! *** OPTICS=AD_ACCEL-11APR24s *** ! ============================================================================== ! 05-MAY-2017, M. Woodley ! Remove OTR22; change name: C30096 -> C29956 ! ------------------------------------------------------------------------------ ! 23-FEB-2017, M. Woodley ! Swap locations of XC30900 and YC30900 per J. Sheppard ! ------------------------------------------------------------------------------ ! 04-NOV-2016, M. Woodley ! Make definitions of drifts around LI27/LI28 wire scanners consistent ! ------------------------------------------------------------------------------ ! 15-NOV-2011, M. Woodley ! Change LI30 wraparound quads (QUAD LI30 615 and QUAD LI30 715) to MARKERs ! 24-OCT-2008, M. Woodley ! Change XC29092, YC29092, XC29095, and YC29095 to MARK ... the physical ! devices are still there, but they won't be used ! 18-SEP-2008, M. Woodley ! Fixed structure counts in header comments ! 17-AUG-2008, P. Emma ! K25_1d was changed back to LCAVITY (from D25_1d) and uses P50 (should since Jan. 2008) ! K25_3c LCAVITY was changed to use P50 (should since Jan. 2008) ! K28_5c LCAVITY was changed to use P50 (should since Jan. 2008) ! 02-JAN-2008, P. Emma ! Rename sec-28 wires (WS044 -> WS27644, WS144 -> WS28144, ! WS444 -> WS28444, WS544 -> WS28744). ! 04-NOV-2007, P. Emma ! Move XC25502 & YC25503 to downstream of Q25501, as they should be (were upstream). ! Remove XC29090, YC29090, XC29096, and YC29096 correctors (not installed). ! 04-OCT-2007, P. Emma ! Remove D25cm from upbeam of TCAV3 and replace with 25-cm longer D255c, which ! was negative! ! 11-SEP-2007, P. Emma ! Move BL22 from near BX24 to just upbeam of OTR22 & remove 25_1c, 1d, and ! 28-5d (these no longer re-installed into linac due to money limits). ! 10-DEC-2006, P. Emma ! Move BXKIK to 25-3d where it will fit after removing the 25-3d RF acc. ! structure. Also add OTR22 near BXKIK. ! 03-DEC-2006, P. Emma ! Move IMBC2O toroid to upbeam of BXKIK (from QM22 area). ! 02-AUG-2006, M. Woodley ! Reinstate LI30 wraparound quads (QUAD LI30 615 and QUAD LI30 715) as ! quadrupoles (NOTE: uses negative drifts!) ! 29-NOV-2005, P. Emma ! Add types for LCAV's, HKIC's, and VKIC's. ! 13-JUL-2005, P. Emma ! Move TCAV3 to 25-2d for better sigZ resolution (was 25-5a). Restored 25-5a ! and removed 25-2d. ! 06-JUL-2005, P. Emma ! Rename TCAVH to TCAV3. ! 02-JUN-2005, P. Emma ! Add comments adjacent to fast-feedback correctors. ! ============================================================================== ! LCAVs ! ------------------------------------------------------------------------------ ! the L3 linac consists of: 161 10 ft S-band sections @ 25% power ! 12 10 ft S-band sections @ 50% power ! 3 9.4 ft S-band sections @ 25% power ! 4 7 ft S-band sections @ 25% power ! ------------------------------------------------------------------------------ ! klystron ON/OFF switches A25_1 := 1 ; A25_2 := 1 ; A25_3 := 1 ; A25_4 := 1 A25_5 := 1 ; A25_6 := 1 ; A25_7 := 1 ; A25_8 := 1 A26_1 := 1 ; A26_2 := 1 ; A26_3 := 1 ; A26_4 := 1 A26_5 := 1 ; A26_6 := 1 ; A26_7 := 1 ; A26_8 := 1 A27_1 := 0 ; A27_2 := 0 ; A27_3 := 0 ; A27_4 := 0 A27_5 := 0 ; A27_6 := 0 ; A27_7 := 0 ; A27_8 := 0 A28_1 := 0 ; A28_2 := 0 ; A28_3 := 0 ; A28_4 := 0 A28_5 := 0 ; A28_6 := 0 ; A28_7 := 0 ; A28_8 := 0 A29_1 := 0 ; A29_2 := 0 ; A29_3 := 0 ; A29_4 := 0 A29_5 := 0 ; A29_6 := 0 ; A29_7 := 0 ; A29_8 := 0 A30_1 := 0 ; A30_2 := 0 ; A30_3 := 0 ; A30_4 := 0 A30_5 := 0 ; A30_6 := 0 ; A30_7 := 0 ; A30_8 := 0 ! structures K25_1a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3250, & DELTAE=A25_1*P25*gradL3*0.3250, PHI0=PhiL3 K25_1a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3250, & DELTAE=A25_1*P25*gradL3*0.3250, PHI0=PhiL3 K25_1a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3941, & DELTAE=A25_1*P25*gradL3*2.3941, PHI0=PhiL3 K25_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_1*P25*gradL3*DLWL10, PHI0=PhiL3 D25_1c : DRIF, L=DLWL10 K25_1d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_1*P50*gradL3*DLWL10, PHI0=PhiL3 K25_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4530, & DELTAE=A25_2*P25*gradL3*0.4530, PHI0=PhiL3 K25_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3175, & DELTAE=A25_2*P25*gradL3*0.3175, PHI0=PhiL3 K25_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.2736, & DELTAE=A25_2*P25*gradL3*2.2736, PHI0=PhiL3 K25_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_2*P25*gradL3*DLWL10, PHI0=PhiL3 K25_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_2*P50*gradL3*DLWL10, PHI0=PhiL3 K25_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3312, & DELTAE=A25_3*P25*gradL3*0.3312, PHI0=PhiL3 K25_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3504, & DELTAE=A25_3*P25*gradL3*0.3504, PHI0=PhiL3 K25_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3625, & DELTAE=A25_3*P25*gradL3*2.3625, PHI0=PhiL3 K25_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_3*P25*gradL3*DLWL10, PHI0=PhiL3 K25_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_3*P50*gradL3*DLWL10, PHI0=PhiL3 K25_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3268, & DELTAE=A25_4*P25*gradL3*0.3268, PHI0=PhiL3 K25_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A25_4*P25*gradL3*0.2500, PHI0=PhiL3 K25_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4673, & DELTAE=A25_4*P25*gradL3*2.4673, PHI0=PhiL3 K25_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_4*P25*gradL3*DLWL10, PHI0=PhiL3 K25_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_4*P25*gradL3*DLWL10, PHI0=PhiL3 K25_4d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_4*P25*gradL3*DLWL10, PHI0=PhiL3 K25_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3268, & DELTAE=A25_5*P25*gradL3*0.3268, PHI0=PhiL3 K25_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A25_5*P25*gradL3*0.2500, PHI0=PhiL3 K25_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4673, & DELTAE=A25_5*P25*gradL3*2.4673, PHI0=PhiL3 K25_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_5*P25*gradL3*DLWL10, PHI0=PhiL3 K25_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_5*P25*gradL3*DLWL10, PHI0=PhiL3 K25_5d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_5*P25*gradL3*DLWL10, PHI0=PhiL3 K25_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3280, & DELTAE=A25_6*P25*gradL3*0.3280, PHI0=PhiL3 K25_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3822, & DELTAE=A25_6*P25*gradL3*0.3822, PHI0=PhiL3 K25_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3339, & DELTAE=A25_6*P25*gradL3*2.3339, PHI0=PhiL3 K25_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_6*P25*gradL3*DLWL10, PHI0=PhiL3 K25_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_6*P25*gradL3*DLWL10, PHI0=PhiL3 K25_6d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_6*P25*gradL3*DLWL10, PHI0=PhiL3 K25_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3336, & DELTAE=A25_7*P25*gradL3*0.3336, PHI0=PhiL3 K25_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A25_7*P25*gradL3*0.2500, PHI0=PhiL3 