水温データセット-データフォーマット
All temperature profile data are stored on the CD-ROM with a ".DAT". These files are written as a series of variable length ASCII records.
In each ".DAT" file physical records represent a complete profile. The first 90 bytes represent the profile "header" containing descriptive information about the observation. The 91st byte through the end of the record contain temperature profile data at standard depth in a series.
The data format is as follows:
FIELD COLUMN LENGTH DESCRIPTION
JODC Ref No. 1 8 CC:Country Code
YY:Last 2 digit of Observation Year
II:Institution Code
SS:Consecutive Cruise No.
JODC STN No 9 4 CCCC:Consecutive Station No.
SHIP 13 2 Ship code(Code-Table)
LATITUDE 15 5 Latitude(DDMM and 1/10 Minute)
LAT. HEM 20 1 Hemisphere of Lat. N or S
LONGITUDE 21 6 Longitude(DDDMM and 1/10 Minute)
LON. HEM 27 1 Hemisphere of Lon. E or W
DATE 28 8 Date(YYYYMMDD)
TIME 36 3 GMT(Hours to tenths)
ST.NO 39 7 Originator's Station Number
CALL SIGN 46 4 Ship Call Sign
PROJECT 50 1 Project Code by JODC
INSTRUMENT 51 1 Instrument Code by JODC
DEPTH 52 4 Depth to Bottom at site
SL 56 3 Surface Layer in Meter
PROFILE NO 59 2 No. of temperature profile in a series
FILLER 61 2 not used
MESH CODE 63 7 ttt(10 Deg),dd(1 Deg),h(30 m),q(15m)
WAVE DIR 70 2 Wave direction in 36 directions
WAVE ID 72 1 H:Wave Height, A:Wave Class
WAVE 73 1 Wave Height(WMO code 1555) if 73
column "H", Wave Class (WMO code
3700) if 73 column "A"
WAVE PER 74 1 Wave period(WMO code 3155)
WIND DIR 75 2 Wind direction in 36 directions
WIND ID 77 1 S:Wind in knot, F:Wind in Beaufort
Scale
WIND 78 2 Wind value based on WIND ID
AIR PRESSURE 80 3 Air pressure in hPs to tenths
AIR TEMP(D) 83 4 Dry bulb temperature in Celsius
AIR TEMP(W) 87 4 Wet bulb temperature in Celsius
TEMP1 91 5 Temperature at 0 meter with sign to
tenths and QC flag(1 byte)
TEMP2 96 5 at 10 meter and QC flag(1 byte)
TEMP3 101 5 at 20 meter and QC flag(1 byte)
TEMP4 106 5 at 30 meter and QC flag(1 byte)
TEMP5 111 5 at 50 meter and QC flag(1 byte)
TEMP6 116 5 at 75 meter and QC flag(1 byte)
TEMP7 121 5 at 100 meter and QC flag(1 byte)
TEMP8 126 5 at 125 meter and QC flag(1 byte)
TEMP9 131 5 at 150 meter and QC flag(1 byte)
TEMP10 136 5 at 200 meter and QC flag(1 byte)
TEMP11 141 5 at 250 meter and QC flag(1 byte)
TEMP12 146 5 at 300 meter and QC flag(1 byte)
TEMP13 151 5 at 350 meter and QC flag(1 byte)
TEMP14 156 5 at 400 meter and QC flag(1 byte)
TEMP15 161 5 at 450 meter and QC flag(1 byte)
TEMP16 166 5 at 500 meter and QC flag(1 byte)
TEMP17 171 5 at 550 meter and QC flag(1 byte)
TEMP18 176 5 at 600 meter and QC flag(1 byte)
TEMP19 181 5 at 650 meter and QC flag(1 byte)
TEMP20 186 5 at 700 meter and QC flag(1 byte)
TEMP21 191 5 at 750 meter and QC flag(1 byte)
TEMP22 196 5 at 800 meter and QC flag(1 byte)
TEMP23 201 5 at 850 meter and QC flag(1 byte)
TEMP24 206 5 at 900 meter and QC flag(1 byte)
TEMP25 211 5 at 950 meter and QC flag(1 byte)
TEMP26 216 5 at 1000 meter and QC flag(1 byte)
TEMP27 221 5 at 1100 meter and QC flag(1 byte)
TEMP28 226 5 at 1200 meter and QC flag(1 byte)
TEMP29 231 5 at 1300 meter and QC flag(1 byte)
TEMP30 236 5 at 1400 meter and QC flag(1 byte)
TEMP31 241 5 at 1500 meter and QC flag(1 byte)
TEMP32 246 5 at 2000 meter and QC flag(1 byte)
TEMP33 251 5 at 2500 meter and QC flag(1 byte)
TEMP34 256 5 at 3000 meter and QC flag(1 byte)
TEMP35 261 5 at 3500 meter and QC flag(1 byte)
TEMP36 266 5 at 4000 meter and QC flag(1 byte)
TEMP37 271 5 at 4500 meter and QC flag(1 byte)
TEMP38 276 5 at 5000 meter and QC flag(1 byte)
TEMP39 281 5 at 5500 meter and QC flag(1 byte)
TEMP40 286 5 at 6000 meter and QC flag(1 byte)
TEMP41 291 5 at 6500 meter and QC flag(1 byte)
TEMP42 296 5 at 7000 meter and QC flag(1 byte)
TEMP43 301 5 at 7500 meter and QC flag(1 byte)
TEMP44 306 5 at 8000 meter and QC flag(1 byte)
TEMP45 311 5 at 8500 meter and QC flag(1 byte)
TEMP46 316 5 at 9000 meter and QC flag(1 byte)
Note:Repeating parameter "TEMP" appears in the physical record till the last observed layer. If there is no observed layer in-between, the column is filled with space. Accordingly the number of standard layer between surface to last observed layer is written in the column 59-60.