Next: Contents
Contents
EUROPEAN LABORATORY FOR PARTICLE PHYSICS
CERN - BE Department
CERN/BE/2010-??
PTC
User's Reference Manual
E. Forest and F. Schmidt
Abstract
Geneva, Switzerland
October 15, 2010
- Contents
- Introduction
- Type INTERNAL_STATE of PTC
- Geometry Routines of PTC
- PTC Tracking Routines
- Layouts Types
- Objects which can be tracked (Rays, spin, Taylor maps)
- Real or Real_8 X(1:6)
- Probe and Probe_8
- TEMPORAL_PROBE
- Tracking 6 Rays as X(1:6): without wrapping a probe
- Single ELEMENT TRACK(EL,X,K)
- Single FIBRE TRACK(C,X,K)
- Single INTEGRATION_NODE TRACK_NODE_SINGLE(T,X,K)
- ORBIT_TRACK_NODE(I,X,K)
- TRACK(R, X, I1, I2, K)
- Result
TRACK_FLAG (R,X,I1,I2,K)
- Object TRACK(X,K,FIBRE1,FIBRE2)
- Tracking 6 Rays as X(1:6) wrapping a probe
- TRACK_NODE_X(T,X,K)
- Position TRACK_PROBE_X(R,X,K, FIBRE1,FIBRE2,NODE1,NODE2)
- Object TRACK_PROBE_X(X,K, FIBRE1,FIBRE2,NODE1,NODE2)
- Tracking Probe
- TRACK_NODE_PROBE(T,XS,K)
- Object TRACK_PROBE(XS,K, FIBRE1,FIBRE2,NODE1,NODE2)
- Position TRACK_PROBE(R,XS,K, FIBRE1,FIBRE2,NODE1,NODE2)
- Position TRACK_PROBE2(R,XS,K, I1,I2)
- Tracking THREE_D_INFO
- Filling a ray in the NODE_LAYOUT
- Tracking TEMPORAL_PROBE
- Exception Handling in Tracking and Apertures
- Tracking with Radiation in PTC
- Slow RF Modulation
- Tracking Spin in PTC
- Beam Beam Kick
- Small Example Programs
- Review of normal form: Orbital and Spin
- Bibliography
- About this document ...
Frank Schmidt
2010-10-15
and the invariant spin axis
