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Add the ascii files in data dir

This commit is contained in:
Shahram Najm 2013-03-26 15:31:42 +00:00
parent ef2245d6b9
commit d5e4f27004
44 changed files with 3754 additions and 0 deletions
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61
data/60_model_levels Normal file
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0.000000 0.00000000
20.000000 0.00000000
38.425343 0.00000000
63.647804 0.00000000
95.636963 0.00000000
134.483307 0.00000000
180.584351 0.00000000
234.779053 0.00000000
298.495789 0.00000000
373.971924 0.00000000
464.618134 0.00000000
575.651001 0.00000000
713.218079 0.00000000
883.660522 0.00000000
1094.834717 0.00000000
1356.474609 0.00000000
1680.640259 0.00000000
2082.273926 0.00000000
2579.888672 0.00000000
3196.421631 0.00000000
3960.291504 0.00000000
4906.708496 0.00000000
6018.019531 0.00000000
7306.631348 0.00000000
8765.053711 0.00007582
10376.126953 0.00046139
12077.446289 0.00181516
13775.325195 0.00508112
15379.805664 0.01114291
16819.474609 0.02067788
18045.183594 0.03412116
19027.695313 0.05169041
19755.109375 0.07353383
20222.205078 0.09967469
20429.863281 0.13002251
20384.480469 0.16438432
20097.402344 0.20247594
19584.330078 0.24393314
18864.750000 0.28832296
17961.357422 0.33515489
16899.468750 0.38389215
15706.447266 0.43396294
14411.124023 0.48477158
13043.218750 0.53570992
11632.758789 0.58616841
10209.500977 0.63554746
8802.356445 0.68326861
7438.803223 0.72878581
6144.314941 0.77159661
4941.778320 0.81125343
3850.913330 0.84737492
2887.696533 0.87965691
2063.779785 0.90788388
1385.912598 0.93194032
855.361755 0.95182151
467.333588 0.96764523
210.393890 0.97966272
65.889244 0.98827010
7.367743 0.99401945
0.000000 0.99763012
0.000000 1.00000000

