CU Amiga Super CD-ROM 23/CU Amiga - Super CD-ROM 23 (June 1998).iso/CUCD/Utilities/amicas/doc/ctf.tok

Text File | 1997-11-22 | 19.1 KB | 877 lines

#   CaS Token File for Calculator Text Format
#
#   For more info on CTF read http://www.york.ac.uk/~tw104/casio/
#
#   Author          :  Tom Wheeley and Tom Lynn
#   Contact         :  <[e-mail]>
#   Created         :  96/04/19
#   Last Modified   :  97/04/28
#   min CaS version :  1.1.4a
#
#   Description     :  Standard CaS token file to implement support for CTF
#                   :  Do not change this file!
#

# Flags overview:
#  l        list mode only
#  v        verbatim feature.  Token not read/written when in a string.
#  n        not normally enterable on calculator
#  f        May be used in a filename
#  t        Tricky.  Description of token for glossary
#  7,9,8,5  Model specific {7700, 9700, 9800, 9x50}
#  -        Not to be used unless an explicit model is specified.

#  0|{CaS end of file indicator}
   1|{l}f|{v}femto|\femto
   2|{l}p|{v}pico|\pico
   3|{l}n|{v}nano|\nano
   4|{l}u|{v}micro|\micro
   5|{l}m|{v}milli|\milli
   6|{l}k|{v}kilo|\kilo
   7|{l}M|{v}Mega|{v}mega|\Mega|\mega
   8|{l}G|{v}Giga|{v}giga|\Giga|\giga
   9|{l}T|{v}Tera|{v}tera|\Tera|\tera
  10|{l}P|{v}Peta|{v}peta|\Peta|\peta
  11|{l}E|{v}Exa|{v}exa|\Exa|\exa
# disp.  Also can be used in the middle of a line (not recommended)
  12|_@\n|_@d010|_@d013|_@d013@d010|_
# Lots of different EOL markers allowed, so PC/mac/Unix files can be used.
# Output is to local default @\n (set by the compiler when compiling CaS)
# Note that the _string_ "\n" is also allowed.
  13|@\n|@d010|@d013|@d013@d010|\n@\n|\n|\n@d010|\n@d013|\n@d013@d010
  14|->
# Have *10^ as an optimisation.
  15|{l}E|{v}*10^|\exp{t}exponent
  16|{v} <= |<=
  17|{v} <> |<>|/=
  18|{v} >= |>=
  19|{v} => |=>
  20|{v}f1|\f1
  21|{v}f2|\f2
  22|{v}f3|\f3
  23|{v}f4|\f4
  24|{v}f5|\f5
  25|{v}f6|\f6
  26|\A
  27|\B
  28|\C
  29|\D
  30|\E
  31|\F
  32|{f}@d032|{v}@\t
# ! symbol (fatter looking than factorial)
  33|{l}!|{n}\!
  34|{f}"
  35|{985}#|{-7n}#
# `${' and `@\n$' are reserved for the preprocessor.  Use \\ where appropriate
  36|{n}$|{n}\dollar
# escaped to allow % to mean fraction delimiter
  37|{n}\%
  38|{n}&
  39|{f}'
  40|(
  41|)
# The asterisk is escaped with a backslash to allow it to mean multiply.
  42|{l}*|{7n}\*|{985}\*|{t}asterisk '*'
# ascii + and - are not their arithmetical counterparts
  43|{l}+|{n}\+
  45|{l}-|{n}\-
  44|{v}, |,
  46|{f}.
# The foreslash is escaped with a backslash to allow it to mean divide.
  47|{l}/|{7n}\/|{985}\/|{t}forward slash `/'
#
  48|{f}0
  49|{f}1
  50|{f}2
  51|{f}3
  52|{f}4
  53|{f}5
  54|{f}6
  55|{f}7
  56|{f}8
  57|{f}9
# Let people put `:' colons at the end of a line
  58|:|:@\n|:@d010|:@d013|:@d013@d010
  59|;
  60|{v} < |<
  61|{v} = |=
  62|{v} > |>
  63|?
