PADOC/Static

Table of Function

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Group Function Command Argument Content Example
Edit clear clear - Erase All Seting clear;
Edit library prj libralyname Set Project Directory prj job "d:\user\proj\bank";
Edit readFile get filename Readin TableData get file_a@job;
Edit writeFile put filename Writeout TableData put file_b@job;
Edit sort sort -(+)variable Sort records sort +key -old;
Edit unique unique )variable No Duplicate by Key Coloumn unique keys;
Edit merge merge filename Merge Tables by Key Coloumn merge key by file_a@job;
Edit lineOut outrec (filename) Extract Records outrec;
Edit lineDel delrec (fileneme) Delete Records delrec;
Edit concatination concat filename Concatinate Tables contract by file_a@job
Edit handIn hand variable Input Data by Hand handin x y z/
Edit transpose transpose variable Transpose TableData transpose x y z;
Edit attr attr (name) (type) Change Name or Type of Variable attr name type/
Edit table table score by class item Make Table by Class and Item table score by class item/
Edit untable untable items by class Disassemble by Class and Item untable item1-6 by class/
Control ifThen if variable cond Condition Statement if(x == prev(x)) {…}
Control forLoop for from to inc Loop Satatement for(I=1;I<100;I++) {…}
Control *whileLoop while - Conditional Loop while(I <= 10) {…}
Meta set constant $set name value Set Meta Variable $set parm x1 x2 x3 x4;
Meta condition $ifdo value Meta Condition Control $if … $do … $end;$else do … $end;
Meta loop $loop value Meta Loop Control $loop I=1 to 10; … $end;
Meta func $func name args Meta Funcion $func myfn (arg1,arg2,arg3); … $end;
Meta set variable extend name value Set Variable to Meta extend(name,variable);
Varialble rename rename xxx=yyy Rename Varialble rename x = xx;
Varialble vector vector number Define Vector vector vec[10];
Varialble select select variable Selection Coloumn of Table select x y z;
Varialble reject reject variable Delete Coloumn of Table reject a b c;
Varialble accume accume variable Define Accumirate Variable accume sum;
Varialble unitRand random - Uniform Random rand = random;
Varialble LAST LAST - Last Record if(# == LAST) {…}
Varialble # # - Current Record if(# < 100) {…}
Analysis AIC aic target Analysis independance by AIC aic flag by x y z;
Analysis ANOVA anova variable Distoribution Analysis anova
Analysis Association assoc - Association Analysis assoc
Analysis Correlation corr variable Correration Coefficent corr x y z;
Analysis Frequency count variable Frequency Analysis count x y z;
Analysis conjoint conj variable [point] Conjoint Analysis conj x y z by point;
Analysis covariance cov variable Distribution Coefficent cov x y z;
Analysis CoxHazard cox target Cox-Hazard Analysis cox flag by x y z;
Analysis Dendrogram dendro variable Tree Diagram dendro x y z;
Analysis EM em variable segment EM Algorithm em x y z by seg;
Analysis Factor factor variable Factor Analysis factor tag by x y z;
Analysis GausianGraph ggm variable Gaussian Graphical Model ggm x y z;
Analysis groupLens grouplens variable Collaborative Filtering grouplens score by user item;
Analysis K-nn k_nn variable K-nn Method k_nn tag by x y z;
Analysis k-means kmeans variable K-means Method kmeans tag by 5;
Analysis LogitRegression logit target Logit Regression logit tag by x y z;
Analysis Lasso lasso target Lasso Regression lasso tag by x y z;
Analysis Maharanobis maha target Mahalanoibs Method maha tag by x y z;
Analysis Mahadist mahadist target Anomary Detection mahadist x y z;
Analysis *mcmc mcmc variable MCMC Method mcmc x;
Analysis minsqr minisqr target variable Least Squares minsqr tag by x y z;
Analysis NaiveBeyes nbayes taget variable Naive Bayes nbayes tag by x y z;
Analysis neuro neuro inputs outputs Neuro Analysis neuro inp1 inp2 inp3 by out1 out2 ;
Analysis Principle prin variable Principal component analysis prin x y z;
Analysis linerRegression reg target Liner Regression reg tag by x y z;
Analysis RegTree regtree target Regression Tree tree tag by x y z;
Analysis BasicStatic static variable Basic statistics static x y z;
Analysis softmax softmax target variable Softmax Regression softmax x y z by cat;
Analysis som som variable Self-organizing map som x y z;
Analysis Summary sumup variable Summary summary x y z;
Analysis svm svm value1 Support Vector Machine svm tag by x y z;
Analysis DicsionTree tree target variable Decision Tree treep tag by x y z;
Analysis CompressedSensing complp target variable Compressed sensing complp tag by x y z;
Optimize LinerPlan lp variable Linear Planning lp tag by x y z;
Optimize nonLinerPlan nlp filename NonLinear Planning nlp (filename)/
Optimize integerPlan intp variable Integer Planning intp x1-6 by cond val;
Optimize dynamicPlan dynmp variable Dynamic Planning dynmp f_1-3 by x;
Optimize quadraticPlan qpl variable Quadradic Planning qpl a1-7 by cond ans;
Test mean test_mean varialbe Average Test test mean x y;
