! *** OPTICS=AD_ACCEL_HE-28APR21 *** ! LCLS-II-HE linacs: L0, L1, L2, L3, L4, L0LEI ! ============================================================================== ! Modification History ! ------------------------------------------------------------------------------ ! 19-APR-2021, M. Woodley ! * CM00 energy gains and phases per C. Mayes ! 26-MAR-2021, Y. Nosochkov ! * rematch QCM00 for shorter LEI dogleg matching section ! 15-MAR-2021, Y. Nosochkov ! * set DCAP0d2 to 1.72438 (per M. Woodley) ! 13-MAR-2021, Y. Nosochkov ! * rematch KQCM00 for shorter matching section u/s of LEI dogleg ! 09-MAR-2021, M. Woodley ! * add CM00 (LEI beamline) ! 13-FEB-2021, M. Woodley ! * add vacuum components in SLOT32 per R. Coy ! ------------------------------------------------------------------------------ ! 11-SEP-2020, M. Woodley ! * add 3 HE CM's (for a total of 58 1.3 GHz CM's) ! * move L3-L4 split to slot #32 ... rename SLOT29 to SLOT32 ! * move L4 vacuum break to between CM45 and CM46 ! * remove 3 EXT quads ! 31-AUG-2020, M. Woodley ! * change QX01, QX02, and QX03 to 1.085Q4.31 ("QE") per R. Coy ! ------------------------------------------------------------------------------ ! 27-AUG-2020, M. Woodley ! * add unsplit 1.3 GHz cavity #5 and 3.9 Ghz cavity #2 definitions for BMAD ! ------------------------------------------------------------------------------ ! 16-JUN-2020, M. Woodley ! * rename CM's based on "slot number" (no CM29) ! * make DNOLEX into a LINE and an area (SLOT29) ! 09-JAN-2020, M. Woodley ! * new baseline (no LEX) ! ------------------------------------------------------------------------------ ! 03-JUL-2019, M. Woodley ! * extend LEX by 12.22039 m (1 CM slot-length) + 2.183332 m (to put CM29 and ! CM30 waveguides at their LCLS-II baseline locations) ! ------------------------------------------------------------------------------ ! 08-AUG-2017, M. Woodley ! * L0 gradients and phases from 100 pC ASTRA run, per C. Mayes ! * L3 has 13 CMs: CM16-CM25/break/CM26-CM28 ! * L4 has 27 CMs: CM29-CM42/break/CM43-CM55 ! * gradient of L2 and L3 = 18 MV/m (includes 3% overhead) ! * gradient of L4a (CM29-CM35) = 18 MV/m (includes 3% overhead) ! * gradient of L4b (CM36-CM55) = 20.8 MV/m (includes 6% overhead) ! * phase of L3 and L4 = 5 degrees off-crest ! * energy at BC2 = 1.87 GeV; energy at L3EXT = 3.74 GeV; final energy = 8 GeV ! ------------------------------------------------------------------------------ ! 04-JUL-2017, M. Woodley ! * L3 has 14 CMs: CM16-CM25/break/CM26-CM29 ! * L4 has 26 CMs: CM30-CM42/break/CM43-CM55 ! * gradient of L2 and L3 = 18 MV/m (includes 6% overhead) ! * gradient of L4a (CM30-CM35) = 18 MV/m (includes 6% overhead) ! * gradient of L4b (CM36-CM55) = 21.7 MV/m (includes 6% overhead) ! * phase of L3 and L4 = 5 degrees off-crest ! * energy at BC2 = 1.8 GeV; energy at L3EXT = 3.8 GeV; final energy = 8 GeV ! 01-JUL-2016, M. Woodley ! * LCLS-II-HE ! * new L3-L4 connector section (includes extraction) ! * new extraction to PEP-II e+ bypass (SIT) line ! ------------------------------------------------------------------------------ ! 04-NOV-2016, M. Woodley ! * change cryo-quadrupole effective length from 0.29 m to 0.23 m ! * change CM03-to-CMH1 interconnect dimensions per A. Dalesandro (FNAL) ! * change from gate valve flange face callouts to mating surface callouts for ! 1.3 GHz cryomodules ! * add beamline flanges ! ------------------------------------------------------------------------------ ! 06-JUN-2016, M. Woodley ! * move 1.3 GHz HOMs d/s 27.19 mm per Yun He (FNAL) ... maintain slot length ! 26-MAY-2016, M. Woodley ! * 3.9 GHz layout update (18-May-2016) per Yun He (FNAL) ! * put HOMs ("Beam Line Absorbers") back at the d/s end of L0, L2, and L3 per ! C. Adolphsen email of 20-May-2016 ! 11-MAY-2016, M. Woodley ! * set L0 d/s MSC length to 1.829 m; locations of vacuum components (V*0H00) ! per H.Alvarez ! 28-APR-2016, M. Woodley ! * post-to-cap dimensions from SD-375-000-99-R2 ! 22-APR-2016, M. Woodley ! * add 1.1 mm to CM03-CMH1 interconnect ! * add 3.47 mm to CMH1-CMH2 interconnect ! * 3.9 GHz CM cold dimensions per Y. He (20-Apr-2016) ! 28-MAR-2016, M. Woodley ! * add end cap and feed cap MARKers ! ------------------------------------------------------------------------------ ! 14-MAR-2016, M. Woodley ! * 3.9 GHz layout update per Yun He (FNAL) ! 02-FEB-2016, M. Woodley ! * new 1.3 GHz layout per T. Peterson/J. Kaluzny (FNAL) [19-Nov-2015] ! * new 3.9 GHz layout per T. Peterson (FNAL) [02-Dec-2015] ! * feed cap, end cap, and stay-clear dimensions from drawing SD-375-000-99-R1 ! * remove last HOM in each linac section (L0/L1/L2/L3) ! * adjust Differential Pumping Stay-Clears to restore locations of ! LH/BC1/BC2/dogleg ! * split 1.3 GHz cavity #5's to insert MARKer for center post ! * remove BPM1C00/RFB1C00 (now that there are BPMs in the 3.9 GHz cryomodules) ! 01-FEB-2016, M. Woodley ! * new 100 pC input beams from J. Qiang/C. Mitchell ! 01-NOV-2015, M. Woodley ! * new 100 pC input beam from F. Zhou (Twiss from P. Emma) ! ------------------------------------------------------------------------------ ! 01-OCT-2015, M. Woodley ! * add vacuum components and fixed-aperture collimator in L0 downstream ! mechanical-stay-clear space ! * fix negative D2C00a drift length error by shortening DPSC2D drift ! * add BEAM0 MARKer ! ------------------------------------------------------------------------------ ! 19-JUN-2015, M. Woodley ! * lengthen special L0 u/s end cap, per H.Alvarez ... moves gun u/s ! * move ASTRA point to dZ=15.0 m from gun (temporarily) ! * use QCM01 for matching ! * undefer BPM1C00 ! ------------------------------------------------------------------------------ ! 20-MAR-2015, M. Woodley ! * add APER definition for cryo-quads ! ------------------------------------------------------------------------------ ! 12-DEC-2014, M. Woodley ! * new FNAL 1.3 GHz cryomodule layout (F10010875) per M. Carrasco ! * new end cap and mechanical stay-clear dimensions per H. Alvarez ! * because mechanical stay-clear spaces got ~0.5 m longer, shorten ! differential pumping spaces from 3.0 m to ~2.5 m to keep cryomodules in ! previous Z-locations (checked with D. Gill) ! * keep previous L3 vacuum break length (not designed yet) ! * replace RFB1C00 (defer=2) with BPM1C00 (defer=0) ! ------------------------------------------------------------------------------ ! 15-OCT-2014, M. Woodley ! * new FNAL 3.9 GHz cryomodule layout (F10014857) via M. Carrasco ... assume ! save interconnect and d/s end cap dimensions as 1.3 GHz cryomodule ! * add 3.0 m differential pumping stay-clear after L0 ! * add RFB0H00 between L0 mechanical stay-clear and differential pumping ! stay-clear ! * adjust deferment/deprecation levels ! ------------------------------------------------------------------------------ ! 07-AUG-2014, M. Woodley ! * new cryomodule layout per FNAL folks via H. Alvarez ! * L1 phase advance per FODO cell lowered to 45 degrees ! * cryomodule BPMs will be button-type ... rename RFB* -> BPM* ! * shorten 3.9 GHz CMs and remove QUAD/BPM/corrector packages ! ------------------------------------------------------------------------------ ! 25-APR-2014, M. Woodley ! * new cryomodule layout per FNAL folks via H. Alvarez ! * add HOM absorber MARKERs (HOMCM*) ! ------------------------------------------------------------------------------ ! 27-MAR-2014, M. Woodley ! * all cryomodules now have standard Q/XC/YC/BPM package ! * remove COUPLER MARKer points ! * add CM34/CM35 energy feedback phase "kink" ! * element names changed to conform to nomenclature PRD ! ------------------------------------------------------------------------------ ! 19-FEB-2014, M. Woodley ! * updated cryomodule layout ! * 3.9 GHz linearizer is now 2 standard cryostats with 8 cavities each ! ------------------------------------------------------------------------------ ! 07-JAN-2014, M. Woodley ! Energy profile (CM01 amplitudes and phases) per P. Emma (20-DEC-2013) ! ------------------------------------------------------------------------------ ! 30-OCT-2013, M. Woodley ! LCLS2sc v1.2 ! ------------------------------------------------------------------------------ ! ============================================================================== ! LCAV ! ------------------------------------------------------------------------------ ! CM01 (L0), CM02 (L1), and CM03 (L1) cavities have individual power sources ! ------------------------------------------------------------------------------ Lambda := CLIGHT/1.3E+09 !1.3 GHz wavelength LcavL := 9*Lambda/2 !1.3 GHz cavity active length LcavR := 70e-3/2 !1.3 GHz cavity iris radius CcavL := LcavL/3 !3.9 GHz cavity active length CcavR := 30e-3/2 !3.9 GHz cavity iris radius Lcav52cp := 0.14035 !cavity #5 center to support post LcavLa := LcavL/2+Lcav52cp !cavity #5 length u/s of support post LcavLb := LcavL-LcavLa !cavity #5 length d/s of support post Ccav22cp := 0.11262 !support post to cavity #2 center CcavLa := CcavL/2-Ccav22cp !cavity #2 length u/s of support post CcavLb := CcavL-CcavLa !cavity #2 length d/s of support post FracL1 := 0.993584966016 !100*(1-FracL1)= L1 overhead (%) GradL1 := 11.1*FracL1 !MeV/m PhasL1 := -19.2 !degrees GHcav := 9.053035 !MeV/m PHcav := -148.97 !degrees FracL2 := 0.9694208533375 !100*(1-FracL2)= L2 overhead (%) GradL2 := 16.0*FracL2 !MeV/m PhasL2 := -20.75 !degrees FracL3 := FracL2 !100*(1-FracL3)= L3 overhead (%) GradL3 := 16.0*FracL3 !MeV/m PhasL3 := 0.0 !degrees FracL4a := FracL2 !100*(1-FracL4a)= L4a overhead (%) GradL4a := 16.0*FracL4a !MeV/m PhasL4a := 0.0 !degrees FracL4b := 0.9440948704722 !100*(1-FracL4b)= L4b overhead (%) GradL4b := 20.8*FracL4b !MeV/m PhasL4b := 0.0 !degrees COMMENT LactL2 := 12*8*LcavL LactL3 := 16*8*LcavL LactL4a := 4*8*LcavL LactL4b := 23*8*LcavL VALUE, GradL2, GradL2 /FracL2, 100*(1-FracL2), PhasL2, LactL2 VALUE, GradL3, GradL3 /FracL3, 100*(1-FracL3), PhasL3, LactL3 VALUE, GradL4a,GradL4a/FracL4a,100*(1-FracL4a),PhasL4a,LactL4a VALUE, GradL4b,GradL4b/FracL4b,100*(1-FracL4b),PhasL4b,LactL4b VALUE, E1+1.0E-3*GradL2 *LactL2 *COS(RADDEG*PhasL2),E2 VALUE, E2+1.0E-3*GradL3 *LactL3 *COS(RADDEG*PhasL3),E3 VALUE, E3+1.0E-3*GradL4a*LactL4a*COS(RADDEG*PhasL4a)+ & 1.0E-3*GradL4b*LactL4b*COS(RADDEG*PhasL4b),Ef STOP ENDCOMMENT ! L0 (new settings from reference 100 pC Astra run July 2017 per C. Mayes) ! Maximum E_z in MV/m from Astra optimization L011_scale := 15.8 L012_scale := 0 ! off L013_scale := 0 ! off L014_scale := 28 L015_scale := 32 L016_scale := 32 L017_scale := 32 L018_scale := 32 ! Phases (deg) P011 := -4.0 P012 := 0 P013 := 0 P014 := 0 P015 := 0 P016 := 0 P017 := 1.25 P018 := 6.0 ! Fix scaling to end up with final injection energy Ei: L0_factor1 := L011_scale*COS(RADDEG*P011)+ & L012_scale*COS(RADDEG*P012)+ & L013_scale*COS(RADDEG*P013)+ & L014_scale*COS(RADDEG*P014) L0_factor2 := L015_scale*COS(RADDEG*P015)+ & L016_scale*COS(RADDEG*P016)+ & L017_scale*COS(RADDEG*P017)+ & L018_scale*COS(RADDEG*P018) L0_scale := 1.0E3*(Ei- E0)/(L0_factor1+L0_factor2)/LcavL G011 := L011_scale*L0_scale G012 := L012_scale*L0_scale G013 := L013_scale*L0_scale G014 := L014_scale*L0_scale G015 := L015_scale*L0_scale G016 := L016_scale*L0_scale G017 := L017_scale*L0_scale G018 := L018_scale*L0_scale CAVL011 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G011*LcavL, PHI0=P011/360 CAVL012 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G012*LcavL, PHI0=P012/360 CAVL013 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G013*LcavL, PHI0=P013/360 