Book Contents

I

ID= option

STRUCTURE statement (BOM)

ID statement

INTPOINT procedure

ID variables

Single-level BOM data set

Summarized BOM data set

IMAXITERB= option

INTPOINT procedure

indented bill of material

Indented BOM data set

variables

independent demand

INF= option

INTPOINT procedure

PROC INTPOINT statement

infeasibility

INTPOINT procedure "Reasons for Infeasibility"

INTPOINT procedure "The Interior Point Algorithm"

INTPOINT procedure "The Interior Point Algorithm"

NETFLOW procedure

INFINITY= option

INTPOINT procedure "PROC INTPOINT Statement"

INTPOINT procedure "PROC INTPOINT Statement"

INTPOINT procedure "PROC INTPOINT Statement"

PROC INTPOINT statement

input data sets

BOM procedure

INTPOINT procedure "Input Data Sets"

INTPOINT procedure "PROC INTPOINT Statement"

Interior Point algorithm

INTPOINT procedure "Overview"

INTPOINT procedure "The Interior Point Algorithm"

NETFLOW procedure

INTPOINT procedure

affine step

AND_KEEPGOING_C= option

AND_KEEPGOING_DG= option

AND_KEEPGOING_IB= option

AND_KEEPGOING_IC= option

AND_KEEPGOING_ID= option

AND_STOP_C= option

AND_STOP_DG= option

AND_STOP_IB= option

AND_STOP_IC= option

AND_STOP_ID= option

arc names "COEF Statement"

arc names "COLUMN Statement"

arc names "Getting Started: NPSC Problems"

arc names "Getting Started: NPSC Problems"

arc names "Input Data Sets"

arc names "NAME Statement"

arc names "PROC INTPOINT Statement"

ARCDATA= option "CAPACITY Statement"

ARCDATA= option "COST Statement"

ARCDATA= option "DEMAND Statement"

ARCDATA= option "Getting Started: LP Problems"

ARCDATA= option "Getting Started: LP Problems"

ARCDATA= option "Getting Started: NPSC Problems"

ARCDATA= option "Getting Started: NPSC Problems"

ARCDATA= option "Getting Started: NPSC Problems"

ARCDATA= option "HEADNODE Statement"

ARCDATA= option "Input Data Sets"

ARCDATA= option "LO Statement"

ARCDATA= option "PROC INTPOINT Statement"

ARCDATA= option "PROC INTPOINT Statement"

ARCDATA= option "PROC INTPOINT Statement"

ARCDATA= option "PROC INTPOINT Statement"

ARCDATA= option "SUPPLY Statement"

ARCDATA= option "TAILNODE Statement"

ARCDATA= option "Typical PROC INTPOINT Run"

ARCNAME statement

ARCS_ONLY_ARCDATA option

ARC_SINGLE_OBS option

blending constraints

BPDIV= option

BYPASSDIV= option

BYPASSDIVIDE= option

BYTES= option "PROC INTPOINT Statement"

BYTES= option "Typical PROC INTPOINT Run"

CAPAC statement

CAPACITY statement

case sensitivity "Case Sensitivity"

case sensitivity "PROC INTPOINT Statement"

centering step "The Interior Point Algorithm"

centering step "The Interior Point Algorithm"

central path

Cholesky factorization "Getting Started: NPSC Problems"

Cholesky factorization "The Interior Point Algorithm"

CHOLTINYTOL= option

COEF statement "COEF Statement"

COEF statement "Input Data Sets"

COEF statement "TYPE Statement"

COLUMN statement "COLUMN Statement"

COLUMN statement "Input Data Sets"

COLUMN statement "PROC INTPOINT Statement"

COLUMN statement "PROC INTPOINT Statement"

COLUMN statement "PROC INTPOINT Statement"

complementarity "The Interior Point Algorithm"

complementarity "The Interior Point Algorithm"

complementarity "The Interior Point Algorithm"

CONDATA= option "COEF Statement"

CONDATA= option "COLUMN Statement"

CONDATA= option "Getting Started: LP Problems"

CONDATA= option "Getting Started: LP Problems"

CONDATA= option "Getting Started: LP Problems"

