Talk:Project data management/INDAS

gert, möchte eben eine inkonsistenz klären: precipitation hat in bug oder feature ?
 * pangaea die einheit mm/10 min
 * in podas die einheit mm/min

feature, da es sich nicht um eine Regenleistung (pro Zeit) sondern um eine Regenmenge handelt. In Podas sind die Rohdaten vom Regenmesser die Millimeter Niederschlagshöhe nach einer Minute, in Pangaea die Millimeter Niederschlagshöhe nach 10 Minuten.

Ich werde jedenfalls morgen (Do. 05-Oct-2006) beginnen, mit Fred die Programme von VMS-tape zu transferieren. Sie werden unter /nas/extend/hkb_vms_transfer_ob/indprg und darunter zu finden sein. Sinngemäß natürlich auch über win und mac. Die von /hs/gwp/ps/indas geholten Daten werden unter /nas/extend/indas_tmp liegen. Zuerst die Daten von 1984 bis 1988. Viele Grüße Hans

Von: Fred Niederjasper , Datum: 10 September 2009 16:17:42 GMT+02:00, Betreff: Formate für Singlebeam Tiefen

Hallo Hannes, in der Anlage findest Du die Beschreibungen der drei ASCII Formate für Singlebeam-Daten, die bei uns Verwendung finden (in simpler Form). Das nak-Format ist das primäre Format für das INDAS-Datenzeitalter. Es werden aber auch die beiden anderen Formate bei Bedarf in das nak-Format konvertiert, da - historisch bedingt - immer noch viele selbst entwickelte Programme danach verlangen. Gruß Fred

NAK file format
12345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567      1         2         3         4         5         6         7         8         9         0 xiiaiiaiixiiaiiaii   ffff.fffffxxffff.fffffxxffff.fffffxxffff.fffffxffff.fxfff.fxfff.f                iix                                               fffff.xfffff.xfffff.x 28-06-93 23:45:05 0   76.47788    -7.22777    76.47788    -7.22777   526. 1121. 1494.  289.8  -0.3   0.0 28-06-93 23:44:44 0   76.47786    -7.22764    76.47786    -7.22761  1109.  1120.  1495.  289.8  -0.3   0.1 28-06-93 23:44:45 0   76.47786    -7.22764    76.47786    -7.22762     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:46 0    0.00000     0.00000     0.00000     0.00000     0.  1120.  1496.  289.8 999.9 999.9 28-06-93 23:44:47 0   76.47786    -7.22765    76.47786    -7.22764     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:48 0    0.00000     0.00000     0.00000     0.00000     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:49 0   76.47783    -7.22758    76.47786    -7.22765     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:50 0   76.47782    -7.22758    76.47784    -7.22762     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:51 0   76.47792    -7.22775    76.47783    -7.22759     0.  1120.  1496.  289.8  -0.3   0.0  28-06-93 23:44:52 0    0.00000     0.00000     0.00000     0.00000     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:53 0   76.47795    -7.22782    76.47791    -7.22772     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:54 0   76.47794    -7.22763    76.47795    -7.22781     0.  1120.  1496.  289.8  -0.3   0.0 28-06-93 23:44:55 0   76.47792    -7.22756    76.47795    -7.22782  1109.  1120.  1497.  289.8  -0.3   0.0 28-06-93 23:44:56 0   76.47793    -7.22760    76.47794    -7.22767     0.  1120.  1497.  289.8  -0.3   0.0 28-06-93 23:44:57 0    0.00000     0.00000     0.00000     0.00000     0.  1120.  1497.  289.8 999.9 999.9 28-06-93 23:44:58 0   76.47791    -7.22758    76.47793    -7.22760     0.  1120.  1497.  289.8  -0.3   0.0 28-06-93 23:44:59 0   76.47791    -7.22758    76.47792    -7.22758     0.  1121.  1497.  289.8  -0.3   0.0 28-06-93 23:45:00 0   76.47790    -7.22760    76.47791    -7.22758     0.  1121.  1494.  289.8  -0.2   0.0 28-06-93 23:45:01 0   76.47790    -7.22760    76.47791    -7.22758     0.  1121.  1494.  289.8 999.9 999.9 28-06-93 23:45:02 0   76.47789    -7.22772    76.47791    -7.22760     0.  1121.  1494.  289.8  -0.2   0.0 28-06-93 23:45:03 0   76.47789    -7.22775    76.47790    -7.22760     0.  1121.  1494. 9999.9 999.9 999.9 28-06-93 23:45:04 0   76.47789    -7.22777    76.47790    -7.22770   526.  1121.  1494.  289.8  -0.2   0.0 1  2  3  4  5  6 7     8           9          10          11          12     13     14    15    16    17 YY-MM-DD HH:MM:SS

