BEGIN { MaxL = MaxD = -10000000;
		What = 2;
		MinL = MinD = 100000000
		Alpha= 1 #defect weight
		Beta = 3 #loc weight
		DGoal= 0 
		LGoal= 1 
		Lall = Dall= Zip = 10^(-10)
}
Pass==1 {
		
		 #$What = $What > 0 ? $What : 0
		 Dall += $1
         Lall += $3 
         MaxD  = $What > MaxD ? $What : MaxD
         MinD  = $What < MinD ? $What : MinD
         MaxL  = $3 > MaxL ? $3 : MaxL
         MinL  = $3 < MinL ? $3 : MinL
}
Pass==2 {
		 #$What = $What > 0 ? $What : 0
		 D   = ($What - MinD)/(MaxD - MinD + Zip)
         L   = ($3 - MinL)/(MaxL - MinL + Zip)
	     Pos = (sqrt(Alpha*(DGoal-D)^2 + Beta*(LGoal-L)^2)/sqrt(Alpha+Beta))
		 # smallest pos is closest to defect goal and loc goal. inspect those first
		 OFS = ","; printf("%5.4f,%5.4f,%5.4f\n",Pos,$3/Lall,$1/Dall) | "sort -r -t, -n -k 1"
}
	#NR==1 { print "alpha "Alpha, " beta " Beta " lgoal " LGoal }