<?xml version="1.0"?>

<bar3ptfn>
<annotation>

; $Id: bar3ptfn_v4.xml.ini,v 2.0 2005-09-25 21:04:56 edwards Exp $
;
; BAR3PTFN input file.
;
; This program is the input file for a baryon 3pt func. calculation
; test run on Wilson-type propagators
;
; NOTE: steps are needed
;   1) first run the SZIN propagator test in szin/tests/propagator
;   2) link in the propagator_0 file into the "szin/tests/seqprop" directory
;      and run the seqprop test. It will generate up to 6 propagators.
;   3) Link in the same propagator_0 file and the seqprop_0_{0,1,2,3,10} files
;      into the directory where the test will run.
;   4) copy this file to a file named 'DATA' in the directory where the test
;      will run
;   4) run the 'bar3ptfn' program in that directory and capture
;      the standard output into a file called 'RESULT'
;   5) Compare the generated file 'NMLDAT' to the appropriate .nml file
;      in chroma/tests/bar3ptfn
;   6) Compare the standard output in 'RESULT' to the appropriate .res file
;      in chroma/tests/bar3ptfn
;
; ANOTHER NOTE: The bar3ptfn program should also work with the input files
;   in szin/tests/bar3ptfn and where they compute the same observables,
;   the numbers should agree
; 
</annotation>

<IO_version>
 <version>4</version>
</IO_version>
<param>
 <FermTypeP>WILSON</FermTypeP>
 <Nd>4</Nd>
 <Nc>3</Nc>
 <numKappa>1</numKappa>
 <Kappa>0.11</Kappa>
 <numSeq_src>5</numSeq_src>
 <Seq_src>0 1 2 3 10</Seq_src>
 <cfg_type>SZIN</cfg_type>
 <j_decay>3</j_decay>
 <Pt_src>false</Pt_src>
 <Sl_src>true</Sl_src>
 <Wvf_kind>GAUGE_INV_GAUSSIAN</Wvf_kind>
 <wvf_param>1.5</wvf_param>
 <WvfIntPar>5</WvfIntPar>
 <nrow>4 4 4 8</nrow>
 <boundary>1 1 1 1</boundary>
 <t_srce>0 0 0 0</t_srce>
 <Pt_snk>false</Pt_snk>
 <Sl_snk>true</Sl_snk>
 <t_sink>5</t_sink>
 <sink_mom>0 0 0</sink_mom>
 <mom2_max>7</mom2_max>
</param>
<Cfg>
 <cfg_file>../test_purgaug.cfg1</cfg_file>
</Cfg>
</bar3ptfn>