md <dirname>
mkdir <dirname>
rd <dirname>
rmdir <dirname>
cd <dirname>
pwd
See section 2.1
ls [-d] [-c] [-st] [-stn <stnum>] [-fr <frame>] [-sd] [-r] [-u] [-t] [-p] [-l] [-f] [-fout <fld>] [<dirname>]
See section 2.2
rm <name> | -fr <frame> <item> | -ref <item> | -r <dir>
See section 2.3
ren <oldname> <newname>
See section 2.4
copy <source> <target>
copy -f <srcfld> <trgfld>
See section 2.5
getdata <name> [-tab] [-fout <file>]
See section 2.6
len -n <name> -fout <trgfld> [-dout <trgdata>]
See section 2.7
setdata -f <fldname> -vals <index> = <value> ...; [-len <len>] [-t <type>]
See section 2.8
select <data> -f <field-list>
See section 2.9
select <data> -d <src-name>
select <cldata> -cl <class-list>
See section 2.10
select <cldata> -c <cldata-src>
select <frame> -n <item-name>
See section 2.11
attchdat -d <data> -dout <target-data>
See section 2.12
addcld -c <cldata>
addcl -c <cldata> -cl <class>
updcl -cl <class> -id <id>
cpcld -c <cldata> -cout <cldataout>
cpcl -cl <class> -cout <cldata> -clout <classtrg>
shftcld -c <cldata> [-id <shift-id>] [-cout <cldata>]
See section 2.13
serie {-d <data> | -len <length>} -fout <field-name> [-start <start-value>] [-step <step-value>]
See section 2.14
flds2str -d <data> -fout <field-name> [-sep <separator>]
See section 2.15
sec2time -f <sec-field> -fout <time-field> [-sep <separator>]
time2sec -f <time-field> -fout <sec-field> [-sep <separator>]
See section 2.16
matrix <name> <[a, b;c, d]>
print <matr> [-matr] [-f]
See section 2.17.1
d2m -d <data> -mout <matr> -dim <n> <d1>...<dn>
f2m -f <field> -mout <matr>
m2d -m <matr> -dout <data>
shape -m <matr> -mout <matr> -dim <n> <d1>...<dn>
See section 2.17.2
data2mat -d <data> -mout <matr>
See section 2.17.3
mat2data -m <matr> -dout <data>
svd -m <matr> [-u <u_mat>] [-w <w_mat>] [-v <v_mat>]
See section 2.17.4
pinv -m <matr> -mout <pseudo>
See section 2.17.5
lu -m <matr> [-l <l_mat>] [-u <u_mat>] [-fout <f_det>]
See section 2.17.6
m+m -m1 <matr1> -m2 <matr2> -mout <result>
See section 2.17.7
m-m -m1 <matr> -m2 <matr> -mout <result>
See section 2.17.8
mxm -m1 <matr1> -m2 <matr2> -mout <result>
See section 2.17.9
mxnum -m <matr> -num <number> -mout <result>
See section 2.17.10
trans -m <matr> -mout <transpose>
See section 2.17.11
inverse -m <matr> -mout <transpose> [-iter <num_iter>] [-eps <epsilon>]
See section 2.17.12
chol -m <matr> -mout <transpose>
See section 2.17.13
transpose -d <data> -dout <dataout> [-pre <prefix>]
See section 3.1
join -d1 <data1> -d2 <data2> -k1 <key1> -k2 <key2> -dout <dataout>
ijoin -d1 <data1> -d2 <data2> -k1 <key1> -k2 <key2> -dout <dataout>
See section 3.2
joinind -k1 <key1> -k2 <key2> -cout <cldataout> [-first] [-full]
See section 3.3
uniq -d <data> -cout <cldata> [-auto]
See section 3.4
uniqcl -c <cldata> -cout <target>
See section 3.5
findcl -c1 <cldata1> -c2 <cldata2> -cout <cldata> [-first]
See section 3.6
mergecld -c1 <groups> -c2 <cldata> -cout <trgcldata>
See section 3.7
clinsec -cl1 <data1> -cl2 <data2> -clout <dataout>
clunion -cl1 <data1> -cl2 <data2> -clout <dataout>
cldiff -cl1 <data1> -cl2 <data2> -clout <dataout>
See section 3.8
cldinsec -c1 <cldata1> -c2 <cldata2> -cout <cldataout>
cldunion -c1 <cldata1> -c2 <cldata2> -cout <cldataout>
clddiff -c1 <cldata1> -c2 <cldata2> -cout <cldataout>
cldind -c <cldata> -d <data> -fout <field>
See section 3.9
loccode -f <infield> -fout <outpref> -l <layer>
See section 3.10
lcode2bin -f <infield> -dout <frame> -bits <numbits> [-grps <grpsize>] [-wght <residual>]
clcomb -d <indata> -c1 <cldata1> -c2 <cldata2> {-cout <cldataout> | -dout <dataout>} [-lout <lossout>] [-bin]
See section 3.11
sums2prop -d <data> -dout <trgdata>
See section 3.12
bin -c <cldata> -d <data> -dout <trgdata> [-pre <prefix>]