  64|{n}@\@
  65|{f}A
  66|{f}B
  67|{f}C
  68|{f}D
  69|{f}E
  70|{f}F
  71|{f}G
  72|{f}H
  73|{f}I
  74|{f}J
  75|{f}K
  76|{f}L
  77|{f}M
  78|{f}N
  79|{f}O
  80|{f}P
  81|{f}Q
  82|{f}R
  83|{f}S
  84|{f}T
  85|{f}U
  86|{f}V
  87|{f}W
  88|{f}X
  89|{f}Y
  90|{f}Z
  91|{f}[
  92|{n}\yen
  93|{f}]
  94|{l}^|{n}\^
  95|{n}\_
  96|{n}`
  97|{98}a|{-75n}a
  98|{98}b|{-75n}b
  99|{98}c|{-75n}c
 100|{98}d|{-75n}d
 101|{98}e|{-75n}e
 102|{98}f|{-75n}f
 103|{98}g|{-75n}g
 104|{98}h|{-75n}h
 105|{98}i|{-75n}i
 106|{98}j|{-75n}j
 107|{98}k|{-75n}k
 108|{98}l|{-75n}l
 109|{98}m|{-75n}m
 110|{98}n|{-75n}n
 111|{98}o|{-75n}o
 112|{98}p|{-75n}p
 113|{98}q|{-75n}q
 114|{98}r|{-75n}r
 115|{98}s|{-75n}s
 116|{98}t|{-75n}t
 117|{98}u|{-75n}u
 118|{98}v|{-75n}v
 119|{98}w|{-75n}w
 120|{98}x|{-75n}x
 121|{98}y|{-75n}y
 122|{98}z|{-75n}z
 123|{5}{|{-798n}{
# pipe `|' == @d124.  We can't have | as it is the token separator char.
#124|{n}@\p
 125|{5}}|{-798n}}
 126|{f}~
#127|{Shift code}
 128|Pol(|{v}pol(
 129|sin |{v}sin
 130|cos |{v}cos
 131|tan |{v}tan
 132|{l}h|\h|{t}hexadecimal specifier
 133|ln |{v}ln
# allow \2rt for compatibility with \nrt
 134|{v}sqrt |{v}sqrt|\sqrt|\2rt
 135|(-)
 136|{l}P|{v}nPr|\nPr
 137|{v} + |{f}+
 138|xnor
 139|{v}^2 |\^2|\sqr|{t}Squared symbol
 140|\.|\dms|{t}degrees/minutes/seconds separator
 141|{l}$(|$dx(|\I(|{t}integrate
 142|{7n}Mo
 142|{985n}Mod
 143|\sumxsqr|\sumsqrx|{t}sum of x^2
#144|
# These have to be escaped in strings `asin' doesn't actually look like
# 'a','s','i','n'.
 145|{v}asin |\asin |{v}\asin
 146|{v}acos |\acos |{v}\acos
 147|{v}atan |\atan |{v}\atan
# base-n decimal specifier
 148|{l}d|\d
 149|log |{v}log
# allow \3rt for compatibility with \nrt
 150|{v}cbrt |{v}cbrt|\cbrt|\3rt
 151|Abs |{v}Abs|{v}abs
 152|{l}C|\nCr|{v}nCr
 153|{v} - |{f}-
 154|xor
# reciprocol
 155|{v}^-1 |{v}^-1|\^-1|\-1|\rcp|{t}reciprocol (1/x, x^-1)
 156|{v}(deg)|\(deg)|{t}in degrees (degrees symbol)
#157|
 158|Med|{v}med
 159|\sumx|{t}sum of x data
 160|Rec(|{v}rec(
 161|sinh |{v}sinh
 162|cosh |{v}cosh
 163|tanh |{v}tanh
# base-n octal specifier
 164|{l}o|\o|{t}octal
# as in 2.7183 to the power of ...
 165|{l}e|e^
 166|Int |{v}Int|{v}int
# Bitwise Not.  ***HIGHLY*** recommended you use `not' instead, as `Not' is
# reserved for boolean Not in 9x50 If statement logic.  Not my fault dumb old
# c*sio used uppercase for Not and Neg, but not for and, or, xor etc.
 167|{798}Not |{798v}Not|{798v}not
 167|{5}not |{5v}not|{t}bitwise not
 168|{v} ^ |^|{v}x^y
# multiply
 169|{v} * |{f}*
 170|{v} or |or
# factorial
 171|!
