! *** OPTICS=AD_ACCEL_HE-28APR21 *** ! LCLS2sc 3-way spreader system ! ============================================================================== ! Modification History ! ------------------------------------------------------------------------------ ! 26-NOV-2019, M. Woodley ! * remove IMBCSh3, IMBCSs3, and IMBCSd3 per Y. Ding ! * undefer BKXRASD and BKYRASD (already installed) ! 11-NOV-2019, M. Woodley ! * defer (level 0) BKXRASD and BKYRASD per D. Hanquist ! 11-OCT-2019, M. Woodley ! * remove PCSP3D/BTMSP3D per S. Trovati ! ------------------------------------------------------------------------------ ! 06-JUN-2019, M. Woodley ! * adjust location of BSY dump face per A. Ibrahimov ! 30-APR-2019, M. Woodley ! * use measured FINT=0.4861 for 1.0D38.37 @ 200A ! ------------------------------------------------------------------------------ ! 31-OCT-2018, Y. Nosochkov ! * drift adjustment for DASEL with 25G kickers ! * BSY dump face to BTM face = 61.120" (per Alev) ! 11-OCT-2018, M. Woodley ! * use measured FINT for 1.0D22.265's ! 30-MAY-2018, M. Woodley ! * add backup DC spreader definitions per J. Chan ! ------------------------------------------------------------------------------ ! 05-FEB-2018, Y. Nosochkov ! * activate six spreader kickers per HXR and SXR ! update kicker definitions, minor geometry adjustment, rematch optics ! 30-JAN-2018, M. Woodley ! * remove PCSP1H/BTMSP1H,PCSP1D/BTMSP1D,PCSP2D/BTMSP2D per D. Hanquist ! * remove PCSP2H/BTMSP2H,PCSP3D per A. Ibramimov ! * set length of PCSP3D to 2" per A. Ibrahimov ! 22-DEC-2017, M. Woodley ! * remove BCS ACMs IMSP1s,IMSP2s,IMSP1h,IMSP2h,IMSP1d,IMSP2d per C. Clarke ! * add BCS ACM triplets IMBCSh1-3,IMBCSs1-3,IMBCSd1-3 per C. Clarke ! ------------------------------------------------------------------------------ ! 06-SEP-2017, Y. Nosochkov ! * add placeholder zero-strength deferred large aperture kickers ! BKYSP5H, BKYSP5S for future LCLS-II-HE ! * remove baseline stoppers STSP6hb, STSP5s and the corresponding BTMs ! BTMSP6hb, BTMSP5s (J. Blaha, J. Welch) ! * remove deferred stoppers STSP6hc, STSP6hd as they will never be needed ! (P. Emma) ! * move BCS collimators PCSP1s,2s and the corresponding BTMs BTMSP1s,2s ! downstream, per RP-RPG-170802-MEM-01 (M. Santana) ! 29-AUG-2017, M. Woodley (HE only) ! * separate SLTD into SLTD1 and SLTD2 at start of B-line ! * add a DIAG0-style kicker (angle=0) at d/s end of HXR and SXR kicker groups ! * remove STSP6hb,c,d/BTMSP6Hb (HXR) and STSP5s/BTMSP5s (SXR) per J. Blaha ! 09-AUG-2017, M. Woodley ! * move TWSSP BETA0 definition to LCLS2sc_main.mad8 (for BMAD compatability) ! * move SETKIKs and SETKIKh definitions here from common.xsif ! 07-JUL-2017, Y. Nosochkov (HE only) ! * increase the number of spreader kickers to five for HXR and SXR (each) ! * minor optics rematch ! ------------------------------------------------------------------------------ ! 05-MAY-2017, Y. Nosochkov ! * move OTRSPDMP 0.5 m downstream of BPMSP5d (P. Emma, J. Welch) ! * replace 1.97Q20 type quads (QSP3H,11H and QSP1S,2S,3S,7S,8S,9S) with ! 1.26Q12 type quads, keep BPMs unchanged (J. Amann, P. Emma) ! * add two type-5 deferred correctors XCSP5d, YCSP6d in BSY dumpline (P. Emma) ! 24-FEB-2017, Y. Nosochkov ! * move BPMSP5D 0.761425 m upstream to Z=3203.327 m (M. Kosovsky) ! 23-NOV-2016, Y. Nosochkov ! * redefine SPRDd line for updated DASEL kicker ! 04-NOV-2016, M. Woodley ! * fix drift lengths around WOODDOOR in SPRDh line ! 02-NOV-2016, Y. Nosochkov ! * move BPMSP1d 4.457 m upstream to provide space for DASEL kicker ! * add a note that BTM behind stopper is part of the stopper design ! * add a note that BXSP1h is a special merge DC-bend which is turned ON ! for SCRF beam to HXR or OFF for CURF beam to HXR ! * move to baseline: BPMSPH, BPMSP1, XCSP1, BPMSP2, YCSP2, BPMSPS, IMSP1H, ! BTMSP6HB, BTMSP5S, PCSP1D, PCSP1H, PCSP1S, BTMSP1D, BTMSP1H, BTMSP1S, ! IMSP1S, PCSP2S, BTMSP2S, XCSP3D, YCSP4D, IMSP1D, IMSP2D, PCSP2D, BTMSPDMP, ! BTMSP2D, PCSP2H, BTMSP2H, BKXRASD, BKYRASD, BPMSP5D, PCSP3D, BTMSP3D ! 29-JUN-2016, M. Woodley ! * adjust location of WOODDOOR (Z=3050.512) ! 24-JUN-2016, Y. Nosochkov ! * move BPMSPh, BPMSPs upstream to the positions where kicked orbit is 5 mm ! (P. Emma) ! * move BPMs inside the 1.085Q4.31 quads QSP2h, QSP7h, QSP12h ! (M. Gaynor, Alev) ! * add deferred XCSP3d, YCSP4d correctors just after BYSP2d (P. Emma) ! * add deferred BKXRASd, BKYRASd rastering kickers 60 m upstream of the ! BSY dump (J. Welch) ! * move the deferred OTRSPDMP upstream of the rastering kickers (P. Emma) ! * move BPMSP4d upstream of OTRSPDMP (J. Welch) ! * add deferred large aperture BPMSP5d (Stripline-14 with 5" ID) ! within 5 m of BSY dump (J. Welch) ! * move BPMSP2D 12" upstream and BPMSP3D 24" upstream (M. Gaynor) ! * remove deferred STSP6ha (S. Mao) ! * remove STSP6hc, STSP6hd stoppers from baseline and defer them at level 9 ! (for cost tracking -- P. Emma) ! * designate all stoppers to be PPS stoppers (S. Mao) ! * add deferred BTMSP6hb behind PPS stopper STSP6hb (S. Mao) ! * add deferred BTMSP5s behind PPS stopper STSP5s (S. Mao) ! * move IMSP1h to just downstream of QSP6h (S. Mao) ! * move IMSP1s to just downstream of BXSP2s (S. Mao) ! * add deferred IMSP2h, IMSP2s BCS cavity current monitors (S. Mao, J. Welch) ! * update engineering type designations of current monitors (J. Welch) ! * update the engineering type of BKYSP0h,...,BKYSP4h and BKYSP0s,...,BKYSP4s ! kickers to "0.787K35.4" (J. Amann) ! ------------------------------------------------------------------------------ ! 26-FEB-2016, Y. Nosochkov ! * adjust positions of QSP3h,4h,5h,9h,10h,11h and corresponding ! BPMs and correctors to resolve interferences (T. O'Heron) ! * move XCSP1 1.216 m downstream (T. O'Heron) ! * move WSSP1d 1.0 m downstream (T. O'Heron) ! * adjust positions of STSP6Ha,b,c,d to resolve interferences (T. O'Heron) ! * change engineering name of BSY dump from "D10" to "DUMPBSY" ! * move BYSP1s, BYSP2s 9" (0.2286 m) upstream (T. O'Heron) ! * align PCSP1h, PCSP1s, PCSP1d at the same Z (S. Mao) ! * move IMSP2d to just downstream of IMSP1d (S. Mao) ! * move IMSP1h to just dowstream of BRSP2H (S. Mao) ! * increase distance between 1-m kicker sections from 15 cm to 30 cm ! (T. Beukers) ! * add BPMSPh and BPMSPs between fast kickers and septa for calibration ! of the kick angle and kicker phase (per P. Emma) -- deferred @0 ! * add BCS BTM (BTMSPDMP) behind BSY dump (per S. Mao) -- deferred @0 ! * move BPMSP1 upstream to within 23 m of the HXR septum (for greater ! phase advance with BPMSP2) ! 12-FEB-2016, M. Woodley ! * remove SETKIKh and SETKIKs; remove SEQnn MARKers ! * add sextupoles to correct 2nd-order dispersion per P. Emma ! * add wood door at LI30/BSY boundary (WOODDOOR) ! ------------------------------------------------------------------------------ ! 25-SEP-2015, Y. Nosochkov ! * update definition of BXSP1h to allow zero angle ! 