Index

ALFT

ALFT1

ALFT2

ALFT3

ALFX

ALFX1

ALFX2

ALFX3

ALFXS

ALFY

ALFY1

ALFY2

ALFY3

ALFYS

Print Machine Imperfections | Save Machine Imperfections

ALIGN

ALL

LIST Command

angle

Global Reference System | Bending Magnets | Rotations About the Vertical | Rotations Around the Longitudinal

ANTIPROTON

Common Attributes for all

APERTURE

argument

line: Lines and Sequences with
sequence: Lines and Sequences with

array

logical: Logical Arrays
real: Arrays | Real Arrays
string: String Arrays
token list: Token List Arrays

assignment

Assignment to Variables

AT

Beam Line Sequences | Install an Element

ATTLIST

Listing Element Attributes

attribute

element: Element Input Format
name: Statements and Comments | Element Input Format
unknown: Common Attributes for all
valu: Element Input Format
value: Statements and Comments | Command Attribute Types

azimuth angle

BEAM

BEAM Command | Orbit Threader | Closed Orbit Correction | Lattice Function Tables | Track Mode

beam envelope

BEAMBEAM

BEAMINT

betatron motion

Closed Orbit

BETRF

BETT

BETT1

BETT2

BETT3

BETX

BETX1

BETX2

BETX3

BETXS

BETY

BETY1

BETY2

BETY3

BETYS

BOTH

LMDIF, Gradient Minimisation | MIGRAD, Gradient Minimisation | SIMPLEX, Minimisation by Simplex

bunch

length: BEAM Command

BY

Move an Element

CALL

CALL Statement

CALLS

canonical variables

Canonical Variables Describing Orbits

cavity

CENTRE

CHARGE

Beam-Beam Interactions | BEAM Command | BEAM Command

class

of elements: Element Classes

CLEAR

Selecting Element(s) | Error Mode

CLOSE

closed

orbit: Closed Orbit

closed orbit

collimator

Control Statements to MACRO: Macro Statements (Subroutines)

COLUMN

Real Arrays | LIST Command

command

format: Command Format to Token List Arrays
keyword: Statements and Comments
label: Statements and Comments

comment

Statements and Comments

constant

Symbolic constants

real: Symbolic Constants

constraint

Constraints | Constraints

control statements

conventions

Conventions to Physical Units

coordinate

change: Rotations About the Vertical | Rotations Around the Longitudinal | General Change of Reference

CORRECTORS

Courant-Snyder

CYCLE

Change Start Point

data base

DEBUG

design

orbit: Design or Reference Orbit

displacement

DK

DKN

DKNR

DKR

DKS

DKSR

DOOM

command: DOOM: Interact with the

DPHI

DPSI

DPT

DPX

DPXS

DPY

DPYS

General Change of Reference | Define Misalignments

DRIFT

Drift Spaces | Beam Line Sequences

DS

DT

DTHETA

DX

General Change of Reference | Beam-Beam Interactions | Lattice Function Tables | Define Misalignments

DXS

Normal-Form Analysis for Dynamic

DY

General Change of Reference | Beam-Beam Interactions | Lattice Function Tables | Define Misalignments

dynamic

normal form: Normal-Form Analysis

DYS

DZ

E1

E11

E12

E13

E14

E15

E16

E2

E21

E22

E23

E24

E25

E26

E31

E32

E33

E34

E35

E36

E41

E42

E43

E44

E45

E46

E51

E52

E53

E54

E55

E56

E61

E62

E63

E64

E65

E66

EALIGN

ECHO

OPTION Statement | ECHO Statement

echo of commands

ECHO Statement

ECOLLIMATOR

edit

element: Editing Element Definitions
sequence: Sequence Editor

editor examples

Example for the Sequence

Edwards-Teng

EFCOMP

Define Field Errors

EFIELD

Define Field Errors

EIGEN

ELECTRON

element

Physical Elements and Markers to Editing Element Definitions | Move an Element | Remove an Element | Replace an Element

attribute: Element Input Format
class: Element Classes
editing: Editing Element Definitions
format: Element Input Format
keyword: Element Input Format
label: Element Input Format
range: Range Selection
selection: Element Selection | Element Selection
shared: Element Classes

