! Define Magnets
! Focusing quads (-ve for electrons)
OQF:    QUADRUPOLE,L=0.0363,K1=-229.0
NQF:    QUADRUPOLE,L=0.0372,K1=-223.4
YQF:    QUADRUPOLE,L=0.0538,K1=-163.21

! De-Focusing quads (+ve for electrons)
OQD:    QUADRUPOLE,L=0.0363,K1=229.0
NQD:    QUADRUPOLE,L=0.0372,K1=223.4
YQDR:    QUADRUPOLE,L=0.0538,K1=177.89
YQDI:   QUADRUPOLE,L=0.0538,K1=177.89

! Note that YQDR (ring) and YQDI (injector) is off-centered and tilted in the horizontal plane
EALIGN,YQDR,DX=0.01389,DTHETA=-0.174533,DS=-0.00123413
EALIGN,YQDI,DX=-0.01389,DTHETA=0.174533,DS=-0.00123413


! Dipoles: Bending, Pulsed, Short, and small/large Flange Dipoles
BD:     RBEND,L=0.0386,ANGLE=0.174533,FINT=0.45
PD:     RBEND,L=0.0518,ANGLE=0.10472,FINT=0.45
SD:     HKICKER
F1D:    KICKER
F2D:    VKICKER
F2DD:   KICKER

!
! How to model the Helmholtz coils and the Earth Field???
!

! Diagnostics: Current Monitor, Phosphor Screen, and Beam Position Monitors
CM:     MONITOR,L=0.0
PS:     MONITOR,L=0.0
BPM:    MONITOR,L=0.05

! Do the Injector Separately, reversing bend angles on Y

SOL:    SOLENOID,L=0.045,KS=207.3

STRAIGHT: SEQUENCE
    GTV:    MARKER, AT=0.0
    SOL1:   SOL,    AT=0.160
    S1:     SD,     AT=0.251
    P1:     PS,     AT=0.2608
    M1:     BPM,    AT=0.328
    Q1:     NQD,    AT=0.400,K1=134.15
    S2:     SD,     AT=0.465
    Q2:     NQF,    AT=0.535,K1=-218.69
    BERG:   CM,     AT=0.617
    S3:     SD,     AT=0.665
    Q3:     NQD,    AT=0.7241,K1=215.16
    P2:     PS,     AT=0.7688
    M2:     BPM,    AT=0.836
    Q4:     NQF,    AT=0.9179,K1=-211.06
    ENDM:   MARKER, AT=0.9749
ENDSEQUENCE

INJY: SEQUENCE
    VK:     F2DD,   AT=0.0
    Q5:     NQD,    AT=0.0866,K1=225.73
    SD5:    BD,     AT=0.1330,ANGLE=0.0
    Q6:     NQF,    AT=0.2465,K1=-226.91
    SD6:    SD,     AT=0.2776,KICK=0.03491
    YQ:     YQDI,   AT=0.3982
    B2:     PD,     AT=0.4774,ANGLE=-0.10472
    QR1:    YQF,    AT=0.5582
    ENDM:   MARKER, AT=0.6382
ENDSEQUENCE

INJECTOR:   LINE=(STRAIGHT, INJY)
            USE,INJECTOR