Master Index for SAS OnlineDoc

N

N  INSIGHT

n command 

FSEDIT window   FSPROC

FSVIEW window   FSPROC

=n command, FSEDIT window  FSPROC

N function  LGREF

N keyword  PROC

N Obs statistic  PROC

+n option 

COLUMNS statement (COMPUTAB)   ETS

ROWS statement (COMPUTAB)   ETS

N option 

OUTPUT statement (FREQ)   STAT

N= option 

EXACT statement (FREQ)   STAT

EXACT statement (NPAR1WAY)   STAT

FACTOR statement (CALIS)   STAT

PROC ACECLUS statement   STAT

PROC PRINCOMP statement   STAT

PROC PRINQUAL statement   STAT

PROC SURVEYMEANS statement   STAT

PROC SURVEYREG statement   STAT

N= option, EXACT statement (FREQ)  PROC

n option, feedback indicators  AFPROC

N= option, FILE statement  ODS

N option, PROC PRINT statement  PROC

n-period-ahead forecasting 

MODEL procedure   ETS

N2SLS | 2SLS option 

FIT statement (MODEL)   ETS

N3SLS | 3SLS option 

FIT statement (MODEL)   ETS

NACTS= option 

CHART statement (GANTT)   ORPM

PROC CPM statement   ORPM

NADJ= option 

PROBPLOT statement (UNIVARIATE)   PROC

PROC CPM statement   ORPM

QQPLOT statement (UNIVARIATE)   PROC

NAHEAD= option 

SOLVE statement (MODEL)  "Solution Modes" ETS; "SOLVE Statement" ETS

NAK device parameter  GREF

name aliases  QUERY

NAME= argument 

PROC DBCSTAB statement   PROC

NAME= argument, MODIFY statement  GREF

NAME= argument, TRANTAB statement (CPORT)  PROC

name attribute  "Frame Class: name" AF; "Object Class: name" AF

Name command variable parameter field  FSPROC

NAME command, FSEDIT window  FSPROC

%name delimiter  MACRO

name delimiter  MACRO

NAME function  IML

listing the names of arguments   IML

name literals  ACCDB

name mangling  INSIGHT

NAME= option 

ACTNET statement (NETDRAW)   ORPM

BLOCK statement (GCHART)   GREF

BUBBLE statement   GREF

CHART statement (GANTT)   ORPM

CHORO statement   GREF

CUSUM procedure   QC

DONUT statement   GREF

HBAR/HBAR3D statements   GREF

HISTOGRAM statement (UNIVARIATE)   PROC

MACONTROL procedure   QC

MODEL statement (TRANSREG)   STAT

PARETO procedure   QC

PIE/PIE3D statements   GREF

PLOT statement (BOXPLOT)   STAT

PLOT statement (G3D)   GREF

PLOT statement (GCONTOUR)   GREF

PLOT statement (GPLOT)   GREF

PLOT statement (REG)   STAT

PRISM statement   GREF

PROBPLOT statement (UNIVARIATE)   PROC

PROC DTREE statement   ORPM

PROC GPRINT statement   GREF

PROC GSLIDE statement   GREF

PROC TRANSPOSE statement   PROC

PROC TREE statement   STAT

QQPLOT statement (UNIVARIATE)   PROC

SCATTER statement, G3D procedure   GREF

SHEWHART procedure   QC

STAR statement   GREF

SURFACE statement   GREF

TRANSFORM statement (PRINQUAL)   STAT

TREEPLOT statement (DTREE)  "Example 3.3: Contract Bidding Problem" ORPM; "TREEPLOT Statement" ORPM

using viewports in DSGI, example   GREF

NAME= option, BLOCK statement (GMAP) 

purpose and use   GREF

NAME= option, frame indicators  AFPROC

NAME= option, PROC GANNO statement  GREF

NAME= option, PROC GFONT statement 

displaying fonts   GREF

purpose and use   GREF

NAME= option, PROC GKEYMAP statement 

purpose and use   GREF

NAME= option, VBAR/VBAR3D statements 

purpose and use   GREF

name prefix, variable list  LRCON

NAME= printer option  VMS

name range, variable list  LRCON

name server  COMM

NAME statement 

NETFLOW procedure  "COLUMN Statement" ORMP; "COST Statement" ORMP; "Input Data Sets" ORMP; "LO Statement" ORMP; "NAME Statement" ORMP; "PRINT Statement" ORMP; "PROC NETFLOW Statement" ORMP

TREE procedure   STAT

name style macros  MACRO

name tokens  LGREF

SAS names   LGREF

name, variable attribute  LRCON

-name, X command line option  "X Command Line Options" UNIXC, VMS

NAME2= option 

SHEWHART procedure   QC

NAMECTRL= option 

NETFLOW procedure  "NAME Statement" ORMP; "PROC NETFLOW Statement" ORMP

NAMECTRL=option 

PROC NETFLOW statement   ORMP

named fields  FSPROC

named input  "INPUT" LGREF; "INPUT, Named" LGREF

named lists  SCLR

determining item names   SCLR

finding occurrence of a name   SCLR

indexing items by position   SCLR

replacing item names   SCLR

starting point for searches   SCLR

NAMED option, PROC REPORT statement  PROC

named output  "PUT" LGREF; "PUT, Named" LGREF

NAMED parameter, SYSPRINTFONT system option  OS2

named pipes  "Accessing Sequential-Format Data Libraries" UNIXC; "Using Named Pipes" OS2, WIN