CAVL014 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G014*LcavL, PHI0=P014/360 CAVL015a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=G015*LcavLa, PHI0=P015/360 CAVL015b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=G015*LcavLb, PHI0=P015/360 CAVL016 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G016*LcavL, PHI0=P016/360 CAVL017 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G017*LcavL, PHI0=P017/360 CAVL018 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G018*LcavL, PHI0=P018/360 ! L1 G021 := GradL1 ; P021 := PhasL1 G022 := GradL1 ; P022 := PhasL1 G023 := GradL1 ; P023 := PhasL1 G024 := GradL1 ; P024 := PhasL1 G025 := GradL1 ; P025 := PhasL1 G026 := GradL1 ; P026 := PhasL1 G027 := GradL1 ; P027 := PhasL1 G028 := GradL1 ; P028 := PhasL1 CAVL021 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G021*LcavL, PHI0=P021/360 CAVL022 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G022*LcavL, PHI0=P022/360 CAVL023 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G023*LcavL, PHI0=P023/360 CAVL024 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G024*LcavL, PHI0=P024/360 CAVL025a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=G025*LcavLa, PHI0=P025/360 CAVL025b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=G025*LcavLb, PHI0=P025/360 CAVL026 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G026*LcavL, PHI0=P026/360 CAVL027 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G027*LcavL, PHI0=P027/360 CAVL028 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G028*LcavL, PHI0=P028/360 G031 := GradL1 ; P031 := PhasL1 G032 := GradL1 ; P032 := PhasL1 G033 := GradL1 ; P033 := PhasL1 G034 := GradL1 ; P034 := PhasL1 G035 := GradL1 ; P035 := PhasL1 G036 := GradL1 ; P036 := PhasL1 G037 := GradL1 ; P037 := PhasL1 G038 := GradL1 ; P038 := PhasL1 CAVL031 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G031*LcavL, PHI0=P031/360 CAVL032 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G032*LcavL, PHI0=P032/360 CAVL033 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G033*LcavL, PHI0=P033/360 CAVL034 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G034*LcavL, PHI0=P034/360 CAVL035a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=G035*LcavLa, PHI0=P035/360 CAVL035b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=G035*LcavLb, PHI0=P035/360 CAVL036 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G036*LcavL, PHI0=P036/360 CAVL037 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G037*LcavL, PHI0=P037/360 CAVL038 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G038*LcavL, PHI0=P038/360 ! 3rd harmonic linearizer CAVC011 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC012a : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavLa, & DELTAE=GHcav*CcavLa, PHI0=PHcav/360 CAVC012b : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavLb, & DELTAE=GHcav*CcavLb, PHI0=PHcav/360 CAVC013 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC014 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC015 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC016 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC017 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC018 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC021 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC022a : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavLa, & DELTAE=GHcav*CcavLa, PHI0=PHcav/360 CAVC022b : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavLb, & DELTAE=GHcav*CcavLb, PHI0=PHcav/360 CAVC023 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC024 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC025 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC026 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC027 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC028 : LCAV, TYPE="cryo", FREQ=3900, APER=CcavR, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 ! L2 CAVL041 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL042 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL043 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL044 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL045a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL045b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL046 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL047 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL048 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL051 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL052 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL053 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL054 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL055a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL055b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL056 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL057 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL058 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL061 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL062 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL063 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL064 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL065a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL065b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL066 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL067 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL068 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL071 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL072 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL073 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL074 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL075a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL075b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL076 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL077 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL078 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL081 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL082 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL083 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL084 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL085a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL085b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL086 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL087 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL088 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL091 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL092 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL093 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL094 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL095a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL095b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL096 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL097 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL098 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL101 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL102 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL103 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL104 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL105a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL105b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL106 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL107 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL108 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL111 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL112 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL113 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL114 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL115a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL115b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL116 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL117 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL118 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL121 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL122 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL123 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL124 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL125a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL125b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL126 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL127 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL128 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL131 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL132 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL133 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL134 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL135a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL135b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL136 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL137 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL138 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL141 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL142 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL143 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL144 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL145a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL145b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL146 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL147 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL148 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL151 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL152 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL153 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL154 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL155a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL2*LcavLa, PHI0=PhasL2/360 CAVL155b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL2*LcavLb, PHI0=PhasL2/360 CAVL156 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL157 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL158 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 ! L3 CAVL161 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL162 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL163 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL164 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL165a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL165b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL166 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL167 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL168 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL171 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL172 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL173 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL174 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL175a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL175b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL176 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL177 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL178 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL181 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL182 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL183 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL184 