1.2213 -58.1895 -58.2291 535.6316 534.4139 y-yp 2.85197 0.13965 0.02948 0.45174 0.660837 0.1269 0.9005 phi-w 22.27049 1.35924 0.26968 -0.03265 6.800412 1.3542 0.0000 End of Gap Ref.Particle Absolute Phase: 52.4556 Deg. 86 86040 x-xp 2.33508 0.13592 0.02943 -1.06653 0.821133 0.1411 1.2405 -32.8853 -32.9262 537.6174 535.6447 y-yp 2.86060 0.13960 0.02947 0.36341 0.649107 0.1256 0.8809 phi-w 22.26352 1.36049 0.26981 -0.14645 6.774490 1.3520 0.0000 End of Gap Ref.Particle Absolute Phase: 241.7120 Deg. 87 86040 x-xp 2.35041 0.13612 0.02941 -1.16896 0.856014 0.1439 1.2607 -23.7192 -23.7611 539.7838 537.6294 y-yp 2.86738 0.13969 0.02946 0.28801 0.639884 0.1245 0.8621 phi-w 22.28294 1.36095 0.26995 -0.22011 6.731506 1.3480 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7826 Deg. 88 86040 x-xp 2.36992 0.13614 0.02939 -1.26007 0.893883 0.1468 1.2815 -14.7458 -14.7887 542.0735 539.7949 y-yp 2.87250 0.13960 0.02945 0.22515 0.632780 0.1236 0.8439 phi-w 22.31840 1.36177 0.27010 -0.25201 6.679023 1.3431 0.0000 End of Gap Ref.Particle Absolute Phase: 259.6555 Deg. 89 86040 x-xp 2.39355 0.13641 0.02937 -1.33794 0.934349 0.1498 1.3032 -5.9744 -6.0181 544.4298 542.0839 y-yp 2.87612 0.13953 0.02943 0.17435 0.627416 0.1229 0.8343 phi-w 22.36102 1.36244 0.27027 -0.24219 6.624583 1.3381 0.0000 End of Gap Ref.Particle Absolute Phase: 268.3240 Deg. 90 86040 x-xp 2.52531 0.13647 0.02929 -1.58570 1.119624 0.1636 1.4124 18.5142 18.4697 546.6583 544.4398 y-yp 2.87367 0.13943 0.02937 0.02241 0.616047 0.1215 0.8329 phi-w 21.74726 1.36598 0.27096 -0.00327 6.531465 1.3303 0.0000 End of Gap Ref.Particle Absolute Phase: 276.7743 Deg. 91 86040 x-xp 2.56648 0.13624 0.02928 -1.76658 1.171715 0.1672 1.4394 -55.5288 -55.5768 547.9894 546.6687 y-yp 2.87063 0.13931 0.02935 -0.07719 0.617841 0.1215 0.8330 phi-w 21.72134 1.36759 0.27121 -0.18754 6.501523 1.3279 0.0000 End of Gap Ref.Particle Absolute Phase: 54.5582 Deg. 92 86040 x-xp 2.61175 0.13593 0.02927 -1.91607 1.228328 0.1709 1.4672 -31.3133 -31.3621 550.0164 547.9981 y-yp 2.86680 0.13919 0.02933 -0.15565 0.622127 0.1218 0.8338 phi-w 21.73983 1.36858 0.27140 -0.29025 6.450262 1.3231 0.0000 End of Gap Ref.Particle Absolute Phase: 242.7549 Deg. 93 86040 x-xp 2.66024 0.13599 0.02926 -2.05447 1.289251 0.1749 1.4961 -23.2044 -23.2539 552.1985 550.0240 y-yp 2.86200 0.13922 0.02931 -0.22539 0.628708 0.1222 0.8352 phi-w 21.76711 1.36906 0.27160 -0.35801 6.384628 1.3168 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7717 Deg. 94 86040 x-xp 2.71168 0.13554 0.02926 -2.17892 1.354073 0.1790 1.5257 -15.2812 -15.3311 554.4900 552.2051 y-yp 2.85626 0.13908 0.02928 -0.28615 0.637312 0.1228 0.8371 phi-w 21.79904 1.36989 0.27180 -0.39021 6.310880 1.3097 0.0000 End of Gap Ref.Particle Absolute Phase: 258.5987 Deg. 95 86040 x-xp 2.76579 0.13618 0.02926 -2.28666 1.422294 0.1832 1.5557 -7.5513 -7.6017 556.8463 554.4960 y-yp 2.84957 0.13896 0.02926 -0.33770 0.647656 0.1236 0.8393 phi-w 21.83247 1.37008 0.27200 -0.38745 6.235123 1.3023 0.0000 End of Gap Ref.Particle Absolute Phase: 266.2302 Deg. --Entering Doublet q1 push the 1st half h22= -605.0500 96 86040 x-xp 3.11670 0.13773 0.02934 3.07820 1.874626 0.2104 1.7304 15.8790 15.8281 559.1199 556.8520 y-yp 2.76686 0.13797 0.02910 -3.06099 0.805433 0.1373 0.8882 phi-w 21.90495 1.37147 0.27299 -0.09224 5.964020 1.2760 0.0000 End of Gap Ref.Particle Absolute Phase: 273.6521 Deg. --Entering Doublet q1 push the 2nd half h22= -605.0500 --Entering Doublet q2 push the 1st half h22a= 605.0500 96 86040 x-xp 3.47740 0.13721 0.02954 2.92996 0.756151 0.1340 1.0444 15.8790 15.8281 559.1199 559.1261 y-yp 2.94370 0.13899 0.02893 -3.17106 1.987705 0.2151 1.4350 phi-w 22.75161 1.36510 0.27372 0.09659 5.973552 1.2787 0.0000 End of Gap Ref.Particle Absolute Phase: 273.6521 Deg. --Entering Doublet q2 push the 2nd half h22a= 605.0500 97 86040 x-xp 3.89848 0.13989 0.02978 0.23587 0.607489 0.1206 0.8101 -52.9361 -52.9967 560.5456 559.1261 y-yp 3.18760 0.13874 0.02886 2.28544 1.504880 0.1868 1.2635 phi-w 25.28138 1.37506 0.27469 0.16375 6.221277 1.3072 0.0000 End of Gap Ref.Particle Absolute Phase: 56.6069 Deg. 98 86040 x-xp 3.93991 0.14018 0.02981 0.16114 0.601321 0.1199 0.7914 -29.7815 -29.8424 562.6117 560.5498 y-yp 3.20137 0.13852 0.02887 2.12189 1.438475 0.1824 1.2355 phi-w 25.26650 1.37535 0.27477 0.06952 6.231914 1.3086 0.0000 End of Gap Ref.Particle Absolute Phase: 243.7713 Deg. 99 86040 x-xp 3.97969 0.14025 0.02983 0.09446 0.597337 0.1194 0.7733 -22.7026 -22.7637 564.8090 562.6145 y-yp 3.21315 0.13842 0.02889 1.98345 1.376432 0.1783 1.2085 phi-w 25.23578 1.37448 0.27485 0.00388 6.229231 1.3085 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7614 Deg. 100 86040 x-xp 4.01774 0.14021 0.02985 0.03554 0.595299 0.1190 0.7558 -15.8025 -15.8637 567.1021 564.8107 y-yp 3.22325 0.13844 0.02891 1.86771 1.318047 0.1743 1.1823 phi-w 25.19801 1.37454 0.27494 -0.03209 6.218124 1.3075 0.0000 End of Gap Ref.Particle Absolute Phase: 257.5694 Deg. 101 86040 x-xp 4.05392 0.14021 0.02987 -0.01593 0.594973 0.1189 0.7386 -9.0874 -9.1487 569.4566 567.1030 y-yp 3.23145 0.13854 0.02893 1.77216 1.262682 0.1705 1.1567 phi-w 25.16100 1.37349 0.27504 -0.03820 6.203489 1.3062 0.0000 End of Gap Ref.Particle Absolute Phase: 264.1903 Deg. 102 86040 x-xp 4.19339 0.13978 0.02992 -0.17457 0.605735 0.1199 0.6739 13.3101 13.2488 571.7698 569.4570 y-yp 3.25665 0.13890 0.02908 1.50548 1.050965 0.1557 1.0578 phi-w 26.87225 1.36707 0.27552 0.16674 6.236421 1.3108 0.0000 End of Gap Ref.Particle Absolute Phase: 270.6102 Deg. 103 86040 x-xp 4.21889 0.13968 0.02993 -0.26738 0.612834 0.1205 0.6649 -50.4114 -50.4728 573.2857 571.7706 y-yp 3.25643 0.13910 0.02913 1.35393 1.007219 0.1525 1.0368 phi-w 27.06790 1.36605 0.27569 0.00272 6.237723 1.3114 0.0000 End of Gap Ref.Particle Absolute Phase: 58.6005 Deg. 104 86040 x-xp 4.24123 0.13974 0.02993 -0.34229 0.622281 0.1213 0.6563 -28.2910 -28.3523 575.3884 573.2844 y-yp 3.25373 0.13914 0.02917 1.24095 0.967039 0.1493 1.0164 phi-w 27.13500 1.36528 0.27581 -0.08469 6.222720 1.3101 0.0000 End of Gap Ref.Particle Absolute Phase: 244.7603 Deg. 105 86040 x-xp 4.25871 0.13986 0.02993 -0.41214 0.633991 0.1223 0.6641 -22.2143 -22.2754 577.6003 575.3857 y-yp 3.24926 0.13922 0.02922 1.14267 0.930056 0.1464 0.9968 phi-w 27.18988 1.36306 0.27593 -0.14669 6.195995 1.3075 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7514 Deg. 106 86040 x-xp 4.27255 0.13999 0.02993 -0.47678 0.647805 0.1235 0.6798 -16.3098 -16.3705 579.8946 577.5964 y-yp 3.24346 0.13922 0.02926 1.05767 0.895849 0.1436 0.9778 phi-w 27.23999 1.36106 0.27605 -0.18295 6.161701 1.3042 0.0000 End of Gap Ref.Particle Absolute Phase: 256.5676 Deg. 107 86040 x-xp 4.28271 0.13987 0.02992 -0.53606 0.663565 0.1248 0.6957 -10.5825 -10.6428 582.2457 579.8897 y-yp 3.23702 0.13943 0.02931 0.98460 0.864044 0.1410 0.9592 phi-w 27.29131 1.35975 0.27617 -0.19378 6.123900 1.3005 0.0000 End of Gap Ref.Particle Absolute Phase: 262.2050 Deg. 108 86040 x-xp 4.29830 0.13958 0.02987 -0.72378 0.743680 0.1319 0.7658 10.8090 10.7492 584.5933 582.2401 y-yp 3.21288 0.14017 0.02952 0.77754 0.747994 0.1315 0.8857 phi-w 29.41213 1.37131 0.27672 0.00269 6.052462 1.2941 0.0000 End of Gap Ref.Particle Absolute Phase: 267.6498 Deg. 109 86040 x-xp 4.29729 0.13945 0.02985 -0.83277 0.768283 0.1339 0.7882 -47.9566 -48.0147 586.1950 584.5879 y-yp 3.20981 0.14028 0.02957 0.67074 0.725581 0.1295 0.8684 phi-w 29.68666 1.37221 0.27690 -0.14875 6.029846 1.2922 0.0000 End of Gap Ref.Particle Absolute Phase: 60.5383 Deg. 110 86040 x-xp 4.29603 0.13952 0.02984 -0.92262 0.795655 0.1360 0.8110 -26.8423 -26.8998 588.3322 586.1877 y-yp 3.20749 0.14041 0.02961 0.58925 0.705752 0.1277 0.8515 phi-w 29.84472 1.37214 0.27703 -0.22604 5.993654 1.2886 0.0000 End of Gap Ref.Particle Absolute Phase: 245.7216 Deg. 111 86040 x-xp 4.29578 0.13952 0.02982 -1.00897 0.825775 0.1384 0.8342 -21.7396 -21.7965 590.5582 588.3235 y-yp 3.20581 0.14046 0.02966 0.51621 0.688317 0.1260 0.8353 phi-w 29.99335 1.37142 0.27715 -0.28207 5.947727 1.2839 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7416 Deg. 112 86040 x-xp 4.29700 0.13952 0.02979 -1.09136 0.858525 0.1409 0.8578 -16.8029 -16.8590 592.8536 590.5484 y-yp 3.20389 0.14047 0.02970 0.45085 0.673029 0.1246 0.8196 phi-w 30.13779 1.37135 0.27728 -0.31706 5.895373 1.2785 0.0000 End of Gap Ref.Particle Absolute Phase: 255.5938 Deg. 113 86040 x-xp 4.29973 0.13955 0.02977 -1.16931 0.893775 0.1435 0.8816 -12.0358 -12.0911 595.1998 592.8429 y-yp 3.20156 0.14057 0.02975 0.39248 0.659662 0.1232 0.8057 phi-w 30.28262 1.37061 0.27740 -0.33157 5.839760 1.2728 0.0000 End of Gap Ref.Particle Absolute Phase: 260.2750 Deg. 114 86040 x-xp 4.31799 0.13945 0.02967 -1.41348 1.059219 0.1558 0.9835 8.3772 8.3228 597.5767 595.1884 y-yp 3.16623 0.14098 0.02991 0.22383 0.617693 0.1194 0.8130 phi-w 32.47018 1.36112 0.27786 -0.14857 5.684910 1.2568 0.0000 End of Gap Ref.Particle Absolute Phase: 264.7718 Deg. 115 86040 x-xp 4.32329 0.13927 0.02965 -1.55633 1.105854 0.1590 1.0083 -45.5717 -45.6228 599.2599 597.5654 y-yp 3.15288 0.14106 0.02995 0.13882 0.612068 0.1189 0.8149 phi-w 32.78038 1.35800 0.27801 -0.28321 5.643620 1.2526 0.0000 End of Gap Ref.Particle Absolute Phase: 62.4204 Deg. 116 86040 x-xp 4.32736 0.13924 0.02962 -1.67403 1.156024 0.1623 1.0334 -25.4352 -25.4852 601.4293 599.2469 y-yp 3.13739 0.14107 0.02998 0.07221 0.608530 0.1184 0.8173 phi-w 33.00007 1.35467 0.27811 -0.34878 5.591571 1.2470 0.0000 End of Gap Ref.Particle Absolute Phase: 246.6553 Deg. 117 86040 x-xp 4.33006 0.13914 0.02960 -1.78887 1.209743 0.1658 1.0591 -21.2784 -21.3275 603.6689 601.4153 y-yp 3.11983 0.14095 0.03001 0.01026 0.606995 0.1182 0.8201 phi-w 33.21239 1.35188 0.27821 -0.39759 5.531790 1.2406 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7324 Deg. 118 86040 x-xp 4.33124 0.13910 0.02958 -1.90020 1.266903 0.1694 1.0853 -17.2815 -17.3295 605.9649 603.6540 y-yp 3.09660 0.14104 0.03003 -0.04736 0.607323 0.1182 0.8233 phi-w 33.42025 1.35099 0.27830 -0.43014 5.466763 1.2334 0.0000 End of Gap Ref.Particle Absolute Phase: 254.6483 Deg. 119 86040 x-xp 4.33054 0.13932 0.02956 -2.00732 1.327373 0.1731 1.1118 -13.4470 -13.4939 608.3048 605.9493 y-yp 3.07548 0.14099 0.03006 -0.10093 0.609387 0.1183 0.8268 phi-w 33.62557 1.34854 0.27838 -0.44717 5.398829 1.2259 0.0000 End of Gap Ref.Particle Absolute Phase: 258.4007 Deg. --Entering Doublet q1 push the 1st half h22= -611.4400 120 86040 x-xp 4.24925 0.13953 0.02948 2.70733 1.739728 0.1977 1.2803 6.0138 5.9682 610.7062 608.2886 y-yp 2.90987 0.14011 