ELSEPARATOR

Electrostatic Separators

emittance

horizontal: BEAM Command
longitudinal: BEAM Command
normalised: BEAM Command
vertical: BEAM Command

ENDEDIT

ENDERROR

ENDMATCH

ENDTRACK

ENERGY

BEAM Command | BEAM Command

spread: BEAM Command

ENTRY

ENVELOPE

Print Machine Imperfections

EPRINT

error

Error Mode

alignment: Define Misalignments
field: Closed Orbit | Define Field Errors
misalignment: Closed Orbit
print: Print Machine Imperfections
save: Save Machine Imperfections

error mode

Error Mode

errors

Error Definitions to Save Machine Imperfections

ESAVE

Save Machine Imperfections

ET

EX

Electrostatic Separators | BEAM Command

examples

matching: Matching Examples to A Matching Example for

EXIT

EXN

expression

constant: Symbolic constants
operand: Operands in Expressions
operator: Operators

EXS

EY

Electrostatic Separators | BEAM Command

EYN

EYS

FAST

Print Machine Imperfections | Save Machine Imperfections

field

components: Sign Conventions for Magnetic
error: Closed Orbit | Define Field Errors
fringe: Closed Orbit
signs: Sign Conventions for Magnetic
vector potential: Sign Conventions for Magnetic

FILE

FINT

format

commands: Command Format
element: Element Input Format

FREQ

FREQ0

fringe field

Closed Orbit

FROM

Beam Line Sequences | Install an Element | Move an Element

FT

FX

FY

GAMMA

GAMT1

GAMT2

GAMT3

GAMX1

GAMX2

GAMX3

GAMY1

GAMY2

GAMY3

LMDIF, Gradient Minimisation | MIGRAD, Gradient Minimisation

global

reference: Conventions | Global Reference System

gradient minimisation

H1

H2

HARMON

HELP

HGAP

HKICK

HKICKER

Orbit Correctors | Orbit Correctors

HMONITOR

Beam Position Monitors

horizontal displacement

IF: Conditional Execution

identifier

Identifiers or Labels

IF

imperfections

Error Definitions

INFO

Compute Geometric Layout | Lattice Function Tables

INIT

INSTALL

Install an Element

integrator

interaction

beam-beam: Beam-Beam Interactions | Beam-Beam Interactions

ITERATIONS

JE

JX

JY

K0

K0S

K1

Bending Magnets | Quadrupoles

K1S

Bending Magnets | Quadrupoles

K2

Bending Magnets | Sextupoles

K2S

Bending Magnets | Sextupoles

K3

Bending Magnets | Octupoles

K3S

Bending Magnets | Octupoles

keyword

Identifiers or Labels

command: Statements and Comments
element: Element Input Format

KICK

Orbit Correctors

KICKER

Orbit Correctors | Orbit Correctors

KN

General Multipoles

KS

General Multipoles | Solenoids

L

label

Identifiers or Labels

command: Statements and Comments
element: Element Input Format

LAG

lattice functions

Closed Orbit Correction | Lattice Function Tables

LEP

LEP Lattice

limits

matching: Variable Parameters

line

argument: Lines and Sequences with
shared: Shared Lines

LINEAR

list

Listing Element Attributes | LIST Command to ``Canned'' List Commands

LISTC

Orbit Threader

LISTC1

LISTC2

LISTM

Orbit Threader

LISTM1

LISTM2

LMDIF, Gradient Minimisation

LMDIF

local

reference: Local Reference Systems

logical

Logical Expressions

variable: Logical Variables

logical array

Logical Arrays

longitudinal displacement

LOWER

MACRO: Macro Statements (Subroutines)

MACRO

MAD8

Mais-Ripken

MAKESEQ

MAKESEQ Statement

MARKER

Markers

MASS

BEAM Command | BEAM Command

MATCH

Matching Mode

matching

Matching Module to A Matching Example for

limits: Variable Parameters
methods: Matching Methods | SIMPLEX, Minimisation by Simplex
output: Matching Output Level