 172|{v}(rad)|\rad|{t}in radians (superscript r symbol)
 173|{5}minY
 174|{798}Min|{798v}min
 174|{5}minX
 175|{l}n|\num|{t}statistics `n'
#176|
 177|{v}asinh |{v}asinh|\asinh |{v}\asinh
 178|{v}acosh |{v}acosh|\acosh |{v}\acosh
 179|{v}atanh |{v}atanh|\atanh |{v}\atanh
# binary base specifier
 180|{l}b|\b|{t}in binary
# Shift log.  we can't have just 10^, as it will confuse say 210^
 181|{v} 10^|\10^|{t}10 to the power of.  (SHIFT + log)
 182|Frac |{v}Frac|{v}frac
 183|Neg |{v}Neg|{v}neg
# Have \xrt as it is closest to the calculator. \nrt for mathematicians
 184|\xrt|\nrt|{t}xth root of
# division
 185|{v} / |{f}/
# bitwise AND
 186|{v} and |and
# fraction delimiter
 187|%|{t}fraction delimiter (a b/c)
# On the calc it is (gra) but a lot of people think in (grad); so both
 188|{v}(gra)|{v}(grad)|\(gra)|\(grad)|{t}in gradians (superscript g symbol)
 189|{5}maxY
 190|{798}Max|{798v}max
 190|{5}maxX
 191|\sumysqr|\sumsqry|{t}sum of y^2
 192|Ans|{v}ans
 193|Ran#|{v}ran#|\rand
#Allow \meanx so we can have \meany to please tl.  Not recommended in use
 194|{v}xbar|\xbar|\meanx|{t}x mean
 195|{v}ybar|\ybar|\meany|{t}y mean
 196|{v}xs(n)|\xs(n)
 197|{v}xs(n-1)|\xs(n-1)
 198|{v}ys(n)|\ys(n)
 199|{v}ys(n-1)|\ys(n-1)
# Allow \yintcp and \slope as they are easier to remember which is which.
 200|{v}regA|\regA|\yintcp|{t}regression `A' (y intercept)
 201|{v}regB|\regB|\slope|{t}regression `B' (slope)
 202|{l}r|{v}regr|\regr|{t}correlation coefficient `r'
 203|{v}xhat|\xhat|{t}expected value of x
 204|{v}yhat|\yhat|{t}expected value of y
# r
 205|{l}r|{f}\r|{t}r (as in r and theta)
# theta
 206|{f}\th|{v}th|{v}theta|{f}\theta|{t}theta (as in r and theta)
 207|\sumy|{t}sum of y data
 208|\pi
 209|Cls|{v}cls
 210|{798}Mcl|{798v}mcl
 211|Rnd|{v}rnd
 212|Dec|{v}dec
 213|Hex|{v}hex
 214|Bin|{v}bin
 215|Oct|{v}oct
 216|{798}Scl|{798v}scl
 217|Norm|{v}norm
 218|Deg|{v}deg
 219|Rad|{v}rad
 220|Gra|{v}gra|{v}Grad|{v}grad
 221|Eng|{v}eng
 222|Intg |{v}Intg|{v}intg
 223|{v}sumxy|\sumxy|{t}sum of x*y
 224|Plot |{v}Plot|{v}plot
 225|Line|{v}line
 226|Lbl |{v}Lbl|{v}lbl
 227|Fix |{v}Fix|{v}fix
 228|Sci |{v}Sci|{v}sci
 229|{798}Defm |{798v}Defm|{798v}defm
 230|{798l}CL |{798}\CL|{798}\cl
 231|{798l}DT |{798}\DT|{798}\dt
 232|Dsz |{v}Dsz|{v}dsz
 233|Isz |{v}Isz|{v}isz
 234|Factor |{v}Factor|{v}factor