K25_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4605, & DELTAE=A25_7*P25*gradL3*2.4605, PHI0=PhiL3 K25_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_7*P25*gradL3*DLWL10, PHI0=PhiL3 K25_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_7*P25*gradL3*DLWL10, PHI0=PhiL3 K25_7d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_7*P25*gradL3*DLWL10, PHI0=PhiL3 K25_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3292, & DELTAE=A25_8*P25*gradL3*0.3292, PHI0=PhiL3 K25_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A25_8*P25*gradL3*0.2500, PHI0=PhiL3 K25_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4649, & DELTAE=A25_8*P25*gradL3*2.4649, PHI0=PhiL3 K25_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_8*P25*gradL3*DLWL10, PHI0=PhiL3 K25_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_8*P25*gradL3*DLWL10, PHI0=PhiL3 K25_8d1 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3869, & DELTAE=A25_8*P25*gradL3*2.3869, PHI0=PhiL3 K25_8d2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A25_8*P25*gradL3*0.2500, PHI0=PhiL3 K25_8d3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4072, & DELTAE=A25_8*P25*gradL3*0.4072, PHI0=PhiL3 K26_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_1*P25*gradL3*DLWL10, PHI0=PhiL3 K26_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_1*P25*gradL3*DLWL10, PHI0=PhiL3 K26_1c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_1*P25*gradL3*DLWL10, PHI0=PhiL3 K26_1d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_1*P25*gradL3*DLWL10, PHI0=PhiL3 K26_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3256, & DELTAE=A26_2*P25*gradL3*0.3256, PHI0=PhiL3 K26_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3719, & DELTAE=A26_2*P25*gradL3*0.3719, PHI0=PhiL3 K26_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3466, & DELTAE=A26_2*P25*gradL3*2.3466, PHI0=PhiL3 K26_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_2*P25*gradL3*DLWL10, PHI0=PhiL3 K26_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_2*P25*gradL3*DLWL10, PHI0=PhiL3 K26_2d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_2*P25*gradL3*DLWL10, PHI0=PhiL3 K26_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3312, & DELTAE=A26_3*P25*gradL3*0.3312, PHI0=PhiL3 K26_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A26_3*P25*gradL3*0.2500, PHI0=PhiL3 K26_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4629, & DELTAE=A26_3*P25*gradL3*2.4629, PHI0=PhiL3 K26_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_3*P25*gradL3*DLWL10, PHI0=PhiL3 K26_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_3*P25*gradL3*DLWL10, PHI0=PhiL3 K26_3d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_3*P25*gradL3*DLWL10, PHI0=PhiL3 K26_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3268, & DELTAE=A26_4*P25*gradL3*0.3268, PHI0=PhiL3 K26_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A26_4*P25*gradL3*0.2500, PHI0=PhiL3 K26_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4673, & DELTAE=A26_4*P25*gradL3*2.4673, PHI0=PhiL3 K26_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_4*P25*gradL3*DLWL10, PHI0=PhiL3 K26_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_4*P25*gradL3*DLWL10, PHI0=PhiL3 K26_4d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_4*P25*gradL3*DLWL10, PHI0=PhiL3 K26_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3324, & DELTAE=A26_5*P25*gradL3*0.3324, PHI0=PhiL3 K26_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A26_5*P25*gradL3*0.2500, PHI0=PhiL3 K26_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4617, & DELTAE=A26_5*P25*gradL3*2.4617, PHI0=PhiL3 K26_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_5*P25*gradL3*DLWL10, PHI0=PhiL3 K26_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_5*P25*gradL3*DLWL10, PHI0=PhiL3 K26_5d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_5*P25*gradL3*DLWL10, PHI0=PhiL3 K26_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3280, & DELTAE=A26_6*P25*gradL3*0.3280, PHI0=PhiL3 K26_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4108, & DELTAE=A26_6*P25*gradL3*0.4108, PHI0=PhiL3 K26_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3053, & DELTAE=A26_6*P25*gradL3*2.3053, PHI0=PhiL3 K26_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_6*P25*gradL3*DLWL10, PHI0=PhiL3 K26_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_6*P25*gradL3*DLWL10, PHI0=PhiL3 K26_6d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_6*P25*gradL3*DLWL10, PHI0=PhiL3 K26_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3336, & DELTAE=A26_7*P25*gradL3*0.3336, PHI0=PhiL3 K26_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A26_7*P25*gradL3*0.2500, PHI0=PhiL3 K26_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4605, & DELTAE=A26_7*P25*gradL3*2.4605, PHI0=PhiL3 K26_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_7*P25*gradL3*DLWL10, PHI0=PhiL3 K26_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_7*P25*gradL3*DLWL10, PHI0=PhiL3 K26_7d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_7*P25*gradL3*DLWL10, PHI0=PhiL3 K26_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3292, & DELTAE=A26_8*P25*gradL3*0.3292, PHI0=PhiL3 K26_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3810, & DELTAE=A26_8*P25*gradL3*0.3810, PHI0=PhiL3 K26_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3339, & DELTAE=A26_8*P25*gradL3*2.3339, PHI0=PhiL3 K26_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_8*P25*gradL3*DLWL10, PHI0=PhiL3 K26_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_8*P25*gradL3*DLWL10, PHI0=PhiL3 K26_8d1 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3869, & DELTAE=A26_8*P25*gradL3*2.3869, PHI0=PhiL3 K26_8d2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A26_8*P25*gradL3*0.2500, PHI0=PhiL3 K26_8d3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4072, & DELTAE=A26_8*P25*gradL3*0.4072, PHI0=PhiL3 K27_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_1*P25*gradL3*DLWL10, PHI0=PhiL3 K27_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_1*P25*gradL3*DLWL10, PHI0=PhiL3 K27_1c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_1*P25*gradL3*DLWL10, PHI0=PhiL3 K27_1d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_1*P25*gradL3*DLWL10, PHI0=PhiL3 K27_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3256, & DELTAE=A27_2*P25*gradL3*0.3256, PHI0=PhiL3 K27_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A27_2*P25*gradL3*0.2500, PHI0=PhiL3 K27_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4685, & DELTAE=A27_2*P25*gradL3*2.4685, PHI0=PhiL3 K27_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_2*P25*gradL3*DLWL10, PHI0=PhiL3 K27_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_2*P25*gradL3*DLWL10, PHI0=PhiL3 K27_2d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_2*P25*gradL3*DLWL10, PHI0=PhiL3 K27_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3312, & DELTAE=A27_3*P25*gradL3*0.3312, PHI0=PhiL3 