24-AUG-2015, Y. Nosochkov ! * add placeholder kickers for future expansion (2 HXR and 2 SXR sections) ! deferred at level @2 ! * move BYSP1h 1.8 m downstream to increase separation with dump line ! * update the TYPE of septa from 0.39SD38.98 to 0.625SD38.98 (J. Amann) ! * add two quads QSP1, QSP2 (baseline) with BPMs/correctors (deferred ! at level @0) ! * separate the HXR/SXR spreader kickers by moving the SXR kicker, septum ! and chicane ~86 m downstream ! * use positive sign of vertical kick in both HXR/SXR kickers for the same ! style septa in HXR and SXR ! ------------------------------------------------------------------------------ ! 19-JUN-2015, Y. Nosochkov ! * add OTRSPDMP ~12 m before the muon wall, deferred at @0 (per Paul) ! * move WSSP1D upstream to between vertical bends where Dy=0.4 m (per Paul) ! * add deferred BTMs behind BCS PCSP collimators (per S. Mao) ! * move IMSP1D upstream of PCSP2D (per S. Mao) ! * remove PCSP4D, move PCSP3D close to muon wall (per S. Mao) ! * move BPMSP1d upstream to within 23 m of the septum (per Tor and T. O'Heron) ! * change the type of BPMSP4D to "Stripline-5" (per C. Iverson) ! * change the status of IMSP0D, WSSP1D, STSP5S from deferred to baseline ! * move BPMSP2H,7H,12H outside of the quads (per T. O'Heron) ! * move QSP1S 5 cm downstream and QSP9S 5 cm upstream (per T. O'Heron) ! * change type of quads QSP1S,2S,3S,7S,8S,9S,3H,11H to 1.97Q20 ! * adjust positions of correctors and BPMs at 1.97Q20 quads (per T. O'Heron) ! * remove BXSP1D assuming new BSY dump will be installed (per A. Ibrahimov) ! * adjust positions of BPMSP3D, IMSP0D, IMSP0H, IMSP0S (per T. O'Heron) ! * change BPMSP3D to "Stripline-8" (per M. Gaynor) ! * change type of BPMs at 2Q10 quads to "Stripline-5" (per M. Gaynor) ! ------------------------------------------------------------------------------ ! 16-APR-2015, M. Woodley ! * restore "LQL" parameter and its dependencies ! 20-MAR-2015, M. Woodley ! * remove dependences on (now undefined) parameter "LQL" ! * assign TYPEs to BCS devices ... defer at level 0 ! 12-MAR-2015, Y. Nosochkov ! * move QSP3H u/s and QSP11H d/s by 15 inches (per T. O'Heron) ! * move BPMs outside of 2Q10 quads and adjust positions of corresponding ! correctors (per T. O'Heron) ! * move STSP6HB 32 inches downstream (per T. O'Heron) ! 28-FEB-2015, Y. Nosochkov ! * minor update to definiton of the spreader kickers and septa ! * change type of QSP1S-QSP9S, QSP1H, QSP3H-QSP6H, QSP8H-QSP11H, QSP13H, ! QSP1D, QSP2D from "1.97Q10" to "2Q10" ! ------------------------------------------------------------------------------ ! 12-DEC-2014, M. Woodley ! * assign BPM TYPE attributes per PRD LCLSII-2.4-PR-0136 ! 09-DEC-2014, Y. Nosochkov ! * move STBP32 stopper to inside of the SXR spreader chicane and rename it ! to STSP5s ! * move D10 dump inside the muon wall in the BSY ! * change engineering TYPE of QSP1d, QSP2d to "1.97Q10" ! * rename BXSPd to BXSP1d and change its engineering TYPE to "9D28.5" ! * rename ROSPs to ROSP1s ! * rename IMSPs -> IMSP0s, IMSPh -> IMSP0h, IMSPd -> IMSP0d ! * add BSC current monitors IMSP1d, IMSP2d in SPD (S. Mao) ! * add BCS collimators PCSP1s, PCSP2s in SPS (S. Mao) ! * add BCS collimators PCSP1h, PCSP2h in SPH (S. Mao) ! * add BCS collimators PCSP1d, PCSP2d, PCSP3d, PCSP4d in SPD (S. Mao) ! * change TYPE of septum magnets from "HLAM" to "0.39SD38.98" (J. Amann) ! * add BPMSP3d, BPMSP4d at the last two bends in SPD ! * add fast wire WSSP1d to measure beam size upstream of D10 dump (J. Frisch) ! * change to type "QE" the following quadrupoles: QSP2h, QSP7h, QSP12h ! * change to type "1.97Q10" the quads: QSP1h, QSP3h,...,QSP6h, ! QSP8h,...,QSP11h, QSP13h, QSP1s,...,QSP9s ! note: field of QSP1s,3s,7s,9s reaches the limit at 7.8 GeV ! ------------------------------------------------------------------------------ ! 10-OCT-2014, Y. Nosochkov ! * update the TYPE of STSP6ha (BCS stopper) and IMSPd (toroid) to indicate ! the non-baseline level "0" ! 28-JUL-2014, Y. Nosochkov ! * replace a 3-hole spreader septum with two separate 2-hole septa for SXR ! and HXR ! * replace a 1-m deflector in the spreader with six 1-m magnetic kickers ! (per T. Beukers) ! * replace dipole corrector type "1.0D18.69" with "1.0D22.625" (per J. Amann) ! 15-JUL-2014, Y. Nosochkov ! * replace RFBSP1d, RFBSP2d with stripline BPMSP1d, BPMSP2d (per J. Frisch) ! 02-MAY-2014, M. Woodley ! * add "CNT" MARKERs after dispersive areas (ELEGANT CENTERing) ! 01-MAY-2014, Y. Nosochkov ! * replace BPMSP1d, BPMSP2d with cavity BPMs RFBSP1d, RFBSP2d (per J. Frisch) ! 30-APR-2014, Y. Nosochkov ! * add average current monitors IMSPs, IMSPh, IMSPd (per J. Frisch) ! 28-APR-2014, Y. Nosochkov ! * remove QSP3D, QSP4D and their BPMs and correctors in BSY dumpline ! assuming OTR and beta waist are not needed (per J. Frisch) ! 23-APR-2014, Y. Nosochkov ! * remove OTRDMPd in SPD near D10 (per J. Frisch) ! 07-APR-2014, M. Woodley ! * reorder and/or modify some drift length parameter definitions to avoid ! using parameters before they are defined ! 04-APR-2014, Y. Nosochkov ! * add BCS stopper upstream of 3 PPS stoppers in HXR, ! name the BCS stopper STSP6ha, and PPS stoppers STSP6hb, STSP6hc, STSP6hd ! ------------------------------------------------------------------------------ ! 31-MAR-2014, M. Woodley ! * element names changed to conform to nomenclature PRD ! 25-MAR-2014, Y. Nosochkov ! * add insertable beam stoppers STSP6ha, STSP6hb, STSP6hc in HXR ! 07-MAR-2014, Y. Nosochkov ! * move corrector YCSP8h upstream of quad QSP8h for better separation with ! nearby LCLS-1 quad ! 26-FEB-2014, Y. Nosochkov ! * change from L=2.623 m dipoles (type 1.26D102.0T) to L=1.0 m dipoles ! (type 1.0D38.37) ! * reduce septum length from 2.0 to 1.0 m ! * change type of BCSP1, BCSP2 dipoles from 1.26D18.43 to 1.0D18.69 ! 14-FEB-2014, Y. Nosochkov ! * add a dumpline from the spreader to D10 dump including optics ! for energy diagnostic ! 17-JAN-2014, Y. Nosochkov ! * modify HXR spreader from 1-step to 2-step dogleg for tunable R56 ! and better magnet separation ! 18-DEC-2013, Y. Nosochkov ! * adjust magnet positions in the spreader for less magnet interference ! 16-DEC-2013, Y. Nosochkov ! * 3-way spreader design with low R56 ! ------------------------------------------------------------------------------ ! XYZ (linac system) and optimized Twiss at the beginning of spreader (BEGSPH) XSP := XOFF YSP := YOFF ZSP := 2780.276003 THSP := 0.0 PHSP := 0.0 PSSP := 0.0 TBXSP := 1.112796938491E2 TBYSP := 60.000000012297 TAXSP := 2.930243793946 TAYSP := 0.853023050724 ! XYZ (linac system) at the end of HXR merge bend BXSP1h XSPh := 0.0 YSPh := 0.0 ZSPh := 3110.961492 THSPh := 0.0 PHSPh := 0.0 PSSPh := 0.0 ! HXR quads KQSP1H := 0.492292814445 ! 0.49229321808 ! 0.492284061187 KQSP2H := -1.000981055059 !-1.000981547327 !-1.000975933726 KQSP3H := 0.304619142836 ! 0.304619176241 ! 0.304631069714 KQSP4H := -0.301462173752 !-0.301462173869 !-0.301467337182 KQSP5H := 0.179797605135 ! 0.179797579853 ! 0.179797501925 KQSP6H := -0.221918232696 !-0.221918228381 !-0.221916295184 KQSP7H := 0.44717384813 ! 0.447173802861 ! 0.447153906987 KQSP10H := -0.301515202649 !