! *** OPTICS=LCLS2sc14FEB18 *** ! LCLS2sc sector 7 dogleg plus match to bypass line ! ============================================================================== ! Modification History ! ------------------------------------------------------------------------------ ! 20-DEC-2017, M. Woodley ! * remove BCS ACM IMBCSDOG per C. Clarke ! 02-NOV-2017, M. Woodley ! * add sector boundary MARKERs ! ------------------------------------------------------------------------------ ! 05-MAY-2017, M. Woodley ! * move EXT/DOG boundary so that CCDLU is in DOG (per K. Fant) ! * remove IPEXTDOG (per K. Fant) ! ------------------------------------------------------------------------------ ! 16-FEB-2016, M. Woodley ! * move Dogleg/Bypass boundary to Z= 1202.631303 m per G. DeContreras ! * move RFBWSBP4 and WSBP4 from 1 FODO cell downstream of WSBP3 to 1 FODO ! cell upstream of WSBP1 ... rename ! * adjust locations of QL1P-QL4P for more robust matching ! ------------------------------------------------------------------------------ ! 28-NOV-2016, M. Woodley ! * merge LCLS-II' version 28NOV16 with LCLS2sc version 04NOV16 ! * include extended NIT line ! ------------------------------------------------------------------------------ ! 04-NOV-2016, M. Woodley ! * undefer IMBCSDOG (add-back list item) ! ------------------------------------------------------------------------------ ! 06-JUN-2016, M. Woodley ! * set TYPE="0.788D11.50" for R56-compensation chicane bends ! * reposition SDOG1, SDOG2, and WSDOG according to M. Gaynor & N. Stewart ! * set IMBCSDOG TYPE="BCS cavity" ! ------------------------------------------------------------------------------ ! 28-FEB-2016, Y. Nosochkov ! * place RFBWSBP1, WSBP1 u/s of QBP13 two sectors u/s of RFBWSBP2, WSBP2 (Tor) ! 08-FEB-2016, M. Woodley ! * add sextupoles to correct 2nd-order dispersion per P. Emma ! ------------------------------------------------------------------------------ ! 01-OCT-2015, M. Woodley ! * undefer OTRDOG ! * change keyword of WSDOG to WIRE ! * undefer R56-compensation chicane ! * scale bend angles of R56-compensation chicane up by 15% ! ------------------------------------------------------------------------------ ! 03-AUG-2015, M. Woodley ! * change TYPE of OTRs and YAGs per Henrik's PRD ! ------------------------------------------------------------------------------ ! 19-JUN-2015, M. Woodley ! * set CEDOG collimator length to 6 cm ! * undefer BPMDOG2 and BPMDOG6 ! * add OTRDOG; move WSDOG; move YCDOG6 ! * collimator gaps per P. Emma ! ------------------------------------------------------------------------------ ! 