K27_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3695, & DELTAE=A27_3*P25*gradL3*0.3695, PHI0=PhiL3 K27_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3434, & DELTAE=A27_3*P25*gradL3*2.3434, PHI0=PhiL3 K27_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_3*P25*gradL3*DLWL10, PHI0=PhiL3 K27_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_3*P25*gradL3*DLWL10, PHI0=PhiL3 K27_3d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_3*P25*gradL3*DLWL10, PHI0=PhiL3 K27_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3268, & DELTAE=A27_4*P25*gradL3*0.3268, PHI0=PhiL3 K27_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A27_4*P25*gradL3*0.2500, PHI0=PhiL3 K27_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4673, & DELTAE=A27_4*P25*gradL3*2.4673, PHI0=PhiL3 K27_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_4*P25*gradL3*DLWL10, PHI0=PhiL3 K27_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_4*P25*gradL3*DLWL10, PHI0=PhiL3 K27_4d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_4*P25*gradL3*DLWL10, PHI0=PhiL3 K27_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3324, & DELTAE=A27_5*P25*gradL3*0.3324, PHI0=PhiL3 K27_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3683, & DELTAE=A27_5*P25*gradL3*0.3683, PHI0=PhiL3 K27_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3434, & DELTAE=A27_5*P25*gradL3*2.3434, PHI0=PhiL3 K27_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_5*P25*gradL3*DLWL10, PHI0=PhiL3 K27_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_5*P25*gradL3*DLWL10, PHI0=PhiL3 K27_5d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_5*P25*gradL3*DLWL10, PHI0=PhiL3 K27_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3280, & DELTAE=A27_6*P25*gradL3*0.3280, PHI0=PhiL3 K27_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A27_6*P25*gradL3*0.2500, PHI0=PhiL3 K27_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4661, & DELTAE=A27_6*P25*gradL3*2.4661, PHI0=PhiL3 K27_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_6*P25*gradL3*DLWL10, PHI0=PhiL3 K27_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_6*P50*gradL3*DLWL10, PHI0=PhiL3 K27_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3336, & DELTAE=A27_7*P25*gradL3*0.3336, PHI0=PhiL3 K27_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3512, & DELTAE=A27_7*P25*gradL3*0.3512, PHI0=PhiL3 K27_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3593, & DELTAE=A27_7*P25*gradL3*2.3593, PHI0=PhiL3 K27_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_7*P25*gradL3*DLWL10, PHI0=PhiL3 K27_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_7*P25*gradL3*DLWL10, PHI0=PhiL3 K27_7d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_7*P25*gradL3*DLWL10, PHI0=PhiL3 K27_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3292, & DELTAE=A27_8*P25*gradL3*0.3292, PHI0=PhiL3 K27_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A27_8*P25*gradL3*0.2500, PHI0=PhiL3 K27_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4649, & DELTAE=A27_8*P25*gradL3*2.4649, PHI0=PhiL3 K27_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_8*P25*gradL3*DLWL10, PHI0=PhiL3 K27_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_8*P25*gradL3*DLWL10, PHI0=PhiL3 K27_8d1 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.2411, & DELTAE=A27_8*P25*gradL3*2.2411, PHI0=PhiL3 K27_8d2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3958, & DELTAE=A27_8*P25*gradL3*0.3958, PHI0=PhiL3 K27_8d3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4072, & DELTAE=A27_8*P25*gradL3*0.4072, PHI0=PhiL3 K28_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_1*P25*gradL3*DLWL10, PHI0=PhiL3 K28_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_1*P25*gradL3*DLWL10, PHI0=PhiL3 K28_1c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_1*P50*gradL3*DLWL10, PHI0=PhiL3 K28_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3256, & DELTAE=A28_2*P25*gradL3*0.3256, PHI0=PhiL3 K28_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A28_2*P25*gradL3*0.2500, PHI0=PhiL3 K28_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4685, & DELTAE=A28_2*P25*gradL3*2.4685, PHI0=PhiL3 K28_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_2*P25*gradL3*DLWL10, PHI0=PhiL3 K28_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_2*P25*gradL3*DLWL10, PHI0=PhiL3 K28_2d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_2*P25*gradL3*DLWL10, PHI0=PhiL3 K28_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3312, & DELTAE=A28_3*P25*gradL3*0.3312, PHI0=PhiL3 K28_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A28_3*P25*gradL3*0.2500, PHI0=PhiL3 K28_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4629, & DELTAE=A28_3*P25*gradL3*2.4629, PHI0=PhiL3 K28_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_3*P25*gradL3*DLWL10, PHI0=PhiL3 K28_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_3*P25*gradL3*DLWL10, PHI0=PhiL3 K28_3d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_3*P25*gradL3*DLWL10, PHI0=PhiL3 K28_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3800, & DELTAE=A28_4*P25*gradL3*0.3800, PHI0=PhiL3 K28_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2921, & DELTAE=A28_4*P25*gradL3*0.2921, PHI0=PhiL3 K28_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3720, & DELTAE=A28_4*P25*gradL3*2.3720, PHI0=PhiL3 K28_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_4*P25*gradL3*DLWL10, PHI0=PhiL3 K28_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_4*P50*gradL3*DLWL10, PHI0=PhiL3 K28_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3959, & DELTAE=A28_5*P25*gradL3*0.3959, PHI0=PhiL3 K28_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3111, & DELTAE=A28_5*P25*gradL3*0.3111, PHI0=PhiL3 K28_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3371, & DELTAE=A28_5*P25*gradL3*2.3371, PHI0=PhiL3 K28_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_5*P25*gradL3*DLWL10, PHI0=PhiL3 K28_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_5*P50*gradL3*DLWL10, PHI0=PhiL3 D28_5d : DRIF, L=DLWL10 K28_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3280, & DELTAE=A28_6*P25*gradL3*0.3280, PHI0=PhiL3 K28_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3600, & DELTAE=A28_6*P25*gradL3*0.3600, PHI0=PhiL3 K28_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3561, & DELTAE=A28_6*P25*gradL3*2.3561, PHI0=PhiL3 K28_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_6*P25*gradL3*DLWL10, PHI0=PhiL3 K28_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_6*P25*gradL3*DLWL10, PHI0=PhiL3 K28_6d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_6*P25*gradL3*DLWL10, PHI0=PhiL3 K28_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3336, & DELTAE=A28_7*P25*gradL3*0.3336, PHI0=PhiL3 K28_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4052, & DELTAE=A28_7*P25*gradL3*0.4052, PHI0=PhiL3 K28_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3053, & DELTAE=A28_7*P25*gradL3*2.3053, PHI0=PhiL3 