CALL RECONNECT routine  "Using Named Pipes" OS2, WIN

connecting to next client  "Using Named Pipes" OS2, WIN

connecting to next client (example)   OS2

examples  "Using Named Pipes" OS2, WIN

in SCL  "Using Named Pipes" OS2, WIN

NOBLOCK option   WIN

NOBLOCK option (example)   OS2

one client, one server   WIN

one client, one server (example)   OS2

one server, several clients   WIN

one server, several clients (example)   OS2

syntax  "Using Named Pipes" OS2, WIN

waiting for data   WIN

waiting for data (example)   OS2

nameDisplayed attribute  AF

NAMEDITEM function  SCLR

NAMEDIVIDE function  SCLR

NAMEITEM function  SCLR

NAMELEN= option 

PROC ANOVA statement   STAT

PROC CATMOD statement   STAT

PROC GENMOD statement   STAT

PROC GLM statement   STAT

PROC GLMMOD statement   STAT

PROC LOGISTIC statement   STAT

PROC MIXED statement   STAT

NAMEMERGE function  SCLR

NAMEPIPE option, FILENAME statement  WIN

Names  INSIGHT

names  SCLR

of data windows   INSIGHT

of transformed variables   INSIGHT

names of 

extracted data windows   INSIGHT

names of tables  INSIGHT

names of variables  ANALYST

_NAME_ option 

COLUMNS statement (COMPUTAB)   ETS

ROWS statement (COMPUTAB)   ETS

_NAME_ variable 

ARCDATA data set (NETFLOW)   ORMP

ARCOUT and CONOUT data sets (NETFLOW)   ORMP

naming 

catalog entries  "Saving Graphics Catalogs" INSIGHT; "Saving Graphics Files" INSIGHT

Cook's D variables   INSIGHT

Covratio variables   INSIGHT

data sets   INSIGHT

data sources   ODBC

dfbetas variables   INSIGHT

Dffits variables   INSIGHT

partial leverage variables   INSIGHT

residual variables  "Anscombe Residuals" INSIGHT; "Deviance Residuals" INSIGHT; "Pearson Residuals" INSIGHT; "Residual Normal Quantiles" INSIGHT; "Standardized and Studentized Residuals" INSIGHT

SAS data libraries   ODBC

time intervals  "Constructing Interval Names" ETS; "Specifying Time Intervals" ETS

variables   INSIGHT

naming conventions  ACCDB

ACCESS procedure   ACCDB

CA-OpenIngres   ACCDB

case-sensitive names   ACCDB

column names   GASST

DB2 under OS/390   ACCDB

DB2 under UNIX and PC hosts   ACCDB

DBLOAD procedure   ACCDB

DBMS column names to SAS variable names   ACCDB

examples   ACCDB

GIF files   GREF

HTML files   GREF

Informix   ACCDB

name literals   ACCDB

non-standard names   ACCDB

ODBC   ACCDB

OLE DB   ACCDB

ORACLE   ACCDB

Oracle Rdb   ACCDB

SAS/ACCESS LIBNAME statement and   ACCDB

SAS catalogs   GASST

SAS system options   IMSDI

SAS variable names to DBMS column names   ACCDB

SAS variables   IMSDI

special characters   ACCDB

SQL procedure and  "Introduction" ACCDB; "Long Names and Case Sensitivity in the SQL Procedure and Pass-Through Facility" ACCDB

SQL Procedure Pass-Through Facility   ACCDB

SYBASE   ACCDB

table names   GASST

Teradata   ACCDB

variable names   ACCDB

naming conventions, SAS names  LRCON

naming model parameters 

ARIMA procedure   ETS

naming quadratic variables in ADXQMOD macro  QC

NARCS= option 

NETFLOW procedure   ORMP

PROC NETFLOW statement   ORMP

NARROW option 

PROC SIM2D statement   STAT

national characters, in external files  "Advanced External I/O Techniques" OS2, WIN

national income and product accounts tapes 

DATASOURCE procedure   ETS

national language support, SYBASE  ACCDB

NATIONAL option, PROC SORT statement  PROC

native data files  "Introduction to SAS Files" WIN; "Types of SAS Files" UNIXC

native data views  UNIXC

native device drivers  GREF

native editor section file  VMS

native files  LRCON

Native Keys  DATACOM

native library engines  "LIBNAME" UNIXC; "Library Engines" LRCON; "Multiple Engine Architecture" OS2, WIN

NATURAL applications  ADBAS

natural base constants  LGREF

NATURAL data definition modules  ADBAS

data field names   ADBAS

DDM file name   ADBAS

NATURAL DDM files, effects of ADABAS changes  ADBAS

NATURAL DDM name, specifying  "Data Set Options" ADBAS; "DDM=" ADBAS

NATURAL DDMs (example)  ADBAS

NATURAL file objects  ADBAS

natural languages, cross-architecture access  SHR

NATURAL libraries  ADBAS

NATURAL library objects  ADBAS

natural logarithms  LGREF

natural parameter 

generalized linear models   INSIGHT

natural response rate  "Estimating the Natural Response Threshold Parameter" STAT; "Overview" STAT; "PROC PROBIT Statement" STAT