1
data/Makefile.am Normal file
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123
data/bitmap.diff Normal file
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#============== MESSAGE 1 ( length=11680 ) ==============
1-4 identifier = GRIB
5-7 totalLength = 11680
8 editionNumber = 1
====================== SECTION_1 ( length=52, padding=0 ) ======================
1-3 section1Length = 52
4 table2Version = 128
5 centre = 98 [European Center for Medium-Range Weather Forecasts (grib1/0.table) ]
6 generatingProcessIdentifier = 130
7 gridDefinition = 255
8 section1Flags = 192 [11000000]
9 indicatorOfParameter = 130 [Temperature (K) (grib1/2.98.128.table) ]
10 indicatorOfTypeOfLevel = 109 [Hybrid level level number (2 octets) (grib1/3.table) ]
11-12 level = 1
13 yearOfCentury = 8
14 month = 2
15 day = 6
16 hour = 12
17 minute = 0
18 unitOfTimeRange = 1 [Hour (grib1/4.table) ]
19 P1 = 0
20 P2 = 0
21 timeRangeIndicator = 0 [Forecast product valid at reference time + P1 (P1>0) (grib1/5.table) ]
22-23 numberIncludedInAverage = 0
24 numberMissingFromAveragesOrAccumulations = 0
25 centuryOfReferenceTimeOfData = 21
26 subCentre = 0 [Unknown code table entry (grib1/0.ecmf.table) ]
27-28 decimalScaleFactor = 0
29-40 reservedNeedNotBePresent = 12 {
00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00
} # pad reservedNeedNotBePresent
41 localDefinitionNumber = 1 [MARS labelling or ensemble forecast data (grib1/localDefinitionNumber.98.table) ]
42 marsClass = 1 [Operational archive (mars/class.table) ]
43 marsType = 2 [Analysis (mars/type.table) ]
44-45 marsStream = 1025 [Atmospheric model (mars/stream.table) ]
46-49 experimentVersionNumber = 0001
50 perturbationNumber = 0
51 numberOfForecastsInEnsemble = 0
52 padding_local1_1 = 1 {
00
} # pad padding_local1_1
====================== SECTION_2 ( length=896, padding=0 ) ======================
1-3 section2Length = 896
4 numberOfVerticalCoordinateValues = 184
5 pvlLocation = 33
6 dataRepresentationType = 4 [Gaussian Latitude/Longitude Grid (grib1/6.table) ]
7-8 Ni = MISSING
9-10 Nj = 64
11-13 latitudeOfFirstGridPoint = 87864
14-16 longitudeOfFirstGridPoint = 0
17 resolutionAndComponentFlags = 0 [00000000]
18-20 latitudeOfLastGridPoint = -87864
21-23 longitudeOfLastGridPoint = 357188
24-25 iDirectionIncrement = MISSING
26-27 N = 32
28 scanningMode = 0 [00000000]
29-32 padding_grid4_1 = 4 {
00, 00, 00, 00
} # pad padding_grid4_1
33-768 pv = (184,736) {
0.0000000000e+00, 2.0000400543e+00, 3.9808320999e+00, 7.3871860504e+00, 1.2908319473e+01, 2.1413604736e+01, 3.3952865601e+01, 5.1746597290e+01,
7.6167663574e+01, 1.0871556091e+02, 1.5098602295e+02, 2.0463745117e+02, 2.7135644531e+02, 3.5282446289e+02, 4.5068579102e+02, 5.6651928711e+02,
7.0181323242e+02, 8.5794580078e+02, 1.0361665039e+03, 1.2375854492e+03, 1.4631638184e+03, 1.7137097168e+03, 1.9898745117e+03, 2.2921555176e+03,
2.6208984375e+03, 2.9763022461e+03, 3.3584257812e+03, 3.7671960449e+03, 4.2024179688e+03, 4.6637773438e+03, 5.1508593750e+03, 5.6631562500e+03,
6.1998398438e+03, 6.7597265625e+03, 7.3414687500e+03, 7.9429257812e+03, 8.5646250000e+03, 9.2083046875e+03, 9.8735625000e+03, 1.0558882812e+04,
1.1262484375e+04, 1.1982660156e+04, 1.2713898438e+04, 1.3453226562e+04, 1.4192011719e+04, 1.4922687500e+04, 1.5638054688e+04, 1.6329562500e+04,
1.6990625000e+04, 1.7613281250e+04, 1.8191031250e+04, 1.8716968750e+04, 1.9184546875e+04, 1.9587515625e+04, 1.9919796875e+04, 2.0175394531e+04,
2.0348917969e+04, 2.0434156250e+04, 2.0426218750e+04, 2.0319011719e+04, 2.0107031250e+04, 1.9785359375e+04, 1.9348777344e+04, 1.8798824219e+04,
1.8141296875e+04, 1.7385593750e+04, 1.6544585938e+04, 1.5633566406e+04, 1.4665644531e+04, 1.3653218750e+04, 1.2608382812e+04, 1.1543167969e+04,
1.0471312500e+04, 9.4052226562e+03, 8.3562539062e+03, 7.3351640625e+03, 6.3539218750e+03, 5.4228007812e+03, 4.5502148438e+03, 3.7434643555e+03,
3.0101469727e+03, 2.3562026367e+03, 1.7848544922e+03, 1.2976562500e+03, 8.9519360352e+02, 5.7631420898e+02, 3.3677246094e+02, 1.6204342651e+02,
5.4208343506e+01, 6.5756282806e+00, 3.1600000802e-03, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00,
0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00
... 84 more values
} # ibmfloat pv
769-896 pl = (64,128) {
2.0000000000e+01, 2.7000000000e+01, 3.6000000000e+01, 4.0000000000e+01, 4.5000000000e+01, 5.0000000000e+01, 6.0000000000e+01, 6.4000000000e+01,
7.2000000000e+01, 7.5000000000e+01, 8.0000000000e+01, 9.0000000000e+01, 9.0000000000e+01, 9.6000000000e+01, 1.0000000000e+02, 1.0800000000e+02,
1.0800000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.0800000000e+02,
1.0800000000e+02, 1.0000000000e+02, 9.6000000000e+01, 9.0000000000e+01, 9.0000000000e+01, 8.0000000000e+01, 7.5000000000e+01, 7.2000000000e+01,
6.4000000000e+01, 6.0000000000e+01, 5.0000000000e+01, 4.5000000000e+01, 4.0000000000e+01, 3.6000000000e+01, 2.7000000000e+01, 2.0000000000e+01
} # unsigned pl
====================== SECTION3 ( length=772, padding=0 ) ======================
1-3 section3Length = 772
4 numberOfUnusedBitsAtEndOfSection3 = 14
5-6 tableReference = 0
7-772 bitmap = 766 {
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff, ff,
ff, ff, ff, ff
... 665 more values
} # g1bitmap bitmap
====================== SECTION_4 ( length=9948, padding=0 ) ======================
1-3 section4Length = 9948
4 dataFlag = 14 [00001110]
5-6 binaryScaleFactor = -6
7-10 referenceValue = 160.252
11 bitsPerValue = 13
12-9948 codedValues = (6114,9937) {
1.9907963562e+02, 1.9872026062e+02, 1.9851713562e+02, 1.9839213562e+02, 1.9822026062e+02, 1.9798588562e+02, 1.9770463562e+02, 1.9747026062e+02,
1.9737651062e+02, 1.9740776062e+02, 1.9756401062e+02, 1.9787651062e+02, 1.9839213562e+02, 1.9907963562e+02, 1.9979838562e+02, 2.0034526062e+02,
2.0059526062e+02, 2.0053276062e+02, 2.0015776062e+02, 1.9959526062e+02, 1.9984526062e+02, 1.9959526062e+02, 1.9954838562e+02, 1.9943901062e+02,
1.9940776062e+02, 1.9926713562e+02, 1.9875151062e+02, 1.9789213562e+02, 1.9698588562e+02, 1.9642338562e+02, 1.9637651062e+02, 1.9679838562e+02,
1.9737651062e+02, 1.9782963562e+02, 1.9806401062e+02, 1.9814213562e+02, 1.9843901062e+02, 1.9925151062e+02, 2.0065776062e+02, 2.0222026062e+02,
2.0334526062e+02, 2.0389213562e+02, 2.0420463562e+02, 2.0442338562e+02, 2.0404838562e+02, 2.0265776062e+02, 2.0090776062e+02, 2.0176713562e+02,
2.0101713562e+02, 2.0039213562e+02, 1.9961088562e+02, 1.9925151062e+02, 1.9940776062e+02, 1.9934526062e+02, 1.9872026062e+02, 1.9790776062e+02,
1.9725151062e+02, 1.9670463562e+02, 1.9623588562e+02, 1.9597026062e+02, 1.9595463562e+02, 1.9612651062e+02, 1.9645463562e+02, 1.9692338562e+02,
1.9750151062e+02, 1.9809526062e+02, 1.9845463562e+02, 1.9845463562e+02, 1.9829838562e+02, 1.9837651062e+02, 1.9882963562e+02, 1.9993901062e+02,
2.0181401062e+02, 2.0401713562e+02, 2.0581401062e+02, 2.0700151062e+02, 2.0781401062e+02, 2.0848588562e+02, 2.0926713562e+02, 2.0973588562e+02,
2.0887651062e+02, 2.0640776062e+02, 2.0356401062e+02, 2.0676713562e+02, 2.0443901062e+02, 2.0272026062e+02, 2.0140776062e+02, 2.0081401062e+02,
2.0068901062e+02, 1.9993901062e+02, 1.9834526062e+02, 1.9704838562e+02, 1.9695463562e+02, 1.9770463562e+02, 1.9812651062e+02, 1.9779838562e+02,
1.9726713562e+02, 1.9690776062e+02, 1.9653276062e+02, 1.9626713562e+02
... 6014 more values
} # data_g1simple_packing codedValues
====================== SECTION_5 ( length=4, padding=0 ) ======================
1-4 7777 = 7777