Pos. 1 to 6 = date and time of data record Pos. 7     = ID of used navigation sensor 0 = unknown 1 = INDAS generic 11 = INDAS Dead Reckoning 12 = INDAS Dead Reckoning + Radionavigation 13 = INDAS Dead Reckoning + NNSS (Transit) 14 = INDAS Dead Reckoning + Radionavigation + NNSS (Transit) 15 = INDAS Dead Reckoning + GPS 16 = INDAS Dead Reckoning + NNSS (Transit) + GPS 2 = ANP2000 system position from PODEV 3 = GPS position from COMPASS system (geo++) 4 = MINS Filter position 5 = Trimble 1 GPS 6 = Trimble 2 GPS 7 = Ashtech GPS Pos. 8     = latitude according to pos. 7 in decimal degree Pos. 9     = longitude according to pos. 7 in decimal degree Pos. 10    = pos. 8 edited Pos. 11    = pos. 9 edited Pos. 12    = single beam sounder (NBS, DWS, Navigation Sounder) depth (if operated) Pos. 13    = Parasound depth (if operated) Pos. 14    = Hydrosweep centerbeam depth (if operated) Pos. 15    = heading from gyro Pos. 16    = speed foreward DOLOG, EM-LOG) Pos. 17     = speed sideward (DOLOG only, otherwise set to zero)

PODAS/PODAS file format
1234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890101234567890123456789012345678901234567890123      1         2         3         4         5         6         7         8         9         0         1         2         3         4         5         6           7         8         9         0 iiiixiixiixiixiixiixfffff.fxfffff.fxfffff.fxfff.fxfff.fxfff.fxfff.fxfff.fxfffff.fxffff.ffffffxffff.ffffffxffff.f                      ffff.ffffffxffff.ffffff xffff.fxffff.fxffff.fx                      xffff.ffffffxffff.ffffffxffff.ffffffxffff.ffffff 2002/02/22 01:01:39 #####.# #####.# #####.# ###.# ###.#  0.2  10.6  11.6 #####.#  -62.133951  -56.055096  336.0   -1.6    0.9   -0.5  -62.134082  -56.055117  -62.134187  -56.055396  -62.134176  -56.055172 2002/02/22 01:01:40 #####.# #####.# #####.# ###.# ###.#   0.3  10.6  11.6 #####.#  -62.133951  -56.055154  335.9   -1.6    0.9   -0.9  -62.134042  -56.055160  -62.134145  -56.055438  -62.134134  -56.055214 2002/02/22 01:01:41 #####.# #####.# #####.# ###.# ###.#   0.3  10.7  11.6 #####.#  -62.133889  -56.055212  336.0   -0.6    0.9   -0.7  -62.134001  -56.055198  -62.134106  -56.055477  -62.134097  -56.055251 2002/02/22 01:01:42 #####.# #####.# #####.# ###.# ###.#   0.3  10.9  11.7 #####.#  -62.133835  -56.055212  336.1   0.5    0.8    0.0  -62.133956  -56.055232  -62.134066  -56.055514  -62.134059  -56.055287 2002/02/22 01:01:43 #####.#  1273.5 #####.# ###.# ###.#   0.3  10.9  11.7 #####.#  -62.133835  -56.055267  336.1    0.9    0.8    0.4  -62.133912  -56.055272  -62.134025  -56.055554  -62.134018  -56.055327 2002/02/22 01:01:44 #####.# #####.# #####.# ###.# ###.#   0.3  10.9  11.7 #####.#  -62.133780  -56.055325  335.9   0.8    0.9    0.6  -62.133868  -56.055313  -62.133982  -56.055595  -62.133974  -56.055368 2002/02/22 01:01:45 #####.# #####.# #####.# ###.# ###.#   0.3  10.9  11.7 #####.#  -62.133719  -56.055383  335.8   0.5    1.0    0.6  -62.133825  -56.055352  -62.133938  -56.055634  -62.133930  -56.055407 YYYY/MM/DD HH:MM:SS      1       2       3     4     5     6     7     8       9     10          11          12     13     14     15     16          17   18          19          20          21

