imsl/ABIBN ANALYSIS OF BALANCED INCOMPLETE BLOCK AND BALANCED LATTICE DESIGNS imsl/ACRDAN ANALYSIS OF ONE-WAY CLASSIFICATION DESIGN DATA imsl/ACTRST CONTRAST ESTIMATES AND SUMS OF SQUARES imsl/AFACN FULL FACTORIAL PLAN ANALYSIS imsl/AFACT FULL FACTORIAL PLAN ANALYSIS - EASY TO USE VERSION imsl/AGBACP ANALYSIS OF BALANCED COMPLETE EXPERIMENTAL DESIGN STRUCTURE DATA imsl/AGLMOD GENERAL LINEAR MODEL ANALYSIS imsl/AGVACL ONE OR TWO-SIDED INTERVAL ESTIMATE OF A VARIANCE COMPONENT imsl/AGXPM EXPECTED MEAN SQUARES FOR BALANCED COMPLETE DESIGN MODELS imsl/ALSQAN ANALYSIS OF LATIN SQUARE DESIGN DATA imsl/AMEANS PREPARATION OF A SET OF UNBALANCED DATA FOR ANALYSIS BY THE METHOD OF UNWEIGHTED MEANS imsl/ANCOV1 COVARIANCE ANALYSIS FOR ONE-WAY CLASSIFICATION DESIGN DATA imsl/ANESTE ANALYSIS OF COMPLETELY NESTED DESIGN DATA WITH EQUAL NUMBERS IN THE SUBCLASSES imsl/ANESTU ANALYSIS OF COMPLETELY NESTED DESIGN DATA WITH UNEQUAL NUMBERS IN THE SUBCLASSES imsl/AORDR REORDERING OF THE DATA OBTAINED FROM ANY BALANCED COMPLETE EXPERIMENTAL DESIGN imsl/ARCBAN ANALYSIS OF TWO-WAY CLASSIFICATION DESIGN DATA imsl/ASNKMC STUDENT-NEWMAN-KEULS MULTIPLE COMPARISON TEST BASIC STATISTICS imsl/BDCOU1 TALLY OF OBSERVATIONS INTO A ONE-WAY FREQUENCY TABLE imsl/BDCOU2 TALLY OF OBSERVATIONS INTO A TWO-WAY FREQUENCY TABLE imsl/BDLTV PRODUCE LETTER VALUE SUMMARY imsl/BDTAB COMPUTATIONS OF FREQUENCIES OF MULTIVARIATE DATA. imsl/BDTRGI TRANSGENERATION OF THE COLUMNS OF A MATRIX (IN-CORE VERSION) imsl/BDTRGO TRANSGENERATION OF THE COLUMNS OF A MATRIX (OUT-OF-CORE VERSION) imsl/BDTWT COMPUTATIONS OF A TWO-WAY FREQUENCY TABLE imsl/BECOR ESTIMATES OF MEANS, STANDARD DEVIATIONS, AND CORRELATION COEFFICIENTS (OUT-OF-CORE VERSION) imsl/BECORI ESTIMATES OF MEANS, STANDARD DEVIATIONS, AND CORRELATION COEFFICIENTS (IN-CORE VERSION) imsl/BECOVM MEANS AND VARIANCE-COVARIANCE MATRIX imsl/BECOVW MEANS AND VARIANCE-COVARIANCE OR CORRELATION MATRIX FROM DATA POSSIBLY CONTAINING MISSING OBSERVATIONS, WITH WEIGHTING ON OPTION. imsl/BECTR TETRACHORIC CORRELATION COEFFICIENT ESTIMATION imsl/BECVL VARIANCES AND COVARIANCES OF LINEAR FUNCTIONS (OUT-OF-CORE VERSION) imsl/BECVLI VARIANCES AND COVARIANCES OF LINEAR FUNCTIONS (IN-CORE VERSION) imsl/BEGRPS MOMENTS ESTIMATION FOR GROUPED DATA WITH AND WITHOUT SHEPPARDS CORRECTIONS imsl/BEIGRP ESTIMATION OF BASIC STATISTICAL PARAMETERS USING GROUPED DATA imsl/BEIUGR ESTIMATION OF BASIC STATISTICAL PARAMETERS USING UNGROUPED DATA imsl/BELBIN INTERVAL ESTIMATE OF THE PARAMETER P OF THE BINOMIAL DISTRIBUTION imsl/BELPOS INTERVAL ESTIMATE OF THE PARAMETER LAMBDA OF THE POISSON DISTRIBUTION imsl/BEMDP MEDIAN POLISH OF A TWO-WAY TABLE imsl/BEMIRI ESTIMATES OF MEANS, SIMPLE REGRESSION COEFFICIENTS, THEIR INTERCEPTS, STANDARD ERRORS OF THE REGRESSION COEFFICIENTS, AND STANDARD DEVIATIONS FOR ARRAYS WHICH CONTAIN MISSING VALUES. (IN-CORE VERSION) imsl/BEMIRO ESTIMATES OF MEANS, SIMPLE REGRESSION COEFFICIENTS, THEIR INTERCEPTS, STANDARD ERRORS OF THE REGRESSION COEFFICIENTS, AND STANDARD DEVIATIONS FOR ARRAYS WHICH CONTAIN MISSING VALUES. (OUT-OF-CORE VERSION) imsl/BEMMI ESTIMATES OF MEANS, STANDARD DEVIATIONS, CORRELATION COEFFICIENTS, AND COEFFICIENTS OF SKEWNESS AND KURTOSIS FROM A DATA MATRIX CONTAINING MISSING OBSERVATIONS (IN-CORE VERSION) imsl/BEMMO ESTIMATES OF MEANS, STANDARD DEVIATIONS, CORRELATION COEFFICIENTS, AND COEFFICIENTS OF SKEWNESS AND KURTOSIS FROM A DATA MATRIX CONTAINING MISSING OBSERVATIONS (OUT OF CORE VERSION) imsl/BEMNON LOCATION (MEAN) INFERENCES USING A SAMPLE FROM A NORMAL POPULATION WITH KNOWN VARIANCE imsl/BEMSON MEAN AND VARIANCE INFERENCES USING A SAMPLE FROM A NORMAL POPULATION imsl/BENSON VARIANCE INFERENCES USING A SAMPLE FROM A NORMAL POPULATION WITH KNOWN MEAN imsl/BEPAT MEAN AND VARIANCE INFERENCES USING SAMPLES FROM EACH OF TWO NORMAL POPULATIONS WITH UNEQUAL VARIANCES imsl/BEPET MEAN AND VARIANCE INFERENCES USING SAMPLES FROM EACH OF TWO NORMAL POPULATIONS WITH EQUAL VARIANCES imsl/BESRB BISERIAL AND POINT-BISERIAL CORRELATION COEFFICIENTS FOR A QUALITATIVELY DICHOTOMIZED VARIABLE AND A NUMERICALLY MEASURABLE AND CLASSIFIED VARIABLE imsl/BESRN BISERIAL CORRELATION COEFFICIENT FOR A QUALITATIVELY DICHOTOMIZED VARIABLE AND A NUMERICALLY OR QUALITATIVELY CLASSIFIED VARIABLE imsl/BESTAT COMPUTATIONS OF BASIC UNIVARIATE STATISTICS FROM DATA POSSIBLY CONTAINING MISSING VALUES, WITH WEIGHTING ON OPTION. imsl/BESTA2 COMPUTATIONS OF CONFIDENCE INTERVALS AND OTHER BASIC STATISTICS USING OUTPUT FROM IMSL ROUTINE BESTAT CATEGORIZED DATA ANALYSIS imsl/CBNRHO ESTIMATION OF THE BIVARIATE NORMAL CORRELATION COEFFICIENT USING A CONTINGENCY TABLE imsl/CLIFE LIFE TABLE ANALYSIS. imsl/CTBNLL NUCLEUS CALLED ONLY BY IMSL SUBROUTINE CBNRHO imsl/CTLLF LOG-LINEAR FIT OF CONTINGENCY TABLE imsl/CTLL1 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE CTLLF imsl/CTLL2 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE CTLLF imsl/CTPR COMPUTE EXACT PROBABILITIES FOR CONTINGENCY TABLES imsl/CTPR1 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE CTPR imsl/CTRBYC ANALYSIS OF A CONTINGENCY TABLE. DIFFERENTIAL EQUATIONS; QUADRATURE; DIFFERENTIATION imsl/DBCEVL BICUBIC SPLINE MIXED PARTIAL DERIVATIVE EVALUATOR imsl/DBCQDU BICUBIC SPLINE QUADRATURE imsl/DBLIN NUMERICAL INTEGRATION OF A FUNCTION OF TWO VARIABLES imsl/DBLNB NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DBLIN imsl/DBLNC NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DBLIN. COPY OF DCADRE. imsl/DBLND NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DBLIN imsl/DCADRE NUMERICAL INTEGRATION OF A FUNCTION USING CAUTIOUS ADAPTIVE ROMBERG EXTRAPOLATION imsl/DCSEVU CUBIC SPLINE FIRST AND SECOND DERIVATIVE EVALUATOR imsl/DCSQDU CUBIC SPLINE QUADRATURE imsl/DGEAR DIFFERENTIAL EQUATION SOLVER - VARIABLE ORDER ADAMS PREDICTOR CORRECTOR METHOD OR GEARS METHOD imsl/DGRCS NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DGEAR imsl/DGRIN NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DGEAR imsl/DGRPS NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DGEAR imsl/DGRST NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DGEAR imsl/DMLIN NUMERICAL INTEGRATION OF A FUNCTION OF SEVERAL VARIABLES OVER A HYPER-RECTANGLE (GAUSSIAN METHOD) imsl/DPDES SOLVE A SYSTEM OF PARTIAL DIFFERENTIAL EQUATIONS OF USING THE METHOD OF LINES WITH CUBIC HERMITE POLYNOMIALS imsl/DPDET NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DPDES imsl/DPDEU NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DPDES imsl/DPDEV NUCLEUS CALLED ONLY BY SUBOUTINE DPDES imsl/DPDEW NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DPDES