See section 3.13
pickrec -c <cldata> -d <data> -dout <trgdata>
See section 3.14
sort -k <keydata> -d <data> -dout <trgdata> [-desc]
See section 3.15
bmucl -d1 <prdata> -c1 <cldata> -d2 <data> -cout <trgcldata> [-min <value>]
See section 3.16
selseq -d <data> -cout <cldata> -len <lenght> [-step1 <step1>] [-step2 <step2>]
See section 3.17
concseq -d <data> -dout <dataout> -len <lenght> [-c <cldata>] [-step1 <step1>] [-step2 <step2>] [-empty]
See section 3.18
mixseq -k1 <time1> -d1 <data1> -k2 <time2> -d2 <data2> -dout <dataout>
See section 3.19
compact -d <datain> -dout <dataout> [-fout <recids>]
See section 3.20
float2int -d <datain>
int2float -d <datain>
See section 3.21
prepro -d <data> -dout <dataout> [-e] [-edev] [-n] [-d2 <equdata>] [-md <value>]
See section 4.1.1
whitening -d <data> -dout <dataout>
See section 4.1.2
equrec -d <data> -dout <dataout> [-min <minval>] [-max <maxval>] [-global]
See section 4.1.3
msd -d <datain> -dout <dataout> [-ddist <distdata>] [-md <value>] [-num <maxmf>] [-ver] [-stat]
msdbycen -d <data> -d2 <proto-data> -c <cldata> -dout <dataout> -md <value> [-ver]
See section 4.1.4
gen -U <bgn> <end> | -N <exp> <var> -dout <dataout> -s <samples> [-dim <dim>]
See section 4.2
plan -fac <number> -dout <ortoplan> [-full]
See section 4.3
expr -fout <field> -expr <expr>; [-dout <dataout>] [-v]
See section 4.4.2
selrec -d <data> -dout <dataout> -expr <expr>; [-v]
See section 4.4.3
selcl -cout <cldata> -clout <class> -expr <expr>; [-v]
See section 4.4.4
selcld -c <cldata> -cout <trgcldata> -expr <expr>; [-v] [-empty]
See section 4.4.5
evalrecs -d <datain> -dout <dataout> -mac <macro>
See section 4.5
evalcld -c <cldatain> -clout <class> -mac <macro>
See section 4.6
fldstat -d <srcdata> -dout <trgdata> [-min] [-max] [-sum] [-avg] [-var] [-dev] [-md <value>] [-sw <field>]
See section 4.7
fldmin -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>]
fldmax -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>]
fldavg -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>] [-sw <field>]
fldsum -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>] [-sw <field>]
fldvar -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>] [-sw <field>]
flddev -d <srcdata> -fout <trg-field> [-dout <trgdata>] [-md <value>] [-sw <field>]
See section 4.7.1
fldquar -d <data> -fout <field> [-v <value>] [-md <mvalue>] [-sw <field>]
See section 4.7.2
fldhisto -f <field> -max <pins> -dout <trgdata> [-cum] [-bounds]
See section 4.7.3
cmpquar -d1 <base-data> -d2 <data> -dout <trgdata>
See section 4.7.4
clstat -c <cldata> -d <srcdata> -dout <trgdata> [-all] [-sum] [-avg] [-med] [-var] [-adev] [-min] [-max] [-quar] [-hits] [-name] [-id] [-md <value>] [-sw <field>]
See section 4.8
clsum -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
clavg -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
clvar -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
clmin -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
clmax -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
See section 4.8.1
clname -c <cldata> -fout <field> -dout <trgdata> [-id]
See section 4.8.2
clkey -c <cldata> -d <srcdata> -dout <trgdata> [-ext <extension>] [-md <value>]
See section 4.8.3
clhits -c <cldata> -fout <field> [-dout <trgdata>]
See section 4.8.4
clquar -c <cldata> -d <srcdata> -dout <trgdata> [-v <portion>] [-ext <extension>] [-md <value>]
See section 4.8.5
cladev -c <cldata> -d <srcdata> -dout <trgdata> -ext1 <ext1> -ext2 <ext2> [-md <value>]
clhisto -c <cldata> -f <field> -dout <trgdata> [-max <num-categ>]
See section 4.8.6
mkfz <fuzzyname> [-f <field>]
See section 4.9.1
addfzs <fuzzyname> -fs <setname> -t <type>
See section 4.9.2