20-MAR-2014, M. Woodley ! * dogleg BPMs TYPE="Stripline-5" ! * new dogleg and bypass match BPM and corrector locations per T. O'Heron ! * replace QL1P (1.97Q20) and QL2P (1.97Q10) with 2Q10s ! * add BCS ACM downstream of BRB2 ! ------------------------------------------------------------------------------ ! 12-DEC-2014, M. Woodley ! * replace dogleg quadrupoles (1.625Q27.3) with 2Q10 quadrupoles ! * move dogleg collimator and wire scanner (and associated RFBs) to high ! vertical dispersion points ! * change RFBs (defer=2) to BPMs (defer=0) ! ------------------------------------------------------------------------------ ! 28-OCT-2014, M. Woodley ! * move stripline BPMs from quadrupole centers to ~0.543 m u/s of quadrupole ! center per D. Hanquist and J. Amann ! * add resistive-wall wakefield MARKer (for ELEGANT) per P. Emma ! ------------------------------------------------------------------------------ ! 15-OCT-2014, M. Woodley ! * add R56 compensation chicane ! * adjust deferment/deprecation levels ! ------------------------------------------------------------------------------ ! 07-AUG-2014, M. Woodley ! * diagnostics complement per "Electron Beam Diagnostics Systems" PRD ! (LCLSII-2.7-PR-0170) ! * replace some dogleg stripline BPMs with cavity BPMs ! * remove BC3 ! * decorate device TYPE attributes to indicate non-baseline status ! 17-APR-2014, M. Woodley ! * add "CNT" MARKERs after dispersive areas (ELEGANT CENTERing) ! ------------------------------------------------------------------------------ ! 26-MAR-2014, M. Woodley ! * element names changed to conform to nomenclature PRD ! ------------------------------------------------------------------------------ ! 01-MAR-2014, M. Woodley ! * change BC3 dipole type from 1.0D38.37 to 1D19.7 (BC2 dipole) ! 14-JAN-2014, M. Woodley ! * add BC3 ! ------------------------------------------------------------------------------ dZdog := 77.99997504 !Z-extent of dogleg (BRB1 entrance to BRB2 exit) ! ============================================================================== ! SBEN ! ------------------------------------------------------------------------------ ! upstream R56 compensation chicane: ! ABCX.. = chicane bend angle (rad) ! BBCX.. = chicane bend field (kG) ! LBCX.. = chicane bend path length (m) ! ABCX..S = "short" half chicane bend angle (rad) ! ABCX..L = "long" half chicane bend angle (rad) ! LBCX..S = "short" half chicane bend path length (m) ! LBCX..L = "long" half chicane bend path length (m) ABCXDLU0 := 0.010734075009 !R56=9.99E-5 ABCXDLU := 1.15*ABCXDLU0 !R56=1.32E-4 