Channel 1 Device     = "Navigation sounder" Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 2 Device     = "deep water sounder" Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 3 Device     = "Parasound" Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 4 Device     = "DO-Log" Sensor     = "speed bottomtrack across" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 5 Device     = "DO-Log" Sensor     = "speed bottomtrack ahead" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 6 Device     = "DO-Log" Sensor     = "speed watertrack across" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 7 Device     = "DO-Log" Sensor     = "speed watertrack ahead" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 8 Device     = "EM-Log" Sensor     = "speed" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 9 Device     = "Hydrosweep" Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 10 Device     = "MINS scientific navigation platform" Sensor     = "filter position latitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 11 Device     = "MINS scientific navigation platform" Sensor     = "filter position longitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 12 Device     = "MINS scientific navigation platform" Sensor     = "gyro heading" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "CycleGrad" Delivered values = Spot Channel 13 Device     = "MINS scientific navigation platform" Sensor     = "gyro pitch" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "None" Delivered values = Spot Channel 14 Device     = "MINS scientific navigation platform" Sensor     = "gyro roll" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "None" Delivered values = Spot Channel 15 Device     = "Motion heave" Sensor     = "Heave" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "m" Calculation = "None" Delivered values = Spot Channel 16 Device     = "trimble 1 GPS" Sensor     = "position latitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 17 Device     = "trimble 1 GPS" Sensor     = "position longitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 18 Device     = "trimble 2 GPS" Sensor     = "position latitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 19 Device     = "trimble 2 GPS" Sensor     = "position longitude" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 20 Device     = "Ashtech Z-12 DGPS" Sensor     = "position lat" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 21 Device     = "Ashtech Z-12 DGPS" Sensor     = "position lon" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot

PODAS/PODEV file format
12345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901      1         2         3         4         5         6         7         8         9         0         1         2         3         4         5         6 iiiixiixiixiixiixiixfffff.fxfffff.fxfffff.fxffff.ffffffxffff.ffffffxfff.fxffff.fxfff.fxfff.fxfff.fxfff.fxffff.ffffffxffff.ffffff xaaaxaaaxaaaxffff.fxffff.fxffff.f 1998/01/06 00:00:01 3263.0  4029.0  4014.6 ####.###### ####.######   6.1   23.3   6.5   0.1 ###.# ###.#  -42.508721  -11.182497 FIL GY  EM    -1.4    0.3   -0.0 1998/01/06 00:00:02 #####.# #####.# #####.# ####.###### ####.###### ###.# ####.# ###.# ###.# ###.# ###.# ####.###### ####.###### FIL GY EM  ####.# ####.# ####.# 1998/01/06 00:02:39 #####.# 4048.0  4035.8  -42.501170  -11.177984   6.1   23.4   6.5   0.3 ###.# ###.#  -42.500434 -11.177540                0.2   -0.2 ####.# 1998/01/06 00:02:40 #####.#  4048.0  4035.8  -42.501122 ####.######   6.1   23.6   6.5   0.3 ###.# ###.#  -42.500380  -11.177507                0.6    0.1    0.0 1998/01/06 00:02:41  3931.0  4048.0  4035.8  -42.501071 ####.######   6.1   23.6   6.5   0.3 ###.# ###.#  -42.500328 -11.177475                0.7    0.3    0.0 1998/01/06 00:02:42 #####.#  4048.0  4035.8  -42.501017 ####.######   6.1   23.3   6.5   0.2 ###.# ###.#  -42.500275  -11.177442                0.2    0.3   -0.0 1998/01/06 00:02:43 #####.#  4048.0  4035.8 ####.######  -11.177863   6.1   23.0   6.5   0.2 ###.# ###.#  -42.500221  -11.177412               -0.4    0.2   -0.0 1998/01/06 00:02:44 #####.#  4048.0  4035.8 ####.###### ####.######   6.1   23.0   6.5   0.1 ###.# ###.#  -42.500170  -11.177385               -0.6   -0.1   -0.0 1998/01/06 00:02:45 #####.#  4048.0  4035.8 ####.###### ####.######   6.1   23.0   6.5   0.1 ###.# ###.#  -42.500116  -11.177355               -0.4   -0.4   -0.0 1998/01/06 00:02:46 #####.#  4047.0  4035.8 ####.######  -11.177768   6.1   23.0   6.5   0.1 ###.# ###.#  -42.500063  -11.177326               -0.3   -0.5    0.0 YYYY/MM/DD HH:MM:SS      1       2       3      4           5          6      7     8     9    10    11     12          13        14 15  16     17     18     19