initfz <fuzzyname> [-fs <setname>] [-lock]
setfzs <fuzzyname> -fs <setname> -vals <index>=<value> ...; [-lock]
getfzpnt <fuzzyname> -v <value> [-lock]
See section 4.9.3
calcfz <fuzzyname> -f <field> -dout <dataout>
See section 4.9.5
dist -d1 <data1> -dout <dataout> [-cl1 <class1>] [-d2 <data2>] [-cl2 <class2>] [-dmin <do-min>] [-dmax <do-max>] [-davg <do-avg>] [-ham] [-lev <lev-fld>]
See section 4.10
cldist -d <datain> -c <cldata> -dout <dataout> [-dmax <maxfld>] [-gavg] [-local]
See section 4.10
grpms -d <datain> -dout <dataout> [-dmax <maxfld>] [-npow <exp>] [-logsig] [-scale] [-scale1] [-limit1] [-null]
See section 4.11
tfunc -deg <n> -val <value> -fout <confidence>
See section 4.12.1
tinv -deg <n> -conf <confidence> -fout <inverse>
See section 4.12.2
fdist -val <value> -n1 <n1> -n2 <n2> -fout <result> [-inv ]
See section 4.12.3
normalconf -value <value> -fout <result>
See section 4.12.4
normalvalue -conf <conf> -fout <result>
mvncdf -d <cov> -dout <result> -f1 <low> -f2 <low> -f3 <up> [-max <max>] [-err <maxerr>] [-conf <conf>]
See section 4.12.5
somtr -d <data> -sout <som> [-cout <cldata>] [-top] [-w <wmat>] [-l <layers>] [-md <missing-data>] [-D <dimension>] [-t <type>] [-wght <weighting>] [-c <stop-crit>] [-m <max-iter>] [-L] [-f <corr-layers>] [-r <train-rule>]
partr In addition to somtr:
[-np <threads>]
See section 5.1.1
somcl -s <som> [-w <wmatrix>] -d <data> -cout <cldata> [-md <missing-data>] [-top]
See section 5.1.2
smhsom -s <som> -d <data> -dout <dataout> [-hits <hitfield>] [-max <maxit>]
See section 5.1.3
somlayer -s <som> -fout <field>
See section 5.1.4
somindex -s <som> -dout <data>
See section 5.1.5
psl -s <som> -l <layer> -dout <dataout> -wout <wmatrix> [-dim <dimension>]
ssl -s <som> -l <layer> -d <datain> -sout <new-som>
See section 5.1.6
calcumat -s <som> -d <data> -umat <umat>
grpumat -s <som> -w <weights> -c <groups> -fout <field-out> [-in]
See section 5.1.7
somsprd -s <som> -w <prototypes> -c <core-groups> -cout <results>
See section 5.1.8
somproj -s <som> [-w <wmatrix>] -d <data> -c <cldata> -dout <dataout>
See section 5.1.9
somgrid -s <som> -min <mindef> -max <maxdef> -sca <func> [-dim <dim>] [-d <src-data>] [-dout <data-out>] [-fout <field-out>]
See section 5.1.10
bp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] -nout <wdata> [-vi <vi-data>] [-vo <vo-data>] [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-one] [-penalty <penalty>]
See section 5.2.1
mbp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-mom <moment>] [-one] [-penalty <penalty>]
See section 5.2.2
abp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-mdn <mdown>] [-mup <mup>] [-ac <adapt-cr>] [-one] [-penalty <penalty>]
See section 5.2.3
mlbp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-mdm <mdown>] [-mup <mup>] [-mom <moment>] [-ac <adapt-cr>] [-one] [-penalty <penalty>]
See section 5.2.4
sabp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-mdm <mdown>] [-mup <mup>] [-one] [-penalty <penalty>]
See section 5.2.5
rprop -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-bs <tstep>] [-em <epochs>] [-mdm <mdown>] [-mup <mup>] [-smin <min-tsl>] [-smax <max-tsl>] [-one] [-penalty <penalty>]
See section 5.2.6
lmbp -di <i-data> -do <o-data> -net <nlay> <nn1> ... <nnN> [-types <s | t | l> ... <s | t | l>] [-ti <ti-data>] [-to <to-data>] [-vi <vi-data>] [-vo <vo-data>] -nout <wdata> [-ef <edata>] [-lamda <lamda>] [-mdm <mdown>] [-mup <mup>] [-one] [-penalty <penalty>]
See section 5.2.7
fbp -d -dout <dataout> -nin <wdata> [-layer <layer>]
See section 5.2.8
inputsearch -n <mlp> -d <pretarget> -dout <result> [-p <points>] [-it <iterations>] [-fac <factor>]
See section 5.3
mlp2layer -di <output> -do <input> -hi <nn> -t1 <s|t|l> -t2 <s|t|l> -wout <weight> [-err <error>] [-iter <NN>] [-reg <regular>] -batch