NATURAL SECURITY  ADBAS

options, specifying   ADBAS

password, specifying   ADBAS

user identifier, specifying   ADBAS

NATURAL SECURITY library identifier, specifying  ADBAS

NATURAL SECURITY System (NSS), and interface view engine  ADBAS

NATURAL SECURITY system file, parameters for  ADBAS

NATURAL user objects  ADBAS

navigating  INSIGHT

navigation  OS390

navigational keys  OS2

NAXIS1= option, GRID statement  GREF

NAXIS2= option, GRID statement  GREF

NBYTE= option 

FILE statement   LGREF

INFILE statement   LGREF

NC= option, PROC FSEDIT statement  FSPROC

NCAN= option 

MODEL statement (TRANSREG)   STAT

PROC CANCORR statement   STAT

PROC CANDISC statement   STAT

PROC DISCRIM statement   STAT

NCLUSTERS= option 

PROC TREE statement   STAT

NCOEFS= option 

NETFLOW procedure   ORMP

PROC NETFLOW statement   ORMP

NCOL function  IML

finding the number of columns of a matrix   IML

NCOLS= option 

HISTOGRAM statement (UNIVARIATE)   PROC

PARETO procedure   QC

PROBPLOT statement (UNIVARIATE)   PROC

QQPLOT statement (UNIVARIATE)   PROC

NCONS= option 

NETFLOW procedure   ORMP

PROC NETFLOW statement   ORMP

NDEC= option 

MONTHLY statement (X11)   ETS

PROC MODEL statement   ETS

QUARTERLY statement (X11)   ETS

SSPAN statement (X11)   ETS

NDECIMAL= option 

MACONTROL procedure   QC

SHEWHART procedure   QC

NDECIMAL2= option 

SHEWHART procedure   QC

NDIRECTIONS= option 

COMPUTE statement (VARIOGRAM)   STAT

NDOWN= option, PROC FORMS statement  PROC

NDSVOLS= system option  OS390

NE option, PROC PDSCOPY statement  OS390

NEAR= option, GRID statement 

partial spline interpolation, example   GREF

purpose and use   GREF

nearest centroid sorting  STAT

nearest component sorting  STAT

nearest neighbor method 

DISCRIM procedure   STAT

NEDIT option 

PROC CIMPORT statement   PROC

PROC CPORT statement   PROC

needles in scatter plots 

represented by symbols   GREF

suppressing with NONEEDLE option   GREF

suppressing with NONEEDLE option, example   GREF

NEEDLES option 

CUSUM procedure   QC

MACONTROL procedure   QC

SHEWHART procedure   QC

_needRefresh method  AF

_needRowRefresh  AF

_negate  AF

NEGATE command  SCLR

negative binomial distribution 

GENMOD procedure   STAT

negative binomial distributions  LGREF

cumulative distribution functions   LGREF

probabilities from   LGREF

negative float  ORPM

negative log likelihood function  ETS

NEGATIVE option 

PROC MDS statement   STAT

negative slack duration  ORPM

negative values in parentheses  LGREF

negative variance components 

VARCOMP procedure   STAT

NEGPARENw.d format  LGREF

neighbor greeting protocol  NETWORKS

ARP   NETWORKS

ES-IS   NETWORKS

NEIGHBOR option 

PROC MODECLUS statement   STAT

neighbor-balanced designs  QC

neighborhood distribution function (NDF), definition 

MODECLUS procedure   STAT

Nelder, J.A.  "Displaying the Poisson Regression Analysis" INSIGHT; "Goodness of Fit" INSIGHT; "References" INSIGHT; "Sample Data Sets" INSIGHT; "The Exponential Family of Distributions" INSIGHT

Nelder-Mead  ORMP

Nelder-Mead Simplex  ORMP

Nelder-Mead simplex  STAT

NENGOw. format  LGREF

NENGOw. informat  LGREF

_NEO_ operator  SCLR

_NEO_ system variable  SCLR

Nest button  INSIGHT

nested catalog concatenation (example)  LGREF

nested design  STAT

error terms   STAT

generating with PLAN procedure   STAT

hypothesis tests (NESTED)   STAT

nested effects 

design matrix (CATMOD)   STAT

fit analyses   INSIGHT

GENMOD procedure   STAT

MIXED procedure   STAT

model parameterization (GLM)   STAT

specifying (ANOVA)   STAT

specifying (CATMOD)   STAT

specifying (GLM)   STAT

nested error structure 

MIXED procedure   STAT

nested iterations 

MODEL procedure   ETS

nested lists  SCLR

limitless levels of nesting   SCLR

SAVELIST recursiveness   SCLR

saving to SCL entries   SCLR

simulating multidimensional arrays with   SCLR

nested macro definitions, avoiding  MACRO

nested models 

KRIGE2D procedure   STAT

VARIOGRAM procedure   STAT

NESTED procedure 

analysis of covariation   STAT

compared to other procedures  "Contrasted with Other SAS Procedures" STAT; "PROC GLM Contrasted with Other SAS Procedures" STAT; "PROC MIXED Contrasted with Other SAS Procedures" STAT

computational method   STAT

input data sets   STAT

introductory example   STAT

missing values   STAT

ODS table names   STAT

random effects   STAT

unbalanced design   STAT

NESTED procedure, BY statement  STAT

NESTED procedure, CLASS statement  STAT

NESTED procedure, PROC NESTED statement  STAT

AOV option   STAT

DATA= option   STAT

NESTED procedure, VAR statement  STAT

nested variables  PROC

nested-by-value effects 

specifying (CATMOD)   STAT

nesting expressions  LRCON

nesting special fields  IMSDI

NESTIT option 

FIT statement (MODEL)  "Estimation Methods" ETS; "FIT Statement" ETS

net income 

estimating corporate risk tolerance   ORPM

net present value  "Example 3.6: Petroleum Distributor's Decision Problem" ORPM; "NETPV" LGREF; "NPV" LGREF

