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Contents
Garfield help pages, table of contents
Chapter 1:
introduction
Section 1.1:
getting_started
Section 1.2:
command_descriptions
Section 1.3:
input_elements
Section 1.4:
special_characters
Section 1.5:
brackets
Section 1.6:
quotes
Section 1.7:
separators
Section 1.8:
trouble
Section 1.9:
authors
Section 1.10:
origin
Section 1.11:
units
Section 1.12:
versions
Chapter 2:
&MAIN
Chapter 3:
&CELL
Section 3.1:
overview
Section 3.2:
methods
Section 3.2.1:
potential_function
Section 3.2.2:
coordinate_system
Section 3.2.2.1:
Cartesian
Section 3.2.2.2:
Polar
Section 3.2.2.3:
Tube
Section 3.2.3:
shape_function
Section 3.3:
CELL-IDENTIFIER
Section 3.4:
CUT-SOLIDS
Section 3.5:
DEFINE
Section 3.5.1:
variable
Section 3.5.2:
value
Section 3.6:
DIELECTRICUM
Section 3.6.1:
min_max
Section 3.6.2:
\ε
Section 3.7:
FIELD-MAP
Section 3.7.1:
FILES
Section 3.7.1.1:
contents
Section 3.7.1.1.1:
B-FIELD
Section 3.7.1.1.2:
ELECTRIC-FIELD
Section 3.7.1.1.3:
D-FIELD
Section 3.7.1.1.4:
MATERIAL
Section 3.7.1.1.5:
MESH
Section 3.7.1.1.6:
MODEL
Section 3.7.1.1.7:
BACKGROUND
Section 3.7.1.1.8:
POTENTIAL
Section 3.7.1.1.9:
WEIGHTING-FIELD
Section 3.7.1.2:
file
Section 3.7.1.3:
label
Section 3.7.1.4:
format
Section 3.7.1.4.1:
PARAMETER-EXTRACTOR-2D
Section 3.7.1.4.2:
FIELD-SIMULATOR-2D
Section 3.7.1.4.3:
PARAMETER-EXTRACTOR-3D
Section 3.7.1.4.4:
FIELD-SIMULATOR-3D
Section 3.7.1.4.5:
MAXWELL-2D-SV
Section 3.7.1.4.6:
TOSCA
Section 3.7.1.4.7:
TOSCA-118
Section 3.7.1.4.8:
COMSOL-2D-LINEAR
Section 3.7.1.4.9:
COMSOL-2D-QUADRATIC
Section 3.7.1.4.10:
COMSOL-3D-LINEAR
Section 3.7.1.4.11:
COMSOL-3D-QUADRATIC
Section 3.7.1.4.12:
ANSYS-PLANE-121
Section 3.7.1.4.13:
ANSYS-SOLID-123
Section 3.7.1.4.14:
QUICKFIELD
Section 3.7.1.4.15:
MAXWELL-11
Section 3.7.2:
DRIFT-MEDIUM
Section 3.7.3:
RESET
Section 3.7.4:
NOT-X-PERIODIC
Section 3.7.5:
X-PERIODIC
Section 3.7.6:
X-MIRROR-PERIODIC
Section 3.7.7:
X-AXIALLY-PERIODIC
Section 3.7.8:
X-ROTATIONALLY-SYMMETRIC
Section 3.7.9:
NOT-Y-PERIODIC
Section 3.7.10:
Y-PERIODIC
Section 3.7.11:
Y-MIRROR-PERIODIC
Section 3.7.12:
Y-AXIALLY-PERIODIC
Section 3.7.13:
Y-ROTATIONALLY-SYMMETRIC
Section 3.7.14:
NOT-Z-PERIODIC
Section 3.7.15:
Z-PERIODIC
Section 3.7.16:
Z-MIRROR-PERIODIC
Section 3.7.17:
Z-AXIALLY-PERIODIC
Section 3.7.18:
Z-ROTATIONALLY-SYMMETRIC
Section 3.7.19:
LINEAR
Section 3.7.20:
QUADRATIC
Section 3.7.21:
CUBIC
Section 3.7.22:
INTERPOLATE-ELECTRIC-FIELD
Section 3.7.23:
COMPUTE-ELECTRIC-FIELD
Section 3.7.24:
DELETE-BACKGROUND
Section 3.7.25:
Z-RANGE
Section 3.7.26:
OFFSET
Section 3.7.27:
UNIT
Section 3.7.28:
PLOT-MAP
Section 3.7.29:
HISTOGRAM-MAP
Section 3.8:
GET
Section 3.8.1:
file
Section 3.8.2:
member
Section 3.9:
GRAVITY
Section 3.10:
NEBEM
Section 3.10.1:
ANGULAR-TOLERANCE
Section 3.10.2:
DISTANCE-TOLERANCE
Section 3.10.3:
LU-INVERSION
Section 3.10.4:
SVD-INVERSION
Section 3.10.5:
MAXIMUM-ELEMENTS
Section 3.10.6:
MINIMUM-ELEMENTS
Section 3.10.7:
NEW-MODEL
Section 3.10.8:
REUSE-MODEL
Section 3.10.9:
KEEP-INVERTED-MATRIX
Section 3.10.10:
PERIODIC-COPIES
Section 3.10.11:
QUALITY-THRESHOLD
Section 3.10.12:
SIZE-THRESHOLD
Section 3.10.13:
TARGET-ELEMENT-SIZE
Section 3.10.14:
X-PERIODIC-COPIES
Section 3.10.15:
Y-PERIODIC-COPIES
Section 3.10.16:
Z-PERIODIC-COPIES
Section 3.11:
OPTIONS
Section 3.11.1:
CELL-PRINT
Section 3.11.2:
DIPOLE-TERMS
Section 3.11.3:
LAYOUT
Section 3.11.4:
ISOMETRIC
Section 3.11.5:
WIRE-MARKERS
Section 3.11.6:
CHARGE-CHECK
Section 3.12:
PERIODICITY
Section 3.12.1:
direction
Section 3.12.2:
length
Section 3.12.3:
REGULAR
Section 3.12.4:
MIRROR
Section 3.13:
PLANE
Section 3.13.1:
direction
Section 3.13.2:
coordinate
Section 3.13.3:
potential
Section 3.13.4:
label
Section 3.13.5:
STRIP
Section 3.13.6:
strip_min
Section 3.13.7:
strip_max
Section 3.13.8:
strip_label
Section 3.13.9:
gap
Section 3.13.10:
representations
Section 3.14:
READ-FIELD-MAP
Section 3.14.1:
DRIFT-MEDIUM
Section 3.14.2:
NOT-X-PERIODIC
Section 3.14.3:
X-PERIODIC
Section 3.14.4:
X-MIRROR-PERIODIC
Section 3.14.5:
X-AXIALLY-PERIODIC
Section 3.14.6:
NOT-Y-PERIODIC
Section 3.14.7:
Y-PERIODIC
Section 3.14.8:
Y-MIRROR-PERIODIC
Section 3.14.9:
Y-AXIALLY-PERIODIC
Section 3.14.10:
NOT-Z-PERIODIC
Section 3.14.11:
Z-PERIODIC
Section 3.14.12:
Z-MIRROR-PERIODIC
Section 3.14.13:
Z-AXIALLY-PERIODIC
Section 3.14.14:
LINEAR
Section 3.14.15:
QUADRATIC
Section 3.14.16:
CUBIC
Section 3.14.17:
INTERPOLATE-ELECTRIC-FIELD
Section 3.14.18:
COMPUTE-ELECTRIC-FIELD
Section 3.14.19:
PLOT-MAP
Section 3.14.20:
HISTOGRAM-MAP
Section 3.15:
RESET
Section 3.15.1:
COORDINATES
Section 3.15.2:
DEFINITIONS
Section 3.15.3:
DIELECTRICA
Section 3.15.4:
FIELD-MAP
Section 3.15.5:
PERIODICITIES
Section 3.15.6:
PLANES
Section 3.15.7:
ROWS
Section 3.15.8:
SOLIDS
Section 3.15.9:
TUBE
Section 3.15.10:
WIRES
Section 3.16:
ROWS
Section 3.16.1:
CARTESIAN
Section 3.16.2:
POLAR
Section 3.16.3:
TUBE
Section 3.16.4:
label
Section 3.16.5:
n
Section 3.16.6:
diameter
Section 3.16.7:
x
Section 3.16.8:
y
Section 3.16.9:
V
Section 3.16.10:
weight
Section 3.16.11:
length
Section 3.16.12:
density
Section 3.16.13:
increments
Section 3.16.14:
loop-variable
Section 3.17:
SAVE-FIELD-MAP
Section 3.18:
SOLIDS
Section 3.18.1:
BOX
Section 3.18.1.1:
CENTRE
Section 3.18.1.2:
HALF-LENGTHS
Section 3.18.1.3:
DIRECTION
Section 3.18.1.4:
CHARGE
Section 3.18.1.5:
VOLTAGE
Section 3.18.1.6:
FLOATING-CONDUCTOR
Section 3.18.1.7:
EPSILON
Section 3.18.1.8:
material
Section 3.18.1.9:
label
Section 3.18.1.10:
discretisation
Section 3.18.2:
CYLINDER
Section 3.18.2.1:
CENTRE
Section 3.18.2.2:
radius
Section 3.18.2.3:
OUTER-RADIUS
Section 3.18.2.4:
MEAN-RADIUS
Section 3.18.2.5:
HALF-LENGTH
Section 3.18.2.6:
DIRECTION
Section 3.18.2.7:
CHARGE
Section 3.18.2.8:
VOLTAGE
Section 3.18.2.9:
FLOATING-CONDUCTOR
Section 3.18.2.10:
EPSILON
Section 3.18.2.11:
material
Section 3.18.2.12:
label
Section 3.18.2.13:
N
Section 3.18.2.14:
WIRE
Section 3.18.2.15:
ROTATE
Section 3.18.2.16:
discretisation
Section 3.18.2.17:
TOP-LID
Section 3.18.2.18:
BOTTOM-LID
Section 3.18.2.19:
LIDS
Section 3.18.3:
EXTRUSION
Section 3.18.3.1:
CENTRE
Section 3.18.3.2:
HALF-LENGTH
Section 3.18.3.3:
DIRECTION
Section 3.18.3.4:
CHARGE
Section 3.18.3.5:
VOLTAGE
Section 3.18.3.6:
FLOATING-CONDUCTOR
Section 3.18.3.7:
EPSILON
Section 3.18.3.8:
material
Section 3.18.3.9:
label
Section 3.18.3.10:
PROFILE
Section 3.18.3.11:
discretisation
Section 3.18.3.12:
TOP-LID
Section 3.18.3.13:
BOTTOM-LID
Section 3.18.3.14:
LIDS
Section 3.18.4:
HOLE
Section 3.18.4.1:
CENTRE
Section 3.18.4.2:
radius
Section 3.18.4.3:
OUTER-RADII
Section 3.18.4.4:
MEAN-RADII
Section 3.18.4.5:
HALF-LENGTHS
Section 3.18.4.6:
DIRECTION
Section 3.18.4.7:
CHARGE
Section 3.18.4.8:
VOLTAGE
Section 3.18.4.9:
FLOATING-CONDUCTOR
Section 3.18.4.10:
EPSILON
Section 3.18.4.11:
material
Section 3.18.4.12:
N
Section 3.18.4.13:
label
Section 3.18.4.14:
discretisation
Section 3.18.5:
RIDGE
Section 3.18.5.1:
CENTRE
Section 3.18.5.2:
HALF-LENGTHS
Section 3.18.5.3:
NOTCH
Section 3.18.5.4:
DIRECTION
Section 3.18.5.5:
CHARGE
Section 3.18.5.6:
VOLTAGE
Section 3.18.5.7:
FLOATING-CONDUCTOR
Section 3.18.5.8:
EPSILON
Section 3.18.5.9:
material
Section 3.18.5.10:
label
Section 3.18.5.11:
discretisation
Section 3.18.6:
SPHERE
Section 3.18.6.1:
CENTRE
Section 3.18.6.2:
RADIUS
Section 3.18.6.3:
CHARGE
Section 3.18.6.4:
VOLTAGE
Section 3.18.6.5:
FLOATING-CONDUCTOR
Section 3.18.6.6:
EPSILON
Section 3.18.6.7:
material
Section 3.18.6.8:
N
Section 3.18.6.9:
label
Section 3.18.6.10:
discretisation
Section 3.18.7:
WIRE
Section 3.18.7.1:
CENTRE
Section 3.18.7.2:
RADIUS
Section 3.18.7.3:
HALF-LENGTH
Section 3.18.7.4:
DIRECTION
Section 3.18.7.5:
VOLTAGE
Section 3.18.7.6:
FLOATING-CONDUCTOR
Section 3.18.7.7:
material
Section 3.18.7.8:
label
Section 3.18.7.9:
discretisation
Section 3.19:
TUBE
Section 3.19.1:
RADIUS
Section 3.19.2:
VOLTAGE
Section 3.19.3:
EDGES
Section 3.19.4:
label
Section 3.19.5:
STRIP
Section 3.19.6:
strip_min
Section 3.19.7:
strip_max
Section 3.19.8:
strip_label
Section 3.19.9:
gap
Section 3.19.10:
representations
Section 3.20:
WINDOW
Section 3.21:
WRITE
Section 3.21.1:
file
Section 3.21.2:
member
Section 3.21.3:
remark
Chapter 4:
&MAGNETIC
Section 4.1:
COMPONENTS
Section 4.1.1:
value
Section 4.1.2:
vector
Section 4.1.3:
formula
Section 4.1.4:
units
Section 4.2:
OPTIONS
Section 4.3:
PERMEABILITY
Chapter 5:
&GAS
Section 5.1:
overview
Section 5.2:
methods
Section 5.2.1:
coordinate_system
Section 5.3:
built_in
Section 5.3.1:
ARGON-20-ETHANE-80
Section 5.3.2:
ARGON-50-ETHANE-50
Section 5.3.3:
ARGON-80-ETHANE-20
Section 5.3.4:
ARGON-73-METHANE-20-PROPANOL-7
Section 5.3.5:
CO2
Section 5.3.6:
CO2-80-ETHANE-20
Section 5.3.7:
CO2-90-ETHANE-10
Section 5.3.8:
CO2-90-ISOBUTANE-10
Section 5.3.9:
ETHANE
Section 5.3.10:
ISOBUTANE
Section 5.3.11:
METHANE
Section 5.4:
ADD
Section 5.4.1:
item
Section 5.4.2:
function
Section 5.4.3:
VS
Section 5.4.4:
order
Section 5.5:
CLUSTER
Section 5.5.1:
Parametrisation
Section 5.5.1.1:
cluster_function
Section 5.5.1.2:
nmax
Section 5.5.2:
Listing
Section 5.5.3:
Mixed
Section 5.6:
COMPOSITION
Section 5.7:
EXTRAPOLATIONS
Section 5.7.1:
item
Section 5.7.2:
method
Section 5.8:
GAS-IDENTIFIER
Section 5.9:
GET
Section 5.9.1:
file
Section 5.9.2:
member
Section 5.10:
HEED
Section 5.11:
INTERPOLATIONS
Section 5.11.1:
item
Section 5.11.2:
method
Section 5.12:
MAGBOLTZ
Section 5.12.1:
ingredient
Section 5.12.1.1:
HYDROGEN
Section 5.12.1.2:
DEUTERIUM
Section 5.12.1.3:
HELIUM-3-ANISOTROPIC
Section 5.12.1.4:
HELIUM-3-ISOTROPIC
Section 5.12.1.5:
HELIUM-4-ANISOTROPIC
Section 5.12.1.6:
HELIUM-4-ISOTROPIC
Section 5.12.1.7:
NEON-ANISOTROPIC
Section 5.12.1.8:
NEON-ISOTROPIC
Section 5.12.1.9:
ARGON-ANISOTROPIC
Section 5.12.1.10:
ARGON-ISOTROPIC
Section 5.12.1.11:
KRYPTON-ANISOTROPIC
Section 5.12.1.12:
KRYPTON-ISOTROPIC
Section 5.12.1.13:
XENON-ANISOTROPIC
Section 5.12.1.14:
XENON-ISOTROPIC
Section 5.12.1.15:
NITROGEN-ANISOTROPIC
Section 5.12.1.16:
NITROGEN-ISOTROPIC
Section 5.12.1.17:
OXYGEN
Section 5.12.1.18:
OZONE
Section 5.12.1.19:
FLUORINE
Section 5.12.1.20:
CAESIUM
Section 5.12.1.21:
MERCURY
Section 5.12.1.22:
METHANE
Section 5.12.1.23:
DEUTERATED-METHANE
Section 5.12.1.24:
ETHANE
Section 5.12.1.25:
ETHENE
Section 5.12.1.26:
ACETYLENE
Section 5.12.1.27:
PROPANE
Section 5.12.1.28:
CYCLOPROPANE
Section 5.12.1.29:
PROPENE
Section 5.12.1.30:
ISOBUTANE
Section 5.12.1.31:
N-BUTANE
Section 5.12.1.32:
NEOPENTANE
Section 5.12.1.33:
N-PENTANE
Section 5.12.1.34:
METHANOL
Section 5.12.1.35:
ETHANOL
Section 5.12.1.36:
PROPANOL
Section 5.12.1.37:
CARBON-MONOXIDE
Section 5.12.1.38:
CARBON-DIOXIDE
Section 5.12.1.39:
WATER
Section 5.12.1.40:
NITRIC-OXIDE
Section 5.12.1.41:
NITROUS-OXIDE
Section 5.12.1.42:
METHYLAL
Section 5.12.1.43:
DME
Section 5.12.1.44:
TRIFLUOROMETHANE
Section 5.12.1.45:
TRIFLUOROBROMOMETHANE
Section 5.12.1.46:
TETRAFLUOROMETHANE
Section 5.12.1.47:
TETRAFLUOROETHANE
Section 5.12.1.48:
PENTAFLUOROETHANE
Section 5.12.1.49:
HEXAFLUOROETHANE
Section 5.12.1.50:
OCTAFLUOROPROPANE
Section 5.12.1.51:
BORON-TRIFLUORIDE
Section 5.12.1.52:
SULPHUR-HEXAFLUORIDE
Section 5.12.1.53:
AMMONIA
Section 5.12.1.54:
CARBON-DISULPHIDE
Section 5.12.1.55:
CARBONYL-SULPHIDE
Section 5.12.1.56:
HYDROGEN-SULPHIDE
Section 5.12.1.57:
GERMANE
Section 5.12.1.58:
SILANE
Section 5.12.1.59:
REID-STEP
Section 5.12.1.60:
REID-RAMP
Section 5.12.1.61:
MAXWELL-MODEL
Section 5.12.2:
frac
Section 5.12.3:
ELECTRIC-FIELD
Section 5.12.4:
B-FIELD
Section 5.12.5:
ANGLE
Section 5.12.6:
PLOT-DISTRIBUTION-FUNCTIONS
Section 5.12.7:
PLOT-CROSS-SECTIONS
Section 5.12.8:
KEEP
Section 5.12.9:
ANALYTIC-INTEGRATION
Section 5.12.9.1:
ORDERS
Section 5.12.9.2:
SECOND-ORDER-TERMS
Section 5.12.9.3:
FIRST-ORDER-TERMS
Section 5.12.9.4:
ITERATE-ALPHA
Section 5.12.9.5:
SWITCH
Section 5.12.9.6:
diffusion
Section 5.12.10:
MONTE-CARLO-INTEGRATION
Section 5.12.10.1:
COLLISIONS
Section 5.12.11:
MOBILITY
Section 5.12.12:
PRINT
Section 5.13:
MATERIAL
Section 5.13.1:
n
Section 5.13.2:
density
Section 5.13.3:
work
Section 5.13.4:
fano
Section 5.14:
MERGE
Section 5.14.1:
file
Section 5.14.2:
member
Section 5.14.3:
KEEP-OLD
Section 5.14.4:
REPLACE-OLD
Section 5.15:
MIX
Section 5.15.1:
frac
Section 5.15.2:
emin
Section 5.15.3:
emax
Section 5.15.4:
estep
Section 5.15.5:
frcrit
Section 5.15.6:
E/P-RANGE
Section 5.15.7:
N-E/P
Section 5.15.8:
scale
Section 5.15.9:
PLOT-F0
Section 5.15.10:
PLOT-ENERGY-LOSS
Section 5.15.11:
PLOT-CROSS-SECTION
Section 5.15.12:
PLOT-PATH
Section 5.15.13:
PRINT-TABLES
Section 5.15.14:
MOBILITY
Section 5.15.15:
TOWNSEND-COEFFICIENT
Section 5.15.16:
ATTACHMENT-COEFFICIENT
Section 5.16:
OPTIONS
Section 5.16.1:
GAS-PLOT
Section 5.16.2:
GAS-PRINT
Section 5.17:
PARAMETERS
Section 5.17.1:
A
Section 5.17.2:
E-MOST-PROBABLE
Section 5.17.3:
E-PAIR
Section 5.17.4:
MEAN
Section 5.17.5:
RHO
Section 5.17.6:
Z
Section 5.17.7:
THERMAL
Section 5.17.8:
sigma
Section 5.18:
PLOT-OPTIONS
Section 5.18.1:
plot
Section 5.18.2:
options
Section 5.19:
PRESSURE
Section 5.19.1:
pressure
Section 5.19.2:
unit
Section 5.20:
REPLACE
Section 5.21:
RESET
Section 5.21.1:
item
Section 5.22:
SRIM
Section 5.22.1:
file
Section 5.22.2:
work
Section 5.22.3:
fano
Section 5.23:
TABLE
Section 5.23.1:
E/P
Section 5.23.2:
ATTACHMENT-COEFFICIENT
Section 5.23.3:
BTRANSVERSE-VELOCITY
Section 5.23.4:
DRIFT-VELOCITY
Section 5.23.5:
ExB-VELOCITY
Section 5.23.6:
ION-DISSOCIATION-COEFFICIENT
Section 5.23.7:
ION-MOBILITY
Section 5.23.8:
LONGITUDINAL-DIFFUSION-COEFFICIENT
Section 5.23.9:
LORENTZ-ANGLE
Section 5.23.10:
TOWNSEND-COEFFICIENT
Section 5.23.11:
TRANSVERSE-DIFFUSION-COEFFICIENT
Section 5.23.12:
function
Section 5.23.13:
scaling
Section 5.23.14:
DUMMY
Section 5.23.15:
E/P-RANGE
Section 5.23.16:
N-E/P
Section 5.23.17:
LOGARITHMIC-E/P-SCALE
Section 5.23.18:
LINEAR-E/P-SCALE
Section 5.23.19:
electric_field
Section 5.23.20:
ANGLE-RANGE
Section 5.23.21:
N-ANGLE
Section 5.23.22:
ANGLE
Section 5.23.23:
angle
Section 5.23.24:
B-RANGE
Section 5.23.25:
N-B
Section 5.23.26:
B-FIELD
Section 5.23.27:
magnetic_field
Section 5.24:
TEMPERATURE
Section 5.24.1:
temp
Section 5.24.2:
unit
Section 5.25:
TRIM
Section 5.25.1:
layer
Section 5.25.2:
ion
Section 5.25.3:
work
Section 5.25.4:
fano
Section 5.25.5:
range
Section 5.25.6:
exyz
Section 5.26:
WRITE
Section 5.26.1:
file
Section 5.26.2:
member
Section 5.26.3:
remark
Chapter 6:
&OPTIMISE
Section 6.1:
overview
Section 6.2:
ADD
Section 6.2.1:
length
Section 6.2.2:
coordinate
Section 6.2.3:
voltage
Section 6.2.4:
label
Section 6.2.5:
position
Section 6.2.6:
diameter
Section 6.2.7:
tension
Section 6.2.8:
length
Section 6.2.9:
density
Section 6.3:
AREA
Section 6.4:
BACKGROUND-FIELD
Section 6.4.1:
formula
Section 6.5:
CHANGE-VOLTAGES
Section 6.5.1:
wire
Section 6.5.2:
plane
Section 6.5.3:
voltage
Section 6.6:
CHARGES
Section 6.6.1:
position
Section 6.6.2:
charge
Section 6.7:
DELETE
Section 6.8:
DELETE-BACKGROUND-FIELD
Section 6.9:
DELETE-CHARGES
Section 6.10:
DELETE-FIELD-MAP
Section 6.11:
DISPLAY
Section 6.12:
DRIFT-AREA
Section 6.13:
FACTOR
Section 6.14:
FIELD-MAP
Section 6.14.1:
weighting_field
Section 6.14.2:
space_charge
Section 6.15:
FORCES
Section 6.15.1:
FAST
Section 6.15.2:
DETAILED
Section 6.15.3:
SCANNING-GRID
Section 6.15.4:
SCANNING-AREA
Section 6.15.5:
nshot
Section 6.15.6:
nstep
Section 6.15.7:
INTERPOLATION-ORDER
Section 6.15.8:
EXTRAPOLATE
Section 6.15.9:
ITERATE
Section 6.15.10:
TOLERANCE
Section 6.15.11:
UPDATE-SCALING-FACTOR
Section 6.15.12:
OFFSET
Section 6.15.13:
GRAVITY
Section 6.15.14:
ELECTROSTATICS
Section 6.15.15:
PRINT-SAG
Section 6.15.16:
PLOT-SAG
Section 6.15.17:
KEEP-SAG
Section 6.15.18:
PRINT-FORCES
Section 6.15.19:
PLOT-FORCES
Section 6.15.20:
KEEP-FORCES
Section 6.16:
GRID
Section 6.16.1:
number
Section 6.17:
LIST-CHARGES
Section 6.18:
LIST-EXCITATIONS
Section 6.19:
OPTIONS
Section 6.20:
PENNING-TRANSFERS
Section 6.20.1:
state
Section 6.20.2:
rate
Section 6.20.3:
delay
Section 6.20.4:
range
Section 6.20.5:
PERMITTED
Section 6.20.6:
FORCED
Section 6.21:
PLOT-GAS
Section 6.22:
PRINT-GAS
Section 6.23:
POINTS
Section 6.24:
PRINT-CELL
Section 6.25:
READ-FIELD-MAP
Section 6.26:
RESTORE
Section 6.27:
SAVE
Section 6.28:
SAVE-FIELD-MAP
Section 6.29:
SELECT
Section 6.30:
SET
Section 6.30.1:
distance
Section 6.30.2:
\ε
Section 6.30.3:
field_function
Section 6.30.4:
GRID
Section 6.30.5:
iterlim
Section 6.30.6:
PRINT
Section 6.30.7:
target_function
Section 6.30.8:
TRACK
Section 6.30.9:
weight_function
Section 6.30.10:
WIRES
Section 6.31:
TRACK
Chapter 7:
&FIELD
Section 7.1:
overview
Section 7.2:
AREA
Section 7.2.1:
box
Section 7.2.2:
plane
Section 7.2.2.1:
coordinates
Section 7.2.3:
angle
Section 7.2.4:
X-Y
Section 7.2.5:
X-Z
Section 7.2.6:
Y-Z
Section 7.2.7:
R-PHI
Section 7.2.8:
CUT
Section 7.2.9:
3D
Section 7.2.10:
NEBEM
Section 7.2.11:
light
Section 7.2.12:
LIGHT-ORIGIN
Section 7.2.13:
REFLECTED-FRACTION
Section 7.2.14:
ABSORBED-FRACTION
Section 7.2.15:
COLOURS
Section 7.2.16:
FULL-BOX-TICKMARKS
Section 7.2.17:
FULL-PLANES
Section 7.2.18:
FULL-TUBE
Section 7.2.19:
SPLIT-INTERSECTING-PLANES
Section 7.2.20:
SORT-PLANES
Section 7.2.21:
OUTLINE
Section 7.2.22:
PLOT-MAP
Section 7.2.23:
STEP
Section 7.3:
CHECK
Section 7.3.1:
bins
Section 7.3.2:
\ε_Maxwell
Section 7.3.3:
\ε_wire
Section 7.3.4:
FULL
Section 7.3.5:
MAXWELL
Section 7.3.6:
PLANES
Section 7.3.7:
TUBE
Section 7.3.8:
WIRES
Section 7.3.9:
CHARGES
Section 7.3.10:
KEEP-RESULTS
Section 7.4:
GRID
Section 7.4.1:
number
Section 7.5:
MULTIPOLE-MOMENTS
Section 7.5.1:
wire
Section 7.5.2:
order
Section 7.5.3:
r
Section 7.5.4:
\ε
Section 7.5.5:
iter
Section 7.5.6:
PLOT
Section 7.5.7:
PRINT
Section 7.6:
OPTIONS
Section 7.6.1:
CHECK-MAP-INDICES
Section 7.6.2:
CONTOUR-ALL-MEDIA
Section 7.6.3:
CONTOUR-DRIFT-MEDIUM
Section 7.6.4:
WIRE-MARKERS
Section 7.7:
PLOT-FIELD
Section 7.7.1:
CONTOUR
Section 7.7.2:
GRAPH
Section 7.7.3:
HISTOGRAM
Section 7.7.4:
SURFACE
Section 7.7.5:
VECTOR
Section 7.7.6:
function
Section 7.8:
PRINT
Section 7.8.1:
functions
Section 7.9:
SAMPLE
Section 7.10:
SELECT
Section 7.10.1:
selection
Section 7.11:
TIME
Section 7.11.1:
n
Section 7.12:
TRACK
Chapter 8:
&DRIFT
Section 8.1:
overview
Section 8.2:
methods
Section 8.2.1:
velocity
Section 8.2.2:
Runge_Kutta_Fehlberg
Section 8.2.3:
Monte_Carlo
Section 8.2.4:
microscopic
Section 8.2.5:
vacuum
Section 8.2.6:
diffusion
Section 8.2.6.1:
longitudinal
Section 8.2.6.2:
cloud
Section 8.2.6.3:
Monte_Carlo
Section 8.2.7:
multiplication
Section 8.2.8:
attachment
Section 8.2.9:
status
Section 8.3:
AREA
Section 8.4:
ARRIVAL-TIME-DISTRIBUTION
Section 8.4.1:
plane
Section 8.4.2:
electron
Section 8.4.3:
threshold
Section 8.4.4:
TIME-WINDOW
Section 8.4.4.1:
AUTOMATIC
Section 8.4.4.2:
FULL-RANGE
Section 8.4.5:
STEP
Section 8.4.5.1:
RANGE
Section 8.4.5.2:
INCREMENT
Section 8.4.6:
SCAN
Section 8.4.6.1:
RANGE
Section 8.4.6.2:
ANGLE
Section 8.4.7:
OFFSET
Section 8.4.8:
DIFFUSION
Section 8.4.9:
ATTACHMENT
Section 8.4.10:
LINES
Section 8.4.11:
bins
Section 8.4.12:
KEEP-HISTOGRAMS
Section 8.4.13:
KEEP-RESULTS
Section 8.4.14:
iterations
Section 8.4.15:
order
Section 8.4.16:
DATASET
Section 8.4.16.1:
file
Section 8.4.16.2:
member
Section 8.4.16.3:
remark
Section 8.4.17:
plot_options
Section 8.4.17.1:
PLOT-SELECTED-ELECTRONS
Section 8.4.17.2:
PLOT-ALL-ELECTRONS
Section 8.4.17.3:
PLOT-OVERVIEW
Section 8.4.18:
print_options
Section 8.4.18.1:
PRINT-SELECTED-ELECTRONS
Section 8.4.18.2:
PRINT-ALL-ELECTRONS
Section 8.4.18.3:
PRINT-OVERVIEW
Section 8.5:
CLUSTERING-HISTOGRAMS
Section 8.5.1:
iter
Section 8.5.2:
bins
Section 8.5.3:
range
Section 8.5.4:
KEEP-HISTOGRAMS
Section 8.5.5:
PLOT-HISTOGRAMS
Section 8.6:
DRIFT
Section 8.6.1:
EDGES
Section 8.6.1.1:
sides
Section 8.6.1.2:
lines
Section 8.6.2:
SOLIDS
Section 8.6.2.1:
lines
Section 8.6.3:
WIRES
Section 8.6.3.1:
angles
Section 8.6.3.2:
lines
Section 8.6.4:
TRACK
Section 8.6.4.1:
graph
Section 8.6.4.2:
MARKER
Section 8.6.5:
ZEROES
Section 8.6.6:
RUNGE-KUTTA-DRIFT
Section 8.6.7:
MONTE-CARLO-DRIFT
Section 8.6.8:
ISOCHRONS
Section 8.6.9:
REVERSE-ISOCHRONS
Section 8.6.10:
LINE-PLOT
Section 8.6.11:
LINE-PRINT
Section 8.6.12:
ELECTRON
Section 8.6.13:
ION
Section 8.6.14:
POSITIVE
Section 8.6.15:
NEGATIVE
Section 8.6.16:
representations
Section 8.7:
GET-TRACK
Section 8.7.1:
file
Section 8.7.2:
member
Section 8.8:
GRAPHICS-INPUT
Section 8.8.1:
prompt_echo
Section 8.8.1.1:
CHOICE-PET
Section 8.8.1.2:
LOCATOR-PET
Section 8.8.1.3:
PICK-PET
Section 8.8.1.4:
VALUATOR-PET
Section 8.8.2:
device
Section 8.8.2.1:
CHOICE-DEVICE
Section 8.8.2.2:
LOCATOR-DEVICE
Section 8.8.2.3:
PICK-DEVICE
Section 8.8.2.4:
VALUATOR-DEVICE
Section 8.8.3:
WORK-STATION
Section 8.9:
GRID
Section 8.9.1:
number
Section 8.10:
INTEGRATION-PARAMETERS
Section 8.10.1:
accuracy
Section 8.10.2:
maximum_step
Section 8.10.3:
maximum_time
Section 8.10.4:
step_size
Section 8.10.5:
scale
Section 8.10.6:
TRAP-RADIUS
Section 8.10.7:
order
Section 8.10.8:
COMPUTE-IF-INTERPOLATION-FAILS
Section 8.10.9:
CHECK-ALL-WIRES
Section 8.10.10:
CHECK-ATTRACTING-WIRES
Section 8.10.11:
REJECT-KINKS
Section 8.10.12:
ncloud
Section 8.10.13:
method
Section 8.10.13.1:
NO-PROJECTION
Section 8.10.13.2:
INTEGRATION
Section 8.10.13.3:
CENTRAL-VELOCITY-INTEGRATION
Section 8.10.13.4:
LONGITUDINAL-DIMENSION
Section 8.10.13.5:
LARGEST-DIMENSION
Section 8.10.14:
\ε
Section 8.10.15:
stack
Section 8.10.16:
PROJECTED-PATH-INTEGRATION
Section 8.10.17:
DRAW-ISOCHRONS
Section 8.10.18:
MARK-ISOCHRONS
Section 8.10.19:
SORT-ISOCHRONS
Section 8.10.20:
ISOCHRON-CONNECTION-THRESHOLD
Section 8.10.21:
ISOCHRON-ASPECT-RATIO-SWITCH
Section 8.10.22:
ISOCHRON-LOOP-THRESHOLD
Section 8.10.23:
CHECK-ISOCHRON-CROSSINGS
Section 8.11:
LINES
Section 8.12:
LORENTZ-ANGLE
Section 8.13:
MINIMISE
Section 8.13.1:
f_min
Section 8.13.2:
f_select
Section 8.13.3:
ON
Section 8.13.4:
RANGE
Section 8.13.5:
N
Section 8.13.6:
ELECTRON
Section 8.13.7:
ION
Section 8.13.8:
POSITIVE
Section 8.13.9:
NEGATIVE
Section 8.13.10:
FUNCTION-PRECISION
Section 8.13.11:
POSITIONAL-RESOLUTION
Section 8.13.12:
ITERATE-LIMIT
Section 8.13.13:
PRINT
Section 8.13.14:
DATASET