See section 5.4.1
mlp2layer -di <output> -do <input> -hi <nn> -t1 <s|t|l> -t2 <s|t|l> -wout <weight> [-hess <hessian>] [-err <error>] [-iter <NN>] [-reg <regular>] -rprop [-min <min>] [-max <max>] [-inc <inc>] [-dec <dec>]
mlpout -d <inputs> -dout <outputs> -nin <weights> [-sens <sensitivity>] [-ggt <GGT>] [-cov <covariance>] [-jacob <jacobian>]
See section 5.4.3
classical -d <data> -dout <dataout> -dim <dim> [-pcout <pcdata>]
sammon -d <data> -dout <dataout> -dim <dim> [-eps <stop>] [-ef <efile>] [-imax <imax>] [-dinit <inidata>]
See section 5.5
principal -d <data_in> -dout <data_out> [-cov <covariance>] [-e <eigen>]
See section 5.6
confbands -f <output> -d <input> -d2 <points> -conf <level> -fout <coeff> -dout <bands>
See section 5.7
hclust -sl -al -cl -ce -me -mv -2m -ms -d <datain> -dout <dataout> -cout <cldata> -clvis <clvis> [-cut <layer>] [-verbose ]
See section 5.8.1
kmeans -d <data> -dout <dataout> -cout <cldata> -k <k>
See section 5.8.2
fcm -d <data> -dout <dataout> -cout <cldata> -eps <s-float> -imax <int> -nclu <nclust> [-my <c-float>]
See section 5.8.3
loadimg <filename> [<dataname>]
saveimg <dataname> [<filename>]
cnvimg -in <input> -out <output> -gray | -indc | -true
See section 6.2
crop -in <image> -out <imgout> -x0 <x-coord> -y0 <y-coord> -w <w> -h <h>
convmatrix -in <image> -out <matrix> [-sign]
f2i -d <frame> -iout <image> [-verbose] [-bgimg <bgimage>] [-bgcol <gray | r g b>] [-xsize <x>] [-ysize <y>]
i2f -i <image> -dout <frame> [-gray] [-rgb]
See section 6.2.1
gr2fr -vdata <nodes> -edata <arcs> -dout <pixeldata>
See section 6.2.2
mosaic -out <image> -c <cldata> -f <namfld> -l <layer> -w <width> -h <height> -frame <fw> [-corner]
See section 6.2.3
filter -in <image> -out <image> -avg -med [-rad <n>]
See section 6.3
threshold -in <image> -out <image> -val <n> [-corr]
balance -in <matrix> -out <matrix>
negative -in <image> -out <image>
photohisto <image> [-fout <field>]
See section 6.4
histoeq -in <image> -out <imageout>
log -in <image> -out <image> [ -mask <1 | 2 | 3> ]
grad -in <image> -out <image> [ -tmp <image> ] [ -mask <r | p | s | i> ] [ -thresper <percent> ]
See section 6.5.1
hough -in <image> -out <image> [-tmp <image>] [-vdata <nodes> ] [-edata <arcs> ] [-r <rdim> ] [-t <tdim> ] [-l <llength> ] [-h <hthresh> ] [-hrad <radius> ]
See section 6.5.2
edgefr -in <image> -fout <result> [-d <dist>]
fractald -in <image> -dout <result> [-pnts <points>]
See section 6.6.1
findtb -in <image> -dout <nodes> [-size <maskrad>] [-neq] [-t] [-b]
See section 6.6.2
delaunay -vdata <nodes> -dout <arcs>
See section 6.6.3
cutarcs -vdata <nodes> -edata <arcs> -dout <arcs>
See section 6.6.4
arclength -vdata <nodes> -edata <arcs> -fout <distr> -dout <feats> [-val <-3 | -2 | -1 | gray> ]
See section 6.6.5
uad -in <image> -out <distr> -val <thres> [-feat <featnbr>]
See section 6.7.1
imgfeat -in <image> -out <featdata> -val <thres>
flocfeat -in <image> -out <featdata> -val <thres>
See section 6.7.2
tsipix -d <idata> -dout <pixdata> -in <image> [-feat <featnbr> ] [-colmost <gray | r g b>] [-colless <gray | r g b>]
See section 6.7.3
fft -d <data> -dout <dataout> [-spec] | [-angle] [-inv]
See section 6.8
fft2 -in <matrix> -out <matrixout> [-inv] [-nulls <0 | 1 | 2>] [-width <w>] [-height <h>] [-re, -im, -spec, -angle] [-all]
visualfft -in <frame> -out <image> -width <w> -height <h> [-nulls <0 | 1 | 2>] [-shift] [-scale]
conv -in1 <frame1> -in2 <frame2> -out <oframe>
calcfuzzy -fuz <fuzzy-set> -f <ifield> -fout <ofield>
See section 6.9
freqstat -in <matrix> -out <field> [-both]
centroid -d <coord> -fout <size> -fout2 <base> [-norm]
See section 6.10.1
bookstein -d <coord> -dout <book>