as fraction   LGREF

as percentage   LGREF

net sales 

estimating corporate risk tolerance   ORPM

NetBIOS access method  COMM

macro variables for   COMM

NetBIOS access method, for OS/2 platform 

client example   COMM

error messages   COMM

examples   COMM

local host example   COMM

remote host example   COMM

SAS/CONNECT examples   COMM

SAS/SHARE examples   COMM

server example   COMM

NetBIOS access method, for Windows platform  COMM

client example   COMM

client tasks   COMM

error messages   COMM

local host example   COMM

local host tasks   COMM

NO$SYNTAXCHECK option   COMM

NOTERMINAL option   COMM

NOXWAIT option   COMM

options, setting at remote host   COMM

remote host example   COMM

remote host name, specifying   COMM

remote host tasks   COMM

remote host userid and password, setting   COMM

remote host, signing on to   COMM

rights, for connecting clients   COMM

rights, for secure server   COMM

SAS/CONNECT tasks   COMM

SAS options, setting   COMM

SAS/SHARE tasks   COMM

SASPASS option   COMM

SASSECUR= option   COMM

SASUSER option   COMM

security, setting for NetBIOS access method   COMM

security, setting userids and passwords for connecting clients   COMM

server example   COMM

server name, specifying   COMM

server tasks   COMM

software requirements   COMM

spawner program, starting   COMM

specifying  "SAS/CONNECT" COMM; "SAS/SHARE" COMM

specifying, at server   COMM

system requirements   COMM

tasks common to SAS/CONNECT and SAS/SHARE   COMM

VQADAPTR option   COMM

VQCAMLEN option   COMM

VQMCONVS option   COMM

VQMLINKS option   COMM

VQPNAME option   COMM

Windows 32s requirements   COMM

Windows 95 requirements   COMM

Windows NT requirements   COMM

NetBIOS access method, Windows platform 

client example   COMM

examples   COMM

local host example   COMM

remote host example   COMM

SAS/CONNECT examples   COMM

SAS/SHARE examples   COMM

server example   COMM

NetBIOS and MNetBIOS access methods, for OS/2 platform  COMM

access method buffer   COMM

client example   COMM

client tasks   COMM

exiting OS/2 shell   COMM

local host example   COMM

local host tasks   COMM

NO$SYNTAXCHECK option   COMM

NOTERMINAL option   COMM

NOXWAIT option   COMM

packet length   COMM

remote host example   COMM

remote host tasks   COMM

remote host userid and password   COMM

SAS/CONNECT tasks   COMM

SAS/SHARE tasks   COMM

server example   COMM

server tasks   COMM

setting options at remote host   COMM

setting options in SAS   COMM

signing on to remote host   COMM

software requirements   COMM

specifying access method at client   COMM

specifying access method at host   COMM

specifying access method at server   COMM

specifying network adapter   COMM

specifying network name  "SAS/CONNECT" COMM; "Tasks That Are Common to SAS/CONNECT and SAS/SHARE" COMM

specifying number of active links   COMM

specifying number of conversations   COMM

specifying server name   COMM

starting PC spawner program   COMM

syntax checking   COMM

system requirements   COMM

tasks common to SAS/CONNECT and SAS/SHARE   COMM

terminal associated with remote session   COMM

VQADAPTR option   COMM

VQCAMLEN option   COMM

VQMCONVS option   COMM

VQMLINKS option   COMM

VQNETNAME option   COMM

NETDRAW examples 

branch and bound trees   ORPM

compressing graphics version to fit on a page   ORPM

controlling information within nodes   ORPM

controlling the number of pages   ORPM

controlling the routing of the arcs   ORPM

displaying status of the activities   ORPM

drawing an AOA network using the Annotate facility   ORPM

drawing organizational charts   ORPM

drawing schematic diagrams   ORPM

graphics version   ORPM

illustrating data flow   ORPM

illustrating several timescale options   ORPM

illustrating the Annotate facility   ORPM

line-printer version   ORPM

modifying network layout   ORPM

nonstandard precedence relationships   ORPM

spanning several pages   ORPM

specifying node layout via the Network data set   ORPM

time-scaled network diagram   ORPM

zoned network diagram   ORPM

NETDRAW procedure 

ACTNET statement   ORPM

Annotate data set  "ACTNET Statement" ORPM; "PROC NETDRAW Statement" ORPM

Annotate facility   ORPM

arc layout options   ORPM

arc routing   ORPM

backward arcs in networks   ORPM

computer resource requirements   ORPM

controlling the network layout   ORPM

cyclic networks  "Layout of the Network" ORPM; "Overview" ORPM; "Time-Scaled Network Diagrams" ORPM

default ID variables   ORPM

details   ORPM

format control  "ACTNET Statement" ORPM; "Format of the Display" ORPM; "Page Format" ORPM

full-screen options  "ACTNET Statement" ORPM; "PROC NETDRAW Statement" ORPM

full-screen version  "Controlling the Layout" ORPM; "Full-screen Version" ORPM

functional summary   ORPM

graphics catalog specification   ORPM

graphics options  "ACTNET Statement" ORPM; "PROC NETDRAW Statement" ORPM

graphics version  "Graphics Version" ORPM; "Using the Annotate Facility" ORPM

hierarchical charts   ORPM

horizontal placement of nodes   ORPM

HTML Imagemap data set   ORPM

Imagemap data set   ORPM

information within node   ORPM

input data sets  "Network Input Data Set" ORPM; "Overview" ORPM

introductory example   ORPM

Layout data set  "Layout Data Set" ORPM; "PROC NETDRAW Statement" ORPM

layout specification   ORPM

line-printer options  "ACTNET Statement" ORPM; "PROC NETDRAW Statement" ORPM

missing values  "Format of the Display" ORPM; "Missing Values" ORPM

modes of display  "Format of the Display" ORPM; "Overview" ORPM; "PROC NETDRAW Statement" ORPM