K28_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_7*P25*gradL3*DLWL10, PHI0=PhiL3 K28_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_7*P50*gradL3*DLWL10, PHI0=PhiL3 K28_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3292, & DELTAE=A28_8*P25*gradL3*0.3292, PHI0=PhiL3 K28_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A28_8*P25*gradL3*0.2500, PHI0=PhiL3 K28_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4649, & DELTAE=A28_8*P25*gradL3*2.4649, PHI0=PhiL3 K28_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_8*P25*gradL3*DLWL10, PHI0=PhiL3 K28_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_8*P25*gradL3*DLWL10, PHI0=PhiL3 K28_8d1 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3869, & DELTAE=A28_8*P25*gradL3*2.3869, PHI0=PhiL3 K28_8d2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A28_8*P25*gradL3*0.2500, PHI0=PhiL3 K28_8d3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4072, & DELTAE=A28_8*P25*gradL3*0.4072, PHI0=PhiL3 K29_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_1*P25*gradL3*DLWL10, PHI0=PhiL3 K29_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_1*P25*gradL3*DLWL10, PHI0=PhiL3 K29_1c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_1*P50*gradL3*DLWL10, PHI0=PhiL3 K29_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3256, & DELTAE=A29_2*P25*gradL3*0.3256, PHI0=PhiL3 K29_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3528, & DELTAE=A29_2*P25*gradL3*0.3528, PHI0=PhiL3 K29_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3657, & DELTAE=A29_2*P25*gradL3*2.3657, PHI0=PhiL3 K29_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_2*P25*gradL3*DLWL10, PHI0=PhiL3 K29_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_2*P25*gradL3*DLWL10, PHI0=PhiL3 K29_2d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_2*P25*gradL3*DLWL10, PHI0=PhiL3 K29_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3312, & DELTAE=A29_3*P25*gradL3*0.3312, PHI0=PhiL3 K29_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3599, & DELTAE=A29_3*P25*gradL3*0.3599, PHI0=PhiL3 K29_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3530, & DELTAE=A29_3*P25*gradL3*2.3530, PHI0=PhiL3 K29_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_3*P25*gradL3*DLWL10, PHI0=PhiL3 K29_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_3*P25*gradL3*DLWL10, PHI0=PhiL3 K29_3d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_3*P25*gradL3*DLWL10, PHI0=PhiL3 K29_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3268, & DELTAE=A29_4*P25*gradL3*0.3268, PHI0=PhiL3 K29_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2500, & DELTAE=A29_4*P25*gradL3*0.2500, PHI0=PhiL3 K29_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4673, & DELTAE=A29_4*P25*gradL3*2.4673, PHI0=PhiL3 K29_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_4*P25*gradL3*DLWL10, PHI0=PhiL3 K29_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_4*P50*gradL3*DLWL10, PHI0=PhiL3 K29_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3800, & DELTAE=A29_5*P25*gradL3*0.3800, PHI0=PhiL3 K29_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2762, & DELTAE=A29_5*P25*gradL3*0.2762, PHI0=PhiL3 K29_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3879, & DELTAE=A29_5*P25*gradL3*2.3879, PHI0=PhiL3 K29_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_5*P25*gradL3*DLWL10, PHI0=PhiL3 K29_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_5*P50*gradL3*DLWL10, PHI0=PhiL3 K29_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4498, & DELTAE=A29_6*P25*gradL3*0.4498, PHI0=PhiL3 K29_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3715, & DELTAE=A29_6*P25*gradL3*0.3715, PHI0=PhiL3 K29_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.2228, & DELTAE=A29_6*P25*gradL3*2.2228, PHI0=PhiL3 K29_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_6*P25*gradL3*DLWL10, PHI0=PhiL3 K29_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_6*P25*gradL3*DLWL10, PHI0=PhiL3 K29_6d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_6*P25*gradL3*DLWL10, PHI0=PhiL3 K29_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3336, & DELTAE=A29_7*P25*gradL3*0.3336, PHI0=PhiL3 K29_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3988, & DELTAE=A29_7*P25*gradL3*0.3988, PHI0=PhiL3 K29_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3117, & DELTAE=A29_7*P25*gradL3*2.3117, PHI0=PhiL3 K29_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_7*P25*gradL3*DLWL10, PHI0=PhiL3 K29_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_7*P25*gradL3*DLWL10, PHI0=PhiL3 K29_7d : LCAV, TYPE="9.4ft", FREQ=SbandF, L=2.8692, & DELTAE=A29_7*P25*gradL3*2.8692, PHI0=PhiL3 K29_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3896, & DELTAE=A29_8*P25*gradL3*0.3896, PHI0=PhiL3 K29_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2790, & DELTAE=A29_8*P25*gradL3*0.2790, PHI0=PhiL3 K29_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3755, & DELTAE=A29_8*P25*gradL3*2.3755, PHI0=PhiL3 K29_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_8*P25*gradL3*DLWL10, PHI0=PhiL3 K29_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_8*P25*gradL3*DLWL10, PHI0=PhiL3 K29_8d1 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.4558, & DELTAE=A29_8*P25*gradL3*2.4558, PHI0=PhiL3 K29_8d2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2800, & DELTAE=A29_8*P25*gradL3*0.2800, PHI0=PhiL3 K29_8d3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3083, & DELTAE=A29_8*P25*gradL3*0.3083, PHI0=PhiL3 K30_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_1*P25*gradL3*DLWL10, PHI0=PhiL3 K30_1b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_1*P25*gradL3*DLWL10, PHI0=PhiL3 K30_1c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_1*P25*gradL3*DLWL10, PHI0=PhiL3 K30_1d : LCAV, TYPE="7.1ft", FREQ=SbandF, L=2.1694, & DELTAE=A30_1*P25*gradL3*2.1694, PHI0=PhiL3 K30_2a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.5006, & DELTAE=A30_2*P25*gradL3*0.5006, PHI0=PhiL3 K30_2a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3302, & DELTAE=A30_2*P25*gradL3*0.3302, PHI0=PhiL3 K30_2a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.2133, & DELTAE=A30_2*P25*gradL3*2.2133, PHI0=PhiL3 K30_2b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_2*P25*gradL3*DLWL10, PHI0=PhiL3 K30_2c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_2*P25*gradL3*DLWL10, PHI0=PhiL3 K30_2d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_2*P25*gradL3*DLWL10, PHI0=PhiL3 K30_3a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3986, & DELTAE=A30_3*P25*gradL3*0.3986, PHI0=PhiL3 K30_3a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3300, & DELTAE=A30_3*P25*gradL3*0.3300, PHI0=PhiL3 K30_3a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3155, & DELTAE=A30_3*P25*gradL3*2.3155, PHI0=PhiL3 K30_3b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_3*P25*gradL3*DLWL10, PHI0=PhiL3 K30_3c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_3*P25*gradL3*DLWL10, PHI0=PhiL3 