imsl/DPDEX NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DPDES imsl/DREBS DIFFERENTIAL EQUATION SOLVER - EXTRAPOLATION METHOD imsl/DRVTE CALCULATE FIRST, SECOND OR THIRD DERIVATIVE OF A USER SUPPLIED FUNCTION imsl/DTPTB SOLVE A SYSTEM OF ORDINARY DIFFERENTIAL EQUATIONS WITH BOUNDARY CONDITIONS AT TWO POINTS, USING A MULTIPLE SHOOTING METHOD imsl/DTPTC NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DTPTB imsl/DTPTD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DTPTB imsl/DTPTE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DTPTB imsl/DVCPR SOLVE A SYSTEM OF ORDINARY DIFFERENTIAL EQUATIONS WITH BOUNDARY CONDITIONS AT TWO POINTS, USING A VARIABLE ORDER, VARIABLE STEP SIZE FINITE DIFFERENCE METHOD WITH DEFERRED CORRECTIONS imsl/DVCPS NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPT NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPU NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPV NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPW NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPX NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVCPY NUCLEUS CALLED ONLY BY IMSL SUBROUTINE DVCPR imsl/DVERK DIFFERENTIAL EQUATION SOLVER - RUNGE KUTTA-VERNER FIFTH AND SIXTH ORDER METHOD EIGENSYSTEM ANALYSIS imsl/EBALAC NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCC imsl/EBALAF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRF imsl/EBBCKC NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCC imsl/EBBCKF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRF imsl/EBNDR NUCLEUS CALLED ONLY BY IMSL SUBROUTINE EIGBS imsl/EBNDV NUCLEUS CALLED ONLY BY IMSL SUBROUTINE EIGBS imsl/EHBCKF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRF imsl/EHBCKH NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCH imsl/EHESSC NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCC imsl/EHESSF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRF imsl/EHOBKS NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRS imsl/EHOUSH NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCH imsl/EHOUSS NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRS imsl/EIGBS FIND SOME EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A REAL SYMMETRIC BAND MATRIX imsl/EIGCC EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A COMPLEX GENERAL MATRIX imsl/EIGCH EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A COMPLEX HERMITIAN MATRIX imsl/EIGRF EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A REAL GENERAL MATRIX IN FULL STORAGE MODE imsl/EIGRS EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A REAL SYMMETRIC MATRIX imsl/EIGZC EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF THE SYSTEM A*X=LAMBDA*B*X WHERE A AND B ARE COMPLEX MATRICES imsl/EIGZF EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF THE SYSTEM A*X=LAMBDA*B*X WHERE A AND B ARE REAL MATRICES imsl/EIGZS EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF THE SYSTEM A*X=LAMBDA*B*X WHERE A AND B ARE REAL SYMMETRIC MATRICES AND B IS POSITIVE DEFINITE imsl/ELRH1C NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCC imsl/ELRH2C NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGCC imsl/ELZHC NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGZC imsl/ELZVC NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGZC imsl/EQRH3F NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGRF imsl/EQRT1S SMALLEST OR LARGEST M EIGENVALUES OF A SYMMETRIC TRIDIAGONAL MATRIX imsl/EQRT2S EIGENVALUES AND (OPTIONALLY) EIGENVECTORS OF A SYMMETRIC TRIDIAGONAL MATRIX USING THE QL METHOD. imsl/EQRT3S THE SMALLEST (OR LARGEST) EIGENVALUES OF A TRIDIAGONAL MATRIX IN ALGEBRAIC VALUE WHOSE SUM EXCEEDS A GIVEN VALUE imsl/EQZQF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGZF imsl/EQZTF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGZF imsl/EQZVF NUCLEUS CALLED ONLY BY IMSL ROUTINE EIGZF imsl/EREDU NUCLEUS CALLED ONLY BY IMSL SUBROUTINE EIGZS FORECASTING; ECONOMETRICS; TIME SERIES; TRANSFORMS imsl/FFTCC COMPUTE THE FAST FOURIER TRANSFORM OF A COMPLEX VALUED SEQUENCE imsl/FFTRC COMPUTE THE FAST FOURIER TRANSFORM OF A REAL VALUED SEQUENCE imsl/FFTSC COMPUTE THE SINE AND COSINE TRANSFORMS OF A REAL VALUED SEQUENCE imsl/FFT2C COMPUTE THE FAST FOURIER TRANSFORM OF A COMPLEX VALUED SEQUENCE OF LENGTH EQUAL TO A POWER TWO imsl/FFT3D COMPUTE THE FAST FOURIER TRANSFORM OF A COMPLEX VALUED 1, 2 OR 3 DIMENSIONAL ARRAY imsl/FLINV INVERSE LAPLACE TRANSFORM OF A USER SUPPLIED COMPLEX FUNCTION imsl/FTARPS PRELIMINARY ESTIMATION OF THE AUTOREGRESSIVE PARAMETERS IN AN ARIMA STOCHASTIC MODEL. imsl/FTAUTO MEAN, VARIANCE, AUTOCOVARIANCES, AUTOCORRELATIONS, AND PARTIAL AUTOCORRELATIONS FOR A STATIONARY TIME SERIES. imsl/FTCAST TIME SERIES FORECASTS AND PROBABILITY LIMITS USING AN MODEL imsl/FTCP NON-SEASONAL ARIMA (BOX-JENKINS) STOCHASTIC MODEL ANALYSIS FOR A SINGLE TIME SERIES WITH FULL PARAMETER ITERATION AND MAXIMUM LIKELIHOOD ESTIMATION imsl/FTCROS MEANS, VARIANCES, CROSS-COVARIANCES, AND CROSS-CORRELATIONS FOR TWO MUTUALLY STATIONARY N CHANNEL TIME SERIES imsl/FTCRXY CROSS-COVARIANCE OF TWO MUTUALLY STATIONARY TIME SERIES imsl/FTFPS FAST FOURIER TRANSFORM ESTIMATES OF POWER SPECTRA AND CROSS SPECTRA OF TIME SERIES imsl/FTFREQ SINGLE OR MULTICHANNEL TIME SERIES ANALYSIS IN THE TIME AND FREQUENCY DOMAINS imsl/FTGEN GENERATION OF A TIME SERIES FROM A GIVEN ARIMA STOCHASTIC MODEL imsl/FTKALM KALMAN FILTERING imsl/FTMA PRELIMINARY ESTIMATION OF THE MOVING AVERAGE PARAMETERS IN AN ARIMA STOCHASTIC MODEL imsl/FTMA1 NUCLEUS USED ONLY BY IMSL ROUTINE FTMA imsl/FTML MAXIMUM LIKELIHOOD ESTIMATION OF AUTOREGRESSIVE AND MOVING AVERAGE PARAMETERS IN AN ARIMA (BOX-JENKINS) STOCHASTIC MODEL imsl/FTRDIF TRANSFORMATIONS, DIFFERENCES AND SEASONAL DIFFERENCES OF A TIME SERIES FOR MODEL IDENTIFICATION imsl/FTTR PARAMETER ESTIMATES FOR A UNIVARIATE TRANSFER FUNCTION MODEL imsl/FTWEIN WIENER FORECAST FOR A STATIONARY STOCHASTIC PROCESS imsl/FTWENM MULTICHANNEL WIENER FORECAST imsl/FTWENX MAXIMUM LIKELIHOOD PARAMETER ESTIMATES FOR A MULTICHANNEL, SINGLE OUTPUT TIME SERIES MODEL GENERATION AND TESTING OF RANDOM NUMBERS imsl/GFIT CHI-SQUARED GOODNESS OF FIT TEST imsl/GGAMR ONE PARAMETER GAMMA RANDOM DEVIATE GENERATOR, AND USABLE AS THE BASIS FOR TWO PARAMETER GAMMA, EXPONENTIAL, CHI-SQUARED, CHI, BETA, T, AND F DEVIATE GENERATION imsl/GGBN BINOMIAL RANDOM DEVIATE GENERATOR imsl/GGBNR NEGATIVE BINOMIAL RANDOM DEVIATE GENERATOR imsl/GGBTR BETA RANDOM DEVIATE GENERATOR imsl/GGCAY CAUCHY RANDOM DEVIATE GENERATOR imsl/GGCHS CHI-SQUARED RANDOM DEVIATE GENERATOR imsl/GGCOR GENERATE A RANDOM ORTHOGONAL MATRIX AND A