modifying the network layout  "Controlling the Layout" ORPM; "Overview" ORPM

moving nodes   ORPM

Network data set   ORPM

network layout  "Controlling the Layout" ORPM; "Format of the Display" ORPM; "Layout Data Set" ORPM; "Layout of the Network" ORPM; "Overview" ORPM

network specification   ORPM

node coordinates and layout   ORPM

number of pages   ORPM

options classified by function   ORPM

organizational charts   ORPM

_ORNETDR macro variable  "Macro Variable _ORNETDR" ORPM; "The NETDRAW Procedure" ORPM

output data sets   ORPM

overview  "Overview" ORPM; "The NETDRAW Procedure" ORPM

page format details   ORPM

PROC NETDRAW statement   ORPM

restricting number of tracks   ORPM

rotating the network  "Controlling the Layout" ORPM; "Organizational Charts or Tree Diagrams" ORPM

saving network layout information   ORPM

showing activity progress   ORPM

splitting across pages  "Format of the Display" ORPM; "Page Format" ORPM

syntax skeleton   ORPM

table of syntax elements   ORPM

time-axis format   ORPM

time-scaled networks  "ACTNET Statement" ORPM; "Getting Started" ORPM; "Overview" ORPM; "Time-Scaled Network Diagrams" ORPM

top-down networks  "Controlling the Layout" ORPM; "Organizational Charts or Tree Diagrams" ORPM

topological ordering   ORPM

tree diagrams  "ACTNET Statement" ORPM; "Organizational Charts or Tree Diagrams" ORPM

use of dynamic programming   ORPM

using fullscreen to modify layout   ORPM

variables, list of   ORPM

vertical placement of nodes   ORPM

zoned networks  "ACTNET Statement" ORPM; "Overview" ORPM; "Zoned Network Diagrams" ORPM

NETENCRYPT system option  "NETENCRYPT" LGREF; "SAS System Options" SHR

NETENCRYPTALGORITHM= system option  "NETENCRYPTALGORITHM=" LGREF; "SAS System Options" SHR

NETENCRYPTKEYLEN= system option  "NETENCRYPTKEYLEN=" LGREF; "SAS System Options" SHR

NETFLOW procedure 

ALLART option   ORMP

AOUT= option  "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

Arc names  "COEF Statement" ORMP; "COLUMN Statement" ORMP; "Getting Started" ORMP; "Input Data Sets" ORMP; "Introductory Example" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "NAME Statement" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PROC NETFLOW Statement" ORMP

ARCDATA= option  "CAPACITY Statement" ORMP; "COST Statement" ORMP; "DEMAND Statement" ORMP; "Getting Started" ORMP; "HEADNODE Statement" ORMP; "Input Data Sets" ORMP; "Interactivity" ORMP; "Introductory Example" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "LO Statement" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "SUPPLY Statement" ORMP; "TAILNODE Statement" ORMP; "Warm Starts" ORMP

ARCNAME statement   ORMP

ARCOUT= option  "Dual Variables, Reduced Costs, and Status" ORMP; "Getting Started" ORMP; "ID Statement" ORMP; "Output Data Sets" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

ARCS_ONLY_ARCDATA option   ORMP

ARC_SINGLE_OBS option   ORMP

Bartels-Golub decomposition  "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "The Working Basis Matrix" ORMP

BIGM1 option   ORMP

BIGM2 option   ORMP

blending constraints   ORMP

BPDIV= option   ORMP

BYPASSDIV= option   ORMP

BYPASSDIVIDE= option   ORMP

BYTES= option   ORMP

CAPAC statement   ORMP

CAPACITY statement  "CAPACITY Statement" ORMP; "Example 4.2: Minimum Cost Flow Problem" ORMP; "PRINT Statement" ORMP

case-sensitivity   ORMP

case-sensitivity;ARCDATA= option   ORMP

Central Path   ORMP

CF= option   ORMP

CHOLTINYTOL= option   ORMP

COEF statement  "COEF Statement" ORMP; "Input Data Sets" ORMP; "PRINT Statement" ORMP; "TYPE Statement" ORMP

COLUMN statement  "COLUMN Statement" ORMP; "Input Data Sets" ORMP; "PROC NETFLOW Statement" ORMP

CONDATA= option  "COEF Statement" ORMP; "COLUMN Statement" ORMP; "Getting Started" ORMP; "Input Data Sets" ORMP; "Interactivity" ORMP; "Introductory Example" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "NAME Statement" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "TYPE Statement" ORMP; "VAR Statement" ORMP; "Warm Starts" ORMP

CONOPT statement  "CONOPT Statement" ORMP; "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "SHOW Statement" ORMP

CONOUT= option  "Dual Variables, Reduced Costs, and Status" ORMP; "Getting Started" ORMP; "ID Statement" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "Output Data Sets" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

CON_SINGLE_OBS option   ORMP

COREFACTOR= option   ORMP

COST statement  "COST Statement" ORMP; "PRINT Statement" ORMP; "Warm Starts" ORMP

COUT= option  "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

CYCLEMULT1= option   ORMP

Data Set options   ORMP

DATA SETS option;SHOW statement  "SAVE Statement" ORMP; "SHOW Statement" ORMP

DC= option   ORMP

DCT= option   ORMP

DEFCAPACITY= option   ORMP

DEFCONTYPE= option  "Example 4.2: Minimum Cost Flow Problem" ORMP; "Input Data Sets" ORMP; "PROC NETFLOW Statement" ORMP; "TYPE Statement" ORMP