-0.301515200372 !-0.301520272128 KQSP11H := 0.304786173104 ! 0.304786198645 ! 0.304797809076 KQSP12H := -0.99191810032 !-0.991916211284 !-0.991897597733 KQSP13H := 0.491365751861 ! 0.49136556519 ! 0.49135154631 KQSP8h := KQSP6h KQSP9h := KQSP5h QSP1h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP1h , APER=rQR QSP2h : QUAD, TYPE="1.085Q4.31", L=LQE/2, K1=KQSP2h , APER=rQE QSP3h : QUAD, TYPE="1.26Q12" , L=LQA/2, K1=KQSP3h , APER=rQA QSP4h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP4h , APER=rQR QSP5h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP5h , APER=rQR QSP6h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP6h , APER=rQR QSP7h : QUAD, TYPE="1.085Q4.31", L=LQE/2, K1=KQSP7h , APER=rQE QSP8h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP8h , APER=rQR QSP9h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP9h , APER=rQR QSP10h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP10h, APER=rQR QSP11h : QUAD, TYPE="1.26Q12" , L=LQA/2, K1=KQSP11h, APER=rQA QSP12h : QUAD, TYPE="1.085Q4.31", L=LQE/2, K1=KQSP12h, APER=rQE QSP13h : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP13h, APER=rQR ! HXR sextupoles KSSP1H := -20.985493607907 !-20.985460495461 !-20.980854539502 KSSP2H := 22.590684764053 ! 22.590676113345 ! 22.597505265891 TSSP1H := 15.246024556414 !15.246033222561 !15.249361095235 TSSP2H := 17.803640353912 !17.803634413646 !17.803035424509 SSP1h : SEXT, TYPE="1.38S3.00", L=LSb/2, APER=rSb, K2=KSSP1h, & TILT=RADDEG*TSSP1h SSP2h : SEXT, TYPE="1.38S3.00", L=LSb/2, APER=rSb, K2=KSSP2h, & TILT=RADDEG*TSSP2h COMMENT VALUE, (Cb*Ef)*KSSP1h*LSb,(Cb*10)*KSSP1h*LSb VALUE, (Cb*Ef)*KSSP2h*LSb,(Cb*10)*KSSP2h*LSb ENDCOMMENT ! SXR & dumpline shared quads KQSP1 := 0.527387331122 ! 0.52687626083 KQSP2 := -0.521830425335 !-0.521500809125 QSP1 : QUAD, TYPE="2Q10", L=LQR/2, K1=KQSP1, APER=rQR QSP2 : QUAD, TYPE="2Q10", L=LQR/2, K1=KQSP2, APER=rQR ! SXR quads KQSP1S := 0.633653576661 ! 0.633653760115 ! 0.633675409102 KQSP2S := -0.558885462267 !-0.55888565567 !-0.558846970939 KQSP3S := 0.651984725505 ! 0.651984811604 ! 0.652027344684 KQSP4S := -0.497614883856 !-0.497614999015 !-0.497671571574 KQSP5S := 0.184573897566 ! 0.18457386941 ! 0.184431117493 KQSP8S := -0.55912664167 !-0.55912608142 !-0.559079941433 KQSP9S := 0.633788997918 ! 0.633788790869 ! 0.633806671882 KQSP6s := KQSP4s KQSP7s := KQSP3s QSP1s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP1s, APER=rQA QSP2s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP2s, APER=rQA QSP3s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP3s, APER=rQA QSP4s : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP4s, APER=rQR QSP5s : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP5s, APER=rQR QSP6s : QUAD, TYPE="2Q10" , L=LQR/2, K1=KQSP6s, APER=rQR QSP7s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP7s, APER=rQA QSP8s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP8s, APER=rQA QSP9s : QUAD, TYPE="1.26Q12", L=LQA/2, K1=KQSP9s, APER=rQA ! SXR sextupoles KSSP1S := 12.699083876234 !12.699079429671 !12.701341641754 KSSP2S := 12.696919702814 !12.696917925153 !12.699235330279 SSP1s : SEXT, TYPE="1.38S3.00", L=LSb/2, APER=rSb, K2=KSSP1s SSP2s : SEXT, TYPE="1.38S3.00", L=LSb/2, APER=rSb, K2=KSSP2s COMMENT VALUE, (Cb*Ef)*KSSP1s*LSb,(Cb*10)*KSSP1s*LSb VALUE, (Cb*Ef)*KSSP2s*LSb,(Cb*10)*KSSP2s*LSb ENDCOMMENT ! BSY dumpline quads KQSP1D := -0.258585459755 !-0.258027172416 KQSP2D := 0.233253472683 ! 0.232777714022 QSP1d : QUAD, TYPE="2Q10", L=LQR/2, K1=KQSP1d, APER=rQR QSP2d : QUAD, TYPE="2Q10", L=LQR/2, K1=KQSP2d, APER=rQR ! HXR vertical magnetic kickers ! Kickers are aligned along the z-axis (not yawed or pitched) ! Small vertical offset to handle wakefield is not included in this deck ! Assume the same z-length per kicker ! Assume the same field in the first 5 kickers, and 1.75 times lower field ! (angle) in the 6th large aperture kicker (per T. Beukers) LBKYSP := LBKSP !kicker straight length (m) GBKYSP := GBKSP !kicker gap (m) - round pipe (10 mm ID), square bore aperture GBKYSP2 := 0.035 !kicker gap (m) - round pipe (25 mm ID), square bore aperture SETKIKh := 0.5*SETSP*(SETSP-1) !scale for HXR spreader kicker & septum ABKYSPh0 := -0.76530599E-3 ABKYSPh := ABKYSPh0 *SETKIKh !total HXR kicker y-angle (rad) ABKYSP5h := ABKYSPh/(1+5*1.75) !#6 kicker y-angle (rad) ABKYSP04h := ABKYSPh-ABKYSP5h !#1+2+3+4+5 kicker y-angle (rad) ABKYSP0h := ASIN(1*SIN(ABKYSP04h)/5) !#1 kicker y-angle (rad) ABKYSP01h := ASIN(2*SIN(ABKYSP04h)/5) !#1+2 kicker y-angle (rad) ABKYSP02h := ASIN(3*SIN(ABKYSP04h)/5) !#1+2+3 kicker y-angle (rad) ABKYSP03h := ASIN(4*SIN(ABKYSP04h)/5) !#1+2+3+4 kicker y-angle (rad) ABKYSP1h := ABKYSP01h-ABKYSP0h !#2 kicker y-angle (rad) ABKYSP2h := ABKYSP02h-ABKYSP01h !#3 kicker y-angle (rad) ABKYSP3h := ABKYSP03h-ABKYSP02h !#4 kicker y-angle (rad) ABKYSP4h := ABKYSP04h-ABKYSP03h !#5 kicker y-angle (rad) LBKYSP0h := 1*LBKYSP/(1-ABKYSP0h *ABKYSP0h /6) LBKYSP01h := 2*LBKYSP/(1-ABKYSP01h*ABKYSP01h/6) LBKYSP02h := 3*LBKYSP/(1-ABKYSP02h*ABKYSP02h/6) LBKYSP03h := 4*LBKYSP/(1-ABKYSP03h*ABKYSP03h/6) LBKYSP04h := 5*LBKYSP/(1-ABKYSP04h*ABKYSP04h/6) LBKYSP1h := LBKYSP01h-LBKYSP0h LBKYSP2h := LBKYSP02h-LBKYSP01h LBKYSP3h := LBKYSP03h-LBKYSP02h LBKYSP4h := LBKYSP04h-LBKYSP03h LBKYSP5h := LBKYSP/(1-ABKYSPh*ABKYSP04h/2-ABKYSP5h*ABKYSP5h/6) BKYSP0ha : SBEN, TYPE="0.787K35.4", L=LBKYSP0h/2, ANGLE=ABKYSP0h/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=0 BKYSP0hb : SBEN, TYPE="0.787K35.4", L=LBKYSP0h/2, ANGLE=ABKYSP0h/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2=ABKYSP0h BKYSP1ha : SBEN, TYPE="0.787K35.4", L=LBKYSP1h/2, ANGLE=ABKYSP1h/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP0h BKYSP1hb : SBEN, TYPE="0.787K35.4", L=LBKYSP1h/2, ANGLE=ABKYSP1h/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP01h BKYSP2ha : SBEN, TYPE="0.787K35.4", L=LBKYSP2h/2, ANGLE=ABKYSP2h/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP01h BKYSP2hb : SBEN, TYPE="0.787K35.4", L=LBKYSP2h/2, ANGLE=ABKYSP2h/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP02h BKYSP3ha : SBEN, TYPE="0.787K35.4", L=LBKYSP3h/2, ANGLE=ABKYSP3h/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP02h BKYSP3hb : SBEN, TYPE="0.787K35.4", L=LBKYSP3h/2, ANGLE=ABKYSP3h/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP03h BKYSP4ha : SBEN, TYPE="0.787K35.4", L=LBKYSP4h/2, ANGLE=ABKYSP4h/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP03h BKYSP4hb : SBEN, TYPE="0.787K35.4", L=LBKYSP4h/2, ANGLE=ABKYSP4h/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP04h ! additional DIAG0-style kicker BKYSP5ha : SBEN, TYPE="1.378K35.4", L=LBKYSP5h/2, ANGLE=ABKYSP5h/2, & TILT, HGAP=GBKYSP2/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP04h BKYSP5hb : SBEN, TYPE="1.378K35.4", L=LBKYSP5h/2, ANGLE=ABKYSP5h/2, & TILT, HGAP=GBKYSP2/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSPh ! SXR vertical magnetic kickers ! Kickers are aligned along the z-axis (not yawed or pitched) ! Vertical offset to handle wakefield is not included in this deck ! Assume the same z-length per kicker ! Assume the same field in the first 5 kickers, and 1.75 times lower field ! (angle) in the 6th large aperture kicker (per T. Beukers) SETKIKs := 0.5*SETSP*(SETSP+1) !scale for SXR spreader kicker & septum ABKYSPs0 := -0.76530599E-3 ABKYSPs := ABKYSPs0 *SETKIKs !total SXR kicker y-angle (rad) ABKYSP5s := ABKYSPs/(1+5*1.75) !