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# Geopotential height
if ( ( level == 500 || level == 1000 ) && indicatorOfParameter == 7 ) {
print "found indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
transient oldtype = type ;
set identificationOfOriginatingGeneratingSubCentre = 98 ;
set gribTablesVersionNo = 128;
set indicatorOfParameter = 129 ;
set localDefinitionNumber = 1 ;
set marsClass="od";
set marsStream="kwbc";
# Negatively/Positively Perturbed Forecast
if ( oldtype == 2 || oldtype == 3 ) {
set marsType="pf";
set experimentVersionNumber="4001";
}
# Control Forecast
if ( oldtype == 1 ) {
set marsType="cf";
set experimentVersionNumber="0001";
}
set numberOfForecastsInEnsemble=11;
write;
write "[indicatorOfParameter].grib";
print "indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
print;
}
# U wind
if ( level == 250 && indicatorOfParameter == 33 ) {
print "found indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
transient oldtype = type ;
set identificationOfOriginatingGeneratingSubCentre=98;
set gribTablesVersionNo = 128;
set indicatorOfParameter = 131 ;
set localDefinitionNumber=1;
set marsClass="od";
set marsStream="kwbc";
# Negatively/Positively Perturbed Forecast
if ( oldtype == 2 || oldtype == 3 ) {
set marsType="pf";
set experimentVersionNumber="4001";
}
# Control Forecast
if ( oldtype == 1 ) {
set marsType="cf";
set experimentVersionNumber="0001";
}
set numberOfForecastsInEnsemble=11;
write ;
print "indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
print;
}
# V wind
if ( level == 250 && indicatorOfParameter == 34 ) {
print "found indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
transient oldtype = type ;
set identificationOfOriginatingGeneratingSubCentre=98;
set gribTablesVersionNo = 128;
set indicatorOfParameter = 132;
set localDefinitionNumber=1;
set marsClass="od";
set marsStream="kwbc";
# Negatively/Positively Perturbed Forecast
if ( oldtype == 2 || oldtype == 3 ) {
set marsType="pf";
set experimentVersionNumber="4001";
}
# Control Forecast
if ( oldtype == 1 ) {
set marsType="cf";
set experimentVersionNumber="0001";
}
set numberOfForecastsInEnsemble=11;
write ;
print "indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
print;
}
# Relative humidity
if ( level == 700 && indicatorOfParameter == 52 ) {
print "found indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
transient oldtype = type ;
set identificationOfOriginatingGeneratingSubCentre = 98;
set gribTablesVersionNo = 128;
set indicatorOfParameter = 157 ;
set localDefinitionNumber=1;
set marsClass="od";
set marsStream="kwbc";
# Negatively/Positively Perturbed Forecast
if ( oldtype == 2 || oldtype == 3 ) {
set marsType="pf";
set experimentVersionNumber="4001";
}
# Control Forecast
if ( oldtype == 1 ) {
set marsType="cf";
set experimentVersionNumber="0001";
}
set numberOfForecastsInEnsemble=11;
write;
print "indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
print;
}
# Temperature
if ( level == 850 && indicatorOfParameter == 11 ) {
print "found indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
transient oldtype = type ;
set identificationOfOriginatingGeneratingSubCentre=98;
set gribTablesVersionNo = 128;
set indicatorOfParameter = 130;
set localDefinitionNumber=1;
set marsClass="od";
set marsStream="kwbc";
# Negatively/Positively Perturbed Forecast
if ( oldtype == 2 || oldtype == 3 ) {
set marsType="pf";
set experimentVersionNumber="4001";
}
# Control Forecast
if ( oldtype == 1 ) {
set marsType="cf";
set experimentVersionNumber="0001";
}
set numberOfForecastsInEnsemble=11;
write;
print "indicatorOfParameter=[indicatorOfParameter] level=[level] date=[date]";
print;
}

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1.23457e-36 2.34567e-36 1.23457e-36 2.34567e-36 1.23457e-36 2.34567e-36