BBCXDLU := Brhof*SIN(ABCXDLU)/ZBCC ABCXDLU_2 := ABCXDLU*ABCXDLU ABCXDLU_4 := ABCXDLU_2*ABCXDLU_2 ABCXDLU_6 := ABCXDLU_4*ABCXDLU_2 SINCBCXDLU := 1-ABCXDLU_2/6+ABCXDLU_4/120-ABCXDLU_6/5040 LBCXDLU := ZBCC/SINCBCXDLU ABCXDLUS := ASIN(SIN(ABCXDLU)/2) ABCXDLUS_2 := ABCXDLUS*ABCXDLUS ABCXDLUS_4 := ABCXDLUS_2*ABCXDLUS_2 ABCXDLUS_6 := ABCXDLUS_4*ABCXDLUS_2 SINCBCXDLUS := 1-ABCXDLUS_2/6+ABCXDLUS_4/120-ABCXDLUS_6/5040 LBCXDLUS := ZBCC/(2*SINCBCXDLUS) ABCXDLUL := ABCXDLU-ABCXDLUS LBCXDLUL := LBCXDLU-LBCXDLUS BCXDLU1a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUS, & ANGLE=+ABCXDLUS, E1=0, FINT=0.5, FINTX=0 BCXDLU1b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUL, & ANGLE=+ABCXDLUL, E2=+ABCXDLU, FINT=0, FINTX=0.5 BCXDLU2a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUL, & ANGLE=-ABCXDLUL, E1=-ABCXDLU, FINT=0.5, FINTX=0 BCXDLU2b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUS, & ANGLE=-ABCXDLUS, E2=0, FINT=0, FINTX=0.5 BCXDLU3a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUS, & ANGLE=-ABCXDLUS, E1=0, FINT=0.5, FINTX=0 BCXDLU3b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUL, & ANGLE=-ABCXDLUL, E2=-ABCXDLU, FINT=0, FINTX=0.5 BCXDLU4a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUL, & ANGLE=+ABCXDLUL, E1=+ABCXDLU, FINT=0.5, FINTX=0 BCXDLU4b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLUS, & ANGLE=+ABCXDLUS, E2=0, FINT=0, FINTX=0.5 ! dogleg ! XOFF : x-offset of bypass line (old PEP-II 9-GeV) w.r.t. old linac axis ! (<0 is south) ! YOFF : y-offset of bypass line (old PEP-II 9-GeV) w.r.t. old linac axis ! (>0 is up) ! ROLLA : roll angle of sec-10 bends to get XOFF and YOFF bypass offsets GBR := 0.0254 !1.0D38.37 gap height (m) LBR := 1.0 !1.0D38.37 gap height (m) ANGA := 0.024477314713 !dogleg bend angle (rad) XOFF := -25.610*IN2M YOFF := 25.570*IN2M ROLLA := -1.054575132367 BRB1a : SBEN, TYPE="1.0D38.37", HGAP=GBR/2, L=LBR/2, ANGLE= ANGA/2, & E1= ANGA/2, E2=0, FINT=0.5, FINTX=0, TILT=ROLLA BRB1b : SBEN, TYPE="1.0D38.37", HGAP=GBR/2, L=LBR/2, ANGLE= ANGA/2, & E1=0, E2= ANGA/2, FINT=0, FINTX=0.5, TILT=ROLLA BRB2a : SBEN, TYPE="1.0D38.37", HGAP=GBR/2, L=LBR/2, ANGLE=-ANGA/2, & E1=-ANGA/2, E2=0, FINT=0.5, FINTX=0, TILT=ROLLA BRB2b : SBEN, TYPE="1.0D38.37", HGAP=GBR/2, L=LBR/2, ANGLE=-ANGA/2, & E1=0, E2=-ANGA/2, FINT=0, FINTX=0.5, TILT=ROLLA ! downstream R56 compensation chicane: ! ABCX.. = chicane bend angle (rad) ! BBCX.. = chicane bend field (kG) ! LBCX.. = chicane bend path length (m) ! ABCX..S = "short" half chicane bend angle (rad) ! ABCX..L = "long" half chicane bend angle (rad) ! LBCX..S = "short" half