0.03014 -2.41554 0.701755 0.1269 0.8839 phi-w 36.43166 1.35916 0.27865 -0.19922 5.077460 1.1895 0.0000 End of Gap Ref.Particle Absolute Phase: 261.9768 Deg. --Entering Doublet q1 push the 2nd half h22= -611.4400 --Entering Doublet q2 push the 1st half h22a= 611.4400 120 86040 x-xp 4.10168 0.14030 0.02949 2.61069 0.746276 0.1295 0.8445 6.0138 5.9682 610.7062 610.6901 y-yp 2.68406 0.13948 0.03014 -2.50588 1.636618 0.1939 1.3226 phi-w 38.94846 1.36205 0.27862 -0.01219 5.010673 1.1816 0.0000 End of Gap Ref.Particle Absolute Phase: 261.9768 Deg. --Entering Doublet q2 push the 2nd half h22a= 611.4400 121 86040 x-xp 3.87544 0.14108 0.02948 0.08449 0.644859 0.1202 0.7676 -43.2565 -43.2804 612.4662 610.6901 y-yp 2.60426 0.13974 0.03016 1.77833 1.258254 0.1699 1.1426 phi-w 41.73511 1.35074 0.27820 0.10512 5.136521 1.1954 0.0000 End of Gap Ref.Particle Absolute Phase: 64.2463 Deg. 122 86040 x-xp 3.84956 0.14103 0.02948 0.02066 0.643688 0.1200 0.7759 -24.0701 -24.0927 614.6658 612.4494 y-yp 2.59342 0.13963 0.03017 1.66182 1.206690 0.1662 1.1243 phi-w 41.94065 1.34901 0.27810 0.05077 5.144345 1.1961 0.0000 End of Gap Ref.Particle Absolute Phase: 247.5612 Deg. 123 86040 x-xp 3.82117 0.14092 0.02947 -0.03996 0.644422 0.1199 0.7930 -20.8311 -20.8525 616.9185 614.6484 y-yp 2.58033 0.13963 0.03017 1.55615 1.158455 0.1627 1.1066 phi-w 42.14110 1.34616 0.27800 0.00768 5.145496 1.1960 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7234 Deg. 124 86040 x-xp 3.79036 0.14082 0.02946 -0.09764 0.646968 0.1200 0.8104 -17.7460 -17.7662 619.2151 616.9007 y-yp 2.56509 0.13954 0.03018 1.46011 1.113241 0.1593 1.0893 phi-w 42.33368 1.34355 0.27789 -0.02430 5.141580 1.1953 0.0000 End of Gap Ref.Particle Absolute Phase: 253.7308 Deg. 125 86040 x-xp 3.75720 0.14075 0.02945 -0.15266 0.651238 0.1202 0.8282 -14.8166 -14.8355 621.5474 619.1969 y-yp 2.54783 0.13948 0.03018 1.37263 1.070788 0.1561 1.0724 phi-w 42.52041 1.34137 0.27778 -0.04547 5.134142 1.1942 0.0000 End of Gap Ref.Particle Absolute Phase: 256.5818 Deg. 126 86040 x-xp 3.57740 0.13937 0.02941 -0.31673 0.681970 0.1228 0.9051 3.7202 3.7025 623.9689 621.5288 y-yp 2.46922 0.13935 0.03021 1.13445 0.913390 0.1440 1.0057 phi-w 43.17889 1.32881 0.27734 0.11152 5.154471 1.1956 0.0000 End of Gap Ref.Particle Absolute Phase: 259.2643 Deg. 127 86040 x-xp 3.53328 0.13896 0.02940 -0.40028 0.693676 0.1237 0.9247 -41.0114 -41.0241 625.8015 623.9502 y-yp 2.44396 0.13915 0.03021 1.02459 0.881454 0.1414 0.9902 phi-w 43.32300 1.32692 0.27726 0.00303 5.156792 1.1957 0.0000 End of Gap Ref.Particle Absolute Phase: 66.0170 Deg. 128 86040 x-xp 3.48860 0.13860 0.02939 -0.46796 0.707401 0.1247 0.9494 -22.7462 -22.7575 628.0294 625.7823 y-yp 2.41670 0.13879 0.03021 0.94090 0.852083 0.1388 0.9816 phi-w 43.45300 1.32273 0.27713 -0.04606 5.151857 1.1949 0.0000 End of Gap Ref.Particle Absolute Phase: 248.4398 Deg. 129 86040 x-xp 3.44286 0.13830 0.02937 -0.53454 0.723181 0.1260 0.9745 -20.3970 -20.4070 630.2946 628.0098 y-yp 2.38815 0.13852 0.03022 0.86312 0.825171 0.1365 0.9736 phi-w 43.57461 1.31869 0.27699 -0.08673 5.141091 1.1933 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7149 Deg. 130 86040 x-xp 3.39614 0.13874 0.02936 -0.60019 0.740983 0.1273 1.0001 -18.1961 -18.2048 632.5916 630.2747 y-yp 2.36399 0.13845 0.03022 0.79058 0.800547 0.1343 0.9660 phi-w 43.68701 1.31568 0.27686 -0.11932 5.125659 1.1913 0.0000 End of Gap Ref.Particle Absolute Phase: 252.8414 Deg. 131 86040 x-xp 3.34870 0.13913 0.02934 -0.66503 0.760779 0.1288 1.0260 -16.1443 -16.1518 634.9152 632.5714 y-yp 2.36825 0.13846 0.03022 0.72271 0.778065 0.1322 0.9588 phi-w 43.79085 1.31230 0.27673 -0.14426 5.106636 1.1888 0.0000 End of Gap Ref.Particle Absolute Phase: 254.8182 Deg. 132 86040 x-xp 3.12390 0.14016 0.02929 -0.86305 0.858669 0.1366 1.1379 1.4950 1.4890 637.3525 634.8947 y-yp 2.46156 0.13906 0.03020 0.53288 0.700268 0.1252 0.9327 phi-w 43.96823 1.31200 0.27622 0.00586 5.072120 1.1836 0.0000 End of Gap Ref.Particle Absolute Phase: 256.6342 Deg. 133 86040 x-xp 3.07420 0.13996 0.02927 -0.96269 0.887354 0.1387 1.1650 -38.8345 -38.8353 639.2532 637.3318 y-yp 2.50191 0.13914 0.03019 0.45012 0.686202 0.1239 0.9265 phi-w 44.01522 1.31195 0.27612 -0.09462 5.061717 1.1822 0.0000 End of Gap Ref.Particle Absolute Phase: 67.7326 Deg. 134 86040 x-xp 3.02594 0.13980 0.02926 -1.04458 0.918429 0.1409 1.1924 -21.4636 -21.4629 641.5073 639.2323 y-yp 2.54199 0.13933 0.03018 0.38542 0.674098 0.1226 0.9207 phi-w 44.04928 1.31255 0.27598 -0.13794 5.045386 1.1800 0.0000 End of Gap Ref.Particle Absolute Phase: 249.2910 Deg. 135 86040 x-xp 2.97829 0.13962 0.02925 -1.12709 0.951988 0.1433 1.2204 -19.9765 -19.9745 643.7846 641.4862 y-yp 2.58090 0.13927 0.03017 0.32354 0.663934 0.1215 0.9152 phi-w 44.06748 1.31175 0.27584 -0.17586 5.024085 1.1772 0.0000 End of Gap Ref.Particle Absolute Phase: 250.7067 Deg. 136 86040 x-xp 2.93142 0.13947 0.02924 -1.21037 0.988045 0.1458 1.2489 -18.6322 -18.6289 646.0817 643.7633 y-yp 2.61849 0.13923 0.03016 0.26409 0.655632 0.1206 0.9102 phi-w 44.06904 1.31092 0.27569 -0.20881 4.998528 1.1739 0.0000 End of Gap Ref.Particle Absolute Phase: 251.9794 Deg. 137 86040 x-xp 2.88552 0.13921 0.02923 -1.29454 1.026618 0.1484 1.2801 -17.4310 -17.4264 648.3955 646.0603 y-yp 2.65464 0.13909 0.03014 0.20674 0.649121 0.1198 0.9056 phi-w 44.05091 1.31085 0.27555 -0.23725 4.969357 1.1702 0.0000 End of Gap Ref.Particle Absolute Phase: 253.1091 Deg. 138 86040 x-xp 2.68468 0.13881 0.02921 -1.54756 1.206556 0.1606 1.4232 -0.6621 -0.6561 650.8446 648.3740 y-yp 2.77367 0.13806 0.03007 0.04178 0.635718 0.1183 0.8899 phi-w 43.64914 1.30419 0.27502 -0.09893 4.885235 1.1591 0.0000 End of Gap Ref.Particle Absolute Phase: 254.0853 Deg. 139 86040 x-xp 2.64485 0.13929 0.02921 -1.67493 1.256231 0.1637 1.4577 -36.7260 -36.7147 652.8093 650.8230 y-yp 2.80054 0.13835 0.03004 -0.02988 0.636541 0.1182 0.8861 phi-w 43.51690 1.30266 0.27491 -0.19009 4.863319 1.1563 0.0000 End of Gap Ref.Particle Absolute Phase: 69.3941 Deg. 140 86040 x-xp 2.62145 0.13937 0.02921 -1.77913 1.308841 0.1669 1.4927 -20.2214 -20.2087 655.0878 652.7878 y-yp 2.82601 0.13840 0.03002 -0.08731 0.639077 0.1183 0.8827 phi-w 43.35328 1.30281 0.27476 -0.22761 4.836718 1.1528 0.0000 End of Gap Ref.Particle Absolute Phase: 250.1153 Deg. 141 86040 x-xp 2.60016 0.13942 0.02921 -1.88566 1.364537 0.1703 1.5283 -19.5692 -19.5551 657.3768 655.0665 y-yp 2.84959 0.13863 0.03000 -0.14411 0.643366 0.1185 0.8796 phi-w 43.15224 1.30646 0.27461 -0.26264 4.805946 1.1488 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6987 Deg. 142 86040 x-xp 2.58085 0.13949 0.02922 -1.99480 1.423378 0.1738 1.5645 -19.0546 -19.0393 659.6739 657.3555 y-yp 2.87127 0.13887 0.02997 -0.20052 0.649393 0.1189 0.8769 phi-w 42.94544 1.31011 0.27446 -0.29560 4.771336 1.1443 0.0000 End of Gap Ref.Particle Absolute Phase: 251.1447 Deg. 143 86040 x-xp 2.56353 0.13951 0.02923 -2.10682 1.485430 0.1773 1.6014 -18.6772 -18.6607 661.9771 659.6527 y-yp 2.89106 0.13895 0.02994 -0.25681 0.657150 0.1194 0.8745 phi-w 42.71476 1.31251 0.27430 -0.32689 4.733162 1.1394 0.0000 End of Gap Ref.Particle Absolute Phase: 251.4537 Deg. --Entering Doublet q1 push the 1st half h22= -614.4100 144 86040 x-xp 2.47499 0.13986 0.02934 2.84535 1.905146 0.2010 1.8354 -2.7515 -2.7336 664.4345 661.9561 y-yp 2.96389 0.13893 0.02976 -2.74364 0.795025 0.1308 0.8950 phi-w 41.02691 1.32472 0.27350 -0.12645 4.548381 1.1153 0.0000 End of Gap Ref.Particle Absolute Phase: 251.6163 Deg. --Entering Doublet q1 push the 2nd half h22= -614.4100 --Entering Doublet q2 push the 1st half h22a= 614.4100 144 86040 x-xp 2.48196 0.14042 0.02953 2.75551 0.849225 0.1346 1.2261 -2.7515 -2.7336 664.4345 664.4134 y-yp 2.99006 0.13881 0.02955 -2.91276 1.840992 0.1983 1.3898 phi-w 39.00479 1.32549 0.27267 0.05100 4.551572 1.1140 0.0000 End of Gap Ref.Particle Absolute Phase: 251.6163 Deg. --Entering Doublet q2 push the 2nd half h22a= 614.4100 145 86040 x-xp 2.64733 0.14074 0.02972 0.07874 0.744905 0.1264 1.1119 -34.6844 -34.6423 666.4591 664.4135 y-yp 2.97180 0.13846 0.02929 1.82229 1.487570 0.1773 1.2522 phi-w 34.95820 1.31744 0.27118 0.18860 4.728283 1.1324 0.0000 End of Gap Ref.Particle Absolute Phase: 71.0027 Deg. 146 86040 x-xp 2.68394 0.14073 0.02974 0.02391 0.743244 0.1261 1.1012 -19.0187 -18.9754 668.7604 666.4390 y-yp 2.96067 0.13836 0.02928 1.72245 1.435368 0.1739 1.2283 phi-w 34.17363 1.31007 0.27095 0.15505 4.748542 1.1343 0.0000 End of Gap Ref.Particle Absolute Phase: 250.9137 Deg. 147 86040 x-xp 2.72220 0.14039 0.02975 -0.03099 0.743268 0.1260 1.0911 -19.1746 -19.1301 671.0604 668.7409 y-yp 2.94817 0.13831 0.02927 1.62589 1.385950 0.1707 1.2049 phi-w 33.37177 1.30206 0.27072 0.12062 4.764729 1.1357 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6914 Deg. 148 86040 x-xp 2.76205 0.14008 0.02976 -0.08622 0.744983 0.1261 1.0815 -19.4632 -19.4176 673.3573 671.0414 y-yp 2.93432 0.13824 0.02926 1.53225 1.339246 0.1676 1.1820 phi-w 32.55595 1.29463 0.27049 0.08497 4.776759 1.1367 0.0000 End of Gap Ref.Particle Absolute Phase: 250.3369 Deg. 149 86040 x-xp 2.80340 0.13978 0.02978 -0.14203 0.748399 0.1262 1.0724 -19.8834 -19.8368 675.6491 673.3389 y-yp 2.91911 0.13833 0.02925 1.44119 1.295187 0.1646 1.1596 phi-w 31.72986 1.29644 0.27026 0.04771 4.784508 1.1371 0.0000 End of Gap Ref.Particle Absolute Phase: 249.8513 Deg. 150 86040 x-xp 2.98293 0.14110 0.02982 -0.29738 0.775614 0.1284 1.0523 -4.7757 -4.7280 678.1112 675.6313 y-yp 2.85764 0.13813 0.02924 1.21406 1.130536 0.1536 1.0711 phi-w 29.16905 1.30984 0.26951 0.16354 4.837123 1.1418 0.0000 End of Gap Ref.Particle Absolute Phase: 249.2262 Deg. 151 86040 x-xp 3.03067 0.14133 0.02983 -0.36848 0.786080 0.1292 1.0489 -32.7076 -32.6560 680.1917 678.0934 y-yp 2.83596 0.13812 0.02924 1.11567 1.096159 0.1511 1.0497 phi-w 28.34099 1.30854 0.26935 0.08316 4.847819 1.1427 0.0000 End of Gap Ref.Particle Absolute Phase: 72.5591 Deg. 152 86040 x-xp 3.07967 0.14144 0.02983 -0.42551 0.798194 0.1301 1.0458 -17.8551 -17.8025 682.5140 680.1749 y-yp 2.86060 0.13825 0.02924 1.04135 1.063883 0.1487 1.0286 phi-w 27.47779 1.30467 0.26916 0.05222 4.855009 1.1431 0.0000 End of Gap Ref.Particle Absolute Phase: 251.6860 Deg. 153 86040 x-xp 3.12947 0.14160 0.02984 -0.48442 0.812075 0.1311 1.0432 -18.7929 -18.7394 684.8247 682.4978 y-yp 2.90525 0.13851 0.02925 0.96813 1.033779 0.1464 1.0078 phi-w 26.62580 1.29874 0.26898 0.01790 4.858392 1.1432 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6841 Deg. 154 86040 x-xp 3.17994 0.14173 0.02985 -0.54548 0.827780 0.1322 