MATRIX

METHOD

Closed Orbit Correction | Lattice Function Tables | Track Particles for a

MICADO

MIGRAD, Gradient Minimisation

MIGRAD

misalignment

Closed Orbit | Define Misalignments

mode

error: Error Mode

momentum

MONITOR

Beam Position Monitors

MOVE

Move an Element

MPSPLITINTEGRATOR

MREX

MREY

MULTIPOLE

General Multipoles

MUT

MUX

MUY

name

Identifiers or Labels | Variable Parameters

attribute: Statements and Comments | Element Input Format

NEXT

normal form

dynamic: Normal-Form Analysis
static: Normal-Form Analysis

normalised emittance

Normalised Variables and other

normalised variables

NOUPDATE

NPART

NSLI

OCTUPOLE

Octupoles

OPEN

operand

Operands in Expressions

operator

Operators

OPTION

OPTION Statement | Matching Output Level

orbit

closed: Closed Orbit
design: Design or Reference Orbit
reference: Design or Reference Orbit

orbit correction

Global Reference Momentum

orbit corrector

Orbit Correctors

orbit threader

Orbit Threader

ORDER

Normal-Form Analysis | Define Field Errors | Print Machine Imperfections | Save Machine Imperfections

P0

page title

TITLE Statement

parameter

Parameter Statements

PARTICLE

charge: BEAM Command
energy: BEAM Command
mass: BEAM Command
momentum: BEAM Command

PATCH

PATTERN

PC

PG

PHI

Beam-Beam Interactions | Compute Geometric Layout | Compute Geometric Layout

PHI0

PHIT

PHIX

PHIY

physical

element: Physical Elements and Markers

physical units

Physical Units

pitch angle

place

PLANE

POSITRON

PREVIOUS

print

errors: Print Machine Imperfections

program control

Control Statements

PROTON

Compute Geometric Layout | Compute Geometric Layout

PSI

PSI0

PT

PTC

PX

PXC

PY

PYC

QS

QUADRUPOLE

Quadrupoles

QX

QY

R11

R12

R13

R14

R15

R16

R21

R22

R23

R24

R25

R26

R31

R32

R33

R34

R35

R36

R41

R42

R43

R44

R45

R46

R51

R52

R53

R54

R55

R56

R61

R62

R63

R64

R65

R66

Print Machine Imperfections | Save Machine Imperfections

RADIUS

range

RBEND

Bending Magnets | Bending Magnets

RCOLLIMATOR

real

Real Expressions

array: Arrays
variable: Real Scalar Variables

real array

Real Arrays

real constant

Symbolic Constants

real vector

Real Vector Variables | Vector Values

REFER

reference

change: General Change of Reference
global: Conventions | Global Reference System
local: Local Reference Systems
orbit: Design or Reference Orbit

