sttim = '13-jun-95  9:20'	& entim = '13-jun-95  9:40'
sttim = '13-jun-95 11:20'	& entim = '13-jun-95 11:23'
mnem = ['mksqfqne', $				;number of frame queue entries
	'mksqfqpp', $				;frame queue pointer
	'mksqrt' + strtrim(indgen(4)+1,2), $
	'mksqsho' + strtrim(indgen(4)+1,2), $
	'mksqshc' + strtrim(indgen(4)+1,2), $
	'mksqpaa' + strtrim(indgen(4)+1,2), $
	'mksqm1a' + strtrim(indgen(4)+1,2), $
	'mksqm2a' + strtrim(indgen(4)+1,2), $
	'mksqc1a' + strtrim(indgen(4)+1,2), $
	'mksqc2a' + strtrim(indgen(4)+1,2), $
	'mksqadr' + strtrim(indgen(4)+1,2)]
;
hk0 = get_hk_info([sttim, entim], mnem, /nostring)
timarr = int2secarr(hk0.mdi.daytime)
;
ss = where(hk0.mdi.value(*,0) ne 0, nss)
ntot = total(hk0.mdi.value(*,0))
mat = fltarr(ntot, 13)
tit_arr = ['Sec from '+fmt_tim(hk0.mdi.daytime(0)), $
		mnem(0), mnem(1), mnem( indgen(9)*4+2 ), ' ']
ii=0
for i=0,nss-1 do begin
    v_all = hk0.mdi.value(ss(i),*)
    n  = v_all(0)
    st = v_all(1)
    ss3 = (indgen(n) mod 4) + 1
    mat(ii:ii+n-1, 0)			= timarr(ss(i))
    mat(ii:ii+n-1, 1) 			= n
    mat(ii:ii+n-1, 2)			= st
    for j=0,8 do mat(ii:ii+n-1, j+3)	= v_all(ss3 + j*4+2)
    ii = ii + n
end
;
!p.multi=[0,4,3]
for i=0,11 do plot, mat(*,i), tit=tit_arr(i), /ynozero, psym=10
;
end