CONDATA= option "Getting Started: NPSC Problems"

CONDATA= option "Getting Started: NPSC Problems"

CONDATA= option "Getting Started: NPSC Problems"

CONDATA= option "Getting Started: NPSC Problems"

CONDATA= option "Input Data Sets"

CONDATA= option "NAME Statement"

CONDATA= option "PROC INTPOINT Statement"

CONDATA= option "PROC INTPOINT Statement"

CONDATA= option "PROC INTPOINT Statement"

CONDATA= option "PROC INTPOINT Statement"

CONDATA= option "PROC INTPOINT Statement"

CONDATA= option "TYPE Statement"

CONDATA= option "Typical PROC INTPOINT Run"

CONDATA= option "VAR Statement"

CONOUT= option "Getting Started: LP Problems"

CONOUT= option "Getting Started: NPSC Problems"

CONOUT= option "ID Statement"

CONOUT= option "Output Data Set"

CONOUT= option "Output Data Set"

CONOUT= option "PROC INTPOINT Statement"

CONTYPE statement

CON_SINGLE_OBS option

COST statement

COUT= option

data set options

DC= option

DCT= option

DEFCAPACITY= option

DEFCONTYPE= option "Getting Started: LP Problems"

DEFCONTYPE= option "Input Data Sets"

DEFCONTYPE= option "PROC INTPOINT Statement"

DEFCONTYPE= option "TYPE Statement"

DEFCOST= option

DEFMINFLOW= option

DEFTYPE= option

DEMAND= option "PROC INTPOINT Statement"

DEMAND= option "PROC INTPOINT Statement"

DEMAND statement "DEMAND Statement"

DEMAND statement "Missing S Supply and Missing D Demand Values"

dense input format "Getting Started: LP Problems"

dense input format "Getting Started: NPSC Problems"

dense input format "How to Make the Data Read of PROC INTPOINT More Efficient"

dense input format "How to Make the Data Read of PROC INTPOINT More Efficient"

dense input format "Input Data Sets"

dense input format "PROC INTPOINT Statement"

dense input format "PROC INTPOINT Statement"

dense input format "PROC INTPOINT Statement"

dense input format "PROC INTPOINT Statement"

dense input format "RHS Statement"

dense input format "ROW Statement"

dense input format "TYPE Statement"

dense input format "VAR Statement"

DENSETHR= option

details

distribution problem

DMF= option

dual problem

embedded networks

examples

excess node

flow conservation constraints "Getting Started: NPSC Problems"

flow conservation constraints "How to Make the Data Read of PROC INTPOINT More Efficient"

flow conservation constraints "Input Data Sets"

flow conservation constraints "Mathematical Description of NPSC"

flow conservation constraints "Network Models"

flow conservation constraints "Network Models"

flow conservation constraints "Network Models"

flow conservation constraints "Reasons for Infeasibility"

FROM statement

FROMNODE statement

functional summary

getting started

GROUPED= option "PROC INTPOINT Statement"

GROUPED= option "PROC INTPOINT Statement"

HEAD statement

HEADNODE statement "DEMAND Statement"

HEADNODE statement "HEADNODE Statement"

HEADNODE statement "NODE Statement"

ID statement

IMAXITERB= option

INF= option

infeasibility "Reasons for Infeasibility"

infeasibility "The Interior Point Algorithm"

infeasibility "The Interior Point Algorithm"

INFINITY= option "PROC INTPOINT Statement"

INFINITY= option "PROC INTPOINT Statement"

INFINITY= option "PROC INTPOINT Statement"

INFINITY= option "PROC INTPOINT Statement"

input data sets "Input Data Sets"

input data sets "PROC INTPOINT Statement"

Interior Point algorithm "Overview"

Interior Point algorithm "The Interior Point Algorithm"

INTPOINT statement "Functional Summary"

INTPOINT statement "PROC INTPOINT Statement"

INTPOINT statement "Typical PROC INTPOINT Run"

introductory example "Input Data Sets"

introductory example "Input Data Sets"

introductory LP example

introductory NPSC example

inventory problem

IPRSLTYPE= option

Karush-Kuhn-Tucker (KKT) conditions "The Interior Point Algorithm"