See section 6.10.2
procrustes -d1 <y> -d2 <w> -dout <fit> -dout2 <new>
See section 6.10.3
centering -d <coord> -dout <new>
See section 6.10.4
imversion
See section 7
imcreate -n <name> -t <type> -d <depth> -w <width> -h <height> [-ti <index>] [-ci <index>] [-li <index>]
See section 7.1
imgettime -n <name> -v <value>
imputtime -n <name> -v <value>
imgetcolor -n <name> -v <value>
imputcolor -n <name> -v <value>
imgetlayer -n <name> -v <value>
imputlayer -n <name> -v <value>
imgetpixel -n <name> -x <position> -y <position> -v <name>
imputpixel -n <name> -x <position> -y <position> -v <value>
imgetipixel -n <name> -x <position> -y <position> -v <name>
imputipixel -n <name> -x <position> -y <position> -v <value>
imconvert -src <name> -dest <name> -t <type> -d <depth>
imsize -n <name> -fout <size>
imcopy -src <name> -dest <name>
imload -n <name> -f <filename> [-ti <index>] [-ci <index>] [-li <index>]
imsave -n <name> -f <filename>
image2im -src <name> -dest <name>
im2image [ -gray <name> 
-red <name> -green <name> -blue <name> ] -dest <name>
See section 7.2
imhistogram -src <name> -dest <name> [-bits <name>]
See section 7.3
imconstraint -src <name> -dest <name> -t <type> [ -lb <value> -lv <value> ] [ -ub <value> -uv <value> ]
imcrop -src <name> -dest <name> -x1 <position> -y1 <position> -x2 <position> -y2 <position>
imnegate -src <name> -dest <name>
imfilter -src <name> -dest <name> -o <operation> -s <size>
imfindthreshold -src <name> -m <mode> [-p <value>] -fout <name>
imthreshold -src <name> -dest <name> -value <value>
imconvolution -src <name> -dest <name> -mask <value> -px <position> -py <position>
imedge -src <name> -dest <name> -o <operation>
imfft -src <name> -dest <name> [-inv] [-lefttop] [-all] [-rightbottom]
See section 7.4
imshiftspec -src <name> -dest <name>
imfreqvec -src <name> -dest <name> [-angle] [-radius]
imvisualizefft -src <name> -dest <name> -contrast <value> [-shift] [-scale]
imtranslate -A <name> [-x <value>] [-y <value>]
imreflect -A <name> [-x] [-y]
See section 7.5
imcomplement -A <name> -dest <name>
imdifference -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imunion -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imintersection -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imerode -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imdilate -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imopen -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imclose -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imhitmiss -A <name> -B1 <name> -B2 <name> -dest <name> [-x1 <value>] [-y1 <value>] [-x2 <value>] [-y2 <value>]
imboundary -A <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imregionfill -A <name> -S <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imconnected -A <name> -S <name> -B <name> -dest <name> [-x <value>] [-y <value>]
imskeleton -A <name> -B <name> -dest <name>
imcooccurence -src <name> -dest <name> -dx <size> -dy <size> [-sign]
See section 7.6
imcofeatures -src <name> -dout <name> [-l <value>] [-k <value>] [-con] [-cor] [-ene] [-ent] [-idm] [-max]
imsegment -src <name> -cout <name> -dout <name> -blobindex <boolean>
imfloodsegment -src <name> -cout <name> -dout <name> -blobindex <boolean>
impeaksegment -src <name> -cout <name> -dout <name> -blobindex <boolean>
See section 7.7
imsegmentcoloring -src <name> -dest <name> -segdata <name> -inst <name>
imfastsegmentcoloring -src <name> -dest <name> -segcl <name> -segdata <name> -inst <name>
imtoppoints -i <name> -dout <name> -s <size> [-neq]
See section 7.8
imtoppoints2 -i <name> -dout <name> -s <size> [-neq]
imcenterpoints -i <name> -c <name> -d <name> -dout <name>
immasspoints -i <name> -c <name> -d <name> -dout <name>