RANDOM CORRELATION MATRIX imsl/GGCOT NUCLEUS CALLED ONLY BY IMSL ROUTINE GGCOR imsl/GGDA GENERAL DISCRETE DISTRIBUTION RANDOM DEVIATE GENERATOR USING ALIAS METHOD imsl/GGDT GENERAL DISCRETE DISTRIBUTION RANDOM DEVIATE GENERATOR USING TABLE LOOKUP METHOD imsl/GGEOT GEOMETRIC RANDOM DEVIATE GENERATOR imsl/GGEXN EXPONENTIAL RANDOM DEVIATE GENERATOR imsl/GGEXT RANDOM DEVIATE GENERATOR FOR A MIXTURE OF TWO EXPONENTIALS. imsl/GGHPR HYPERGEOMETRIC RANDOM DEVIATE GENERATOR imsl/GGMTN MULTINOMIAL RANDOM DEVIATE GENERATOR imsl/GGNLG LOG-NORMAL RANDOM DEVIATE GENERATOR imsl/GGNML NORMAL OR GAUSSIAN RANDOM DEVIATE GENERATOR imsl/GGNO GENERATE SET OF ORDER STATISTICS FROM NORMAL DISTRIBUTION imsl/GGNPM NORMAL RANDOM DEVIATE GENERATOR VIA THE POLAR METHOD imsl/GGNPP NONHOMOGENEOUS POISSON PROCESS GENERATOR WITH RATE - FIXED INTERVAL, FIXED NUMBER, OR ONE AT A TIME. imsl/GGNQF NORMAL RANDOM DEVIATE GENERATOR - FUNCTION FORM OF GGNML imsl/GGNSM MULTIVARIATE NORMAL RANDOM DEVIATE GENERATOR WITH GIVEN COVARIANCE MATRIX imsl/GGPER GENERATE A RANDOM PERMUTATION OF THE INTEGERS 1 TO K. imsl/GGPON POISSON RANDOM DEVIATE GENERATOR WHERE THE POISSON PARAMETER CHANGES FREQUENTLY imsl/GGPOS POISSON RANDOM DEVIATE GENERATOR WHERE THE POISSON PARAMETER DOES NOT CHANGE OFTEN imsl/GGSPH GENERATION OF UNIFORM RANDOM DEVIATES FROM THE SURFACE OF THE UNIT SPHERE IN 3 OR 4 SPACE imsl/GGSRS GENERATE A SIMPLE RANDOM SAMPLE FROM A FINITE POPULATION. imsl/GGSTA STABLE DISTRIBUTION RANDOM DEVIATE GENERATOR imsl/GGSTA1 NUCLEUS CALLED ONLY BY IMSL ROUTINE GGSTA imsl/GGTAB GENERATE A RANDOM CONTINGENCY TABLE WITH GIVEN ROW AND COLUMN TOTALS imsl/GGTRA TRIANGULAR DISTRIBUTION RANDOM DEVIATE GENERATOR imsl/GGUBFS BASIC UNIFORM (0, 1) RANDOM NUMBER GENERATOR - FUNCTION FORM OF GGUBS imsl/GGUBS BASIC UNIFORM (0, 1) PSEUDO-RANDOM NUMBER GENERATOR imsl/GGUBT UNIFORM (0, 1) PSEUDO-RANDOM NUMBER GENERATOR USING ALTERNATE MULTIPLIER. imsl/GGUD DISCRETE UNIFORM RANDOM NUMBER GENERATOR imsl/GGUO GENERATE SET OF ORDER STATISTICS FROM UNIFORM (0, 1) DISTRIBUTION. imsl/GGUW UNIFORM (0, 1) RANDOM NUMBER GENERATOR WITH SHUFFLING imsl/GGVCR GENERAL CONTINUOUS DISTRIBUTION RANDOM DEVIATE GENERATOR imsl/GGVMS VON MISES RANDOM DEVIATE GENERATOR imsl/GGWIB WEIBULL RANDOM DEVIATE GENERATOR imsl/GTCN SAMPLE SIZE OR NUMBER OF CLASS INTERVALS DETERMINATION FOR CHI-SQUARED TEST APPLICATIONS imsl/GTDDU D-SQUARE TALLY imsl/GTD2T THE D-SQUARE TEST imsl/GTMNT MOMENTS AND STANDARDIZED MOMENTS OF UNIFORM RANDOM NUMBERS imsl/GTNOR TEST FOR NORMALITY OF RANDOM DEVIATES imsl/GTPBC COUNT OF THE NUMBER OF ZERO BITS IN A GIVEN SUBSET OF A REAL WORD imsl/GTPKP PROBABILITY DISTRIBUTION OF N ELEMENTS INTO TWO EQUI-PROBABLE STATES imsl/GTPL POKER TEST TALLY OF HAND TYPES AND STATISTICS imsl/GTPOK THE POKER TEST imsl/GTPR TALLY OF COORDINATES OF PAIRS (OR LAGGED PAIRS) OF RANDOM NUMBERS imsl/GTPST PAIRS TEST OR GOODS SERIAL TEST imsl/GTRN RUNS TEST imsl/GTRTN TALLY OF NUMBER OF RUNS UP AND DOWN imsl/GTTRT TALLY FOR TRIPLETS TEST imsl/GTTT TRIPLETS TEST INTERPOLATION; APPROXIMATION; SMOOTHING imsl/IBCCCU BICUBIC SPLINE TWO-DIMENSIONAL COEFFICIENT CALCULATOR imsl/IBCDCU NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IBCCCU imsl/IBCEVL EVALUATION OF A BICUBIC SPLINE imsl/IBCIEU BICUBIC SPLINE TWO-DIMENSIONAL INTERPOLATOR imsl/ICSCCU CUBIC SPLINE INTERPOLATION (EASY-TO-USE VERSION) imsl/ICSEVU EVALUATION OF A CUBIC SPLINE imsl/ICSFKU LEAST SQUARES APPROXIMATION BY CUBIC SPLINES - FIXED KNOTS. imsl/ICSFKV NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSFKU imsl/ICSICU INTERPOLATORY APPROXIMATION BY CUBIC SPLINES WITH ARBITRARY SECOND DERIVATIVE END CONDITIONS. imsl/ICSMOU ONE-DIMENSIONAL DATA SMOOTHING BY ERROR DETECTION imsl/ICSPLN CUBIC SPLINE INTERPOLATION WITH PERIODIC END CONDITIONS imsl/ICSSCU CUBIC SPLINE DATA SMOOTHER imsl/ICSSCV CUBIC SPLINE DATA SMOOTHER (EASY-TO-USE VERSION) imsl/ICSSD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSSCV imsl/ICSSE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSSCV imsl/ICSSF NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSSCV imsl/ICSSG NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSSCV imsl/ICSSH NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ICSSCV imsl/ICSVKU LEAST SQUARES APPROXIMATION BY CUBIC SPLINES - VARIABLE KNOTS imsl/IFLSQ LEAST SQUARES APPROXIMATION WITH USER SUPPLIED FUNCTIONS imsl/IQHSCU ONE-DIMENSIONAL QUASI-CUBIC HERMITE INTERPOLATION imsl/IQHSCV SMOOTH SURFACE FITTING WITH IRREGULARLY DISTRIBUTED DATA POINTS imsl/IQHSD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IQHSCV imsl/IQHSE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IQHSCV imsl/IQHSF NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IQHSCV imsl/IQHSG NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IQHSCV imsl/IQHSH NUCLEUS CALLED ONLY BY IMSL SUBROUTINE IQHSCV imsl/IRATCU RATIONAL WEIGHTED CHEBYSHEV APPROXIMATION OF A CONTINUOUS FUNCTION. LINEAR ALGEBRAIC EQUATIONS imsl/LEQIF LINEAR EQUATION SOLUTION - FULL MATRICES (VIRTUAL MEMORY VERSION) imsl/LEQOF LINEAR EQUATION SOLUTION - FULL MATRICES (OUT-OF-CORE VERSION) imsl/LEQT1B LINEAR EQUATION SOLUTION - BAND STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LEQT1C MATRIX DECOMPOSITION, LINEAR EQUATION SOLUTION - SPACE ECONOMIZER SOLUTION - COMPLEX MATRICES imsl/LEQT1F LINEAR EQUATION SOLUTION - FULL STORAGE MODE - SPACE ECONOMIZER SOLUTION. imsl/LEQT1P LINEAR EQUATION SOLUTION - POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LEQT2B LINEAR EQUATION SOLUTION - BAND STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LEQT2F LINEAR EQUATION SOLUTION - FULL STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LEQT2P LINEAR EQUATIONS SOLUTION - POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LEQ1PB LINEAR EQUATION SOLUTION - POSITIVE DEFINITE SYMMETRIC BAND MATRIX - BAND SYMMETRIC STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LEQ1S LINEAR EQUATION SOLUTION - INDEFINITE MATRIX - SYMMETRIC STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LEQ2C LINEAR EQUATION SOLUTION - COMPLEX MATRIX - HIGH ACCURACY SOLUTION imsl/LEQ2PB LINEAR EQUATION SOLUTION - POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LEQ2S LINEAR EQUATION SOLUTION - INDEFINITE MATRIX - SYMMETRIC STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LGINF GENERALIZED INVERSE OF A REAL MATRIX imsl/LGING NUCLEUS USED ONLY BY IMSL ROUTINE LGINF imsl/LINV1F INVERSION OF A MATRIX - FULL STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LINV1P INVERSION OF MATRIX - POSITIVE DEFINITE - SYMMETRIC STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LINV2F