Section 8.14:
OPTIONS
Section 8.14.1:
DRIFT-PRINT
Section 8.14.2:
DRIFT-PLOT
Section 8.14.3:
KEY
Section 8.14.4:
CONTOUR-ALL-MEDIA
Section 8.14.5:
CONTOUR-DRIFT-MEDIUM
Section 8.14.6:
WIRE-MARKERS
Section 8.14.7:
CHECK-MAP-INDICES
Section 8.15:
PLOT-FIELD
Section 8.15.1:
f
Section 8.15.2:
CONTOUR
Section 8.15.3:
GRAPH
Section 8.15.4:
HISTOGRAM
Section 8.15.5:
SURFACE
Section 8.15.6:
VECTOR
Section 8.15.7:
ELECTRON
Section 8.15.8:
ION
Section 8.15.9:
POSITIVE
Section 8.15.10:
NEGATIVE
Section 8.15.11:
RUNGE-KUTTA-DRIFT
Section 8.15.12:
MONTE-CARLO-DRIFT
Section 8.16:
PREPARE-TRACK
Section 8.16.1:
ATTACHMENT-COEFFICIENT
Section 8.16.2:
DIFFUSION-COEFFICIENT
Section 8.16.3:
TOWNSEND-COEFFICIENT
Section 8.16.4:
LINES
Section 8.17:
SELECT
Section 8.18:
SINGLE
Section 8.18.1:
f
Section 8.18.2:
PRINT
Section 8.18.3:
PLOT
Section 8.18.4:
ELECTRON
Section 8.18.5:
ION
Section 8.18.6:
POSITIVE
Section 8.18.7:
NEGATIVE
Section 8.19:
SPEED
Section 8.20:
TABLE
Section 8.20.1:
TABLE
Section 8.20.2:
CONTOUR
Section 8.21:
TIME
Section 8.22:
TIMING
Section 8.22.1:
electron
Section 8.22.2:
TIME-WINDOW
Section 8.22.3:
X-RANGE
Section 8.22.4:
Y-RANGE
Section 8.22.5:
ANGLE-RANGE
Section 8.22.6:
MONTE-CARLO-DRIFT
Section 8.22.7:
ATTACHMENT
Section 8.22.8:
WEIGHTING-FUNCTION
Section 8.22.9:
bins
Section 8.22.10:
KEEP-HISTOGRAMS
Section 8.22.11:
loops
Section 8.22.12:
plot_options
Section 8.22.13:
print_options
Section 8.23:
TRACK
Section 8.23.1:
FROM
Section 8.23.2:
TO
Section 8.23.3:
DIRECTION
Section 8.23.4:
RANGE
Section 8.23.5:
FIXED-NUMBER
Section 8.23.5.1:
LINES
Section 8.23.6:
EQUAL-SPACING
Section 8.23.7:
EXPONENTIAL-SPACING
Section 8.23.8:
WEIGHTED-DISTRIBUTION
Section 8.23.8.1:
WEIGHTING-FUNCTION
Section 8.23.8.2:
SAMPLES
Section 8.23.9:
SINGLE-CLUSTER
Section 8.23.10:
HEED
Section 8.23.10.1:
particle
Section 8.23.10.1.1:
ELECTRON
Section 8.23.10.1.2:
POSITRON
Section 8.23.10.1.3:
MU-MINUS
Section 8.23.10.1.4:
MU-PLUS
Section 8.23.10.1.5:
TAU-MINUS
Section 8.23.10.1.6:
TAU-PLUS
Section 8.23.10.1.7:
GAMMA
Section 8.23.10.1.8:
PION-MINUS
Section 8.23.10.1.9:
PION-0
Section 8.23.10.1.10:
PION-PLUS
Section 8.23.10.1.11:
KAON-MINUS
Section 8.23.10.1.12:
KAON-0
Section 8.23.10.1.13:
KAON-PLUS
Section 8.23.10.1.14:
PROTON
Section 8.23.10.1.15:
ANTI-PROTON
Section 8.23.10.1.16:
NEUTRON
Section 8.23.10.1.17:
ANTI-NEUTRON
Section 8.23.10.2:
MASS
Section 8.23.10.3:
CHARGE
Section 8.23.10.4:
ENERGY
Section 8.23.10.5:
MULTIPLE-SCATTERING
Section 8.23.10.6:
DELTA-ELECTRONS
Section 8.23.10.7:
TRACE-DELTA-ELECTRONS
Section 8.23.10.8:
ENERGY-CUT
Section 8.23.10.9:
SWITCH-ELECTRON-TO-CHARGED
Section 8.23.11:
EQUAL-FLUX-INTERVALS
Section 8.23.11.1:
FLUX-LINES
Section 8.23.12:
SRIM
Section 8.23.12.1:
LATERAL-STRAGGLING
Section 8.23.12.2:
LONGITUDINAL-STRAGGLING
Section 8.23.12.3:
FAST-VAVILOV
Section 8.23.12.4:
GROUPING
Section 8.23.12.5:
ENERGY
Section 8.23.12.6:
MASS
Section 8.23.12.7:
CHARGE
Section 8.23.12.8:
particle
Section 8.23.12.9:
FLUCTUATION-MODEL
Section 8.23.13:
TRIM
Section 8.23.14:
CONSTANT-FLUX-INTERVALS
Section 8.23.14.1:
FLUX-INTERVAL
Section 8.23.15:
representations
Section 8.24:
XT-PLOT
Section 8.24.1:
DATASET
Section 8.24.1.1:
file
Section 8.24.1.2:
member
Section 8.24.1.3:
remark
Section 8.24.2:
angle
Section 8.24.3:
xmin
Section 8.24.4:
xmax
Section 8.24.5:
xstep
Section 8.24.6:
jump
Section 8.24.7:
itermax
Section 8.24.8:
\ε
Section 8.24.9:
angle_range
Section 8.24.10:
PRINT-XT-RELATION
Section 8.24.11:
PLOT-XT-RELATION
Section 8.24.12:
KEEP-RESULTS
Section 8.24.13:
SCALE
Section 8.25:
WRITE-ISOCHRONS
Section 8.25.1:
file
Section 8.25.2:
member
Section 8.25.3:
remark
Section 8.26:
WRITE-TRACK
Section 8.26.1:
file
Section 8.26.2:
member
Section 8.26.3:
remark
Chapter 9:
&SIGNAL
Section 9.1:
overview
Section 9.2:
ADD-NOISE
Section 9.2.1:
function
Section 9.2.2:
CROSS-INDUCED
Section 9.3:
AREA
Section 9.4:
AVALANCHE
Section 9.4.1:
EXPONENTIAL
Section 9.4.2:
FIXED
Section 9.4.3:
FIXED-TOWNSEND
Section 9.4.4:
GAUSSIAN
Section 9.4.5:
NONE
Section 9.4.6:
POLYA-FIXED
Section 9.4.7:
POLYA-TOWNSEND
Section 9.4.8:
TOWNSEND
Section 9.5:
CHECK
Section 9.6:
CONVOLUTE-SIGNALS
Section 9.6.1:
TRANSFER-FUNCTION
Section 9.6.2:
ADD-ON-FUNCTION
Section 9.6.3:
RANGE
Section 9.7:
FOURIER
Section 9.8:
GET-TRACK
Section 9.9:
GRID
Section 9.9.1:
number
Section 9.10:
INTEGRATION-PARAMETERS
Section 9.11:
OPTIONS
Section 9.11.1:
CLUSTER-PLOT
Section 9.11.2:
CLUSTER-PRINT
Section 9.11.3:
CONTOUR-ALL-MEDIA
Section 9.11.4:
CONTOUR-DRIFT-MEDIUM
Section 9.11.5:
WIRE-MARKERS
Section 9.11.6:
CHECK-MAP-INDICES
Section 9.12:
PLOT-FIELD
Section 9.12.1:
functions
Section 9.12.1.1:
charges
Section 9.12.1.2:
status
Section 9.12.1.3:
times
Section 9.12.1.4:
weighting_field
Section 9.12.2:
CONTOUR
Section 9.12.3:
GRAPH
Section 9.12.4:
HISTOGRAM
Section 9.12.5:
SURFACE
Section 9.12.6:
VECTOR
Section 9.12.7:
GROUP
Section 9.12.8:
TIME-WINDOW
Section 9.12.9:
RUNGE-KUTTA-DRIFT-LINES
Section 9.12.10:
MONTE-CARLO-DRIFT-LINES
Section 9.13:
PLOT-SIGNALS
Section 9.13.1:
TIME-WINDOW
Section 9.13.2:
RANGE
Section 9.13.3:
WIRES
Section 9.13.4:
CROSS-INDUCED-SIGNALS
Section 9.13.5:
DIRECT-SIGNALS
Section 9.13.6:
representations
Section 9.14:
PREPARE-TRACK
Section 9.15:
REPEAT
Section 9.16:
RESET
Section 9.16.1:
AVALANCHE-MODEL
Section 9.16.2:
MATRICES
Section 9.16.3:
SIGNALS
Section 9.16.4:
WINDOW
Section 9.17:
RESOLUTION
Section 9.18:
SELECT
Section 9.19:
SIGNAL
Section 9.19.1:
ADD
Section 9.19.2:
ANGULAR-INTEGRATION-POINTS
Section 9.19.3:
ANGULAR-SPREAD
Section 9.19.4:
ATTACHMENT
Section 9.19.5:
AVALANCHE
Section 9.19.6:
AVERAGE-SIGNAL
Section 9.19.7:
CROSS-INDUCED
Section 9.19.8:
DETAILED-ION-TAIL
Section 9.19.9:
DIFFUSION
Section 9.19.10:
ELECTRON-PULSE
Section 9.19.11:
ION-PULSE
Section 9.19.12:
INTERPOLATE-TRACK
Section 9.19.13:
INTERPOLATION-ORDER
Section 9.19.14:
ION-ANGLES
Section 9.19.15:
ION-TAIL
Section 9.19.16:
ION-THRESHOLD
Section 9.19.17:
MONTE-CARLO-DRIFT-LINES
Section 9.19.18:
NEW
Section 9.19.19:
NONSAMPLED-ION-TAIL
Section 9.19.20:
RUNGE-KUTTA-DRIFT-LINES
Section 9.19.21:
SAMPLE-SIGNAL
Section 9.19.22:
SUM-SIGNAL
Section 9.20:
SIGNAL-PARAMETERS
Section 9.20.1:
AVERAGE-SIGNAL
Section 9.20.2:
INTERPOLATION-ORDER
Section 9.20.3:
SAMPLE-SIGNAL
Section 9.20.4:
SUM-SIGNAL
Section 9.20.5:
INTEGRATE-WEIGHTING-FIELD
Section 9.20.6:
SAMPLE-WEIGHTING-FIELD
Section 9.21:
THRESHOLD
Section 9.22:
TRACK
Section 9.23:
WINDOW
Section 9.24:
WRITE-SIGNALS
Section 9.24.1:
FORMAT
Section 9.24.2:
condition
Section 9.24.3:
file
Section 9.24.4:
member
Section 9.24.5:
remark
Section 9.24.6:
units
Section 9.25:
WRITE-TRACK
Chapter 10:
&STOP
Chapter 11:
OPTIONS
Section 11.1:
DEBUG
Section 11.2:
IDENTIFICATION
Section 11.3:
INPUT-LISTING
Section 11.4:
RECORDING
Section 11.5:
PROGRESS-PRINT
Section 11.6:
ON-ERROR-CONTINUE
Section 11.7:
ON-ERROR-SKIP
Section 11.8:
ON-ERROR-TERMINATE
Section 11.9:
DUMP-ON-GRAPHICS-ERROR
Section 11.9.1:
PLASPL
Section 11.9.2:
GRAREA
Section 11.9.3:
BUTFLY
Section 11.10:
WARN-BUT-WRITE
Section 11.11:
WARN-AND-NOWRITE
Section 11.12:
DELETE-OLD-MEMBER
Chapter 12:
Call
Section 12.1:
overview
Section 12.2:
ADD_SIGNALS
Section 12.2.1:
shift
Section 12.2.2:
weight
Section 12.2.3:
options
Section 12.3:
ADJUST_MATRIX
Section 12.3.1:
matrix
Section 12.3.2:
size
Section 12.3.3:
pad
Section 12.4:
ATTACHMENT
