Welcome to model’s documentation!

Simple accelerator lattice model: linear optics errors, closed orbit and Twiss parameters.

Examples:

• Example-01: Optimizaion (import/export API)
• Example-02: Workflow (MADX)
• Example-03: Workflow (ELEGANT)
• Example-04: Transformations benchmark (PTC)
• Example-05: Drift (element)
• Example-06: Quadrupole (element)
• Example-07: Sextupole (element)
• Example-08: Octupole (element)
• Example-09: Multipole (element)
• Example-10: Dipole (element)
• Example-11: Corrector (element)
• Example-12: Gradient (element)
• Example-13: Kick (element)
• Example-14: Linear (element)
• Example-15: BPM (element)
• Example-16: Custom (element)
• Example-17: Line (element)
• Example-18: Inverse tracking
• Example-19: Layout
• Example-20: LOGO
• Example-21: Build MADX and ELEGANT style lattice
• Example-22: Line serialization and deserialization (YAML)
• Example-23: Advanced line editing
• Example-24: Wrapper
• Example-25: Group
• Example-26: Module
• Example-27: Normalize
• Example-28: Transformation
• Example-29: Orbit (fixed point computation)
• Example-30: Orbit (effect of transverse shift)
• Example-31: Orbit (dispersion)
• Example-32: Orbit (quadruple shift)
• Example-33: Orbit (sextupole shift)
• Example-34: Orbit (ORM)
• Example-35: Orbit (closed orbit correction)
• Example-36: Orbit (ORM optics correction)
• Example-37: Orbit (dispersion correction)
• Example-38: Orbit (chromatic ORM)
• Example-39: Mapping (Transformations around closed orbit)
• Example-40: Tune (Computation of tunes and chromaticities)
• Example-41: Tune (Tune and chormaticity correction)
• Example-42: Tune (Tune spread from quafrupole errors)
• Example-43: Twiss (Computation of Twiss parameters)
• Example-44: Twiss (Computation of chromatic Twiss parameters)
• Example-45: Twiss (Beta functions sensitivity)
• Example-46: Twiss (Optics correction)
• Example-47: Optimize (Multistart)
• Example-48: Advance (Computation of phase advances)
• Example-49: Advance (Computation of chromatic phase advances)
• Example-50: Advance (Phase advance sensitivity)
• Example-51: Advance (Optics correction)
• Example-52: Normalized dispersion
• Example-53: Coupling (Minimal tune distance computation)
• Example-54: Coupling (Coupling correction based on minimal tune)
• Example-55: Demo
• Example-56: Trajectory (Differentiable trajectory generation)
• Example-57: Trajectory (Approximate invariants spread)
• Example-58: Frequency (Parametric derivatives for linear system)
• Example-59: Matrix (element)
• Example-60: Chromatic matrix (element)
• ELETTRA-01: Layout
• ELETTRA-02: Linear optics comparison
• ELETTRA-03: ORM construction
• ELETTRA-04: Tune response matrix
• ELETTRA-05: ID linear optics distortion
• ELETTRA-06: ID tune shift correction (global tune knob)
• ELETTRA-07: ID tune shift fit & correction (global tune knob)
• ELETTRA-08: Local ID correction (local correction: tunes, twiss and dispersion)
• ELETTRA-09: Local ID correction (local correction: ORM)
• ELETTRA-10: Local ID correction (local correction: sector ORM)
• ELETTRA-11: Local ID correction (local correction: ORM subset)
• ELETTRA-12: Local ID correction (local/global correction: tunes, twiss and dispersion)
• ELETTRA-13 Local ID correction (local/global correction: knobs mixing)
• ELETTRA-14: Local ID correction (local/global correction: one-by-one iteraton)
• ELETTRA-15: Local ID correction (local/global correction: coupled twiss)

API:

• BPM
• BPM
• Corrector
• Corrector
• Custom
• Custom
• Element
• Element
• transform()
• Gradient
• Gradient
• Keys
• Gradient
• Kick
• Linear
• Linear
• Transformations module
• bend()
• calibration_forward()
• calibration_inverse()
• corrector()
• cylindrical()
• cylindrical_error()
• dipole()
• dquad()
• drift()
• fquad()
• gradient()
• kinematic()
• linear()
• octupole()
• polar()
• quadrupole()
• rx()
• ry()
• rz()
• sector_bend()
• sector_bend_fringe()
• sector_bend_wedge()
• sextupole()
• tx()
• ty()
• tz()
• wedge()

Indices and tables

• Index

• Module Index

• Search Page