K30_3d : LCAV, TYPE="7.1ft", FREQ=SbandF, L=2.1694, & DELTAE=A30_3*P25*gradL3*2.1694, PHI0=PhiL3 K30_4a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3856, & DELTAE=A30_4*P25*gradL3*0.3856, PHI0=PhiL3 K30_4a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2790, & DELTAE=A30_4*P25*gradL3*0.2790, PHI0=PhiL3 K30_4a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3795, & DELTAE=A30_4*P25*gradL3*2.3795, PHI0=PhiL3 K30_4b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_4*P25*gradL3*DLWL10, PHI0=PhiL3 K30_4c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_4*P25*gradL3*DLWL10, PHI0=PhiL3 K30_4d : LCAV, TYPE="7.1ft", FREQ=SbandF, L=2.1694, & DELTAE=A30_4*P25*gradL3*2.1694, PHI0=PhiL3 K30_5a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3726, & DELTAE=A30_5*P25*gradL3*0.3726, PHI0=PhiL3 K30_5a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.2920, & DELTAE=A30_5*P25*gradL3*0.2920, PHI0=PhiL3 K30_5a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.3795, & DELTAE=A30_5*P25*gradL3*2.3795, PHI0=PhiL3 K30_5b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_5*P25*gradL3*DLWL10, PHI0=PhiL3 K30_5c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_5*P25*gradL3*DLWL10, PHI0=PhiL3 K30_5d : LCAV, TYPE="7.1ft", FREQ=SbandF, L=2.1694, & DELTAE=A30_5*P25*gradL3*2.1694, PHI0=PhiL3 K30_6a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3940, & DELTAE=A30_6*P25*gradL3*0.3940, PHI0=PhiL3 K30_6a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3930, & DELTAE=A30_6*P25*gradL3*0.3930, PHI0=PhiL3 K30_6a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4070, & DELTAE=A30_6*P25*gradL3*0.4070, PHI0=PhiL3 K30_6a4 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.9810, & DELTAE=A30_6*P25*gradL3*0.9810, PHI0=PhiL3 K30_6a5 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3550, & DELTAE=A30_6*P25*gradL3*0.3550, PHI0=PhiL3 K30_6a6 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.5141, & DELTAE=A30_6*P25*gradL3*0.5141, PHI0=PhiL3 K30_6b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_6*P25*gradL3*DLWL10, PHI0=PhiL3 K30_6c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_6*P25*gradL3*DLWL10, PHI0=PhiL3 K30_6d : LCAV, TYPE="9.4ft", FREQ=SbandF, L=2.8692, & DELTAE=A30_6*P25*gradL3*2.8692, PHI0=PhiL3 K30_7a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3813, & DELTAE=A30_7*P25*gradL3*0.3813, PHI0=PhiL3 K30_7a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.4317, & DELTAE=A30_7*P25*gradL3*0.4317, PHI0=PhiL3 K30_7a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3740, & DELTAE=A30_7*P25*gradL3*0.3740, PHI0=PhiL3 K30_7a4 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.9910, & DELTAE=A30_7*P25*gradL3*0.9910, PHI0=PhiL3 K30_7a5 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3590, & DELTAE=A30_7*P25*gradL3*0.3590, PHI0=PhiL3 K30_7a6 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.5071, & DELTAE=A30_7*P25*gradL3*0.5071, PHI0=PhiL3 K30_7b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_7*P25*gradL3*DLWL10, PHI0=PhiL3 K30_7c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_7*P25*gradL3*DLWL10, PHI0=PhiL3 K30_7d : LCAV, TYPE="9.4ft", FREQ=SbandF, L=2.8692, & DELTAE=A30_7*P25*gradL3*2.8692, PHI0=PhiL3 K30_8a1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3859, & DELTAE=A30_8*P25*gradL3*0.3859, PHI0=PhiL3 K30_8a2 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.3810, & DELTAE=A30_8*P25*gradL3*0.3810, PHI0=PhiL3 K30_8a3 : LCAV, TYPE="10ft", FREQ=SbandF, L=2.2772, & DELTAE=A30_8*P25*gradL3*2.2772, PHI0=PhiL3 K30_8b : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_8*P25*gradL3*DLWL10, PHI0=PhiL3 K30_8c1 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.7620, & DELTAE=A30_8*P50*gradL3*0.7620, PHI0=PhiL3 K30_8c2 : LCAV, TYPE="10ft", FREQ=SbandF, L=1.4669, & DELTAE=A30_8*P50*gradL3*1.4669, PHI0=PhiL3 K30_8c3 : LCAV, TYPE="10ft", FREQ=SbandF, L=0.8152, & DELTAE=A30_8*P50*gradL3*0.8152, PHI0=PhiL3 ! define unsplit LCAVs for BMAD ... not used by MAD K25_1a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_1*P25*gradL3*DLWL10, PHI0=PhiL3 K25_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_2*P25*gradL3*DLWL10, PHI0=PhiL3 K25_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_3*P25*gradL3*DLWL10, PHI0=PhiL3 K25_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_4*P25*gradL3*DLWL10, PHI0=PhiL3 K25_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_5*P25*gradL3*DLWL10, PHI0=PhiL3 K25_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_6*P25*gradL3*DLWL10, PHI0=PhiL3 K25_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_7*P25*gradL3*DLWL10, PHI0=PhiL3 K25_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_8*P25*gradL3*DLWL10, PHI0=PhiL3 K25_8d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A25_8*P25*gradL3*DLWL10, PHI0=PhiL3 K26_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_2*P25*gradL3*DLWL10, PHI0=PhiL3 K26_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_3*P25*gradL3*DLWL10, PHI0=PhiL3 K26_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_4*P25*gradL3*DLWL10, PHI0=PhiL3 K26_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_5*P25*gradL3*DLWL10, PHI0=PhiL3 K26_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_6*P25*gradL3*DLWL10, PHI0=PhiL3 K26_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_7*P25*gradL3*DLWL10, PHI0=PhiL3 K26_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_8*P25*gradL3*DLWL10, PHI0=PhiL3 K26_8d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A26_8*P25*gradL3*DLWL10, PHI0=PhiL3 K27_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_2*P25*gradL3*DLWL10, PHI0=PhiL3 K27_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_3*P25*gradL3*DLWL10, PHI0=PhiL3 K27_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_4*P25*gradL3*DLWL10, PHI0=PhiL3 K27_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_5*P25*gradL3*DLWL10, PHI0=PhiL3 K27_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_6*P25*gradL3*DLWL10, PHI0=PhiL3 K27_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_7*P25*gradL3*DLWL10, PHI0=PhiL3 K27_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_8*P25*gradL3*DLWL10, PHI0=PhiL3 K27_8d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A27_8*P25*gradL3*DLWL10, PHI0=PhiL3 K28_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_2*P25*gradL3*DLWL10, PHI0=PhiL3 K28_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_3*P25*gradL3*DLWL10, PHI0=PhiL3 K28_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_4*P25*gradL3*DLWL10, PHI0=PhiL3 K28_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_5*P25*gradL3*DLWL10, PHI0=PhiL3 K28_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_6*P25*gradL3*DLWL10, PHI0=PhiL3 K28_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_7*P25*gradL3*DLWL10, PHI0=PhiL3 K28_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_8*P25*gradL3*DLWL10, PHI0=PhiL3 K28_8d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A28_8*P25*gradL3*DLWL10, PHI0=PhiL3 