INVERSION OF A MATRIX - FULL STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LINV2P INVERSION OF A MATRIX - POSITIVE DEFINITE - SYMMETRIC STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LINV3F IN PLACE INVERSE, EQUATION SOLUTION, AND/OR DETERMINANT EVALUATION - FULL STORAGE MODE imsl/LINV3P IN PLACE INVERSE, EQUATION SOLUTION, POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE imsl/LIN1PB INVERSION OF A MATRIX - POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE - SPACE ECONOMIZER SOLUTION imsl/LIN2PB INVERSION OF MATRIX - POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE - HIGH ACCURACY SOLUTION imsl/LLBQF SOLUTION OF LINEAR LEAST SQUARES PROBLEM - HIGH ACCURACY SOLUTION imsl/LLBQG NUCLEUS CALLED ONLY BY IMSL ROUTINE LLBQF imsl/LLBQH NUCLEUS CALLED ONLY BY IMSL ROUTINE LLBQF imsl/LLBQI NUCLEUS CALLED ONLY BY IMSL ROUTINE LLBQF imsl/LLSQF SOLUTION OF A LINEAR LEAST SQUARES PROBLEM imsl/LSVDB SINGULAR VALUE DECOMPOSITION OF A BIDIAGONAL MATRIX. imsl/LSVDF SINGULAR VALUE DECOMPOSITION OF A REAL MATRIX imsl/LSVG1 NUCLEUS CALLED ONLY BY IMSL ROUTINE LSVDB imsl/LSVG2 NUCLEUS CALLED ONLY BY IMSL ROUTINE LSVDB imsl/LUDAPB DECOMPOSITION OF A POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE imsl/LUDATF L-U DECOMPOSITION BY THE CROUT ALGORITHM WITH OPTIONAL ACCURACY TEST. imsl/LUDATN NUCLEUS CALLED ONLY BY IMSL SUBROUTINE LEQT2F imsl/LUDECP DECOMPOSITION OF A POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE imsl/LUELMF ELIMINATION PART OF SOLUTION OF AX=B (FULL STORAGE MODE) imsl/LUELMN NUCLEUS CALLED ONLY BY IMSL SUBROUTINE LEQT2F imsl/LUELMP ELIMINATION PART OF THE SOLUTION OF AX=B - POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE imsl/LUELPB ELIMINATION PART OF SOLUTION OF AX=B - POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE imsl/LUREFF REFINEMENT OF SOLUTION TO LINEAR EQUATIONS - FULL STORAGE MODE imsl/LUREFN NUCLEUS CALLED ONLY BY IMSL SUBROUTINE LEQT2F imsl/LUREFP REFINEMENT OF SOLUTION TO LINEAR EQUATIONS - POSITIVE DEFINITE MATRIX - SYMMETRIC STORAGE MODE imsl/LUREPB REFINEMENT OF SOLUTION TO LINEAR EQUATIONS - POSITIVE DEFINITE BAND SYMMETRIC MATRIX - BAND SYMMETRIC STORAGE MODE MATHEMATICAL AND STATISTICAL SPECIAL FUNCTIONS imsl/MDBETA BETA PROBABILITY DISTRIBUTION FUNCTION imsl/MDBETI INVERSE BETA PROBABILITY DISTRIBUTION FUNCTION imsl/MDBIN BINOMIAL PROBABILITY DISTRIBUTION FUNCTION imsl/MDBNOR BIVARIATE NORMAL PROBABILITY DISTRIBUTION FUNCTION imsl/MDCH CHI-SQUARED PROBABILITY DISTRIBUTION FUNCTION imsl/MDCHI INVERSE CHI-SQUARED PROBABILITY DISTRIBUTION FUNCTION imsl/MDCHN NON-CENTRAL CHI-SQUARED PROBABILITY DISTRIBUTION FUNCTION imsl/MDFD F PROBABILITY DISTRIBUTION FUNCTION imsl/MDFDRE F PROBABILITY DISTRIBUTION FUNCTION (INTEGER OR FRACTIONAL DEGREES OF FREEDOM) imsl/MDFI INVERSE F PROBABILITY DISTRIBUTION FUNCTION imsl/MDGAM GAMMA PROBABILITY DISTRIBUTION FUNCTION imsl/MDGC GENERAL CUMULATIVE PROBABILITY DISTRIBUTION FUNCTION, GIVEN ORDINATES OF THE DENSITY imsl/MDGCI INVERSE OF A GENERAL CUMULATIVE PROBABILITY DISTRIBUTION FUNCTION, GIVEN ORDINATES OF THE DENSITY imsl/MDGD NUCLEUS CALLED ONLY BY IMSL SUBROUTINES MDGC AND MDGCI imsl/MDHYP HYPERGEOMETRIC PROBABILITY DISTRIBUTION FUNCTION imsl/MDNOR NORMAL OR GAUSSIAN PROBABILITY DISTRIBUTION FUNCTION imsl/MDNORD NORMAL OR GAUSSIAN PROBABILITY DISTRIBUTION FUNCTION OF A DOUBLE PRECISION ARGUMENT imsl/MDNRIS INVERSE STANDARD NORMAL (GAUSSIAN) PROBABILITY DISTRIBUTION FUNCTION imsl/MDSMR KOLMOGOROV-SMIRNOV STATISTICS ASYMPTOTIC PROBABILITY DISTRIBUTION FUNCTION imsl/MDSTI INVERSE OF A MODIFICATION OF STUDENTS T PROBABILITY DISTRIBUTION FUNCTION imsl/MDTD STUDENTS T PROBABILITY DISTRIBUTION FUNCTION imsl/MDTN NON-CENTRAL T PROBABILITY DISTRIBUTION FUNCTION imsl/MDTNF INTEGRAL RELATED TO CALCULATION OF NONCENTRAL T AND BIVARIATE NORMAL PROBABILITY DISTRIBUTION FUNCTIONS imsl/MDTPS CUMULATIVE PROBABILITY AND, OPTIONALLY, INDIVIDUAL TERMS OF THE POISSON PROBABILITY DISTRIBUTION FUNCTION imsl/MERF= EVALUATE THE ERROR FUNCTION ERF PRECISION/HARDWARESINGLE/ALL NOTE - ERF MAY NOT BE SUPPLIED BY IMSL IF IT RESIDES IN THE MATHEMATICAL SUBPROGRAM LIBRARY SUPPLIED BY THE MANUFACTURER. REQD. IMSL ROUTINES - NONE REQUIRED imsl/MERFCI INVERSE COMPLEMENTED ERROR FUNCTION imsl/MERFD= EVALUATE THE ERROR FUNCTION OF A DOUBLE PRECISION DERF ARGUMENT imsl/MERFI INVERSE ERROR FUNCTION imsl/MERRC= EVALUATE THE COMPLEMENTED ERROR FUNCTION ERFC PRECISION/HARDWARESINGLE/ALL NOTE - ERFC MAY NOT BE SUPPLIED BY IMSL IF IT RESIDES IN THE MATHEMATICAL SUBPROGRAM LIBRARY SUPPLIED BY THE MANUFACTURER. REQD. IMSL ROUTINES - NONE REQUIRED imsl/MERRCD= EVALUATE THE COMPLEMENTED ERROR FUNCTION OF A DOUBLE DERFC PRECISION ARGUMENT imsl/MERRCZ EVALUATE A FUNCTION RELATED TO THE COMPLEMENTED ERROR FUNCTION FOR A COMPLEX ARGUMENT imsl/MGAMA= EVALUATE THE GAMMA FUNCTION GAMMA PRECISION/HARDWARESINGLE/ALL NOTE - GAMMA MAY NOT BE SUPPLIED BY IMSL IF IT RESIDES IN THE MATHEMATICAL SUBPROGRAM LIBRARY SUPPLIED BY THE MANUFACTURER. REQD. IMSL ROUTINES - UERTST,UGETIO imsl/MGAMAD= EVALUATE THE GAMMA FUNCTION OF A DOUBLE PRECISION DGAMMA ARGUMENT imsl/MLGAMA= EVALUATE THE LOG (BASE E) OF THE ABSOLUTE VALUE OF THE ALGAMA GAMMA FUNCTION imsl/MLGAMD= EVALUATE THE LOG (BASE E) OF THE ABSOLUTE VALUE OF THE DLGAMA GAMMA FUNCTION OF A DOUBLE PRECISION ARGUMENT X imsl/MMBSIN MODIFIED BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE INTEGER ORDER FOR REAL ARGUMENTS imsl/MMBSIR MODIFIED BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE REAL ORDER FOR REAL POSITIVE ARGUMENTS WITH EXPONENTIAL SCALING OPTION imsl/MMBSI0 MODIFIED BESSEL FUNCTION OF THE FIRST KIND OF ORDER ZERO imsl/MMBSI1 MODIFIED BESSEL FUNCTION OF THE FIRST KIND OF ORDER ONE imsl/MMBSJN BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE INTEGER ORDER FOR REAL ARGUMENTS imsl/MMBSJR BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE REAL ORDER FOR REAL POSITIVE ARGUMENTS imsl/MMBSJ0 BESSEL FUNCTION OF THE FIRST KIND OF ORDER ZERO imsl/MMBSJ1 BESSEL FUNCTION OF THE FIRST KIND OF ORDER ONE imsl/MMBSKR MODIFIED BESSEL FUNCTION OF THE SECOND KIND OF NONNEGATIVE REAL FRACTIONAL ORDER FOR REAL POSITIVE ARGUMENTS SCALED BY EXP(ARG) imsl/MMBSK0 MODIFIED BESSEL FUNCTION OF THE SECOND KIND OF ORDER ZERO imsl/MMBSK1 MODIFIED BESSEL FUNCTION OF THE SECOND KIND OF ORDER ONE imsl/MMBSYN BESSEL FUNCTION OF THE SECOND KIND OF NONNEGATIVE REAL FRACTIONAL ORDER FOR REAL POSITIVE ARGUMENTS imsl/MMBZIN MODIFIED BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE INTEGER ORDER FOR COMPLEX ARGUMENTS imsl/MMBZJN BESSEL FUNCTION OF THE