1.0410 -19.8587 -19.8043 687.1213 684.8091 y-yp 2.94873 0.13881 0.02925 0.89583 1.005826 0.1443 0.9875 phi-w 25.78904 1.28908 0.26881 -0.02016 4.857609 1.1427 0.0000 End of Gap Ref.Particle Absolute Phase: 249.5550 Deg. 155 86040 x-xp 3.23093 0.14172 0.02985 -0.60900 0.845378 0.1335 1.0392 -21.0508 -20.9956 689.4010 687.1063 y-yp 2.99089 0.13916 0.02926 0.82429 0.980005 0.1423 0.9675 phi-w 24.97145 1.29720 0.26866 -0.06228 4.852279 1.1417 0.0000 End of Gap Ref.Particle Absolute Phase: 248.3004 Deg. 156 86040 x-xp 3.43843 0.13983 0.02987 -0.79130 0.933545 0.1401 1.0366 -6.7349 -6.6789 691.8647 689.3866 y-yp 3.14215 0.13963 0.02929 0.64159 0.888294 0.1354 0.8887 phi-w 22.66513 1.30015 0.26819 0.04587 4.845776 1.1400 0.0000 End of Gap Ref.Particle Absolute Phase: 246.9128 Deg. 157 86040 x-xp 3.49052 0.13946 0.02987 -0.87286 0.959257 0.1419 1.0359 -30.7953 -30.7363 693.9973 691.8504 y-yp 3.17611 0.13955 0.02930 0.56666 0.870480 0.1339 0.8697 phi-w 21.96061 1.29564 0.26811 -0.02951 4.842003 1.1394 0.0000 End of Gap Ref.Particle Absolute Phase: 74.0648 Deg. 158 86040 x-xp 3.54262 0.13996 0.02988 -0.93939 0.986844 0.1438 1.0354 -16.7294 -16.6696 696.3392 693.9842 y-yp 3.20824 0.13954 0.02930 0.50894 0.854319 0.1325 0.8509 phi-w 21.25532 1.29651 0.26802 -0.05699 4.835380 1.1384 0.0000 End of Gap Ref.Particle Absolute Phase: 252.4332 Deg. 159 86040 x-xp 3.59435 0.14067 0.02988 -1.00975 1.016488 0.1458 1.0353 -18.4235 -18.3631 698.6602 696.3267 y-yp 3.23830 0.13979 0.02931 0.45073 0.839907 0.1313 0.8323 phi-w 20.58701 1.29883 0.26794 -0.09031 4.825367 1.1371 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6772 Deg. 160 86040 x-xp 3.64559 0.14111 0.02989 -1.08436 1.048311 0.1479 1.0357 -20.2412 -20.1801 700.9563 698.6484 y-yp 3.26624 0.13986 0.02932 0.39193 0.827264 0.1302 0.8141 phi-w 19.95804 1.29980 0.26787 -0.12974 4.811383 1.1353 0.0000 End of Gap Ref.Particle Absolute Phase: 248.7987 Deg. 161 86040 x-xp 3.69623 0.14141 0.02989 -1.16366 1.082439 0.1502 1.0365 -22.1801 -22.1185 703.2234 700.9453 y-yp 3.29201 0.13970 0.02933 0.33239 0.816414 0.1292 0.7971 phi-w 19.37034 1.30007 0.26781 -0.17547 4.792831 1.1329 0.0000 End of Gap Ref.Particle Absolute Phase: 246.8000 Deg. 162 86040 x-xp 3.89062 0.14259 0.02992 -1.39107 1.242814 0.1608 1.0444 -8.6305 -8.5684 705.6859 703.2132 y-yp 3.37124 0.13965 0.02935 0.17697 0.784857 0.1266 0.7986 phi-w 18.81298 1.29890 0.26771 -0.07731 4.727931 1.1250 0.0000 End of Gap Ref.Particle Absolute Phase: 244.6746 Deg. 163 86040 x-xp 3.93708 0.14262 0.02993 -1.49122 1.286886 0.1635 1.0462 -28.9451 -28.8810 707.8670 705.6759 y-yp 3.38613 0.13945 0.02935 0.11424 0.780924 0.1261 0.7989 phi-w 18.83927 1.30054 0.26773 -0.14574 4.710214 1.1230 0.0000 End of Gap Ref.Particle Absolute Phase: 75.5212 Deg. 164 86040 x-xp 3.98252 0.14269 0.02994 -1.57308 1.333203 0.1663 1.0482 -15.6404 -15.5758 710.2271 707.8583 y-yp 3.39887 0.13912 0.02936 0.06493 0.778395 0.1258 0.7993 phi-w 18.94783 1.30175 0.26773 -0.16913 4.690433 1.1206 0.0000 End of Gap Ref.Particle Absolute Phase: 253.1561 Deg. 165 86040 x-xp 4.02665 0.14269 0.02995 -1.66130 1.382032 0.1692 1.0505 -18.0661 -18.0010 712.5579 710.2190 y-yp 3.40955 0.13926 0.02936 0.01373 0.777398 0.1256 0.8000 phi-w 19.05083 1.30313 0.26774 -0.20052 4.667852 1.1179 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6707 Deg. 166 86040 x-xp 4.06935 0.14272 0.02996 -1.75650 1.433565 0.1721 1.0538 -20.6109 -20.5455 714.8534 712.5506 y-yp 3.41827 0.13928 0.02936 -0.03950 0.777988 0.1255 0.8009 phi-w 19.14793 1.30397 0.26776 -0.24006 4.641699 1.1148 0.0000 End of Gap Ref.Particle Absolute Phase: 248.0674 Deg. 167 86040 x-xp 4.11055 0.14257 0.02998 -1.85934 1.488015 0.1752 1.0685 -23.2722 -23.2065 717.1072 714.8470 y-yp 3.42520 0.13935 0.02937 -0.09495 0.780233 0.1256 0.8060 phi-w 19.23891 1.30623 0.26778 -0.28773 4.611210 1.1112 0.0000 End of Gap Ref.Particle Absolute Phase: 245.3489 Deg. --Entering Doublet q1 push the 1st half h22= -614.7400 168 86040 x-xp 4.32318 0.14226 0.03009 2.75019 1.854313 0.1958 1.1546 -10.4653 -10.3993 719.5658 717.1018 y-yp 3.43961 0.13917 0.02936 -2.65494 0.876824 0.1330 0.8735 phi-w 19.43160 1.31111 0.26801 -0.12981 4.441278 1.0910 0.0000 End of Gap Ref.Particle Absolute Phase: 242.5096 Deg. --Entering Doublet q1 push the 2nd half h22= -614.7400 --Entering Doublet q2 push the 1st half h22a= 614.7400 168 86040 x-xp 4.54741 0.14110 0.03022 2.64005 0.854789 0.1332 0.7462 -10.4653 -10.3993 719.5658 719.5608 y-yp 3.44183 0.13921 0.02933 -2.73156 1.889586 0.1951 1.2799 phi-w 19.35836 1.31240 0.26830 0.03598 4.421464 1.0892 0.0000 End of Gap Ref.Particle Absolute Phase: 242.5096 Deg. --Entering Doublet q2 push the 2nd half h22a= 614.7400 169 86040 x-xp 4.68868 0.14039 0.03032 0.08382 0.756800 0.1254 0.6818 -27.1552 -27.0844 721.7919 719.5608 y-yp 3.43517 0.13875 0.02940 1.87538 1.505034 0.1742 1.1832 phi-w 18.99831 1.31990 0.26883 0.18204 4.526227 1.1031 0.0000 End of Gap Ref.Particle Absolute Phase: 76.9295 Deg. 170 86040 x-xp 4.68570 0.14038 0.03033 0.03666 0.755159 0.1252 0.6863 -14.5875 -14.5165 724.1687 721.7883 y-yp 3.42805 0.13887 0.02942 1.78573 1.449368 0.1708 1.1654 phi-w 18.93826 1.31918 0.26891 0.16309 4.539005 1.1048 0.0000 End of Gap Ref.Particle Absolute Phase: 253.8551 Deg. 171 86040 x-xp 4.67870 0.14034 0.03033 -0.01326 0.755021 0.1250 0.6911 -17.7205 -17.6494 726.5089 724.1657 y-yp 3.41961 0.13905 0.02944 1.69375 1.396362 0.1675 1.1480 phi-w 18.86986 1.31910 0.26898 0.13377 4.549239 1.1062 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6644 Deg. 172 86040 x-xp 4.66976 0.14058 0.03033 -0.06605 0.756471 0.1250 0.6984 -20.9685 -20.8973 728.8037 726.5067 y-yp 3.40959 0.13900 0.02946 1.59986 1.346093 0.1644 1.1310 phi-w 19.30112 1.32026 0.26907 0.09388 4.555940 1.1072 0.0000 End of Gap Ref.Particle Absolute Phase: 247.3601 Deg. 173 86040 x-xp 4.65957 0.14064 0.03033 -0.12186 0.759597 0.1252 0.7088 -24.3285 -24.2573 731.0439 728.8026 y-yp 3.39796 0.13941 0.02948 1.50447 1.298624 0.1614 1.1145 phi-w 19.84748 1.32333 0.26916 0.04332 4.558126 1.1076 0.0000 End of Gap Ref.Particle Absolute Phase: 243.9455 Deg. 174 86040 x-xp 4.63697 0.14093 0.03030 -0.27791 0.786221 0.1272 0.7551 -12.2399 -12.1687 733.4962 731.0439 y-yp 3.33679 0.13994 0.02959 1.25959 1.122527 0.1501 1.0509 phi-w 21.62109 1.32345 0.26956 0.12581 4.573172 1.1103 0.0000 End of Gap Ref.Particle Absolute Phase: 240.4156 Deg. 175 86040 x-xp 4.63819 0.14096 0.03029 -0.33746 0.796336 0.1278 0.7661 -25.4244 -25.3534 735.7641 733.4968 y-yp 3.31632 0.14006 0.02962 1.17456 1.085504 0.1476 1.0353 phi-w 22.21485 1.32300 0.26969 0.07030 4.574938 1.1108 0.0000 End of Gap Ref.Particle Absolute Phase: 78.2912 Deg. 176 86040 x-xp 4.64259 0.14097 0.03028 -0.38658 0.807850 0.1286 0.7772 -13.5693 -13.4984 738.1564 735.7658 y-yp 3.29408 0.14041 0.02965 1.10727 1.050384 0.1451 1.0200 phi-w 22.82668 1.32650 0.26982 0.05474 4.575715 1.1111 0.0000 End of Gap Ref.Particle Absolute Phase: 254.5310 Deg. 177 86040 x-xp 4.64988 0.14090 0.03027 -0.43997 0.820953 0.1295 0.7885 -17.3862 -17.3154 740.5056 738.1586 y-yp 3.27037 0.14042 0.02968 1.03749 1.017338 0.1427 1.0049 phi-w 23.43920 1.33195 0.26994 0.02653 4.574343 1.1112 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6583 Deg. 178 86040 x-xp 4.65972 0.14080 0.03025 -0.49786 0.835775 0.1305 0.8000 -21.3142 -21.2435 742.7998 740.5087 y-yp 3.24449 0.14041 0.02971 0.96555 0.986439 0.1404 0.9902 phi-w 24.04971 1.33304 0.27008 -0.01438 4.569665 1.1109 0.0000 End of Gap Ref.Particle Absolute Phase: 246.6763 Deg. 179 86040 x-xp 4.67176 0.14086 0.03024 -0.56053 0.852454 0.1316 0.8119 -25.3498 -25.2794 745.0260 742.8038 y-yp 3.21464 0.14030 0.02973 0.89176 0.957751 0.1383 0.9760 phi-w 24.65493 1.33169 0.27022 -0.06786 4.560548 1.1101 0.0000 End of Gap Ref.Particle Absolute Phase: 242.5883 Deg. 180 86040 x-xp 4.71850 0.14102 0.03016 -0.74173 0.937485 0.1377 0.8757 -13.9560 -13.8859 747.4700 745.0311 y-yp 3.09817 0.14044 0.02985 0.69604 0.855846 0.1309 0.9212 phi-w 26.57213 1.32756 0.27078 0.00986 4.527000 1.1072 0.0000 End of Gap Ref.Particle Absolute Phase: 238.3906 Deg. 181 86040 x-xp 4.72115 0.14103 0.03014 -0.80968 0.962223 0.1393 0.8917 -23.7506 -23.6815 749.7766 747.4757 y-yp 3.06629 0.14043 0.02988 0.63147 0.835626 0.1293 0.9078 phi-w 27.16007 1.33372 0.27096 -0.03974 4.517389 1.1064 0.0000 End of Gap Ref.Particle Absolute Phase: 79.6079 Deg. 182 86040 x-xp 4.71873 0.14106 0.03012 -0.86671 0.988563 0.1410 0.9078 -12.5847 -12.5161 752.1831 749.7833 y-yp 3.03360 0.14046 0.02991 0.57918 0.816903 0.1277 0.8945 phi-w 27.74680 1.33859 0.27112 -0.05161 4.507405 1.1055 0.0000 End of Gap Ref.Particle Absolute Phase: 255.1847 Deg. 183 86040 x-xp 4.71172 0.14091 0.03010 -0.93005 1.016759 0.1428 0.9242 -17.0628 -16.9945 754.5410 752.1903 y-yp 3.00039 0.14031 0.02993 0.52406 0.799836 0.1263 0.8815 phi-w 28.47257 1.34102 0.27129 -0.07811 4.495721 1.1044 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6527 Deg. 184 86040 x-xp 4.70025 0.14085 0.03008 -1.00015 1.047003 0.1447 0.9408 -21.6482 -21.5803 756.8343 754.5490 y-yp 2.96677 0.14017 0.02996 0.46633 0.784505 0.1250 0.8689 phi-w 29.28083 1.34293 0.27146 -0.11909 4.481047 1.1029 0.0000 End of Gap Ref.Particle Absolute Phase: 246.0152 Deg. 185 86040 x-xp 4.68472 0.14083 0.03005 -1.07746 1.079503 0.1468 0.9579 -26.3372 -26.2697 759.0462 756.8432 y-yp 2.93285 0.13986 0.02998 0.40614 0.770989 0.1239 0.8566 phi-w 30.07966 1.34471 0.27163 -0.17421 4.462149 1.1009 0.0000 End of Gap Ref.Particle Absolute Phase: 241.2762 Deg. 186 86040 x-xp 4.57521 0.14149 0.02996 -1.30205 1.233878 0.1565 1.0329 -15.6165 -15.5495 761.4798 759.0562 y-yp 2.79460 0.13892 0.03005 0.24153 0.729511 0.1205 0.8095 phi-w 32.55674 1.34261 0.27229 -0.10294 4.386657 1.0929 0.0000 End of Gap Ref.Particle Absolute Phase: 236.4325 Deg. 187 86040 x-xp 4.54238 0.14169 0.02993 -1.38479 1.276215 0.1589 1.0506 -22.1314 -22.0664 763.8220 761.4905 y-yp 2.76022 0.13932 0.03007 0.18820 0.723176 0.1199 0.7980 phi-w 33.33707 1.33448 0.27248 -0.14600 4.367380 1.0909 0.0000 End of Gap Ref.Particle Absolute Phase: 80.8809 Deg. 188 86040 x-xp 4.50654 0.14191 0.02991 -1.45452 1.320454 0.1614 1.0685 -11.6329 -11.5684 766.2416 763.8336 y-yp 2.72611 0.13941 0.03008 0.14404 0.718104 0.1194 0.7993 phi-w 34.11423 1.33980 0.27265 -0.15430 4.348295 1.0888 0.0000 End of Gap Ref.Particle Absolute Phase: 255.8167 Deg. 189 86040 x-xp 4.46823 0.14179 0.02989 -1.53343 1.366941 0.1640 1.0866 -16.7502 -16.6864 768.6079 766.2536 y-yp 2.69479 0.13955 0.03009 0.09640 0.714456 