../../Bin/LINUX/Pre2D_salt_ssf.x:   bob@ashland.Stanford.EDU   Wed Jul  5 14:01:44 2000
		esize=4
		n1=500
		n2=1
		n3=80
		n4=156
		n5=1
		d1=0.032
		d2=1
		d3=0.032
		d4=0.032
		d5=1
		o1=1.984
		o2=0
		o3=0
		o4=0
		o5=0
		sets next: in="/net/kana/scr2/bob/TAU_mytest.H@"
		data_format="xdr_float"


Window:   bob@ashland.Stanford.EDU   Wed Jul  5 15:00:23 2000
		sepstr_ready_out() : sets next in="stdin"
		In:	float	Fortran (500,1,80,156)	C [156][80][1][500]
		Out:	float	Fortran (500,80,156,1)	C [1][156][80][500]
	 From History:
		 n4=156 n3=80 n2=1 n1=500 esize=4
	 From Par:
		 n1=500  #f1=0  #j1=1  #min1=1.984000  #max1=17.952
		 n2=1  #f2=0  #j2=1  #min2=0.000000  #max2=0
		 n3=80  #f3=0  #j3=1  #min3=0.000000  #max3=2.528
		 n4=156  #f4=0  #j4=1  #min4=0  #max4=4.96
	 Make header useful for further processing:
		 n1=500 	 n2=80 	 n3=156 	 n4=1
		 o1=1.984000 	 o2=0.000000 	 o3=0.000000 	 o4=0.000000
		 d1=0.032 	 d2=0.032 	 d3=0.032 	 d4=1
		 label1="" 	 label2="" 	 label3="" 	 label4=""
		data_format="xdr_float"


Transp:   bob@ashland.Stanford.EDU   Wed Jul  5 15:00:23 2000
		sepstr_ready_out() : sets next in="stdin"
#	Creating work file /net/kana/scr2/bob/TAU_Transp6p6U8c
# Transp: input n1=500  n2=80  n3=156 esize=4
#		o1=1.984000 o2=0.000000
#		d1=0.032000 d2=0.032000
#		label1="" label2=%"s"
Transp: output n1=80  n2=500  n3=156 esize=4
		o1=0.000000 o2=1.984000
		d1=0.032000 d2=0.032000
		label1="" label2=""
		data_format="xdr_float"


Pad:   bob@ashland.Stanford.EDU   Wed Jul  5 15:00:23 2000
		sepstr_ready_out() : sets next in="stdin"
		n1=128
		n2=500
		n3=156
		esize=4
		data_format="xdr_float"


Transp:   bob@ashland.Stanford.EDU   Wed Jul  5 15:00:23 2000
		sets next: in="/net/kana/scr2/bob/TAU_small.H@"
#	Creating work file /net/kana/scr2/bob/TAU_TranspD4Ux3i
# Transp: input n1=128  n2=500  n3=156 esize=4
#		o1=0.000000 o2=1.984000
#		d1=0.032000 d2=0.032000
#		label1="" label2=%"s"
Transp: output n1=500  n2=128  n3=156 esize=4
		o1=1.984000 o2=0.000000
		d1=0.032000 d2=0.032000
		label1="" label2=""
		data_format="xdr_float"

        n1=500  n2=1    n3=128   n4=156              6240000 elem           24960000 bytes
        d1=0.032        d2=1    d3=0.032        d4=0.032
        o1=1.984        o2=0    o3=0    o4=0