K29_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_2*P25*gradL3*DLWL10, PHI0=PhiL3 K29_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_3*P25*gradL3*DLWL10, PHI0=PhiL3 K29_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_4*P25*gradL3*DLWL10, PHI0=PhiL3 K29_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_5*P25*gradL3*DLWL10, PHI0=PhiL3 K29_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_6*P25*gradL3*DLWL10, PHI0=PhiL3 K29_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_7*P25*gradL3*DLWL10, PHI0=PhiL3 K29_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_8*P25*gradL3*DLWL10, PHI0=PhiL3 K29_8d : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A29_8*P25*gradL3*DLWL10, PHI0=PhiL3 K30_2a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_2*P25*gradL3*DLWL10, PHI0=PhiL3 K30_3a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_3*P25*gradL3*DLWL10, PHI0=PhiL3 K30_4a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_4*P25*gradL3*DLWL10, PHI0=PhiL3 K30_5a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_5*P25*gradL3*DLWL10, PHI0=PhiL3 K30_6a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_6*P25*gradL3*DLWL10, PHI0=PhiL3 K30_7a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_7*P25*gradL3*DLWL10, PHI0=PhiL3 K30_8a : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_8*P25*gradL3*DLWL10, PHI0=PhiL3 K30_8c : LCAV, TYPE="10ft", FREQ=SbandF, L=DLWL10, & DELTAE=A30_8*P50*gradL3*DLWL10, PHI0=PhiL3 ! ============================================================================== ! DRIFs ! ------------------------------------------------------------------------------ DAQ4A : DRIF, L=0.2527 DAQ4B : DRIF, L=0.203 DAQ4C : DRIF, L=0.915 DAQ4D : DRIF, L=0.272 DAQ4E : DRIF, L=0.91 DAQ5A : DRIF, L=2.3435 DAQ6A : DRIF, L=0.7348 DAQ5B : DRIF, L=2.841 DAQ6B : DRIF, L=0.2373 DAQ5C : DRIF, L=2.841 DAQ6C : DRIF, L=0.2373 DAQ5D : DRIF, L=2.344 DAQ6D : DRIF, L=0.7343 DAQ5B1 : DRIF, L=2.0907 DAQ5B2 : DRIF, L=0.296 DAQ5B3 : DRIF, L=0.4543 DAQ5C1 : DRIF, L=2.0807 DAQ5C2 : DRIF, L=0.286 DAQ5C3 : DRIF, L=0.4743 DAQ8C : DRIF, L=0.3352 DAQ8D : DRIF, L=2.296 DAQ9A : DRIF, L=0.0811 DAQ9B : DRIF, L=0.128 DAQ10A : DRIF, L=0.1333 DAQ10B : DRIF, L=0.203 DAQ10C : DRIF, L=0.215 DAQ10D : DRIF, L=0.3576 DAQ10E : DRIF, L=0.7765 DAQ10F : DRIF, L=0.1324 DAQ10G : DRIF, L=0.1301 DAQ10H : DRIF, L=0.203 DAQ10I : DRIF, L=0.206 DAQ10J : DRIF, L=0.237 DAQ10K : DRIF, L=0.1328 DAQ11A : DRIF, L=0.1317 DAQ11B : DRIF, L=0.211 DAQ11C : DRIF, L=0.211 DAQ11D : DRIF, L=0.1536 D10CA : DRIF, L=2.8157 D10CB : DRIF, L=0.2284 D10CC : DRIF, L=2.8159 D10CD : DRIF, L=0.2282 D10CE : DRIF, L=2.8161 D10CF : DRIF, L=0.228 ! ============================================================================== ! XCORs ! ------------------------------------------------------------------------------ XC24900 : HKIC, TYPE="type-4" XC25202 : HKIC, TYPE="type-4f" !fast-feedback (loop-3) XC25302 : HKIC, TYPE="type-4" XC25402 : HKIC, TYPE="type-4" XC25502 : HKIC, TYPE="type-4" XC25602 : HKIC, TYPE="type-4f" !fast-feedback (loop-3) XC25702 : HKIC, TYPE="type-4" XC25802 : HKIC, TYPE="type-4" XC25900 : HKIC, TYPE="type-4" XC26202 : HKIC, TYPE="type-4" XC26302 : HKIC, TYPE="type-4" XC26402 : HKIC, TYPE="type-4" XC26502 : HKIC, TYPE="type-4" XC26602 : HKIC, TYPE="type-4" XC26702 : HKIC, TYPE="type-4" XC26802 : HKIC, TYPE="type-4" XC26900 : HKIC, TYPE="type-5" XC27202 : HKIC, TYPE="type-5" XC27302 : HKIC, TYPE="type-4" XC27402 : HKIC, TYPE="type-4" XC27502 : HKIC, TYPE="type-5" XC27602 : HKIC, TYPE="type-5" XC27702 : HKIC, TYPE="type-4" XC27802 : HKIC, TYPE="type-4" XC27900 : HKIC, TYPE="type-4" XC29092 : MARK, TYPE="type-4" XC28202 : HKIC, TYPE="type-4" XC28302 : HKIC, TYPE="type-4" XC28402 : HKIC, TYPE="type-4" XC29095 : MARK, TYPE="type-4" XC28502 : HKIC, TYPE="type-4" XC28602 : HKIC, TYPE="type-4" XC28702 : HKIC, TYPE="type-4" XC28802 : HKIC, TYPE="type-4" XC28900 : HKIC, TYPE="type-4" XC29202 : HKIC, TYPE="type-4" XC29302 : HKIC, TYPE="type-4" XC29402 : HKIC, TYPE="type-4" XC29502 : HKIC, TYPE="type-4" XC29602 : HKIC, TYPE="type-5" XC29702 : HKIC, TYPE="type-5" XC29802 : HKIC, TYPE="type-4" XC29900 : HKIC, TYPE="type-4" XC30202 : HKIC, TYPE="type-5" XC30302 : HKIC, TYPE="type-5" XC30402 : HKIC, TYPE="type-4" XC30502 : HKIC, TYPE="type-4" XC30602 : HKIC, TYPE="type-5" XC30702 : HKIC, TYPE="type-5" XC30802 : HKIC, TYPE="type-5" XC30900 : HKIC, TYPE="type-5" ! ============================================================================== ! YCORs ! ------------------------------------------------------------------------------ YC24900 : VKIC, TYPE="type-4f" !fast-feedback (loop-3) YC25203 : VKIC, TYPE="type-4" YC25303 : VKIC, TYPE="type-4" YC25403 : VKIC, TYPE="type-4" YC25503 : VKIC, TYPE="type-4f" !fast-feedback (loop-3) YC25603 : VKIC, TYPE="type-4" YC25703 : VKIC, TYPE="type-4" YC25803 : VKIC, TYPE="type-4" YC25900 : VKIC, TYPE="type-4" YC26203 : VKIC, TYPE="type-4" YC26303 : VKIC, TYPE="type-4" YC26403 : VKIC, TYPE="type-4" YC26503 : VKIC, TYPE="type-4" YC26603 : VKIC, TYPE="type-4" YC26703 : VKIC, TYPE="type-4" YC26803 : VKIC, TYPE="type-4" YC26900 : VKIC, TYPE="type-5" YC27203 : VKIC, TYPE="type-5" YC27303 : VKIC, TYPE="type-4" YC27403 : VKIC, TYPE="type-4" YC27503 : VKIC, TYPE="type-5" YC27603 : VKIC, TYPE="type-5" YC27703 : VKIC, TYPE="type-4" YC27803 : VKIC, TYPE="type-4" YC27900 : VKIC, TYPE="type-4" YC29092 : MARK, TYPE="type-4" YC28203 : VKIC, TYPE="type-4" YC28303 : VKIC, TYPE="type-4" YC28403 : VKIC, TYPE="type-4" YC29095 : MARK, TYPE="type-4" YC28503 : VKIC, TYPE="type-4" YC28603 : VKIC, TYPE="type-4" YC28703 : VKIC, TYPE="type-4" YC28803 : VKIC, TYPE="type-4" YC28900 : VKIC, TYPE="type-4" YC29203 : VKIC, TYPE="type-4" YC29303 : VKIC, TYPE="type-4" YC29403 : VKIC, TYPE="type-4" YC29503 : VKIC, TYPE="type-4" YC29603 : VKIC, TYPE="type-5" YC29703 : VKIC, TYPE="type-5" YC29803 : VKIC, TYPE="type-4" YC29900 : VKIC, TYPE="type-4" YC30203 : VKIC, TYPE="type-5" YC30303 : VKIC, TYPE="type-5" YC30403 : VKIC, TYPE="type-4" YC30503 : VKIC, TYPE="type-4" YC30603 : VKIC, TYPE="type-5" YC30703 : VKIC, TYPE="type-5" YC30803 : VKIC, TYPE="type-5" YC30900 : VKIC, TYPE="type-5" ! ============================================================================== ! MARKERs ! ------------------------------------------------------------------------------ ! profile monitors ("Decker screens") P30013 : PROF, TYPE="PHOSPHOR" P30014 : PROF, TYPE="PHOSPHOR" P30143 : PROF, TYPE="PHOSPHOR" P30144 : PROF, TYPE="PHOSPHOR" P30443 : PROF, TYPE="PHOSPHOR" P30444 : PROF, TYPE="PHOSPHOR" P30543 : PROF, TYPE="PHOSPHOR" P30544 : PROF, TYPE="PHOSPHOR" ! collimators C29096 : RCOL C29146 : RCOL C29446 : RCOL C29546 : RCOL C29956 : RCOL C30146 : RCOL C30446 : RCOL C30546 : RCOL ! miscellany ST28950 : INST, L=8*in2m, TYPE="PPS STOPPER" !copper/BTM/tungsten ST28960 : INST, L=8*in2m, TYPE="PPS STOPPER" !copper/BTM/tungsten DAQ8D1 : DRIF, L=0.845-ST28950[L]/2 DAQ8D2 : DRIF, L=0.419-ST28950[L]/2-ST28960[L]/2 DAQ8D3 : DRIF, L=DAQ8D[L]-DAQ8D1[L]-ST28950[L]-DAQ8D2[L]-ST28960[L] PK297 : MARK PK299 : MARK PK303 : MARK PK304 : MARK ! ============================================================================== ! BEAMLINEs ! ------------------------------------------------------------------------------ K25_1a_full : LINE=(K25_1a1,XC24900,K25_1a2,YC24900,K25_1a3) K25_1b_full : LINE=(K25_1b) K25_1d_full : LINE=(K25_1d) K25_2a_full : LINE=(K25_2a1,XC25202,K25_2a2,YC25203,K25_2a3) K25_2b_full : LINE=(K25_2b) K25_2c_full : LINE=(K25_2c) K25_3a_full : LINE=(K25_3a1,XC25302,K25_3a2,YC25303,K25_3a3) K25_3b_full : LINE=(K25_3b) K25_3c_full : LINE=(K25_3c) K25_4a_full : LINE=(K25_4a1,XC25402,K25_4a2,YC25403,K25_4a3) K25_4b_full : LINE=(K25_4b) K25_4c_full : LINE=(K25_4c) K25_4d_full : LINE=(K25_4d) K25_5a_full : LINE=(K25_5a1,XC25502,K25_5a2,YC25503,K25_5a3) K25_5b_full : LINE=(K25_5b) K25_5c_full : LINE=(K25_5c) K25_5d_full : LINE=(K25_5d) K25_6a_full : LINE=(K25_6a1,XC25602,K25_6a2,YC25603,K25_6a3) K25_6b_full : LINE=(K25_6b) K25_6c_full : LINE=(K25_6c) K25_6d_full : LINE=(K25_6d) K25_7a_full : LINE=(K25_7a1,XC25702,K25_7a2,YC25703,K25_7a3) K25_7b_full : LINE=(K25_7b) K25_7c_full : LINE=(K25_7c) K25_7d_full : LINE=(K25_7d) K25_8a_full : LINE=(K25_8a1,XC25802,K25_8a2,YC25803,K25_8a3) K25_8b_full : LINE=(K25_8b) K25_8c_full : LINE=(K25_8c) K25_8d_full : LINE=(K25_8d1,XC25900,K25_8d2,YC25900,K25_8d3) TCAV3_full : LINE=(TCAV3,TCAV3) BXKIK_full : LINE=(BXKIKa,BXKIKb) Q25201_full : LINE=(Q25201,BPM25201,Q25201) Q25301_full : LINE=(Q25301,BPM25301,Q25301) Q25401_full : LINE=(Q25401,BPM25401,Q25401) Q25501_full : LINE=(Q25501,BPM25501,Q25501) Q25601_full : LINE=(Q25601,BPM25601,Q25601) Q25701_full : LINE=(Q25701,BPM25701,Q25701) Q25801_full : LINE=(Q25801,BPM25801,Q25801) Q25901_full : LINE=(Q25901,BPM25901,Q25901) LI25 : LINE=(LI25beg,ZLIN09,& K25_1a_full,K25_1b_full,D25_1c,K25_1d_full,DAQ1,Q25201_full,DAQ2,& K25_2a_full,K25_2b_full,K25_2c_full,D255a,IMBC2O,D255b,D255c,TCAV3_full,& D255d,Q25301_full,DAQ2,& K25_3a_full,K25_3b_full,K25_3c_full,D256a,PH03,D256b,BL22,D256c,& BXKIK_full,D256d,DAQ1,Q25401_full,DAQ2,& K25_4a_full,K25_4b_full,K25_4c_full,K25_4d_full,DAQ1,Q25501_full,DAQ2,& K25_5a_full,K25_5b_full,K25_5c_full,K25_5d_full,DAQ1,Q25601_full,DAQ2,& K25_6a_full,K25_6b_full,K25_6c_full,K25_6d_full,DAQ1,Q25701_full,DAQ2,& K25_7a_full,K25_7b_full,K25_7c_full,K25_7d_full,DAQ1,Q25801_full,DAQ2,& K25_8a_full,K25_8b_full,K25_8c_full,K25_8d_full,DAQ7,Q25901_full,DAQ8A,& OTR_TCAV,DAQ8B,& LI25end) ! ------------------------------------------------------------------------------ K26_1a_full : LINE=(K26_1a) K26_1b_full : LINE=(K26_1b) K26_1c_full : LINE=(K26_1c) K26_1d_full : LINE=(K26_1d) K26_2a_full : LINE=(K26_2a1,XC26202,K26_2a2,YC26203,K26_2a3) K26_2b_full : LINE=(K26_2b) K26_2c_full : LINE=(K26_2c) K26_2d_full : LINE=(K26_2d) K26_3a_full : LINE=(K26_3a1,XC26302,K26_3a2,YC26303,K26_3a3) K26_3b_full : LINE=(K26_3b) K26_3c_full : LINE=(K26_3c) K26_3d_full : LINE=(K26_3d) K26_4a_full : LINE=(K26_4a1,XC26402,K26_4a2,YC26403,K26_4a3) K26_4b_full : LINE=(K26_4b) K26_4c_full : LINE=(K26_4c) K26_4d_full : LINE=(K26_4d) K26_5a_full : LINE=(K26_5a1,XC26502,K26_5a2,YC26503,K26_5a3) K26_5b_full : LINE=(K26_5b) K26_5c_full : LINE=(K26_5c) K26_5d_full : LINE=(K26_5d) K26_6a_full : LINE=(K26_6a1,XC26602,K26_6a2,YC26603,K26_6a3) K26_6b_full : LINE=(K26_6b) K26_6c_full : LINE=(K26_6c) K26_6d_full : LINE=(K26_6d) K26_7a_full : LINE=(K26_7a1,XC26702,K26_7a2,YC26703,K26_7a3) K26_7b_full : LINE=(K26_7b) K26_7c_full : LINE=(K26_7c) K26_7d_full : LINE=(K26_7d) K26_8a_full : LINE=(K26_8a1,XC26802,K26_8a2,YC26803,K26_8a3) K26_8b_full : LINE=(K26_8b) K26_8c_full : LINE=(K26_8c) K26_8d_full : LINE=(K26_8d1,XC26900,K26_8d2,YC26900,K26_8d3) Q26201_full : LINE=(Q26201,BPM26201,Q26201) Q26301_full : LINE=(Q26301,BPM26301,Q26301) Q26401_full : LINE=(Q26401,BPM26401,Q26401) Q26501_full : LINE=(Q26501,BPM26501,Q26501) Q26601_full : LINE=(Q26601,BPM26601,Q26601) Q26701_full : LINE=(Q26701,BPM26701,Q26701) Q26801_full : LINE=(Q26801,BPM26801,Q26801) Q26901_full : LINE=(Q26901,BPM26901,Q26901) LI26 : LINE=(LI26beg,ZLIN10,& K26_1a_full,K26_1b_full,K26_1c_full,K26_1d_full,DAQ1,Q26201_full,DAQ2,& K26_2a_full,K26_2b_full,K26_2c_full,K26_2d_full,DAQ1,Q26301_full,DAQ2,& K26_3a_full,K26_3b_full,K26_3c_full,K26_3d_full,DAQ1,Q26401_full,DAQ2,& K26_4a_full,K26_4b_full,K26_4c_full,K26_4d_full,DAQ1,Q26501_full,DAQ2,& K26_5a_full,K26_5b_full,K26_5c_full,K26_5d_full,DAQ1,Q26601_full,DAQ2,& K26_6a_full,K26_6b_full,K26_6c_full,K26_6d_full,DAQ1,Q26701_full,DAQ2,& K26_7a_full,K26_7b_full,K26_7c_full,K26_7d_full,DAQ1,Q26801_full,DAQ2,& K26_8a_full,K26_8b_full,K26_8c_full,K26_8d_full,DAQ7,Q26901_full,DAQ8,& LI26end) ! ------------------------------------------------------------------------------ K27_1a_full : LINE=(K27_1a) K27_1b_full : LINE=(K27_1b) K27_1c_full : LINE=(K27_1c) K27_1d_full : LINE=(K27_1d) K27_2a_full : LINE=(K27_2a1,XC27202,K27_2a2,YC27203,K27_2a3) K27_2b_full : LINE=(K27_2b) K27_2c_full : LINE=(K27_2c) K27_2d_full : LINE=(K27_2d) K27_3a_full : LINE=(K27_3a1,XC27302,K27_3a2,YC27303,K27_3a3) K27_3b_full : LINE=(K27_3b) K27_3c_full : LINE=(K27_3c) K27_3d_full : LINE=(K27_3d) K27_4a_full : LINE=(K27_4a1,XC27402,K27_4a2,YC27403,K27_4a3) K27_4b_full : LINE=(K27_4b) K27_4c_full : LINE=(K27_4c) K27_4d_full : LINE=(K27_4d) K27_5a_full : LINE=(K27_5a1,XC27502,K27_5a2,YC27503,K27_5a3) K27_5b_full : LINE=(K27_5b) K27_5c_full : LINE=(K27_5c) K27_5d_full : LINE=(K27_5d) K27_6a_full : LINE=(K27_6a1,XC27602,K27_6a2,YC27603,K27_6a3) K27_6b_full : LINE=(K27_6b) K27_6c_full : LINE=(K27_6c) K27_7a_full : LINE=(K27_7a1,XC27702,K27_7a2,YC27703,K27_7a3) K27_7b_full : LINE=(K27_7b) K27_7c_full : LINE=(K27_7c) K27_7d_full : LINE=(K27_7d) K27_8a_full : LINE=(K27_8a1,XC27802,K27_8a2,YC27803,K27_8a3) K27_8b_full : LINE=(K27_8b) K27_8c_full : LINE=(K27_8c) K27_8d_full : LINE=(K27_8d1,XC27900,K27_8d2,YC27900,K27_8d3) Q27201_full : LINE=(Q27201,BPM27201,Q27201) Q27301_full : LINE=(Q27301,BPM27301,Q27301) Q27401_full : LINE=(Q27401,BPM27401,Q27401) Q27501_full : LINE=(Q27501,BPM27501,Q27501) Q27601_full : LINE=(Q27601,BPM27601,Q27601) Q27701_full : LINE=(Q27701,BPM27701,Q27701) Q27801_full : LINE=(Q27801,BPM27801,Q27801) Q27901_full : LINE=(Q27901,BPM27901,Q27901) LI27 : LINE=(LI27beg,ZLIN11,& K27_1a_full,K27_1b_full,K27_1c_full,K27_1d_full,DAQ1,Q27201_full,DAQ2,& K27_2a_full,K27_2b_full,K27_2c_full,K27_2d_full,DAQ1,Q27301_full,DAQ2,& K27_3a_full,K27_3b_full,K27_3c_full,K27_3d_full,DAQ1,Q27401_full,DAQ2,& K27_4a_full,K27_4b_full,K27_4c_full,K27_4d_full,DAQ1,Q27501_full,DAQ2,& K27_5a_full,K27_5b_full,K27_5c_full,K27_5d_full,DAQ1,Q27601_full,DAQ2,& K27_6a_full,K27_6b_full,K27_6c_full,DAQ5A,WS27644,DAQ6A,Q27701_full,DAQ2,& K27_7a_full,K27_7b_full,K27_7c_full,K27_7d_full,DAQ1,Q27801_full,DAQ2,& K27_8a_full,K27_8b_full,K27_8c_full,K27_8d_full,DAQ7,Q27901_full,DAQ8,& LI27end) ! ------------------------------------------------------------------------------ K28_1a_full : LINE=(K28_1a) K28_1b_full : LINE=(K28_1b) K28_1c_full : LINE=(K28_1c) K28_2a_full : LINE=(K28_2a1,XC28202,K28_2a2,YC28203,K28_2a3) K28_2b_full : LINE=(K28_2b) K28_2c_full : LINE=(K28_2c) K28_2d_full : LINE=(K28_2d) K28_3a_full : LINE=(K28_3a1,XC28302,K28_3a2,YC28303,K28_3a3) K28_3b_full : LINE=(K28_3b) K28_3c_full : LINE=(K28_3c) K28_3d_full : LINE=(K28_3d) K28_4a_full : LINE=(K28_4a1,XC28402,K28_4a2,YC28403,K28_4a3) K28_4b_full : LINE=(K28_4b) K28_4c_full : LINE=(K28_4c) K28_5a_full : LINE=(K28_5a1,XC28502,K28_5a2,YC28503,K28_5a3) K28_5b_full : LINE=(K28_5b) K28_5c_full : LINE=(K28_5c) K28_6a_full : LINE=(K28_6a1,XC28602,K28_6a2,YC28603,K28_6a3) K28_6b_full : LINE=(K28_6b) K28_6c_full : LINE=(K28_6c) K28_6d_full : LINE=(K28_6d) K28_7a_full : LINE=(K28_7a1,XC28702,K28_7a2,YC28703,K28_7a3) K28_7b_full : LINE=(K28_7b) K28_7c_full : LINE=(K28_7c) K28_8a_full : LINE=(K28_8a1,XC28802,K28_8a2,YC28803,K28_8a3) K28_8b_full : LINE=(K28_8b) K28_8c_full : LINE=(K28_8c) K28_8d_full : LINE=(K28_8d1,XC28900,K28_8d2,YC28900,K28_8d3) Q28201_full : LINE=(Q28201,BPM28201,Q28201) Q28301_full : LINE=(Q28301,BPM28301,Q28301) Q28401_full : LINE=(Q28401,BPM28401,Q28401) Q28501_full : LINE=(Q28501,BPM28501,Q28501) Q28601_full : LINE=(Q28601,BPM28601,Q28601) Q28701_full : LINE=(Q28701,BPM28701,Q28701) Q28801_full : LINE=(Q28801,BPM28801,Q28801) Q28901_full : LINE=(Q28901,BPM28901,Q28901) LI28 : LINE=(LI28beg,ZLIN12,& K28_1a_full,K28_1b_full,K28_1c_full,DAQ5B1,XC29092,DAQ5B2,YC29092,& DAQ5B3,WS28144,DAQ6B,Q28201_full,DAQ2,& K28_2a_full,K28_2b_full,K28_2c_full,K28_2d_full,DAQ1,Q28301_full,DAQ2,& K28_3a_full,K28_3b_full,K28_3c_full,K28_3d_full,DAQ1,Q28401_full,DAQ2,& K28_4a_full,K28_4b_full,K28_4c_full,DAQ5C1,XC29095,DAQ5C2,YC29095,& DAQ5C3,WS28444,DAQ6C,Q28501_full,DAQ2,& K28_5a_full,K28_5b_full,K28_5c_full,D28_5d,DAQ1,Q28601_full,DAQ2,& K28_6a_full,K28_6b_full,K28_6c_full,K28_6d_full,DAQ1,Q28701_full,DAQ2,& K28_7a_full,K28_7b_full,K28_7c_full,DAQ5D,WS28744,DAQ6D,Q28801_full,DAQ2,& K28_8a_full,K28_8b_full,K28_8c_full,K28_8d_full,DAQ7,Q28901_full,DAQ8C,& C29096,DAQ8D1,ST28950,DAQ8D2,ST28960,DAQ8D3,& LI28end) ! ------------------------------------------------------------------------------ K29_1a_full : LINE=(K29_1a) K29_1b_full : LINE=(K29_1b) K29_1c_full : LINE=(K29_1c) K29_2a_full : LINE=(K29_2a1,XC29202,K29_2a2,YC29203,K29_2a3) K29_2b_full : LINE=(K29_2b) K29_2c_full : LINE=(K29_2c) K29_2d_full : LINE=(K29_2d) K29_3a_full : LINE=(K29_3a1,XC29302,K29_3a2,YC29303,K29_3a3) K29_3b_full : LINE=(K29_3b) K29_3c_full : LINE=(K29_3c) K29_3d_full : LINE=(K29_3d) K29_4a_full : LINE=(K29_4a1,XC29402,K29_4a2,YC29403,K29_4a3) K29_4b_full : LINE=(K29_4b) K29_4c_full : LINE=(K29_4c) K29_5a_full : LINE=(K29_5a1,XC29502,K29_5a2,YC29503,K29_5a3) K29_5b_full : LINE=(K29_5b) K29_5c_full : LINE=(K29_5c) K29_6a_full : LINE=(K29_6a1,XC29602,K29_6a2,YC29603,K29_6a3) K29_6b_full : LINE=(K29_6b) K29_6c_full : LINE=(K29_6c) K29_6d_full : LINE=(K29_6d) K29_7a_full : LINE=(K29_7a1,XC29702,K29_7a2,YC29703,K29_7a3) K29_7b_full : LINE=(K29_7b) K29_7c_full : LINE=(K29_7c) K29_7d_full : LINE=(K29_7d) K29_8a_full : LINE=(K29_8a1,XC29802,K29_8a2,YC29803,K29_8a3) K29_8b_full : LINE=(K29_8b) K29_8c_full : LINE=(K29_8c) K29_8d_full : LINE=(K29_8d1,XC29900,K29_8d2,YC29900,K29_8d3) Q29201_full : LINE=(Q29201,BPM29201,Q29201) Q29301_full : LINE=(Q29301,BPM29301,Q29301) Q29401_full : LINE=(Q29401,BPM29401,Q29401) Q29501_full : LINE=(Q29501,BPM29501,Q29501) Q29601_full : LINE=(Q29601,BPM29601,Q29601) Q29701_full : LINE=(Q29701,BPM29701,Q29701) Q29801_full : LINE=(Q29801,BPM29801,Q29801) Q29901_full : LINE=(Q29901,BPM29901,Q29901) LI29 : LINE=(LI29beg,ZLIN13,& K29_1a_full,K29_1b_full,K29_1c_full,D10CA,C29146,D10CB,DAQ1,& Q29201_full,DAQ2,& K29_2a_full,K29_2b_full,K29_2c_full,K29_2d_full,DAQ1,& Q29301_full,DAQ2,& K29_3a_full,K29_3b_full,K29_3c_full,K29_3d_full,DAQ1,& Q29401_full,DAQ2,& K29_4a_full,K29_4b_full,K29_4c_full,D10CC,C29446,D10CD,DAQ1,& Q29501_full,DAQ2,& K29_5a_full,K29_5b_full,K29_5c_full,D10CE,C29546,D10CF,DAQ1,& Q29601_full,DAQ2,& K29_6a_full,K29_6b_full,K29_6c_full,K29_6d_full,DAQ1,& Q29701_full,DAQ2,& K29_7a_full,K29_7b_full,K29_7c_full,K29_7d_full,DAQ9A,PK297,DAQ9B,& Q29801_full,DAQ2,& K29_8a_full,K29_8b_full,K29_8c_full,K29_8d_full,DAQ3,& Q29901_full,DAQ4A,P30013,DAQ4B,P30014,DAQ4C,C29956,DAQ4D,PK299,DAQ4E,& LI29end) ! ------------------------------------------------------------------------------ K30_1a_full : LINE=(K30_1a) K30_1b_full : LINE=(K30_1b) K30_1c_full : LINE=(K30_1c) K30_1d_full : LINE=(K30_1d) K30_2a_full : LINE=(K30_2a1,XC30202,K30_2a2,YC30203,K30_2a3) K30_2b_full : LINE=(K30_2b) K30_2c_full : LINE=(K30_2c) K30_2d_full : LINE=(K30_2d) K30_3a_full : LINE=(K30_3a1,XC30302,K30_3a2,YC30303,K30_3a3) K30_3b_full : LINE=(K30_3b) K30_3c_full : LINE=(K30_3c) K30_3d_full : LINE=(K30_3d) K30_4a_full : LINE=(K30_4a1,XC30402,K30_4a2,YC30403,K30_4a3) K30_4b_full : LINE=(K30_4b) K30_4c_full : LINE=(K30_4c) K30_4d_full : LINE=(K30_4d) K30_5a_full : LINE=(K30_5a1,XC30502,K30_5a2,YC30503,K30_5a3) K30_5b_full : LINE=(K30_5b) K30_5c_full : LINE=(K30_5c) K30_5d_full : LINE=(K30_5d) K30_6a_full : LINE=(K30_6a1,XC30602,K30_6a2,Q30615A,K30_6a3,& YC30603,K30_6a4,Q30615B,K30_6a5,Q30615C,K30_6a6) K30_6b_full : LINE=(K30_6b) K30_6c_full : LINE=(K30_6c) K30_6d_full : LINE=(K30_6d) K30_7a_full : LINE=(K30_7a1,XC30702,K30_7a2,Q30715A,K30_7a3,& YC30703,K30_7a4,Q30715B,K30_7a5,Q30715C,K30_7a6) K30_7b_full : LINE=(K30_7b) K30_7c_full : LINE=(K30_7c) K30_7d_full : LINE=(K30_7d) K30_8a_full : LINE=(K30_8a1,XC30802,K30_8a2,YC30803,K30_8a3) K30_8b_full : LINE=(K30_8b) K30_8c_full : LINE=(K30_8c1,YC30900,K30_8c2,XC30900,K30_8c3) Q30201_full : LINE=(Q30201,BPM30201,Q30201) Q30301_full : LINE=(Q30301,BPM30301,Q30301) Q30401_full : LINE=(Q30401,BPM30401,Q30401) Q30501_full : LINE=(Q30501,BPM30501,Q30501) Q30601_full : LINE=(Q30601,BPM30601,Q30601) Q30701_full : LINE=(Q30701,BPM30701,Q30701) Q30801_full : LINE=(Q30801,BPM30801,Q30801) LI30 : LINE=(LI30beg,ZLIN14,& K30_1a_full,K30_1b_full,K30_1c_full,K30_1d_full,DAQ10A,P30143,& DAQ10B,P30144,DAQ10C,C30146,DAQ10D,Q30201_full,DAQ2,& K30_2a_full,K30_2b_full,K30_2c_full,K30_2d_full,DAQ1,Q30301_full,DAQ2,& K30_3a_full,K30_3b_full,K30_3c_full,K30_3d_full,DAQ10E,PK303,& DAQ10F,Q30401_full,DAQ2,& K30_4a_full,K30_4b_full,K30_4c_full,K30_4d_full,DAQ10G,P30443,& DAQ10H,P30444,DAQ10I,C30446,DAQ10J,PK304,DAQ10K,Q30501_full,DAQ2,& K30_5a_full,K30_5b_full,K30_5c_full,K30_5d_full,DAQ11A,P30543,& DAQ11B,P30544,DAQ11C,C30546,DAQ11D,Q30601_full,DAQ12,& K30_6a_full,K30_6b_full,K30_6c_full,K30_6d_full,DAQ13,Q30701_full,DAQ14,& K30_7a_full,K30_7b_full,K30_7c_full,K30_7d_full,DAQ15,Q30801_full,DAQ16,& K30_8a_full,K30_8b_full,K30_8c_full,DAQ17,& LI30term) ! ------------------------------------------------------------------------------ L3 : LINE=(BEGL3,& LI25,LI26,LI27,LI28,LI29,LI30,& DBMARK29,ENDL3) ! ============================================================================== RETURN