Section 12.5:
AVALANCHE
Section 12.5.1:
x
Section 12.5.2:
y
Section 12.5.3:
z
Section 12.5.4:
options
Section 12.5.5:
n_electron
Section 12.5.6:
n_ion
Section 12.5.7:
formula
Section 12.5.8:
histogram
Section 12.6:
AVALANCHE_INFORMATION
Section 12.6.1:
item
Section 12.6.2:
index
Section 12.6.3:
value
Section 12.7:
AVALANCHE_SIGNAL
Section 12.7.1:
x
Section 12.7.2:
y
Section 12.7.3:
z
Section 12.7.4:
options
Section 12.7.5:
n_electron
Section 12.7.6:
n_ion
Section 12.7.7:
formula
Section 12.7.8:
histogram
Section 12.8:
BARYCENTRE
Section 12.8.1:
histogram
Section 12.8.2:
barycentre
Section 12.8.3:
nbin
Section 12.9:
BOOK_HISTOGRAM
Section 12.9.1:
reference
Section 12.9.2:
bins
Section 12.9.3:
minimum
Section 12.9.4:
maximum
Section 12.9.5:
options
Section 12.9.5.1:
AUTOSCALE
Section 12.9.5.2:
INTEGER
Section 12.9.5.3:
MANUAL
Section 12.9.5.4:
REAL
Section 12.10:
BOOK_MATRIX
Section 12.10.1:
reference
Section 12.10.2:
size
Section 12.11:
CARTESIAN_TO_INTERNAL
Section 12.12:
CARTESIAN_TO_POLAR
Section 12.13:
CONVOLUTE
Section 12.14:
CROSS_SECTION_IDENTIFIER
Section 12.14.1:
number
Section 12.14.2:
identifier
Section 12.14.3:
type
Section 12.15:
CUMULATE_HISTOGRAM
Section 12.16:
CUMULATE_MATRIX
Section 12.16.1:
matrixin
Section 12.16.2:
matrixout
Section 12.17:
CUT_HISTOGRAM
Section 12.17.1:
ref_in
Section 12.17.2:
xmin
Section 12.17.3:
xmax
Section 12.17.4:
ref_out
Section 12.18:
DELETE_HISTOGRAM
Section 12.18.1:
reference
Section 12.19:
DELETE_MATRIX
Section 12.20:
DELETE_STRING
Section 12.21:
DERIVATIVE
Section 12.21.1:
x
Section 12.21.2:
y
Section 12.21.3:
x_int
Section 12.21.4:
dy
Section 12.21.5:
option
Section 12.22:
DIFFUSION_TENSOR
Section 12.23:
DIMENSIONS
Section 12.24:
DRIFT_ELECTRON
Section 12.24.1:
x
Section 12.24.2:
y
Section 12.24.3:
z
Section 12.24.4:
coordinates
Section 12.24.5:
status
Section 12.24.6:
time
Section 12.24.7:
diffusion
Section 12.24.8:
multiplication
Section 12.24.9:
attachment
Section 12.25:
DRIFT_ELECTRON_3
Section 12.25.1:
x
Section 12.25.2:
y
Section 12.25.3:
z
Section 12.25.4:
status
Section 12.25.5:
time
Section 12.25.6:
diffusion
Section 12.25.7:
multiplication
Section 12.25.8:
attachment
Section 12.26:
DRIFT_ELECTRON_VACUUM
Section 12.26.1:
x
Section 12.26.2:
y
Section 12.26.3:
z
Section 12.26.4:
vx
Section 12.26.5:
vy
Section 12.26.6:
vz
Section 12.26.7:
status
Section 12.26.8:
time
Section 12.27:
DRIFT_INFORMATION
Section 12.27.1:
q
Section 12.27.2:
time
Section 12.27.3:
electrode
Section 12.27.4:
particle
Section 12.27.5:
path
Section 12.27.6:
istat
Section 12.27.7:
status
Section 12.27.8:
nsteps
Section 12.27.9:
technique
Section 12.27.10:
coordinate
Section 12.28:
DRIFT_ION
Section 12.28.1:
x
Section 12.28.2:
y
Section 12.28.3:
status
Section 12.28.4:
time
Section 12.29:
DRIFT_ION_3
Section 12.29.1:
x
Section 12.29.2:
y
Section 12.29.3:
z
Section 12.29.4:
status
Section 12.29.5:
time
Section 12.30:
DRIFT_ION_VACUUM
Section 12.30.1:
x
Section 12.30.2:
y
Section 12.30.3:
z
Section 12.30.4:
vx
Section 12.30.5:
vy
Section 12.30.6:
vz
Section 12.30.7:
charge
Section 12.30.8:
mass
Section 12.30.9:
status
Section 12.30.10:
time
Section 12.31:
DRIFT_MC_ELECTRON
Section 12.31.1:
x
Section 12.31.2:
y
Section 12.31.3:
z
Section 12.31.4:
status
Section 12.31.5:
time
Section 12.31.6:
multiplication
Section 12.31.7:
attachment
Section 12.32:
DRIFT_MC_ION
Section 12.32.1:
x
Section 12.32.2:
y
Section 12.32.3:
z
Section 12.32.4:
status
Section 12.32.5:
time
Section 12.33:
DRIFT_MC_NEGATIVE_ION
Section 12.33.1:
x
Section 12.33.2:
y
Section 12.33.3:
z
Section 12.33.4:
status
Section 12.33.5:
time
Section 12.34:
DRIFT_MC_POSITRON
Section 12.34.1:
x
Section 12.34.2:
y
Section 12.34.3:
z
Section 12.34.4:
status
Section 12.34.5:
time
Section 12.35:
DRIFT_MICROSCOPIC_ELECTRON
Section 12.35.1:
x
Section 12.35.2:
y
Section 12.35.3:
z
Section 12.35.4:
status
Section 12.35.5:
time
Section 12.35.6:
options
Section 12.35.7:
e_maximum
Section 12.35.8:
e_start
Section 12.35.9:
dir
Section 12.35.10:
distribution
Section 12.35.11:
rates
Section 12.36:
DRIFT_NEGATIVE_ION
Section 12.36.1:
x
Section 12.36.2:
y
Section 12.36.3:
status
Section 12.36.4:
time
Section 12.37:
DRIFT_NEGATIVE_ION_3
Section 12.37.1:
x
Section 12.37.2:
y
Section 12.37.3:
z
Section 12.37.4:
status
Section 12.37.5:
time
Section 12.38:
DRIFT_POSITRON
Section 12.38.1:
x
Section 12.38.2:
y
Section 12.38.3:
status
Section 12.38.4:
time
Section 12.39:
DRIFT_POSITRON_3
Section 12.39.1:
x
Section 12.39.2:
y
Section 12.39.3:
z
Section 12.39.4:
status
Section 12.39.5:
time
Section 12.40:
DRIFT_DIVERGENCE
Section 12.40.1:
f
Section 12.40.2:
options
Section 12.41:
DRIFT_ROTATION
Section 12.41.1:
R
Section 12.41.2:
options
Section 12.42:
DRIFT_VELOCITY
Section 12.43:
ELECTRIC_FIELD
Section 12.43.1:
x
Section 12.43.2:
y
Section 12.43.3:
ex
Section 12.43.4:
ey
Section 12.43.5:
ez
Section 12.43.6:
e
Section 12.43.7:
v
Section 12.43.8:
status
Section 12.44:
ELECTRIC_FIELD_3
Section 12.44.1:
coordinates
Section 12.44.2:
field
Section 12.44.3:
status
Section 12.45:
ELECTRON_VELOCITY
Section 12.45.1:
coordinates
Section 12.45.2:
velocity
Section 12.45.3:
status
Section 12.46:
EXCITATION_IDENTIFIER
Section 12.47:
EXCITATION_RATE
Section 12.48:
EXTRACT_SUBMATRIX
Section 12.49:
EXTREMUM
Section 12.49.1:
function
Section 12.49.2:
ordinates
Section 12.49.3:
values
Section 12.49.4:
extremum
Section 12.49.5:
minimum
Section 12.49.6:
maximum
Section 12.49.7:
options
Section 12.49.8:
\ε_loc
Section 12.49.9:
\ε_fun
Section 12.49.10:
itermax
Section 12.50:
FILL_HISTOGRAM
Section 12.50.1:
histogram
Section 12.50.2:
entry
Section 12.50.3:
weight
Section 12.51:
FIT_EXPONENTIAL
Section 12.51.1:
reference
Section 12.51.2:
x
Section 12.51.3:
y
Section 12.51.4:
err_y
Section 12.51.5:
a
Section 12.51.6:
err_a
Section 12.51.7:
options
Section 12.52:
FIT_FUNCTION
Section 12.52.1:
function
Section 12.52.2:
reference
Section 12.52.3:
x
Section 12.52.4:
y
Section 12.52.5:
err_y
Section 12.52.6:
parameters
Section 12.52.7:
errors
Section 12.52.8:
options
Section 12.53:
FIT_GAUSSIAN
Section 12.53.1:
reference
Section 12.53.2:
x
Section 12.53.3:
y
Section 12.53.4:
err_y
Section 12.53.5:
integral
Section 12.53.6:
mean
Section 12.53.7:
sigma
Section 12.53.8:
error
Section 12.53.9:
options
Section 12.54:
FIT_MATHIESON
Section 12.54.1:
reference
Section 12.54.2:
x
Section 12.54.3:
y
Section 12.54.4:
err_y
Section 12.54.5:
distance
Section 12.54.6:
centre
Section 12.54.7:
norm
Section 12.54.8:
k3
Section 12.54.9:
error
Section 12.54.10:
options
Section 12.55:
FIT_POLYA
Section 12.55.1:
reference
Section 12.55.2:
x
Section 12.55.3:
y
Section 12.55.4:
err_y
Section 12.55.5:
factor
Section 12.55.6:
offset
Section 12.55.7:
slope
Section 12.55.8:
\θ
Section 12.55.9:
parameters
Section 12.55.10:
error
Section 12.55.11:
options
Section 12.56:
FIT_POLYNOMIAL
Section 12.56.1:
reference
Section 12.56.2:
x
Section 12.56.3:
y
Section 12.56.4:
err_y
Section 12.56.5:
a
Section 12.56.6:
err_a
Section 12.56.7:
options
Section 12.57:
FORCE_FIELD
Section 12.57.1:
coordinates
Section 12.57.2:
field
Section 12.58:
GAS_AVAILABILITY
Section 12.58.1:
object
Section 12.58.2:
available
Section 12.59:
GET_CELL_DATA
Section 12.59.1:
number_of_wires
Section 12.59.2:
cell_type
Section 12.59.3:
coordinates
Section 12.59.4:
identifier
Section 12.60:
GET_CELL_SIZE
Section 12.61:
GET_CLUSTER
Section 12.61.1:
xcls
Section 12.61.2:
ycls
Section 12.61.3:
zcls
Section 12.61.4:
coordinates
Section 12.61.5:
ecls
Section 12.61.6:
npair
Section 12.61.7:
extra
Section 12.61.8:
done
Section 12.62:
GET_DRIFT_LINE
Section 12.63:
GET_E/P_TABLE
Section 12.64:
GET_GAS_DATA
Section 12.64.1:
pressure
Section 12.64.2:
temperature
Section 12.64.3:
identifier
Section 12.65:
GET_HISTOGRAM
Section 12.65.1:
reference
Section 12.65.2:
file
Section 12.65.3:
member
Section 12.66:
GET_MATRIX
Section 12.66.1:
matrix
Section 12.66.2:
file
Section 12.66.3:
member
Section 12.67:
GET_PERIODS
Section 12.67.1:
yesno
Section 12.67.2:
length
Section 12.68:
GET_RAW_SIGNAL
Section 12.68.1:
type
Section 12.68.2:
electrode
Section 12.68.3:
avalanche_wire
Section 12.68.4:
angle
Section 12.68.5:
time
Section 12.68.6:
signal
Section 12.69:
GET_SIGNAL
Section 12.69.1:
electrode
Section 12.69.2:
time
Section 12.69.3:
direct
Section 12.69.4:
cross
Section 12.70:
GET_SOLID_DATA
Section 12.70.1:
solid
Section 12.70.2:
qsolid
Section 12.71:
GET_X_PLANE_DATA
Section 12.72:
GET_Y_PLANE_DATA
Section 12.73:
GET_WIRE_DATA
Section 12.73.1:
wire
Section 12.73.2:
x
Section 12.73.3:
y
Section 12.73.4:
d
Section 12.73.5:
V
Section 12.73.6:
q
Section 12.73.7:
label
Section 12.73.8:
length
Section 12.73.9:
weight
Section 12.73.10:
density
Section 12.74:
GKS_AREA
Section 12.74.1:
coordinates
Section 12.75:
GKS_POLYLINE
Section 12.75.1:
coordinates
Section 12.76:
GKS_POLYMARKER
Section 12.76.1:
coordinates
Section 12.77:
GKS_SELECT_NT
Section 12.77.1:
nt
Section 12.78:
GKS_SET_CHARACTER_EXPANSION
Section 12.78.1:
expansion
Section 12.79:
GKS_SET_CHARACTER_HEIGHT
Section 12.80:
GKS_SET_CHARACTER_SPACING
Section 12.80.1:
spacing
Section 12.81:
GKS_SET_CHARACTER_UP_VECTOR
Section 12.81.1:
vector
Section 12.82:
GKS_SET_TEXT_ALIGNMENT
Section 12.82.1:
alignments
Section 12.83:
GKS_SET_TEXT_COLOUR
Section 12.83.1:
colour
Section 12.84:
GKS_SET_TEXT_FONT_PRECISION
Section 12.84.1:
font
Section 12.84.2:
precision
Section 12.85:
GKS_TEXT
Section 12.85.1:
coordinates
Section 12.85.2:
text
Section 12.86:
GKS_VIEWPORT
Section 12.86.1:
nt
Section 12.86.2:
limits
Section 12.87:
GKS_WINDOW
Section 12.87.1:
nt
Section 12.87.2:
limits
Section 12.88:
HISTOGRAM_TO_MATRIX
Section 12.89:
INDUCED_CHARGE
Section 12.89.1:
particle
Section 12.89.2:
electrode
Section 12.89.3:
tmin_tmax
Section 12.89.4:
q
Section 12.90:
INITIALISE_GENERATORS
Section 12.91:
INQUIRE_FILE
Section 12.91.1:
file
Section 12.91.2:
exists
Section 12.92:
INQUIRE_HISTOGRAM
Section 12.92.1:
reference
Section 12.92.2:
exists
Section 12.92.3:
set
Section 12.92.4:
channels
Section 12.92.5:
minimum
Section 12.92.6:
maximum
Section 12.92.7:
entries
Section 12.92.8:
mean
Section 12.92.9:
rms
Section 12.93:
INQUIRE_MEMBER
Section 12.93.1:
file
Section 12.93.2:
member
Section 12.93.3:
type
Section 12.93.4:
exists
Section 12.93.5:
remark
Section 12.93.6:
date
Section 12.93.7:
time
Section 12.94:
INQUIRE_TYPE
Section 12.95:
INTEGRATE_CHARGE
Section 12.96:
INTEGRATE_FLUX
Section 12.97:
INTEGRATE_EXCITATIONS
Section 12.98:
INTEGRATE_IONISATIONS
Section 12.99:
INTERNAL_TO_CARTESIAN
Section 12.100:
INTERNAL_TO_POLAR
Section 12.101:
INTERPOLATE
Section 12.101.1:
matrix
Section 12.101.2:
ord
Section 12.101.3:
points
Section 12.101.4:
out
Section 12.102:
INTERPOLATE_i
Section 12.102.1:
method
Section 12.102.2:
vector
Section 12.102.3:
x
Section 12.102.4:
y
Section 12.103:
INTERPOLATE_TRACK
Section 12.103.1:
status
Section 12.103.2:
time
Section 12.103.3:
diffusion
Section 12.103.4:
multiplication
Section 12.103.5:
attachment
Section 12.103.6:
angle
Section 12.104:
IONISATION_IDENTIFIER
Section 12.105:
IONISATION_RATE
Section 12.106:
ION_DISSOCIATION
Section 12.107:
ION_MOBILITY
Section 12.108:
ION_VELOCITY
Section 12.108.1:
coordinates
Section 12.108.2:
velocity
Section 12.108.3:
status
Section 12.109:
LEVEL_COUNT
Section 12.110:
LIST_HISTOGRAMS
Section 12.111:
LIST_MATRICES
Section 12.112:
LIST_OBJECTS
Section 12.113:
LIST_RAW_SIGNALS
Section 12.114:
LIST_STRINGS
Section 12.115:
LOCATE_MAXIMUM
Section 12.115.1:
matrix
Section 12.115.2:
index
Section 12.116:
LOCATE_MINIMUM
Section 12.116.1:
matrix
Section 12.116.2:
index
Section 12.117:
LONGITUDINAL_DIFFUSION
Section 12.118:
LORENTZ_ANGLE
Section 12.119:
MAGNETIC_FIELD
Section 12.119.1:
coordinates
Section 12.119.2:
field
Section 12.120:
MAGNETIC_FIELD_3
Section 12.120.1:
coordinates
Section 12.120.2:
field
Section 12.121:
MAP_ELEMENT
Section 12.122:
MAP_INDEX
Section 12.123:
MAP_MATERIAL
Section 12.124:
MATRIX_TO_HISTOGRAM
Section 12.125:
MICROSCOPIC_AVALANCHE
Section 12.125.1:
x
Section 12.125.2:
y
Section 12.125.3:
z
Section 12.125.4:
status
Section 12.125.5:
time
Section 12.125.6:
options
Section 12.125.7:
e_maximum
Section 12.125.8:
e_start
Section 12.125.9:
dir
Section 12.125.10:
distribution
Section 12.125.11:
rates
Section 12.125.12:
n_electron
Section 12.125.13:
n_ion
Section 12.125.14:
delay
Section 12.126:
MULTIPLY_MATRICES
Section 12.127:
NEW_TRACK
Section 12.128:
PLOT_AREA
Section 12.128.1:
x
Section 12.128.2:
y
Section 12.128.3:
x_vector
Section 12.128.4:
y_vector
Section 12.128.5:
representation
Section 12.129:
PLOT_ARROW
Section 12.129.1:
x0
Section 12.129.2:
y0
Section 12.129.3:
x1
Section 12.129.4:
y1
Section 12.129.5:
representation
Section 12.130:
PLOT_BARCHART
Section 12.130.1:
x
Section 12.130.2:
y
Section 12.130.3:
x_label
Section 12.130.4:
y_label
Section 12.130.5:
title
Section 12.130.6:
options
Section 12.130.7:
representations
Section 12.131:
PLOT_COMMENT
Section 12.131.1:
place
Section 12.131.2:
text
Section 12.132:
PLOT_CONTOURS
Section 12.132.1:
matrix
Section 12.132.2:
n_contours
Section 12.132.3:
options
Section 12.132.4:
x-vector
Section 12.132.5:
y-vector
Section 12.132.6:
x-label
Section 12.132.7:
y-label
Section 12.132.8:
title
Section 12.133:
PLOT_DRIFT_AREA
Section 12.133.1:
title
Section 12.134:
PLOT_DRIFT_LINE
Section 12.134.1:
representations
Section 12.135:
PLOT_END
Section 12.136:
PLOT_ERROR_BAND
Section 12.136.1:
vectors
Section 12.136.2:
representations
Section 12.137:
PLOT_ERROR_BAR
Section 12.137.1:
centre
Section 12.137.2:
errors
Section 12.137.3:
type
Section 12.137.4:
representations
Section 12.137.5:
size
Section 12.138:
PLOT_FIELD_AREA
Section 12.138.1:
title
Section 12.139:
PLOT_FRAME
Section 12.139.1:
xmin
Section 12.139.2:
ymin
Section 12.139.3:
xmax
Section 12.139.4:
ymax
Section 12.139.5:
x_label
Section 12.139.6:
y_label
Section 12.139.7:
title
Section 12.140:
PLOT_GRAPH
Section 12.140.1:
vector
Section 12.140.2:
label
Section 12.140.3:
title
Section 12.140.4:
representations
Section 12.141:
PLOT_HISTOGRAM
Section 12.141.1:
histogram
Section 12.141.2:
x_label
Section 12.141.3:
title
Section 12.141.4:
options
Section 12.141.5:
representations
Section 12.142:
PLOT_LINE
Section 12.142.1:
x
Section 12.142.2:
y
Section 12.142.3:
x_vector
Section 12.142.4:
y_vector
Section 12.142.5:
option
Section 12.143:
PLOT_MARKERS
Section 12.143.1:
coordinates
Section 12.143.2:
marker_type
Section 12.144:
PLOT_OBLIQUE_ERROR_BAR
Section 12.145:
PLOT_START
Section 12.146:
PLOT_SURFACE
Section 12.146.1:
matrix
Section 12.146.2:
\θ
Section 12.146.3:
\φ
Section 12.146.4:
x-vector
Section 12.146.5:
y-vector
Section 12.146.6:
x-label
Section 12.146.7:
y-label
Section 12.146.8:
title
Section 12.147:
PLOT_TEXT
Section 12.147.1:
x
Section 12.147.2:
y
Section 12.147.3:
representation
Section 12.147.4:
alignment
Section 12.147.5:
orientation
Section 12.148:
PLOT_TITLE
Section 12.149:
PLOT_TRACK
Section 12.149.1:
representations
Section 12.150:
PLOT_X_LABEL
Section 12.151:
PLOT_Y_LABEL
Section 12.152:
POLAR_TO_CARTESIAN
Section 12.153:
POLAR_TO_INTERNAL
Section 12.154:
PREPARE_RND_FUNCTION
Section 12.154.1:
function
Section 12.154.2:
range
Section 12.155:
PRINT
Section 12.156:
PRINT_DRIFT_LINE
Section 12.157:
PRINT_HISTOGRAM
Section 12.157.1:
reference
Section 12.158:
PRINT_MATRIX
Section 12.159:
PROJECT_LINE
Section 12.159.1:
vector
Section 12.159.2:
representation
Section 12.160:
PROJECT_MARKERS
Section 12.160.1:
vector
Section 12.160.2:
representation
Section 12.161:
RAINBOW
Section 12.161.1:
wavelength
Section 12.161.2:
red
Section 12.161.3:
green
Section 12.161.4:
blue
Section 12.162:
REBIN_HISTOGRAM
Section 12.162.1:
ref_in
Section 12.162.2:
ngroup
Section 12.162.3:
ref_out
Section 12.163:
RESET_HISTOGRAM
Section 12.164:
RESHAPE_MATRIX
Section 12.164.1:
matrix
Section 12.164.2:
size
Section 12.164.3:
pad
Section 12.165:
RND_IONISATION_ENERGY
Section 12.166:
RND_MULTIPLICATION
Section 12.167:
RND_UNIT_SPHERE
Section 12.168:
RND_VAVILOV
Section 12.169:
RND_VAVILOV_FAST
Section 12.170:
SET_AREA_ATTRIBUTES
Section 12.170.1:
representation
Section 12.171:
SET_LINE_ATTRIBUTES
Section 12.171.1:
representation
Section 12.172:
SET_MARKER_ATTRIBUTES
Section 12.172.1:
representation
Section 12.173:
SET_TEXT_ATTRIBUTES
Section 12.173.1:
representation
Section 12.174:
SKIP_HISTOGRAM
Section 12.175:
SMOOTH
Section 12.175.1:
x
Section 12.175.2:
n_w
Section 12.175.3:
sigma
Section 12.176:
SOLVE_EQUATION
Section 12.177:
SORT_MATRIX
Section 12.178:
SLEEP
Section 12.179:
STORE_SIGNAL
Section 12.179.1:
electrode
Section 12.179.2:
direct
Section 12.179.3:
cross-induced
Section 12.180:
STORE_SUBMATRIX
Section 12.181:
STRING_DELETE
Section 12.181.1:
string
Section 12.181.2:
istart
Section 12.181.3:
iend
Section 12.181.4:
output
Section 12.182:
STRING_INDEX
Section 12.183:
STRING_LENGTH
Section 12.184:
STRING_LOWER
Section 12.185:
STRING_MATCH
Section 12.186:
STRING_PORTION
Section 12.187:
STRING_REPLACE
Section 12.188:
STRING_UPPER
Section 12.189:
STRING_WORD
Section 12.190:
STRING_WORDS
Section 12.191:
TIME_LOGGING
Section 12.192:
THRESHOLD_CROSSING
Section 12.192.1:
electrode
Section 12.192.2:
threshold
Section 12.192.3:
options
Section 12.192.4:
ntime
Section 12.192.5:
time
Section 12.193:
TOWNSEND
Section 12.194:
TRANSVERSE_DIFFUSION
Section 12.195:
VAVILOV
Section 12.196:
VELOCITY_BTRANSVERSE
Section 12.197:
VELOCITY_E
Section 12.198:
VELOCITY_ExB
Section 12.199:
WEIGHTING_FIELD
Section 12.199.1:
coordinates
Section 12.199.2:
field
Section 12.199.3:
electrode
Section 12.200:
WEIGHTING_FIELD_3
Section 12.200.1:
coordinates
Section 12.200.2:
field
Section 12.200.3:
electrode
Section 12.201:
WRITE_HISTOGRAM
Section 12.201.1:
reference
Section 12.201.2:
file
Section 12.201.3:
member
Section 12.201.4:
remark
Section 12.202:
WRITE_HISTOGRAM_RZ
Section 12.202.1:
reference
Section 12.202.2:
PAW_identifier
Section 12.202.3:
file
Section 12.202.4:
title
Section 12.203:
WRITE_MATRIX
Section 12.203.1:
matrix
Section 12.203.2:
file
Section 12.203.3:
member
Section 12.204:
ZEROES
Section 12.204.1:
vector
Section 12.204.2:
nzero
Section 12.204.3:
zero
Chapter 13:
Do
Section 13.1:
var
Section 13.2:
from
Section 13.3:
step
Section 13.4:
to
Section 13.5:
in
Section 13.6:
while
Section 13.7:
until
Section 13.8:
Leave
Section 13.9:
Iterate
Chapter 14:
Global
Section 14.1:
variable
Section 14.2:
value
Chapter 15:
If_block
Section 15.1:
condition
Section 15.2:
statements
Chapter 16:
If_line
Section 16.1:
condition
Section 16.2:
statement
Chapter 17:
Parse
Section 17.1:
Literal
Section 17.2:
Evaluate
Section 17.3:
Argument
Section 17.4:
Global
Section 17.5:
Input
Section 17.6:
Terminal
Section 17.7:
Value
Section 17.8:
template
Chapter 18:
Say
Chapter 19:
Vector
Section 19.1:
variable
Chapter 20:
algebra
Section 20.1:
variables
Section 20.1.1:
creating
Section 20.1.2:
naming
Section 20.1.3:
substitution
Section 20.1.4:
types
Section 20.1.4.1:
Undefined
Section 20.1.4.2:
String
Section 20.1.4.3:
Number
Section 20.1.4.4:
Logical
Section 20.1.4.5:
Histogram
Section 20.1.4.6:
Matrix
Section 20.1.5:
storage
Section 20.1.6:
constants
Section 20.1.7:
predefined
Section 20.1.7.1:
BATCH
Section 20.1.7.2:
FRAME
Section 20.1.7.3:
INPUT
Section 20.1.7.4:
INTERACT
Section 20.1.7.5:
MACHINE
Section 20.1.7.6:
OK
Section 20.1.7.7:
OUTPUT
Section 20.1.7.8:
TIME_LEFT
Section 20.1.7.9:
X
Section 20.2:
operator
Section 20.3:
functions
Section 20.3.1:
ABS
Section 20.3.2:
ARCCOS
Section 20.3.3:
ARCCOSH
Section 20.3.4:
ARCSIN
Section 20.3.5:
ARCSINH
Section 20.3.6:
ARCTAN
Section 20.3.7:
ARCTANH
Section 20.3.8:
COS
Section 20.3.9:
COSH
Section 20.3.10:
ENTIER
Section 20.3.11:
EXIST
Section 20.3.12:
EXP
Section 20.3.13:
GAMMA
Section 20.3.14:
GLOBAL
Section 20.3.15:
LANDAU
Section 20.3.16:
LOG
Section 20.3.17:
LOG_GAMMA
Section 20.3.18:
MAXIMUM
Section 20.3.19:
MEAN
Section 20.3.20:
MINIMUM
Section 20.3.21:
NOT
Section 20.3.22:
NUMBER
Section 20.3.23:
ONES
Section 20.3.24:
PRODUCT
Section 20.3.25:
REFERENCE
Section 20.3.26:
REF_HISTOGRAM
Section 20.3.27:
REF_MATRIX
Section 20.3.28:
REF_STRING
Section 20.3.29:
REVERSE
Section 20.3.30:
RMS
Section 20.3.31:
RND_EXPONENTIAL
Section 20.3.32:
RND_FUNCTION
Section 20.3.33:
RND_GAUSS
Section 20.3.34:
RND_GAMMA
Section 20.3.35:
RND_LANDAU
Section 20.3.36:
RND_LAPLACE
Section 20.3.37:
RND_HISTOGRAM
Section 20.3.38:
RND_POISSON
Section 20.3.39:
RND_POLYA
Section 20.3.40:
RND_UNIFORM
Section 20.3.41:
ROW
Section 20.3.42:
SIN
Section 20.3.43:
SINH
Section 20.3.44:
SIZE
Section 20.3.45:
SQRT
Section 20.3.46:
STRING
Section 20.3.47:
SUM
Section 20.3.48:
TAN
Section 20.3.49:
TANH
Section 20.3.50:
TRAILING
Section 20.3.51:
TYPE
Section 20.3.52:
ZEROES
Section 20.4:
instruction_list
Section 20.4.1:
argument
Section 20.4.2:
arithmetic
Section 20.4.3:
call
Section 20.4.4:
functions
Section 20.4.5:
goto
Section 20.4.6:
results
Section 20.4.7:
return
Section 20.5:
entry_points
Section 20.6:
ADD-ENTRY-POINT
Section 20.7:
CLEAR-ENTRY-POINT
Section 20.8:
DELETE
Section 20.9:
DISPLAY-ENTRY-POINT
Section 20.10:
EXECUTE
Section 20.11:
EXIT
Section 20.12:
FUNCTION
Section 20.13:
GARBAGE-COLLECT
Section 20.14:
INSERT
Section 20.15:
LIST
Section 20.16:
MEMORY
Section 20.17:
OPTIONS
Section 20.17.1:
SYNTAX-CHECK
Section 20.17.2:
IGNORE-EXPONENTIAL-UNDERFLOW
Section 20.17.3:
IGNORE-INPUT-UNDERFLOW
Section 20.18:
PRINT
Section 20.19:
REGISTER
Section 20.20:
RESET
Section 20.21:
RESULTS
Section 20.22:
SIMPLIFY
Section 20.23:
TEST
Section 20.24:
VARIABLES
Chapter 21:
comment
Chapter 22:
control_keys
Section 22.1:
Apollo
Section 22.2:
CMS
Section 22.3:
Unix
Section 22.4:
Vax
Chapter 23:
dataset
Section 23.1:
structure
Section 23.1.1:
file
Section 23.1.2:
member
Section 23.1.3:
type
Section 23.1.4:
remark
Section 23.2:
DEFAULT
Section 23.3:
DELETE
Section 23.4:
DUMP-HELP-FILE
Section 23.5:
EXIT
Section 23.6:
INDEX
Section 23.7:
LIST
Section 23.8:
PACK-HELP-FILE
Section 23.9:
PURGE
Section 23.10:
RECOVER
Chapter 24:
error_handling
Chapter 25:
graphics