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL185a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL185b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL186 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL187 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL188 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL191 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL192 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL193 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL194 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL195a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL195b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL196 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL197 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL198 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL201 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL202 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL203 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL204 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL205a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL205b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL206 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL207 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL208 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL211 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL212 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL213 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL214 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL215a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL215b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL216 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL217 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL218 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL221 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL222 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL223 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL224 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL225a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL225b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL226 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL227 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL228 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL231 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL232 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL233 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL234 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL235a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL235b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL236 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL237 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL238 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL241 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL242 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL243 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL244 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL245a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL245b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL246 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL247 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL248 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL251 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL252 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL253 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL254 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL255a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL255b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL256 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL257 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL258 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL261 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL262 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL263 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL264 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL265a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL265b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL266 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL267 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL268 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL271 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL272 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL273 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL274 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL275a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL275b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL276 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL277 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL278 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL281 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL282 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL283 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL284 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL285a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL285b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL286 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL287 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL288 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL291 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL292 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL293 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL294 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL295a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL295b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL296 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL297 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL298 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL301 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL302 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL303 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL304 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL305a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL305b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL306 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL307 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL308 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL311 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL312 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL313 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL314 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL315a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL3*LcavLa, PHI0=PhasL3/360 CAVL315b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL3*LcavLb, PHI0=PhasL3/360 CAVL316 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL317 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL318 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 ! L4a (LCLS-II cavities) CAVL331 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL332 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL333 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL334 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL335a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4a*LcavLa, PHI0=PhasL4a/360 CAVL335b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4a*LcavLb, PHI0=PhasL4a/360 CAVL336 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL337 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL338 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL341 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL342 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL343 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL344 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL345a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4a*LcavLa, PHI0=PhasL4a/360 CAVL345b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4a*LcavLb, PHI0=PhasL4a/360 CAVL346 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL347 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL348 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL351 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL352 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL353 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL354 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL355a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4a*LcavLa, PHI0=PhasL4a/360 CAVL355b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4a*LcavLb, PHI0=PhasL4a/360 CAVL356 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL357 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL358 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL361 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL362 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL363 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL364 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL365a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4a*LcavLa, PHI0=PhasL4a/360 CAVL365b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4a*LcavLb, PHI0=PhasL4a/360 CAVL366 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL367 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL368 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 ! L4HE (LCLS-II-HE cavities) CAVL371 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL372 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL373 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL374 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL375a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL375b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL376 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL377 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL378 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL381 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL382 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL383 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL384 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL385a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL385b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL386 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL387 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL388 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL391 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL392 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL393 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL394 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL395a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL395b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL396 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL397 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL398 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL401 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL402 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL403 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL404 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL405a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL405b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL406 