 235|{798}Range |{v798}Range|{v798}range
 235|{5}ViewWindow |{v5}ViewWindow|{v5}viewwindow
 236|Goto |{v}Goto|{v}goto
 237|Prog |{v}Prog|{v}prog
 238|Graph Y=|{v}graph Y=
 239|Graph $|Graph I|{t}integration graph
 240|Graph Y>|{v}graph Y>
 241|Graph Y<|{v}graph Y<
 242|Graph Y>=|{v}graph Y>=
 243|Graph Y<=|{v}graph Y<=
 244|Graph r=|{v}graph r=|{v}Graph \r=
# Allow Graph(X,Y)= with no space as may often be typed in
 245|Graph (X,Y)=(|{v}graph (X,Y)=(|{v}Graph(X,Y)=(|{v}graph(X,Y)=(
# big fat chunky comma in CASIOWIN
 246|{n}\,
#247|{double-shift char}
#248|
#249|
#250|
 251|{l}P(|\P(|{t}normal distribution P(
 252|{l}Q(|\Q(|{t}normal distribution Q(
 253|{l}R(|\R(|{t}normal distribution R(
 254|{l}t(|\t(|{t}normalisation t(
#strange behaviour surrounds @d255 -- end of block character in calc
 255|{n}\end@\n|{n}\end@d010|{n}\end@d013|{n}\end@d013@d010|{n}\end
 255|{n}\hide@\n|{n}\hide@d010|{n}\hide@d013|{n}\hide@d013@d010|{n}\hide
#
# Shifted tokens (shift char 0x7f)
#
 256|{985}Xmin
 257|{985}Xmax
 258|{985}Xscl
#259|
 260|{985}Ymin
 261|{985}Ymax
 262|{985}Yscl
#263|
# Really t-theta-max(etc).  Nasty.
 264|{985v}tthmin|{985}\tthmin|{98t}t/theta min
 265|{985v}tthmax|{985}\tthmax|{98t}t/theta max
 266|{98v}tthptch|{98}\tthptch|{98t}t/theta pitch
 266|{5v}tthscl|{5}\tthscl|{5t}t/theta scale
 267|{985}Xfct
 268|{985}Yfct
 269|{5}D Start|{5v}d start|{5v}D start
 270|{5}D End|{5v}d end|{5v}D end
 271|{5}D Pitch|{5v}d pitch|{5v}D pitch
# In CASIOWIN, the following is `not equal to x', `<>x'
 272|{98n}$dx
 272|{5}RightXmin|{5v}rightXmin
 273|{98n}LwLim
 273|{5}RightXmax|{5v}rightXmax
 274|{98n}UpLim
 274|{5}RightXscl|{5v}rightXscl
 275|{98n}Div
 276|{98n}d/dx
 276|{5}RightYmin|{5v}rightYmin
 277|{98n}\deltaX|{98n}\deltax
 277|{5}RightYmax|{5v}rightYmax
 278|{98n}\a??
 278|{5}RightYscl|{5v}rightYscl
 279|{98}DTx|{98v}dtx
 280|{98}DTy|{98v}dty
# These tokens will probably always be horrible.
 280|{5}\rtthmin|{5v}Righttthmin|{5v}righttthmin|{5t}right t/theta min
 281|{98}DTf|{98v}dtf
 281|{5}\rtthmax|{5v}Righttthmax|{5v}righttthmax|{5t}right t/theta max
 282|{5}\rtthscl|{5v}Righttthscl|{5v}righttthscl|{5t}right t/theta scale
#283|
#284|
# unknown.  Letters c,d,e.  Followed by ?? to prevent clash with \d decimal
 285|{5}\c??
 286|{5}\d??
 287|{5}\e??
