Book Contents

Master Index

M

MACHART statement

examples, advanced

examples, introductory

overview

syntax

MACONTROL procedure

ANNOTATE= option "Example 21.2: Annotating Average Run Lengths on the Chart"

ANNOTATE= option "Syntax"

ANNOTATE2= option

DATA= data set

FORMCHAR= option "Syntax"

FORMCHAR= option "Syntax"

GOUT= option

HISTORY= data set "Syntax"

HISTORY= data set "Syntax"

introduction

LIMITS= data set

LINEPRINTER option

overview

syntax

TABLE= data set

MACONTROL procedure, EWMACHART statement

ALLN option

ALPHA= option

ASYMPTOTIC option "Dictionary of Special Options"

ASYMPTOTIC option "Example 20.2: Displaying Limits Based on Asymptotic Values"

CMEANSYMBOL= option

DATA= data set "Input Data Sets"

DATA= data set "Input Data Sets"

HISTORY= data set "Creating EWMA Charts from Subgroup Summary Data"

HISTORY= data set "Creating EWMA Charts from Subgroup Summary Data"

HISTORY= data set "Creating EWMA Charts from Subgroup Summary Data"

HISTORY= data set "Creating EWMA Charts from Subgroup Summary Data"

HISTORY= data set "Input Data Sets"

HISTORY= data set "Input Data Sets"

LIMITN= option "Dictionary of Special Options"

LIMITN= option "Example 20.3: Working with Unequal Subgroup Sample Sizes"

LIMITN= option "Example 20.3: Working with Unequal Subgroup Sample Sizes"

LIMITS= data set "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

LIMITS= data set "Input Data Sets"

LIMITS= data set "Input Data Sets"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

MEANCHAR= option

MEANSYMBOL= option "Dictionary of Special Options"

MEANSYMBOL= option "Example 20.4: Displaying Individual Measurements on an EWMA Chart"

missing values

MU0= option "Dictionary of Special Options"

MU0= option "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

MU0= option "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

NMARKERS option

NOREADLIMITS option

OUTHISTORY= data set "Output Data Sets"

OUTHISTORY= data set "Output Data Sets"

OUTHISTORY= data set "Saving Summary Statistics"

OUTHISTORY= data set "Saving Summary Statistics"

OUTLIMITS= data set "Output Data Sets"

OUTLIMITS= data set "Output Data Sets"

OUTLIMITS= data set "Saving Control Limit Parameters"

OUTLIMITS= data set "Saving Control Limit Parameters"

OUTTABLE= data set "Output Data Sets"

OUTTABLE= data set "Output Data Sets"

OUTTABLE= data set "Saving Control Limit Parameters"

OUTTABLE= data set "Saving Control Limit Parameters"

READALPHA option

READINDEX= option

READLIMITS option

RESET option

SIGMA0= option "Dictionary of Special Options"

SIGMA0= option "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

SIGMA0= option "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

SIGMAS= option

SMETHOD= option "Example 20.3: Working with Unequal Subgroup Sample Sizes"

SMETHOD= option "Methods for Estimating the Standard Deviation"

SMETHOD= option "Methods for Estimating the Standard Deviation"

TABLE= data set "Input Data Sets"

TABLE= data set "Input Data Sets"

TABLE= data set "Saving Control Limit Parameters"

VREF= option

WEIGHT= option "Creating EWMA Charts from Raw Data"

WEIGHT= option "Dictionary of Special Options"

WEIGHT= option "Syntax"

XSYMBOL= option

MACONTROL procedure, MACHART statement

ALPHA= option

ASYMPTOTIC option

CMEANSYMBOL= option

DATA= data set "Input Data Sets"

DATA= data set "Input Data Sets"

HISTORY= data set "Creating Moving Average Charts from Subgroup Summary Data"

HISTORY= data set "Creating Moving Average Charts from Subgroup Summary Data"

HISTORY= data set "Creating Moving Average Charts from Subgroup Summary Data"

HISTORY= data set "Input Data Sets"

HISTORY= data set "Input Data Sets"

LIMITN= option

LIMITS= data set "Example 20.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

LIMITS= data set "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

LIMITS= data set "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

LIMITS= data set "Input Data Sets"

LIMITS= data set "Input Data Sets"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

LIMITS= data set "Reading Preestablished Control Limit Parameters"

MEANCHAR= option

MEANSYMBOL= option

missing values

MU0= option "Dictionary of Special Options"

MU0= option "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

MU0= option "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

NOREADLIMITS option

OUTHISTORY= data set "Output Data Sets"

OUTHISTORY= data set "Output Data Sets"

OUTHISTORY= data set "Saving Summary Statistics"

OUTHISTORY= data set "Saving Summary Statistics"

OUTLIMITS= data set "Output Data Sets"