DEFCOST= option   ORMP

DEFMINFLOW= option   ORMP

DEFTYPE= option   ORMP

DEMAND= option   ORMP

DEMAND statement  "DEMAND Statement" ORMP; "Missing S Supply and Missing D Demand Values" ORMP

Dense input format  "Getting Started" ORMP; "How to Make the Data Read of PROC NETFLOW More Efficient" ORMP; "Input Data Sets" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PROC NETFLOW Statement" ORMP; "RHS Statement" ORMP; "ROW Statement" ORMP; "Side Constraints" ORMP; "TYPE Statement" ORMP; "VAR Statement" ORMP

DENSETHR= option   ORMP

Details   ORMP

DMF= option   ORMP

DOUT= option  "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

Dual Variables  "Dual Variables, Reduced Costs, and Status" ORMP; "Pricing Strategies" ORMP

DUALFREQ= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

DUALIN= option  "PROC NETFLOW Statement" ORMP; "Warm Starts" ORMP

DUALOUT= option  "Output Data Sets" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

DWIA= option   ORMP

ENDPAUSE1 option   ORMP

Examples   ORMP

FEASIBLEPAUSE1 option   ORMP

FEASIBLEPAUSE2 option   ORMP

flow conservation constraints  "Flow Conservation Constraints" ORMP; "How to Make the Data Read of PROC NETFLOW More Efficient" ORMP; "Input Data Sets" ORMP; "Network Models" ORMP; "Network Models: Interior Point Algorithm" ORMP; "Reasons for Infeasibility" ORMP; "RESET Statement" ORMP; "Side Constraints" ORMP

FP1 option   ORMP

FP2 option   ORMP

FROM statement  "PRINT Statement" ORMP; "TAILNODE Statement" ORMP

FROMNODE statement   ORMP

functional summary  "Functional Summary" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

functional summary Interior Point Algorithm   ORMP

Functional Summary: Network Models: Interior Point algorithm   ORMP

FUTURE1 option  "Getting Started" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

FUTURE2 option  "Getting Started" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

Getting Started   ORMP

Getting Started Interior Point Algorithm   ORMP

GROUPED= option   ORMP

HEAD statement   ORMP

HEADNODE statement  "DEMAND Statement" ORMP; "Example 4.1: Shortest Path Problem" ORMP; "HEADNODE Statement" ORMP; "NODE Statement" ORMP

ID statement  "Example 4.3: Using a Warm Start" ORMP; "ID Statement" ORMP

IMAXITERB= option   ORMP

INF= option   ORMP

Infeasibility   ORMP

INFINITY= option   ORMP

initial basic feasible solution  "CONOPT Statement" ORMP; "Getting Started" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

Input data sets  "Input Data Sets" ORMP; "PROC NETFLOW Statement" ORMP

Interactivity   ORMP

Interactivity Interior Point Algorithm   ORMP

Interior Point algorithm   ORMP

Interior Point algorithm options   ORMP

Interior Point algorithm: Functional Summary: Network Models   ORMP

Interior Point Algorithm: Getting Started   ORMP

Interior Point Algorithm: Interactivity   ORMP

Interior Point Algorithm: Introductory example   ORMP

Interior Point Algorithm: linear programming problems   ORMP

Interior Point Algorithm: NETFLOW statement   ORMP

Interior Point Algorithm: Summary of PROC NETFLOW Options   ORMP

Interior Point: Algorithmic Details   ORMP

INTFIRST option   ORMP

INTPOINT option  "Network Models: Interior Point Algorithm" ORMP; "RESET Statement" ORMP

Introductory example  "Input Data Sets" ORMP; "Introductory Example" ORMP; "PRINT Statement" ORMP

Introductory example Interior Point Algorithm   ORMP

INVD_2D option  "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "The Working Basis Matrix" ORMP

INVFREQ= option   ORMP

INVREQ= option   ORMP

IPRSLTYPE= option   ORMP

Karush-Kuhn-Tucker (KKT) conditions   ORMP

linear programming problem  "Advantages of Network Models over LP Models" ORMP; "How to Make the Data Read of PROC NETFLOW More Efficient" ORMP; "Input Data Sets" ORMP; "Introduction" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "RESET Statement" ORMP

linear programming problems: Interior Point Algorithm   ORMP

LO statement  "LO Statement" ORMP; "PRINT Statement" ORMP

Longest path problem   ORMP

Loop arcs   ORMP

LOWERBD statement   ORMP

LP   ORMP

LRATIO1 option   ORMP

LRATIO2 option   ORMP

macro variable _ORNETFL   ORMP

mathematical description of LP   ORMP

mathematical description of NPSC   ORMP

MAX option   ORMP

MAXARRAYBYTES= option   ORMP

MAXFLOW option   ORMP

Maximal flow problem   ORMP

MAXIMIZE option   ORMP

MAXIT1= option  "PIVOT Statement" ORMP; "RESET Statement" ORMP

MAXIT2= option  "PIVOT Statement" ORMP; "RESET Statement" ORMP

MAXITERB= option   ORMP

MAXL= option   ORMP

MAXLUUPDATES= option   ORMP

MEMREP option   ORMP

MF option   ORMP

MINBLOCK1= option   ORMP

MINFLOW statement   ORMP

Minimum flow problam   ORMP

MISC option;SHOW statement   ORMP

Missing S Supply and Missing D Demand   ORMP

MLUU= option   ORMP

MOREOPT option   ORMP

multicommodity problems   ORMP

Multiple arcs   ORMP

NAME statement  "COLUMN Statement" ORMP; "COST Statement" ORMP; "Input Data Sets" ORMP; "LO Statement" ORMP; "NAME Statement" ORMP; "PRINT Statement" ORMP; "PROC NETFLOW Statement" ORMP