0.1190 0.8074 phi-w 34.87189 1.34708 0.27283 -0.17879 4.327955 1.0866 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6472 Deg. 190 86040 x-xp 4.42765 0.14202 0.02987 -1.62224 1.415950 0.1667 1.1050 -21.9712 -21.9079 770.9002 768.6206 y-yp 2.69259 0.13951 0.03010 0.04532 0.712336 0.1187 0.8158 phi-w 35.60626 1.35119 0.27300 -0.21910 4.304987 1.0841 0.0000 End of Gap Ref.Particle Absolute Phase: 245.3760 Deg. 191 86040 x-xp 4.38501 0.14214 0.02985 -1.72164 1.467778 0.1695 1.1239 -27.2920 -27.2293 773.0976 770.9138 y-yp 2.69521 0.13946 0.03011 -0.00919 0.711847 0.1186 0.8246 phi-w 36.31388 1.35558 0.27317 -0.27463 4.278093 1.0810 0.0000 End of Gap Ref.Particle Absolute Phase: 240.0073 Deg. --Entering Doublet q1 push the 1st half h22= -613.1900 192 86040 x-xp 4.11453 0.14332 0.02976 2.55849 1.820138 0.1883 1.2413 -17.2223 -17.1604 775.5191 773.1123 y-yp 2.66251 0.13951 0.03011 -2.22952 0.783333 0.1243 0.9200 phi-w 39.27489 1.36372 0.27402 -0.14304 4.116204 1.0620 0.0000 End of Gap Ref.Particle Absolute Phase: 234.5389 Deg. --Entering Doublet q1 push the 2nd half h22= -613.1900 --Entering Doublet q2 push the 1st half h22a= 613.1900 192 86040 x-xp 3.91950 0.14293 0.02973 2.48332 0.885217 0.1313 0.8795 -17.2223 -17.1604 775.5191 775.5346 y-yp 2.55217 0.13973 0.03005 -2.34151 1.634708 0.1793 1.3698 phi-w 41.47548 1.36622 0.27470 0.01748 4.084726 1.0593 0.0000 End of Gap Ref.Particle Absolute Phase: 234.5389 Deg. --Entering Doublet q2 push the 2nd half h22a= 613.1900 193 86040 x-xp 3.62389 0.14147 0.02968 -0.01573 0.817274 0.1259 0.9463 -20.5658 -20.5171 777.8942 775.5346 y-yp 2.31156 0.13840 0.02997 1.46645 1.346700 0.1624 1.2799 phi-w 44.01992 1.35581 0.27554 0.18018 4.156870 1.0702 0.0000 End of Gap Ref.Particle Absolute Phase: 82.1118 Deg. 194 86040 x-xp 3.58180 0.14111 0.02967 -0.05700 0.818884 0.1259 0.9609 -10.7125 -10.6646 780.3259 777.9104 y-yp 2.28445 0.13840 0.02996 1.40046 1.304169 0.1596 1.2625 phi-w 44.30115 1.35427 0.27563 0.17545 4.168251 1.0719 0.0000 End of Gap Ref.Particle Absolute Phase: 256.4278 Deg. 195 86040 x-xp 3.53882 0.14046 0.02966 -0.10330 0.821827 0.1259 0.9756 -16.4479 -16.4007 782.7002 780.3424 y-yp 2.25725 0.13866 0.02995 1.32856 1.263663 0.1569 1.2455 phi-w 44.55979 1.35370 0.27572 0.15309 4.178450 1.0734 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6420 Deg. 196 86040 x-xp 3.49508 0.14042 0.02965 -0.15464 0.826251 0.1261 0.9907 -22.2835 -22.2371 784.9916 782.7171 y-yp 2.27490 0.13844 0.02994 1.25157 1.225353 0.1544 1.2290 phi-w 44.79562 1.35455 0.27581 0.11320 4.186007 1.0745 0.0000 End of Gap Ref.Particle Absolute Phase: 244.7580 Deg. 197 86040 x-xp 3.45072 0.14072 0.02964 -0.21103 0.832307 0.1265 1.0062 -28.2152 -28.1695 787.1743 785.0091 y-yp 2.30171 0.13805 0.02994 1.17027 1.189385 0.1519 1.2130 phi-w 45.01791 1.35261 0.27590 0.05620 4.189513 1.0751 0.0000 End of Gap Ref.Particle Absolute Phase: 238.7803 Deg. 198 86040 x-xp 3.26692 0.14167 0.02959 -0.36665 0.871120 0.1291 1.0749 -18.7751 -18.7303 789.5823 787.1926 y-yp 2.41258 0.13920 0.02991 0.96381 1.058157 0.1431 1.1521 phi-w 45.69085 1.35986 0.27625 0.11508 4.201576 1.0774 0.0000 End of Gap Ref.Particle Absolute Phase: 232.7076 Deg. 199 86040 x-xp 3.22010 0.14177 0.02957 -0.41868 0.883924 0.1299 1.0911 -19.0518 -19.0101 791.9877 789.6011 y-yp 2.43579 0.13931 0.02991 0.90052 1.030915 0.1411 1.1371 phi-w 45.80767 1.36187 0.27636 0.08310 4.203758 1.0778 0.0000 End of Gap Ref.Particle Absolute Phase: 83.3021 Deg. 200 86040 x-xp 3.17326 0.14194 0.02956 -0.46260 0.897907 0.1308 1.1074 -9.8223 -9.7816 794.4306 792.0070 y-yp 2.45799 0.13947 0.02990 0.84887 1.005064 0.1392 1.1223 phi-w 45.90354 1.36343 0.27645 0.08096 4.206655 1.0784 0.0000 End of Gap Ref.Particle Absolute Phase: 257.0189 Deg. 201 86040 x-xp 3.12663 0.14188 0.02955 -0.51296 0.913323 0.1318 1.1239 -16.1554 -16.1154 796.8125 794.4500 y-yp 2.47934 0.13960 0.02989 0.79206 0.980843 0.1373 1.1077 phi-w 45.98225 1.36475 0.27654 0.05913 4.208580 1.0788 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6371 Deg. 202 86040 x-xp 3.08037 0.14181 0.02953 -0.56994 0.930362 0.1328 1.1407 -22.5853 -22.5462 799.1029 796.8323 y-yp 2.49984 0.13959 0.02988 0.73065 0.958395 0.1356 1.0935 phi-w 46.04562 1.36560 0.27663 0.01795 4.207963 1.0789 0.0000 End of Gap Ref.Particle Absolute Phase: 244.1605 Deg. 203 86040 x-xp 3.03464 0.14145 0.02952 -0.63372 0.949223 0.1340 1.1580 -29.1078 -29.0695 801.2708 799.1231 y-yp 2.51950 0.13961 0.02987 0.66518 0.937854 0.1340 1.0798 phi-w 46.09416 1.36656 0.27673 -0.04191 4.203304 1.0785 0.0000 End of Gap Ref.Particle Absolute Phase: 237.5939 Deg. 204 86040 x-xp 2.85791 0.14034 0.02946 -0.81434 1.043261 0.1402 1.2351 -20.2774 -20.2401 803.6638 801.2916 y-yp 2.59575 0.13957 0.02983 0.49393 0.867814 0.1287 1.0278 phi-w 46.23416 1.36716 0.27711 0.01195 4.179736 1.0762 0.0000 End of Gap Ref.Particle Absolute Phase: 230.9367 Deg. 205 86040 x-xp 2.81545 0.14001 0.02945 -0.87360 1.069852 0.1418 1.2532 -17.5868 -17.5530 806.0970 803.6851 y-yp 2.61014 0.13952 0.02982 0.44303 0.854564 0.1276 1.0150 phi-w 46.21595 1.36667 0.27722 -0.01568 4.173479 1.0756 0.0000 End of Gap Ref.Particle Absolute Phase: 84.4532 Deg. 206 86040 x-xp 2.77416 0.14014 0.02944 -0.92431 1.097772 0.1435 1.2714 -8.9616 -8.9287 808.5500 806.1186 y-yp 2.62336 0.13952 0.02980 0.40062 0.842457 0.1265 1.0023 phi-w 46.18392 1.36641 0.27732 -0.01536 4.168253 1.0751 0.0000 End of Gap Ref.Particle Absolute Phase: 257.5905 Deg. 207 86040 x-xp 2.73420 0.14036 0.02943 -0.98356 1.127340 0.1453 1.2898 -15.8725 -15.8405 810.9393 808.5716 y-yp 2.63564 0.13941 0.02979 0.35319 0.831710 0.1255 0.9898 phi-w 46.14201 1.36671 0.27742 -0.03639 4.162274 1.0746 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6323 Deg. 208 86040 x-xp 2.69569 0.14049 0.02941 -1.05179 1.158813 0.1471 1.3086 -22.8772 -22.8460 813.2285 810.9611 y-yp 2.64714 0.13935 0.02978 0.30106 0.822468 0.1247 0.9777 phi-w 46.09124 1.36731 0.27752 -0.07823 4.153912 1.0737 0.0000 End of Gap Ref.Particle Absolute Phase: 243.5826 Deg. 209 86040 x-xp 2.65874 0.14073 0.02940 -1.12933 1.192456 0.1491 1.3284 -29.9711 -29.9409 815.3815 813.2507 y-yp 2.65778 0.13926 0.02976 0.24457 0.814863 0.1240 0.9660 phi-w 46.03253 1.36762 0.27762 -0.13989 4.141616 1.0723 0.0000 End of Gap Ref.Particle Absolute Phase: 236.4465 Deg. 210 86040 x-xp 2.52805 0.14059 0.02937 -1.34880 1.351009 0.1584 1.4292 -21.7308 -21.7016 817.7582 815.4042 y-yp 2.69468 0.13888 0.02969 0.09259 0.796816 0.1223 0.9327 phi-w 45.79492 1.36779 0.27801 -0.09233 4.085239 1.0657 0.0000 End of Gap Ref.Particle Absolute Phase: 229.2238 Deg. 211 86040 x-xp 2.49899 0.14062 0.02937 -1.41930 1.393853 0.1608 1.4529 -16.1698 -16.1442 820.2170 817.7813 y-yp 2.70077 0.13878 0.02967 0.04787 0.795678 0.1221 0.9245 phi-w 45.68265 1.36811 0.27812 -0.11543 4.071232 1.0641 0.0000 End of Gap Ref.Particle Absolute Phase: 85.5665 Deg. 212 86040 x-xp 2.47191 0.14066 0.02936 -1.47978 1.438222 0.1631 1.4765 -8.1290 -8.1044 822.6793 820.2402 y-yp 2.70598 0.13864 0.02965 0.00991 0.795552 0.1219 0.9165 phi-w 45.55918 1.36828 0.27822 -0.11293 4.058527 1.0626 0.0000 End of Gap Ref.Particle Absolute Phase: 258.1433 Deg. 213 86040 x-xp 2.44684 0.14055 0.02936 -1.55191 1.484526 0.1656 1.5004 -15.5989 -15.5752 825.0756 822.7026 y-yp 2.71052 0.13851 0.02963 -0.03354 0.796663 0.1218 0.9087 phi-w 45.42752 1.37078 0.27832 -0.13297 4.045289 1.0611 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6278 Deg. 214 86040 x-xp 2.43695 0.14047 0.02936 -1.63635 1.533112 0.1681 1.5246 -23.1595 -23.1366 827.3637 825.0991 y-yp 2.71437 0.13848 0.02961 -0.08236 0.799167 0.1219 0.9012 phi-w 45.28854 1.37199 0.27842 -0.17479 4.029860 1.0592 0.0000 End of Gap Ref.Particle Absolute Phase: 243.0237 Deg. 215 86040 x-xp 2.43201 0.14038 0.02936 -1.73360 1.584348 0.1707 1.5494 -30.8061 -30.7842 829.5018 827.3875 y-yp 2.71756 0.13841 0.02959 -0.13641 0.803223 0.1220 0.8941 phi-w 45.14251 1.37417 0.27852 -0.23710 4.010688 1.0569 0.0000 End of Gap Ref.Particle Absolute Phase: 235.3365 Deg. --Entering Doublet q1 push the 1st half h22= -610.4000 216 86040 x-xp 2.47664 0.14066 0.02940 2.60796 1.928745 0.1883 1.7039 -23.1367 -23.1158 831.8613 829.5259 y-yp 2.71810 0.13803 0.02946 -2.55444 0.909965 0.1295 0.9374 phi-w 44.15939 1.38340 0.27899 -0.13320 3.883906 1.0410 0.0000 End of Gap Ref.Particle Absolute Phase: 227.5668 Deg. --Entering Doublet q1 push the 2nd half h22= -610.4000 --Entering Doublet q2 push the 1st half h22a= 610.4000 216 86040 x-xp 2.62262 0.14066 0.02949 2.53452 0.969794 0.1337 1.1924 -23.1367 -23.1158 831.8613 831.8858 y-yp 2.68902 0.13794 0.02932 -2.70291 1.867328 0.1851 1.3406 phi-w 42.92097 1.38580 0.27934 0.01678 3.861934 1.0387 0.0000 End of Gap Ref.Particle Absolute Phase: 227.5668 Deg. --Entering Doublet q2 push the 2nd half h22a= 610.4000 217 86040 x-xp 2.86779 0.14055 0.02959 -0.03410 0.902798 0.1291 1.1159 -14.7991 -14.7965 834.3434 831.8858 y-yp 2.87687 0.13796 0.02916 1.52191 1.586234 0.1699 1.2185 phi-w 40.53633 1.38992 0.27963 0.18308 3.927418 1.0480 0.0000 End of Gap Ref.Particle Absolute Phase: 86.6435 Deg. 218 86040 x-xp 2.89865 0.14084 0.02959 -0.06955 0.904367 0.1291 1.1104 -7.3236 -7.3220 836.8143 834.3678 y-yp 2.91288 0.13812 0.02914 1.46486 1.542178 0.1674 1.1971 phi-w 40.30128 1.38977 0.27965 0.18770 3.938903 1.0495 0.0000 End of Gap Ref.Particle Absolute Phase: 258.6782 Deg. 219 86040 x-xp 2.93043 0.14106 0.02960 -0.11179 0.907118 0.1292 1.1050 -15.3341 -15.3334 839.2175 836.8387 y-yp 2.94852 0.13824 0.02914 1.39783 1.499867 0.1649 1.1761 phi-w 40.05877 1.39003 0.27967 0.16876 3.949872 1.0510 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6234 Deg. 220 86040 x-xp 2.96315 0.14106 0.02961 -0.16070 0.911248 0.1294 1.1000 -23.4325 -23.4327 841.5044 839.2417 y-yp 2.98377 0.13819 0.02913 1.32212 1.459589 0.1625 1.1555 phi-w 39.80636 1.39059 0.27969 0.12671 3.958637 1.0522 0.0000 End of Gap Ref.Particle Absolute Phase: 242.4831 Deg. 221 86040 x-xp 2.99679 0.14118 0.02962 -0.21606 0.916949 0.1297 1.0955 -31.6139 -31.6150 843.6276 841.5286 y-yp 3.01862 0.13833 0.02912 1.23908 1.421586 0.1602 1.1354 phi-w 39.54116 1.39156 0.27970 0.06261 3.963594 1.0529 0.0000 End of Gap Ref.Particle Absolute Phase: 234.2628 Deg. 222 86040 x-xp 3.15237 0.14150 0.02964 -0.36361 0.953881 0.1323 1.0815 -24.4969 -24.4989 845.9690 843.6516 y-yp 3.16269 0.13811 0.02911 1.03976 1.281272 0.1519 1.0575 phi-w 37.95381 1.38909 0.27970 0.09799 3.975870 1.0545 0.0000 End of Gap Ref.Particle Absolute Phase: 225.9637 Deg. 223 86040 x-xp 3.18877 0.14144 