impeakpoints -i <name> -c <name> -d <name> -dout <name>
imgundersen -i <name> -c <name> -d <name> -dout <name> -m <name> -v <name>
immarks -i <name> -bwi <name> -c <name> -d <name> -dout <name> [-avgvar] [-eig] [-card] [-border] [-mass] [-minmax] [-hist] [-rou] [-rad] [-ecc] [-ste] [-ori]
impointfieldstat -i <name> -d <name> -dout <name> [-fout <name>] -pnts <count> -radd <count> [-px <position>] [-py <position>] [-m <field>] [-test <test>] [-mask <mask>] [-asize <size>] [-bsize <size>] [-r] [-K] [-L] [-g] [-Lx] [-gx] [-k] [-z] [-ref]
imnearestneighbour -d <name> -dout <name> -k <count> [-index] [-angle] [-cumangle] [-contangle] [-dist] [-cumdist] [-contdist]
imrandpoints -dout <name> -pnts <points> -w <width> -h <height>
imkernel2d -p <name> -t <name> -dout <name> -k <value> -V <value> -c <value>
imknn2d -p <name> -t <name> -dout <name> -k <value> -K <value> -c <value>
imkernel1d -v <name> -p <name> -dout <name> -pins <value> -a <value> -b <value> -k <value> -V <value> -c <value>
imknn1d -v <name> -p <name> -dout <name> -pins <value> -a <value> -b <value> -k <value> -K <value> -c <value>
imsimspectralmethod -iout <name> -w <value> -h <value> -m <method> -a <value>
See section 7.9
imvoronoi -d <name> -dout <name> [-dout2 <name>] [-sites <value>] [-xmin <value>] [-xmax <value>] [-ymin <value>] [-ymax <value>] [-d] [-s] [-t] [-p]
See section 7.10
imnetangleslenghts -v <name> -e <name>
imbuildnet -v <name> -e <name> -dout <name> -w <width> -h <height>
imfractal -i <name> -dout <name> [-curve <name>] -xadd <size> -yadd <size> -xsize <size> -ysize <size>
See section 7.11
mkgrp <graphic> [{-s <som> | -d <data>}]
setgdat <graphic> -d <data>
setgcld <graphic> -c <cldata>
See section 8.1.1
addsg <graphic>
setsg <graphic> -inx <index> -rec <recinx>
rmsg <graphic> -inx <index>
See section 8.1.2
layer <graphic> -l <layer> [-min <min>]
See section 8.2.1
topo <graphic> -on | -off [-c <cldata>] [-all]
sons <graphic> -on | -off
See section 8.2.2
traj <graphic> -n <name> -min <min> -max <max> -co <color> [-step <step>] [-f <field>] [-c <cldata>] [-d <ddata>]
traj <graphic> -n <name> -rm
See section 8.2.3
nconn <graphic> -n <name> -c <cldata> -min <min> -max <max> [-co <color>] [-nolab]
nconn <graphic> -n <name> -rm
See section 8.2.4
cntr <graphic> -n <name> -f <field> -v <value> [-co <color>] [-t <type>]
cntr <graphic> -n <name> -rm
See section 8.2.5
umat <graphic> -umat <umat>
umat <graphic> -rm
See section 8.2.6
axis <graphic> -ax <axis> [-sca <scaling>] [-f <field>] [-min <min>] [-max <max>] [-step <scales>]
axis <graphic> -ax <axis> -rm
See section 8.2.7
datplc <graphic> -n <setname> -ax <axis> -f <field> [-co <color>] [-volume <vol_size>] [-shape <shape>] [-shape_data <char>]
datplc <graphic> -n <name> -rm
See section 8.2.8
nplc <graphic> -ax <axis> -f <field>
nplc <graphic> -ax <axis> -rm
See section 8.3.1
nshape <graphic> <shape> [-expr <expr>;]
See section 8.3.2
nsize <graphic> -v <value> [-abs]
See section 8.3.3
ndiam <graphic> -f <field> [-sca <scaling>] [-min <min>] [-max <max>]
ndiam <graphic> -rm
See section 8.3.4
ncolor <graphic> -fg <fgcolor> -bg <bgcolor> [-expr <expr>;]
ngray <graphic> -f <field> [-sca <scaling>] [-min <min>] [-max <max>] [-rgb]
See section 8.3.5
nvsbl <graphic> -expr <expr>; [-v]
See section 8.3.6
saxis <graphic> -ax <axis> [-inx <index>] [-sca <scaling>] [-f <field>] [-min <min>] [-max <max>] [-step <lab-step>]
saxis <graphic> -ax <axis> [-inx <index>] -rm
See section 8.4.1
ndatplc <graphic> -n <name> -ax <axis> -f <field> -c <cldata> [-co <color>]
ndatplc <graphic> -n <name> -rm
See section 8.4.2
bar <graphic> [-inx <index>] -f <field> [-sca <scaling>] [-min <min>] [-max <max>] [-co <color>] [-expr <bool-expr>]
bar <graphic> -f <field> -rm