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL407 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL408 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL411 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL412 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL413 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL414 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL415a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL415b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL416 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL417 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL418 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL421 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL422 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL423 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL424 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL425a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL425b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL426 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL427 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL428 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL431 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL432 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL433 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL434 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL435a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL435b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL436 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL437 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL438 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL441 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL442 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL443 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL444 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL445a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL445b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL446 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL447 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL448 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL451 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL452 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL453 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL454 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL455a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL455b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL456 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL457 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL458 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL461 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL462 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL463 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL464 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL465a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL465b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL466 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL467 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL468 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL471 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL472 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL473 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL474 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL475a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL475b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL476 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL477 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL478 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL481 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL482 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL483 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL484 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL485a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL485b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL486 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL487 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL488 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL491 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL492 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL493 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL494 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL495a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL495b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL496 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL497 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL498 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL501 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL502 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL503 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL504 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL505a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL505b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL506 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL507 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL508 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL511 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL512 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL513 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL514 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL515a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL515b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL516 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL517 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL518 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL521 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL522 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL523 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL524 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL525a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL525b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL526 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL527 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL528 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL531 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL532 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL533 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL534 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL535a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL535b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL536 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL537 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL538 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL541 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL542 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL543 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL544 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL545a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL545b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL546 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL547 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL548 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL551 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL552 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL553 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL554 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL555a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL555b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL556 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL557 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL558 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL561 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL562 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL563 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL564 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL565a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL565b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL566 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL567 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL568 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL571 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL572 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL573 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL574 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL575a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL575b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL576 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL577 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL578 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL581 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL582 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL583 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL584 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL585a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL585b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL586 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL587 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL588 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL591 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL592 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL593 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL594 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL595a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=GradL4b*LcavLa, PHI0=PhasL4b/360 CAVL595b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=GradL4b*LcavLb, PHI0=PhasL4b/360 CAVL596 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL597 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL598 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 ! CM00 ! Gradients (MV/m) ... cavity energy gains per C. Mayes G001 := 11.258486243417/LcavL G002 := 8.5980938667558/LcavL G003 := 0.98836922837401/LcavL G004 := 1.7422819115887/LcavL fG00 := 1.058101399007 !to get to 100 MeV G005 := fG00*17.4217766323/LcavL G006 := fG00*17.4217766323/LcavL G007 := fG00*17.4217766323/LcavL G008 := fG00*17.4217766323/LcavL ! Phases (rad/2pi) ... cavity phases per C. Mayes P001 := -0.12660291591431 P002 := -0.045730061605438 P003 := -0.070746228060159 P004 := 0.080631223424744 P005 := 0 P006 := 0 P007 := 0 P008 := 0 CAVL001 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G001*LcavL, PHI0=P001 CAVL002 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G002*LcavL, PHI0=P002 CAVL003 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G003*LcavL, PHI0=P003 CAVL004 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G004*LcavL, PHI0=P004 CAVL005a : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLa, & DELTAE=G005*LcavLa, PHI0=P005 CAVL005b : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavLb, & DELTAE=G005*LcavLb, PHI0=P005 CAVL006 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G006*LcavL, PHI0=P006 CAVL007 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G007*LcavL, PHI0=P007 CAVL008 : LCAV, TYPE="cryo", FREQ=1300, APER=LcavR, L=LcavL, & DELTAE=G008*LcavL, PHI0=P008 ! define unsplit LCAVs for BMAD ... not used by MAD CAVL015 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=G015*LcavL, PHI0=P015/360 CAVL025 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=G025*LcavL, PHI0=P025/360 CAVL035 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=G035*LcavL, PHI0=P035/360 CAVC012 : LCAV, TYPE="cryo", APER=CcavR, FREQ=3900, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVC022 : LCAV, TYPE="cryo", APER=CcavR, FREQ=3900, L=CcavL, & DELTAE=GHcav*CcavL, PHI0=PHcav/360 CAVL045 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL055 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL065 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL075 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL085 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL095 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL105 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL115 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL125 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL135 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL145 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL155 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL2*LcavL, PHI0=PhasL2/360 CAVL165 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL175 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL185 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL195 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL205 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL215 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL225 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL235 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL245 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL255 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL265 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL275 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL285 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL295 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL305 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL315 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL3*LcavL, PHI0=PhasL3/360 CAVL335 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL345 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL355 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL365 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4a*LcavL, PHI0=PhasL4a/360 CAVL375 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL385 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL395 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL405 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL415 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL425 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL435 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL445 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL455 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL465 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL475 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL485 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL495 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL505 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL515 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL525 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL535 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL545 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL555 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL565 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL575 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL585 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL595 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=GradL4b*LcavL, PHI0=PhasL4b/360 CAVL005 : LCAV, TYPE="cryo", APER=LcavR, FREQ=1300, L=LcavL, & DELTAE=G005*LcavL, PHI0=P005 ! ============================================================================== ! QUAD (cryo quads: -24.42 kG < GL < +24.42 kG) ! ------------------------------------------------------------------------------ Lcmq := 0.23 !cryomodule quadrupole length Rcmq := 0.0762/2 !cryomodule quadrupole pole-tip radius KQCMfodo1 := 0.274030631043 !L1: 45 degrees/cell KQCMfodo2 := 0.185334132537 !L2: 30 degrees/cell KQCMfodo3 := 0.185334132537 !L3: 30 degrees/cell KQCMfodo4 := 0.185334132537 !L4: 30 degrees/cell ! L0 KQCM01 := 0.378216482077 QCM01 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCM01 ! L1 QCM02 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.350806201565 !-KQCMfodo1 QCM03 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.23963213759 ! KQCMfodo1 ! L2 QCM04 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.335918808375 !-KQCMfodo2 QCM05 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.29999009089 ! KQCMfodo2 QCM06 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.19793978256 !-KQCMfodo2 QCM07 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.171296085925 ! KQCMfodo2 QCM08 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.171525330869 !-KQCMfodo2 QCM09 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.17386277016 ! KQCMfodo2 QCM10 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.174624584226 !-KQCMfodo2 QCM11 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.176270358919 ! KQCMfodo2 QCM12 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.181477435923 !-KQCMfodo2 QCM13 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.06296371688 ! KQCMfodo2 QCM14 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.176070484228 !-KQCMfodo2 QCM15 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.06720856316 ! KQCMfodo2 ! L3 QCM16 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.316465947609 !-KQCMfodo3 QCM17 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.258131530931 ! KQCMfodo3 QCM18 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.210403998476 !-KQCMfodo3 QCM19 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.193619731329 ! KQCMfodo3 QCM20 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.187064124829 !-KQCMfodo3 QCM21 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.184732056553 ! KQCMfodo3 QCM22 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.184835362715 !-KQCMfodo3 QCM23 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo3 QCM24 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.190834471801 !-KQCMfodo3 QCM25 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.181030224002 ! KQCMfodo3 QCM26 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.181167829998 !-KQCMfodo3 QCM27 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.192603967501 ! KQCMfodo3 QCM28 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.191945252617 !-KQCMfodo3 QCM29 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.200347635619 ! KQCMfodo3 QCM30 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.225891743519 !-KQCMfodo3 QCM31 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.187712836029 ! KQCMfodo3 ! L4a QCM33 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.187848981948 !-KQCMfodo3 QCM34 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.226598426558 ! KQCMfodo3 QCM35 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.202407742249 !-KQCMfodo3 QCM36 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.197453419271 ! KQCMfodo3 ! L4b QCM37 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.183179469196 !-KQCMfodo4 QCM38 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.182033401117 ! KQCMfodo4 QCM39 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.191368537093 !-KQCMfodo4 QCM40 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM41 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 QCM42 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM43 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 QCM44 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM45 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 QCM46 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM47 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.191016520563 ! KQCMfodo4 QCM48 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.181712869256 !-KQCMfodo4 QCM49 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.182316269552 ! KQCMfodo4 QCM50 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.191167545819 !-KQCMfodo4 QCM51 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 QCM52 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM53 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 QCM54 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 QCM55 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.189395738655 !-KQCMfodo4 QCM56 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.187222897037 ! KQCMfodo4 QCM57 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.185983572014 !-KQCMfodo4 QCM58 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1= 0.204921150546 ! KQCMfodo4 QCM59 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=-0.30660386979 !-KQCMfodo4 ! EXT KQX01 := 1.136961364068 KQX02 := -0.909323040174 QX01 : QUAD, TYPE="1.085Q4.31", L=LQE/2, APER=rQE, K1=KQX01 QX02 : QUAD, TYPE="1.085Q4.31", L=LQE/2, APER=rQE, K1=KQX02 ! L0 #2 (CM00 in LEI beamline) KQCM00 := -0.222140443147 !bipolar QCM00 : QUAD, TYPE="cryo", L=Lcmq/2, APER=Rcmq, K1=KQCM00 ! ============================================================================== ! DRIF ! ------------------------------------------------------------------------------ ! ------------------------------------------------------------------------------ ! 1.3 GHz cryomodule ! ------------------------------------------------------------------------------ ! from Joshua Kaluzny spreadsheet (2015_11_19) Lgv2cav := 0.79731 !u/s gate valve to cavity #1 !0.79981 Lcav2cav := 1.38360 !intra-CM cavity to cavity Lcav2bpm := 0.81139 !cavity #8 to BPM Lbpm2quad := 0.26444 !BPM to quadrupole Lquad2gv := 0.35186 !quadrupole to d/s gate valve !0.35436 Lgv2hom := 0.16577 !d/s gate valve to HOM absorber !0.16327 Lhom2gv := 0.14442 !HOM absorber to u/s gate valve !0.14192 ! derived dimensions Lcav2quad := Lcav2bpm+Lbpm2quad !cavity #8 quadrupole Lcav2gv := Lcav2quad+Lquad2gv !cavity #8 to d/s gate valve Lcav2hom := Lcav2gv+Lgv2hom !cavity #8 to HOM absorber Lgv2gv := Lgv2hom+Lhom2gv !d/s gate valve to u/s gate valve Lcm2cm := Lcav2gv+Lgv2gv+Lgv2cav !inter-CM cavity-to-cavity ! cryomodule drifts DCM1 : DRIF, L=Lgv2cav-LcavL/2 DCM2 : DRIF, L=Lcav2cav-LcavL DCM3 : DRIF, L=Lcav2bpm-LcavL/2 DCM4 : DRIF, L=Lbpm2quad-Lcmq/2 DCM5 : DRIF, L=Lquad2gv-Lcmq/2 DCMCM1 : DRIF, L=Lgv2hom DCMCM2 : DRIF, L=Lhom2gv DCM4b : DRIF, L=0.03 DCM4a : DRIF, L=DCM4[L]-DCM4b[L] ! ------------------------------------------------------------------------------ ! 1.3 GHz cryomodule to 3.9 GHz cryomodule ! ------------------------------------------------------------------------------ Lhom2Hgv := 0.14282 !HOM absorber to u/s gate valve !0.17021 DCMCMH1 : DRIF, L=Lgv2hom DCMCMH2 : DRIF, L=Lhom2Hgv ! ------------------------------------------------------------------------------ ! 