;-----------------------------
; clkm.bat
; automates the CL KM command
; assumes:
;	equal weight to all factors, using continuous factors,
; output:
;	clkm***, clkmmap
; ---must change SEQ,IMC,PIX yourself 6 times
; ----------------------------

x30= 1		;begining factor
x31= 3		;ending factor
x32= 8		;# of classes REQUIRED
x33= 453	;random number generator

; ---------- input files --------

FR G
<infile>control_PIX	; data, either seq, imc, or pix

; ----------- output files ------

FR G
<template>PIX{***x33}/PIX{***x33} ;name of all result files,** down there

FR G
<doc>PIX{***x33}/PIX{***x33}doc	;name of output document

VM		;make directory for all output
mkdir -p PIX{***x33}

; ----------- END BATCH HEADER -----

CL KM x21,x22,x23,x24,x25
<infile>	;input CA/PCA file
x32		;# of classes
x30-x31		;which factors
0		;equal weight with factors
x33		;random starting #
<template>***	;series of files
<doc>		;doc outfile

x21	;Tr(B), trace of between-groups sum of squares matrix, 
x22	;Tr(W), trace of within-groups sum of squares matrix, 
x23	;C = Tr(B)*Tr(W), Coleman criterion, 
x24	;H = (Tr(B)/(k-1))/(Tr(W)/(nobj-k)), Harabasz criterion
x25	;DB, Davies-Bouldin criterion. 

RE