#6 kicker y-angle (rad) ABKYSP04s := ABKYSPs-ABKYSP5s !#1+2+3+4+5 kicker y-angle (rad) ABKYSP0s := ASIN(1*SIN(ABKYSP04s)/5) !#1 kicker y-angle (rad) ABKYSP01s := ASIN(2*SIN(ABKYSP04s)/5) !#1+2 kicker y-angle (rad) ABKYSP02s := ASIN(3*SIN(ABKYSP04s)/5) !#1+2+3 kicker y-angle (rad) ABKYSP03s := ASIN(4*SIN(ABKYSP04s)/5) !#1+2+3+4 kicker y-angle (rad) ABKYSP1s := ABKYSP01s-ABKYSP0s !#2 kicker y-angle (rad) ABKYSP2s := ABKYSP02s-ABKYSP01s !#3 kicker y-angle (rad) ABKYSP3s := ABKYSP03s-ABKYSP02s !#4 kicker y-angle (rad) ABKYSP4s := ABKYSP04s-ABKYSP03s !#5 kicker y-angle (rad) LBKYSP0s := 1*LBKYSP/(1-ABKYSP0s *ABKYSP0s /6) LBKYSP01s := 2*LBKYSP/(1-ABKYSP01s*ABKYSP01s/6) LBKYSP02s := 3*LBKYSP/(1-ABKYSP02s*ABKYSP02s/6) LBKYSP03s := 4*LBKYSP/(1-ABKYSP03s*ABKYSP03s/6) LBKYSP04s := 5*LBKYSP/(1-ABKYSP04s*ABKYSP04s/6) LBKYSP1s := LBKYSP01s-LBKYSP0s LBKYSP2s := LBKYSP02s-LBKYSP01s LBKYSP3s := LBKYSP03s-LBKYSP02s LBKYSP4s := LBKYSP04s-LBKYSP03s LBKYSP5s := LBKYSP/(1-ABKYSPs*ABKYSP04s/2-ABKYSP5s*ABKYSP5s/6) BKYSP0sa : SBEN, TYPE="0.787K35.4", L=LBKYSP0s/2, ANGLE=ABKYSP0s/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=0 BKYSP0sb : SBEN, TYPE="0.787K35.4", L=LBKYSP0s/2, ANGLE=ABKYSP0s/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2=ABKYSP0s BKYSP1sa : SBEN, TYPE="0.787K35.4", L=LBKYSP1s/2, ANGLE=ABKYSP1s/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP0s BKYSP1sb : SBEN, TYPE="0.787K35.4", L=LBKYSP1s/2, ANGLE=ABKYSP1s/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP01s BKYSP2sa : SBEN, TYPE="0.787K35.4", L=LBKYSP2s/2, ANGLE=ABKYSP2s/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP01s BKYSP2sb : SBEN, TYPE="0.787K35.4", L=LBKYSP2s/2, ANGLE=ABKYSP2s/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP02s BKYSP3sa : SBEN, TYPE="0.787K35.4", L=LBKYSP3s/2, ANGLE=ABKYSP3s/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP02s BKYSP3sb : SBEN, TYPE="0.787K35.4", L=LBKYSP3s/2, ANGLE=ABKYSP3s/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP03s BKYSP4sa : SBEN, TYPE="0.787K35.4", L=LBKYSP4s/2, ANGLE=ABKYSP4s/2, & TILT, HGAP=GBKYSP/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP03s BKYSP4sb : SBEN, TYPE="0.787K35.4", L=LBKYSP4s/2, ANGLE=ABKYSP4s/2, & TILT, HGAP=GBKYSP/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSP04s ! additional DIAG0-style kicker BKYSP5sa : SBEN, TYPE="1.378K35.4", L=LBKYSP5s/2, ANGLE=ABKYSP5s/2, & TILT, HGAP=GBKYSP2/2, FINT=0.5, FINTX=0, E2=0, E1=-ABKYSP04s BKYSP5sb : SBEN, TYPE="1.378K35.4", L=LBKYSP5s/2, ANGLE=ABKYSP5s/2, & TILT, HGAP=GBKYSP2/2, FINT=0, FINTX=0.5, E1=0, E2= ABKYSPs ! 2-hole HXR horizontal septum aligned along the bypass axis GBLXSP := GBLSP !septum gap height (m) LBLXSP := LBLSP !septum straight length (m) ABLXSPh0 := -0.0055277237035 ABLXSPh := ABLXSPh0 *SETKIKh ABLXSPha := ASIN(SIN(ABLXSPh)/2) ABLXSPhb := ABLXSPh-ABLXSPha ABLXSPh_2 := ABLXSPh *ABLXSPh ABLXSPh_4 := ABLXSPh_2 *ABLXSPh_2 ABLXSPha_2 := ABLXSPha *ABLXSPha ABLXSPha_4 := ABLXSPha_2*ABLXSPha_2 LBLXSPh := LBLXSP /(1-ABLXSPh_2/6 +ABLXSPh_4/120 )/COS(ABKYSPh) LBLXSPha := LBLXSP/2 /(1-ABLXSPha_2/6+ABLXSPha_4/120)/COS(ABKYSPh) LBLXSPhb := LBLXSPh-LBLXSPha BLXSPha : SBEN, TYPE="0.625SD38.98", L=LBLXSPha, ANGLE=ABLXSPha, & E1=0, E2=0, FINT=0.5, FINTX=0, HGAP=GBLXSP/2 BLXSPhb : SBEN, TYPE="0.625SD38.98", L=LBLXSPhb, ANGLE=ABLXSPhb, & E1=0, E2=ABLXSPh, FINT=0, FINTX=0.5, HGAP=GBLXSP/2 ! 2-hole SXR horizontal septum aligned along the bypass axis ABLXSPs0 := -2*ABLXSPh0 !0.011055447407 ABLXSPs := ABLXSPs0 *SETKIKs ABLXSPsa := ASIN(SIN(ABLXSPs)/2) ABLXSPsb := ABLXSPs-ABLXSPsa ABLXSPs_2 := ABLXSPs *ABLXSPs ABLXSPs_4 := ABLXSPs_2 *ABLXSPs_2 ABLXSPsa_2 := ABLXSPsa *ABLXSPsa ABLXSPsa_4 := ABLXSPsa_2*ABLXSPsa_2 LBLXSPs := LBLXSP /(1-ABLXSPs_2/6 +ABLXSPs_4/120 )/COS(ABKYSPs) LBLXSPsa := LBLXSP/2 /(1-ABLXSPsa_2/6+ABLXSPsa_4/120)/COS(ABKYSPs) LBLXSPsb := LBLXSPs-LBLXSPsa BLXSPsa : SBEN, TYPE="0.625SD38.98", L=LBLXSPsa, ANGLE=ABLXSPsa, & E1=0, E2=0, FINT=0.5, FINTX=0, HGAP=GBLXSP/2 BLXSPsb : SBEN, TYPE="0.625SD38.98", L=LBLXSPsb, ANGLE=ABLXSPsb, & E1=0, E2=ABLXSPs, FINT=0, FINTX=0.5, HGAP=GBLXSP/2 ! measured FINT for 1.0D38.37 @ 200A FBSP := 0.4861 ! HXR rolled bends ABRSPH := 0.650488052414E-2 !0.650488048269E-2 LBRSPh := LBSP*ABRSPh/(2*SIN(ABRSPh/2)) !BRSPh path length (m) TBRSPh := 0.555232521442 !0.555232529864 !BRSPh roll angle (rad) BRSP1ha : SBEN, TYPE="1.0D38.37", L=LBRSPh/2, ANGLE=ABRSPh/2, & E1=ABRSPh/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2, TILT=TBRSPh BRSP1hb : SBEN, TYPE="1.0D38.37", L=LBRSPh/2, ANGLE=ABRSPh/2, & E1=0, E2=ABRSPh/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2, TILT=TBRSPh BRSP2ha : SBEN, TYPE="1.0D38.37", L=LBRSPh/2, ANGLE=-ABRSPh/2, & E1=-ABRSPh/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2, TILT=TBRSPh BRSP2hb : SBEN, TYPE="1.0D38.37", L=LBRSPh/2, ANGLE=-ABRSPh/2, & E1=0, E2=-ABRSPh/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2, TILT=TBRSPh ! HXR horizontal bend ! Note: BXSP1h is a merge DC-bend which is either turned ON to operate ! SCRF beam in HXR, or turned OFF to operate CURF beam in HXR dABXSPh := 0.161874267366E-8 !0.155464098791E-8 ABXSPh := (-ABLXSPh0+dABXSPh) *SETKIKh ABXSPhh := ABXSPh/2 ABXSPhh_2 := ABXSPhh *ABXSPhh ABXSPhh_4 := ABXSPhh_2 *ABXSPhh_2 LBXSPh := LBSP/(1-ABXSPhh_2/6 +ABXSPhh_4/120) !BXSP1h path length (m) BXSP1ha : SBEN, TYPE="1.0D38.37", L=LBXSPh/2, ANGLE=ABXSPh/2, & E1=ABXSPh/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BXSP1hb : SBEN, TYPE="1.0D38.37", L=LBXSPh/2, ANGLE=ABXSPh/2, & E1=0, E2=ABXSPh/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 ! SXR horizontal bends dABXSPs := 0.323728750368E-8 !0.310901777441E-8 ABXSPs := ABLXSPs0+dABXSPs LBXSPs := LBSP*ABXSPs/(2*SIN(ABXSPs/2)) !BXSPs path length (m) BXSP1sa : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=-ABXSPs/2, & E1=-ABXSPs/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BXSP1sb : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=-ABXSPs/2, & E1=0, E2=-ABXSPs/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 BXSP2sa : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=-ABXSPs/2, & E1=-ABXSPs/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BXSP2sb : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=-ABXSPs/2, & E1=0, E2=-ABXSPs/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 BXSP3sa : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=ABXSPs/2, & E1=ABXSPs/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BXSP3sb : SBEN, TYPE="1.0D38.37", L=LBXSPs/2, ANGLE=ABXSPs/2, & E1=0, E2=ABXSPs/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 ! BSY dumpline vertical bends ABYSPd := 0.877684127155E-2 LBYSPd := LBSP*ABYSPd/(2*SIN(ABYSPd/2)) !BYSPd path length (m) BYSP1da : SBEN, TYPE="1.0D38.37", L=LBYSPd/2, ANGLE=ABYSPd/2, TILT, & E1=ABYSPd/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BYSP1db : SBEN, TYPE="1.0D38.37", L=LBYSPd/2, ANGLE=ABYSPd/2, TILT, & E1=0, E2=ABYSPd/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 BYSP2da : SBEN, TYPE="1.0D38.37", L=LBYSPd/2, ANGLE=-ABYSPd/2, TILT, & E1=-ABYSPd/2, E2=0, FINT=FBSP, FINTX=0, HGAP=GBSP/2 BYSP2db : SBEN, TYPE="1.0D38.37", L=LBYSPd/2, ANGLE=-ABYSPd/2, TILT, & E1=0, E2=-ABYSPd/2, FINT=0, FINTX=FBSP, HGAP=GBSP/2 ! HXR DC bend correctors to compensate kicker orbit and dispersion LBCSP := 0.6 !DC corrector length GBCSP := 0.0254 !DC corrector gap FBCSP := 0.4725 !measured DC corrector FINT value ABCSP1H := 0.451638594729E-2 !0.445436076072E-2 ABCSP2H := -0.37510916495E-2 !