0.02964 -0.40703 0.965910 0.1330 1.0777 -13.4726 -13.4781 848.4725 845.9928 y-yp 3.19351 0.13787 0.02911 0.98476 1.251456 0.1500 1.0384 phi-w 37.69965 1.38860 0.27971 0.08285 3.978406 1.0549 0.0000 End of Gap Ref.Particle Absolute Phase: 87.6857 Deg. 224 86040 x-xp 3.22556 0.14150 0.02965 -0.44442 0.978887 0.1337 1.0739 -6.5441 -6.5506 850.9512 848.4961 y-yp 3.22326 0.13767 0.02911 0.93918 1.222748 0.1481 1.0194 phi-w 37.44185 1.38943 0.27972 0.08955 3.982493 1.0554 0.0000 End of Gap Ref.Particle Absolute Phase: 259.1959 Deg. 225 86040 x-xp 3.26274 0.14149 0.02965 -0.48978 0.993110 0.1346 1.0703 -15.0778 -15.0851 853.3609 850.9746 y-yp 3.25202 0.13751 0.02911 0.88530 1.195494 0.1463 1.0006 phi-w 37.17942 1.38724 0.27972 0.07081 3.986194 1.0559 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6194 Deg. 226 86040 x-xp 3.30036 0.14142 0.02966 -0.54318 1.008811 0.1355 1.0671 -23.6964 -23.7046 855.6466 853.3841 y-yp 3.27979 0.13729 0.02911 0.82405 1.169927 0.1446 0.9823 phi-w 36.90797 1.38623 0.27972 0.02734 3.987754 1.0562 0.0000 End of Gap Ref.Particle Absolute Phase: 241.9602 Deg. 227 86040 x-xp 3.33843 0.14141 0.02966 -0.60458 1.026224 0.1366 1.0643 -32.3953 -32.4043 857.7549 855.6696 y-yp 3.30655 0.13724 0.02911 0.75643 1.146250 0.1430 0.9644 phi-w 36.62261 1.38529 0.27972 -0.03947 3.985518 1.0559 0.0000 End of Gap Ref.Particle Absolute Phase: 233.2239 Deg. 228 86040 x-xp 3.50799 0.14060 0.02968 -0.77253 1.113358 0.1422 1.0573 -25.8137 -25.8236 860.0772 857.7774 y-yp 3.40937 0.13639 0.02913 0.59017 1.062914 0.1376 0.8945 phi-w 34.83540 1.37769 0.27967 -0.00857 3.966838 1.0533 0.0000 End of Gap Ref.Particle Absolute Phase: 224.4125 Deg. 229 86040 x-xp 3.54561 0.14083 0.02969 -0.82095 1.137827 0.1436 1.0552 -12.1882 -12.2012 862.6001 860.0995 y-yp 3.42931 0.13650 0.02913 0.54576 1.046204 0.1364 0.8774 phi-w 34.59530 1.37590 0.27967 -0.02011 3.961954 1.0526 0.0000 End of Gap Ref.Particle Absolute Phase: 88.6941 Deg. 230 86040 x-xp 3.58297 0.14105 0.02969 -0.86322 1.163340 0.1451 1.0531 -5.7900 -5.8038 865.0859 862.6220 y-yp 3.44772 0.13666 0.02913 0.50831 1.030425 0.1353 0.8604 phi-w 34.35377 1.37520 0.27967 -0.01146 3.958809 1.0522 0.0000 End of Gap Ref.Particle Absolute Phase: 259.6968 Deg. 231 86040 x-xp 3.62013 0.14115 0.02970 -0.91544 1.190250 0.1467 1.0512 -14.8298 -14.8444 867.5018 865.1076 y-yp 3.46474 0.13690 0.02914 0.46341 1.015877 0.1342 0.8436 phi-w 34.11007 1.37458 0.27966 -0.02966 3.955411 1.0517 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6154 Deg. 232 86040 x-xp 3.65714 0.14140 0.02971 -0.97787 1.218852 0.1483 1.0496 -23.9520 -23.9673 869.7863 867.5233 y-yp 3.48041 0.13707 0.02914 0.41170 1.002769 0.1332 0.8349 phi-w 33.85829 1.37661 0.27966 -0.07379 3.949974 1.0510 0.0000 End of Gap Ref.Particle Absolute Phase: 241.4540 Deg. 233 86040 x-xp 3.69407 0.14173 0.02971 -1.05060 1.249444 0.1501 1.0484 -33.1517 -33.1677 871.8797 869.8073 y-yp 3.49476 0.13713 0.02915 0.35390 0.991294 0.1324 0.8318 phi-w 33.59200 1.37925 0.27965 -0.14210 3.940832 1.0498 0.0000 End of Gap Ref.Particle Absolute Phase: 232.2184 Deg. 234 86040 x-xp 3.88553 0.14275 0.02975 -1.25035 1.393929 0.1585 1.0530 -27.0884 -27.1052 874.1823 871.9002 y-yp 3.54304 0.13756 0.02916 0.20864 0.956917 0.1300 0.8244 phi-w 31.82098 1.38673 0.27957 -0.11609 3.892828 1.0432 0.0000 End of Gap Ref.Particle Absolute Phase: 222.9111 Deg. 235 86040 x-xp 3.93825 0.14310 0.02976 -1.30648 1.432762 0.1605 1.0596 -10.9451 -10.9647 876.7228 874.2024 y-yp 3.55039 0.13753 0.02916 0.17052 0.951599 0.1295 0.8251 phi-w 31.62638 1.38719 0.27956 -0.12399 3.880938 1.0416 0.0000 End of Gap Ref.Particle Absolute Phase: 89.6702 Deg. 236 86040 x-xp 3.99052 0.14329 0.02977 -1.35574 1.472770 0.1626 1.0663 -5.0599 -5.0803 879.2151 876.7425 y-yp 3.55643 0.13753 0.02917 0.13784 0.947098 0.1291 0.8258 phi-w 31.43146 1.38642 0.27956 -0.11367 3.870934 1.0403 0.0000 End of Gap Ref.Particle Absolute Phase: 260.1816 Deg. 237 86040 x-xp 4.04220 0.14342 0.02979 -1.41789 1.514398 0.1648 1.0732 -14.5897 -14.6106 881.6371 879.2347 y-yp 3.56143 0.13749 0.02917 0.09782 0.943693 0.1287 0.8266 phi-w 31.23648 1.38651 0.27955 -0.13110 3.860812 1.0389 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6117 Deg. 238 86040 x-xp 4.09305 0.14328 0.02980 -1.49341 1.558027 0.1671 1.0804 -24.1993 -24.2209 883.9203 881.6563 y-yp 3.56542 0.13740 0.02917 0.05083 0.941594 0.1285 0.8277 phi-w 31.03350 1.38656 0.27954 -0.17512 3.848795 1.0373 0.0000 End of Gap Ref.Particle Absolute Phase: 240.9641 Deg. 239 86040 x-xp 4.14283 0.14340 0.02981 -1.58247 1.604048 0.1694 1.0881 -33.8837 -33.9060 885.9989 883.9390 y-yp 3.56864 0.13743 0.02917 -0.00263 0.940998 0.1284 0.8292 phi-w 30.81478 1.38662 0.27953 -0.24367 3.833236 1.0351 0.0000 End of Gap Ref.Particle Absolute Phase: 231.2451 Deg. --Entering Doublet q1 push the 1st half h22= -606.8500 240 86040 x-xp 4.39641 0.14300 0.02992 2.53451 1.910523 0.1851 1.1277 -28.3223 -28.3452 888.2813 886.0169 y-yp 3.57555 0.13762 0.02918 -2.53242 1.014376 0.1332 0.8667 phi-w 28.42213 1.37897 0.27934 -0.16333 3.718523 1.0192 0.0000 End of Gap Ref.Particle Absolute Phase: 221.4576 Deg. --Entering Doublet q1 push the 2nd half h22= -606.8500 --Entering Doublet q2 push the 1st half h22a= 606.8500 240 86040 x-xp 4.59380 0.14180 0.03004 2.44716 0.987949 0.1334 0.7600 -28.3223 -28.3452 888.2813 888.2988 y-yp 3.57047 0.13770 0.02919 -2.61203 1.965069 0.1854 1.2206 phi-w 26.12575 1.37809 0.27910 -0.02259 3.692466 1.0152 0.0000 End of Gap Ref.Particle Absolute Phase: 221.4576 Deg. --Entering Doublet q2 push the 2nd half h22a= 606.8500 241 86040 x-xp 4.72947 0.14149 0.03015 -0.03874 0.924863 0.1291 0.6898 -9.7416 -9.7759 890.8378 888.2988 y-yp 3.53827 0.13771 0.02926 1.61310 1.649057 0.1699 1.1542 phi-w 23.36493 1.37230 0.27858 0.14717 3.738192 1.0205 0.0000 End of Gap Ref.Particle Absolute Phase: 90.6152 Deg. 242 86040 x-xp 4.73418 0.14154 0.03016 -0.07017 0.926501 0.1292 0.6943 -4.3531 -4.3881 893.3361 890.8550 y-yp 3.53216 0.13777 0.02928 1.55909 1.600774 0.1673 1.1408 phi-w 23.27603 1.37101 0.27851 0.15949 3.747368 1.0216 0.0000 End of Gap Ref.Particle Absolute Phase: 260.6511 Deg. 243 86040 x-xp 4.73585 0.14150 0.03017 -0.10933 0.929230 0.1292 0.6989 -14.3572 -14.3927 895.7638 893.3530 y-yp 3.52511 0.13773 0.02929 1.49321 1.554239 0.1647 1.1277 phi-w 23.18332 1.37029 0.27845 0.14359 3.756447 1.0227 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6080 Deg. 244 86040 x-xp 4.73446 0.14144 0.03017 -0.15597 0.933274 0.1294 0.7037 -24.4386 -24.4747 898.0458 895.7803 y-yp 3.51688 0.13771 0.02931 1.41711 1.509779 0.1622 1.1150 phi-w 23.08011 1.36843 0.27838 0.10029 3.763663 1.0236 0.0000 End of Gap Ref.Particle Absolute Phase: 240.4899 Deg. 245 86040 x-xp 4.73055 0.14142 0.03018 -0.20969 0.938849 0.1297 0.7087 -34.5925 -34.6291 900.1097 898.0615 y-yp 3.50742 0.13761 0.02933 1.33268 1.467675 0.1599 1.1028 phi-w 22.95999 1.36604 0.27831 0.03143 3.767366 1.0240 0.0000 End of Gap Ref.Particle Absolute Phase: 230.3027 Deg. 246 86040 x-xp 4.70088 0.14121 0.03018 -0.35406 0.975368 0.1321 0.7382 -29.5170 -29.5541 902.3714 900.1244 y-yp 3.45017 0.13714 0.02941 1.12419 1.311810 0.1512 1.0571 phi-w 21.94714 1.36756 0.27799 0.05031 3.771194 1.0239 0.0000 End of Gap Ref.Particle Absolute Phase: 220.0501 Deg. 247 86040 x-xp 4.69585 0.14117 0.03018 -0.39118 0.987140 0.1328 0.7481 -8.5759 -8.6147 904.9425 902.3852 y-yp 3.43583 0.13695 0.02943 1.07446 1.278342 0.1492 1.0457 phi-w 21.87832 1.36669 0.27792 0.04976 3.771939 1.0239 0.0000 End of Gap Ref.Particle Absolute Phase: 91.5305 Deg. 248 86040 x-xp 4.69256 0.14119 0.03018 -0.42444 0.999759 0.1335 0.7602 -3.6685 -3.7077 907.4461 904.9558 y-yp 3.42011 0.13658 0.02945 1.03101 1.245955 0.1472 1.0343 phi-w 21.80515 1.36723 0.27785 0.06417 3.774703 1.0241 0.0000 End of Gap Ref.Particle Absolute Phase: 261.1059 Deg. 249 86040 x-xp 4.69103 0.14108 0.03018 -0.46647 1.013539 0.1343 0.7723 -14.1318 -14.1715 909.8795 907.4592 y-yp 3.40279 0.13670 0.02947 0.97812 1.215019 0.1453 1.0231 phi-w 21.73018 1.36788 0.27778 0.04877 3.777469 1.0244 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6047 Deg. 250 86040 x-xp 4.69118 0.14112 0.03018 -0.51724 1.028736 0.1352 0.7847 -24.6703 -24.7104 912.1602 909.8919 y-yp 3.38540 0.13669 0.02949 0.91701 1.185794 0.1435 1.0123 phi-w 21.64793 1.36840 0.27772 0.00462 3.778432 1.0244 0.0000 End of Gap Ref.Particle Absolute Phase: 240.0307 Deg. 251 86040 x-xp 4.69314 0.14116 0.03017 -0.57652 1.045606 0.1362 0.7974 -35.2788 -35.3193 914.2095 912.1718 y-yp 3.37611 0.13669 0.02951 0.84906 1.158506 0.1418 1.0020 phi-w 21.55322 1.36864 0.27765 -0.06606 3.775923 1.0239 0.0000 End of Gap Ref.Particle Absolute Phase: 229.3902 Deg. 252 86040 x-xp 4.72098 0.14113 0.03014 -0.74018 1.130695 0.1414 0.8535 -30.6747 -30.7154 916.4500 914.2200 y-yp 3.32788 0.13723 0.02960 0.67649 1.061167 0.1358 0.9635 phi-w 21.25117 1.36871 0.27735 -0.04989 3.753321 1.0203 0.0000 End of Gap Ref.Particle Absolute Phase: 218.6871 Deg. 253 86040 x-xp 4.73033 0.14125 0.03014 -0.78155 1.154522 0.1428 0.8666 -7.4461 -7.4880 919.0340 916.4594 y-yp 3.31414 0.13728 0.02962 0.63632 1.041124 0.1344 0.9538 phi-w 21.29665 1.36765 0.27729 -0.04711 3.747775 1.0194 0.0000 End of Gap Ref.Particle Absolute Phase: 92.4171 Deg. 254 86040 x-xp 4.74013 0.14136 0.03013 -0.81914 1.179297 0.1441 0.8805 -3.0054 -3.0476 921.5424 919.0430 y-yp 3.29909 0.13739 0.02964 0.60063 1.021992 0.1331 0.9442 phi-w 21.33682 1.36684 0.27724 -0.03092 3.744362 1.0189 0.0000 End of Gap Ref.Particle Absolute Phase: 261.5464 Deg. 255 86040 x-xp 4.74963 0.14143 0.03012 -0.86739 1.205386 0.1456 0.8964 -13.9136 -13.9561 923.9811 921.5512 y-yp 3.28141 0.13736 0.02966 0.55693 1.004078 0.1319 0.9348 phi-w 21.37158 1.36507 0.27718 -0.04564 3.741048 1.0183 0.0000 End of Gap Ref.Particle Absolute Phase: 250.6014 Deg. 256 86040 x-xp 4.75753 0.14157 0.03011 -0.92650 1.233106 0.1471 0.9125 -24.8948 -24.9375 926.2606 923.9892 y-yp 3.26031 0.13760 0.02968 0.50606 0.987604 0.1307 0.9256 phi-w 21.40007 1.36403 0.27713 -0.08997 3.736030 1.0175 0.0000 End of Gap Ref.Particle Absolute Phase: 239.5858 Deg. 257 86040 x-xp 4.76381 0.14155 0.03010 -0.99630 1.262772 0.1487 0.9291 -35.9437 -35.9866 928.2954 926.2677 y-yp 3.24209 0.13774 0.02970 0.44902 0.972763 0.1297 0.9169 phi-w 21.41787 1.36416 0.27707 -0.16138 3.727644 1.0163 0.0000 End of Gap Ref.Particle Absolute Phase: 228.5061 Deg. 258 86040 x-xp 4.76374 0.14134 0.03005 -1.19059 1.403708 0.1566 1.0015 -31.7963 -31.8394 930.5144 928.3014 y-yp 3.15384 0.13839 0.02977 