0003231 300519,050003,LA: 7.6628 LO:87.3950 CR:285.74 SP:8.53 GY:279.5180 AT:29.2389 RH:82.2621 TI:203.5872 TW:11.2611 WD:303.8396 WS:13.0048 TT:30.3676 SA:33.7099 BP:1005.8960 SW:945.7801 LW:456.6456 LB:303.7640  LD:303.3421 PR:37.04
    Input file format for data columns of NOAA-read scs data
    .MET file line	Field       ID						
    4			1           NOAA time code
    5			2           DDMMYY
    7 *0.514	3           HHMMSS
    6			4           Lat decimal degrees
    8			5           Lon decimal degrees
    14			6           COG degrees
    13			7           SOG kts
    12			8           gyro heading degrees
    11			9           air temp C
    9			10          air RH %
    10			11          twdir degrees
    17			12          twspd m/s
    			13          rwdir degrees
    			14          rwspd m/s
    			15          thermosalinograph temperature C
    			16          salinity psu
    			17          barometric pressure mb
    			18          psp w/m2
    			19          pir w/m2
    			20          pir tcase K
    			21          pir tdome K
    			22          rain mm  
    			
    
    NOAA's SCS file
    
    1	noaa time code
    2	DDMMYY
    3	HHMMSS
    4	LA	decimal lat
    5	LO	decimal lon
    6	CR	ship course over ground, cog
    7	SP	ship speed over ground, kt * 0.514 for m/s
    8	GY	ship heading from gyrocompass, deg
    9	AT	air temp, deg C
    10	RH	relative humidity, %
    11	TI	true wind direction, deg, direction wind came from
    12	TW	true wind speed, m/s
    13	WD	relative wind direction, deg, direction wind came from
    14	WS	relative wind speed, m/s
    15	TT	TSG temp deg C (bow water from TSG in bow thruster room)
    16	SA	TSG salinity PSU (bow water from TSG in bow thruster room)
    17	BP	barometric pressure, mb (not corrected for sea level)
    18	SW	short wave radiation from pyranometer, W/m2
    19	LW	long wave radiation from pyrgeometer, W/m2
    20	LB	long wave radiation body temp, deg K
    21	LD	long wave radiation dome temp, deg K
    22	PR 	cumulative precipitation, mm 
    			
    lat =     scs_raw(4,:);
    lon =     scs_raw(5,:);
    sogm =    scs_raw(7,:)*.514;  % kts to m/s
    cogm =    scs_raw(6,:);
    lrg =     scs_raw(8,:);
    imrwspd = scs_raw(14,:);
    imrwdir = scs_raw(13,:);
    imum =    scs_raw(12,:);
    imdm =    scs_raw(11,:);
    imta =    scs_raw(9,:);
    imrh =    scs_raw(10,:);
    imPress = scs_raw(17,:) + 0.125*zpim;      % sea level pressure
    imts =    scs_raw(15,:)*NaN;               % intake SST
    orgm =    scs_raw(22,:);                   % mm total
    tsgm =    scs_raw(15,:);                   % at bow TSG unit
    tssm =    scs_raw(16,:);                   % at bow TSG unit
    imrosr =  scs_raw(19,:)*NaN;               % flying bridge-mounted ROSR
    imrl   =  scs_raw(19,:);                   % PIR downwelling IR, W/m2
    imrs   =  scs_raw(18,:);                   % PSP downwelling solar radiation, W/m2
    impir =   despike2(scs_raw(19,:))*NaN;     % raw thermopile
    imtc    = despike2(scs_raw(20,:))-273.15;  % PIR case temp
    imtd    = despike2(scs_raw(21,:))-273.15;  % PIR dome temp
    imqa = qair_p([imta' imrh' imPress']);     % specific humidity