 288|{98n}Fract |{98vn}Fract
 288|{98vn}Frocg. |{98vn}Frocg
 288|{5}Max(|{5v}max(
 289|Det |{v}Det|{v}det
 290|{985}Arg |{985v}Arg|{985v}arg
 291|{985}Conjg |{985v}Conjg|{985v}conjg
 292|{985}ReP |{985v}ReP|{985v}rep
 293|{985}ImP |{985v}ImP|{985v}imp
 294|d/dx(
 295|{5}d2/dx2(
 296|{5}Solve(|{5v}solve(
 297|{985}\sigma(|{985}\summa(|{t}Sigma summation function
 298|{5}FMin(|{5v}Fmin(|{5v}fmin(
 299|{5}FMax(|{5v}Fmax(|{5v}fmax(
 300|{5}Seq(|{5v}seq(
 301|{5}Min(|{5v}min(
 302|{5}Mean(|{5v}mean(
 303|{5}Median(|{5v}median(
 304|{98n}Pause|{98vn}pause
 304|{5n}\IfEn
 305|{98n}End|{vn}end
 305|{5}P/L-Orange|{5v}p/l-orange
 306|{98n}Csn |{98vn}Csn|{98vn}csn
 306|{5}P/L-Blue|{5v}p/l-blue
 307|{98n}Auto |{98vn}Auto|{98vn}auto
 307|{5}P/L-Green|{5v}p/l-green
 308|{85}Orange |{v85}Orange|{v85}orange
 309|{85}Blue |{v85}Blue|{v85}blue
 310|{85}Green |{v85}Green|{v85}green
 311|{5}OrangeG |{5v}OrangeG|{5v}orangeg
 312|{5}BlueG |{5v}BlueG|{5v}blueg
 313|{5}GreenG |{5v}GreenG|{5v}greeng
#314|
#315|
#316|
#317|
#318|
#319|
 320|Mat |{v}Mat|{v}mat
 321|Trn |{v}Trn|{v}trn
 322|*Row |{v}*Row|{v}*row
 323|*Row+ |{v}*Row+|{v}*row+
 324|Row+ |{v}Row+|{v}row+
 325|Swap |{v}Swap|{v}swap
 326|{5}Dim |{5v}Dim|{5v}dim
 327|{5}Fill(|{5v}fill(
 328|{5}Identity |{5v}Identity|{5v}identity
 329|{5}Augment(|{5v}augment(
 330|{5}List->Mat(|{5v}list->mat
 331|{5}Mat->List|{5v}mat->list
 332|{5}Sum |{5v}Sum|{5v}sum
 333|{5}Prod |{5v}Prod|{5v}prod
 334|{5}Percent |{5v}Percent|{5v}percent
# another weird one
 335|{798n}\eat
 335|{5}Cuml |{5v}Cuml|{5v}cuml
# sqrt(-1)  Allow j as well as a pi/2 phase shift operator
# we can't have just `i' as a nice token as it clashes directly with
# the letter `i' on input.
 336|{985l}i|{985}\i|{985}\j|{t}imaginary number `i' (sqrt -1)