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indexing...
end indexing...
stepSize=4
12 24 48 60
levelSize=12
10 50 100 200 250 300 400 500 700 850 925 1000
numberSize=4
1 2 3 4
shortNameSize=2
t z
shortName=t level=10 number=1 step=12
shortName=t level=10 number=1 step=24
shortName=t level=10 number=1 step=48
shortName=t level=10 number=1 step=60
shortName=t level=10 number=2 step=12
shortName=t level=10 number=2 step=24
shortName=t level=10 number=2 step=48
shortName=t level=10 number=2 step=60
shortName=t level=10 number=3 step=12
shortName=t level=10 number=3 step=24
shortName=t level=10 number=3 step=48
shortName=t level=10 number=3 step=60
shortName=t level=10 number=4 step=12
shortName=t level=10 number=4 step=24
shortName=t level=10 number=4 step=48
shortName=t level=10 number=4 step=60
shortName=t level=50 number=1 step=12
shortName=t level=50 number=1 step=24
shortName=t level=50 number=1 step=48
shortName=t level=50 number=1 step=60
shortName=t level=50 number=2 step=12
shortName=t level=50 number=2 step=24
shortName=t level=50 number=2 step=48
shortName=t level=50 number=2 step=60
shortName=t level=50 number=3 step=12
shortName=t level=50 number=3 step=24
shortName=t level=50 number=3 step=48
shortName=t level=50 number=3 step=60
shortName=t level=50 number=4 step=12
shortName=t level=50 number=4 step=24
shortName=t level=50 number=4 step=48
shortName=t level=50 number=4 step=60
shortName=t level=100 number=1 step=12
shortName=t level=100 number=1 step=24
shortName=t level=100 number=1 step=48
shortName=t level=100 number=1 step=60
shortName=t level=100 number=2 step=12
shortName=t level=100 number=2 step=24
shortName=t level=100 number=2 step=48
shortName=t level=100 number=2 step=60
shortName=t level=100 number=3 step=12
shortName=t level=100 number=3 step=24
shortName=t level=100 number=3 step=48
shortName=t level=100 number=3 step=60
shortName=t level=100 number=4 step=12
shortName=t level=100 number=4 step=24
shortName=t level=100 number=4 step=48
shortName=t level=100 number=4 step=60
shortName=t level=200 number=1 step=12
shortName=t level=200 number=1 step=24
shortName=t level=200 number=1 step=48
shortName=t level=200 number=1 step=60
shortName=t level=200 number=2 step=12
shortName=t level=200 number=2 step=24
shortName=t level=200 number=2 step=48
shortName=t level=200 number=2 step=60
shortName=t level=200 number=3 step=12
shortName=t level=200 number=3 step=24
shortName=t level=200 number=3 step=48
shortName=t level=200 number=3 step=60
shortName=t level=200 number=4 step=12
shortName=t level=200 number=4 step=24
shortName=t level=200 number=4 step=48
shortName=t level=200 number=4 step=60
shortName=t level=250 number=1 step=12
shortName=t level=250 number=1 step=24
shortName=t level=250 number=1 step=48
shortName=t level=250 number=1 step=60
shortName=t level=250 number=2 step=12
shortName=t level=250 number=2 step=24
shortName=t level=250 number=2 step=48
shortName=t level=250 number=2 step=60
shortName=t level=250 number=3 step=12
shortName=t level=250 number=3 step=24
shortName=t level=250 number=3 step=48
shortName=t level=250 number=3 step=60
shortName=t level=250 number=4 step=12
shortName=t level=250 number=4 step=24
shortName=t level=250 number=4 step=48
shortName=t level=250 number=4 step=60
shortName=t level=300 number=1 step=12
shortName=t level=300 number=1 step=24
shortName=t level=300 number=1 step=48
shortName=t level=300 number=1 step=60
shortName=t level=300 number=2 step=12
shortName=t level=300 number=2 step=24
shortName=t level=300 number=2 step=48
shortName=t level=300 number=2 step=60
shortName=t level=300 number=3 step=12
shortName=t level=300 number=3 step=24
shortName=t level=300 number=3 step=48
shortName=t level=300 number=3 step=60
shortName=t level=300 number=4 step=12
shortName=t level=300 number=4 step=24
shortName=t level=300 number=4 step=48
shortName=t level=300 number=4 step=60
shortName=t level=400 number=1 step=12
shortName=t level=400 number=1 step=24
shortName=t level=400 number=1 step=48
shortName=t level=400 number=1 step=60
shortName=t level=400 number=2 step=12
shortName=t level=400 number=2 step=24
shortName=t level=400 number=2 step=48
shortName=t level=400 number=2 step=60
shortName=t level=400 number=3 step=12
shortName=t level=400 number=3 step=24
shortName=t level=400 number=3 step=48
shortName=t level=400 number=3 step=60
shortName=t level=400 number=4 step=12
shortName=t level=400 number=4 step=24
shortName=t level=400 number=4 step=48
shortName=t level=400 number=4 step=60
shortName=t level=500 number=1 step=12
shortName=t level=500 number=1 step=24
shortName=t level=500 number=1 step=48
shortName=t level=500 number=1 step=60
shortName=t level=500 number=2 step=12
shortName=t level=500 number=2 step=24
shortName=t level=500 number=2 step=48
shortName=t level=500 number=2 step=60
shortName=t level=500 number=3 step=12
shortName=t level=500 number=3 step=24
shortName=t level=500 number=3 step=48
shortName=t level=500 number=3 step=60
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shortName=t number= 4 level= 700 step= 48
shortName=z number= 4 level= 700 step= 48
shortName=t number= 4 level= 850 step= 48
shortName=z number= 4 level= 850 step= 48
shortName=t number= 4 level= 925 step= 48
shortName=z number= 4 level= 925 step= 48
shortName=t number= 4 level=1000 step= 48
shortName=z number= 4 level=1000 step= 48
shortName=t number= 1 level= 10 step= 60
shortName=z number= 1 level= 10 step= 60
shortName=t number= 1 level= 50 step= 60
shortName=z number= 1 level= 50 step= 60
shortName=t number= 1 level= 100 step= 60
shortName=z number= 1 level= 100 step= 60
shortName=t number= 1 level= 200 step= 60
shortName=z number= 1 level= 200 step= 60
shortName=t number= 1 level= 250 step= 60
shortName=z number= 1 level= 250 step= 60
shortName=t number= 1 level= 300 step= 60
shortName=z number= 1 level= 300 step= 60
shortName=t number= 1 level= 400 step= 60
shortName=z number= 1 level= 400 step= 60
shortName=t number= 1 level= 500 step= 60
shortName=z number= 1 level= 500 step= 60
shortName=t number= 1 level= 700 step= 60
shortName=z number= 1 level= 700 step= 60
shortName=t number= 1 level= 850 step= 60
shortName=z number= 1 level= 850 step= 60
shortName=t number= 1 level= 925 step= 60
shortName=z number= 1 level= 925 step= 60
shortName=t number= 1 level=1000 step= 60
shortName=z number= 1 level=1000 step= 60
shortName=t number= 2 level= 10 step= 60
shortName=z number= 2 level= 10 step= 60
shortName=t number= 2 level= 50 step= 60
shortName=z number= 2 level= 50 step= 60
shortName=t number= 2 level= 100 step= 60
shortName=z number= 2 level= 100 step= 60
shortName=t number= 2 level= 200 step= 60
shortName=z number= 2 level= 200 step= 60
shortName=t number= 2 level= 250 step= 60
shortName=z number= 2 level= 250 step= 60
shortName=t number= 2 level= 300 step= 60
shortName=z number= 2 level= 300 step= 60
shortName=t number= 2 level= 400 step= 60
shortName=z number= 2 level= 400 step= 60
shortName=t number= 2 level= 500 step= 60
shortName=z number= 2 level= 500 step= 60
shortName=t number= 2 level= 700 step= 60
shortName=z number= 2 level= 700 step= 60
shortName=t number= 2 level= 850 step= 60
shortName=z number= 2 level= 850 step= 60
shortName=t number= 2 level= 925 step= 60
shortName=z number= 2 level= 925 step= 60
shortName=t number= 2 level=1000 step= 60
shortName=z number= 2 level=1000 step= 60
shortName=t number= 3 level= 10 step= 60
shortName=z number= 3 level= 10 step= 60
shortName=t number= 3 level= 50 step= 60
shortName=z number= 3 level= 50 step= 60
shortName=t number= 3 level= 100 step= 60
shortName=z number= 3 level= 100 step= 60
shortName=t number= 3 level= 200 step= 60
shortName=z number= 3 level= 200 step= 60
shortName=t number= 3 level= 250 step= 60
shortName=z number= 3 level= 250 step= 60
shortName=t number= 3 level= 300 step= 60
shortName=z number= 3 level= 300 step= 60
shortName=t number= 3 level= 400 step= 60
shortName=z number= 3 level= 400 step= 60
shortName=t number= 3 level= 500 step= 60
shortName=z number= 3 level= 500 step= 60
shortName=t number= 3 level= 700 step= 60
shortName=z number= 3 level= 700 step= 60
shortName=t number= 3 level= 850 step= 60
shortName=z number= 3 level= 850 step= 60
shortName=t number= 3 level= 925 step= 60
shortName=z number= 3 level= 925 step= 60
shortName=t number= 3 level=1000 step= 60
shortName=z number= 3 level=1000 step= 60
shortName=t number= 4 level= 10 step= 60
shortName=z number= 4 level= 10 step= 60
shortName=t number= 4 level= 50 step= 60
shortName=z number= 4 level= 50 step= 60
shortName=t number= 4 level= 100 step= 60
shortName=z number= 4 level= 100 step= 60
shortName=t number= 4 level= 200 step= 60
shortName=z number= 4 level= 200 step= 60
shortName=t number= 4 level= 250 step= 60
shortName=z number= 4 level= 250 step= 60
shortName=t number= 4 level= 300 step= 60
shortName=z number= 4 level= 300 step= 60
shortName=t number= 4 level= 400 step= 60
shortName=z number= 4 level= 400 step= 60
shortName=t number= 4 level= 500 step= 60
shortName=z number= 4 level= 500 step= 60
shortName=t number= 4 level= 700 step= 60
shortName=z number= 4 level= 700 step= 60
shortName=t number= 4 level= 850 step= 60
shortName=z number= 4 level= 850 step= 60
shortName=t number= 4 level= 925 step= 60
shortName=z number= 4 level= 925 step= 60
shortName=t number= 4 level=1000 step= 60
shortName=z number= 4 level=1000 step= 60
384 messages selected