-0.370437221909E-2 LBCSP1h := LBCSP*ABCSP1h/(2*SIN(ABCSP1h/2)) !BYSP1h path length (m) LBCSP2h := LBCSP*ABCSP2h/(2*SIN(ABCSP2h/2)) !BYSP2h path length (m) BYSP1ha : SBEN, TYPE="1.0D22.625", L=LBCSP1h/2, ANGLE=ABCSP1h/2, & E1=ABCSP1h/2, E2=0, FINT=FBCSP, FINTX=0, HGAP=GBCSP/2, TILT BYSP1hb : SBEN, TYPE="1.0D22.625", L=LBCSP1h/2, ANGLE=ABCSP1h/2, & E2=ABCSP1h/2, E1=0, FINTX=FBCSP, FINT=0, HGAP=GBCSP/2, TILT BYSP2ha : SBEN, TYPE="1.0D22.625", L=LBCSP2h/2, ANGLE=ABCSP2h/2, & E1=ABCSP2h/2, E2=0, FINT=FBCSP, FINTX=0, HGAP=GBCSP/2, TILT BYSP2hb : SBEN, TYPE="1.0D22.625", L=LBCSP2h/2, ANGLE=ABCSP2h/2, & E2=ABCSP2h/2, E1=0, FINTX=FBCSP, FINT=0, HGAP=GBCSP/2, TILT ! SXR DC bend correctors to compensate kicker orbit and dispersion ABCSP1S := 0.319435037281E-2 !0.315465742092E-2 ABCSP2S := -0.242909115131E-2 !-0.240470325405E-2 LBCSP1s := LBCSP*ABCSP1s/(2*SIN(ABCSP1s/2)) !BYSP1s path length (m) LBCSP2s := LBCSP*ABCSP2s/(2*SIN(ABCSP2s/2)) !BYSP2s path length (m) BYSP1sa : SBEN, TYPE="1.0D22.625", L=LBCSP1s/2, ANGLE=ABCSP1s/2, & E1=ABCSP1s/2, E2=0, FINT=FBCSP, FINTX=0, HGAP=GBCSP/2, TILT BYSP1sb : SBEN, TYPE="1.0D22.625", L=LBCSP1s/2, ANGLE=ABCSP1s/2, & E2=ABCSP1s/2, E1=0, FINTX=FBCSP, FINT=0, HGAP=GBCSP/2, TILT BYSP2sa : SBEN, TYPE="1.0D22.625", L=LBCSP2s/2, ANGLE=ABCSP2s/2, & E1=ABCSP2s/2, E2=0, FINT=FBCSP, FINTX=0, HGAP=GBCSP/2, TILT BYSP2sb : SBEN, TYPE="1.0D22.625", L=LBCSP2s/2, ANGLE=ABCSP2s/2, & E2=ABCSP2s/2, E1=0, FINTX=FBCSP, FINT=0, HGAP=GBCSP/2, TILT ! define unsplit SBENs for BMAD ... not used by MAD BKYSP0h : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP0h, & ANGLE=ABKYSP0h, TILT, & E1=0, FINT=0.5, E2=ABKYSP0h, FINTX=0.5 BKYSP1h : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP1h, & ANGLE=ABKYSP1h, TILT, & E1=-ABKYSP0h, FINT=0.5, E2=ABKYSP01h, FINTX=0.5 BKYSP2h : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP2h, & ANGLE=ABKYSP2h, TILT, & E1=-ABKYSP01h, FINT=0.5, E2=ABKYSP02h, FINTX=0.5 BKYSP3h : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP3h, & ANGLE=ABKYSP3h, TILT, & E1=-ABKYSP02h, FINT=0.5, E2=ABKYSP03h, FINTX=0.5 BKYSP4h : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP4h, & ANGLE=ABKYSP4h/2, TILT, & E1=-ABKYSP03h, FINT=0.5, E2=ABKYSP04h, FINTX=0.5 BKYSP5h : SBEN, TYPE="1.378K35.4", HGAP=GBKYSP2/2, L=LBKYSP5h, & ANGLE=ABKYSP5h, TILT, & E1=-ABKYSP04h, FINT=0.5, E2=ABKYSPh, FINTX=0.5 BLXSPh : SBEN, TYPE="0.625SD38.98", HGAP=GBLXSP/2, L=LBLXSPh, & ANGLE=ABLXSPh, & E1=0, FINT=0.5, E2=ABLXSPh, FINTX=0.5 BYSP1h : SBEN, TYPE="1.0D22.625", HGAP=GBCSP/2, L=LBCSP1h, & ANGLE=ABCSP1h, TILT, & E1=ABCSP1h/2, FINT=FBCSP, E2=ABCSP1h/2, FINTX=FBCSP BYSP2h : SBEN, TYPE="1.0D22.625", HGAP=GBCSP/2, L=LBCSP2h, & ANGLE=ABCSP2h, TILT, & E1=ABCSP2h/2, FINT=FBCSP, E2=ABCSP2h/2, FINTX=FBCSP BRSP1h : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBRSPh, & ANGLE=ABRSPh, TILT=TBRSPh, & E1=ABRSPh/2, FINT=FBSP, E2=ABRSPh/2, FINTX=FBSP BRSP2h : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBRSPh, & ANGLE=-ABRSPh, TILT=TBRSPh, & E1=-ABRSPh/2, FINT=FBSP, E2=-ABRSPh/2, FINTX=FBSP BXSP1h : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBXSPh, & ANGLE=ABXSPh, & E1=ABXSPh/2, FINT=FBSP, E2=ABXSPh/2, FINTX=FBSP BKYSP0s : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP0s, & ANGLE=ABKYSP0s, TILT, & E1=0, FINT=0.5, E2=ABKYSP0s, FINTX=0.5 BKYSP1s : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP1s, & ANGLE=ABKYSP1s, TILT, & E1=-ABKYSP0s, FINT=0.5, E2=ABKYSP01s, FINTX=0.5 BKYSP2s : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP2s, & ANGLE=ABKYSP2s, TILT, & E1=-ABKYSP01s, FINT=0.5, E2=ABKYSP02s, FINTX=0.5 BKYSP3s : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP3s, & ANGLE=ABKYSP3s, TILT, & E1=-ABKYSP02s, FINT=0.5, E2=ABKYSP03s, FINTX=0.5 BKYSP4s : SBEN, TYPE="0.787K35.4", HGAP=GBKYSP/2, L=LBKYSP4s, & ANGLE=ABKYSP4s, TILT, & E1=-ABKYSP03s, FINT=0.5, E2=ABKYSP04s, FINTX=0.5 BKYSP5s : SBEN, TYPE="1.378K35.4", HGAP=GBKYSP2/2, L=LBKYSP5s, & ANGLE=ABKYSP5s, TILT, & E1=-ABKYSP04s, FINT=0.5, E2=ABKYSPs, FINTX=0.5 BLXSPs : SBEN, TYPE="0.625SD38.98", HGAP=GBLXSP/2, L=LBLXSPs, & ANGLE=ABLXSPs, & E1=0, FINT=0.5, E2=ABLXSPs, FINTX=0.5 BYSP1s : SBEN, TYPE="1.0D22.625", HGAP=GBCSP/2, L=LBCSP1s, & ANGLE=ABCSP1s, TILT, & E1=ABCSP1s/2, FINT=FBCSP, E2=ABCSP1s/2, FINTX=FBCSP BYSP2s : SBEN, TYPE="1.0D22.625", HGAP=GBCSP/2, L=LBCSP2s, & ANGLE=ABCSP2s, TILT, & E1=ABCSP2s/2, FINT=FBCSP, E2=ABCSP2s/2, FINTX=FBCSP BXSP1s : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBXSPs, & ANGLE=-ABXSPs, & E1=-ABXSPs/2, FINT=FBSP, E2=-ABXSPs/2, FINTX=FBSP BXSP2s : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBXSPs, & ANGLE=-ABXSPs, & E1=-ABXSPs/2, FINT=FBSP, E2=-ABXSPs/2, FINTX=FBSP BXSP3s : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBXSPs, & ANGLE=ABXSPs, & E1=ABXSPs/2, FINT=FBSP, E2=ABXSPs/2, FINTX=FBSP BYSP1d : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBYSPd, & ANGLE=ABYSPd, TILT, & E1=ABYSPd/2, FINT=FBSP, E2=ABYSPd/2, FINTX=FBSP BYSP2d : SBEN, TYPE="1.0D38.37", HGAP=GBSP/2, L=LBYSPd, & ANGLE=-ABYSPd, TILT, & E1=-ABYSPd/2, FINT=FBSP, E2=-ABYSPd/2, FINTX=FBSP ! drifts LDSPCOR1 := 0.3617 LDSPCOR2 := 0.5263 LDSPBPM1 := 0.4471 LDSPBPM2 := 0.5342 LDSPBK := 0.3 LDSPBK0h := LDSPBK/COS(ABKYSP0h) LDSPBK1h := LDSPBK/COS(ABKYSP01h) LDSPBK2h := LDSPBK/COS(ABKYSP02h) LDSPBK3h := LDSPBK/COS(ABKYSP03h) LDSPBK4h := LDSPBK/COS(ABKYSP04h) LDSPBK5h := 15.1 /COS(ABKYSPh) !16.4 LDSPBK5ha := 2.267/COS(ABKYSPh) ! 