 337|{5v}List |{5}List|{5v}list
#338|
#339|
#340|
#341|
#342|
#343|
#344|
#345|
#346|
#347|
#348|
#349|
#350|
#351|
 352|Sim Coef|{v}Sim Coeff|{v}sim coeff
 353|Ply Coef|{v}Ply coeff|{v}ply coeff
 354|{5}Sim Result|{5v}sim result
 355|{5}Ply Result|{5v}ply result
#356|
#357|
#358|
#359|
#360|
#361|
 362|{5}\List1
 363|{5}\List2
 364|{5}\List3
 365|{5}\List4
 366|{5}\List5
 367|{5}\List6
 368|{798}Sim X
 369|{798}Sim Y
 370|{798}Sim Z
 371|{98}Sim T
 372|{98}Sim U
 373|{98}Sim V
 374|{5n}\Q1
 375|{5n}\Q3
 376|{5n}\x1
 377|{5n}\y1
 378|{5n}\x2
 379|{5n}\y2
 380|{5n}\x3
 381|{5n}\y3
#382|
#383|
 384|{798}Ply X1
 385|{798}Ply X2
 386|{98}Ply X3
#387|
#388|
#389|
#390|
#391|
#392|
#393|
#394|
#395|
#396|
#397|
#398|
 399|{5}GetKey|{5v}Getkey|{5v}getkey
 400|{985}F Result|{985v}f result|{985v}F result
 401|{985}F Start|{985v}f start|{985v}F start
 402|{985}F End|{985v}f end|{985v}F end
 403|{985}F pitch|{985v}f pitch
 404|{985}R Result|{985v}r result|{985v}R result
 405|{985}R Start|{985v}r start|{985v}R start
 406|{985}R End|{985v}r end|{985v}R end
 407|{985}R pitch|{98v}r pitch
 408|{8}List X|{8v}list X
 409|{8}List Y|{8v}list Y
#410|
#411|
#412|
#413|
#414|
#415|
# are these {n} ?
 416|{985n}\a(n)
 417|{985n}\a(n+1)
 418|{985n}\a(n+2)
 419|{985n}\(n)
 420|{985n}\a(0)
 421|{985n}\a(1)
 422|{5n}\a(2)
 423|{5n}\b(n)
 424|{5n}\b(n+1)
 425|{5n}\b(n+2)
 426|{5n}\b(0)
 427|{5n}\b(1)
 428|{5n}\b(2)
 429|{5n}\a(nStart)|{5}\a(n-start)|{5}\a(ns)|{5}\a(nstart)
 430|{5n}\b(nStart)|{5}\b(n-start)|{5}\b(ns)|{5}\b(nstart)
#431|
# Boolean operations
 432|{5} And |{5v}And
 433|{5} Or |{5v}Or
#434|
# contrast with token 167...
 435|{5} Not |{5v}Not|{5t}boolean not (used in If statements)
#436|
#437|
#438|
#439|
#440|
#441|
#442|
#443|
#444|
#445|
#446|
#447|
#448|
#449|
#450|
#451|
#452|
#453|
#454|
#455|
#456|
#457|
#458|
#459|
#460|
#461|
#462|
#463|
#464|
#465|
#466|
#467|
#468|
#469|
#470|
#471|
#472|
#473|
#474|
#475|
#476|
#477|
#478|
#479|
#480|
#481|
#482|
#483|
#484|
#485|
#486|
#487|
#488|
#489|
#490|
#491|
#492|
#493|
#494|
#495|
# Graph variables
 496|\gY|{t}graph variable `Y'
 497|\gr|{t}graph variable `r'
 498|\Xt|{t}graph variable `Xt'
 499|\Yt|{t}graph variable `Yt'
 500|\gX|{t}graph variable `X'