See section 8.4.3
rngplt <graphic> -n <name> -f <field> [-f <field> ...] [-inx <index>] [-sca <scaling>] [-min <min>] [-max <max>] -co <color> [-labs]
rngplt <graphic> -n <name> -rm
See section 8.4.4
ldgr <graphic> -n <name> -co <color>
ldgr <graphic> -n <name> -rm
ldgrc <graphic> -n <name> -inx <index> -f <field> [-sca <scaling>] [-min <min>] [-max <max>]
ldgrcld <graphic> -n <name> -inx <index> [-id <subgraph>] -f <field> -c <cldata> [-sca <scaling>] [-min <min>] [-max <max>] [-rand <percents>]
See section 8.4.5
ldgrv <graphic> [-inx <index>] -f <field> -co <color> [-sca <scaling>] [-min <min>] [-max <max>]
ldgrv <graphic> -f <field> -rm
See section 8.4.6
hst <graphic> [-inx <index>] -d <field> [-x <xaxis>] [-sca <scaling>] [-min <min>] [-max <max>] [-co <color>]
hst <graphic> -d <data> -rm
See section 8.4.7
func1 <graphic> [-inx <index>] -f <field> [-co <color>]
func1 <graphic> [-inx <index>] -f <field> -rm
See section 8.4.8
rlab <graphic> -n <rulename> -expr <b.expr>
rlab <graphic> -n <name> -rm
fval <graphic> -f <field> -len <len>
fval <graphic> -f <field> -rm
See section 8.4.9
reclab <graphic> -f <field> [-l <layer>] [-max <max>] [-c <cldata>]
reclab <graphic> -rm
See section 8.4.10
pmat <graphic> -n <name> -id <subgraph> -d <data> [-sca <scaling>] [-min <min>] [-max <max>] [-co <color>] [-rgb]
pmat <graphic> -n <name> -id <subgraph> -rm
See section 8.4.11
vecfld <graphic> -n <name> -d <data> [-fw <field>] [-fb <field>] [-fe <field>] [-co <color>]
vecfld <graphic> -n <name> -rm
See section 8.4.12
Names of the colors:
red, green, blue, yellow, magenta, orange, cyan, brown, black, white
See section 8.5
gray_<n> rgb_<n> gray_random rgb_random
The scaling functions: data abs vec som som2
gcolor <graphic> -cl <class> -co <color>
gcolor <graphic> -cl <group> -rm
See section 8.6
freetext <graphic> -n <name> -fco <fco> -x <x> -y <y> -z <z> -t <text>
freetext <graphic> [-n <name>] -rm
See section 8.7.1
freepolygon <graphic> -n <name> -d <data> -fco <fco> -bco <bco>
freepolygon <graphic> [-n <name>] -rm
See section 8.7.2
ellipse <graphic> -n <name> -fco <fco> -bco <bco> -x <x> -y <y> -z <z> -rx <rx> -ry <ry> -rz <rz>
ellipse <graphic> [-n <name>] -rm
See section 8.7.3
viewp <graphic> -xy <xy-angle> -yz <yz-angle> -dx <dx> -dy <dy> -dz <dz>
See section 8.8
bgimg <graphic> -img <name> [-x0 <x-coord>] [-y0 <y-coord>] [-w <width>] [-h <height>]
bgimg <graphic> -rm
See section 8.9
en
dis <graphic> <mode-1> [... <mode-n>]
See section 8.10
Main level for <mode-i>
fg bg axis saxis datplc ndatplc cntr cntrlab bar rngplt hst ldgr rlab fval pmat vecfld reclab glab gcolor gfill
<mode-i> types for bars
barflat barvert barlab barlab1
<mode-i> types for line diagrams
ldgrlab
<mode-i> types for range plots
rngval rnglab
getg <graphic> [<command>] [-dout <data>] [-fout <field>]
See section 8.11
<command>
layer topo cntr traj axis saxis ndiam nshape nsize nplc nvsbl ncolor ngray nconn umat sons bar rngplt rlab fval gcolor datplc hst ldgr, ldgrc, ldgrv vecfld pmat viewp en
<Other commands>
src scales colors
savegrp <graphic> -o <filename>
See section 8.12
mkgf -gf <gframe>
See section 8.13.1
addgf -gf <gframe> -g <graphic> [-noname]
See section 8.13.2
setgfplc -gf <gframe> -g <graphic> [-x0 <x0>] [-y0 <y0>] [-x1 <x1>] [-y1 <y1>] [-noname] [-name]
See section 8.13.3
setimg <graphic> [-t <type>]
rmimg <graphic>
See section 8.14.1
fndpnt <graphic> <x> <y>
fndreg <graphic> <x1> <y1> ... <xn> <yn>
See section 8.14.2
runevent <graphic> -mac <macro>; <x1> <y1> ... <xn> <yn>
See section 8.14.3
setgfimg -gf <gframe>
See section 8.14.4
updgr <graphic> <mode>
See section 8.14.5
load <filename> [-n <name>]
Extensions for non-NDA files:
[-delim <value>] [-md <value>] [-start <value>] [-end <value>] [-fields <value>] [-fwhitespace <field>] [-dseparator <decimal>] [-noheader]
See section 9.1
save <name> [-o <output-file>] [-t <type>]
See section 9.2
wrps -n <name> -o <filename> [-t <net | vec>] [-x0 <origo-x>] [-y0 <origo-y>] [-w <width>] [-h <height>] [-fh <font-height>]
See section 9.3
runcmd <cmdfile> [<parameters>]
<cmdfile> [<parameters>]
See section 9.4
grab -d <cameras> [-id <choice>] [-panel <hpanel>] [-w <width>] [-h <height>] [-histo] [-focus] [-opcode <codeval>]
stopgrab -window <window>
See section 10.1.1
imsnap -d <cameras> -id <choice> -iout <name>
imacqseq -d <cameras> -id <choice> -iout <prefix> [-count <count>]
See section 10.1.2
camread -d <cameras> -id <choice> -fout <setts>
camalter -f <original> -fout <output> [-vals <name>=<value> ...;]
camwrite -d <cameras> -id <choice> -f <setfld>
See section 10.1.3
camsend -dcam <cameras> -id <choice> -dd <data> [-opcode <codeval>]
camrecv -dcam <cameras> -id <choice> -fout <setts> [-opcode <codeval>] [-x <left>] [-y <top>] [-w <width>] [-h <height>]
stopsrv -d <cameras> -id <choice>
See section 10.1.4
setupdaq -analog <afrm> -digital <dfrm> -dout <dataout> -cycles <cycles> -curves <curves> -stats <cstats> -rate <srate> -time <millisec> [-runs <ncycles>] [-strig <start>] [-etrig <end>] [-panel <panel>] [-graph <grdef>] [-start] [-thread] [-volts]
See section 10.2.1
stopdaq -d <daqdata> -fout <statout> [-timeout <seconds>]
See section 10.2.2
emssetup -d <data> -fout <commdir> [-id <imm-num>] [-stat <statout>] [-timeout <seconds>]
See section 10.3.1
emsmonitor -dir <commdir> {-par <params> -f <rep-list> | -dout <dataout>} [-all] [-nowait] [-runs <ncycles>] [-stat <statout>] [-timeout <seconds>]
See section 10.3.2
emsset -dir <commdir> -par <params> -d <settings> [-stat <statout>] [-timeout <seconds>]
See section 10.3.3
sclcomm -cpar <commpars> -cport <portnum> -msg <message> -fout <reply> [-id <id-num>] [-runs <repeats>]
See section 10.4
waitfor -t <type> -fout <statout> [-var <fldname>] [-id <btnnum>] [-intr <intrbtn>] [-release] [-timeout <seconds>]
See section 10.5
cwd [<directory>]
See section 11.1
if {-exist <nameent> | -notexist <nameent>} | {-file <filename> | -create <filename>} | -expr <expression>; -cmd <cmdline>: -cmd2 <cmdline>: -else <cmdline>:
while -expr <expression> ; -cmd <cmdline>: [-loop <loopcmd>:]
See section 11.2
echo {-off | -on} | <message>
See section 11.3
cmdlog -off | -o <filename>
See section 11.4
help [<group> | <command> | <command>.desc | <command>.ex ]
See section 11.5
stop -off | -on
See section 11.6
return
See section 11.7
exit
quit
See section 11.8
opsys -fout <os-val>
See section 11.9
!<unix-command>
See section 11.10
randomize
srand <seed-value>
See section 11.11
show <graphic> [-t <type>] [-hide] [-display <dsp>] [-x <x>] [-y <y>] [-w <width>] [-h <height>] [-mac <macro>] [-params <params>;]
See section 11.12.1
showfz <fuzzyname> [-f <field>]
See section 11.12.2
showgl <graphic> [-t <type>]
See section 11.12.3
wait
See section 11.12.4
draw [<window-title>]
See section 11.12.5
shellgetcwd -fout <field>
See section 12.1
shellsetcwd -path <path>
See section 12.2
shellmkdir -dir <dirname> [-path <path>]
See section 12.3
shellrmdir -dir <dirname> [-path <path>]
See section 12.4
shellcp -file <file> [-srcpath <sourcepath>] [-destpath <destpath>]
See section 12.5
shellcpall [-srcpath <sourcepath>] [-destpath <destpath>] [-r]
See section 12.6
shellrm -file <file> [-path <path>]
See section 12.7
shellrmall [-path <path>] [-r]
See section 12.8
shellls -fout <field> [-path <path>] [-sort]
See section 12.9
shelllsdir -fout <field> [-path <path>] [-sort]
See section 12.10
shelllsfile -fout <field> [-path <path>] [-sort]
See section 12.11