OUTLIMITS= data set "Output Data Sets"

OUTLIMITS= data set "Saving Control Limit Parameters"

OUTLIMITS= data set "Saving Control Limit Parameters"

OUTTABLE= data set "Output Data Sets"

OUTTABLE= data set "Output Data Sets"

OUTTABLE= data set "Saving Control Limit Parameters"

OUTTABLE= data set "Saving Control Limit Parameters"

READALPHA option

READINDEX= option

READLIMITS option

SIGMA0= option "Dictionary of Special Options"

SIGMA0= option "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

SIGMA0= option "Example 21.1: Specifying Standard Values for the Process Mean and Process Standard Deviation"

SIGMAS= option

SMETHOD= option "Methods for Estimating the Standard Deviation"

SMETHOD= option "Methods for Estimating the Standard Deviation"

SPAN= option "Creating Moving Average Charts from Raw Data"

SPAN= option "Dictionary of Special Options"

SPAN= option "Syntax"

TABLE= data set "Input Data Sets"

TABLE= data set "Input Data Sets"

TABLE= data set "Saving Control Limit Parameters"

XSYMBOL= option

macros for experimental design

adding centerpoints "ADXADCEN: Add Center Points"

adding centerpoints "Central Composite Design Macros: ADXCC File"

adding points to a design

adding variables for second-order models

ADXADCEN macro "ADXADCEN: Add Center Points"

ADXADCEN macro "ADXADCEN: Add Center Points"

ADXADCEN macro "Central Composite Design Macros: ADXCC File"

ADXALIAS macro "ADXALIAS: Compute the Alias Structure"

ADXALIAS macro "ADXALIAS: Compute the Alias Structure"

ADXCCD macro "ADXCCD: Construct Central Composite Designs"

ADXCCD macro "ADXCCD: Construct Central Composite Designs"

ADXCODE macro "ADXCODE: Code a Design for Analysis"

ADXCODE macro "ADXCODE: Code a Design for Analysis"

ADXCODE macro "General Macros: ADXGEN File"

ADXDCODE macro "ADXDCODE: Decode a Design"

ADXDCODE macro "ADXDCODE: Decode a Design"

ADXDCODE macro "ADXDCODE: Decode a Design"

ADXFFA macro "ADXFFA: Analyze Fractional Factorial Designs"

ADXFFA macro "ADXFFA: Analyze Fractional Factorial Designs"

ADXFFD data set

ADXFFD macro "ADXFFD: Construct Fractional Factorial Designs"

ADXFFD macro "ADXFFD: Construct Fractional Factorial Designs"

ADXFILL macro "ADXFILL: Filling in the Design Region"

ADXFILL macro "ADXFILL: Filling in the Design Region"

ADXINIT macro "ADXINIT: Set Global Macro Variables"

ADXINIT macro "ADXINIT: Set Global Macro Variables"

ADXMAMD macro "ADXMAMD: Construct McLean-Anderson Mixture Designs"

ADXMAMD macro "ADXMAMD: Construct McLean-Anderson Mixture Designs"

ADXPBD macro

ADXPCC macro "ADXPCC: List Available Central Composite Designs"

ADXPCC macro "ADXPCC: List Available Central Composite Designs"

ADXPFF macro "ADXPFF: List Available Fractional Factorial Designs"

ADXPFF macro "ADXPFF: List Available Fractional Factorial Designs"

ADXQMOD macro "ADXQMOD: Set Up a Second-Order Model"

ADXQMOD macro "ADXQMOD: Set Up a Second-Order Model"

ADXRPRT macro

ADXSCD macro "ADXSCD: Construct Simplex-Centroid Designs"

ADXSCD macro "ADXSCD: Construct Simplex-Centroid Designs"

ADXSLD macro

ADXTRANS macro "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

ADXTRANS macro "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

ADXXVERT macro "ADXXVERT: the XVERT Algorithm"

ADXXVERT macro "ADXXVERT: the XVERT Algorithm"

analyzing factorial designs

Box-Cox transformations "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

Box-Cox transformations "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

Box-Cox transformations "ADXTRANS: Determine an Optimal Box-Cox Power Transformation"

calling

central composite designs "ADXCCD: Construct Central Composite Designs"

central composite designs "ADXCCD: Construct Central Composite Designs"

central composite designs "ADXPCC: List Available Central Composite Designs"

coding design factors

constructing factorial designs

decoding design factors "ADXDCODE: Decode a Design"

decoding design factors "ADXDCODE: Decode a Design"

default factor names "ADXDCODE: Decode a Design"

default factor names "ADXFFD: Construct Fractional Factorial Designs"

default factor names "ADXMAMD: Construct McLean-Anderson Mixture Designs"