58
data/julian.out.good Normal file
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@ -0,0 +1,58 @@
1957 10 4 19:26:24 -> 2436116.310000
1957 10 4 19:26:24 -> 2436116.310000
+ 2000 1 1 12:0:0 -> 2451545.000000
- 2000 1 1 12:0:0 -> 2451545.000000
+ 20000101 -> 2451545
- 20000101 -> 2451545
+ 1987 1 27 0:0:0 -> 2446822.500000
- 1987 1 27 0:0:0 -> 2446822.500000
+ 19870127 -> 2446823
- 19870127 -> 2446823
+ 1987 6 19 12:0:0 -> 2446966.000000
- 1987 6 19 12:0:0 -> 2446966.000000
+ 19870619 -> 2446966
- 19870619 -> 2446966
+ 1988 1 27 0:0:0 -> 2447187.500000
- 1988 1 27 0:0:0 -> 2447187.500000
+ 19880127 -> 2447188
- 19880127 -> 2447188
+ 1988 6 19 12:0:0 -> 2447332.000000
- 1988 6 19 12:0:0 -> 2447332.000000
+ 19880619 -> 2447332
- 19880619 -> 2447332
+ 1900 1 1 0:0:0 -> 2415020.500000
- 1900 1 1 0:0:0 -> 2415020.500000
+ 19000101 -> 2415021
- 19000101 -> 2415021
+ 1600 1 1 0:0:0 -> 2305447.500000
- 1600 1 1 0:0:0 -> 2305447.500000
+ 16000101 -> 2305448
- 16000101 -> 2305448
+ 1600 12 31 0:0:0 -> 2305812.500000
- 1600 12 31 0:0:0 -> 2305812.500000
+ 16001231 -> 2305813
- 16001231 -> 2305813
+ 1326 5 14 0:0:0 -> 2205512.500000
- 1326 5 14 0:0:0 -> 2205512.500000
+ 13260522 -> 2205513
- 13260522 -> 2205513
+ 837 4 10 7:12:0 -> 2026871.800000
- 837 4 10 7:12:0 -> 2026871.800000
+ 8370414 -> 2026872
- 8370414 -> 2026872
+ -4712 1 1 12:0:0 -> 0.000000
- -4712 1 1 12:0:0 -> 0.000000
+ -47120001 -> 0
- -47120001 -> 6

