apm


The software in this page combines posterior moments from two or more machine-readable moment output files, and provides conventional test statistics for the equality of these moments. A description of the methodology can be found in the BACC manual. The following is a quick technical summary of apm.

In the fortran, c, and matlab versions there is a standard input file with input records as follows:

The number of moments written in each machine-readable moment output file must be the same, and this number must be NG; otherwise the program terminates with an error message.

Languages




C routines

To run the program:


Files needed to create executable:

Library Files needed to obtain executables:



Fortran Routines

To run the program:

Files needed to obtain the executable:

Libraries needed: This routine uses IMSL. The user needs to link to IMSL or to the libraries described in LIBRARIES to generate executable.


Gauss

To run the program:

Files needed:


Mathematica

To run the program:

Files needed to obtain the executable:



Matlab

To run the program:

Files needed to obtain the executable:



SPlus

To run the program:

Files needed to obtain the executable:


Samples


Sample input and output files for APM