chicane bend path length (m) ! LBCX..L = "long" half chicane bend path length (m) ABCXDLD0 := 0.010734075009 !R56=9.99E-5 ABCXDLD := 1.15*ABCXDLD0 !R56=1.32E-4 BBCXDLD := Brhof*SIN(ABCXDLD)/ZBCC ABCXDLD_2 := ABCXDLD*ABCXDLD ABCXDLD_4 := ABCXDLD_2*ABCXDLD_2 ABCXDLD_6 := ABCXDLD_4*ABCXDLD_2 SINCBCXDLD := 1-ABCXDLD_2/6+ABCXDLD_4/120-ABCXDLD_6/5040 LBCXDLD := ZBCC/SINCBCXDLD ABCXDLDS := ASIN(SIN(ABCXDLD)/2) ABCXDLDS_2 := ABCXDLDS*ABCXDLDS ABCXDLDS_4 := ABCXDLDS_2*ABCXDLDS_2 ABCXDLDS_6 := ABCXDLDS_4*ABCXDLDS_2 SINCBCXDLDS := 1-ABCXDLDS_2/6+ABCXDLDS_4/120-ABCXDLDS_6/5040 LBCXDLDS := ZBCC/(2*SINCBCXDLDS) ABCXDLDL := ABCXDLD-ABCXDLDS LBCXDLDL := LBCXDLD-LBCXDLDS BCXDLD1a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDS, & ANGLE=+ABCXDLDS, E1=0, FINT=0.5, FINTX=0 BCXDLD1b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDL, & ANGLE=+ABCXDLDL, E2=+ABCXDLD, FINT=0, FINTX=0.5 BCXDLD2a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDL, & ANGLE=-ABCXDLDL, E1=-ABCXDLD, FINT=0.5, FINTX=0 BCXDLD2b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDS, & ANGLE=-ABCXDLDS, E2=0, FINT=0, FINTX=0.5 BCXDLD3a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDS, & ANGLE=-ABCXDLDS, E1=0, FINT=0.5, FINTX=0 BCXDLD3b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDL, & ANGLE=-ABCXDLDL, E2=-ABCXDLD, FINT=0, FINTX=0.5 BCXDLD4a : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDL, & ANGLE=+ABCXDLDL, E1=+ABCXDLD, FINT=0.5, FINTX=0 BCXDLD4b : SBEN, TYPE="0.788D11.50", HGAP=GBCC/2, L=LBCXDLDS, & ANGLE=+ABCXDLDS, E2=0, FINT=0, FINTX=0.5 ! ============================================================================== ! QUAD ! ------------------------------------------------------------------------------ ! dogleg KQDOG := 0.563669043771 QDOG1 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1= KQDOG QDOG2 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=-KQDOG QDOG3 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1= KQDOG QDOG4 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=-KQDOG QDOG5 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1= KQDOG QDOG6 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=-KQDOG QDOG7 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1= KQDOG QDOG8 : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=-KQDOG KQL1P := 0.322672990497 KQL2P := -0.155098581061 KQL3P := 0.223223791378 KQL4P := -0.284547516494 KQL5P := 0.151439029009 ! match to bypass line QL1P : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=KQL1P QL2P : QUAD, TYPE="2Q10", L=LQR/2, APER=rQR, K1=KQL2P QL3P : QUAD, TYPE="2Q4W", L=LQM/2, APER=rQM, K1=KQL3P QL4P : QUAD, TYPE="2Q4W", L=LQM/2, APER=rQM, K1=KQL4P QL5P : QUAD, TYPE="2Q4W", L=LQM/2, APER=rQM, K1=KQL5P ! bypass line FODO KQBYP := 0.060580505638 !45 degree per cell QBPF : QUAD, TYPE="2Q4", L=LQM/2, APER=rQM, K1= KQBYP QBPD : QUAD, TYPE="2Q4", L=LQM/2, APER=rQM, K1=-KQBYP QBP10 : QUAD, TYPE="2Q4", L=LQM/2, APER=rQM, K1=-KQBYP QBP11 : QUAD, TYPE="2Q4", L=LQM/2, APER=rQM, K1= KQBYP QBP12 : QUAD, TYPE="2Q4", L=LQM/2, APER=rQM, K1=-KQBYP ! integrated strengths COMMENT !nominal energy VALUE, (Cb*Ef)*KQDOG*LQR VALUE, (Cb*Ef)*KQL1P*LQR VALUE, (Cb*Ef)*KQL2P*LQR VALUE, (Cb*Ef)*KQL3P*LQM VALUE, (Cb*Ef)*KQL4P*LQM VALUE, (Cb*Ef)*KQL5P*LQM VALUE, (Cb*Ef)*KQBYP*LQM ENDCOMMENT COMMENT !maximum energy (10 GeV) VALUE, (Cb*Emax)*KQDOG*LQR VALUE, (Cb*Emax)*KQL1P*LQR VALUE, (Cb*Emax)*KQL2P*LQR VALUE, (Cb*Emax)*KQL3P*LQM VALUE, (Cb*Emax)*KQL4P*LQM VALUE, (Cb*Emax)*KQL5P*LQM VALUE, (Cb*Emax)*KQBYP*LQM ENDCOMMENT ! ============================================================================== ! SEXT ! ------------------------------------------------------------------------------ KSDOG1 := -9.188528778159 !-9.801 KSDOG2 := 22.656285408238 !-20.61 TSDOG1 := -13.252537412167 !-0.2331*DEGRAD TSDOG2 := 16.730337124203 ! 0.3342*DEGRAD SDOG1 : SEXT, TYPE="@1,1.38S3.00", L=LSb/2, APER=rSb, K2=KSDOG1, & TILT=RADDEG*TSDOG1 SDOG2 : SEXT, TYPE="@1,1.38S3.00", L=LSb/2, APER=rSb, K2=KSDOG2, & TILT=RADDEG*TSDOG2 COMMENT VALUE, (Cb*Ef)*KSDOG1*LSb,(Cb*10)*KSDOG1*LSb VALUE, (Cb*Ef)*KSDOG2*LSb,(Cb*10)*KSDOG2*LSb ENDCOMMENT ! ============================================================================== ! ROLL ! ------------------------------------------------------------------------------ AROBRB1 := -0.12862097586E-3 AROBRB2 := -AROBRB1 ROBRB1 : SROT, ANGLE=AROBRB1 ROBRB2 : SROT, ANGLE=AROBRB2 ! ============================================================================== ! DRIF ! ------------------------------------------------------------------------------ ! R56 compensation chicane DCCDLUo : DRIF, L=ZDCC/COS(ABCXDLU), TYPE="CSR" DCCDLUi : DRIF, L=ZDCC/2, TYPE="CSR" ! dogleg NQBD := 8 !number of dogleg quads LTOTA := 76.02294776001 !path length from BRB1-exit to BRB2-entrance LDBD := (LTOTA+LBR)/(NQBD/2) !FODO cell half length dLDBD := -0.124816874499E-4 !adjustment for dispersion correction LDBDh := LDBD/2+dLDBD !FODO cell half length DBDm1 : DRIF, L=0.5 !drift between CCDLU and BRB1 DBD : DRIF, L=LTOTA DBD0 : DRIF, L=(LDBDh-LBR-LQR)/2-4*dLDBD DBD1 : DRIF, L=LDBDh-LQR DBD2 : DRIF, L=LDBDh-LQR DBD3 : DRIF, L=LDBDh-LQR DBD4 : DRIF, L=LDBDh-LQR