Section 25.1:
workstation
Section 25.2:
ACTIVATE-WORKSTATION
Section 25.3:
ADD-WORKSTATION
Section 25.3.1:
name
Section 25.3.2:
type
Section 25.3.2.1:
GTS-GRAL
Section 25.3.2.2:
Dec-GKS
Section 25.3.2.3:
Plot-10-GKS
Section 25.3.2.4:
mGKS
Section 25.3.2.5:
Sun-GKS
Section 25.3.2.6:
GKS-COMPATIBILITY
Section 25.3.2.7:
ATC-GKS
Section 25.3.2.8:
HIGZ
Section 25.3.3:
identifier
Section 25.3.4:
connection
Section 25.3.5:
offset
Section 25.3.6:
file
Section 25.3.7:
MULTIPLE-FRAME-FILE
Section 25.3.8:
SINGLE-FRAME-FILE
Section 25.4:
ARROW-TIP-ANGLE
Section 25.5:
ARROW-TIP-LENGTH
Section 25.6:
BARCHART-WIDTH
Section 25.7:
CLEAR-SCREEN
Section 25.8:
CLOSE-WORKSTATION
Section 25.9:
COLOUR
Section 25.9.1:
colour_name
Section 25.9.2:
red
Section 25.9.3:
green
Section 25.9.4:
blue
Section 25.9.5:
hex
Section 25.9.6:
wkid
Section 25.10:
CONTOUR-PARAMETERS
Section 25.10.1:
BISECTION-ITERATIONS
Section 25.10.2:
EPSILON-GRADIENT
Section 25.10.3:
EPSILON-TRACING
Section 25.10.4:
GRID-TOLERANCE
Section 25.10.5:
NEWTON-ITERATIONS
Section 25.10.6:
STEP-MAXIMUM
Section 25.11:
DEACTIVATE-WORKSTATION
Section 25.12:
DELETE-WORKSTATION
Section 25.13:
EXIT
Section 25.14:
GET-COLOURS
Section 25.14.1:
file
Section 25.14.2:
member
Section 25.15:
GET-REPRESENTATION
Section 25.15.1:
file
Section 25.15.2:
member
Section 25.16:
INQUIRE-DEFERRAL-UPDATE-STATE
Section 25.17:
INQUIRE-LEVEL
Section 25.18:
INQUIRE-OPERATING-STATE
Section 25.19:
INQUIRE-WORKSTATIONS
Section 25.20:
LAYOUT
Section 25.20.1:
diagram
Section 25.20.2:
X-NUMBER
Section 25.20.3:
Y-NUMBER
Section 25.20.4:
X-DECADE
Section 25.20.5:
Y-DECADE
Section 25.20.6:
X-LABEL
Section 25.20.7:
Y-LABEL
Section 25.20.8:
TITLE
Section 25.21:
MAP-COLOURS
Section 25.22:
OPEN-WORKSTATION
Section 25.23:
OPTIONS
Section 25.23.1:
LOGARITHMIC-X
Section 25.23.2:
LOGARITHMIC-Y
Section 25.23.3:
GRID
Section 25.23.4:
DECADES-ONLY
Section 25.23.5:
TIME-STAMP
Section 25.23.6:
CLEAR-BEFORE-PLOT
Section 25.23.7:
CLEAR-AFTER-PLOT
Section 25.23.8:
WAIT-BEFORE-PLOT
Section 25.23.9:
WAIT-AFTER-PLOT
Section 25.23.10:
DISPLAY-CONTROL-CHARACTERS
Section 25.23.11:
CLIP-AREAS
Section 25.23.12:
CLIP-LINES
Section 25.23.13:
CLIP-MARKERS
Section 25.23.14:
CLIP-TEXT
Section 25.24:
REPRESENTATION
Section 25.24.1:
item
Section 25.24.1.1:
ASTERISK
Section 25.24.1.2:
ATTACHMENT
Section 25.24.1.3:
AUGER-ELECTRON
Section 25.24.1.4:
BARCHART-1
Section 25.24.1.5:
BARCHART-2
Section 25.24.1.6:
BARCHART-3
Section 25.24.1.7:
BARCHART-4
Section 25.24.1.8:
BARCHART-5
Section 25.24.1.9:
BARCHART-6
Section 25.24.1.10:
BARCHART-7
Section 25.24.1.11:
BOX-TICKMARKS
Section 25.24.1.12:
CIRCLE
Section 25.24.1.13:
COMMENT
Section 25.24.1.14:
CONDUCTORS-1
Section 25.24.1.15:
CONDUCTORS-2
Section 25.24.1.16:
CONDUCTORS-3
Section 25.24.1.17:
CONTOUR-HIGHLIGHT
Section 25.24.1.18:
CONTOUR-LABELS
Section 25.24.1.19:
CONTOUR-NORMAL
Section 25.24.1.20:
CROSS
Section 25.24.1.21:
C-WIRES
Section 25.24.1.22:
DASHED
Section 25.24.1.23:
DASH-DOTTED
Section 25.24.1.24:
DELTA-ELECTRON
Section 25.24.1.25:
DIELECTRICA-1
Section 25.24.1.26:
DIELECTRICA-2
Section 25.24.1.27:
DIELECTRICA-3
Section 25.24.1.28:
DOT
Section 25.24.1.29:
DOTTED
Section 25.24.1.30:
E-DRIFT-LINE
Section 25.24.1.31:
ELASTIC
Section 25.24.1.32:
ERROR-BAND
Section 25.24.1.33:
ERROR-BAR
Section 25.24.1.34:
EXCITATION
Section 25.24.1.35:
FUNCTION-1
Section 25.24.1.36:
FUNCTION-2
Section 25.24.1.37:
FUNCTION-3
Section 25.24.1.38:
FUNCTION-4
Section 25.24.1.39:
FUNCTION-5
Section 25.24.1.40:
FUNCTION-6
Section 25.24.1.41:
FUNCTION-7
Section 25.24.1.42:
GOTHIC
Section 25.24.1.43:
GOTHIC-ITALIC
Section 25.24.1.44:
GREEK
Section 25.24.1.45:
GRID
Section 25.24.1.46:
HISTOGRAM-1
Section 25.24.1.47:
HISTOGRAM-2
Section 25.24.1.48:
HISTOGRAM-3
Section 25.24.1.49:
HISTOGRAM-4
Section 25.24.1.50:
HISTOGRAM-5
Section 25.24.1.51:
HISTOGRAM-6
Section 25.24.1.52:
HISTOGRAM-7
Section 25.24.1.53:
INELASTIC
Section 25.24.1.54:
IONISATION
Section 25.24.1.55:
ION-DRIFT-LINE
Section 25.24.1.56:
ISOCHRON
Section 25.24.1.57:
LABELS
Section 25.24.1.58:
MATERIAL-1
Section 25.24.1.59:
MATERIAL-2
Section 25.24.1.60:
MATERIAL-3
Section 25.24.1.61:
MATERIAL-4
Section 25.24.1.62:
MATERIAL-5
Section 25.24.1.63:
MESSAGE
Section 25.24.1.64:
NUMBERS
Section 25.24.1.65:
OTHER-WIRES
Section 25.24.1.66:
OUTLINE
Section 25.24.1.67:
OUTSIDE-AREA
Section 25.24.1.68:
PHOTON
Section 25.24.1.69:
PLANES
Section 25.24.1.70:
PLUS
Section 25.24.1.71:
PRESTIGE
Section 25.24.1.72:
P-WIRES
Section 25.24.1.73:
SOLID
Section 25.24.1.74:
STRIPS
Section 25.24.1.75:
SUPER-ELASTIC
Section 25.24.1.76:
S-WIRES
Section 25.24.1.77:
TIMES-ITALIC
Section 25.24.1.78:
TIMES-ROMAN
Section 25.24.1.79:
TITLE
Section 25.24.1.80:
TRACK
Section 25.24.1.81:
TUBE
Section 25.24.1.82:
WIRES
Section 25.24.2:
fill_area_attributes
Section 25.24.2.1:
FILL-AREA-INTERIOR-STYLE
Section 25.24.2.1.1:
HATCHED
Section 25.24.2.1.2:
HOLLOW
Section 25.24.2.1.3:
PATTERN
Section 25.24.2.1.4:
SOLID
Section 25.24.2.2:
FILL-AREA-STYLE-INDEX
Section 25.24.2.3:
FILL-AREA-COLOUR
Section 25.24.2.4:
FILL-AREA-PATTERN-SIZE
Section 25.24.2.5:
FILL-AREA-REFERENCE-POINT
Section 25.24.3:
polyline_attributes
Section 25.24.3.1:
LINETYPE
Section 25.24.3.1.1:
DASHED
Section 25.24.3.1.2:
DASH-DOTTED
Section 25.24.3.1.3:
DOTTED
Section 25.24.3.1.4:
SOLID
Section 25.24.3.1.5:
other
Section 25.24.3.2:
LINEWIDTH-SCALE-FACTOR
Section 25.24.3.3:
POLYLINE-COLOUR
Section 25.24.4:
polymarker_attributes
Section 25.24.4.1:
MARKER-TYPE
Section 25.24.4.1.1:
ASTERISK
Section 25.24.4.1.2:
CIRCLE
Section 25.24.4.1.3:
CROSS
Section 25.24.4.1.4:
DOT
Section 25.24.4.1.5:
PLUS
Section 25.24.4.1.6:
other
Section 25.24.4.2:
MARKER-SIZE-SCALE-FACTOR
Section 25.24.4.3:
POLYMARKER-COLOUR
Section 25.24.5:
text_attributes
Section 25.24.5.1:
CHARACTER-EXPANSION
Section 25.24.5.2:
CHARACTER-HEIGHT
Section 25.24.5.3:
CHARACTER-SPACING
Section 25.24.5.4:
TEXT-COLOUR
Section 25.24.5.5:
TEXT-FONT
Section 25.24.5.5.1:
HIGZ
Section 25.24.5.5.1.1:
fonts
Section 25.24.5.5.1.2:
entities
Section 25.24.5.5.1.3:
tags
Section 25.24.5.5.2:
GTS-GRAL
Section 25.24.5.5.2.1:
fonts
Section 25.24.5.6:
TEXT-PRECISION
Section 25.24.5.6.1:
STROKE
Section 25.24.5.6.2:
CHARACTER
Section 25.24.5.6.3:
STRING
Section 25.25:
RESET-COLOURS
Section 25.26:
SET-DEFERRAL-STATE
Section 25.27:
SHADING-MAP
Section 25.28:
STAMP
Section 25.29:
VIEWPORT
Section 25.30:
WRITE-COLOURS
Section 25.30.1:
file
Section 25.30.2:
member
Section 25.30.3:
remark
Section 25.31:
WRITE-REPRESENTATION
Section 25.31.1:
file
Section 25.31.2:
member
Section 25.31.3:
remark
Chapter 26:
input
Section 26.1:
file
Section 26.2:
label
Section 26.3:
arguments
Chapter 27:
output
Section 27.1:
file
Section 27.2:
member
Section 27.3:
remark
Chapter 28:
recording
Section 28.1:
file
Chapter 29:
shell
Section 29.1:
Aegis
Section 29.2:
DCL
Section 29.3:
CMS
Section 29.4:
Unix
Chapter 30:
translation
Section 30.1:
ESCAPE
Section 30.1.1:
character
Section 30.2:
TRANSLATE
Section 30.2.1:
INTEGER
Section 30.2.2:
HEXADECIMAL
Section 30.2.3:
char_in_out
Section 30.2.4:
ncycle
Section 30.3:
GET-TRANSLATION-TABLE
Section 30.3.1:
file
Section 30.3.2:
member
Section 30.4:
WRITE-TRANSLATION-TABLE
Section 30.4.1:
file
Section 30.4.2:
member
Section 30.4.3:
remark
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Formatted on 21/01/18 at 16:55.