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!
!
*
*
.
.
2
2combinehistory
=
==
===
>
>achunk
>chunk
>streamgrids
a
abrat
achunk
add
add_offset
addhistory
aload
alpha
and
append
appendCDF
array
arrowsperinch
astore
AUTO
average
AVERAGE
averaging_type
b
begin
beginLoop
beta
boxAverage
buffer
BufferNeeded(ID)
byte
c
chunk
chunkaverage
chunkmin
chunksize
cleartomark
COLOR
color_smoothing
combinefullname
combinehistory
CommonStream
concat
CONTOUR
convertunits
copy
CopyStream
cos
cosd
counttomark
createIngrid
CSCALE
cvi
cvlit
cvn
cvntos
cvx
d
DATA
DebugTasks
def
definite-integral
dens
densa
depth
differences
distrib
distrib2D
div
DoRVARS
DoRVARs
DoTasks
dup
e
eexp
element
end
endcolormap
endLoop
endstructure
ensotime
eq
evengridAverage
exch
exec
Explicit-endLoop
f
false
FGFILE
FGGET
FGIcommon(NAME,STRUC,COMM)
FGIfunc(NAME,SUBROUTINE,NIN,NOUT)
FGINTERP
FGIoper
FGIpopinteger(I)
FGIpopintegerarray(N,IPTR)
FGIpopname(ID)
FGIpopreal(X)
FGIpoprealarray(N,IPTR)
FGIpopstring(N,IPTR)
FGIpushflag(LOGICAL)
FGIpushinteger(I)
FGIpushintegerarray(IS,N)
FGIpushintegerarray0(IS,N)
FGIpushname(STRING)
FGIpushnull
FGIpushreal(X)
FGIpushrealarray(XS,N)
FGIpushrealarray0(XS,N)
FGIpushstring(STRING)
FGIscalarFilter(NAME,FUNCTION,N,DEFS)
FGPUT
FGPUT(ID, VARARRAY)
FGSECTION
FillNaN
FilterNaNStreams(NSTREAM,NSPACE)
FilterStream(NWORDS)
FilterStreamsNewSize(NSTREAM,NSPACE,NSIZE)
Filtervector(SUBROUTINE,N,M,DGRID,DEFS)
first
for
forall
forsome
FORTRAN_format
fullloopStream
fullname
g
ge
get
getinterval
grayscale
greyscale
GRID
grideven
GRIDList
gridno
GRIDParent
gridstride
gridtomatch
gridtomatchnamed
gridtype
gridvalues
gt
h
high
HISTOGRAM
history
i
IDSTREAM
if
ifelse
index
inputs
InStream
integer
integerarray
integral
integralgrid
k
known
l
L4cycle-endLoop
last
LastStream
LastTaskTree
le
leftlines
length
LINE
linetype
linetypelist
LINEX
ln
log
long_name
longname
loopStream
low
lt
m
makeperiodic
mark
MATCH
max
max==array
maxlength
mean
meansq
min
missing_value
MODEL
MODEL missing_value
ModelDESC
ModelDESC(STRING)
mul
myname
n
name
namearray
NaN
nchunk
ndim
ne
NewBuffer
NewEvenGRID
NewGRID
NewGRIDdef
NewModel(NAME)
NewRVAR
NewRVAR(VAR4,VARL,IVARS,IRECEEP)
NewStreamPtr
NewStreamTask1(ROUTINE,NPTS,N,NSPACE)
NewVAR
NewVAR(VAR4,VARL,IVARS,BVARS)
not
npts
nrdim
null
o
object
outputs
p
parent
partial
partialgrid
pi
PLOTCOAST
PLOTGRID
pop
potemp
pressure
print
PrintStream
pstack
put
putget
putinterval
r
rainbowcolormap
RANGE
readCDF
real
realarray
RECEEP
REGRID
regridAverage
removeGRID
renameGRID
REORDER
repeat
replaceGRID
ReplaceGRID
replaceNaN
RESCALE
RGB
RGBdef
rms
rmsover
roll
round
RVARParent
s
SAMPLE
scale_factor
SCATTER
second
set.
setgridtype
setIthGrid
SetIVAR1
SetIVAR1(COORD,UNITS,NX,XS,XE)
SetIVAR2
SetIVAR2(COORD,UNITS,NX,XSS)
setmax==array
setmissing_value
setplotname
SetStreamIndex*
setunits
short
sin
sind
SIRecord
sirecord==
SM121
split
splitgrid
splitstreamgrid
sqrt
sqrtsgn
startcolormap
STEP
step
steps
STREAM
STREAMDOC
STREAMGRID
streamgrids
StreamTree
string
stripe
structure
sub
SUM
sums
t
TaskStreams
TestStream
title
toNaN
toS
TraceStream
transit
true
type
u
units
v
VALUE
value
VALUES
VarDESC
VarDESC(VarName,STRING)
VECTOR
w
writeCDF
writeGrADS
writeHDF
x
xor
XOVY
y
yearly-climatology
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