3
data/list_points Normal file
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@ -0,0 +1,3 @@
2
30 -20
13 234

54
data/local.good.log Normal file
View File

@ -0,0 +1,54 @@
1 2 50 1
1 not_found 0
15 2 50 1
15 0 1
26 2 50 1
26 0 1
30 2 50 1
30 0 1
1
1
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
7
7
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
9
9
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
20
20
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
25
25
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
26
26
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
30
30
1 2 50 1
15 2 50 1
26 2 50 1
30 2 50 1
1 not_found
1 2 0
1 2 4
1 1

172
data/ls.log Normal file
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@ -0,0 +1,172 @@
regular_gaussian_model_level.grib1
count edition centre typeOfLevel level dataDate stepRange dataType shortName packingType gridType
1 1 ecmf hybrid 1 20080206 0 an t grid_simple regular_gg
1 of 1 grib messages in regular_gaussian_model_level.grib1
1 of 1 total grib messages in 1 files
regular_gaussian_model_level.grib1
count step
1 0
1 of 1 grib messages in regular_gaussian_model_level.grib1
1 of 1 total grib messages in 1 files
regular_gaussian_model_level.grib1
edition centre typeOfLevel level dataDate stepRange dataType shortName packingType gridType
1 ecmf hybrid 1 20080206 0 an t grid_simple regular_gg
1 of 1 grib messages in regular_gaussian_model_level.grib1
1 of 1 total grib messages in 1 files
regular_gaussian_model_level.grib1
edition centre typeOfLevel level dataDate stepRange dataType shortName packingType gridType value
1 ecmf hybrid 1 20080206 0 an t grid_simple regular_gg 198.5
1 of 1 grib messages in regular_gaussian_model_level.grib1
1 of 1 total grib messages in 1 files
Input Point: latitude=0.00 longitude=0.00
Grid Point chosen #2 index=4096 latitude=-1.40 longitude=0.00 distance=155.07 (Km)
Other grid Points
- 1 - index=4097 latitude=-1.40 longitude=2.81 distance=348.89 (Km)
- 2 - index=4096 latitude=-1.40 longitude=0.00 distance=155.07 (Km)
- 3 - index=3969 latitude=1.40 longitude=2.81 distance=348.89 (Km)
- 4 - index=3968 latitude=1.40 longitude=0.00 distance=155.07 (Km)
198.5
1 0
1
reduced_gaussian_lsm.grib1
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_model_level.grib1
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_model_level.grib2
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_pressure_level.grib1
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_pressure_level.grib2
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_pressure_level_constant.grib1
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_pressure_level_constant.grib2
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_sub_area.grib1
#3
index=19985
index=19984
index=19665
index=19664
reduced_gaussian_sub_area.grib2
#3
index=19985
index=19984
index=19665
index=19664
reduced_gaussian_surface.grib1
#4
index=1291
index=1290
index=1171
index=1170
reduced_gaussian_surface.grib2
#4
index=1291
index=1290
index=1171
index=1170
reduced_latlon_surface.grib1
#1
index=54796
index=54795
index=54034
index=54033
reduced_latlon_surface.grib2
#1
index=54796
index=54795
index=54034
index=54033
regular_gaussian_model_level.grib1
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_model_level.grib2
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_pressure_level.grib1
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_pressure_level.grib2
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_pressure_level_constant.grib1
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_pressure_level_constant.grib2
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_surface.grib1
#3
index=2314
index=2313
index=2186
index=2185
regular_gaussian_surface.grib2
#3
index=2314
index=2313
index=2186
index=2185
regular_latlon_surface.grib1
#2
index=175
index=174
index=159
index=158
regular_latlon_surface.grib2
#2
index=175
index=174
index=159
index=158