DBD5 : DRIF, L=LDBDh-LQR DBD6 : DRIF, L=LDBDh-LQR DBD7 : DRIF, L=LDBDh-LQR DBD8 : DRIF, L=(LDBDh-LQR-LBR)/2-4*dLDBD COMMENT VALUE, LTOTA,(NQBD/2)*LDBD-LBR VALUE, DBD0[L]+DBD1[L]+DBD2[L]+DBD3[L]+DBD4[L]+& DBD5[L]+DBD6[L]+DBD7[L]+DBD8[L]+NQBD*LQR ENDCOMMENT DBD1Sb : DRIF, L=0.2016 DBD1Sa : DRIF, L=DBD1[L]-LSb-DBD1Sb[L] DBD6Sb : DRIF, L=0.203095 DBD6Sa : DRIF, L=DBD6[L]-LSb-DBD6Sb[L] DBD0a : DRIF, L=1.0 DBD0c : DRIF, L=0.5185-LQR/2 DBD0b : DRIF, L=DBD0[L]-DBD0a[L]-DBD0c[L] DBD1a : DRIF, L=0.5786-LQR/2 DBD1d : DRIF, L=0.2016 DBD1c : DRIF, L=0.536-LSb-DBD1d[L] DBD1b : DRIF, L=DBD1[L]-DBD1a[L]-Ljaw-DBD1c[L]-LSb-DBD1d[L] DBD2a : DRIF, L=0.5786-LQR/2 DBD2b : DRIF, L=0.6368 DBD2d : DRIF, L=0.5185-LQR/2 DBD2c : DRIF, L=DBD2[L]-DBD2a[L]-DBD2b[L]-DBD2d[L] DBD3a : DRIF, L=0.5786-LQR/2 DBD3c : DRIF, L=0.5185-LQR/2 DBD3b : DRIF, L=DBD3[L]-DBD3a[L]-DBD3c[L] DBD4a : DRIF, L=0.5786-LQR/2 DBD4c : DRIF, L=0.5185-LQR/2 DBD4b : DRIF, L=DBD4[L]-DBD4a[L]-DBD4c[L] DBD4h : DRIF, L=DBD4[L]/2 DBD5a : DRIF, L=0.5786-LQR/2 DBD5c : DRIF, L=0.5 DBD5d : DRIF, L=0.536 DBD5b : DRIF, L=DBD5[L]-DBD5a[L]-DBD5c[L]-DBD5d[L] DBD6a : DRIF, L=0.5786-LQR/2 DBD6b : DRIF, L=0.527 DBD6e : DRIF, L=0.203095 DBD6d : DRIF, L=0.772576-LQR/2-LSb-DBD6e[L] DBD6c : DRIF, L=DBD6[L]-DBD6a[L]-DBD6b[L]-DBD6d[L]-LSb-DBD6e[L] DBD7a : DRIF, L=0.5786-LQR/2 DBD7c : DRIF, L=0.5185-LQR/2 DBD7b : DRIF, L=DBD7[L]-DBD7a[L]-DBD7c[L] DBD8a : DRIF, L=0.5786-LQR/2 DBD8b : DRIF, L=DBD8[L]-DBD8a[L] ! R56 compensation chicane DCCDLDo : DRIF, L=ZDCC/COS(ABCXDLD), TYPE="CSR" DCCDLDi : DRIF, L=ZDCC/2, TYPE="CSR" ! bypass line FODO DBP : DRIF, L=(101.6-LQM)/2 DBPsa : DRIF, L=15.468697 !to sector boundary DBPsb : DRIF, L=DBP[L]-DBPsa[L] ! match to bypass line LLtot := 99.751028066308 LL0 := 5.0 LL1 := 18.0 LL2 := 34.5 LL3 := 11.0 LL4 := LLtot-LL0-LL1-LL2-LL3 DLCCP : DRIF, L=0.5 DL0P : DRIF, L=LL0 DL1P : DRIF, L=LL1 DL2P : DRIF, L=LL2 DL3P : DRIF, L=LL3 DL4P : DRIF, L=LL4 DL0Pa : DRIF, L=0.3 DL0Pb : DRIF, L=LL0-DL0Pa[L] DL1Pa : DRIF, L=0.4471 DL1Pb : DRIF, L=0.6368 DL1Pc : DRIF, L=LL1-DL1Pa[L]-DL1Pb[L] DL2Pa : DRIF, L=0.4471 DL2Pb : DRIF, L=0.6368 DL2Pc : DRIF, L=LL2-DL2Pa[L]-DL2Pb[L] DL3Pa : DRIF, L=0.4598 DL3Pb : DRIF, L=0.7433 DL3Pc : DRIF, L=5.9032251 DL3Pd : DRIF, L=LL3-DL3Pa[L]-DL3Pb[L]-DL3Pc[L] DL4Pa : DRIF, L=0.4598 DL4Pb : DRIF, L=0.7433 DL4Pc : DRIF, L=LL4-DL4Pa[L]-DL4Pb[L] DBPa : DRIF, L=0.4598 DBPb : DRIF, L=0.7433 DBPc : DRIF, L=DBP[L]-DBPa[L]-DBPb[L] DBPe : DRIF, L=0.1 DBPf : DRIF, L=1.0 DBPd : DRIF, L=DBP[L]-DBPa[L]-DBPb[L]-DBPe[L]-DBPf[L] ! ============================================================================== ! BPMs ! ------------------------------------------------------------------------------ BPMDOG1 : MONI, TYPE="Stripline-5" BPMDOG2 : MONI, TYPE="Stripline-5" !RFBDOG2 : MONI, TYPE="@2,CavityL-1" BPMDOG3 : MONI, TYPE="Stripline-5" BPMDOG4 : MONI, TYPE="Stripline-5" BPMDOG5 : MONI, TYPE="Stripline-5" BPMDOG6 : MONI, TYPE="Stripline-5" !RFBDOG6 : MONI, TYPE="@2,CavityL-1" BPMDOG7 : MONI, TYPE="Stripline-5" BPMDOG8 : MONI, TYPE="Stripline-5" BPML1P : MONI, TYPE="Stripline-5" BPML2P : MONI, TYPE="Stripline-5" BPML3P : MONI, TYPE="Stripline-5" BPML4P : MONI, TYPE="Stripline-5" BPML5P : MONI, TYPE="Stripline-5" BPMBP10 : MONI, TYPE="Stripline-5" BPMBP11 : MONI, TYPE="Stripline-5" BPMBP12 : MONI, TYPE="Stripline-5" RFBWSBP1 : MONI, TYPE="@2,CavityS-1" ! ============================================================================== ! XCORs ! ------------------------------------------------------------------------------ XCDOG1 : HKIC, TYPE="type-4" XCDOG3 : HKIC, TYPE="type-4" XCDOG5 : HKIC, TYPE="type-4" XCDOG7 : HKIC, TYPE="type-4" XCL1P : HKIC, TYPE="type-4" XCL3P : HKIC, TYPE="type-4" XCL5P : HKIC, TYPE="type-4" XCBP11 : HKIC, TYPE="type-4" ! ============================================================================== ! YCORs ! ------------------------------------------------------------------------------ YCDOG0 : VKIC, TYPE="type-4" YCDOG2 : VKIC, TYPE="type-4" YCDOG4 : VKIC, TYPE="type-4" YCDOG6 : VKIC, TYPE="type-4" YCDOG8 : VKIC, TYPE="type-4" YCL2P : VKIC, TYPE="type-4" YCL4P : VKIC, TYPE="type-4" YCBP10 : VKIC, TYPE="type-4" YCBP12 : VKIC, TYPE="type-4" ! ============================================================================== ! marker points, etc. ! ------------------------------------------------------------------------------ ! collimator ! CEDOG : energy coll in bypass dog-leg (YSIZE is half-gap) CEDOG : RCOL, L=Ljaw, YSIZE=8.6E-3, TYPE="VCOLL" ! beam profile measurement OTRDOG : PROF, TYPE="OTR" WSDOG : WIRE, TYPE="@3,fast" OTR31 : PROF, TYPE="@3,YAG/OTR PSI" !CSR-induced coupling from dogleg WSBP1 : WIRE, TYPE="fast" ! markers CCDLUBEG : MARK CCDLUMID : MARK CNTDLU : MARK, TYPE="CENTER" CCDLUEND : MARK BEGBD : MARK clBRB1 : MARK !BRB1 centerline MIDBD : MARK clBRB2 : MARK !BRB2 centerline CNTDOG : MARK, TYPE="CENTER" ENDBD : MARK CCDLDBEG : MARK CCDLDMID : MARK CNTDLD : MARK, TYPE="CENTER" CCDLDEND : MARK RWWAKE2 : MARK, TYPE="WAKE" !dogleg beampipe wake applied here ! sector boundaries (ZBEG=101.6*(n-1); ZEND=101.6*n) BPN09BEG : MARK ; BPN09END : MARK BPN10BEG : MARK ; BPN10END : MARK BPN11BEG : MARK ; BPN11END : MARK