default factor names "ADXSCD: Construct Simplex-Centroid Designs"

default factor names "ADXSLD: Construct Simplex-Lattice Designs"

default factor names "ADXXVERT: the XVERT Algorithm"

defining global macro variables

examining alias structure "ADXALIAS: Compute the Alias Structure"

examining alias structure "ADXALIAS: Compute the Alias Structure"

extreme vertices designs "ADXXVERT: the XVERT Algorithm"

extreme vertices designs "ADXXVERT: the XVERT Algorithm"

filling in the design region

fractional factorial design "ADXALIAS: Compute the Alias Structure"

fractional factorial design "ADXALIAS: Compute the Alias Structure"

fractional factorial design "ADXFFA: Analyze Fractional Factorial Designs"

fractional factorial design "ADXFFD: Construct Fractional Factorial Designs"

fractional factorial design "ADXPFF: List Available Fractional Factorial Designs"

fractional factorial design "ADXPFF: List Available Fractional Factorial Designs"

fractional factorial design "Fractional Factorial Design Macros: ADXFF File"

including files for

initializing designs

lists of factorial designs "ADXPFF: List Available Fractional Factorial Designs"

lists of factorial designs "ADXPFF: List Available Fractional Factorial Designs"

McLean-Anderson designs

overview of "Overview"

overview of "Overview"

Plackett-Burman designs

randomizing designs

renaming design factors "ADXDCODE: Decode a Design"

renaming design factors "ADXDCODE: Decode a Design"

simplex-centroid designs

simplex-lattice designs

software requirements

structure of

XVERT algorithm "ADXXVERT: the XVERT Algorithm"

XVERT algorithm "ADXXVERT: the XVERT Algorithm"

main effect

main effect, examples

main-effects-only designs

MAXCMPCT= option

PARETO procedure

maximum likelihood and power transformations

maximum value

saving in output data set

MAXNCAT= option

PARETO procedure

MAXPANELS= option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

MCHART statement

examples, introductory

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

overview

syntax

McLean-Anderson designs

mean

saving in output data set

MEANCHAR= option

MACONTROL procedure

MEANSYMBOL= option

MACONTROL procedure

measurement system, gage studies

measures of location

mode

MEDCENTRAL= option

SHEWHART procedure

median

probability function for

saving in output data set

standard deviation of

median absolute deviation about the median

median and R charts

axis labels

central line

control limit equations

examples, advanced

examples, introductory

labeling axes

missing values

notation

ODS tables

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

overview

plotted points

plotting character

reading preestablished control limits "Input Data Sets"

reading preestablished control limits "Input Data Sets"

reading preestablished control limits "Reading Preestablished Control Limits"

reading preestablished control limits "Reading Preestablished Control Limits"

reading preestablished control limits "Reading Preestablished Control Limits"

reading raw measurements "Creating Charts for Medians and Ranges from Raw Data"

reading raw measurements "Creating Charts for Medians and Ranges from Raw Data"

reading raw measurements "Creating Charts for Medians and Ranges from Raw Data"

reading raw measurements "Input Data Sets"

reading raw measurements "Input Data Sets"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Creating Charts for Medians and Ranges from Summary Data"

reading subgroup summary statistics "Input Data Sets"

reading subgroup summary statistics "Input Data Sets"

reading summary statistics and control limits "Input Data Sets"

reading summary statistics and control limits "Input Data Sets"

reading summary statistics and control limits "Input Data Sets"

reading summary statistics and control limits "Saving Control Limits"

saving control limits "Output Data Sets"

saving control limits "Output Data Sets"

saving control limits "Output Data Sets"

saving control limits "Saving Control Limits"

saving control limits "Saving Control Limits"

saving subgroup summary statistics "Output Data Sets"

saving subgroup summary statistics "Output Data Sets"

saving subgroup summary statistics "Saving Summary Statistics"

saving subgroup summary statistics "Saving Summary Statistics"

saving subgroup summary statistics "Saving Summary Statistics"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Saving Control Limits"

saving summary statistics and control limits "Saving Control Limits"

saving summary statistics and control limits "Saving Control Limits"

standard deviation, estimating "Methods for Estimating the Standard Deviation"

standard deviation, estimating "Methods for Estimating the Standard Deviation"

standard deviation, estimating "Methods for Estimating the Standard Deviation"

syntax

median charts

capability indices, computing

central line

control limit equations

examples, introductory

labeling axes

missing values

notation

ODS tables

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

overview

plotted points

plotting character

reading preestablished control limits "Input Data Sets"

reading preestablished control limits "Input Data Sets"

reading preestablished control limits "Reading Preestablished Control Limits"

reading preestablished control limits "Reading Preestablished Control Limits"

reading preestablished control limits "Reading Preestablished Control Limits"