125
data/mf.rules Normal file
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@ -0,0 +1,125 @@
# GRIB edition 2
editionNumber = 2;
# TIGGE prod = 4, test = 5
productionStatusOfProcessedData = 5;
# JPEG-2000 packing
#typeOfPacking = "grid_jpeg";
typeOfPacking = "grid_simple";
# Shape of the Earth
shapeOfTheEarth = 6;
typeOfGeneratingProcess = 4; # CF of PF
numberOfForecastsInEnsemble = 11; # 10 Members + 1 Control
#productDefinitionTemplateNumber = 1;
if( subCentre == 100 || subCentre == 0)
{
# Control
typeOfProcessedData = 3;
typeOfEnsembleForecast = 1; # Low-res control forecast
number = 0;
}
if( subCentre != 100 && subCentre != 0)
{
typeOfProcessedData = 4;
# typeOfEnsembleForecast = 2; # Negatively perturbed forecast
typeOfEnsembleForecast = 3; # Positively perturbed forecast
number = subCentre - 100;
}
# typeOfEnsembleForecast = ?;
# Pressure level
# Temperature
if( indicatorOfParameter == 11 && indicatorOfTypeOfLevel == 100) { productDefinitionTemplateNumber=1;shortName = 't'; }
# Geopotential
if( indicatorOfParameter == 6 ) { productDefinitionTemplateNumber=1;shortName = 'gh'; }
# U-component
if( indicatorOfParameter == 33 && indicatorOfTypeOfLevel == 100) { productDefinitionTemplateNumber=1;shortName = 'u'; }
if( indicatorOfParameter == 34 && indicatorOfTypeOfLevel == 100) { productDefinitionTemplateNumber=1;shortName = 'v'; }
# Specific humidity
if( indicatorOfParameter == 51) { productDefinitionTemplateNumber=1;shortName = 'q'; }
# Single level
# Orography
if( indicatorOfParameter == 8) { productDefinitionTemplateNumber=1;shortName = 'orog'; }
# Wind
if( indicatorOfParameter == 33 && indicatorOfTypeOfLevel == 105) { productDefinitionTemplateNumber=1;shortName = '10u'; }
if( indicatorOfParameter == 34 && indicatorOfTypeOfLevel == 105) { productDefinitionTemplateNumber=1;shortName = '10v'; }
# Dew point
if( indicatorOfParameter == 17) {
productDefinitionTemplateNumber = 1;
shortName = '2d';
typeOfFirstFixedSurface = 103;
scaleFactorOfFirstFixedSurface = 0;
scaledValueOfFirstFixedSurface = 2;
}
# 2Meter temp.
if( indicatorOfParameter == 11 && indicatorOfTypeOfLevel == 105)
{
productDefinitionTemplateNumber = 1;
shortName = '2t';
typeOfFirstFixedSurface = 103;
scaleFactorOfFirstFixedSurface = 0;
scaledValueOfFirstFixedSurface = 2;
}
# Cape
if( indicatorOfParameter == 160) { productDefinitionTemplateNumber=1;shortName = 'cape'; }
# Mean sea level pressure
if( indicatorOfParameter == 2) { productDefinitionTemplateNumber=1;shortName = 'msl'; }
# Potential temperature
if( indicatorOfParameter == 13) { productDefinitionTemplateNumber=1;shortName = 'pt'; }
# Snow depth
if( indicatorOfParameter == 65) { productDefinitionTemplateNumber=1;shortName = 'sd'; }
# Snow fall
if( indicatorOfParameter == 99) {
productDefinitionTemplateNumber = 11;
shortName = 'sf';
}
if(indicatorOfParameter == 11 && indicatorOfTypeOfLevel == 1) { productDefinitionTemplateNumber=1;shortName = 'skt'; }
if(indicatorOfParameter == 121) { productDefinitionTemplateNumber = 11;shortName = 'slhf'; }
if(indicatorOfParameter == 1) { productDefinitionTemplateNumber=1;shortName = 'sp'; }
if(indicatorOfParameter == 122) { productDefinitionTemplateNumber = 11;shortName = 'sshf'; }
if(indicatorOfParameter == 111) { productDefinitionTemplateNumber = 11;shortName = 'ssr'; }
if(indicatorOfParameter == 11 && indicatorOfTypeOfLevel == 111) { productDefinitionTemplateNumber=1;shortName = 'st'; }
if(indicatorOfParameter == 112) { productDefinitionTemplateNumber = 11;shortName = 'str'; }
if(indicatorOfParameter == 71) { productDefinitionTemplateNumber=1;shortName = 'tcc'; }
if(indicatorOfParameter == 61) { productDefinitionTemplateNumber = 11;shortName = 'tp'; }
if(indicatorOfParameter == 114) { productDefinitionTemplateNumber = 11;shortName = 'ttr'; }
if(indicatorOfParameter == 167) { productDefinitionTemplateNumber = 1;shortName = 'tcw'; }
if( indicatorOfParameter == 33 && indicatorOfTypeOfLevel == 117)
{ scaleFactorOfFirstFixedSurface=6;scaledValueOfFirstFixedSurface=2;typeOfFirstFixedSurface=109;productDefinitionTemplateNumber=1;shortName = 'u'; }
if( indicatorOfParameter == 34 && indicatorOfTypeOfLevel == 117) { scaleFactorOfFirstFixedSurface=6;scaledValueOfFirstFixedSurface=2;typeOfFirstFixedSurface=109;productDefinitionTemplateNumber=1;shortName = 'v'; }

22
data/multi.ok Normal file
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@ -0,0 +1,22 @@
step
0
12
24
36
48
60
72
84
96
108
120
132
144
156
168
180
192
204
216
228
240

9
data/multi_level.txt Normal file
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@ -0,0 +1,9 @@
1
2
3
4
5
6
7
8
9