NAMECTRL= option  "NAME Statement" ORMP; "PROC NETFLOW Statement" ORMP

NARCS= option   ORMP

NCOEFS= option   ORMP

NCONS= option   ORMP

NETFLOW statement  "Getting Started" ORMP; "Interactivity" ORMP; "PROC NETFLOW Statement" ORMP

NETFLOW statement Interior Point Algorithm  "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP

network problems   ORMP

network problems Interior Point Algorithm   ORMP

network programming problem with side constraints   ORMP

NNAS= option   ORMP

NNODES= option   ORMP

NOBIGM1 option   ORMP

NOBIGM2 option   ORMP

NODE statement  "NODE Statement" ORMP; "Output Data Sets" ORMP; "SUPDEM Statement" ORMP

NODEDATA= data set  "Getting Started" ORMP; "Network Models: Interior Point Algorithm" ORMP

NODEDATA= option  "Getting Started" ORMP; "Interactivity" ORMP; "Introductory Example" ORMP; "Network Models: Interior Point Algorithm" ORMP; "NODE Statement" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "SUPDEM Statement" ORMP; "Warm Starts" ORMP

NODEOUT= option  "Getting Started" ORMP; "Output Data Sets" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP; "Warm Starts" ORMP

NOENDPAUSE1 option   ORMP

NOEP1 option   ORMP

NOFEASIBLEPAUSE1 option   ORMP

NOFEASIBLEPAUSE2 option   ORMP

NOFP1 option   ORMP

NOFP2 option   ORMP

NOFUTURE1 option   ORMP

NOFUTURE2 option   ORMP

NOINTFIRST option   ORMP

NOLRATIO1 option   ORMP

NOLRATIO2 option   ORMP

nonarc variable   ORMP

nonarc variables   ORMP

NON_REPLIC= option   ORMP

NOPERTURB1 option   ORMP

NOSCRATCH option   ORMP

NOTWOPHASE1 option   ORMP

NOTWOPHASE2 option   ORMP

NOUT= option   ORMP

NOZTOL1 option   ORMP

NOZTOL2 option   ORMP

NPSC   ORMP

OBJFN statement   ORMP

options classified by function  "Functional Summary" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

options classified by function Interior Point Algorithm  "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP

_ORNETFL macro variable   ORMP

Output data sets  "Output Data Sets" ORMP; "PROC NETFLOW Statement" ORMP

Overview   ORMP

P1NPARTIAL= option   ORMP

P1SCAN=BEST option   ORMP

P1SCAN=FIRST option   ORMP

P2NPARTIAL= option   ORMP

P2SCAN=ANY   ORMP

P2SCAN=BEST option   ORMP

P2SCAN=FIRST option   ORMP

PAUSE option;SHOW statement   ORMP

PAUSE1= option   ORMP

PAUSE2= option   ORMP

PDGAPTOL= option   ORMP

PDSTEPMULT= option   ORMP

PERTURB1 option   ORMP

PIVOT statement  "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PIVOT Statement" ORMP

preprocessing   ORMP

PRICETYPE1=BLAND   ORMP

PRICETYPE1=NOQ   ORMP

PRICETYPE2=BLAND   ORMP

PRICETYPE2=NOQ   ORMP

PRICETYPEx= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

PRICETYPEx=BLAND   ORMP

PRICETYPEx=NOQ   ORMP

PRICETYPEx=Q   ORMP

PRICING option;SHOW statement   ORMP

Pricing Strategies   ORMP

PRINT statement  "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PRINT Statement" ORMP

PRINT statement cautions   ORMP

proportional constraints  "Introductory Example" ORMP; "Side Constraints" ORMP

PRSLTYPE= option   ORMP

PxNPARTIAL= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

PxNPARTIAL= option, PRICETYPEx=NOQ   ORMP

PxSCAN= option   ORMP

PxSCAN= option, PRICETYPEx=NOQ   ORMP

PxSCAN= option, PRICETYPEx=Q   ORMP

Q1FILLNPARTIAL= option   ORMP

Q1FILLSCAN= option   ORMP

Q1FILLSCAN=BEST   ORMP

Q1FILLSCAN=FIRST   ORMP

Q2FILLNPARTIAL= option   ORMP

Q2FILLSCAN= option   ORMP

Q2FILLSCAN=BEST   ORMP

Q2FILLSCAN=FIRST   ORMP

QSIZE1= option   ORMP

QSIZE2= option   ORMP

QSIZEx= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

QUIT statement  "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "QUIT Statement" ORMP

QxFILLNPARTIAL= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

QxFILLSCAN= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

RCHOLTINYTOL= option   ORMP

RDENSETHR= option   ORMP

Reduced Costs  "Dual Variables, Reduced Costs, and Status" ORMP; "Pricing Strategies" ORMP

REDUCEQSIZE1= option   ORMP

REDUCEQSIZE2= option   ORMP

REDUCEQSIZEx= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

REDUCEQx= option   ORMP

REFACTFREQ= option   ORMP

REFRESHQ1= option   ORMP

REFRESHQ2= option   ORMP

REFRESHQx= option  "Pricing Strategies" ORMP; "RESET Statement" ORMP

RELEVANT option;SHOW statement   ORMP

RESET statement  "Getting Started" ORMP; "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "RESET Statement" ORMP