PODAS device name                     PODEV sensor name        PODEV device name -- Channel 1 Device     = "Navigation sounder"                   echosounder              ANP2000 Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 2 Device     = "Hydrosweep"                           Hydrosweep               ANP2000 Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 3 Device     = "Parasound"                            Parasound                ANP2000 Sensor     = "depth" Format     = "Real" Length     = 7 Precision  = 1 Phys. Unit = "m" Calculation = "Numeric" Delivered values = Spot Channel 4 Device     = "Ashtech Z-12 DGPS"                    GPS position lat        ANP2000/GPS-VAX Sensor     = "position lat" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 5 Device     = "Ashtech Z-12 DGPS"                    GPS position lon        ANP2000/GPS-VAX Sensor     = "position lon" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 6 Device     = "EM-Log"                               EM log speed            ANP2000 Sensor     = "speed" Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 7 Device     = "MINS scientific navigation platform"  gyro heading            ANP2000 Sensor     = "gyro heading" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "CycleGrad" Delivered values = Spot Channel 8 Device     = "Ship navigation system"               DOLOG speed watertrack  ANP2000 Sensor     = "speed watertrack ahead"               ahead Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 9 Device     = "Ship navigation system"               DOLOG speed watertrack ANP2000 Sensor     = "speed watertrack across"              across Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 10 Device     = "Ship navigation system"               DOLOG speed bottomtr. ANP2000 Sensor     = "speed bottomtrack ahead"              ahead Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 11 Device     = "Ship navigation system"               DOLOG speed bottomtr. ANP2000 Sensor     = "speed bottomtrack across"             across Format     = "Real" Length     = 5 Precision  = 1 Phys. Unit = "kn" Calculation = "Numeric" Delivered values = Spot Channel 12 Device     = "Ship navigation system"               system position lat    ANP2000 Sensor     = "system position lat" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 13 Device     = "Ship navigation system"               system position lon    ANP2000 Sensor     = "system position lon" Format     = "PosDeg" Length     = 11 Precision  = 6 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 14 Device     = "Ship navigation system"               system position status ANP2000 Sensor     = "system position status" Format     = "Text" Length     = 3 Precision  = 0 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 15 Device     = "Ship navigation system"               system heading status  ANP2000 Sensor     = "system heading status" Format     = "Text" Length     = 3 Precision  = 0 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 16 Device     = "Ship navigation system"               system speed status    ANP2000 Sensor     = "system speed status" Format     = "Text" Length     = 3 Precision  = 0 Phys. Unit = "" Calculation = "None" Delivered values = Spot Channel 17 Device     = "MINS scientific navigation platform"  gyro pitch             ANP2000 Sensor     = "gyro pitch" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "None" Delivered values = Spot Channel 18 Device     = "MINS scientific navigation platform"  gyro roll              ANP2000 Sensor     = "gyro roll" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "deg" Calculation = "None" Delivered values = Spot Channel 19 Device     = "Motion heave"                         Heave                  Heave Sensor     = "Heave" Format     = "Real" Length     = 6 Precision  = 1 Phys. Unit = "m" Calculation = "None" Delivered values = Spot