FIRST KIND OF NONNEGATIVE INTEGER ORDER FOR COMPLEX ARGUMENTS imsl/MMDAS DAWSON INTEGRAL imsl/MMDEI EXPONENTIAL INTEGRALS imsl/MMDELE COMPLETE ELLIPTIC INTEGRAL OF THE SECOND KIND imsl/MMDELK COMPLETE ELLIPTIC INTEGRAL OF THE FIRST KIND imsl/MMDEN EXPONENTIAL INTEGRALS OF INTEGER ORDER FOR REAL ARGUMENT X SCALED BY EXP(X) imsl/MMKELD DERIVATIVES OF THE KELVIN FUNCTIONS (BER, BEI, KER, OF ORDER ZERO. imsl/MMKEL0 KELVIN FUNCTIONS OF THE FIRST KIND, (BER, BEI), AND OF THE SECOND KIND, (KER, KEI), OF ORDER ZERO imsl/MMKEL1 KELVIN FUNCTIONS OF THE FIRST KIND, (BER, BEI), AND OF THE SECOND KIND, (KER, KEI), OF ORDER ONE imsl/MMLINC ELEMENTARY INTEGRAL FROM WHICH INVERSE CIRCULAR FUNCTIONS, LOGARITHMS, OR INVERSE HYPERBOLIC FUNCTIONS MAY BE COMPUTED imsl/MMLIND INCOMPLETE ELLIPTIC INTEGRAL OF THE SECOND KIND imsl/MMLINF INCOMPLETE ELLIPTIC INTEGRAL OF THE FIRST KIND imsl/MMLINJ INCOMPLETE ELLIPTIC INTEGRAL OF THE THIRD KIND imsl/MMPSI LOGARITHMIC DERIVATIVE OF THE GAMMA FUNCTION imsl/MMWPL WEIERSTRASS P-FUNCTION IN THE LEMNISCATIC CASE FOR COMPLEX ARGUMENT WITH UNIT PERIOD PARALLELOGRAM imsl/MMWPL1 FIRST DERIVATIVE OF THE WEIERSTRASS P-FUNCTION IN THE LEMNISCATIC CASE FOR COMPLEX ARGUMENT WITH UNIT PERIOD PARALLELOGRAM imsl/MMWPQ WEIERSTRASS P-FUNCTION IN THE EQUIANHARMONIC CASE FOR COMPLEX ARGUMENT WITH UNIT PERIOD PARALLELOGRAM imsl/MMWPQ1 FIRST DERIVATIVE OF THE WEIERSTRASS P-FUNCTION IN THE EQUIANHARMONIC CASE FOR COMPLEX ARGUMENT WITH UNIT PERIOD PARALLELOGRAM imsl/MSENO EXPECTED VALUES OF NORMAL ORDER STATISTICS imsl/MSENP NUCLEUS CALLED ONLY BY IMSL ROUTINE MSENO imsl/MSMRAT RATIO OF THE ORDINATE TO THE UPPER TAIL AREA OF THE DISTRIBUTION NON-PARAMETRIC STATISTICS imsl/NAFRE FRIEDMANS TEST FOR RANDOMIZED COMPLETE BLOCK DESIGNS imsl/NAK1 KRUSKAL-WALLIS TEST FOR IDENTICAL POPULATIONS imsl/NAWNRP WILSONS ANOVA (2 OR 3 WAY DESIGNS) WITHOUT REPLICATES imsl/NAWRPE WILSONS ANOVA (1, 2, OR 3 WAY DESIGNS) WITH EQUAL REPLICATION imsl/NAWRPU WILSONS ANOVA (1, 2, OR 3 WAY DESIGNS) WITH UNEQUAL REPLICATION imsl/NBCYC NOETHERS TEST FOR CYCLICAL TREND imsl/NBQT COCHRAN Q TEST imsl/NBSDL COX AND STUART SIGN TEST FOR TRENDS IN DISPERSION AND LOCATION imsl/NBSIGN SIGN TEST (FOR PERCENTILES) imsl/NDEST EVALUATE PROBABILITY DENSITY FUNCTION AT SPECIFIED POINTS imsl/NDKER NONPARAMETRIC PROBABILITY DENSITY FUNCTION (ONE ESTIMATION BY THE KERNEL METHOD. imsl/NDMPLE NONPARAMETRIC PROBABILITY DENSITY FUNCTION (ONE ESTIMATION BY THE PENALIZED LIKELIHOOD METHOD imsl/NHEXT FISHERS EXACT METHOD FOR 2 BY 2 TABLES imsl/NHINC INCLUDANCE TEST imsl/NKS1 KOLMOGOROV-SMIRNOV ONE-SAMPLE TEST imsl/NKS2 KOLMOGOROV-SMIRNOV TWO-SAMPLE TEST imsl/NMCC CALCULATE AND TEST THE SIGNIFICANCE OF THE KENDALL COEFFICIENT OF CONCORDANCE imsl/NMKN KENDALLS TEST FOR CORRELATION (RANK CORRELATION COEFFICIENT) imsl/NMKSF FREQUENCY DISTRIBUTION OF K AND THE PROBABILITY OF EQUALLING OR EXCEEDING K, WHERE K, THE TOTAL SCORE FROM THE KENDALL RANK CORRELATION COEFFICIENT CALCULATIONS, AND N, THE SAMPLE SIZE, ARE GIVEN imsl/NMKTS K-SAMPLE TRENDS TEST AGAINST ORDERED ALTERNATIVES imsl/NMRANK NUMERICAL RANKING imsl/NMTIE TIE STATISTICS, GIVEN A SAMPLE OF OBSERVATIONS imsl/NNUC NUCLEUS CALLED ONLY BY IMSL SUBROUTINES NAK1, NMCC, AND NMKN imsl/NRBHA BHAPKAR V TEST imsl/NRWMD WILCOXON SIGNED RANK TEST imsl/NRWRST WILCOXONS RANK-SUM TEST (MANN-WHITNEY TEST) OBSERVATION STRUCTURE; MULTIVARIATE STATISTICS imsl/OCDIS PAIRWISE EUCLIDEAN DISTANCES BETWEEN THE COLUMNS OF A MATRIX imsl/OCLINK PERFORM A SINGLE-LINKAGE OR COMPLETE-LINKAGE HIERARCHICAL CLUSTER ANALYSIS GIVEN A SIMILARITY MATRIX imsl/ODFISH LINEAR DISCRIMINANT ANALYSIS METHOD OF FISHER FOR REDUCING THE NUMBER OF VARIABLES imsl/ODNORM MULTIVARIATE NORMAL LINEAR DISCRIMINANT ANALYSIS AMONG SEVERAL KNOWN GROUPS imsl/OFCOEF COMPUTE A MATRIX OF FACTOR SCORE COEFFICIENTS FOR INPUT TO IMSL ROUTINE OFSCOR imsl/OFCOMM COMPUTE AN UNROTATED FACTOR LOADING MATRIX ACCORDING TO A COMMON FACTOR MODEL BY UNWEIGHTED OR GENERALIZED LEAST SQUARES, OR BY MAXIMUM LIKELIHOOD PROCEDURES imsl/OFHARR TRANSFORMATION OF UNROTATED FACTOR LOADING MATRIX TO OBLIQUE AXES BY HARRIS-KAISER METHOD imsl/OFIMAG COMPUTE AN UNROTATED FACTOR LOADING MATRIX ACCORDING TO AN IMAGE MODEL imsl/OFIMA3 LEAST SQUARES SOLUTION TO THE MATRIX EQUATION AT = B. imsl/OFPRI COMPUTE AN UNROTATED FACTOR LOADING MATRIX ACCORDING TO A PRINCIPAL COMPONENT MODEL imsl/OFPROT OBLIQUE TRANSFORMATION OF THE FACTOR LOADING MATRIX USING A TARGET MATRIX, INCLUDING PIVOT AND POWER VECTOR OPTIONS imsl/OFRESI COMMUNALITIES AND NORMALIZED FACTOR RESIDUAL CORRELATION MATRIX CALCULATION imsl/OFROTA ORTHOGONAL ROTATION OF A FACTOR LOADING MATRIX USING A GENERALIZED ORTHOMAX CRITERION, INCLUDING QUARTIMAX, VARIMAX, AND EQUAMAX imsl/OFSCHN ORTHOGONAL TRANSFORMATION OF THE FACTOR LOADING MATRIX USING A TARGET MATRIX imsl/OFSCOR COMPUTE A SET OF FACTOR SCORES GIVEN THE FACTOR SCORE COEFFICIENT MATRIX imsl/OIND WILKS TEST FOR THE INDEPENDENCE OF K SETS OF MULTI-NORMAL VARIATES imsl/OPRINC PRINCIPAL COMPONENTS OF A MULTIVARIATE SAMPLE OF OBSERVATIONS imsl/OTMLNR MAXIMUM LIKELIHOOD ESTIMATION FROM GROUPED AND/OR CENSORED NORMAL DATA REGRESSION ANALYSIS imsl/RLCOMP GENERATION OF AN ORTHOGONAL CENTRAL COMPOSITE DESIGN imsl/RLDCQM DECODING OF A QUADRATIC REGRESSION MODEL imsl/RLDCVA VARIANCE ESTIMATES FOR DECODED ORTHOGONAL POLYNOMIAL REGRESSION COEFFICIENTS imsl/RLDCW VARIANCES OF CODED ORTHOGONAL POLYNOMIAL REGRESSION COEFFICIENTS. FOR USAGE IN CONJUNCTION WITH IMSL ROUTINES RLFOTH AND RLFOTW, AND PROVIDED TO PREPARE INPUT FOR IMSL ROUTINE RLDCVA. imsl/RLDOPM COEFFICIENT DECODER FOR AN ORTHOGONAL POLYNOMIAL REGRESSION MODEL imsl/RLEAP LEAPS AND BOUNDS ALGORITHM FOR DETERMINING A NUMBER OF BEST REGRESSION SUBSETS FROM A FULL REGRESSION MODEL imsl/RLEAP1 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE RLEAP imsl/RLEAP2 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE RLEAP imsl/RLEAP3 NUCLEUS CALLED ONLY BY IMSL SUBROUTINE RLEAP imsl/RLFITI PURE REPLICATION ERROR DEGREES OF FREEDOM AND SUM OF SQUARES - IN CORE VERSION imsl/RLFITO PURE REPLICATION ERROR DEGREES OF FREEDOM AND SUM OF SQUARES - OUT OF CORE VERSION imsl/RLFOR FIT A UNIVARIATE CURVILINEAR REGRESSION MODEL USING ORTHOGONAL POLYNOMIALS WITH OPTIONAL WEIGHTING - EASY TO USE VERSION imsl/RLFOTH FIT A UNIVARIATE CURVILINEAR REGRESSION MODEL USING ORTHOGONAL POLYNOMIALS imsl/RLFOTW FIT A UNIVARIATE CURVILINEAR REGRESSION MODEL USING ORTHOGONAL POLYNOMIALS WITH WEIGHTING imsl/RLGQMI CENTERING OF INDEPENDENT VARIABLE SETTINGS AND GENERATION OF CENTERED SQUARE AND CROSS PRODUCT TERMS - IN CORE VERSION imsl/RLGQMO