BPN12BEG : MARK ! ============================================================================== ! BEAMLINE ! ------------------------------------------------------------------------------ CCDLU : LINE=(CCDLUBEG,& BCXDLU1a,BCXDLU1b,DCCDLUo,& BCXDLU2a,BCXDLU2b,DCCDLUi,CCDLUMID,DCCDLUi,& BCXDLU3a,BCXDLU3b,DCCDLUo,& BCXDLU4a,BCXDLU4b,CNTDLU,CCDLUEND) CCDLD : LINE=(CCDLDBEG,& BCXDLD1a,BCXDLD1b,DCCDLDo,& BCXDLD2a,BCXDLD2b,DCCDLDi,CCDLDMID,DCCDLDi,& BCXDLD3a,BCXDLD3b,DCCDLDo,& BCXDLD4a,BCXDLD4b,CNTDLD,CCDLDEND) DLBP0 : LINE=(& BRB1a,clBRB1,BRB1b,ROBRB1,DBD0,& QDOG1,QDOG1,DBD1,& QDOG2,QDOG2,DBD2,& QDOG3,QDOG3,DBD3,& QDOG4,QDOG4,DBD4h,MIDBD,DBD4h,& QDOG5,QDOG5,DBD5,& QDOG6,QDOG6,DBD6,& QDOG7,QDOG7,DBD7,& QDOG8,QDOG8,DBD8,& ROBRB2,BRB2a,clBRB2,BRB2b) DLBP0S : LINE=(& BRB1a,clBRB1,BRB1b,ROBRB1,DBD0,& QDOG1,QDOG1,DBD1Sa,SDOG1,SDOG1,DBD1Sb,& QDOG2,QDOG2,DBD2,& QDOG3,QDOG3,DBD3,& QDOG4,QDOG4,DBD4h,MIDBD,DBD4h,& QDOG5,QDOG5,DBD5,& QDOG6,QDOG6,DBD6Sa,SDOG2,SDOG2,DBD6Sb,& QDOG7,QDOG7,DBD7,& QDOG8,QDOG8,DBD8,& ROBRB2,BRB2a,clBRB2,BRB2b) DLBP : LINE=(BEGBD,& BRB1a,clBRB1,BRB1b,ROBRB1,DBD0a,YCDOG0,DBD0b,XCDOG1,DBD0c,& QDOG1,QDOG1,DBD1a,BPMDOG1,DBD1b,CEDOG,DBD1c,& SDOG1,SDOG1,DBD1d,& QDOG2,QDOG2,DBD2a,BPMDOG2,DBD2b,YCDOG2,DBD2c,XCDOG3,DBD2d,& QDOG3,QDOG3,DBD3a,BPMDOG3,DBD3b,YCDOG4,DBD3c,& QDOG4,QDOG4,DBD4a,BPMDOG4,DBD4b,XCDOG5,DBD4c,& QDOG5,QDOG5,DBD5a,BPMDOG5,DBD5b,YCDOG6,DBD5c,OTRDOG,DBD5d,& QDOG6,QDOG6,DBD6a,BPMDOG6,DBD6b,WSDOG,DBD6c,XCDOG7,DBD6d,& SDOG2,SDOG2,DBD6e,& QDOG7,QDOG7,DBD7a,BPMDOG7,DBD7b,YCDOG8,DBD7c,& QDOG8,QDOG8,DBD8a,BPMDOG8,DBD8b,ROBRB2,& BRB2a,clBRB2,BRB2b,CNTDOG,& ENDBD) comment MTCH1 : LINE=(DLCCP,& CCDLD,DL0P,& QL1P,QL1P,DL1P,& QL2P,QL2P,DL2P,& QL3P,QL3P,DL3P,& QL4P,QL4P,DL4P,& QL5P,QL5P,DBP,DBP,& QBP10,QBP10,DBPa,DBPb,DBPd,DBPe,WSBP0,DBPf,DBP,& QBP11,QBP11,DBP,DBP,& QBP12,QBP12,DBPa,DBPb,DBPd) endcomment !comment MTCH1 : LINE=(DLCCP,& CCDLD,DL0Pa,OTR31,DL0Pb,& QL1P,QL1P,DL1Pa,BPML1P,DL1Pb,XCL1P,DL1Pc,& QL2P,QL2P,DL2Pa,BPML2P,DL2Pb,YCL2P,DL2Pc,& QL3P,QL3P,DL3Pa,BPML3P,DL3Pb,XCL3P,DL3Pc,BPN09BEG,DL3Pd,& QL4P,QL4P,DL4Pa,BPML4P,DL4Pb,YCL4P,DL4Pc,& QL5P,QL5P,DBPa,BPML5P,DBPb,XCL5P,DBPc,& DBPsa,BPN09END,BPN10BEG,DBPsb,& QBP10,QBP10,DBPa,BPMBP10,DBPb,YCBP10,DBPd,RFBWSBP1,DBPe,WSBP1,DBPf,& DBPsa,BPN10END,BPN11BEG,DBPsb,& QBP11,QBP11,DBPa,BPMBP11,DBPb,XCBP11,DBPc,& DBPsa,BPN11END,BPN12BEG,DBPsb,& QBP12,QBP12,DBPa,BPMBP12,DBPb,YCBP12,DBPd) !endcomment DLBM : LINE=(BEGDOG,CCDLU,DBDm1,DLBP,RWWAKE2,MTCH1,ENDDOG) Bfodo : LINE=(QBPF,DBP,DBP,QBPD,QBPD,DBP,DBP,QBPF) ! ------------------------------------------------------------------------------ RETURN