Macros for the Design and Analysis of Experiments

General Macros: ADXGEN File

The ADXGEN file contains six general-purpose macros. These macros can be used on all types of designs created by macros in other parts of the collection. The ADXGEN file also contains macros that are called by other parts of the collection. As a result, you must include the ADXGEN file before you include any of the other files.

The macros contained in ADXGEN are as follows:

ADXCODE codes the factor values for a design to standard values (for example, for two-level factors).

ADXDCODE decodes a design from standard values like -1 and +1 to values that you specify.

ADXINIT sets several global macro variables. You should call the ADXINIT macro whenever you start a new design.

ADXQMOD adds terms for a second-order model to the design data set and writes the second-order regression model to a macro variable.

ADXRPRT randomizes a design and displays a data collection report.

ADXTRANS finds an optimal Box-Cox power transformation for the response variable.

The next six sections cover these macros in detail.

General Macros: ADXGEN File

ADXCODE: Code a Design for Analysis

ADXDCODE: Decode a Design

ADXINIT: Set Global Macro Variables

ADXQMOD: Set Up a Second-Order Model

ADXRPRT: Randomize Design and Display a Data Collection Report

ADXTRANS: Determine an Optimal Box-Cox Power Transformation

ADXCODE	codes the factor values for a design to standard values (for example, for two-level factors).
ADXDCODE	decodes a design from standard values like -1 and +1 to values that you specify.
ADXINIT	sets several global macro variables. You should call the ADXINIT macro whenever you start a new design.
ADXQMOD	adds terms for a second-order model to the design data set and writes the second-order regression model to a macro variable.
ADXRPRT	randomizes a design and displays a data collection report.
ADXTRANS	finds an optimal Box-Cox power transformation for the response variable.