Test rate test_rate variable Patial Test test rate x y;
Test normal test_normal variable Nomal Test test nomal x y;
Test wilcox wilcox variable Ranking Test wilcox x y;
Test χSqure chisqt variable Chi-square Test chisqrt x1 - 5;
Path *anneal anneal variable Annealing Method -
Path flow netflow variable Max Min Inflow Analysis -
Path *path netpath variable Minum Path Analysis -
Path prim prim variable Spanning Tree -
Graph bar graph plot_bar variable Bar Graph plot bar x y z by kind;
Graph line graph plot_line variable Line Graph plot line x y z by kind;
Graph box graph plot_box varialbe Candle Graph plot box x by kind;
Graph regretion graph plot_reg - Regressin Figure plot reg;
Graph scatter graph plot_scat variable Scatter Plot plot scat x y z;
Graph Histgram hist variable Histogram hist x y z by kind;
Matrix mult mxmult matrix Matrix Multiplication mxmult vec_1 - 5 by mx;
Matrix *reverse mxrev matrix Reverse Matrix maxrev vec_1 - 5;
Matrix *add mxadd matrix Matirx Addition mxadd vec_1 - 5 by mx;
Matrix *sub mxsub matrix Matirx Subtraction mxsub vec_1 - 5 by mx;
Matrix svd svd matrix Singular Value Decomposition svd vec_1 - 5;
Matrix *LUdecomp ludecomp matrix LU Decomposition ludecomp vec_1 - 5;
Matrix *QRdecomp qrdecomp matrix QR Decomposition qrdecomp vec_1 - 5;
Matrix Cholesky chole matrix Cholesky Factorization chole vec_1 - 5;
Matrix *Matrix inverse mxinvmatrix Inverse Matrix mxinv vec_1 - 5;
Matrix *Eigen vector eigenmatrix Eigen Value eigen vec_1 - 5;
Matrix nonegative decomp nfmxmatrix Nonnegative Matrix Factorization nfmx vec_1 - 5 by nbase;
Time kalman kalman variable Kalman Filter kalman x;
Time Hidden Marcov hmm variable Hidden Markov hmm x y by 3;
Time *covariance tmcov variable Auto-correlation tmcov x y z;
Time *crosscov tmcrs variable Cross-correlation tmcrs x y z;
Time *ar tmar variable Auto Regression tmar x
Time *ma tmma variable Moving Average tmma x
Time *trend tmtrend variable Trend Analysis tmtrend x
Time *arma arma variable Arima arma x
Time *average tmave variable Moving Average tmave x y z;
Time *season season variable Seaning Analysis season x y z;
Time *fourie fourie variable Fourier Transform fourie x;
Time *calc tmcalc variable Time Series Add or Sub tmcalc add x y;
Time *adf tmadf variable ADF Test tmadf x;
Operater *Plus + number Addition x=y+z;
Operater *Minus - number Subtraction x=y-z;
Operater *Multiple * number Multiplication x=y*x;
Operater *Divide / number Division x=y/z;
Operater *Power ** number Product x=y**2;
Operater *Modulo % number Surplus x=y%2;
Operater *Incliment ++ number 1 Increase x++;
Operater *Decliment -- number 1 Decrease x--;
Operater *Factrial ! number Factorial x!
Document lda lda number Latent Dirichret Analysis lda x y z
Document mecab mecab number Morpheme mecab directoryName
Function *exp exp number Exponetial x=exp(2.5);
Function *Log log number Logarithmic base 2 x=log(32);
Function *Log10 log10 number Logarithmic base 10 x=log(1000);
Function *sqroot sqrt number Square x=sqrt(2);
Function *SIN sin number Sine(radian) x=sin(pai*2);
Function *COS cos number Consine(radian) x=cos(pai*2);
Function *TAN tan number Tangent(radian) x=tan(2*pai)
Function *ASIN asin number Arc-sine(Radian) x=asin(1.0);
Function *ACOS acos number Arc-cosine(radian) x=acos(0.0);
Function *ATAN atan number Arc-tangent(radian) x=atan(1.0);
Function *HSIN hsin number Hyper-sine x=hsin(2.5);
Function *HCOS hcos number Hyper-cosine x=hcos(2.5);
Function *HTAN htan number Hyper-tangent x=htan(2.5);
Function *Absolution abs number Absort y=abs(x);
Function *SIGN sign number Sign s=sign(x)
Function Round round number Rounding xr=round(x,-2)
Function *RAD rad degree Radianization -
Function *Fix fix - Truncate -
Function *HEX hex - Hexlify -
Function NormalRandom ranstd ave std Normal Random x=ranstd(1.0,5.0);
Function PoisonRandom ranpoi ave std Poisson Random k=ranpoi(4.0);
Function *Integer ifix number Integerization(Truncate) I=ifix(4.32);
Function juriandate undate date Julian Calender x=undate(20120831);
Function date dater juriandate Christian Calender y=dater(349820);
Function *strsel strsel character Extract Character str=strsel("abcd",2,3)
Function *stradd stradd character/td> Append Character str=stradd("abcd","xyz");
Function *num2str num2str number Number Character Trans str=num2str(x);
Function *str2num str2num character Character Number Trans x=str2num("212");
Function prev prev variable Value of Previous Coloumn if(x == prev(x)) {…}
Function *outlook outlook argument Lookup Function outlook(filename,varialbe,value,variable);
Function *multinominal random mrand argument Multinomial random mrand(filename);
Function *determinant determin argument Determinant Function determin(filename);
Function CumulativeNorm qnorm ave std Cumulative normal density p=qnorm(12.8);
Function InvCumulativeNorm pnorm ave std Reverse Cumulative normal density x=pnorm(0.54);

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