#501|
#502|
#503|
#504|
#505|
#506|
#507|
#508|
#509|
#510|
#511|
#
# Double-shifted tokens (shift char 0xf7)  9850+ only
#
 512|{5}If |{5v}If|{5v}if
 513|{5}Then |{5v}Then|{5v}then
 514|{5}Else |{5v}Else|{5v}else
 515|{5}IfEnd|{5v}ifend
 516|{5}For |{5v}For|{5v}for
 517|{5} To |{5v}To|{5v}to
 518|{5} Step |{5v}Step|{5v}step
 519|{5}Next|{5v}next
 520|{5}While |{5v}While|{5v}while
 521|{5}WhileEnd|{5v}whileend
 522|{5}Do|{5v}do
 523|{5}LpWhile |{5v}LpWhile|{5v}lpwhile|{5v}Lpwhile|{5v}lpWhile
 524|{5}Return|{5v}return
 525|{5}Break|{5v}break
 526|{5}Stop|{5v}stop
#527|
 528|{5}Locate |{5v}Locate|{5v}locate
 529|{5}Send(|{5v}send(
 530|{5}Receive(|{5v}receive(
#531|
#532|
#533|
#534|
#535|
 536|{5}ClrText|{5v}clrtext|{5v}Clrtext
 537|{5}ClrGraph|{5v}clrgraph|{5v}Clrgraph
 538|{5}ClrList|{5v}clrlist|{5v}Clrlist
#539|
#540|
#541|
#542|
#543|
 544|{5}DrawGraph|{5v}drawgraph
#545|
 546|{5}DrawDyna|{5v}drawdyna
 547|{5}DrawStat|{5v}drawstat
# what the... ?
 548|{5}DrawFTG-Con|{5v}drawftg-con
 549|{5}DrawFTG-Plt|{5v}drawftg-plt
 550|{5}DrawR-Con|{5v}drawr-con
 551|{5}DrawR-Plt|{5v}drawr-plt
 552|{5}DrawRE-Con|{5v}drawrE-con
 553|{5}DrawRE-Plt|{5v}drawrE-plt
 554|{5}DrawWeb |{5v}DrawWeb|{5v}drawweb
#555|
#556|
#557|
 558|{5}DispF-Tbl|{5v}dispf-tbl
 559|{5}DispR-Tbl|{5v}dispr-tbl
#560|
#561|
#562|
#563|
#564|
#565|
#566|
#567|
#568|
#569|
#570|
#571|
#572|
#573|
#574|
#575|
 576|{5}1-Variable |{5v}1-Variable|{5v}1-variable
 577|{5}2-Variable |{5v}2-Variable|{5v}2-variable
 578|{5}LinearReg |{5v}LinearReg|{5v}linearreg
 579|{5}Med-MedLine |{5v}Med-MedLine|{5v}med-medline
 580|{5}QuadReg |{5v}QuadReg|{5v}quadreg
 581|{5}CubicReg |{5v}CubicReg|{5v}cubicreg
 582|{5}QuartReg |{5v}QuartReg|{5v}quartreg
 583|{5}LogReg |{5v}LogReg|{5v}logreg
 584|{5}ExpReg |{5v}ExpReg|{5v}expreg
 585|{5}PowerReg |{5v}PowerReg|{5v}powerreg
 586|{5}S-Gph1 |{5v}S-Gph1|{5v}s-gph1
 587|{5}S-Gph2 |{5v}S-Gph2|{5v}s-gph2
 588|{5}S-Gph3 |{5v}S-Gph3|{5v}s-gph3
 589|{5}Square|{5v}square
 590|{5}Cross|{5v}cross
 591|{5}Dot|{5v}dot
 592|{5}Scatter|{5v}scatter
 593|{5}xyLine|{5v}xyline
 594|{5}Hist|{5v}hist
 595|{5}MedBox|{5v}medbox
 596|{5}meanBox|{5v}meanbox
 597|{5}N-Dist|{5v}N-dist|{5v}n-dist
 598|{5}Broken|{5v}broken
 599|{5}Linear|{5v}linear
 600|{5}Med-Med|{5v}med-med
 601|{5}Quad|{5v}quad
 602|{5}Cubic|{5v}cubic
 603|{5}Quart|{5v}quart
#can't have `log' due to clashes
 604|{5}Log
 605|{5}Exp|{5v}exp
 606|{5}Power|{5v}power
#607|
 608|{5}S-WindAuto|{5v}s-windauto
 609|{5}S-WindMan|{5v}s-windman
 610|{5}Graph X=|{5v}graph X=
 611|{5}Y=Type|{5v}Y=type
 612|{5}r=Type|{5v}r=type
 613|{5}ParamType|{5v}paramtype
#614|
 615|{5}X=cType|{5v}X=ctype
#616|
#617|
 618|{5}Y>Type|{5v}Y>type
 619|{5}Y<Type|{5v}Y<type
 620|{5}Y>=Type|{5v}Y>=type
 621|{5}Y<=Type|{5v}Y<=type
#622|
#623|
 624|{5}G-Connect|{5v}g-connect
 625|{5}G-Plot|{5v}g-plot