3.9 GHz cryomodule dimensions ! ------------------------------------------------------------------------------ ! new (18-May-16) Lgv2Hcav := 1.14660 !u/s gate valve to cavity #1 LHcav2Hcav := 0.63416 !intra-CMH cavity to cavity LHcav2bpm := 0.49684 !cavity #8 to BPM LHbpm2gv := 0.16449 !BPM to d/s gate valve (no magnet package) LHgv2Hhom := 0.16888 !d/s gate valve to HOM absorber LHhom2Hgv := 0.13857 !HOM absorber to u/s gate valve ! derived dimensions LHcav2gv := LHcav2bpm+LHbpm2gv !cavity #8 to d/s gate valve ! cryomodule drifts DCMH0 : DRIF, L=1.14662-CcavL/2 DCMH1 : DRIF, L=Lgv2Hcav-CcavL/2 DCMH2 : DRIF, L=LHcav2Hcav-CcavL DCMH3 : DRIF, L=LHcav2bpm-CcavL/2 DCMH4 : DRIF, L=LHbpm2gv DCMHCMH1 : DRIF, L=LHgv2Hhom DCMHCMH2 : DRIF, L=LHhom2Hgv ! ------------------------------------------------------------------------------ ! miscellaneous cryomodule definitions ! ------------------------------------------------------------------------------ LcryoL := DCM1[L]+8*LcavL+7*DCM2[L]+DCM3[L]+DCM4[L]+Lcmq+DCM5[L] LcryoC := DCMH1[L]+8*CcavL+7*DCMH2[L]+DCMH3[L]+DCMH4[L] LDCMfodo := LcryoL+Lgv2gv-Lcmq COMMENT VALUE, DCM1[L],DCM2[L],DCM3[L],DCM4[L],DCM5[L],DCMCM1[L],DCMCM2[L] VALUE, DCMH1[L],DCMH2[L],DCMH3[L],DCMH4[L] VALUE, LcryoL,LcryoC,LDCMfodo,LDCMfodo+Lcmq ENDCOMMENT ! ------------------------------------------------------------------------------ ! end caps, stay-clears, and vacuum breaks ! ------------------------------------------------------------------------------ ! end cap and feed cap dimensions, mechanical stay-clear, and differential ! vacuum pumping stay-clear (mostly from drawing SD-375-000-99-02) DCAP0u : DRIF, L=0.49294 !EC1 to CSP01 = 6.965000 DCAP0d : DRIF, L=1.89015 !CSP01 to FC1 = 7.328290 DMSC0d : DRIF, L=1.829 DPSC1u : DRIF, L=2.52295 DMSC1u : DRIF, L=1.829 DCAP1u : DRIF, L=0.87294 !FC2 to CSP02 = 7.345000 DCAP1d : DRIF, L=1.75429 !CSPH2 to FC3 = 6.333200 DMSC1d : DRIF, L=1.829 DPSC1d : DRIF, L=1.91205 DPSC2u : DRIF, L=2.1388 DMSC2u : DRIF, L=1.829 DCAP2u : DRIF, L=0.87294 !FC4 to CSP04 = 7.345000 DCAP2d : DRIF, L=1.58968 !CSP15 to FC5 = 7.193590 DMSC2d : DRIF, L=1.829 DPSC2d : DRIF, L=1.91806 DPSC3u : DRIF, L=2.32295 !pre-cryo end cap DMSC3u : DRIF, L=1.829 DCAP3u : DRIF, L=0.87294 !FC6 to CSP16 = 7.345000 DCAP3d : DRIF, L=1.72438 !CSP31 to EC2 = 7.328290 DMSC3d : DRIF, L=1.464 DNOLEX : DRIF, L=5.62305 !remove 1 cryomodule (no LEX) ... align CM32 with LCLS-II CM33 DSLOT32a : DRIF, L=0.35231 DSLOT32b : DRIF, L=0.397 DSLOT32c : DRIF, L=5.7016 DSLOT32d : DRIF, L=DNOLEX[L]-DSLOT32a[L]-DSLOT32b[L]-DSLOT32c[L] DMSC4u : DRIF, L=1.829 DMSC4ua : DRIF, L=0.37262 DCAP4u : DRIF, L=1.72438 !EC-3 to CSP33 = 7.345000 DCAP4d : DRIF, L=1.72438 !CSP59 to EC-4 = 7.328290 DMSC4d : DRIF, L=1.464 DPSC4d : DRIF, L=3.79-DMSC4d[L] !ID-375-534-03 DCAP0d2 : DRIF, L=1.72438 !CSP00 to FC-0 = 7.328290 ! standard vacuum break DBREAK : DRIF, L=2.54931 ! CDS "tee" DTEE : DRIF, L=2.54931 ! beamline flanges LBLF := 0.0889 !beamline flange to cap face (m) DMSC1ub : DRIF, L=LBLF DMSC1ua : DRIF, L=DMSC1u[L]-DMSC1ub[L] DMSC1da : DRIF, L=LBLF DMSC1db : DRIF, L=DMSC1d[L]-DMSC1da[L] DMSC2ub : DRIF, L=LBLF DMSC2ua : DRIF, L=DMSC2u[L]-DMSC2ub[L] DMSC2da : DRIF, L=LBLF DMSC2db : DRIF, L=DMSC2d[L]-DMSC2da[L] DMSC3ub : DRIF, L=LBLF DMSC3ua : DRIF, L=DMSC3u[L]-DMSC3ub[L] DMSC3da : DRIF, L=LBLF DMSC3db : DRIF, L=DMSC3d[L]-DMSC3da[L] DMSC4uc : DRIF, L=LBLF DMSC4ub : DRIF, L=DMSC4u[L]-DMSC4ua[L]-DMSC4uc[L] DMSC4da : DRIF, L=LBLF DMSC4db : DRIF, L=DMSC4d[L]-DMSC4da[L] ! split L0 downstream endcap drift for ASTRA treaty point (15 m from cathode) Lastra := 0.378513 DCAP0da : DRIF, L=Lastra DCAP0db : DRIF, L=DCAP0d[L]-DCMCM1[L]-DCAP0da[L] ! vacuum components after L0 and L0LEI endcaps DMSC0da : DRIF, L=LBLF DMSC0db : DRIF, L=1.231893 DMSC0dc : DRIF, L=0.1016 DMSC0dd : DRIF, L=0.156107 DMSC0de : DRIF, L=DMSC0d[L]-DMSC0da[L]-DMSC0db[L]-DMSC0dc[L]-DMSC0dd[L] ! EXT definitions dZQX01 := 0 dZQX02 := 0 DX00 : DRIF, L=0.952133836531+dZQX01 DX01 : DRIF, L=7.691722613007-dZQX01+dZQX02 DX02 : DRIF, L=3.902304+3.2-dZQX02 DX01a : DRIF, L=0.4-LQE/2 DX01b : DRIF, L=DX01[L]-DX01a[L] DX02a : DRIF, L=0.4-LQE/2 DX02b : DRIF, L=3.555704 !3.555703652862 DX02c : DRIF, L=DX02[L]-DX02a[L]-DX02b[L] ! ============================================================================== ! BPMs ! ------------------------------------------------------------------------------ CMB01 : MONI, TYPE="Button-1" CMB02 : MONI, TYPE="Button-1" CMB03 : MONI, TYPE="Button-1" CMBH1 : MONI, TYPE="Button-1" CMBH2 : MONI, TYPE="Button-1" CMB04 : MONI, TYPE="Button-1" CMB05 : MONI, TYPE="Button-1" CMB06 : MONI, TYPE="Button-1" CMB07 : MONI, TYPE="Button-1" CMB08 : MONI, TYPE="Button-1" CMB09 : MONI, TYPE="Button-1" CMB10 : MONI, TYPE="Button-1" CMB11 : MONI, TYPE="Button-1" CMB12 : MONI, TYPE="Button-1" CMB13 : MONI, TYPE="Button-1" CMB14 : MONI, TYPE="Button-1" CMB15 : MONI, TYPE="Button-1" CMB16 : MONI, TYPE="Button-1" CMB17 : MONI, TYPE="Button-1" CMB18 : MONI, TYPE="Button-1" CMB19 : MONI, TYPE="Button-1" CMB20 : MONI, TYPE="Button-1" CMB21 : MONI, TYPE="Button-1" CMB22 : MONI, TYPE="Button-1" CMB23 : MONI, TYPE="Button-1" CMB24 : MONI, TYPE="Button-1" CMB25 : MONI, TYPE="Button-1" CMB26 : MONI, TYPE="Button-1" CMB27 : MONI, TYPE="Button-1" CMB28 : MONI, TYPE="Button-1" CMB29 : MONI, TYPE="Button-1" CMB30 : MONI, TYPE="Button-1" CMB31 : MONI, TYPE="Button-1" CMB33 : MONI, TYPE="Button-1" CMB34 : MONI, TYPE="Button-1" CMB35 : MONI, TYPE="Button-1" CMB36 : MONI, TYPE="Button-1" CMB37 : MONI, TYPE="Button-1" CMB38 : MONI, TYPE="Button-1" CMB39 : MONI, TYPE="Button-1" CMB40 : MONI, TYPE="Button-1" CMB41 : MONI, TYPE="Button-1" CMB42 : MONI, TYPE="Button-1" CMB43 : MONI, TYPE="Button-1" CMB44 : MONI, TYPE="Button-1" CMB45 : MONI, TYPE="Button-1" CMB46 : MONI, TYPE="Button-1" CMB47 : MONI, TYPE="Button-1" CMB48 : MONI, TYPE="Button-1" CMB49 : MONI, TYPE="Button-1" CMB50 : MONI, TYPE="Button-1" CMB51 : MONI, TYPE="Button-1" CMB52 : MONI, TYPE="Button-1" CMB53 : MONI, TYPE="Button-1" CMB54 : MONI, TYPE="Button-1" CMB55 : MONI, TYPE="Button-1" CMB56 : MONI, TYPE="Button-1" CMB57 : MONI, TYPE="Button-1" CMB58 : MONI, TYPE="Button-1" CMB59 : MONI, TYPE="Button-1" CMB00 : MONI, TYPE="Button-1" RFB2C00 : MONI, TYPE="@2,CavityS-1" BPMX01 : MONI, TYPE="Stripline-2" BPMX02 : MONI, TYPE="Stripline-2" ! ============================================================================== ! XCORs ! ------------------------------------------------------------------------------ XCM01 : HKIC, TYPE="cryo" XCM02 : HKIC, TYPE="cryo" XCM03 : HKIC, TYPE="cryo" XCM04 : HKIC, TYPE="cryo" XCM05 : HKIC, TYPE="cryo" XCM06 : HKIC, TYPE="cryo" XCM07 : HKIC, TYPE="cryo" XCM08 : HKIC, TYPE="cryo" XCM09 : HKIC, TYPE="cryo" XCM10 : HKIC, TYPE="cryo" XCM11 : HKIC, TYPE="cryo" XCM12 : HKIC, TYPE="cryo" XCM13 : HKIC, TYPE="cryo" XCM14 : HKIC, TYPE="cryo" XCM15 : HKIC, TYPE="cryo" XCM16 : HKIC, TYPE="cryo" XCM17 : HKIC, TYPE="cryo" XCM18 : HKIC, TYPE="cryo" XCM19 : HKIC, TYPE="cryo" XCM20 : HKIC, TYPE="cryo" XCM21 : HKIC, TYPE="cryo" XCM22 : HKIC, TYPE="cryo" XCM23 : HKIC, TYPE="cryo" XCM24 : HKIC, TYPE="cryo" XCM25 : HKIC, TYPE="cryo" XCM26 : HKIC, TYPE="cryo" XCM27 : HKIC, TYPE="cryo" XCM28 : HKIC, TYPE="cryo" XCM29 : HKIC, TYPE="cryo" XCM30 : HKIC, TYPE="cryo" XCM31 : HKIC, TYPE="cryo" XCM33 : HKIC, TYPE="cryo" XCM34 : HKIC, TYPE="cryo" XCM35 : HKIC, TYPE="cryo" XCM36 : HKIC, TYPE="cryo" XCM37 : HKIC, TYPE="cryo" XCM38 : HKIC, TYPE="cryo" XCM39 : HKIC, TYPE="cryo" XCM40 : HKIC, TYPE="cryo" XCM41 : HKIC, TYPE="cryo" XCM42 : HKIC, TYPE="cryo" XCM43 : HKIC, TYPE="cryo" XCM44 : HKIC, TYPE="cryo" XCM45 : HKIC, TYPE="cryo" XCM46 : HKIC, TYPE="cryo" XCM47 : HKIC, TYPE="cryo" XCM48 : HKIC, TYPE="cryo" XCM49 : HKIC, TYPE="cryo" XCM50 : HKIC, TYPE="cryo" XCM51 : HKIC, TYPE="cryo" XCM52 : HKIC, TYPE="cryo" XCM53 : HKIC, TYPE="cryo" XCM54 : HKIC, TYPE="cryo" XCM55 : HKIC, TYPE="cryo" XCM56 : HKIC, TYPE="cryo" XCM57 : HKIC, TYPE="cryo" XCM58 : HKIC, TYPE="cryo" XCM59 : HKIC, TYPE="cryo" XCX01 : HKIC, TYPE="class-4" XCM00 : HKIC, TYPE="cryo" ! ============================================================================== ! YCORs ! ------------------------------------------------------------------------------ YCM01 : VKIC, TYPE="cryo" YCM02 : VKIC, TYPE="cryo" YCM03 : VKIC, TYPE="cryo" YCM04 : VKIC, TYPE="cryo" YCM05 : VKIC, TYPE="cryo" YCM06 : VKIC, TYPE="cryo" YCM07 : VKIC, TYPE="cryo" YCM08 : VKIC, TYPE="cryo" YCM09 : VKIC, TYPE="cryo" YCM10 : VKIC, TYPE="cryo" YCM11 : VKIC, TYPE="cryo" YCM12 : VKIC, TYPE="cryo" YCM13 : VKIC, TYPE="cryo" YCM14 : VKIC, TYPE="cryo" YCM15 : VKIC, TYPE="cryo" YCM16 : VKIC, TYPE="cryo" YCM17 : VKIC, TYPE="cryo" YCM18 : VKIC, TYPE="cryo" YCM19 : VKIC, TYPE="cryo" YCM20 : VKIC, TYPE="cryo" YCM21 : VKIC, TYPE="cryo" YCM22 : VKIC, TYPE="cryo" YCM23 : VKIC, TYPE="cryo" YCM24 : VKIC, TYPE="cryo" YCM25 : VKIC, TYPE="cryo" YCM26 : VKIC, TYPE="cryo" YCM27 : VKIC, TYPE="cryo" YCM28 : VKIC, TYPE="cryo" YCM29 : VKIC, TYPE="cryo" YCM30 : VKIC, TYPE="cryo" YCM31 : VKIC, TYPE="cryo" YCM33 : VKIC, TYPE="cryo" YCM34 : VKIC, TYPE="cryo" YCM35 : VKIC, TYPE="cryo" YCM36 : VKIC, TYPE="cryo" YCM37 : VKIC, TYPE="cryo" YCM38 : VKIC, TYPE="cryo" YCM39 : VKIC, TYPE="cryo" YCM40 : VKIC, TYPE="cryo" YCM41 : VKIC, TYPE="cryo" YCM42 : VKIC, TYPE="cryo" YCM43 : VKIC, TYPE="cryo" YCM44 : VKIC, TYPE="cryo" YCM45 : VKIC, TYPE="cryo" YCM46 : VKIC, TYPE="cryo" YCM47 : VKIC, TYPE="cryo" YCM48 : VKIC, TYPE="cryo" YCM49 : VKIC, TYPE="cryo" YCM50 : VKIC, TYPE="cryo" YCM51 : VKIC, TYPE="cryo" YCM52 : VKIC, TYPE="cryo" YCM53 : VKIC, TYPE="cryo" YCM54 : VKIC, TYPE="cryo" YCM55 : VKIC, TYPE="cryo" YCM56 : VKIC, TYPE="cryo" YCM57 : VKIC, TYPE="cryo" YCM58 : VKIC, TYPE="cryo" YCM59 : VKIC, TYPE="cryo" YCX02 : VKIC, TYPE="class-4" YCM00 : HKIC, TYPE="cryo" ! ============================================================================== ! MARK, etc. ! ------------------------------------------------------------------------------ CM01BEG : MARK ; CSP01 : INST ; CM01END : MARK CM02BEG : MARK ; CSP02 : INST ; CM02END : MARK CM03BEG : MARK ; CSP03 : INST ; CM03END : MARK CMH1BEG : MARK ; CSPH1 : INST ; CMH1END : MARK CMH2BEG : MARK ; CSPH2 : INST ; CMH2END : MARK CM04BEG : MARK ; CSP04 : INST ; CM04END : MARK CM05BEG : MARK ; CSP05 : INST ; CM05END : MARK CM06BEG : MARK ; CSP06 : INST ; CM06END : MARK CM07BEG : MARK ; CSP07 : INST ; CM07END : MARK CM08BEG : MARK ; CSP08 : INST ; CM08END : MARK CM09BEG : MARK ; CSP09 : INST ; CM09END : MARK CM10BEG : MARK ; CSP10 : INST ; CM10END : MARK CM11BEG : MARK ; CSP11 : INST ; CM11END : MARK CM12BEG : MARK ; CSP12 : INST ; CM12END : MARK CM13BEG : MARK ; CSP13 : INST ; CM13END : MARK CM14BEG : MARK ; CSP14 : INST ; CM14END : MARK CM15BEG : MARK ; CSP15 : INST ; CM15END : MARK CM16BEG : MARK ; CSP16 : INST ; CM16END : MARK CM17BEG : MARK ; CSP17 : INST ; CM17END : MARK CM18BEG : MARK ; CSP18 : INST ; CM18END : MARK CM19BEG : MARK ; CSP19 : INST ; CM19END : MARK CM20BEG : MARK ; CSP20 : INST ; CM20END : MARK CM21BEG : MARK ; CSP21 : INST ; CM21END : MARK CM22BEG : MARK ; CSP22 : INST ; CM22END : MARK CM23BEG : MARK ; CSP23 : INST ; CM23END : MARK CM24BEG : MARK ; CSP24 : INST ; CM24END : MARK CM25BEG : MARK ; CSP25 : INST ; CM25END : MARK CM26BEG : MARK ; CSP26 : INST ; CM26END : MARK CM27BEG : MARK ; CSP27 : INST ; CM27END : MARK CM28BEG : MARK ; CSP28 : INST ; CM28END : MARK CM29BEG : MARK ; CSP29 : INST ; CM29END : MARK CM30BEG : MARK ; CSP30 : INST ; CM30END : MARK CM31BEG : MARK ; CSP31 : INST ; CM31END : MARK CM33BEG : MARK ; CSP33 : INST ; CM33END : MARK CM34BEG : MARK ; CSP34 : INST ; CM34END : MARK CM35BEG : MARK ; CSP35 : INST ; CM35END : MARK CM36BEG : MARK ; CSP36 : INST ; CM36END : MARK CM37BEG : MARK ; CSP37 : INST ; CM37END : MARK CM38BEG : MARK ; CSP38 : INST ; CM38END : MARK CM39BEG : MARK ; CSP39 : INST ; CM39END : MARK CM40BEG : MARK ; CSP40 : INST ; CM40END : MARK CM41BEG : MARK ; CSP41 : INST ; CM41END : MARK CM42BEG : MARK ; CSP42 : INST ; CM42END : MARK CM43BEG : MARK ; CSP43 : INST ; CM43END : MARK CM44BEG : MARK ; CSP44 : INST ; CM44END : MARK CM45BEG : MARK ; CSP45 : INST ; CM45END : MARK CM46BEG : MARK ; CSP46 : INST ; CM46END : MARK CM47BEG : MARK ; CSP47 : INST ; CM47END : MARK CM48BEG : MARK ; CSP48 : INST ; CM48END : MARK CM49BEG : MARK ; CSP49 : INST ; CM49END : MARK CM50BEG : MARK ; CSP50 : INST ; CM50END : MARK CM51BEG : MARK ; CSP51 : INST ; CM51END : MARK CM52BEG : MARK ; CSP52 : INST ; CM52END : MARK CM53BEG : MARK ; CSP53 : INST ; CM53END : MARK CM54BEG : MARK ; CSP54 : INST ; CM54END : MARK CM55BEG : MARK ; CSP55 : INST ; CM55END : MARK CM56BEG : MARK ; CSP56 : INST ; CM56END : MARK CM57BEG : MARK ; CSP57 : INST ; CM57END : MARK CM58BEG : MARK ; CSP58 : INST ; CM58END : MARK CM59BEG : MARK ; CSP59 : INST ; CM59END : MARK CM00BEG : MARK ; CSP00 : INST ; CM00END : MARK BEAM0 : MARK !initial beam specified here HOMCM : MARK !cryomodule HOM absorber ASTRA : MARK !simulated Twiss from C. Papadopoulos here VG0H00 : MARK VP0H00 : MARK VV0H00 : MARK EC2VVEXT : MARK EC2VPION : MARK EC3VPION : MARK EC3VVEXT : MARK VG0D00 : MARK VP0D00 : MARK VV0D00 : MARK EC1 : MARK !u/s flange face FC1 : MARK !d/s flange face BLF1 : MARK !beamline flange MSC0d : MARK !u/s flange face PSC1u : MARK !u/s flange face MSC1u : MARK !u/s flange face BLF2 : MARK !beamline flange FC2 : MARK !u/s flange face FC3 : MARK !d/s flange face BLF3 : MARK !beamline flange MSC1d : MARK !d/s flange face PSC1d : MARK !d/s flange face PSC2u : MARK !u/s flange face MSC2u : MARK !u/s flange face BLF4 : MARK !beamline flange FC4 : MARK !u/s flange face FC5 : MARK !d/s flange face BLF5 : MARK !beamline flange MSC2d : MARK !d/s flange face PSC2d : MARK !d/s flange face PSC3u : MARK !u/s flange face MSC3u : MARK !u/s flange face BLF6 : MARK !beamline flange FC6 : MARK !u/s flange face EC2 : MARK !d/s flange face BLF7 : MARK !beamline flange MSC3d : MARK !d/s flange face MSC4u : MARK !u/s flange face BLF8 : MARK !beamline flange EC3 : MARK !u/s flange face EC4 : MARK !d/s flange face BLF9 : MARK !beamline flange MSC4d : MARK !u/s flange face PSC4d : MARK !d/s flange face ECLEI : MARK !u/s flange face FCLEI : MARK !d/s flange face BLFLEI : MARK !beamline flange MSCLEI : MARK !u/s flange face S10CROTCH : MARK !sector 10 adit "crotch" BEAM0LEI : MARK !initial LEI beam specified here ! ============================================================================== ! BEAMLINE ! ------------------------------------------------------------------------------ CAVL015_full : LINE=(CAVL015a,CSP01,CAVL015b) CAVL025_full : LINE=(CAVL025a,CSP02,CAVL025b) CAVL035_full : LINE=(CAVL035a,CSP03,CAVL035b) CAVC012_full : LINE=(CAVC012a,CSPH1,CAVC012b) CAVC022_full : LINE=(CAVC022a,CSPH2,CAVC022b) CAVL045_full : LINE=(CAVL045a,CSP04,CAVL045b) CAVL055_full : LINE=(CAVL055a,CSP05,CAVL055b) CAVL065_full : LINE=(CAVL065a,CSP06,CAVL065b) CAVL075_full : LINE=(CAVL075a,CSP07,CAVL075b) CAVL085_full : LINE=(CAVL085a,CSP08,CAVL085b) CAVL095_full : LINE=(CAVL095a,CSP09,CAVL095b) CAVL105_full : LINE=(CAVL105a,CSP10,CAVL105b) CAVL115_full : LINE=(CAVL115a,CSP11,CAVL115b) CAVL125_full : LINE=(CAVL125a,CSP12,CAVL125b) CAVL135_full : LINE=(CAVL135a,CSP13,CAVL135b) CAVL145_full : LINE=(CAVL145a,CSP14,CAVL145b) CAVL155_full : LINE=(CAVL155a,CSP15,CAVL155b) CAVL165_full : LINE=(CAVL165a,CSP16,CAVL165b) CAVL175_full : LINE=(CAVL175a,CSP17,CAVL175b) CAVL185_full : LINE=(CAVL185a,CSP18,CAVL185b) CAVL195_full : LINE=(CAVL195a,CSP19,CAVL195b) CAVL205_full : LINE=(CAVL205a,CSP20,CAVL205b) CAVL215_full : LINE=(CAVL215a,CSP21,CAVL215b) CAVL225_full : LINE=(CAVL225a,CSP22,CAVL225b) CAVL235_full : LINE=(CAVL235a,CSP23,CAVL235b) CAVL245_full : LINE=(CAVL245a,CSP24,CAVL245b) CAVL255_full : LINE=(CAVL255a,CSP25,CAVL255b) CAVL265_full : LINE=(CAVL265a,CSP26,CAVL265b) CAVL275_full : LINE=(CAVL275a,CSP27,CAVL275b) CAVL285_full : LINE=(CAVL285a,CSP28,CAVL285b) CAVL295_full : LINE=(CAVL295a,CSP29,CAVL295b) CAVL305_full : LINE=(CAVL305a,CSP30,CAVL305b) CAVL315_full : LINE=(CAVL315a,CSP31,CAVL315b) CAVL335_full : LINE=(CAVL335a,CSP33,CAVL335b) CAVL345_full : LINE=(CAVL345a,CSP34,CAVL345b) CAVL355_full : LINE=(CAVL355a,CSP35,CAVL355b) CAVL365_full : LINE=(CAVL365a,CSP36,CAVL365b) CAVL375_full : LINE=(CAVL375a,CSP37,CAVL375b) CAVL385_full : LINE=(CAVL385a,CSP38,CAVL385b) CAVL395_full : LINE=(CAVL395a,CSP39,CAVL395b) CAVL405_full : LINE=(CAVL405a,CSP40,CAVL405b) CAVL415_full : LINE=(CAVL415a,CSP41,CAVL415b) CAVL425_full : LINE=(CAVL425a,CSP42,CAVL425b) CAVL435_full : LINE=(CAVL435a,CSP43,CAVL435b) CAVL445_full : LINE=(CAVL445a,CSP44,CAVL445b) CAVL455_full : LINE=(CAVL455a,CSP45,CAVL455b) CAVL465_full : LINE=(CAVL465a,CSP46,CAVL465b) CAVL475_full : LINE=(CAVL475a,CSP47,CAVL475b) CAVL485_full : LINE=(CAVL485a,CSP48,CAVL485b) CAVL495_full : LINE=(CAVL495a,CSP49,CAVL495b) CAVL505_full : LINE=(CAVL505a,CSP50,CAVL505b) CAVL515_full : LINE=(CAVL515a,CSP51,CAVL515b) CAVL525_full : LINE=(CAVL525a,CSP52,CAVL525b) CAVL535_full : LINE=(CAVL535a,CSP53,CAVL535b) CAVL545_full : LINE=(CAVL545a,CSP54,CAVL545b) CAVL555_full : LINE=(CAVL555a,CSP55,CAVL555b) CAVL565_full : LINE=(CAVL565a,CSP56,CAVL565b) CAVL575_full : LINE=(CAVL575a,CSP57,CAVL575b) CAVL585_full : LINE=(CAVL585a,CSP58,CAVL585b) CAVL595_full : LINE=(CAVL595a,CSP59,CAVL595b) CAVL005_full : LINE=(CAVL005a,CSP00,CAVL005b) QCM01_full : LINE=(QCM01,XCM01,YCM01,QCM01) QCM02_full : LINE=(QCM02,XCM02,YCM02,QCM02) QCM03_full : LINE=(QCM03,XCM03,YCM03,QCM03) QCM04_full : LINE=(QCM04,XCM04,YCM04,QCM04) QCM05_full : LINE=(QCM05,XCM05,YCM05,QCM05) QCM06_full : LINE=(QCM06,XCM06,YCM06,QCM06) QCM07_full : LINE=(QCM07,XCM07,YCM07,QCM07) QCM08_full : LINE=(QCM08,XCM08,YCM08,QCM08) QCM09_full : LINE=(QCM09,XCM09,YCM09,QCM09) QCM10_full : LINE=(QCM10,XCM10,YCM10,QCM10) QCM11_full : LINE=(QCM11,XCM11,YCM11,QCM11) QCM12_full : LINE=(QCM12,XCM12,YCM12,QCM12) QCM13_full : LINE=(QCM13,XCM13,YCM13,QCM13) QCM14_full : LINE=(QCM14,XCM14,YCM14,QCM14) QCM15_full : LINE=(QCM15,XCM15,YCM15,QCM15) QCM16_full : LINE=(QCM16,XCM16,YCM16,QCM16) QCM17_full : LINE=(QCM17,XCM17,YCM17,QCM17) QCM18_full : LINE=(QCM18,XCM18,YCM18,QCM18) QCM19_full : LINE=(QCM19,XCM19,YCM19,QCM19) QCM20_full : LINE=(QCM20,XCM20,YCM20,QCM20) QCM21_full : LINE=(QCM21,XCM21,YCM21,QCM21) QCM22_full : LINE=(QCM22,XCM22,YCM22,QCM22) QCM23_full : LINE=(QCM23,XCM23,YCM23,QCM23) QCM24_full : LINE=(QCM24,XCM24,YCM24,QCM24) QCM25_full : LINE=(QCM25,XCM25,YCM25,QCM25) QCM26_full : LINE=(QCM26,XCM26,YCM26,QCM26) QCM27_full : LINE=(QCM27,XCM27,YCM27,QCM27) QCM28_full : LINE=(QCM28,XCM28,YCM28,QCM28) QCM29_full : LINE=(QCM29,XCM29,YCM29,QCM29) QCM30_full : LINE=(QCM30,XCM30,YCM30,QCM30) QCM31_full : LINE=(QCM31,XCM31,YCM31,QCM31) QCM33_full : LINE=(QCM33,XCM33,YCM33,QCM33) QCM34_full : LINE=(QCM34,XCM34,YCM34,QCM34) QCM35_full : LINE=(QCM35,XCM35,YCM35,QCM35) QCM36_full : LINE=(QCM36,XCM36,YCM36,QCM36) QCM37_full : LINE=(QCM37,XCM37,YCM37,QCM37) QCM38_full : LINE=(QCM38,XCM38,YCM38,QCM38) QCM39_full : LINE=(QCM39,XCM39,YCM39,QCM39) QCM40_full : LINE=(QCM40,XCM40,YCM40,QCM40) QCM41_full : LINE=(QCM41,XCM41,YCM41,QCM41) QCM42_full : LINE=(QCM42,XCM42,YCM42,QCM42) QCM43_full : LINE=(QCM43,XCM43,YCM43,QCM43) QCM44_full : LINE=(QCM44,XCM44,YCM44,QCM44) QCM45_full : LINE=(QCM45,XCM45,YCM45,QCM45) QCM46_full : LINE=(QCM46,XCM46,YCM46,QCM46) QCM47_full : LINE=(QCM47,XCM47,YCM47,QCM47) QCM48_full : LINE=(QCM48,XCM48,YCM48,QCM48) QCM49_full : LINE=(QCM49,XCM49,YCM49,QCM49) QCM50_full : LINE=(QCM50,XCM50,YCM50,QCM50) QCM51_full : LINE=(QCM51,XCM51,YCM51,QCM51) QCM52_full : LINE=(QCM52,XCM52,YCM52,QCM52) QCM53_full : LINE=(QCM53,XCM53,YCM53,QCM53) QCM54_full : LINE=(QCM54,XCM54,YCM54,QCM54) QCM55_full : LINE=(QCM55,XCM55,YCM55,QCM55) QCM56_full : LINE=(QCM56,XCM56,YCM56,QCM56) QCM57_full : LINE=(QCM57,XCM57,YCM57,QCM57) QCM58_full : LINE=(QCM58,XCM58,YCM58,QCM58) QCM59_full : LINE=(QCM59,XCM59,YCM59,QCM59) QX01_full : LINE=(QX01,BPMX01,QX01) QX02_full : LINE=(QX02,BPMX02,QX02) QCM00_full : LINE=(QCM00,XCM00,YCM00,QCM00) ! L0 CM01 : LINE=(CM01BEG,DCM1,& CAVL011,DCM2,CAVL012,DCM2,CAVL013,DCM2,CAVL014,DCM2,& CAVL015_full,DCM2,CAVL016,DCM2,CAVL017,DCM2,CAVL018,DCM3,& CMB01,DCM4a,BEAM0,DCM4b,QCM01_full,DCM5,CM01END) ! L1 CM02 : LINE=(CM02BEG,DCM1,& CAVL021,DCM2,CAVL022,DCM2,CAVL023,DCM2,CAVL024,DCM2,& CAVL025_full,DCM2,CAVL026,DCM2,CAVL027,DCM2,CAVL028,DCM3,& CMB02,DCM4,QCM02_full,DCM5,CM02END) CM03 : LINE=(CM03BEG,DCM1,& CAVL031,DCM2,CAVL032,DCM2,CAVL033,DCM2,CAVL034,DCM2,& CAVL035_full,DCM2,CAVL036,DCM2,CAVL037,DCM2,CAVL038,DCM3,& CMB03,DCM4,QCM03_full,DCM5,CM03END) CMH1 : LINE=(CMH1BEG,DCMH0,& CAVC011,DCMH2,CAVC012_full,DCMH2,CAVC013,DCMH2,CAVC014,DCMH2,& CAVC015,DCMH2,CAVC016,DCMH2,CAVC017,DCMH2,CAVC018,DCMH3,CMBH1,DCMH4,& CMH1END) CMH2 : LINE=(CMH2BEG,DCMH1,& CAVC021,DCMH2,CAVC022_full,DCMH2,CAVC023,DCMH2,CAVC024,DCMH2,& CAVC025,DCMH2,CAVC026,DCMH2,CAVC027,DCMH2,CAVC028,DCMH3,CMBH2,DCMH4,& CMH2END) ! L2 CM04 : LINE=(CM04BEG,DCM1,& CAVL041,DCM2,CAVL042,DCM2,CAVL043,DCM2,CAVL044,DCM2,& CAVL045_full,DCM2,CAVL046,DCM2,CAVL047,DCM2,CAVL048,DCM3,& CMB04,DCM4,QCM04_full,DCM5,CM04END) CM05 : LINE=(CM05BEG,DCM1,& CAVL051,DCM2,CAVL052,DCM2,CAVL053,DCM2,CAVL054,DCM2,& CAVL055_full,DCM2,CAVL056,DCM2,CAVL057,DCM2,CAVL058,DCM3,& CMB05,DCM4,QCM05_full,DCM5,CM05END) CM06 : LINE=(CM06BEG,DCM1,& CAVL061,DCM2,CAVL062,DCM2,CAVL063,DCM2,CAVL064,DCM2,& CAVL065_full,DCM2,CAVL066,DCM2,CAVL067,DCM2,CAVL068,DCM3,& CMB06,DCM4,QCM06_full,DCM5,CM06END) CM07 : LINE=(CM07BEG,DCM1,& CAVL071,DCM2,CAVL072,DCM2,CAVL073,DCM2,CAVL074,DCM2,& CAVL075_full,DCM2,CAVL076,DCM2,CAVL077,DCM2,CAVL078,DCM3,& CMB07,DCM4,QCM07_full,DCM5,CM07END) CM08 : LINE=(CM08BEG,DCM1,& CAVL081,DCM2,CAVL082,DCM2,CAVL083,DCM2,CAVL084,DCM2,& CAVL085_full,DCM2,CAVL086,DCM2,CAVL087,DCM2,CAVL088,DCM3,& CMB08,DCM4,QCM08_full,DCM5,CM08END) CM09 : LINE=(CM09BEG,DCM1,& CAVL091,DCM2,CAVL092,DCM2,CAVL093,DCM2,CAVL094,DCM2,& CAVL095_full,DCM2,CAVL096,DCM2,CAVL097,DCM2,CAVL098,DCM3,& CMB09,DCM4,QCM09_full,DCM5,CM09END) CM10 : LINE=(CM10BEG,DCM1,& CAVL101,DCM2,CAVL102,DCM2,CAVL103,DCM2,CAVL104,DCM2,& CAVL105_full,DCM2,CAVL106,DCM2,CAVL107,DCM2,CAVL108,DCM3,& CMB10,DCM4,QCM10_full,DCM5,CM10END) CM11 : LINE=(CM11BEG,DCM1,& CAVL111,DCM2,CAVL112,DCM2,CAVL113,DCM2,CAVL114,DCM2,& CAVL115_full,DCM2,CAVL116,DCM2,CAVL117,DCM2,CAVL118,DCM3,& CMB11,DCM4,QCM11_full,DCM5,CM11END) CM12 : LINE=(CM12BEG,DCM1,& CAVL121,DCM2,CAVL122,DCM2,CAVL123,DCM2,CAVL124,DCM2,& CAVL125_full,DCM2,CAVL126,DCM2,CAVL127,DCM2,CAVL128,DCM3,& CMB12,DCM4,QCM12_full,DCM5,CM12END) CM13 : LINE=(CM13BEG,DCM1,& CAVL131,DCM2,CAVL132,DCM2,CAVL133,DCM2,CAVL134,DCM2,& CAVL135_full,DCM2,CAVL136,DCM2,CAVL137,DCM2,CAVL138,DCM3,& CMB13,DCM4,QCM13_full,DCM5,CM13END) CM14 : LINE=(CM14BEG,DCM1,& CAVL141,DCM2,CAVL142,DCM2,CAVL143,DCM2,CAVL144,DCM2,& CAVL145_full,DCM2,CAVL146,DCM2,CAVL147,DCM2,CAVL148,DCM3,& CMB14,DCM4,QCM14_full,DCM5,CM14END) CM15 : LINE=(CM15BEG,DCM1,& CAVL151,DCM2,CAVL152,DCM2,CAVL153,DCM2,CAVL154,DCM2,& CAVL155_full,DCM2,CAVL156,DCM2,CAVL157,DCM2,CAVL158,DCM3,& CMB15,DCM4,QCM15_full,DCM5,CM15END) ! L3 CM16 : LINE=(CM16BEG,DCM1,& CAVL161,DCM2,CAVL162,DCM2,CAVL163,DCM2,CAVL164,DCM2,& CAVL165_full,DCM2,CAVL166,DCM2,CAVL167,DCM2,CAVL168,DCM3,& CMB16,DCM4,QCM16_full,DCM5,CM16END) CM17 : LINE=(CM17BEG,DCM1,& CAVL171,DCM2,CAVL172,DCM2,CAVL173,DCM2,CAVL174,DCM2,& CAVL175_full,DCM2,CAVL176,DCM2,CAVL177,DCM2,CAVL178,DCM3,& CMB17,DCM4,QCM17_full,DCM5,CM17END) CM18 : LINE=(CM18BEG,DCM1,& CAVL181,DCM2,CAVL182,DCM2,CAVL183,DCM2,CAVL184,DCM2,& CAVL185_full,DCM2,CAVL186,DCM2,CAVL187,DCM2,CAVL188,DCM3,& CMB18,DCM4,QCM18_full,DCM5,CM18END) CM19 : LINE=(CM19BEG,DCM1,& CAVL191,DCM2,CAVL192,DCM2,CAVL193,DCM2,CAVL194,DCM2,& CAVL195_full,DCM2,CAVL196,DCM2,CAVL197,DCM2,CAVL198,DCM3,& CMB19,DCM4,QCM19_full,DCM5,CM19END) CM20 : LINE=(CM20BEG,DCM1,& CAVL201,DCM2,CAVL202,DCM2,CAVL203,DCM2,CAVL204,DCM2,& CAVL205_full,DCM2,CAVL206,DCM2,CAVL207,DCM2,CAVL208,DCM3,& CMB20,DCM4,QCM20_full,DCM5,CM20END) CM21 : LINE=(CM21BEG,DCM1,& CAVL211,DCM2,CAVL212,DCM2,CAVL213,DCM2,CAVL214,DCM2,& CAVL215_full,DCM2,CAVL216,DCM2,CAVL217,DCM2,CAVL218,DCM3,& CMB21,DCM4,QCM21_full,DCM5,CM21END) CM22 : LINE=(CM22BEG,DCM1,& CAVL221,DCM2,CAVL222,DCM2,CAVL223,DCM2,CAVL224,DCM2,& CAVL225_full,DCM2,CAVL226,DCM2,CAVL227,DCM2,CAVL228,DCM3,& CMB22,DCM4,QCM22_full,DCM5,CM22END) CM23 : LINE=(CM23BEG,DCM1,& CAVL231,DCM2,CAVL232,DCM2,CAVL233,DCM2,CAVL234,DCM2,& CAVL235_full,DCM2,CAVL236,DCM2,CAVL237,DCM2,CAVL238,DCM3,& CMB23,DCM4,QCM23_full,DCM5,CM23END) CM24 : LINE=(CM24BEG,DCM1,& CAVL241,DCM2,CAVL242,DCM2,CAVL243,DCM2,CAVL244,DCM2,& CAVL245_full,DCM2,CAVL246,DCM2,CAVL247,DCM2,CAVL248,DCM3,& CMB24,DCM4,QCM24_full,DCM5,CM24END) CM25 : LINE=(CM25BEG,DCM1,& CAVL251,DCM2,CAVL252,DCM2,CAVL253,DCM2,CAVL254,DCM2,& CAVL255_full,DCM2,CAVL256,DCM2,CAVL257,DCM2,CAVL258,DCM3,& CMB25,DCM4,QCM25_full,DCM5,CM25END) CM26 : LINE=(CM26BEG,DCM1,& CAVL261,DCM2,CAVL262,DCM2,CAVL263,DCM2,CAVL264,DCM2,& CAVL265_full,DCM2,CAVL266,DCM2,CAVL267,DCM2,CAVL268,DCM3,& CMB26,DCM4,QCM26_full,DCM5,CM26END) CM27 : LINE=(CM27BEG,DCM1,& CAVL271,DCM2,CAVL272,DCM2,CAVL273,DCM2,CAVL274,DCM2,& CAVL275_full,DCM2,CAVL276,DCM2,CAVL277,DCM2,CAVL278,DCM3,& CMB27,DCM4,QCM27_full,DCM5,CM27END) CM28 : LINE=(CM28BEG,DCM1,& CAVL281,DCM2,CAVL282,DCM2,CAVL283,DCM2,CAVL284,DCM2,& CAVL285_full,DCM2,CAVL286,DCM2,CAVL287,DCM2,CAVL288,DCM3,& CMB28,DCM4,QCM28_full,DCM5,CM28END) CM29 : LINE=(CM29BEG,DCM1,& CAVL291,DCM2,CAVL292,DCM2,CAVL293,DCM2,CAVL294,DCM2,& CAVL295_full,DCM2,CAVL296,DCM2,CAVL297,DCM2,CAVL298,DCM3,& CMB29,DCM4,QCM29_full,DCM5,CM29END) CM30 : LINE=(CM30BEG,DCM1,& CAVL301,DCM2,CAVL302,DCM2,CAVL303,DCM2,CAVL304,DCM2,& CAVL305_full,DCM2,CAVL306,DCM2,CAVL307,DCM2,CAVL308,DCM3,& CMB30,DCM4,QCM30_full,DCM5,CM30END) CM31 : LINE=(CM31BEG,DCM1,& CAVL311,DCM2,CAVL312,DCM2,CAVL313,DCM2,CAVL314,DCM2,& CAVL315_full,DCM2,CAVL316,DCM2,CAVL317,DCM2,CAVL318,DCM3,& CMB31,DCM4,QCM31_full,DCM5,CM31END) ! L4a CM33 : LINE=(CM33BEG,DCM1,& CAVL331,DCM2,CAVL332,DCM2,CAVL333,DCM2,CAVL334,DCM2,& CAVL335_full,DCM2,CAVL336,DCM2,CAVL337,DCM2,CAVL338,DCM3,& CMB33,DCM4,QCM33_full,DCM5,CM33END) CM34 : LINE=(CM34BEG,DCM1,& CAVL341,DCM2,CAVL342,DCM2,CAVL343,DCM2,CAVL344,DCM2,& CAVL345_full,DCM2,CAVL346,DCM2,CAVL347,DCM2,CAVL348,DCM3,& CMB34,DCM4,QCM34_full,DCM5,CM34END) CM35 : LINE=(CM35BEG,DCM1,& CAVL351,DCM2,CAVL352,DCM2,CAVL353,DCM2,CAVL354,DCM2,& CAVL355_full,DCM2,CAVL356,DCM2,CAVL357,DCM2,CAVL358,DCM3,& CMB35,DCM4,QCM35_full,DCM5,CM35END) CM36 : LINE=(CM36BEG,DCM1,& CAVL361,DCM2,CAVL362,DCM2,CAVL363,DCM2,CAVL364,DCM2,& CAVL365_full,DCM2,CAVL366,DCM2,CAVL367,DCM2,CAVL368,DCM3,& CMB36,DCM4,QCM36_full,DCM5,CM36END) ! L4HE CM37 : LINE=(CM37BEG,DCM1,& CAVL371,DCM2,CAVL372,DCM2,CAVL373,DCM2,CAVL374,DCM2,& CAVL375_full,DCM2,CAVL376,DCM2,CAVL377,DCM2,CAVL378,DCM3,& CMB37,DCM4,QCM37_full,DCM5,CM37END) CM38 : LINE=(CM38BEG,DCM1,& CAVL381,DCM2,CAVL382,DCM2,CAVL383,DCM2,CAVL384,DCM2,& CAVL385_full,DCM2,CAVL386,DCM2,CAVL387,DCM2,CAVL388,DCM3,& CMB38,DCM4,QCM38_full,DCM5,CM38END) CM39 : LINE=(CM39BEG,DCM1,& CAVL391,DCM2,CAVL392,DCM2,CAVL393,DCM2,CAVL394,DCM2,& CAVL395_full,DCM2,CAVL396,DCM2,CAVL397,DCM2,CAVL398,DCM3,& CMB39,DCM4,QCM39_full,DCM5,CM39END) CM40 : LINE=(CM40BEG,DCM1,& CAVL401,DCM2,CAVL402,DCM2,CAVL403,DCM2,CAVL404,DCM2,& CAVL405_full,DCM2,CAVL406,DCM2,CAVL407,DCM2,CAVL408,DCM3,& CMB40,DCM4,QCM40_full,DCM5,CM40END) CM41 : LINE=(CM41BEG,DCM1,& CAVL411,DCM2,CAVL412,DCM2,CAVL413,DCM2,CAVL414,DCM2,& CAVL415_full,DCM2,CAVL416,DCM2,CAVL417,DCM2,CAVL418,DCM3,& CMB41,DCM4,QCM41_full,DCM5,CM41END) CM42 : LINE=(CM42BEG,DCM1,& CAVL421,DCM2,CAVL422,DCM2,CAVL423,DCM2,CAVL424,DCM2,& CAVL425_full,DCM2,CAVL426,DCM2,CAVL427,DCM2,CAVL428,DCM3,& CMB42,DCM4,QCM42_full,DCM5,CM42END) CM43 : LINE=(CM43BEG,DCM1,& CAVL431,DCM2,CAVL432,DCM2,CAVL433,DCM2,CAVL434,DCM2,& CAVL435_full,DCM2,CAVL436,DCM2,CAVL437,DCM2,CAVL438,DCM3,& CMB43,DCM4,QCM43_full,DCM5,CM43END) CM44 : LINE=(CM44BEG,DCM1,& CAVL441,DCM2,CAVL442,DCM2,CAVL443,DCM2,CAVL444,DCM2,& CAVL445_full,DCM2,CAVL446,DCM2,CAVL447,DCM2,CAVL448,DCM3,& CMB44,DCM4,QCM44_full,DCM5,CM44END) CM45 : LINE=(CM45BEG,DCM1,& CAVL451,DCM2,CAVL452,DCM2,CAVL453,DCM2,CAVL454,DCM2,& CAVL455_full,DCM2,CAVL456,DCM2,CAVL457,DCM2,CAVL458,DCM3,& CMB45,DCM4,QCM45_full,DCM5,CM45END) CM46 : LINE=(CM46BEG,DCM1,& CAVL461,DCM2,CAVL462,DCM2,CAVL463,DCM2,CAVL464,DCM2,& CAVL465_full,DCM2,CAVL466,DCM2,CAVL467,DCM2,CAVL468,DCM3,& CMB46,DCM4,QCM46_full,DCM5,CM46END) CM47 : LINE=(CM47BEG,DCM1,& CAVL471,DCM2,CAVL472,DCM2,CAVL473,DCM2,CAVL474,DCM2,& CAVL475_full,DCM2,CAVL476,DCM2,CAVL477,DCM2,CAVL478,DCM3,& CMB47,DCM4,QCM47_full,DCM5,CM47END) CM48 : LINE=(CM48BEG,DCM1,& CAVL481,DCM2,CAVL482,DCM2,CAVL483,DCM2,CAVL484,DCM2,& CAVL485_full,DCM2,CAVL486,DCM2,CAVL487,DCM2,CAVL488,DCM3,& CMB48,DCM4,QCM48_full,DCM5,CM48END) CM49 : LINE=(CM49BEG,DCM1,& CAVL491,DCM2,CAVL492,DCM2,CAVL493,DCM2,CAVL494,DCM2,& CAVL495_full,DCM2,CAVL496,DCM2,CAVL497,DCM2,CAVL498,DCM3,& CMB49,DCM4,QCM49_full,DCM5,CM49END) CM50 : LINE=(CM50BEG,DCM1,& CAVL501,DCM2,CAVL502,DCM2,CAVL503,DCM2,CAVL504,DCM2,& CAVL505_full,DCM2,CAVL506,DCM2,CAVL507,DCM2,CAVL508,DCM3,& CMB50,DCM4,QCM50_full,DCM5,CM50END) CM51 : LINE=(CM51BEG,DCM1,& CAVL511,DCM2,CAVL512,DCM2,CAVL513,DCM2,CAVL514,DCM2,& CAVL515_full,DCM2,CAVL516,DCM2,CAVL517,DCM2,CAVL518,DCM3,& CMB51,DCM4,QCM51_full,DCM5,CM51END) CM52 : LINE=(CM52BEG,DCM1,& CAVL521,DCM2,CAVL522,DCM2,CAVL523,DCM2,CAVL524,DCM2,& CAVL525_full,DCM2,CAVL526,DCM2,CAVL527,DCM2,CAVL528,DCM3,& CMB52,DCM4,QCM52_full,DCM5,CM52END) CM53 : LINE=(CM53BEG,DCM1,& CAVL531,DCM2,CAVL532,DCM2,CAVL533,DCM2,CAVL534,DCM2,& CAVL535_full,DCM2,CAVL536,DCM2,CAVL537,DCM2,CAVL538,DCM3,& CMB53,DCM4,QCM53_full,DCM5,CM53END) CM54 : LINE=(CM54BEG,DCM1,& CAVL541,DCM2,CAVL542,DCM2,CAVL543,DCM2,CAVL544,DCM2,& CAVL545_full,DCM2,CAVL546,DCM2,CAVL547,DCM2,CAVL548,DCM3,& CMB54,DCM4,QCM54_full,DCM5,CM54END) CM55 : LINE=(CM55BEG,DCM1,& CAVL551,DCM2,CAVL552,DCM2,CAVL553,DCM2,CAVL554,DCM2,& CAVL555_full,DCM2,CAVL556,DCM2,CAVL557,DCM2,CAVL558,DCM3,& CMB55,DCM4,QCM55_full,DCM5,CM55END) CM56 : LINE=(CM56BEG,DCM1,& CAVL561,DCM2,CAVL562,DCM2,CAVL563,DCM2,CAVL564,DCM2,& CAVL565_full,DCM2,CAVL566,DCM2,CAVL567,DCM2,CAVL568,DCM3,& CMB56,DCM4,QCM56_full,DCM5,CM56END) CM57 : LINE=(CM57BEG,DCM1,& CAVL571,DCM2,CAVL572,DCM2,CAVL573,DCM2,CAVL574,DCM2,& CAVL575_full,DCM2,CAVL576,DCM2,CAVL577,DCM2,CAVL578,DCM3,& CMB57,DCM4,QCM57_full,DCM5,CM57END) CM58 : LINE=(CM58BEG,DCM1,& CAVL581,DCM2,CAVL582,DCM2,CAVL583,DCM2,CAVL584,DCM2,& CAVL585_full,DCM2,CAVL586,DCM2,CAVL587,DCM2,CAVL588,DCM3,& CMB58,DCM4,QCM58_full,DCM5,CM58END) CM59 : LINE=(CM59BEG,DCM1,& CAVL591,DCM2,CAVL592,DCM2,CAVL593,DCM2,CAVL594,DCM2,& CAVL595_full,DCM2,CAVL596,DCM2,CAVL597,DCM2,CAVL598,DCM3,& CMB59,DCM4,QCM59_full,DCM5,CM59END) ! LEI CM00 : LINE=(CM00BEG,DCM1,& CAVL001,DCM2,CAVL002,DCM2,CAVL003,DCM2,CAVL004,DCM2,& CAVL005_full,DCM2,CAVL006,DCM2,CAVL007,DCM2,CAVL008,DCM3,& CMB00,DCM4a,BEAM0LEI,DCM4b,QCM00_full,DCM5,CM00END) ! linacs L0 : LINE=(BEGL0B,EC1,DCAP0u,& CM01,DCMCM1,HOMCM,DCAP0da,ASTRA,DCAP0db,FC1,& DMSC0da,BLF1,DMSC0db,VG0H00,DMSC0dc,VP0H00,DMSC0dd,VV0H00,DMSC0de,MSC0d,& ENDL0B) L1 : LINE=(BEGL1B,PSC1u,DPSC1u,MSC1u,DMSC1ua,BLF2,DMSC1ub,FC2,DCAP1u,& CM02,DCMCM1,HOMCM,DCMCM2,& CM03,DCMCMH1,HOMCM,DCMCMH2,& CMH1,DCMHCMH1,HOMCM,DCMHCMH2,& CMH2,DCAP1d,FC3,& DMSC1da,BLF3,DMSC1db,MSC1d,DPSC1d,PSC1d,ENDL1B) L2 : LINE=(BEGL2B,PSC2u,DPSC2u,MSC2u,DMSC2ua,BLF4,DMSC2ub,FC4,DCAP2u,& CM04,DCMCM1,HOMCM,DCMCM2,& CM05,DCMCM1,HOMCM,DCMCM2,& CM06,DCMCM1,HOMCM,DCMCM2,& CM07,DCMCM1,HOMCM,DCMCM2,& CM08,DCMCM1,HOMCM,DCMCM2,& CM09,DCMCM1,HOMCM,DCMCM2,& CM10,DCMCM1,HOMCM,DCMCM2,& CM11,DCMCM1,HOMCM,DCMCM2,& CM12,DCMCM1,HOMCM,DCMCM2,& CM13,DCMCM1,HOMCM,DCMCM2,& CM14,DCMCM1,HOMCM,DCMCM2,& CM15,DCMCM1,HOMCM,DCAP2d,FC5,& DMSC2da,BLF5,DMSC2db,MSC2d,RFB2C00,DPSC2d,PSC2d,ENDL2B) L3 : LINE=(BEGL3B,PSC3u,DPSC3u,MSC3u,DMSC3ua,BLF6,DMSC3ub,FC6,DCAP3u,& CM16,DCMCM1,HOMCM,DCMCM2,& CM17,DCMCM1,HOMCM,DCMCM2,& CM18,DCMCM1,HOMCM,DCMCM2,& CM19,DCMCM1,HOMCM,DCMCM2,& CM20,DCMCM1,HOMCM,DCMCM2,& CM21,DCMCM1,HOMCM,DCMCM2,& CM22,DCMCM1,HOMCM,DCMCM2,& CM23,DCMCM1,HOMCM,DCMCM2,& CM24,DCMCM1,HOMCM,DCMCM2,& CM25,DCMCM1,HOMCM,DCMCM2,DBREAK,& CM26,DCMCM1,HOMCM,DCMCM2,& CM27,DCMCM1,HOMCM,DCMCM2,& CM28,DCMCM1,HOMCM,DCMCM2,& CM29,DCMCM1,HOMCM,DCMCM2,& CM30,DCMCM1,HOMCM,DCMCM2,& CM31,DCMCM1,HOMCM,DCAP3d,EC2,& DMSC3da,BLF7,DMSC3db,MSC3d,& ENDL3B) SLOT32 : LINE=(BEGSLOT32,& DSLOT32a,EC2VVEXT,DSLOT32b,EC2VPION,& DSLOT32c,EC3VPION,DSLOT32d,& ENDSLOT32) L4a : LINE=(BEGL4B,MSC4u,DMSC4ua,EC3VVEXT,DMSC4ub,BLF8,DMSC4uc,EC3,DCAP4u,& CM33,DCMCM1,HOMCM,DCMCM2,& CM34,DCMCM1,HOMCM,DCMCM2,& CM35,DCMCM1,HOMCM,DCMCM2,& CM36,DCMCM1,HOMCM,DCMCM2) L4b : LINE=(& CM37,DCMCM1,HOMCM,DCMCM2,DTEE,& CM38,DCMCM1,HOMCM,DCMCM2,& CM39,DCMCM1,HOMCM,DCMCM2,& CM40,DCMCM1,HOMCM,DCMCM2,& CM41,DCMCM1,HOMCM,DCMCM2,& CM42,DCMCM1,HOMCM,DCMCM2,& CM43,DCMCM1,HOMCM,DCMCM2,& CM44,DCMCM1,HOMCM,DCMCM2,& CM45,DCMCM1,HOMCM,DCMCM2,& CM46,DCMCM1,HOMCM,DCMCM2,& CM47,DCMCM1,HOMCM,DCMCM2,& CM48,DCMCM1,HOMCM,DCMCM2,DBREAK,& CM49,DCMCM1,HOMCM,DCMCM2,& CM50,DCMCM1,HOMCM,DCMCM2,& CM51,DCMCM1,HOMCM,DCMCM2,& CM52,DCMCM1,HOMCM,DCMCM2,& CM53,DCMCM1,HOMCM,DCMCM2,& CM54,DCMCM1,HOMCM,DCMCM2,& CM55,DCMCM1,HOMCM,DCMCM2,& CM56,DCMCM1,HOMCM,DCMCM2,& CM57,DCMCM1,HOMCM,DCMCM2,& CM58,DCMCM1,HOMCM,DCMCM2,& CM59,DCMCM1,HOMCM,DCAP4d,EC4,& DMSC4da,BLF9,DMSC4db,MSC4d,DPSC4d,& PSC4d,ENDL4B) L4 : LINE=(L4a,L4b) ! linac extension COMMENT !simplified EXT : LINE=(BEGEXT,DX00,& QX01,QX01,DX01,& QX02,QX02,DX02,& ENDEXT) ENDCOMMENT !COMMENT !complete EXT : LINE=(BEGEXT,DX00,& QX01_full,DX01a,XCX01,DX01b,& QX02_full,DX02a,YCX02,DX02b,S10CROTCH,DX02c,& ENDEXT) !ENDCOMMENT ! L0LEI L0LEI : LINE=(BEGL0LEI,ECLEI,DCAP0u,& CM00,DCMCM1,HOMCM,DCAP0d2,FCLEI,DMSC0da,BLFLEI,& DMSC0db,VG0D00,DMSC0dc,VP0D00,DMSC0dd,VV0D00,DMSC0de,MSCLEI,& ENDL0LEI) ! ============================================================================== ! coasting FODO ! ------------------------------------------------------------------------------ QFCMfodo1 : QUAD, L=Lcmq/2, APER=Rcmq, K1= KQCMfodo1 !L1 QF QDCMfodo1 : QUAD, L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo1 !L1 QD QFCMfodo2 : QUAD, L=Lcmq/2, APER=Rcmq, K1= KQCMfodo2 !L2 QF QDCMfodo2 : QUAD, L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo2 !L2 QD QFCMfodo3 : QUAD, L=Lcmq/2, APER=Rcmq, K1= KQCMfodo3 !L3 QF QDCMfodo3 : QUAD, L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo3 !L3 QD QFCMfodo4 : QUAD, L=Lcmq/2, APER=Rcmq, K1= KQCMfodo4 !L4 QF QDCMfodo4 : QUAD, L=Lcmq/2, APER=Rcmq, K1=-KQCMfodo4 !L4 QD DCMfodo : DRIF, L=LDCMfodo CMfodo1 : LINE=(QFCMfodo1,DCMfodo,QDCMfodo1,QDCMfodo1,DCMfodo,QFCMfodo1) CMfodo2 : LINE=(QFCMfodo2,DCMfodo,QDCMfodo2,QDCMfodo2,DCMfodo,QFCMfodo2) CMfodo3 : LINE=(QFCMfodo3,DCMfodo,QDCMfodo3,QDCMfodo3,DCMfodo,QFCMfodo3) CMfodo4 : LINE=(QFCMfodo4,DCMfodo,QDCMfodo4,QDCMfodo4,DCMfodo,QFCMfodo4) ! ------------------------------------------------------------------------------ RETURN