0.30030 0.925013 0.1265 0.8848 phi-w 21.35600 1.36371 0.27683 -0.14816 3.680404 1.0094 0.0000 End of Gap Ref.Particle Absolute Phase: 217.3665 Deg. 259 86040 x-xp 4.75661 0.14126 0.03005 -1.23849 1.441518 0.1585 1.0185 -6.3515 -6.3952 933.1101 930.5191 y-yp 3.13144 0.13854 0.02978 0.26615 0.916453 0.1258 0.8767 phi-w 21.32395 1.36469 0.27678 -0.14227 3.669047 1.0077 0.0000 End of Gap Ref.Particle Absolute Phase: 93.2760 Deg. 260 86040 x-xp 4.74668 0.14121 0.03004 -1.28233 1.480397 0.1604 1.0354 -2.3629 -2.4067 935.6229 933.1145 y-yp 3.10837 0.13857 0.02980 0.23532 0.908682 0.1252 0.8686 phi-w 21.28140 1.36507 0.27674 -0.12463 3.659905 1.0064 0.0000 End of Gap Ref.Particle Absolute Phase: 261.9732 Deg. 261 86040 x-xp 4.73430 0.14112 0.03003 -1.33971 1.520802 0.1624 1.0524 -13.7022 -13.7461 938.0667 935.6271 y-yp 3.08477 0.13857 0.02981 0.19705 0.901979 0.1246 0.8607 phi-w 21.22934 1.36540 0.27670 -0.13851 3.650957 1.0051 0.0000 End of Gap Ref.Particle Absolute Phase: 250.5982 Deg. 262 86040 x-xp 4.71975 0.14103 0.03002 -1.41102 1.563132 0.1645 1.0697 -25.1123 -25.1563 940.3448 938.0703 y-yp 3.06067 0.13864 0.02982 0.15185 0.896552 0.1242 0.8530 phi-w 21.16777 1.36608 0.27665 -0.18237 3.640428 1.0036 0.0000 End of Gap Ref.Particle Absolute Phase: 239.1548 Deg. 263 86040 x-xp 4.70315 0.14091 0.03001 -1.49616 1.607793 0.1667 1.0873 -36.5880 -36.6320 942.3654 940.3475 y-yp 3.03611 0.13857 0.02983 0.10046 0.892593 0.1239 0.8458 phi-w 21.09686 1.36566 0.27661 -0.25338 3.626690 1.0016 0.0000 End of Gap Ref.Particle Absolute Phase: 227.6494 Deg. --Entering Doublet q1 push the 1st half h22= -602.9100 264 86040 x-xp 4.55850 0.14214 0.02996 2.41528 1.907135 0.1813 1.2004 -32.8832 -32.9273 944.5626 942.3668 y-yp 2.88231 0.13805 0.02987 -2.15574 0.936652 0.1269 0.8829 phi-w 20.44920 1.36386 0.27634 -0.18610 3.518136 0.9860 0.0000 End of Gap Ref.Particle Absolute Phase: 216.0868 Deg. --Entering Doublet q1 push the 2nd half h22= -602.9100 --Entering Doublet q2 push the 1st half h22a= 602.9100 264 86040 x-xp 4.38975 0.14268 0.02993 2.34995 1.027194 0.1330 0.8851 -32.8832 -32.9273 944.5626 944.5628 y-yp 2.73086 0.13680 0.02988 -2.23842 1.751647 0.1735 1.2516 phi-w 20.49501 1.36213 0.27609 -0.04907 3.486534 0.9811 0.0000 End of Gap Ref.Particle Absolute Phase: 216.0868 Deg. --Entering Doublet q2 push the 2nd half h22a= 602.9100 265 86040 x-xp 4.22203 0.14326 0.02987 -0.10722 0.986686 0.1301 0.8579 -5.2907 -5.3349 947.1687 944.5628 y-yp 2.60431 0.13821 0.02992 1.34573 1.490797 0.1600 1.1943 phi-w 21.81670 1.35634 0.27570 0.12951 3.513664 0.9842 0.0000 End of Gap Ref.Particle Absolute Phase: 94.1085 Deg. 266 86040 x-xp 4.19616 0.14342 0.02986 -0.13571 0.990914 0.1302 0.8564 -1.7401 -1.7843 949.6855 947.1686 y-yp 2.58755 0.13825 0.02992 1.30153 1.450790 0.1577 1.1846 phi-w 21.88545 1.35553 0.27565 0.14885 3.520970 0.9852 0.0000 End of Gap Ref.Particle Absolute Phase: 262.3869 Deg. 267 86040 x-xp 4.16887 0.14359 0.02985 -0.17292 0.996154 0.1304 0.8578 -13.4972 -13.5414 952.1343 949.6852 y-yp 2.57171 0.13825 0.02993 1.24573 1.412273 0.1555 1.1752 phi-w 21.96113 1.35510 0.27560 0.13678 3.528482 0.9861 0.0000 End of Gap Ref.Particle Absolute Phase: 250.5952 Deg. 268 86040 x-xp 4.14015 0.14360 0.02984 -0.21857 1.002656 0.1307 0.8679 -25.3230 -25.3671 954.4111 952.1334 y-yp 2.55516 0.13829 0.02994 1.17993 1.375567 0.1534 1.1661 phi-w 22.05117 1.35552 0.27555 0.09444 3.534462 0.9869 0.0000 End of Gap Ref.Particle Absolute Phase: 238.7371 Deg. 269 86040 x-xp 4.11004 0.14361 0.02983 -0.27208 1.010657 0.1311 0.8798 -37.2123 -37.2564 956.4176 954.4093 y-yp 2.53786 0.13841 0.02995 1.10600 1.340942 0.1514 1.1575 phi-w 22.16329 1.35477 0.27550 0.02442 3.537304 0.9872 0.0000 End of Gap Ref.Particle Absolute Phase: 226.8191 Deg. 270 86040 x-xp 3.96774 0.14339 0.02977 -0.41613 1.057306 0.1339 0.9604 -33.9367 -33.9807 958.5928 956.4145 y-yp 2.45571 0.13829 0.02998 0.91963 1.214513 0.1440 1.1267 phi-w 23.18475 1.35521 0.27532 0.03416 3.536031 0.9867 0.0000 End of Gap Ref.Particle Absolute Phase: 214.8464 Deg. 271 86040 x-xp 3.93228 0.14316 0.02975 -0.44902 1.071380 0.1346 0.9794 -4.2622 -4.3056 961.2083 958.5885 y-yp 2.43635 0.13826 0.02998 0.87979 1.187580 0.1423 1.1188 phi-w 23.28694 1.35530 0.27527 0.04637 3.536063 0.9866 0.0000 End of Gap Ref.Particle Absolute Phase: 94.9157 Deg. 272 86040 x-xp 3.89579 0.14297 0.02974 -0.47963 1.086200 0.1354 0.9982 -1.1364 -1.1796 963.7286 961.2037 y-yp 2.41649 0.13808 0.02999 0.84331 1.161544 0.1406 1.1109 phi-w 23.40194 1.35533 0.27523 0.06752 3.538332 0.9868 0.0000 End of Gap Ref.Particle Absolute Phase: 262.7880 Deg. 273 86040 x-xp 3.85852 0.14278 0.02972 -0.52008 1.102108 0.1362 1.0172 -13.2984 -13.3415 966.1823 963.7238 y-yp 2.39629 0.13812 0.03000 0.79744 1.136761 0.1390 1.1031 phi-w 23.52468 1.35567 0.27519 0.05593 3.540871 0.9871 0.0000 End of Gap Ref.Particle Absolute Phase: 250.5923 Deg. 274 86040 x-xp 3.82045 0.14270 0.02970 -0.57030 1.119391 0.1371 1.0363 -25.5272 -25.5702 968.4579 966.1768 y-yp 2.37572 0.13792 0.03000 0.74329 1.113491 0.1375 1.0956 phi-w 23.66488 1.35567 0.27515 0.01296 3.541929 0.9872 0.0000 End of Gap Ref.Particle Absolute Phase: 238.3322 Deg. 275 86040 x-xp 3.78156 0.14236 0.02969 -0.62983 1.138326 0.1382 1.0559 -37.8176 -37.8604 970.4503 968.4514 y-yp 2.35476 0.13785 0.03001 0.68229 1.091960 0.1361 1.0887 phi-w 23.83227 1.35525 0.27512 -0.05846 3.539895 0.9869 0.0000 End of Gap Ref.Particle Absolute Phase: 226.0142 Deg. 276 86040 x-xp 3.60825 0.14119 0.02962 -0.79366 1.232043 0.1435 1.1416 -34.9583 -35.0008 972.6034 970.4426 y-yp 2.34868 0.13801 0.03002 0.52412 1.017350 0.1313 1.0642 phi-w 25.15415 1.35431 0.27502 -0.05083 3.518056 0.9836 0.0000 End of Gap Ref.Particle Absolute Phase: 213.6438 Deg. 277 86040 x-xp 3.56762 0.14115 0.02960 -0.83042 1.257786 0.1448 1.1616 -3.2645 -3.3060 975.2272 972.5945 y-yp 2.36819 0.13813 0.03002 0.49078 1.002399 0.1302 1.0579 phi-w 25.29938 1.35396 0.27499 -0.03588 3.513198 0.9829 0.0000 End of Gap Ref.Particle Absolute Phase: 95.6984 Deg. 278 86040 x-xp 3.52669 0.14099 0.02958 -0.86502 1.284351 0.1461 1.1816 -0.5508 -0.5920 977.7506 975.2180 y-yp 2.38714 0.13825 0.03002 0.45983 0.988229 0.1291 1.0515 phi-w 25.45795 1.35295 0.27497 -0.01331 3.510638 0.9825 0.0000 End of Gap Ref.Particle Absolute Phase: 263.1771 Deg. 279 86040 x-xp 3.48567 0.14140 0.02957 -0.91142 1.312138 0.1475 1.2016 -13.1056 -13.1465 980.2089 977.7412 y-yp 2.40556 0.13846 0.03002 0.42069 0.975140 0.1282 1.0452 phi-w 25.62377 1.35094 0.27495 -0.02438 3.508408 0.9822 0.0000 End of Gap Ref.Particle Absolute Phase: 250.5896 Deg. 280 86040 x-xp 3.44449 0.14160 0.02955 -0.96973 1.341492 0.1490 1.2220 -25.7252 -25.7659 982.4831 980.1989 y-yp 2.42347 0.13843 0.03002 0.37413 0.963361 0.1273 1.0393 phi-w 25.80796 1.35042 0.27494 -0.06752 3.504768 0.9816 0.0000 End of Gap Ref.Particle Absolute Phase: 237.9396 Deg. 281 86040 x-xp 3.40310 0.14180 0.02954 -1.03953 1.372752 0.1506 1.2428 -38.4046 -38.4449 984.4618 982.4723 y-yp 2.44087 0.13856 0.03002 0.32121 0.953093 0.1265 1.0338 phi-w 26.02131 1.34847 0.27493 -0.13947 3.498127 0.9807 0.0000 End of Gap Ref.Particle Absolute Phase: 225.2336 Deg. 282 86040 x-xp 3.22541 0.14219 0.02948 -1.23242 1.520119 0.1582 1.3416 -35.9494 -35.9894 986.5927 984.4497 y-yp 2.50776 0.13861 0.03000 0.18036 0.923654 0.1244 1.0152 phi-w 27.53077 1.34636 0.27492 -0.13448 3.457159 0.9749 0.0000 End of Gap Ref.Particle Absolute Phase: 212.4774 Deg. 283 86040 x-xp 3.18594 0.14215 0.02946 -1.27447 1.559233 0.1601 1.3658 -2.2965 -2.3351 989.2236 986.5793 y-yp 2.52119 0.13874 0.02999 0.15091 0.919270 0.1240 1.0102 phi-w 27.70777 1.34746 0.27491 -0.11723 3.447762 0.9736 0.0000 End of Gap Ref.Particle Absolute Phase: 96.4576 Deg. 284 86040 x-xp 3.14686 0.14206 0.02945 -1.31431 1.599248 0.1619 1.3900 0.0171 -0.0210 991.7498 989.2101 y-yp 2.53376 0.13883 0.02998 0.12319 0.915585 0.1236 1.0052 phi-w 27.89697 1.34891 0.27491 -0.09374 3.440693 0.9726 0.0000 End of Gap Ref.Particle Absolute Phase: 263.5544 Deg. 285 86040 x-xp 3.10827 0.14198 0.02944 -1.36885 1.640654 0.1639 1.4144 -12.9185 -12.9563 994.2125 991.7361 y-yp 2.54554 0.13886 0.02997 0.08764 0.912881 0.1233 1.0004 phi-w 28.09198 1.35107 0.27492 -0.10432 3.434016 0.9716 0.0000 End of Gap Ref.Particle Absolute Phase: 250.5869 Deg. 286 86040 x-xp 3.07009 0.14185 0.02943 -1.43837 1.683880 0.1658 1.4390 -25.9173 -25.9547 996.4854 994.1983 y-yp 2.55696 0.13892 0.02996 0.04476 0.911377 0.1231 0.9958 phi-w 28.30407 1.35217 0.27492 -0.14721 3.426019 0.9705 0.0000 End of Gap Ref.Particle Absolute Phase: 237.5587 Deg. 287 86040 x-xp 3.03219 0.14166 0.02942 -1.52245 1.729352 0.1679 1.4642 -38.9739 -39.0109 998.4504 996.4704 y-yp 2.56736 0.13888 0.02995 -0.00468 0.911275 0.1230 0.9917 phi-w 28.54389 1.35235 0.27493 -0.21890 3.415152 0.9690 0.0000 End of Gap Ref.Particle Absolute Phase: 224.4764 Deg. --Entering Doublet q1 push the 1st half h22= -602.9100 288 86040 x-xp 2.80665 0.14023 0.02939 2.50296 2.030598 0.1817 1.6275 -36.9109 -36.9474 1000.5590 998.4343 y-yp 2.61399 0.13875 0.02986 -2.27704 0.982729 0.1274 0.9954 phi-w 30.90336 1.35443 0.27503 -0.16236 3.324850 0.9563 0.0000 End of Gap Ref.Particle Absolute Phase: 211.3459 Deg. --Entering Doublet q1 push the 2nd half h22= -602.9100 --Entering Doublet q2 push the 1st half h22a= 602.9100 288 86040 x-xp 2.62760 0.14149 0.02940 2.43993 1.118289 0.1349 1.2295 -36.9109 -36.9474 1000.5590 1000.5418 y-yp 2.63881 0.13836 0.02973 -2.40487 1.832739 0.1737 1.3256 phi-w 33.38613 1.34141 0.27517 -0.03044 3.298798 0.9527 0.0000 End of Gap Ref.Particle Absolute Phase: 211.3459 Deg. --Entering Doublet q2 push the 2nd half h22a= 602.9100 289 86040 x-xp 2.52896 0.14091 0.02941 -0.10871 1.075181 0.1323 1.2231 17.7611 17.7335 1000.5590 1000.5418 y-yp 2.65616 0.13836 0.02955 1.25952 1.610711 0.1623 1.1985 phi-w 37.11330 1.36476 0.27539 0.15500 3.324595 0.9568 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 290 86040 x-xp 2.52739 0.14084 0.02941 -0.13419 1.078799 0.1325 1.2257 19.7559 19.7288 1000.5590 1000.5418 y-yp 2.65760 0.13832 0.02953 1.22294 1.574114 0.1604 1.1775 phi-w 37.54787 1.36520 0.27541 0.17802 3.333022 0.9581 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 291 86040 x-xp 2.52721 0.14080 0.02942 -0.15980 1.083194 0.1328 1.2284 6.5846 6.5580 1000.5590 1000.5418 y-yp 2.65897 0.13826 0.02952 1.18666 1.538549 0.1585 1.1565 phi-w 37.98237 1.36673 0.27544 0.20116 3.342651 0.9595 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 292 86040 x-xp 2.52843 0.14077 0.02942 -0.18554 