 626|{5}DualGraph|{5v}dualgraph
 627|{5}DualGtoT|{5v}dualgtot
 628|{5}DualT+G|{5v}dualt+g
 629|{5}DualOff|{5v}dualoff
#630|
#631|
 632|{5}BG-None|{5v}bg-none
 633|{5}BG-Pict|{5v}bg-pict
 634|{5}GridOff|{5v}gridoff
#635|
#636|
 637|{5}GridOn|{5v}gridon
#638|
#639|
 640|{5}D Var |{5v}D Var|{5v}d var
 641|{5}NrmSpeed|{5v}nrmspeed
 642|{5}FastSpeed|{5v}fastspeed
 643|{5}SlowSpeed|{5v}slowspeed
 644|{5}Stop&Go|{5v}stop&go
 645|{5}DynaCon
 646|{5}DynaStop
#647|
 648|{5}VarRange|{5v}varrange|{5}\vrange
#649|
#650|
#651|
#652|
#653|
#654|
#655|
 656|{5}\a(n)Type
 657|{5}\a(n+1)Type
 658|{5}\a(n+2)Type
 659|{5}StoPict |{5v}StoPict|{5v}stopict
 660|{5}RclPict |{5v}RclPict|{5v}rclpict
 661|{5}StoGMEM |{5v}StoGMEM|{5v}stogmem
 662|{5}RclGMEM |{5v}RclGMEM|{5v}rclgmem
 663|{5}StoV-Win |{5v}StoV-Win|{5v}stov-win
 664|{5}RclV-Win |{5v}RclV-Win|{5v}rclv-win
#665|
#666|
#667|
#668|
#669|
#670|
#671|
 672|{5}Tangent |{5v}Tangent|{5v}tangent
 673|{5}Normal |{5v}Normal|{5v}normal
 674|{5}Inverse |{5v}Inverse|{5v}inverse
 675|{5}Vertical |{5}Vertical|{5}vertical
 676|{5}Horizontal |{5}Horizontal|{5}horizontal
 677|{5}Text |{5v}Text|{5v}text
 678|{5}Circle |{5v}Circle|{5v}circle
 679|{5}F-Line |{5}F-Line|{5}f-line
 680|{5}PlotOn |{5v}PlotOn|{5v}ploton
 681|{5}PlotOff |{5v}PlotOff|{5v}plotoff
 682|{5}PlotChg |{5v}PlotChg|{5v}plotchg
 683|{5}PxlOn |{5v}PxlOn|{5v}pxlon
 684|{5}PxlOff |{5v}PxlOff|{5v}pxloff
 685|{5}PxlChg |{5v}PxlChg|{5v}pxlchg
#686|
 687|{5}PxlTest |{5v}PxlTest|{5v}pxltest
 688|{5}SortA(|{5v}sorta(
 689|{5}SortD(|{5v}sortd(
 690|{5}VarList1
 691|{5}VarList2
 692|{5}VarList3
 693|{5}VarList4
 694|{5}VarList5
 695|{5}VarList6
 696|{5}File1
 697|{5}File2
 698|{5}File3
 699|{5}File4
 700|{5}File5
 701|{5}File6
#702|
#703|
 704|{5}FuncOn|{5v}funcon
 705|{5}SimulOn|{5v}simulon
 706|{5}AxesOn|{5v}axeson
 707|{5}CoordOn|{5v}coordon
 708|{5}LabelOn|{5v}labelon
 709|{5}DerivOn|{5v}derivon
 710|{5}LocusOn|{5v}locuson
 711|{5}EdispOn|{5v}edispon
 712|{5}G SelOn |{5v}G SelOn|{5v}g selon
 713|{5}T SelOn |{5v}T SelOn|{5v}t selon
 714|{5}D SelOn |{5v}D SelOn|{5v}d selon
 715|{5}R SelOn |{5v}R SelOn|{5v}r selon
 716|{5}DrawOn|{5v}drawon
#717|
#718|
#719|
 720|{5}FuncOff|{5v}funcoff
 721|{5}SimulOff|{5v}simuloff
 722|{5}AxesOff|{5v}axesoff
 723|{5}CoordOff|{5v}coordoff
 724|{5}LabelOff|{5v}labeloff
 725|{5}DerivOff|{5v}derivoff
 726|{5}LocusOff|{5v}locusoff
 727|{5v}EdispOff|{5v}edispoff
 728|{5}G SelOff |{5v}G SelOff|{5v}g seloff
 729|{5}T SelOff |{5v}T SelOff|{5v}t seloff
 730|{5}D SelOff |{5v}D SelOff|{5v}d seloff
 731|{5}R SelOff |{5v}R SelOff|{5v}r seloff
 732|{5}DrawOff|{5v}drawoff
#733|
#734|
#735|
#736|
#737|
#738|
#739|
#740|
#741|
#742|
#743|
#744|
#745|
#746|
#747|
#748|
#749|
#750|
#751|
#752|
#753|
#754|
#755|
#756|
#757|
#758|
#759|
#760|
#761|
#762|
#763|
#764|
#765|
#766|
#767|

#eof