RFF= option   ORMP

RHS statement  "Input Data Sets" ORMP; "Output Data Sets" ORMP; "RHS Statement" ORMP

RHSOBS= option  "COLUMN Statement" ORMP; "Input Data Sets" ORMP; "PROC NETFLOW Statement" ORMP

ROW statement  "COEF Statement" ORMP; "Input Data Sets" ORMP; "Output Data Sets" ORMP; "ROW Statement" ORMP; "VAR Statement" ORMP

RPDGAPTOL= option   ORMP

RPDSTEPMULT= option   ORMP

RTOLDINF= option   ORMP

RTOLPINF= option   ORMP

RUN statement  "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "RUN Statement" ORMP

SAME_NONARC_DATA option   ORMP

SAVE statement  "Getting Started" ORMP; "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "RESET Statement" ORMP; "SAVE Statement" ORMP

SCALE= option   ORMP

SCDATA option   ORMP

SCRATCH option  "CONOPT Statement" ORMP; "RESET Statement" ORMP; "SHOW Statement" ORMP

SET statement   ORMP

Shortest path problem  "Example 4.1: Shortest Path Problem" ORMP; "PROC NETFLOW Statement" ORMP

SHORTPATH option  "Example 4.1: Shortest Path Problem" ORMP; "PROC NETFLOW Statement" ORMP

SHOW statement  "Interactivity" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "RESET Statement" ORMP; "SHOW Statement" ORMP

SHOW statement;DATA SETS option  "SAVE Statement" ORMP; "SHOW Statement" ORMP

SHOW statement;MISC option   ORMP

SHOW statement;PAUSE option   ORMP

SHOW statement;PRICING option   ORMP

SHOW statement;RELEVANT option   ORMP

SHOW statement;SIMPLEX option   ORMP

SHOW statement;STAGE option   ORMP

SHOW statement;STATUS option   ORMP

side constraints  "Mathematical Description of NPSC" ORMP; "Nonarc Variables" ORMP; "Side Constraints" ORMP

SIMPLEX option;SHOW statement   ORMP

SINK= option  "Example 4.1: Shortest Path Problem" ORMP; "PROC NETFLOW Statement" ORMP

SND option   ORMP

SOURCE= option   ORMP

SP option   ORMP

SP2 option   ORMP

Sparse input format  "Case Sensitivity" ORMP; "COEF Statement" ORMP; "COLUMN Statement" ORMP; "Example 4.6: Adding Side Constraints, Using a Warm Start" ORMP; "Getting Started" ORMP; "How to Make the Data Read of PROC NETFLOW More Efficient" ORMP; "Input Data Sets" ORMP; "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP; "PROC NETFLOW Statement" ORMP; "ROW Statement" ORMP; "Side Constraints" ORMP; "TYPE Statement" ORMP

SPARSECONDATA option  "Input Data Sets" ORMP; "PROC NETFLOW Statement" ORMP

SPARSEP2 option   ORMP

Special rows  "COEF Statement" ORMP; "Input Data Sets" ORMP; "TYPE Statement" ORMP

STAGE option;SHOW statement   ORMP

stages  "CONOPT Statement" ORMP; "Getting Started" ORMP; "Pricing Strategies" ORMP; "Reasons for Infeasibility" ORMP; "RESET Statement" ORMP

stages Interior Point Algorithm  "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP

Status   ORMP

STATUS option;SHOW statement   ORMP

Summary of PRINT Options   ORMP

Summary of PROC NETFLOW Options  "Functional Summary" ORMP; "PROC NETFLOW Statement" ORMP

Summary of PROC NETFLOW Options Interior Point Algorithm   ORMP

Summary of PROC NETFLOW Options: Interior Point Algorithm   ORMP

Summary of RESET Statement Options   ORMP

Summary of SAVE Options   ORMP

Summary of SHOW Options   ORMP

SUPDEM statement  "Missing S Supply and Missing D Demand Values" ORMP; "Output Data Sets" ORMP; "SUPDEM Statement" ORMP

SUPPLY= option   ORMP

SUPPLY statement  "Missing S Supply and Missing D Demand Values" ORMP; "SUPPLY Statement" ORMP

Syntax   ORMP

Syntax Interior Point Algorithm   ORMP

syntax skeleton   ORMP

table of syntax elements  "Functional Summary" ORMP; "PROC NETFLOW Statement" ORMP; "RESET Statement" ORMP

table of syntax elements Interior Point Algorithm  "Linear Programming Models: Interior Point Algorithm" ORMP; "Network Models: Interior Point Algorithm" ORMP

TAIL statement   ORMP

TAILNODE statement  "Example 4.1: Shortest Path Problem" ORMP; "NODE Statement" ORMP; "SUPPLY Statement" ORMP; "TAILNODE Statement" ORMP

THRUNET option  "Missing S Supply and Missing D Demand Values" ORMP; "PROC NETFLOW Statement" ORMP

TO statement  "HEADNODE Statement" ORMP; "PRINT Statement" ORMP

TOLDINF= option   ORMP

TOLPINF= option   ORMP

TONODE statement   ORMP

TWOPHASE1 option   ORMP

TWOPHASE2 option   ORMP

TYPE statement  "Input Data Sets" ORMP; "Output Data Sets" ORMP; "TYPE Statement" ORMP

TYPEOBS= option  "COLUMN Statement" ORMP; "Input Data Sets" ORMP; "PROC NETFLOW Statement"