1.088371 0.1331 1.2310 -6.5866 -6.6128 1000.5590 1000.5418 y-yp 2.66024 0.13821 0.02950 1.15068 1.504010 0.1567 1.1356 phi-w 38.41638 1.36689 0.27547 0.22443 3.353490 0.9611 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 293 86040 x-xp 2.53108 0.14077 0.02942 -0.21142 1.094335 0.1335 1.2336 -19.7579 -19.7836 1000.5590 1000.5418 y-yp 2.66138 0.13818 0.02949 1.11500 1.470492 0.1549 1.1246 phi-w 38.84968 1.36572 0.27551 0.24784 3.365541 0.9629 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 294 86040 x-xp 2.55783 0.14079 0.02942 -0.32067 1.127602 0.1355 1.2447 -17.7631 -17.7884 1000.5590 1000.5418 y-yp 2.67779 0.13822 0.02944 0.97004 1.341948 0.1479 1.0787 phi-w 40.63001 1.36128 0.27565 0.34669 3.428782 0.9722 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 295 86040 x-xp 2.56799 0.14078 0.02942 -0.34738 1.137709 0.1361 1.2473 17.7611 17.7377 1000.5590 1000.5418 y-yp 2.71054 0.13774 0.02943 0.93603 1.313628 0.1463 1.0677 phi-w 41.05084 1.36096 0.27569 0.37080 3.447189 0.9749 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 296 86040 x-xp 2.57969 0.14075 0.02942 -0.37428 1.148606 0.1368 1.2500 19.7559 19.7329 1000.5590 1000.5418 y-yp 2.74337 0.13705 0.02942 0.90232 1.286262 0.1447 1.0567 phi-w 41.46802 1.35850 0.27573 0.39507 3.466848 0.9777 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 297 86040 x-xp 2.59287 0.14071 0.02942 -0.40135 1.160323 0.1374 1.2526 6.5846 6.5621 1000.5590 1000.5418 y-yp 2.77620 0.13730 0.02941 0.86893 1.259872 0.1432 1.0457 phi-w 41.88062 1.35441 0.27578 0.41946 3.487765 0.9807 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 298 86040 x-xp 2.60750 0.14070 0.02942 -0.42862 1.172868 0.1382 1.2553 -6.5866 -6.6087 1000.5590 1000.5418 y-yp 2.80898 0.13779 0.02940 0.83587 1.234452 0.1417 1.0346 phi-w 42.28838 1.35237 0.27582 0.44401 3.509944 0.9839 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 299 86040 x-xp 2.62361 0.14059 0.02942 -0.45610 1.186244 0.1390 1.2580 -19.7579 -19.7795 1000.5590 1000.5418 y-yp 2.84164 0.13799 0.02940 0.80314 1.209994 0.1403 1.0236 phi-w 42.69073 1.35015 0.27587 0.46869 3.533392 0.9873 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 300 86040 x-xp 2.70614 0.13994 0.02942 -0.57262 1.250837 0.1427 1.2752 -17.7631 -17.7842 1000.5590 1000.5418 y-yp 2.97465 0.13860 0.02937 0.67049 1.118483 0.1348 0.9780 phi-w 44.29283 1.33790 0.27608 0.57284 3.644581 1.0031 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 301 86040 x-xp 2.72950 0.13987 0.02942 -0.60121 1.268612 0.1437 1.2817 17.7611 17.7418 1000.5591 1000.5418 y-yp 3.00569 0.13871 0.02937 0.63941 1.098917 0.1336 0.9670 phi-w 44.65996 1.33662 0.27614 0.59824 3.674665 1.0073 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 302 86040 x-xp 2.75425 0.13943 0.02942 -0.63002 1.287227 0.1448 1.2881 19.7559 19.7371 1000.5591 1000.5418 y-yp 3.03614 0.13876 0.02936 0.60864 1.080245 0.1325 0.9560 phi-w 45.01886 1.34013 0.27620 0.62378 3.706055 1.0117 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 303 86040 x-xp 2.78032 0.13907 0.02942 -0.65906 1.306714 0.1458 1.2946 6.5846 6.5663 1000.5591 1000.5418 y-yp 3.06601 0.13888 0.02936 0.57817 1.062487 0.1314 0.9451 phi-w 45.36936 1.34408 0.27626 0.64947 3.738755 1.0163 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 304 86040 x-xp 2.80767 0.13924 0.02942 -0.68833 1.327079 0.1470 1.3011 -6.5866 -6.6045 1000.5591 1000.5418 y-yp 3.09525 0.13890 0.02936 0.54800 1.045637 0.1303 0.9341 phi-w 45.71080 1.34745 0.27633 0.67529 3.772770 1.0210 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 305 86040 x-xp 2.83628 0.13938 0.02941 -0.71784 1.348327 0.1482 1.3076 -19.7579 -19.7753 1000.5591 1000.5419 y-yp 3.12380 0.13906 0.02935 0.51812 1.029689 0.1293 0.9232 phi-w 46.04305 1.35126 0.27639 0.70125 3.808103 1.0259 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 306 86040 x-xp 2.96790 0.14031 0.02942 -0.84306 1.446187 0.1534 1.3346 -17.7631 -17.7800 1000.5591 1000.5419 y-yp 3.23380 0.13891 0.02933 0.39684 0.972887 0.1257 0.8777 phi-w 47.31196 1.36504 0.27670 0.81061 3.969256 1.0480 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 307 86040 x-xp 3.00229 0.14040 0.02942 -0.87379 1.472093 0.1548 1.3411 17.7611 17.7460 1000.5591 1000.5419 y-yp 3.25799 0.13876 0.02933 0.36834 0.961509 0.1249 0.8668 phi-w 47.59010 1.36657 0.27678 0.83724 4.011491 1.0537 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 308 86040 x-xp 3.03772 0.14041 0.02942 -0.90476 1.498885 0.1562 1.3476 19.7559 19.7413 1000.5591 1000.5419 y-yp 3.28109 0.13862 0.02932 0.34009 0.950969 0.1242 0.8559 phi-w 47.85676 1.36906 0.27687 0.86399 4.055081 1.0596 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 309 86040 x-xp 3.07410 0.14051 0.02942 -0.93595 1.526594 0.1577 1.3542 6.5846 6.5705 1000.5591 1000.5419 y-yp 3.30315 0.13833 0.02932 0.31207 0.941284 0.1236 0.8450 phi-w 48.11162 1.37137 0.27695 0.89086 4.100033 1.0656 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 310 86040 x-xp 3.11137 0.14040 0.02942 -0.96737 1.555226 0.1591 1.3607 -6.5866 -6.6003 1000.5591 1000.5419 y-yp 3.32411 0.13799 0.02931 0.28429 0.932449 0.1230 0.8341 phi-w 48.35457 1.37317 0.27704 0.91785 4.146350 1.0718 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 311 86040 x-xp 3.14948 0.14039 0.02942 -0.99902 1.584785 0.1606 1.3672 -19.7579 -19.7711 1000.5591 1000.5419 y-yp 3.34395 0.13768 0.02931 0.25671 0.924457 0.1225 0.8232 phi-w 48.58545 1.37576 0.27713 0.94495 4.194037 1.0781 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. --Entering Doublet q1 push the 1st half h22= -602.9100 312 86040 x-xp 3.38991 0.13939 0.02945 2.57235 1.757052 0.1692 1.3857 -17.7631 -17.7759 1000.5591 1000.5419 y-yp 3.43810 0.13704 0.02927 -1.88024 0.928920 0.1227 0.7761 phi-w 49.72242 1.38269 0.27775 1.12960 4.592424 1.1294 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. --Entering Doublet q1 push the 2nd half h22= -602.9100 --Entering Doublet q2 push the 1st half h22a= 602.9100 312 86040 x-xp 3.62397 0.13962 0.02949 2.36667 0.914626 0.1222 0.9472 -17.7631 -17.7759 1000.5591 1000.5419 y-yp 3.49464 0.13768 0.02921 -1.92426 1.663066 0.1640 1.0354 phi-w 50.35478 1.38868 0.27845 1.29980 4.967877 1.1761 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. --Entering Doublet q2 push the 2nd half h22a= 602.9100 313 86040 x-xp 3.90269 0.14091 0.02951 0.21649 0.803905 0.1146 0.7754 17.7611 17.7572 1000.5591 1000.5419 y-yp 3.52292 0.13785 0.02915 1.33635 1.404519 0.1505 0.9689 phi-w 50.28718 1.39119 0.27978 1.54525 5.502583 1.2408 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 314 86040 x-xp 3.93249 0.14095 0.02951 0.18759 0.797827 0.1142 0.7564 19.7559 19.7525 1000.5591 1000.5419 y-yp 3.52264 0.13783 0.02914 1.29509 1.364975 0.1484 0.9569 phi-w 50.22061 1.39081 0.27997 1.57706 5.581171 1.2500 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 315 86040 x-xp 3.96177 0.14103 0.02951 0.15874 0.792643 0.1138 0.7433 6.5846 6.5817 1000.5591 1000.5419 y-yp 3.52195 0.13789 0.02914 1.25422 1.326642 0.1463 0.9450 phi-w 50.14499 1.39055 0.28016 1.60919 5.661242 1.2594 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 316 86040 x-xp 3.99048 0.14106 0.02951 0.12993 0.788350 0.1135 0.7328 -6.5866 -6.5891 1000.5591 1000.5419 y-yp 3.52120 0.13792 0.02914 1.21374 1.289513 0.1442 0.9330 phi-w 50.06103 1.39034 0.28036 1.64161 5.742802 1.2689 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 317 86040 x-xp 4.01854 0.14107 0.02951 0.10115 0.784949 0.1132 0.7223 -19.7579 -19.7599 1000.5591 1000.5419 y-yp 3.52041 0.13785 0.02914 1.17365 1.253581 0.1422 0.9211 phi-w 49.97102 1.38951 0.28057 1.67433 5.825861 1.2785 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 318 86040 x-xp 4.12687 0.14122 0.02948 -0.01844 0.780337 0.1128 0.6787 -17.7631 -17.7646 1000.5591 1000.5419 y-yp 3.51875 0.13775 0.02913 1.01124 1.116809 0.1342 0.8715 phi-w 49.57040 1.38940 0.28152 1.81342 6.187275 1.3198 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 319 86040 x-xp 4.15065 0.14110 0.02948 -0.04723 0.781552 0.1129 0.6682 17.7611 17.7614 1000.5591 1000.5419 y-yp 3.51907 0.13779 0.02913 0.97325 1.086926 0.1324 0.8596 phi-w 49.47544 1.38898 0.28177 1.84754 6.278144 1.3300 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 320 86040 x-xp 4.17332 0.14106 0.02947 -0.07607 0.783639 0.1130 0.6633 19.7559 19.7567 1000.5591 1000.5419 y-yp 3.51979 0.13785 0.02912 0.93564 1.058155 0.1306 0.8477 phi-w 49.38231 1.38811 0.28203 1.88192 6.370547 1.3404 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 321 86040 x-xp 4.19492 0.14099 0.02946 -0.10496 0.786620 0.1132 0.6594 6.5846 6.5859 1000.5591 1000.5419 y-yp 3.52083 0.13779 0.02912 0.89843 1.030513 0.1289 0.8358 phi-w 49.29121 1.38815 0.28230 1.91654 6.464487 1.3509 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 322 86040 x-xp 4.21539 0.14099 0.02945 -0.13390 0.790499 0.1135 0.6556 -6.5866 -6.5849 1000.5591 1000.5419 y-yp 3.52188 0.13774 0.02912 0.86162 1.003988 0.1272 0.8273 phi-w 49.20171 1.38778 0.28258 1.95140 6.559973 1.3615 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 323 86040 x-xp 4.23471 0.14089 0.02944 -0.16293 0.795279 0.1138 0.6517 -19.7579 -19.7557 1000.5591 1000.5419 y-yp 3.52294 0.13777 0.02912 0.82520 0.978571 0.1256 0.8251 phi-w 49.11450 1.38836 0.28286 1.98648 6.657004 1.3722 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 324 86040 x-xp 4.30156 0.14054 0.02938 -0.28461 0.824823 0.1158 0.6544 -17.7631 -17.7605 1000.5591 1000.5419 y-yp 3.52349 0.13762 0.02911 0.67792 0.884546 0.1194 0.8159 phi-w 48.77376 1.38686 0.28415 2.13456 7.077003 1.4181 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 325 86040 x-xp 4.31447 0.14037 0.02937 -0.31418 0.834309 0.1164 0.6649 17.7611 17.7656 1000.5591 1000.5419 y-yp 3.52155 0.13753 0.02911 0.64347 0.864705 0.1180 0.8137 phi-w 48.69834 1.38640 0.28448 2.17066 7.182084 1.4294 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 326 86040 x-xp 4.32598 0.14020 0.02935 -0.34390 0.844692 0.1171 0.6754 19.7559 19.7608 1000.5591 1000.5419 y-yp 3.51843 0.13752 0.02911 0.60935 0.845887 0.1167 0.8115 phi-w 48.62503 1.38668 0.28482 2.20693 7.288733 1.4408 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 327 86040 x-xp 4.33622 0.14020 0.02934 -0.37376 0.856000 0.1179 0.6859 6.5846 6.5900 1000.5591 1000.5419 y-yp 3.51413 0.13744 0.02910 0.57558 0.828105 0.1155 0.8093 phi-w 48.55388 1.38690 0.28517 2.24337 7.396974 1.4524 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 328 86040 x-xp 4.34526 0.14014 0.02932 -0.40378 0.868237 0.1187 0.6984 -6.5866 -6.5807 1000.5591 1000.5419 y-yp 3.50861 0.13736 