REFLECT

Reflect a Sequence

REFPOS

regular expression

Regular Expressions

REMOVE

Remove an Element

REPLACE

Replace an Element

REVBEAM

REVTRACK

RFCAVITY

roll angle

Rotations About the Vertical | Rotations Around the Longitudinal

ROT

Define Field Errors

rotation

ROW

Real Arrays

RUN

Track Particles for a

S

Compute Geometric Layout | Lattice Function Tables

S11

S12

S13

S14

S15

S16

S21

S22

S23

S24

S25

S26

S31

S32

S33

S34

S35

S36

S41

S42

S43

S44

S45

S46

S51

S52

S53

S54

S55

S56

S61

S62

S63

S64

S65

S66

SAVE

SAVE Statement

saving

errors: Save Machine Imperfections

SBEND

Bending Magnets | Bending Magnets

second moments

SEED

OPTION Statement | Error Mode

SELECT

Selecting Element(s) | Element Selection

element: Element Selection

SELECTED

Install an Element | Move an Element | Remove an Element | Replace an Element

selection of elements

separator

Electrostatic Separators

SEQEDIT

Sequence Editor

SEQUENCE

Beam Line Sequences | Beam Line Sequences to Beam Line Sequences

argument: Lines and Sequences with
shared: Shared Lines

sequence editor

Sequence Editor to Replace an Element

SETINTEGRATOR

SEXTUPOLE

Sextupoles

share lines

Shared Lines

SHARED

Element Classes | Shared Lines

shared element

shared sequences

SHOW

SHUNT

SHUT

SIGE

SIGES

Sign Conventions for Magnetic

sign conventions for fields

SIGT

SIGTS

SIGX

SIGY

SIMPLEX, Minimisation by Simplex

SIMPLEX

simplex minimisation

SIMPLEX, Minimisation by Simplex

SLICES

Rotations Around the Longitudinal

SOLENOID

Solenoids

SPS

CERN SPS Lattice

SROT

START

Change Start Point | Define Initial Conditions

statement

Statements and Comments

STATIC

Compute Geometric Layout | Lattice Function Tables | Normal-Form Analysis for Static

normal form: Normal-Form Analysis

STEP

step size

MIGRAD, Gradient Minimisation

STOP

STOP Statement

STRATEGY

string

String Attributes

string array

String Arrays

SURVEY

SYSTEM: Execute System Command

synchrotron motion

Closed Orbit

syntax

MAD-9 Language Syntax to Regular expressions:

SYSTEM

system command

SYSTEM: Execute System Command

T

TABLE

Real Arrays | LIST Command | ``Canned'' List Commands

tables

Tables to ``Canned'' List Commands

TC

TEAPOT

TELL

TFILL

Compute Geometric Layout | Compute Geometric Layout

TFS

LIST Command | ``Canned'' List Commands

THETA

THETA0

Closed Orbit Correction | Lattice Function Tables

THICK

THIN

Closed Orbit Correction | Lattice Function Tables | Track Particles for a

thin lens

THREADBPM

threader

TITLE

TO

token list

token list array

TOL

Orbit Threader | Closed Orbit Correction

TOLERANCE

LMDIF, Gradient Minimisation | MIGRAD, Gradient Minimisation | SIMPLEX, Minimisation by Simplex

total energy

TRACE

TRACK

Track Mode

tracking

Tracking to Save Particle Positions

TSAVE

Save Particle Positions

TURNS

Track Particles for a

TWISS

TWISS3

TWISSTRACK

TYPE

Common Attributes for all | Element Selection | Attach Special Integrators

U0

Common Attributes for all

units

Physical Units

unknown attribute

UNNAMED_BEAM

BEAM Command | Normal-Form Analysis | Track Mode

UPPER

VALUE: Output of Expressions

value

attribute: Statements and Comments | Command Attribute Types | Element Input Format

value of variable

VALUE: Output of Expressions

variable

Variable labels | Variable Names | Parameter Statements

assignment: Assignment to Variables
logical: Logical Variables
real: Real Scalar Variables
value: VALUE: Output of Expressions
vector: Real Vector Variables

variables

Variables

canonical: Canonical Variables Describing Orbits
normalised: Normalised Variables and other

VARY

Sign Conventions for Magnetic

vector

real: Real Vector Variables | Vector Values

vector potential

VERIFY

vertical displacement

VKICK

Orbit Correctors

VKICKER

Orbit Correctors | Orbit Correctors

VMONITOR

Beam Position Monitors

VOLT

VX

VY

VZ

W11

W12

W13

W21

W22

W23

W31

W32

W33

WARN

WHILE: Repeated Execution

WHAT

WHAT Command

WHILE

wildcard

Regular Expressions

X

Compute Geometric Layout | Compute Geometric Layout | Closed Orbit Correction | Absolute Particle Positions

X0

XC

XIYN

XMA

XSIZE

Y

Compute Geometric Layout | Compute Geometric Layout | Closed Orbit Correction | Absolute Particle Positions

Y0

YC

YMA

Rotations About the Vertical

YROT

YSIZE

Compute Geometric Layout | Compute Geometric Layout

Z

Z0