reading raw measurements "Creating Charts for Medians from Raw Data"

reading raw measurements "Creating Charts for Medians from Raw Data"

reading raw measurements "Creating Charts for Medians from Raw Data"

reading raw measurements "Input Data Sets"

reading raw measurements "Input Data Sets"

reading subgroup summary statistics "Creating Charts for Medians from Subgroup Summary Data"

reading subgroup summary statistics "Creating Charts for Medians from Subgroup Summary Data"

reading subgroup summary statistics "Creating Charts for Medians from Subgroup Summary Data"

reading subgroup summary statistics "Creating Charts for Medians from Subgroup Summary Data"

reading subgroup summary statistics "Creating Charts for Medians from Subgroup Summary Data"

reading subgroup summary statistics "Input Data Sets"

reading subgroup summary statistics "Input Data Sets"

reading subgroup summary statistics "Input Data Sets"

reading summary statistics and control limits "Input Data Sets"

reading summary statistics and control limits "Input Data Sets"

reading summary statistics and control limits "Saving Control Limits"

reading summary statistics and control limits "Saving Control Limits"

saving control limits "Output Data Sets"

saving control limits "Output Data Sets"

saving control limits "Output Data Sets"

saving control limits "Saving Control Limits"

saving control limits "Saving Control Limits"

saving control limits "Saving Control Limits"

saving subgroup summary statistics "Output Data Sets"

saving subgroup summary statistics "Output Data Sets"

saving subgroup summary statistics "Output Data Sets"

saving subgroup summary statistics "Saving Summary Statistics"

saving subgroup summary statistics "Saving Summary Statistics"

saving subgroup summary statistics "Saving Summary Statistics"

saving subgroup summary statistics "Saving Summary Statistics"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Output Data Sets"

saving summary statistics and control limits "Saving Control Limits"

saving summary statistics and control limits "Saving Control Limits"

saving summary statistics and control limits "Saving Control Limits"

standard deviation, estimating

syntax

minimum aberration

aberration vector

blocked design

example

limitation

minimum value

saving in output data set

MINPCT= option

PARETO procedure

MISSBREAK option

CUSUM procedure

MACONTROL procedure

SHEWHART procedure

MISSING option

PARETO procedure

missing subgroup variable values

SHEWHART procedure

missing values

CAPABILITY procedure

CUSUM procedure

MACONTROL procedure

output data set

SHEWHART procedure

MISSING1 option

PARETO procedure

MISSING2 option

PARETO procedure

mixed-level, factorial design

construction, examples "Example 15.7: Mixed-Level Design Using Design Replication and Point Replication"

construction, examples "Example 15.8: Mixed-Level Design Using Pseudo-Factors"

construction, examples "Example 15.9: Mixed-Level Design by Collapsing Factors"

construction, examples "Example 15.9: Mixed-Level Design by Collapsing Factors"

derived factors

mixture designs

examples "Example 24.10: Adding Space-Filling Points to a Design"

examples "Optimal Design Scenarios"

plotting "Example 24.10: Adding Space-Filling Points to a Design"

plotting "Example 24.10: Adding Space-Filling Points to a Design"

plotting "Example 24.10: Adding Space-Filling Points to a Design"

plotting "Example 24.10: Adding Space-Filling Points to a Design"

mixture designs, macros for

mode

saving in output data set

model specification, FACTEX procedure

directly

estimated effects "MODEL Statement"

estimated effects "Summary of Functions"

indirectly

minimum aberration "MODEL Statement"

minimum aberration "Summary of Functions"

nonnegligible effects "MODEL Statement"

nonnegligible effects "Summary of Functions"

resolution "MODEL Statement"

resolution "Summary of Functions"

resolution, maximum

specifying effects

MODEL statement, FACTEX procedure

options summarized by function

syntax

MODEL statement, OPTEX procedure

syntax

modes

moving average control charts

adding features to

average run lengths, displaying

graphics catalog, specifying

introduction

learning about

line printer features "Syntax"

line printer features "Syntax"

lineprinter plots, creating

reading control limit parameters

reading raw measurements

reading subgroup summary statistics "Syntax"

reading subgroup summary statistics "Syntax"

syntax

MRCHART statement

examples, advanced

examples, introductory

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

options summarized by function "Summary of Options"

overview

syntax

MU0= option

CUSUM procedure

MACONTROL procedure "Dictionary of Special Options"

MACONTROL procedure "Dictionary of Special Options"

SHEWHART procedure "Dictionary of Options"

SHEWHART procedure "Requesting Standard Tests"

SHEWHART procedure "Standardizing Differences from Nominal"

multi-vari charts

examples using the SHEWHART procedure

multivariate control charts

chart statistic, calculating

principal component contributions

mutually orthogonal Latin square

Book Contents

Master Index

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