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SAS/QC User's Guide |

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**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

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