CENTERING OF INDEPENDENT VARIABLE SETTINGS AND GENERATION OF UNCENTERED SQUARE AND CROSS PRODUCT TERMS - OUT OF CORE VERSION imsl/RLINCF RESPONSE CONTROL USING A FITTED SIMPLE LINEAR REGRESSION MODEL imsl/RLINPF INVERSE PREDICTION USING A FITTED SIMPLE LINEAR REGRESSION MODEL imsl/RLLAV PERFORM LINEAR REGRESSION USING THE LEAST ABSOLUTE VALUES CRITERION imsl/RLLMV PERFORM LINEAR REGRESSION USING THE MINIMAX CRITERION imsl/RLMUL MULTIPLE LINEAR REGRESSION ANALYSIS imsl/RLONE ANALYSIS OF A SIMPLE LINEAR REGRESSION MODEL imsl/RLOPDC RESPONSE PREDICTION USING AN ORTHOGONAL POLYNOMIAL REGRESSION MODEL imsl/RLPOL GENERATE ORTHOGONAL POLYNOMIALS WITH THE ASSOCIATED CONSTANTS AA AND BB imsl/RLPRDI CONFIDENCE INTERVALS FOR THE TRUE RESPONSE AND FOR THE AVERAGE OF A SET OF FUTURE OBSERVATIONS ON THE RESPONSE - IN CORE VERSION imsl/RLPRDO CONFIDENCE INTERVALS FOR THE TRUE RESPONSE AND FOR THE AVERAGE OF A SET OF FUTURE OBSERVATIONS ON THE RESPONSE - OUT OF CORE VERSION imsl/RLRES PERFORM A RESIDUAL ANALYSIS FOR A FITTED REGRESSION MODEL imsl/RLSEP SELECTION OF A REGRESSION MODEL USING A FORWARD STEPWISE ALGORITHM, AND COMPUTATION OF THE USUAL ANALYSIS OF VARIANCE TABLE ENTRIES - EASY TO USE VERSION imsl/RLSTP REGRESSION MODEL SELECTION USING A FORWARD STEPWISE ALGORITHM WITH RESULTS AVAILABLE AFTER EACH STEP imsl/RLSUBM RETRIEVAL OF A SYMMETRIC SUBMATRIX FROM A MATRIX STORED IN SYMMETRIC STORAGE MODE BY RLSTP imsl/RLSUM REORDERING OF THE ROWS AND CORRESPONDING COLUMNS OF A SYMMETRIC MATRIX STORED IN SYMMETRIC STORAGE MODE imsl/RSMITZ LEAST SQUARES FIT OF THE NON-LINEAR REGRESSION MODEL = ALPHA+BETA*GAMMA**X(I)+E(I) imsl/RSMSSE NUCLEUS USED TO PROVIDE FUNCTIONAL COMMUNICATION BETWEEN IMSL SUBROUTINES RSMITZ AND ZXGSP SAMPLING imsl/SSPAND SIMPLE RANDOM SAMPLING WITH PROPORTION DATA-INFERENCES REGARDING THE POPULATION PROPORTION AND TOTAL imsl/SSPBLK STRATIFIED RANDOM SAMPLING WITH PROPORTION DATA - INFERENCES REGARDING THE POPULATION PROPORTION AND TOTAL imsl/SSRAND SIMPLE RANDOM SAMPLING WITH CONTINUOUS DATA - INFERENCES REGARDING THE POPULATION MEAN AND TOTAL USING RATIO OR REGRESSION ESTIMATION imsl/SSRBLK STRATIFIED RANDOM SAMPLING WITH CONTINUOUS DATA-INFERENCES REGARDING THE POPULATION MEAN AND TOTAL USING RATIO OR REGRESSION ESTIMATION imsl/SSSAND SIMPLE RANDOM SAMPLING WITH CONTINUOUS DATA - INFERENCES REGARDING THE POPULATION MEAN AND TOTAL imsl/SSSBLK STRATIFIED RANDOM SAMPLING WITH CONTINUOUS DATA - INFERENCES REGARDING THE POPULATION MEAN AND TOTAL imsl/SSSCAN SINGLE STAGE CLUSTER SAMPLING WITH CONTINUOUS DATA - INFERENCES REGARDING THE POPULATION MEAN AND TOTAL imsl/SSSEST TWO-STAGE SAMPLING WITH CONTINUOUS DATA AND EQUISIZED PRIMARY UNITS - INFERENCES REGARDING THE POPULATION MEAN AND TOTAL UTILITY FUNCTIONS imsl/UERSET SET MESSAGE LEVEL FOR IMSL ROUTINE UERTST imsl/UERTST PRINT A MESSAGE REFLECTING AN ERROR CONDITION imsl/UGETIO TO RETRIEVE CURRENT VALUES AND TO SET NEW VALUES FOR INPUT AND OUTPUT UNIT IDENTIFIERS. imsl/UHELP DISPLAY METHODS OF OBTAINING INFORMATION ON IMSL CONVENTIONS REGARDING VARIOUS SUBJECTS AND PROVIDE A MEANS FOR INDIVIDUAL SITES TO SUPPLY USERS WITH SITE SPECIFIC INFORMATION imsl/UHELP1 WRITE INFORMATION REGARDING IMSL CONVENTIONS AND NOTATION TO AN OUTPUT FILE imsl/UHELP2 WRITE INFORMATION REGARDING IMSL INPUT AND OUTPUT CONVENTIONS imsl/UHELP3 WRITE INFORMATION REGARDING IMSL ERROR DETECTING FACILITIES imsl/UHELP4 WRITE INFORMATION REGARDING MATRIX/VECTOR STORAGE MODES USED IN IMSL SUBROUTINES imsl/USBOX PRINT A BOXPLOT (K SAMPLES) imsl/USBOX1 NUCLEUS CALLED ONLY BY ROUTINE USBOX imsl/USHHST PRINT A HORIZONTAL HISTOGRAM imsl/USHST PRINT A VERTICAL HISTOGRAM imsl/USHST2 PRINT A VERTICAL HISTOGRAM, PLOTTING TWO FREQUENCIES WITH ONE BAR OF THE HISTOGRAM imsl/USLEAP PRINT RESULTS OF THE BEST-REGRESSIONS ANALYSIS PERFORMED BY IMSL ROUTINE RLEAP. imsl/USMNMX DETERMINATION OF THE MINIMUM AND MAXIMUM VALUES OF A VECTOR imsl/USPC PRINT A SAMPLE CDF, A THEORETICAL CDF AND CONFIDENCE BAND INFORMATION. PLOT THESE ON OPTION. imsl/USPDF PLOT OF TWO SAMPLE CUMULATIVE PROBABILITY DISTRIBUTION FUNCTIONS AGAINST THEIR SPECTRA imsl/USPKD NUCLEUS CALLED BY IMSL ROUTINES THAT HAVE CHARACTER STRING ARGUMENTS imsl/USPLO PRINTER PLOT OF UP TO TEN FUNCTIONS imsl/USPLOD PRINTER PLOT OF UP TO TEN FUNCTIONS (DOUBLE PRECISION VERSION) imsl/USPRP PROBABILITY PLOT imsl/USSLF PRINT A STEM AND LEAF DISPLAY imsl/USTREE PRINT A BINARY TREE (WHICH MAY REPRESENT THE OUTPUT OF A CLUSTERING ALGORITHM IN CHAPTER O) imsl/USWBM PRINT A MATRIX STORED IN BAND STORAGE MODE. imsl/USWBS PRINT A MATRIX STORED IN BAND SYMMETRIC STORAGE MODE. imsl/USWCH PRINT A COMPLEX HERMITIAN MATRIX STORED IN HERMITIAN STORAGE MODE imsl/USWCM PRINT A COMPLEX MATRIX STORED IN FULL STORAGE MODE imsl/USWCV PRINT A COMPLEX VECTOR imsl/USWFM PRINT A MATRIX STORED IN FULL STORAGE MODE. imsl/USWFV PRINT A VECTOR. imsl/USWSM PRINT A MATRIX STORED IN SYMMETRIC STORAGE MODE. VECTOR-MATRIX ARITHMETIC imsl/VABMXF MAXIMUM ABSOLUTE VALUE OF THE ELEMENTS OF A VECTOR OR A SUBSET OF THE ELEMENTS OF A VECTOR imsl/VABMXS MAXIMUM ABSOLUTE VALUE OF THE ELEMENTS OF A ROW OR COLUMN OF A MATRIX STORED IN SYMMETRIC STORAGE MODE imsl/VABSMF SUM OF THE ABSOLUTE VALUES OF THE ELEMENTS OF A VECTOR OR A SUBSET OF A VECTOR imsl/VABSMS SUM OF THE ABSOLUTE VALUES OF THE ELEMENTS OF A ROW OF A MATRIX STORED IN SYMMETRIC STORAGE MODE imsl/VBLA= COMPUTE A CONSTANT TIMES A VECTOR PLUS A VECTOR, ALL CAXPY COMPLEX imsl/VBLA= COPY A VECTOR X TO A VECTOR Y, BOTH COMPLEX CCOPY PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE COMPLEX DOT PRODUCT USING CONJUGATED VECTOR CDOTC COMPONENTS imsl/VBLA= COMPUTE COMPLEX DOT PRODUCT USING UNCONJUGATED VECTOR CDOTU COMPONENTS imsl/VBLA= COMPUTE A COMPLEX CONSTANT TIMES A COMPLEX VECTOR CSCAL PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE A REAL CONSTANT TIMES A COMPLEX VECTOR CSSCAL PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= INTERCHANGE VECTORS X AND Y, BOTH COMPLEX CSWAP PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE COMPLEX DOT PRODUCT USING CONJUGATED VECTOR CZDOTC COMPONENTS (AND DOUBLE PRECISION ACCUMULATION) imsl/VBLA= COMPUTE COMPLEX DOT PRODUCT USING UNCONJUGATED VECTOR CZDOTU COMPONENTS (AND DOUBLE PRECISION ACCUMULATION) imsl/VBLA= COMPUTE DOUBLE PRECISION SUM OF ABSOLUTE VALUES DASUM PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE A CONSTANT TIMES A VECTOR PLUS A VECTOR, ALL DAXPY DOUBLE PRECISION imsl/VBLA= COPY A VECTOR X TO A VECTOR Y, BOTH DOUBLE PRECISION DCOPY PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE DOUBLE PRECISION DOT PRODUCT DDOT PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE THE EUCLIDEAN LENGTH OR L2 NORM OF A DOUBLE DNRM2 PRECISION VECTOR imsl/VBLA= APPLY GIVENS PLANE ROTATION (DOUBLE PRECISION) DROT PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= CONSTRUCT GIVENS PLANE ROTATION (DOUBLE PRECISION) DROTG PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= APPLY A MODIFIED GIVENS PLANE ROTATION (DOUBLE DROTM PRECISION) imsl/VBLA= CONSTRUCT A MODIFIED GIVENS PLANE ROTATION (DOUBLE DROTMG PRECISION) imsl/VBLA= COMPUTE A DOUBLE PRECISION CONSTANT TIMES A DOUBLE DSCAL PRECISION VECTOR imsl/VBLA= COMPUTE SINGLE PRECISION DOT PRODUCT USING DOUBLE DSDOT PRECISION ACCUMULATION imsl/VBLA= INTERCHANGE VECTORS X AND Y, BOTH DOUBLE PRECISION DSWAP PRECISION/HARDWAREDOUBLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= FIND THE SMALLEST INDEX OF THE MAXIMUM MAGNITUDE OF A ICAMAX COMPLEX VECTOR imsl/VBLA= FIND THE SMALLEST INDEX OF THE MAXIMUM MAGNITUDE OF A IDAMAX DOUBLE PRECISION VECTOR imsl/VBLA= FIND THE SMALLEST INDEX OF THE MAXIMUM MAGNITUDE OF A ISAMAX SINGLE PRECISION VECTOR imsl/VBLA= COMPUTE SINGLE PRECISION SUM OF ABSOLUTE VALUES SASUM PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE A CONSTANT TIMES A VECTOR PLUS A VECTOR, ALL SAXPY SINGLE PRECISION imsl/VBLA= COMPUTE COMPLEX SUM OF ABSOLUTE VALUES SCASUM PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE THE EUCLIDEAN LENGTH OR L2 NORM OF A COMPLEX SCNRM2 VECTOR imsl/VBLA= COPY A VECTOR X TO A VECTOR Y, BOTH SINGLE PRECISION SCOPY PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE SINGLE PRECISION DOT PRODUCT SDOT PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= COMPUTE SINGLE PRECISION DOT PRODUCT AND ADD A SDSDOT CONSTANT USING DOUBLE PRECISION ACCUMULATION imsl/VBLA= COMPUTE THE EUCLIDEAN LENGTH OR L2 NORM OF A SINGLE SNRM2 PRECISION VECTOR imsl/VBLA= APPLY GIVENS PLANE ROTATION (SINGLE PRECISION) SROT PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= CONSTRUCT GIVENS PLANE ROTATION (SINGLE PRECISION) SROTG PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VBLA= APPLY A MODIFIED GIVENS PLANE ROTATION (SINGLE SROTM PRECISION) imsl/VBLA= CONSTRUCT A MODIFIED GIVENS PLANE ROTATION (SINGLE SROTMG PRECISION) imsl/VBLA= COMPUTE A SINGLE PRECISION CONSTANT TIMES A SINGLE SSCAL PRECISION VECTOR imsl/VBLA= INTERCHANGE VECTORS X AND Y, BOTH SINGLE PRECISION SSWAP PRECISION/HARDWARESINGLE/ALL REQD. IMSL ROUTINES - NONE REQUIRED imsl/VCONVO VECTOR CONVOLUTION imsl/VCVTBF STORAGE MODE CONVERSION OF MATRICES (BAND TO FULL STORAGE MODE) imsl/VCVTCH STORAGE MODE CONVERSION OF MATRICES (FULL COMPLEX TO HERMITIAN) imsl/VCVTFB STORAGE MODE CONVERSION OF MATRICES (FULL TO BAND STORAGE MODE) imsl/VCVTFQ STORAGE MODE CONVERSION (FULL TO BAND SYMMETRIC STORAGE MODE) imsl/VCVTFS STORAGE MODE CONVERSION OF MATRICES (FULL TO SYMMETRIC) imsl/VCVTHC STORAGE MODE CONVERSION OF MATRICES (HERMITIAN TO FULL COMPLEX) imsl/VCVTQF STORAGE MODE CONVERSION (BAND SYMMETRIC TO FULL STORAGE MODE) imsl/VCVTQS STORAGE MODE CONVERSION (BAND SYMMETRIC TO SYMMETRIC STORAGE MODE) imsl/VCVTSF STORAGE MODE CONVERSION OF MATRICES (SYMMETRIC TO FULL) imsl/VCVTSQ STORAGE MODE CONVERSION (SYMMETRIC TO BAND SYMMETRIC STORAGE MODE) imsl/VDCMP NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VDCMPA NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VDCMPE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VDCPS DECOMPOSE AN INTEGER INTO ITS PRIME FACTORS imsl/VDSWAM NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VHSH2C COMPLEX HOUSEHOLDER TRANSFORMATION TO ZERO A SINGLE ELEMENT OF A MATRIX imsl/VHSH2R REAL HOUSEHOLDER TRANSFORMATION TO ZERO A SINGLE ELEMENT OF A MATRIX imsl/VHSH3R REAL HOUSEHOLDER TRANSFORMATION TO ZERO TWO ELEMENTS OF A MATRIX imsl/VHS12 REAL HOUSEHOLDER TRANSFORMATION - COMPUTATION AND APPLICATIONS. imsl/VIPRFF VECTOR INNER PRODUCT OF TWO VECTORS OR SUBSETS OF TWO VECTORS imsl/VIPRSS VECTOR INNER PRODUCT OF TWO VECTORS EACH OF WHICH IS PART OF SOME MATRIX STORED IN SYMMETRIC MODE imsl/VMULBB MATRIX MULTIPLICATION (BAND STORAGE MODE) imsl/VMULBF MATRIX MULTIPLICATION (BAND BY FULL MATRICES) imsl/VMULBS MATRIX MULTIPLICATION (BAND BY SYMMETRIC MATRICES) imsl/VMULFB MATRIX MULTIPLICATION (FULL BY BAND MATRICES) imsl/VMULFF MATRIX MULTIPLICATION (FULL STORAGE MODE) imsl/VMULFM MATRIX MULTIPLICATION OF THE TRANSPOSE OF MATRIX A BY MATRIX B (FULL STORAGE MODE) imsl/VMULFP MATRIX MULTIPLICATION OF MATRIX A BY THE TRANSPOSE OF MATRIX B (FULL STORAGE MODE) imsl/VMULFQ MATRIX MULTIPLICATION (FULL BY BAND SYMMETRIC MATRICES) imsl/VMULFS MATRIX MULTIPLICATION (FULL BY SYMMETRIC MATRICES) imsl/VMULQB MATRIX MULTIPLICATION (BAND SYMMETRIC BY BAND MATRICES) imsl/VMULQF MATRIX MULTIPLICATION (BAND SYMMETRIC BY FULL MATRICES) imsl/VMULQQ MATRIX MULTIPLICATION (BAND SYMMETRIC STORAGE MODE) imsl/VMULQS MATRIX MULTIPLICATION (BAND SYMMETRIC BY SYMMETRIC MATRICES) imsl/VMULSB MATRIX MULTIPLICATION (SYMMETRIC BY BAND MATRICES) imsl/VMULSF MATRIX MULTIPLICATION (SYMMETRIC BY FULL MATRICES) imsl/VMULSQ MATRIX MULTIPLICATION (SYMMETRIC BY BAND SYMMETRIC MATRICES) imsl/VMULSS MATRIX MULTIPLICATION (SYMMETRIC STORAGE MODE) imsl/VNABSX NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNAXPB NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNDCPY NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNDIST NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNINI NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNPINV NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNPIVD NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNRMFI INFINITY-NORM MATRICES (FULL STORAGE MODE) imsl/VNRMF1 1-NORM OF MATRICES (FULL STORAGE MODE) imsl/VNRMF2 EUCLIDEAN-NORM OF MATRICES (FULL STORAGE MODE) imsl/VNRMS1 1-NORM OF MATRICES (SYMMETRIC STORAGE MODE) imsl/VNRMS2 EUCLIDEAN-NORM OF MATRICES (SYMMETRIC STORAGE MODE) imsl/VNSCPY NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VNSWAP NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VPOLYF MATRIX POLYNOMIAL (FULL STORAGE MODE) imsl/VSAD SORTING OF DOUBLE PRECISION MATRICES (WITH OPTIONS) imsl/VSADX NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSAR SORTING OF MATRICES (WITH OPTIONS) imsl/VSARER NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSARX NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSCMP NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSCMPA NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSCMPE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSENA NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDA NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDAQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDEQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDU NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIDUQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIRA NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIRAQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIRE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIREQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIRU NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSIRUQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSODA SORTING OF COLUMNS OF A DOUBLE PRECISION MATRIX IN ASCENDING ORDER OF KEYS IN ROWS. imsl/VSODAP NUCLEUS CALLED BY IMSL ROUTINE BDTAB imsl/VSODAQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSODE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSODEQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSODU NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSODUQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSORA SORTING OF COLUMNS OF A REAL MATRIX INTO ASCENDING ORDER OF KEYS IN ROWS. imsl/VSORAP NUCLEUS CALLED BY IMSL ROUTINE BDTAB imsl/VSORAQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSORE NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSOREQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSORU NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSORUQ NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VSRTA SORTING OF ARRAYS BY ALGEBRAIC VALUE imsl/VSRTAD SORTING OF DOUBLE PRECISION ARRAYS BY ALGEBRAIC VALUE imsl/VSRTM SORTING OF ARRAYS BY ABSOLUTE VALUE imsl/VSRTMD SORTING OF DOUBLE PRECISION ARRAYS BY ABSOLUTE VALUE imsl/VSRTP SORTING OF ARRAYS BY ABSOLUTE VALUE - PERMUTATIONS RETURNED imsl/VSRTPD SORTING OF DOUBLE PRECISION ARRAYS BY ABSOLUTE VALUE - PERMUTATIONS RETURNED imsl/VSRTR SORTING OF ARRAYS BY ALGEBRAIC VALUE - PERMUTATIONS RETURNED imsl/VSRTRD SORTING OF DOUBLE PRECISION ARRAYS BY ALGEBRAIC VALUE - PERMUTATIONS RETURNED imsl/VSRTU INTERCHANGE THE ROWS OR COLUMNS OF A MATRIX USING A PERMUTATION VECTOR SUCH AS THE ONE OBTAINED FROM IMSL ROUTINES VSRTP OR VSRTR imsl/VSRTUD INTERCHANGE THE ROWS OR COLUMNS OF A DOUBLE PRECISION MATRIX USING A PERMUTATION VECTOR SUCH AS THE ONE OBTAINED FROM IMSL ROUTINES VSRTPD OR VSRTRD imsl/VSSWAM NUCLEUS CALLED BY IMSL ROUTINES WHICH SORT A MATRIX WITH RESPECT TO VECTORS. imsl/VTPROF TRANSPOSE PRODUCT OF MATRIX (FULL STORAGE MODE) imsl/VTPROS TRANSPOSE PRODUCT OF A MATRIX (SYMMETRIC STORAGE MODE) imsl/VTRAN TRANSPOSE A RECTANGULAR MATRIX imsl/VUABQ MATRIX ADDITION (BAND + BAND SYMMETRIC MATRICES) imsl/VUAFB MATRIX ADDITION (FULL + BAND MATRICES) imsl/VUAFQ MATRIX ADDITION (FULL + BAND SYMMETRIC MATRICES) imsl/VUAFS MATRIX ADDITION (FULL + SYMMETRIC MATRICES) imsl/VUASB MATRIX ADDITION (SYMMETRIC + BAND MATRICES) imsl/VUASQ MATRIX ADDITION (SYMMETRIC + BAND SYMMETRIC MATRICES) imsl/VXADD EXTENDED PRECISION ADD imsl/VXMUL EXTENDED PRECISION MULTIPLY imsl/VXSTO DOUBLE PRECISION STORE. ZEROS AND EXTREMA; LINEAR PROGRAMMING imsl/ZANLYT ZEROS OF AN ANALYTIC COMPLEX FUNCTION USING THE MULLER METHOD WITH DEFLATION imsl/ZBRENT ZERO OF A FUNCTION WHICH CHANGES SIGN IN A GIVEN INTERVAL (BRENT ALGORITHM) imsl/ZCPOLY ZEROS OF A POLYNOMIAL WITH COMPLEX COEFFICIENTS (JENKINS-TRAUB) imsl/ZCPQLB NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLC NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLF NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLG NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLH NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLI NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLJ NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLK NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLL NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZCPQLM NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZCPOLY imsl/ZFALSE ZERO OF A FUNCTION GIVEN AN INTERVAL CONTAINING THE ZERO imsl/ZPOLR ZEROS OF A POLYNOMIAL WITH REAL COEFFICIENTS (LAGUERRE) imsl/ZQADC ZEROS OF A QUADRATIC WITH COMPLEX COEFFICIENTS imsl/ZQADR ZEROS OF A QUADRATIC WITH REAL COEFFICIENTS imsl/ZREAL1 THE REAL ZEROS OF A REAL FUNCTION - TO BE USED WHEN INITIAL GUESSES ARE POOR imsl/ZREAL2 THE REAL ZEROS OF A REAL FUNCTION - TO BE USED WHEN INITIAL GUESSES ARE GOOD imsl/ZRPOLY ZEROS OF A POLYNOMIAL WITH REAL COEFFICIENTS (JENKINS-TRAUB) imsl/ZRPQLB NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLC NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLF NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLG NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLH NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZRPQLI NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZRPOLY imsl/ZSCNT SOLVE A SYSTEM OF NONLINEAR EQUATIONS imsl/ZSCNU NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSCNT imsl/ZSPOW SOLVE A SYSTEM OF NONLINEAR EQUATIONS imsl/ZSPWA NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWB NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWC NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWD NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWE NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWF NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSPWG NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZSPOW imsl/ZSRCH GENERATE POINTS IN AN N DIMENSIONAL SPACE imsl/ZXCGR A CONJUGATE GRADIENT ALGORITHM FOR FINDING THE MINIMUM OF A FUNCTION OF N VARIABLES imsl/ZXGSN ONE-DIMENSIONAL UNIMODAL FUNCTION MINIMIZATION USING THE GOLDEN SECTION SEARCH METHOD imsl/ZXGSP ONE-DIMENSIONAL UNIMODAL FUNCTION MINIMIZATION USING THE GOLDEN SECTION SEARCH METHOD - DATA PARAMETERS SPECIFIED imsl/ZXLSF ONE-DIMENSIONAL MINIMIZATION OF A SMOOTH FUNCTION USING SAFEGUARDED QUADRATIC INTERPOLATION. imsl/ZXMIN MINIMUM OF A FUNCTION OF N VARIABLES USING A QUASI-NEWTON METHOD imsl/ZXMJN NUCLEUS CALLED BY IMSL ROUTINES ZXMIN AND ZXMWD imsl/ZXMWD GLOBAL MINIMUM (WITH CONSTRAINTS) OF A FUNCTION OF N VARIABLES imsl/ZXMWE NUCLEUS CALLED ONLY BY ZXMWD imsl/ZXSSQ MINIMUM OF THE SUM OF SQUARES OF M FUNCTIONS IN N VARIABLES USING A FINITE DIFFERENCE LEVENBERG-MARQUARDT ALGORITHM imsl/ZX0LP SOLVE THE LINEAR PROGRAMMING PROBLEM (PHASE ONE OR VIA THE REVISED SIMPLEX ALGORITHM imsl/ZX3LP SOLVE THE LINEAR PROGRAMMING PROBLEM VIA THE REVISED SIMPLEX ALGORITHM - EASY TO USE VERSION imsl/ZX4LP SOLVE THE LINEAR PROGRAMMING PROBLEM VIA THE REVISED SIMPLEX ALGORITHM (ALTERNATE EASY TO USE VERSION) imsl/ZX4LQ NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZX4LP imsl/ZX4LR NUCLEUS CALLED ONLY BY IMSL SUBROUTINE ZX4LP