3.567 LDSPBK5hb := LDSPBK5h-LDSPBK5ha DSPBK0h : DRIF, L=LDSPBK0h DSPBK1h : DRIF, L=LDSPBK1h DSPBK2h : DRIF, L=LDSPBK2h DSPBK3h : DRIF, L=LDSPBK3h DSPBK4h : DRIF, L=LDSPBK4h DSPBK5ha : DRIF, L=LDSPBK5ha DSPBK5hb : DRIF, L=LDSPBK5hb dLDSP2h := 0.0 LDSP2h := 43.284 +dLDSP2h LDSP2hb := 10.0 LDSP2hc := 0.5285 LDSP2ha := LDSP2h-LDSP2hb-LDSP2hc-LBCSP1h-LBCSP2h dLDSP3h := 0.0 LDSP3h := 4.6611 +dLDSP3h LDSP3ha := LDSPBPM1 LDSP3haa := 0.1 LDSP3hab := LDSP3ha-LDSP3haa-LSb LDSP3hb := 0.6368 LDSP3hd := 0.1924 LDSP3hc := LDSP3h-LDSP3ha-LDSP3hb-LDSP3hd dLDSP4h := 0.012086980331 !0.012085492416 LDSP4h := 9.5126 -dLDSP2h-dLDSP3h+dLDSP4h LDSP4ha := 0.4 LDSP4hc := 0.3459992 LDSP4hb := LDSP4h-LDSP4ha-LDSP4hc dLDSP5h := 0.0 !adjust position of QSP3h,QSP11h LDSP5h := 14.474 +(LQN-LQA)/2 +dLDSP5h LDSP5ha := 1.424131 LDSP5hc := LDSPCOR2 +(LQN-LQA)/2 LDSP5hcb := 0.1 +(LQN-LQA)/2 LDSP5hca := LDSP5hc-LDSP5hcb-LSb LDSP5hb := LDSP5h-LDSP5ha-LDSP5hc dLDSP6h := 0.0 !adjust position of QSP4h,QSP10h LDSP6h := 8.6805 +(LQN-LQA)/2 -dLDSP5h+dLDSP6h LDSP6ha := LDSPBPM2 +(LQN-LQA)/2 LDSP6hc := LDSPCOR1 LDSP6hb := LDSP6h-LDSP6ha-LDSP6hc dLDSP7h := 0.0 !adjust position of QSP5h,QSP9h LDSP7h := 21.795894248291 -dLDSP6h+dLDSP7h LDSP7ha := LDSPBPM1 LDSP7hc := LDSPCOR1 LDSP7hb := LDSP7h-LDSP7ha-LDSP7hc LDSP8h := 23.795894248291 -dLDSP7h LDSP8ha := LDSPBPM1 LDSP8hc := LDSPCOR1 LDSP8hb := LDSP8h-LDSP8ha-LDSP8hc dLDSP9h := 0.682322406193E-6 !0.0 !adjust length of dogleg LDSP9h := 188.409365489746/2-3*LQR-LQA-LQE/2-LDSP5h-LDSP6h-LDSP7h-LDSP8h & +dLDSP9h LDSP9ha := LDSPBPM1 LDSP9hb := 0.5 LDSP9hc := 5.7942 LDSP9hd := 10.6452 LDSP9he := 1.616 LDSP9hg := 0.1924 LDSP9hf := LDSP9h-LDSP9ha-LDSP9hb-LDSP9hc-LDSP9hd-LDSP9he-LDSP9hg LDSP10h := LDSP9h LDSP10ha := 0.4 LDSP10hb := 17.6279586 LDSP10hd := LDSPCOR1 LDSP10hc := LDSP10h-LDSP10ha-LDSP10hb-LDSP10hd LDSP11h := LDSP8h LDSP11ha := LDSPBPM1 LDSP11hc := 0.4781 LDSP11hb := LDSP11h-LDSP11ha-LDSP11hc LDSP12h := LDSP7h LDSP12ha := 0.4475 LDSP12hb := 0.644 LDSP12hd := 0.759 LDSP12he := 0.3315 LDSP12hc := LDSP12h-LDSP12ha-LDSP12hb-LDSP12hd-LDSP12he LDSP13h := LDSP6h LDSP13hb := 0.778 LDSP13hc := 0.749 +(LQN-LQA)/2 LDSP13ha := LDSP13h-LDSP13hb-LDSP13hc LDSP14h := LDSP5h LDSP14ha := 13.863119 +(LQN-LQA)/2 LDSP14hb := LDSP14h-LDSP14ha LDSP15h := LDSP4h LDSP15ha := 0.5 LDSP15hb := 0.5 LDSP15hd := 0.1924 LDSP15hc := LDSP15h-LDSP15ha-LDSP15hb-LDSP15hd LDSP16h := LDSP3h LDSP16ha := 0.4 LDSP16hc := LDSPCOR1 LDSP16hb := LDSP16h-LDSP16ha-LDSP16hc dLDSP17h := -0.823260508662E-4 !-0.801500183647E-4 LDSP17h := LDSP2h +dLDSP17h +LBLXSPh/2-LBXSPh/2 LDSP17ha := LDSPBPM1 LDSP17hb := LDSP17h-LDSP17ha DSP2ha : DRIF, L=LDSP2ha DSP2hb : DRIF, L=LDSP2hb DSP2hc : DRIF, L=LDSP2hc DSP3ha : DRIF, L=LDSP3ha DSP3haa : DRIF, L=LDSP3haa DSP3hab : DRIF, L=LDSP3hab DSP3hb : DRIF, L=LDSP3hb DSP3hc : DRIF, L=LDSP3hc DSP3hd : DRIF, L=LDSP3hd DSP4ha : DRIF, L=LDSP4ha DSP4hb : DRIF, L=LDSP4hb DSP4hc : DRIF, L=LDSP4hc DSP5h : DRIF, L=LDSP5h DSP5ha : DRIF, L=LDSP5ha DSP5hb : DRIF, L=LDSP5hb DSP5hc : DRIF, L=LDSP5hc DSP5hca : DRIF, L=LDSP5hca DSP5hcb : DRIF, L=LDSP5hcb DSP6ha : DRIF, L=LDSP6ha DSP6hb : DRIF, L=LDSP6hb DSP6hc : DRIF, L=LDSP6hc DSP7ha : DRIF, L=LDSP7ha DSP7hb : DRIF, L=LDSP7hb DSP7hc : DRIF, L=LDSP7hc DSP8ha : DRIF, L=LDSP8ha DSP8hb : DRIF, L=LDSP8hb DSP8hc : DRIF, L=LDSP8hc DSP9ha : DRIF, L=LDSP9ha DSP9hb : DRIF, L=LDSP9hb DSP9hc : DRIF, L=LDSP9hc DSP9hd : DRIF, L=LDSP9hd DSP9he : DRIF, L=LDSP9he DSP9hf : DRIF, L=LDSP9hf DSP9hg : DRIF, L=LDSP9hg DSP10ha : DRIF, L=LDSP10ha DSP10hb : DRIF, L=LDSP10hb DSP10hc : DRIF, L=LDSP10hc DSP10hd : DRIF, L=LDSP10hd DSP11ha : DRIF, L=LDSP11ha DSP11hb : DRIF, L=LDSP11hb DSP11hc : DRIF, L=LDSP11hc DSP12ha : DRIF, L=LDSP12ha DSP12hb : DRIF, L=LDSP12hb DSP12hc : DRIF, L=LDSP12hc DSP12hc1 : DRIF, L=9.035399208502 DSP12hc2 : DRIF, L=0.30541 DSP12hc3 : DRIF, L=DSP12hc[L]-DSP12hc1[L]-DSP12hc2[L] DSP12hd : DRIF, L=LDSP12hd DSP12he : DRIF, L=LDSP12he DSP13ha : DRIF, L=LDSP13ha DSP13hb : DRIF, L=LDSP13hb DSP13hc : DRIF, L=LDSP13hc DSP14ha : DRIF, L=LDSP14ha DSP14hb : DRIF, L=LDSP14hb DSP15h : DRIF, L=LDSP15h DSP15ha : DRIF, L=LDSP15ha DSP15hb : DRIF, L=LDSP15hb DSP15hc : DRIF, L=LDSP15hc DSP15hd : DRIF, L=LDSP15hd DSP16ha : DRIF, L=LDSP16ha DSP16hb : DRIF, L=LDSP16hb DSP16hc : DRIF, L=LDSP16hc DSP17ha : DRIF, L=LDSP17ha DSP17hb : DRIF, L=LDSP17hb LDSPQ1 := 45.126 LDSPQ1a := 23.0 LDSPQ1c := LDSPCOR1 LDSPQ1b := LDSPQ1-LDSPQ1a-LDSPQ1c dLDSPQ2 := 0.0 LDSPQ2 := 1.8 +dLDSPQ2 LDSPQ2a := 0.5913 LDSPQ2c := 0.4781 LDSPQ2b := LDSPQ2-LDSPQ2a-LDSPQ2c LDSPQ3 := 16.124 -dLDSPQ2 LDSPQ3a := 0.4285 LDSPQ3b := LDSPQ3-LDSPQ3a DSPQ1a : DRIFT, L=LDSPQ1a DSPQ1b : DRIFT, L=LDSPQ1b DSPQ1c : DRIFT, L=LDSPQ1c DSPQ2a : DRIFT, L=LDSPQ2a DSPQ2b : DRIFT, L=LDSPQ2b DSPQ2c : DRIFT, L=LDSPQ2c DSPQ3a : DRIFT, L=LDSPQ3a DSPQ3b : DRIFT, L=LDSPQ3b LDSPBK0s := LDSPBK/COS(ABKYSP0s) LDSPBK1s := LDSPBK/COS(ABKYSP01s) LDSPBK2s := LDSPBK/COS(ABKYSP02s) LDSPBK3s := LDSPBK/COS(ABKYSP03s) LDSPBK4s := LDSPBK/COS(ABKYSP04s) LDSPBK5s := 15.1 /COS(ABKYSPs) !16.4 LDSPBK5sa := 2.267/COS(ABKYSPs) ! 3.567 LDSPBK5sb := LDSPBK5s-LDSPBK5sa DSPBK0s : DRIF, L=LDSPBK0s DSPBK1s : DRIF, L=LDSPBK1s DSPBK2s : DRIF, L=LDSPBK2s DSPBK3s : DRIF, L=LDSPBK3s DSPBK4s : DRIF, L=LDSPBK4s DSPBK5sa : DRIF, L=LDSPBK5sa DSPBK5sb : DRIF, L=LDSPBK5sb dLHE1 := 0 !+6.E-7 dLDSP2s := 0.0 dLDSP2sa := -0.370596711919E-6 !-0.781886051378E-6 LDSP2s := 32.6265 +(LQN-LQA)/2 +dLDSP2s +dLDSP2sa +dLHE1 LDSP2sb := 11.8 LDSP2sc := 0.6676 +(LQN-LQA)/2 LDSP2sa := LDSP2s-LDSP2sb-LDSP2sc-LBCSP1s-LBCSP2s dLDSP3s := 0.0 LDSP3s := 1.828 +(LQN-LQA) +dLDSP3s LDSP3sa := LDSPBPM2 +(LQN-LQA)/2 LDSP3saa := 0.1 +(LQN-LQA)/2 LDSP3sab := LDSP3sa-LDSP3saa-LSb LDSP3sb := 0.6445 LDSP3sc := LDSP3s-LDSP3sa-LDSP3sb LDSP4s := 8.689 +(LQN-LQA)/2 -dLDSP2s -dLDSP3s LDSP4sa := LDSPBPM2 +(LQN-LQA)/2 LDSP4sb := 0.6445 LDSP4sd := 0.3442954 LDSP4sc := LDSP4s-LDSP4sa-LDSP4sb-LDSP4sd dLDSP5s := 0.0 LDSP5s := 6.512 +(LQN-LQA)/2 +dLDSP5s LDSP5sb := LDSPCOR2 +(LQN-LQA)/2 LDSP5sa := LDSP5s-LDSP5sb dLDSP6s := 0.0 LDSP6s := 2.5925 +(LQN-LQA)/2 +dLDSP6s LDSP6sa := LDSPBPM2 +(LQN-LQA)/2 LDSP6sc := LDSPCOR1 LDSP6sb := LDSP6s-LDSP6sa-LDSP6sc LDSP7s := 56.746/2-LQA-1.5*LQR-LDSP5s-LDSP6s LDSP7sa := LDSPBPM1 LDSP7sb := 1.2814 LDSP7sd := LDSPCOR1 LDSP7sc := LDSP7s-LDSP7sa-LDSP7sb-LDSP7sd LDSP8s := LDSP7s LDSP8sa := LDSPBPM1 LDSP8sb := 1.9614 LDSP8sc := 7.810257 LDSP8se := LDSPCOR1 LDSP8sd := LDSP8s-LDSP8sa-LDSP8sb-LDSP8sc-LDSP8se LDSP9s := LDSP6s LDSP9sa := LDSPBPM1 LDSP9sc := LDSPCOR2 +(LQN-LQA)/2 LDSP9sb := LDSP9s-LDSP9sa-LDSP9sc LDSP10s := LDSP5s LDSP10sa := LDSPBPM2 +(LQN-LQA)/2 LDSP10sb := LDSP10s-LDSP10sa LDSP11s := LDSP4s LDSP11sa := 0.5 LDSP11sb := 0.5 LDSP11sc := 0.5 LDSP11se := LDSPCOR2 +(LQN-LQA)/2 LDSP11sd := LDSP11s-LDSP11sa-LDSP11sb-LDSP11sc-LDSP11se LDSP12s := LDSP3s LDSP12sa := LDSPBPM2 +(LQN-LQA)/2 LDSP12sc := LDSPCOR2 +(LQN-LQA)/2 LDSP12scb:= 0.1 +(LQN-LQA)/2 LDSP12sca:= LDSP12sc-LDSP12scb-LSb LDSP12sb := LDSP12s-LDSP12sa-LDSP12sc dLDSP13s := -0.415633125413E-4 !