0.02910 0.54215 0.811349 0.1143 0.8071 phi-w 48.48524 1.38655 0.28553 2.27996 7.506797 1.4640 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 329 86040 x-xp 4.35313 0.14000 0.02930 -0.43396 0.881407 0.1196 0.7113 -19.7579 -19.7515 1000.5591 1000.5419 y-yp 3.50188 0.13725 0.02909 0.50904 0.795609 0.1132 0.8049 phi-w 48.41903 1.38664 0.28589 2.31670 7.618204 1.4758 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 330 86040 x-xp 4.37530 0.13977 0.02922 -0.56136 0.946212 0.1237 0.7651 -17.7631 -17.7563 1000.5591 1000.5419 y-yp 3.46213 0.13676 0.02907 0.37460 0.740837 0.1092 0.7959 phi-w 48.15865 1.38723 0.28750 2.47075 8.098342 1.5259 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 331 86040 x-xp 4.37881 0.13968 0.02921 -0.59250 0.964281 0.1248 0.7781 17.7611 17.7698 1000.5591 1000.5419 y-yp 3.45003 0.13680 0.02906 0.34299 0.730211 0.1084 0.7938 phi-w 48.10158 1.38722 0.28790 2.50807 8.218012 1.5382 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 332 86040 x-xp 4.38173 0.13953 0.02919 -0.62383 0.983289 0.1260 0.7911 19.7559 19.7650 1000.5591 1000.5419 y-yp 3.43688 0.13673 0.02905 0.31163 0.720528 0.1076 0.7916 phi-w 48.04626 1.38771 0.28831 2.54549 8.339307 1.5506 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 333 86040 x-xp 4.38411 0.13946 0.02917 -0.65536 1.003264 0.1273 0.8041 6.5846 6.5942 1000.5591 1000.5419 y-yp 3.42282 0.13669 0.02904 0.28051 0.711798 0.1070 0.7895 phi-w 47.99253 1.38835 0.28873 2.58299 8.462229 1.5631 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 334 86040 x-xp 4.38595 0.13945 0.02915 -0.68711 1.024212 0.1285 0.8170 -6.5866 -6.5766 1000.5591 1000.5419 y-yp 3.40793 0.13653 0.02903 0.24961 0.704012 0.1064 0.7873 phi-w 47.93980 1.38848 0.28915 2.62057 8.586785 1.5757 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 335 86040 x-xp 4.38716 0.13947 0.02913 -0.71905 1.046137 0.1299 0.8310 -19.7579 -19.7474 1000.5591 1000.5419 y-yp 3.39231 0.13647 0.02902 0.21892 0.697166 0.1058 0.7852 phi-w 47.88780 1.38890 0.28958 2.65821 8.712993 1.5884 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. --Entering Doublet q1 push the 1st half h22= -602.9100 336 86040 x-xp 4.37829 0.13939 0.02901 1.61509 1.186879 0.1380 0.9329 -17.7631 -17.7521 1000.5591 1000.5420 y-yp 3.28647 0.13714 0.02896 -1.47134 0.703725 0.1062 0.7860 phi-w 47.59699 1.39361 0.29231 2.92271 9.719773 1.6856 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. --Entering Doublet q1 push the 2nd half h22= -602.9100 --Entering Doublet q2 push the 1st half h22a= 602.9100 336 86040 x-xp 4.33558 0.13950 0.02891 1.47432 0.641011 0.1013 0.7215 -17.7631 -17.7521 1000.5591 1000.5420 y-yp 3.15609 0.13752 0.02887 -1.56647 1.277752 0.1429 1.0781 phi-w 47.32780 1.39448 0.29516 3.15132 10.581792 1.7673 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. --Entering Doublet q2 push the 2nd half h22a= 602.9100 337 86040 x-xp 4.21486 0.14029 0.02877 -0.11380 0.617136 0.0991 0.7495 17.7611 17.7810 1000.5591 1000.5420 y-yp 2.92589 0.13763 0.02873 0.92518 1.103540 0.1325 1.0533 phi-w 46.74510 1.39513 0.29975 3.45349 11.704061 1.8731 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 338 86040 x-xp 4.19599 0.14033 0.02875 -0.14538 0.621474 0.0994 0.7554 19.7559 19.7762 1000.5591 1000.5420 y-yp 2.90178 0.13754 0.02872 0.89164 1.076583 0.1308 1.0468 phi-w 46.65447 1.39487 0.30032 3.49268 11.864769 1.8877 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 339 86040 x-xp 4.17619 0.14030 0.02873 -0.17701 0.626784 0.0998 0.7613 6.5846 6.6054 1000.5591 1000.5420 y-yp 2.87823 0.13743 0.02871 0.85839 1.050603 0.1292 1.0404 phi-w 46.55701 1.39404 0.30089 3.53195 12.026979 1.9023 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 340 86040 x-xp 4.15554 0.14029 0.02871 -0.20873 0.633067 0.1003 0.7672 -6.5866 -6.5653 1000.5591 1000.5420 y-yp 2.85527 0.13706 0.02870 0.82542 1.025592 0.1276 1.0339 phi-w 46.45294 1.39388 0.30148 3.57129 12.190704 1.9171 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 341 86040 x-xp 4.13408 0.14026 0.02869 -0.24054 0.640328 0.1008 0.7731 -19.7579 -19.7361 1000.5591 1000.5420 y-yp 2.83293 0.13695 0.02868 0.79275 1.001546 0.1261 1.0274 phi-w 46.34280 1.39546 0.30206 3.61070 12.355955 1.9319 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 342 86040 x-xp 4.03752 0.14043 0.02859 -0.37395 0.681014 0.1038 0.7976 -17.7631 -17.7409 1000.5591 1000.5420 y-yp 2.74725 0.13663 0.02864 0.65994 0.911764 0.1202 1.0005 phi-w 45.81620 1.40907 0.30458 3.77503 13.059150 1.9944 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 343 86040 x-xp 4.01302 0.14028 0.02857 -0.40637 0.693374 0.1047 0.8213 17.7611 17.7852 1000.5591 1000.5420 y-yp 2.72848 0.13650 0.02863 0.62872 0.892609 0.1189 0.9941 phi-w 45.67790 1.41126 0.30520 3.81466 13.232300 2.0096 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 344 86040 x-xp 3.98805 0.14032 0.02854 -0.43895 0.706714 0.1057 0.8466 19.7559 19.7804 1000.5591 1000.5420 y-yp 2.71052 0.13663 0.02863 0.59776 0.874360 0.1177 0.9901 phi-w 45.53453 1.41382 0.30583 3.85431 13.407008 2.0249 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 345 86040 x-xp 3.96275 0.14021 0.02852 -0.47168 0.721057 0.1067 0.8718 6.5846 6.6096 1000.5591 1000.5420 y-yp 2.69333 0.13674 0.02862 0.56706 0.857029 0.1165 0.9899 phi-w 45.38665 1.41654 0.30646 3.89399 13.583281 2.0403 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 346 86040 x-xp 3.93716 0.14019 0.02850 -0.50459 0.736406 0.1078 0.8971 -6.5866 -6.5612 1000.5591 1000.5420 y-yp 2.67695 0.13681 0.02861 0.53661 0.840610 0.1154 0.9897 phi-w 45.23443 1.41927 0.30709 3.93370 13.761141 2.0557 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 347 86040 x-xp 3.91137 0.14004 0.02847 -0.53766 0.752765 0.1089 0.9224 -19.7579 -19.7320 1000.5591 1000.5420 y-yp 2.66139 0.13690 0.02860 0.50641 0.825097 0.1143 0.9895 phi-w 45.07803 1.42034 0.30773 3.97341 13.940579 2.0712 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 348 86040 x-xp 3.80335 0.13977 0.02838 -0.67714 0.831683 0.1143 1.0275 -17.7631 -17.7367 1000.5591 1000.5420 y-yp 2.60578 0.13712 0.02857 0.38339 0.770167 0.1103 0.9887 phi-w 44.37733 1.43218 0.31044 4.13855 14.703501 2.1365 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 349 86040 x-xp 3.77758 0.13969 0.02835 -0.71118 0.853337 0.1157 1.0528 17.7611 17.7893 1000.5591 1000.5420 y-yp 2.59457 0.13716 0.02856 0.35437 0.759248 0.1095 0.9885 phi-w 44.20116 1.43554 0.31110 4.17826 14.891214 2.1523 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 350 86040 x-xp 3.75198 0.13963 0.02833 -0.74542 0.876012 0.1172 1.0781 19.7559 19.7846 1000.5591 1000.5420 y-yp 2.58425 0.13718 0.02855 0.32555 0.749182 0.1088 0.9884 phi-w 44.02148 1.43776 0.31176 4.21795 15.080549 2.1683 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 351 86040 x-xp 3.72659 0.13959 0.02831 -0.77986 0.899730 0.1187 1.1034 6.5846 6.6138 1000.5591 1000.5420 y-yp 2.57480 0.13733 0.02855 0.29692 0.739981 0.1081 0.9882 phi-w 43.83520 1.44046 0.31242 4.25764 15.271536 2.1843 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 352 86040 x-xp 3.70149 0.13942 0.02829 -0.81449 0.924492 0.1203 1.1287 -6.5866 -6.5570 1000.5591 1000.5420 y-yp 2.56619 0.13743 0.02854 0.26847 0.731641 0.1075 0.9880 phi-w 43.65363 1.44299 0.31309 4.29729 15.464134 2.2004 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 353 86040 x-xp 3.67674 0.13923 0.02827 -0.84933 0.950303 0.1219 1.1540 -19.7579 -19.7278 1000.5591 1000.5420 y-yp 2.55844 0.13753 0.02853 0.24020 0.724156 0.1069 0.9879 phi-w 43.46946 1.44507 0.31375 4.33692 15.658408 2.2165 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. 354 86040 x-xp 3.57847 0.13853 0.02819 -0.99625 1.068901 0.1291 1.2592 -17.7631 -17.7325 1000.5591 1000.5420 y-yp 2.53515 0.13768 0.02850 0.12433 0.702086 0.1052 0.9873 phi-w 42.67195 1.45179 0.31654 4.50135 16.483865 2.2843 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. 355 86040 x-xp 3.55616 0.13837 0.02817 -1.03210 1.100199 0.1310 1.2845 17.7611 17.7935 1000.5591 1000.5420 y-yp 2.53155 0.13773 0.02849 0.09681 0.698955 0.1050 0.9872 phi-w 42.47747 1.45295 0.31722 4.54082 16.686818 2.3007 0.0000 End of Gap Ref.Particle Absolute Phase: 116.3415 Deg. 356 86040 x-xp 3.53445 0.13813 0.02815 -1.06813 1.132551 0.1328 1.3098 19.7559 19.7888 1000.5591 1000.5420 y-yp 2.52878 0.13779 0.02848 0.06941 0.696639 0.1048 0.9871 phi-w 42.28164 1.45541 0.31789 4.58025 16.891498 2.3172 0.0000 End of Gap Ref.Particle Absolute Phase: 283.1703 Deg. 357 86040 x-xp 3.51335 0.13814 0.02814 -1.10434 1.165976 0.1348 1.3352 6.5846 6.6180 1000.5591 1000.5420 y-yp 2.52675 0.13777 0.02847 0.04212 0.695150 0.1047 0.9869 phi-w 42.08489 1.45695 0.31856 4.61965 17.097965 2.3338 0.0000 End of Gap Ref.Particle Absolute Phase: 269.9990 Deg. 358 86040 x-xp 3.49289 0.13796 0.02813 -1.14074 1.200480 0.1367 1.3612 -6.5866 -6.5528 1000.5591 1000.5420 y-yp 2.52544 0.13782 0.02847 0.01492 0.694484 0.1046 0.9868 phi-w 41.88713 1.45814 0.31923 4.65901 17.306172 2.3505 0.0000 End of Gap Ref.Particle Absolute Phase: 256.8277 Deg. 359 86040 x-xp 3.47309 0.13777 0.02811 -1.17731 1.236062 0.1387 1.3892 -19.7579 -19.7236 1000.5591 1000.5420 y-yp 2.52484 0.13779 0.02846 -0.01218 0.694640 0.1046 0.9867 phi-w 41.68868 1.45949 0.31990 4.69834 17.516152 2.3672 0.0000 End of Gap Ref.Particle Absolute Phase: 243.6565 Deg. --Entering Doublet q1 push the 1st half h22= -602.9100 360 86040 x-xp 3.37202 0.13794 0.02805 1.73068 1.469499 0.1510 1.5639 -17.7631 -17.7283 1000.5591 1000.5420 y-yp 2.53464 0.13779 0.02841 -1.78323 0.751793 0.1087 1.0071 phi-w 40.46085 1.46740 0.32395 4.98391 19.179128 2.4926 0.0000 End of Gap Ref.Particle Absolute Phase: 230.4852 Deg. --Entering Doublet q1 push the 2nd half h22= -602.9100 --Skipping Doublet q2 ========================================================================================================================================================================= --Structure 21 End of Run 1--- ========================================================================================================================================================================= end ;------------------------------------------------------------ ;Structure id,Nlast,F0,Fsf,deltaphi === Binary Particle Distribution at the End of Run is written. == : Structure ( 21), After Cell ( 360), FileName: PMI.DST Center: Average beam center: x (cm), xp (mr), y (cm), yp (mr), deg, MeV): 0.00326 -0.01288 0.00219 0.00887 50.524 1000.542 Parmila finished at 18:25:15.97 Total time 111 min 30.89 sec Picnic time 95 min 29.09 sec, S/T= 85.63 %