Karush-Kuhn-Tucker (KKT) conditions "The Interior Point Algorithm"

KEEPGOING_C= option

KEEPGOING_DG= option

KEEPGOING_IB= option

KEEPGOING_IC= option

KEEPGOING_ID= option

linear programming problem "Getting Started: LP Problems"

linear programming problem "How to Make the Data Read of PROC INTPOINT More Efficient"

linear programming problem "Input Data Sets"

linear programming problem "Mathematical Description of LP"

linear programming problem "The Interior Point Algorithm"

LO statement

loop arcs

LOWERBD statement

LP

LP variable names

mathematical description of LP

mathematical description of NPSC

MAX option

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

MAXFLOW option "PROC INTPOINT Statement"

maximal flow problem "PROC INTPOINT Statement"

maximal flow problem "PROC INTPOINT Statement"

maximal flow problem "PROC INTPOINT Statement"

MAXIMIZE option "Getting Started: LP Problems"

MAXIMIZE option "PROC INTPOINT Statement"

MAXITERB= option

MEMREP option

MF option

MINFLOW statement

minimum flow problem

missing S supply and missing D demand

multicommodity problems

multiple arcs

multiprocess, multiproduct example

NAME statement "COLUMN Statement"

NAME statement "COST Statement"

NAME statement "Input Data Sets"

NAME statement "LO Statement"

NAME statement "NAME Statement"

NAME statement "PROC INTPOINT Statement"

NAME statement "PROC INTPOINT Statement"

NAMECTRL= option "NAME Statement"

NAMECTRL= option "PROC INTPOINT Statement"

NARCS= option

NCOEFS= option

NCONS= option

network problems

network programming problem with side constraints

NNAS= option

NNODES= option

NODE statement "NODE Statement"

NODE statement "SUPDEM Statement"

NODEDATA= option "Getting Started: NPSC Problems"

NODEDATA= option "Getting Started: NPSC Problems"

NODEDATA= option "Getting Started: NPSC Problems"

NODEDATA= option "NODE Statement"

NODEDATA= option "PROC INTPOINT Statement"

NODEDATA= option "PROC INTPOINT Statement"

NODEDATA= option "PROC INTPOINT Statement"

NODEDATA= option "SUPDEM Statement"

NODEDATA= option "Typical PROC INTPOINT Run"

nonarc variables

NON_REPLIC= option

NPSC

OBJFN statement

options classified by function

output data sets "Output Data Set"

output data sets "PROC INTPOINT Statement"

PDGAPTOL= option

PDSTEPMULT= option

preprocessing "Getting Started: LP Problems"

preprocessing "Getting Started: NPSC Problems"

preprocessing "PROC INTPOINT Statement"

preprocessing "The Interior Point Algorithm"

Primal-Dual with Predictor-Corrector algorithm "The Interior Point Algorithm"

Primal-Dual with Predictor-Corrector algorithm "The Interior Point Algorithm"

PRINTLEVEL2= option

production-inventory-distribution problem

proportional constraints "Getting Started: NPSC Problems"

proportional constraints "Network Models"

PRSLTYPE= option

QUIT statement "QUIT Statement"

QUIT statement "Typical PROC INTPOINT Run"

RCHOLTINYTOL= option

RDENSETHR= option

RHS statement "Input Data Sets"

RHS statement "RHS Statement"

RHSOBS= option "COLUMN Statement"

RHSOBS= option "Input Data Sets"

RHSOBS= option "PROC INTPOINT Statement"

ROW statement "COEF Statement"

ROW statement "Input Data Sets"

ROW statement "ROW Statement"

ROW statement "VAR Statement"

RPDGAPTOL= option

RPDSTEPMULT= option

RTOLDINF= option

RTOLPINF= option

RTOLTOTDINF= option

RTOLTOTPINF= option

RUN statement "RUN Statement"

RUN statement "Typical PROC INTPOINT Run"

SCALE= option

SCDATA option

shortest path problem "PROC INTPOINT Statement"

shortest path problem "PROC INTPOINT Statement"

shortest path problem "PROC INTPOINT Statement"