-0.406195675138E-4 LDSP13s := LDSP2s +dLDSP13s +LBLXSPs/2-LBXSPs/2 LDSP13sa := LDSPBPM2 +(LQN-LQA)/2 LDSP13sb := LDSP13s-LDSP13sa DSP2sa : DRIF, L=LDSP2sa DSP2sb : DRIF, L=LDSP2sb DSP2sc : DRIF, L=LDSP2sc DSP3sa : DRIF, L=LDSP3sa DSP3saa : DRIF, L=LDSP3saa DSP3sab : DRIF, L=LDSP3sab DSP3sb : DRIF, L=LDSP3sb DSP3sc : DRIF, L=LDSP3sc DSP4sa : DRIF, L=LDSP4sa DSP4sb : DRIF, L=LDSP4sb DSP4sc : DRIF, L=LDSP4sc DSP4sd : DRIF, L=LDSP4sd DSP5sa : DRIF, L=LDSP5sa DSP5sb : DRIF, L=LDSP5sb DSP6sa : DRIF, L=LDSP6sa DSP6sb : DRIF, L=LDSP6sb DSP6sc : DRIF, L=LDSP6sc DSP7sa : DRIF, L=LDSP7sa DSP7sb : DRIF, L=LDSP7sb DSP7sc : DRIF, L=LDSP7sc DSP7sd : DRIF, L=LDSP7sd DSP8sa : DRIF, L=LDSP8sa DSP8sb : DRIF, L=LDSP8sb DSP8sc : DRIF, L=LDSP8sc DSP8sd : DRIF, L=LDSP8sd DSP8se : DRIF, L=LDSP8se DSP9sa : DRIF, L=LDSP9sa DSP9sb : DRIF, L=LDSP9sb DSP9sc : DRIF, L=LDSP9sc DSP10sa : DRIF, L=LDSP10sa DSP10sb : DRIF, L=LDSP10sb DSP11sa : DRIF, L=LDSP11sa DSP11sb : DRIF, L=LDSP11sb DSP11sc : DRIF, L=LDSP11sc DSP11sd : DRIF, L=LDSP11sd DSP11se : DRIF, L=LDSP11se DSP12sa : DRIF, L=LDSP12sa DSP12sb : DRIF, L=LDSP12sb DSP12sc : DRIF, L=LDSP12sc DSP12sca : DRIF, L=LDSP12sca DSP12scb : DRIF, L=LDSP12scb DSP13sa : DRIF, L=LDSP13sa DSP13sb : DRIF, L=LDSP13sb DSP13sb1 : DRIF, L=9.337992506693 DSP13sb2 : DRIF, L=0.30541 DSP13sb3 : DRIF, L=DSP13sb[L]-DSP13sb1[L]-DSP13sb2[L] LDSP2da2 := 2.0 LDSP2da1 := 23.0-4.457-LDSP2da2 !adjusted for DASEL LDSP2db := 1.657 LDSP2dc1 := 27.25 +3.685 !adjustment for DASEL with 25G kickers LDSP2dd := LDSPCOR1 dLDSP3d := 0.0 LDSP3d := 3.317 +dLDSP3d LDSP3da := LDSPBPM1 LDSP3db := 0.6234 LDSP3dd := 0.4781+0.3048 !=0.7829 LDSP3dc := LDSP3d-LDSP3da-LDSP3db-LDSP3dd LDSP4d := 4.5085 -dLDSP3d LDSP4da := 0.4285 LDSP4db := LDSP4d-LDSP4da LDSP2dc2 := 76.149-LDSP2da1-LDSP2da2-LDSP2db-LDSP2dc1-LDSP2dd-LDSP3d-LDSP4d LDSP5d := 73.0 !distance between two bends LDSP5da := 6.2732486 LDSP5db := 45.575+1.0-LDSP5da-LBYSPd/2 LDSP5dd := 0.2298134+0.609623481 !=0.839436881 LDSP5dc := LDSP5d-LDSP5da-LDSP5db-LDSP5dd dLDSP6d := 0.0 !adjust Z at muon wall LDSP6d := 143.648999999997-0.4 +18.115253 -0.761425 +dLDSP6d LDSP6da := 0.5 LDSP6db := 0.5 LDSP6dc := 1.0 LDSP6dd := 0.3048 LDSP6de := 1.1952 LDSP6dg := 0.5 LDSP6dh := 0.5 LDSP6di := 0.5 LDSP6dj := 37.0 +18.0 -0.761425 LDSP6df := LDSP6d-LDSP6da-LDSP6db-LDSP6dc-LDSP6dd-LDSP6de-LDSP6dg-LDSP6dh & -LDSP6di-LDSP6dj LDSP6dfa := 4.287828 LDSP6dfc := 0.5 LDSP6dfd := 1.0 LDSP6dfb := LDSP6df-LDSP6dfa-LDSP6dfc-LDSP6dfd LDSP7d := 20.0818610101+0.4+0.803391932471 -18.115253 +0.761425 LDSP7db := 1.5 LDSP7da := LDSP7d-LDSP7db LDSP7daa := 0.5 LDSP7dab := LDSP7da-LDSP7daa DSP2da1 : DRIF, L=LDSP2da1 DSP2da2 : DRIF, L=LDSP2da2 DSP2db : DRIF, L=LDSP2db DSP2dc1 : DRIF, L=LDSP2dc1 DSP2dc2 : DRIF, L=LDSP2dc2 DSP2dd : DRIF, L=LDSP2dd DSP3da : DRIF, L=LDSP3da DSP3db : DRIF, L=LDSP3db DSP3dc : DRIF, L=LDSP3dc DSP3dd : DRIF, L=LDSP3dd DSP4da : DRIF, L=LDSP4da DSP4db : DRIF, L=LDSP4db DSP5da : DRIF, L=LDSP5da DSP5db : DRIF, L=LDSP5db DSP5dc : DRIF, L=LDSP5dc DSP5dc1 : DRIF, L=0.694411378263 DSP5dc2 : DRIF, L=0.30541 DSP5dc3 : DRIF, L=DSP5dc[L]-DSP5dc1[L]-DSP5dc2[L] DSP5dd : DRIF, L=LDSP5dd DSP6da : DRIF, L=LDSP6da DSP6db : DRIF, L=LDSP6db DSP6dc : DRIF, L=LDSP6dc DSP6dd : DRIF, L=LDSP6dd DSP6de : DRIF, L=LDSP6de DSP6df : DRIF, L=LDSP6df DSP6dfa : DRIF, L=LDSP6dfa DSP6dfb : DRIF, L=LDSP6dfb DSP6dfc : DRIF, L=LDSP6dfc DSP6dfd : DRIF, L=LDSP6dfd DSP6dg : DRIF, L=LDSP6dg DSP6dh : DRIF, L=LDSP6dh DSP6di : DRIF, L=LDSP6di DSP6dj : DRIF, L=LDSP6dj DSP7daa : DRIF, L=LDSP7daa DSP7dab : DRIF, L=LDSP7dab DSP7db : DRIF, L=LDSP7db DWALLad : DRIF, L=1.840975 !distance from face of muon wall to BSY dump DDUMPBSY: DRIF, L=61.120*IN2M !length of BSY dump (per A. Ibrahimov) DSP6dja : DRIF, L=14.358367 !14.23155 DSP6djb : DRIF, L=LDSP6dj-DSP6dja[L] ! monitors BPMSPh : MONI, TYPE="Stripline-5" BPMSPs : MONI, TYPE="Stripline-5" BPMSP1 : MONI, TYPE="Stripline-5" BPMSP2 : MONI, TYPE="Stripline-5" BPMSP1h : MONI, TYPE="Stripline-5" BPMSP2h : MONI, TYPE="Stripline-2" BPMSP3h : MONI, TYPE="Stripline-5" BPMSP4h : MONI, TYPE="Stripline-5" BPMSP5h : MONI, TYPE="Stripline-5" BPMSP6h : MONI, TYPE="Stripline-5" BPMSP7h : MONI, TYPE="Stripline-2" BPMSP8h : MONI, TYPE="Stripline-5" BPMSP9h : MONI, TYPE="Stripline-5" BPMSP10h : MONI, TYPE="Stripline-5" BPMSP11h : MONI, TYPE="Stripline-5" BPMSP12h : MONI, TYPE="Stripline-2" BPMSP13h : MONI, TYPE="Stripline-5" BPMSP1s : MONI, TYPE="Stripline-5" BPMSP2s : MONI, TYPE="Stripline-5" BPMSP3s : MONI, TYPE="Stripline-5" BPMSP4s : MONI, TYPE="Stripline-5" BPMSP5s : MONI, TYPE="Stripline-5" BPMSP6s : MONI, TYPE="Stripline-5" BPMSP7s : MONI, TYPE="Stripline-5" BPMSP8s : MONI, TYPE="Stripline-5" BPMSP9s : MONI, TYPE="Stripline-5" BPMSP1d : MONI, TYPE="Stripline-5" BPMSP2d : MONI, TYPE="Stripline-5" BPMSP3d : MONI, TYPE="Stripline-8" !has been already ordered BPMSP4d : MONI, TYPE="Stripline-5" BPMSP5d : MONI, TYPE="Stripline-14" !large aperture BPM for raster MRFBSP1d : MARK !MONI, TYPE="CavityS-1" !make RF-bpm if spreader is RF MRFBSP2d : MARK !MONI, TYPE="CavityS-1" !make RF-bpm if spreader is RF ! steering correctors XCSP1h : HKIC, TYPE="class-4" XCSP3h : HKIC, TYPE="class-4" XCSP5h : HKIC, TYPE="class-4" XCSP7h : HKIC, TYPE="class-4" XCSP9h : HKIC, TYPE="class-4" XCSP11h : HKIC, TYPE="class-4" XCSP13h : HKIC, TYPE="class-4" YCSP2h : VKIC, TYPE="class-4" YCSP4h : VKIC, TYPE="class-4" YCSP6h : VKIC, TYPE="class-4" YCSP8h : VKIC, TYPE="class-4" YCSP10h : VKIC, TYPE="class-4" YCSP12h : VKIC, TYPE="class-4" XCSP1 : HKIC, TYPE="class-4" YCSP2 : VKIC, TYPE="class-4" XCSP1s : HKIC, TYPE="class-4" XCSP3s : HKIC, TYPE="class-4" XCSP5s : HKIC, TYPE="class-4" XCSP7s : HKIC, TYPE="class-4" XCSP9s : HKIC, TYPE="class-4" YCSP2s : VKIC, TYPE="class-4" YCSP4s : VKIC, TYPE="class-4" YCSP6s : VKIC, TYPE="class-4" YCSP8s : VKIC, TYPE="class-4" XCSP1d : HKIC, TYPE="class-4" XCSP3d : HKIC, TYPE="class-4" XCSP5d : HKIC, TYPE="class-5" YCSP2d : VKIC, TYPE="class-4" YCSP4d : VKIC, TYPE="class-4" YCSP6d : VKIC, TYPE="class-5" ! rastering kickers operating at ~60 Hz with 90 deg phase between each other BKXRASd : HKIC, TYPE="class-5" BKYRASd : VKIC, TYPE="class-5" ! SROT to remove rotation angle AROSP1H := 0.423037934339E-5 !0.414577244197E-5 AROSP2H := 0.947723874729E-5 !0.947723870567E-5 AROSP3h := -AROSP2h AROSP1s := -0.846062942472E-5 !-0.829141820709E-5 ROSP1h : SROT, ANGLE=AROSP1h ROSP2h : SROT, ANGLE=AROSP2h ROSP3h : SROT, ANGLE=AROSP3h ROSP1s : SROT, ANGLE=AROSP1s ! other diagnostic IMSP0h : IMON, TYPE="ICT" !diagnostic ACM in SPH IMSP0s : IMON, TYPE="ICT" !diagnostic ACM in SPS IMSP0d : IMON, TYPE="ICT" !diagnostic ACM in SPD IMBCSh1 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPH IMBCSh2 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPH IMBCSs1 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPS IMBCSs2 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPS IMBCSd1 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPD IMBCSd2 : IMON, TYPE="BCS ACM" !BCS ACM triplet in SPD BTMSPDMP : INST, TYPE="BCS BTM" !Burn-Through-Monitor behind BSY dump WSSP1d : WIRE, TYPE="fast" !to measure beam size and energy before BSY dump OTRSPDMP : PROF, TYPE="OTR" !OTR screen before BSY dump ! markers CNTSP1S : MARK, TYPE="CENTER" CNTSP2S : MARK, TYPE="CENTER" CNTSP1H : MARK, TYPE="CENTER" CNTSP2H : MARK, TYPE="CENTER" CNTSP3H : MARK, TYPE="CENTER" CNTSP1D : MARK, TYPE="CENTER" RWWAKE3D : MARK, TYPE="WAKE" !SPRDD/BSY beampipe wake applied here MUWALLd : MARK !front face of muon wall for dump beam DUMPBSY : INST, TYPE="DUMPBSY" !front face of BSY dump SLTD1BEG : MARK !BSY wood door SLTD1END : MARK !B-line extraction point SLTD2BEG : MARK !B-line extraction point SLTD2END : MARK !BSY dump ! beamlines BKYSP0h_full : LINE=(BKYSP0ha,BKYSP0hb) BKYSP1h_full : LINE=(BKYSP1ha,BKYSP1hb) BKYSP2h_full : LINE=(BKYSP2ha,BKYSP2hb) BKYSP3h_full : LINE=(BKYSP3ha,BKYSP3hb) BKYSP4h_full : LINE=(BKYSP4ha,BKYSP4hb) BKYSP5h_full : LINE=(BKYSP5ha,BKYSP5hb) BLXSPh_full : LINE=(BLXSPha,BLXSPhb) SPRDkh : LINE=(& BKYSP0h_full,DSPBK0h,& BKYSP1h_full,DSPBK1h,& BKYSP2h_full,DSPBK2h,& BKYSP3h_full,DSPBK3h,& BKYSP4h_full,DSPBK4h,& BKYSP5h_full,DSPBK5ha,BPMSPh,DSPBK5hb,& BLXSPh_full) QSP1_full : LINE=(QSP1,QSP1) QSP2_full : LINE=(QSP2,QSP2) SPRDksa : LINE=(DSPQ1a,BPMSP1,DSPQ1b,DSPQ1c,& QSP1_full,DSPQ2a,XCSP1,DSPQ2b,BPMSP2,DSPQ2c,& QSP2_full,DSPQ3a,YCSP2,DSPQ3b) BKYSP0s_full : LINE=(BKYSP0sa,BKYSP0sb) BKYSP1s_full : LINE=(BKYSP1sa,BKYSP1sb) BKYSP2s_full : LINE=(BKYSP2sa,BKYSP2sb) BKYSP3s_full : LINE=(BKYSP3sa,BKYSP3sb) BKYSP4s_full : LINE=(BKYSP4sa,BKYSP4sb) BKYSP5s_full : LINE=(BKYSP5sa,BKYSP5sb) BLXSPs_full : LINE=(BLXSPsa,BLXSPsb) SPRDksb : LINE=(& BKYSP0s_full,DSPBK0s,& BKYSP1s_full,DSPBK1s,& BKYSP2s_full,DSPBK2s,& BKYSP3s_full,DSPBK3s,& BKYSP4s_full,DSPBK4s,& BKYSP5s_full,DSPBK5sa,BPMSPs,DSPBK5sb,& BLXSPs_full) SPRDks : LINE=(SPRDksa,SPRDksb) BYSP1h_full : LINE=(BYSP1ha,BYSP1hb) BYSP2h_full : LINE=(BYSP2ha,BYSP2hb) BRSP1h_full : LINE=(BRSP1ha,BRSP1hb) QSP1h_full : LINE=(QSP1h,QSP1h) QSP2h_full : LINE=(QSP2h,BPMSP2h,QSP2h) QSP3h_full : LINE=(QSP3h,QSP3h) QSP4h_full : LINE=(QSP4h,QSP4h) QSP5h_full : LINE=(QSP5h,QSP5h) QSP6h_full : LINE=(QSP6h,QSP6h) QSP7h_full : LINE=(QSP7h,BPMSP7h,QSP7h) QSP8h_full : LINE=(QSP8h,QSP8h) QSP9h_full : LINE=(QSP9h,QSP9h) QSP10h_full : LINE=(QSP10h,QSP10h) QSP11h_full : LINE=(QSP11h,QSP11h) SSP1h_full : LINE=(SSP1h,SSP1h) SSP2h_full : LINE=(SSP2h,SSP2h) SPRDha : LINE=(ROSP1h,DSP2ha,& BYSP1h_full,DSP2hb,& BYSP2h_full,CNTSP1H,DSP2hc,& QSP1h_full,DSP3haa,& SSP1h_full,DSP3hab,BPMSP1h,DSP3hb,XCSP1h,DSP3hc,DSP3hd,& QSP2h_full,DSP4ha,YCSP2h,DSP4hb,IMSP0h,DSP4hc,& BRSP1h_full,ROSP2h,DSP5ha,DSP5hb,XCSP3h,DSP5hca,& SSP2h_full,DSP5hcb,& QSP3h_full,DSP6ha,BPMSP3h,DSP6hb,YCSP4h,DSP6hc,& QSP4h_full,DSP7ha,BPMSP4h,DSP7hb,XCSP5h,DSP7hc,& QSP5h_full,DSP8ha,BPMSP5h,DSP8hb,YCSP6h,DSP8hc,& QSP6h_full,DSP9ha,BPMSP6h,DSP9hb,DSP9hc,DSP9hd,DSP9he,DSP9hf,DSP9hg,& QSP7h_full,DSP10ha,XCSP7h,DSP10hb,DSP10hc,YCSP8h,DSP10hd,& QSP8h_full,DSP11ha,BPMSP8h,DSP11hb,DSP11hc,& QSP9h_full,DSP12ha,BPMSP9h,DSP12hb,XCSP9h,DSP12hc1,& IMBCSh1,DSP12hc2,IMBCSh2,DSP12hc3,& BPMSP10h,DSP12hd,YCSP10h,DSP12he,& QSP10h_full,DSP13ha,XCSP11h,DSP13hb,BPMSP11h,DSP13hc,& QSP11h_full,DSP14ha,WOODDOOR) BRSP2h_full : LINE=(BRSP2ha,BRSP2hb) BXSP1h_full : LINE=(BXSP1ha,BXSP1hb) QSP12h_full : LINE=(QSP12h,BPMSP12h,QSP12h) QSP13h_full : LINE=(QSP13h,QSP13h) SPRDhb : LINE=(DSP14hb,ROSP3h,& BRSP2h_full,CNTSP2H,DSP15ha,DSP15hb,DSP15hc,DSP15hd,& QSP12h_full,DSP16ha,YCSP12h,DSP16hb,XCSP13h,DSP16hc,& QSP13h_full,DSP17ha,BPMSP13h,DSP17hb,& BXSP1h_full,CNTSP3H) SPRDh : LINE=(SPRDkh,SPRDha,SPRDhb) SPRDsa : LINE=(SPRDkh,SPRDks) BYSP1s_full : LINE=(BYSP1sa,BYSP1sb) BYSP2s_full : LINE=(BYSP2sa,BYSP2sb) BXSP1s_full : LINE=(BXSP1sa,BXSP1sb) BXSP2s_full : LINE=(BXSP2sa,BXSP2sb) BXSP3s_full : LINE=(BXSP3sa,BXSP3sb) QSP1s_full : LINE=(QSP1s,QSP1s) QSP2s_full : LINE=(QSP2s,QSP2s) QSP3s_full : LINE=(QSP3s,QSP3s) QSP4s_full : LINE=(QSP4s,QSP4s) QSP5s_full : LINE=(QSP5s,QSP5s) QSP6s_full : LINE=(QSP6s,QSP6s) QSP7s_full : LINE=(QSP7s,QSP7s) QSP8s_full : LINE=(QSP8s,QSP8s) QSP9s_full : LINE=(QSP9s,QSP9s) SSP1s_full : LINE=(SSP1s,SSP1s) SSP2s_full : LINE=(SSP2s,SSP2s) SPRDsb : LINE=(ROSP1s,DSP2sa,& BYSP1s_full,DSP2sb,& BYSP2s_full,CNTSP1S,DSP2sc,& QSP1s_full,DSP3saa,& SSP1s_full,DSP3sab,BPMSP1s,DSP3sb,XCSP1s,DSP3sc,& QSP2s_full,DSP4sa,BPMSP2s,DSP4sb,YCSP2s,DSP4sc,IMSP0s,DSP4sd,& BXSP1s_full,DSP5sa,XCSP3s,DSP5sb,& QSP3s_full,DSP6sa,BPMSP3s,DSP6sb,YCSP4s,DSP6sc,& QSP4s_full,DSP7sa,BPMSP4s,DSP7sb,DSP7sc,XCSP5s,DSP7sd,& QSP5s_full,DSP8sa,BPMSP5s,DSP8sb,DSP8sc,DSP8sd,YCSP6s,DSP8se,& QSP6s_full,DSP9sa,BPMSP6s,DSP9sb,XCSP7s,DSP9sc,& QSP7s_full,DSP10sa,BPMSP7s,DSP10sb,& BXSP2s_full,DSP11sa,DSP11sb,DSP11sc,DSP11sd,YCSP8s,DSP11se,& QSP8s_full,DSP12sa,BPMSP8s,DSP12sb,XCSP9s,DSP12sca,& SSP2s_full,DSP12scb,& QSP9s_full,DSP13sa,BPMSP9s,DSP13sb1,& IMBCSs1,DSP13sb2,IMBCSs2,DSP13sb3,& BXSP3s_full,CNTSP2S) SPRDs : LINE=(SPRDsa,SPRDsb) SPRDda : LINE=(DSP2da1,MRFBSP1d,DSP2da2,BPMSP1d,DSP2db) SPRDdb : LINE=(DSP2dc1) BYSP1d_full : LINE=(BYSP1da,BYSP1db) BYSP2d_full : LINE=(BYSP2da,BYSP2db) QSP1d_full : LINE=(QSP1d,QSP1d) QSP2d_full : LINE=(QSP2d,QSP2d) SPRDdc : LINE=(DSP2dc2,XCSP1d,DSP2dd,& QSP1d_full,DSP3da,DSP3db,IMSP0d,DSP3dc,MRFBSP2d,BPMSP2d,DSP3dd,& QSP2d_full,DSP4da,YCSP2d,DSP4db,& BYSP1d_full,DSP5da,DSP5db,WSSP1d,DSP5dc1,& IMBCSd1,DSP5dc2,IMBCSd2,DSP5dc3,BPMSP3d,DSP5dd,& BYSP2d_full,CNTSP1D,DSP6da,XCSP3d,DSP6db,YCSP4d,DSP6dc,DSP6dd,& DSP6de,DSP6dfa,WOODDOOR) SPRDdd : LINE=(SLTD1BEG,& DSP6dfb,XCSP5d,DSP6dfc,YCSP6d,DSP6dfd,BPMSP4d,DSP6dg,DSP6dh,RWWAKE3D,& BKXRASd,DSP6di,& BKYRASd,DSP6dja,SLTD1END,SLTD2BEG,DSP6djb,BPMSP5d,DSP7daa,OTRSPDMP,& DSP7dab,DSP7db,MUWALLd,DWALLad,DUMPBSY,DDUMPBSY,BTMSPDMP,SLTD2END) SPRDd : LINE=(SPRDkh,SPRDks,SPRDda,SPRDdb,SPRDdc,SPRDdd) RETURN ! ============================================================================== ! DC spreader option (HXR): single type-5 corrector (SA-388-310-30) GBSPdc := 0.0254 !wrapped around a 2" OD pipe (m) ZBSPdc := 0.3375 !measured B vs Z (m) FBSPdc := 0.5 !dummy ABSPdc := ABKYSPh0 !total HXR spreader y-angle (rad) BLSPdc := Brhof*ABSPdc !kG-m ABSPdc_2 := ABSPdc*ABSPdc ABSPdc_4 := ABSPdc_2*ABSPdc_2 ABSPdc_6 := ABSPdc_4*ABSPdc_2 SINCABSPdc := 1-ABSPdc_2/6+ABSPdc_4/120-ABSPdc_6/5040 !~sinc(x)=sin(x)/x LBSPdc := ZBSPdc/SINCABSPdc ABSPdcS := ASIN(SIN(ABSPdc)/2) ABSPdcS_2 := ABSPdcS*ABSPdcS ABSPdcS_4 := ABSPdcS_2*ABSPdcS_2 ABSPdcS_6 := ABSPdcS_4*ABSPdcS_2 SINCABSPdcS := 1-ABSPdcS_2/6+ABSPdcS_4/120-ABSPdcS_6/5040 !~sinc(x)=sin(x)/x LBSPdcS := ZBSPdc/(2*SINCABSPdcS) ABSPdcL := ABSPdc-ABSPdcS LBSPdcL := LBSPdc-LBSPdcS BYSPHa : SBEN, TYPE="class-5", L=LBSPdcL, ANGLE=ABSPdcL, TILT, & HGAP=GBSPdc, E1=0, FINT=FBSPdc, E2=0, FINTX=0 BYSPHb : SBEN, TYPE="class-5", L=LBSPdcS, ANGLE=ABSPdcS, TILT, & HGAP=GBSPdc, E1=0, FINT=0, E2=ABSPdc, FINTX=FBSPdc LZSPdc := 23.1 !Z distance from BEGSPH to BLXSPH center (m) LDSPdc := LZSPdc-LBLSP/2-ZBSPdc !sum of drift lengths (m) DSPdc1 : DRIF, L=2.931253585645 !BEGSPH to BYSPH DSPdc2 : DRIF, L=(LDSPdc-DSPdc1[L])/COS(ABSPdc) !BYSPH to BLXSPH DSPdc2b : DRIF, L=12.833/COS(ABSPdc) !BPMSPH to BLXSPH DSPdc2a : DRIF, L=DSPdc2[L]-DSPdc2b[L] !BYSPH to BPMSPH BYSPH_full : LINE=(BYSPHa,BYSPHb) SPRDkhDC : LINE=(DSPdc1,& BYSPH_full,DSPdc2a,BPMSPH,DSPdc2b,& BLXSPH_full) ! DC spreader option (SXR): single type-5 corrector (SA-388-310-30) BYSPSa : SBEN, TYPE="class-5", L=LBSPdcL, ANGLE=ABSPdcL, TILT, & HGAP=GBSPdc, E1=0, FINT=FBSPdc, E2=0, FINTX=0 BYSPSb : SBEN, TYPE="class-5", L=LBSPdcS, ANGLE=ABSPdcS, TILT, & HGAP=GBSPdc, E1=0, FINT=0, E2=ABSPdc, FINTX=FBSPdc BYSPS_full : LINE=(BYSPSa,BYSPSb) SPRDksbDC : LINE=(DSPdc1,& BYSPS_full,DSPdc2a,BPMSPS,DSPdc2b,& BLXSPS_full) ! BDES and IDES BDES := BLSPdc IDES := 47.04*BDES+671*BDES^3 VALUE, BDES,IDES ! ------------------------------------------------------------------------------ RETURN