SHORTPATH option "PROC INTPOINT Statement"

SHORTPATH option "PROC INTPOINT Statement"

SHORTPATH option "PROC INTPOINT Statement"

SHORTPATH option "PROC INTPOINT Statement"

SHORTPATH option "PROC INTPOINT Statement"

side constraints "Mathematical Description of NPSC"

side constraints "Network Models"

SINK= option "PROC INTPOINT Statement"

SINK= option "PROC INTPOINT Statement"

SINK= option "PROC INTPOINT Statement"

SINK= option "PROC INTPOINT Statement"

SINK= option "PROC INTPOINT Statement"

SINK= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SOURCE= option "PROC INTPOINT Statement"

SP option

sparse input format "Case Sensitivity"

sparse input format "COEF Statement"

sparse input format "COLUMN Statement"

sparse input format "Example 5.3: Adding Side Constraints"

sparse input format "Getting Started: LP Problems"

sparse input format "Getting Started: LP Problems"

sparse input format "Getting Started: NPSC Problems"

sparse input format "How to Make the Data Read of PROC INTPOINT More Efficient"

sparse input format "How to Make the Data Read of PROC INTPOINT More Efficient"

sparse input format "Input Data Sets"

sparse input format "PROC INTPOINT Statement"

sparse input format "PROC INTPOINT Statement"

sparse input format "PROC INTPOINT Statement"

sparse input format "PROC INTPOINT Statement"

sparse input format "PROC INTPOINT Statement"

sparse input format "PROC INTPOINT Statement"

sparse input format "ROW Statement"

sparse input format "TYPE Statement"

SPARSECONDATA option "Input Data Sets"

SPARSECONDATA option "PROC INTPOINT Statement"

special rows "COEF Statement"

special rows "Input Data Sets"

special rows "Input Data Sets"

special rows "TYPE Statement"

stopping criteria "PROC INTPOINT Statement"

stopping criteria "Stopping Criteria"

STOP_C= option

STOP_DG= option

STOP_IB= option

STOP_IC= option

STOP_ID= option

summary of PROC INTPOINT Options

SUPDEM statement "Missing S Supply and Missing D Demand Values"

SUPDEM statement "SUPDEM Statement"

SUPPLY= option "PROC INTPOINT Statement"

SUPPLY= option "PROC INTPOINT Statement"

SUPPLY statement "Missing S Supply and Missing D Demand Values"

SUPPLY statement "SUPPLY Statement"

supply-chain problem

symbolic factorization

syntax

table of syntax elements

TAIL statement

TAILNODE statement "NODE Statement"

TAILNODE statement "SUPPLY Statement"

TAILNODE statement "TAILNODE Statement"

THRUNET option "Balancing Total Supply and Total Demand"

THRUNET option "PROC INTPOINT Statement"

TO statement "HEADNODE Statement"

TO statement "HEADNODE Statement"

TOLDINF= option

TOLPINF= option

TOLTOTDINF= option

TOLTOTPINF= option

TONODE statement

TYPE statement "Input Data Sets"

TYPE statement "TYPE Statement"

TYPEOBS= option "COLUMN Statement"

TYPEOBS= option "Input Data Sets"

TYPEOBS= option "PROC INTPOINT Statement"

upper bounds "The Interior Point Algorithm"

upper bounds "The Interior Point Algorithm"

UPPERBD statement

VAR statement "Input Data Sets"

VAR statement "PROC INTPOINT Statement"

VAR statement "TYPE Statement"

VAR statement "VAR Statement"

VAR statement "VAR Statement"

VARNAME statement

VERBOSE= option

Z2= option

ZERO2= option

ZEROTOL= option

INTPOINT statement

INTPOINT procedure "Functional Summary"

INTPOINT procedure "PROC INTPOINT Statement"

INTPOINT procedure "Typical PROC INTPOINT Run"

introductory example

INTPOINT procedure

introductory LP example

INTPOINT procedure

introductory NPSC example

INTPOINT procedure

inventory problem

INTPOINT procedure

IPRSLTYPE= option

INTPOINT procedure

Book Contents

Top