10
data/multi_step.txt Normal file
View File

@ -0,0 +1,10 @@
12
24
36
48
60
72
84
96
108
120

109
data/no_bitmap.diff Normal file
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@ -0,0 +1,109 @@
#============== MESSAGE 1 ( length=10908 ) ==============
1-4 identifier = GRIB
5-7 totalLength = 10908
8 editionNumber = 1
====================== SECTION_1 ( length=52, padding=0 ) ======================
1-3 section1Length = 52
4 table2Version = 128
5 centre = 98 [European Center for Medium-Range Weather Forecasts (grib1/0.table) ]
6 generatingProcessIdentifier = 130
7 gridDefinition = 255
8 section1Flags = 128 [10000000]
9 indicatorOfParameter = 130 [Temperature (K) (grib1/2.98.128.table) ]
10 indicatorOfTypeOfLevel = 109 [Hybrid level level number (2 octets) (grib1/3.table) ]
11-12 level = 1
13 yearOfCentury = 8
14 month = 2
15 day = 6
16 hour = 12
17 minute = 0
18 unitOfTimeRange = 1 [Hour (grib1/4.table) ]
19 P1 = 0
20 P2 = 0
21 timeRangeIndicator = 0 [Forecast product valid at reference time + P1 (P1>0) (grib1/5.table) ]
22-23 numberIncludedInAverage = 0
24 numberMissingFromAveragesOrAccumulations = 0
25 centuryOfReferenceTimeOfData = 21
26 subCentre = 0 [Unknown code table entry (grib1/0.ecmf.table) ]
27-28 decimalScaleFactor = 0
29-40 reservedNeedNotBePresent = 12 {
00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00, 00
} # pad reservedNeedNotBePresent
41 localDefinitionNumber = 1 [MARS labelling or ensemble forecast data (grib1/localDefinitionNumber.98.table) ]
42 marsClass = 1 [Operational archive (mars/class.table) ]
43 marsType = 2 [Analysis (mars/type.table) ]
44-45 marsStream = 1025 [Atmospheric model (mars/stream.table) ]
46-49 experimentVersionNumber = 0001
50 perturbationNumber = 0
51 numberOfForecastsInEnsemble = 0
52 padding_local1_1 = 1 {
00
} # pad padding_local1_1
====================== SECTION_2 ( length=896, padding=0 ) ======================
1-3 section2Length = 896
4 numberOfVerticalCoordinateValues = 184
5 pvlLocation = 33
6 dataRepresentationType = 4 [Gaussian Latitude/Longitude Grid (grib1/6.table) ]
7-8 Ni = MISSING
9-10 Nj = 64
11-13 latitudeOfFirstGridPoint = 87864
14-16 longitudeOfFirstGridPoint = 0
17 resolutionAndComponentFlags = 0 [00000000]
18-20 latitudeOfLastGridPoint = -87864
21-23 longitudeOfLastGridPoint = 357188
24-25 iDirectionIncrement = MISSING
26-27 N = 32
28 scanningMode = 0 [00000000]
29-32 padding_grid4_1 = 4 {
00, 00, 00, 00
} # pad padding_grid4_1
33-768 pv = (184,736) {
0.0000000000e+00, 2.0000400543e+00, 3.9808320999e+00, 7.3871860504e+00, 1.2908319473e+01, 2.1413604736e+01, 3.3952865601e+01, 5.1746597290e+01,
7.6167663574e+01, 1.0871556091e+02, 1.5098602295e+02, 2.0463745117e+02, 2.7135644531e+02, 3.5282446289e+02, 4.5068579102e+02, 5.6651928711e+02,
7.0181323242e+02, 8.5794580078e+02, 1.0361665039e+03, 1.2375854492e+03, 1.4631638184e+03, 1.7137097168e+03, 1.9898745117e+03, 2.2921555176e+03,
2.6208984375e+03, 2.9763022461e+03, 3.3584257812e+03, 3.7671960449e+03, 4.2024179688e+03, 4.6637773438e+03, 5.1508593750e+03, 5.6631562500e+03,
6.1998398438e+03, 6.7597265625e+03, 7.3414687500e+03, 7.9429257812e+03, 8.5646250000e+03, 9.2083046875e+03, 9.8735625000e+03, 1.0558882812e+04,
1.1262484375e+04, 1.1982660156e+04, 1.2713898438e+04, 1.3453226562e+04, 1.4192011719e+04, 1.4922687500e+04, 1.5638054688e+04, 1.6329562500e+04,
1.6990625000e+04, 1.7613281250e+04, 1.8191031250e+04, 1.8716968750e+04, 1.9184546875e+04, 1.9587515625e+04, 1.9919796875e+04, 2.0175394531e+04,
2.0348917969e+04, 2.0434156250e+04, 2.0426218750e+04, 2.0319011719e+04, 2.0107031250e+04, 1.9785359375e+04, 1.9348777344e+04, 1.8798824219e+04,
1.8141296875e+04, 1.7385593750e+04, 1.6544585938e+04, 1.5633566406e+04, 1.4665644531e+04, 1.3653218750e+04, 1.2608382812e+04, 1.1543167969e+04,
1.0471312500e+04, 9.4052226562e+03, 8.3562539062e+03, 7.3351640625e+03, 6.3539218750e+03, 5.4228007812e+03, 4.5502148438e+03, 3.7434643555e+03,
3.0101469727e+03, 2.3562026367e+03, 1.7848544922e+03, 1.2976562500e+03, 8.9519360352e+02, 5.7631420898e+02, 3.3677246094e+02, 1.6204342651e+02,
5.4208343506e+01, 6.5756282806e+00, 3.1600000802e-03, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00,
0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00, 0.0000000000e+00
... 84 more values
} # ibmfloat pv
769-896 pl = (64,128) {
2.0000000000e+01, 2.7000000000e+01, 3.6000000000e+01, 4.0000000000e+01, 4.5000000000e+01, 5.0000000000e+01, 6.0000000000e+01, 6.4000000000e+01,
7.2000000000e+01, 7.5000000000e+01, 8.0000000000e+01, 9.0000000000e+01, 9.0000000000e+01, 9.6000000000e+01, 1.0000000000e+02, 1.0800000000e+02,
1.0800000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02,
1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2800000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.2000000000e+02, 1.0800000000e+02,
1.0800000000e+02, 1.0000000000e+02, 9.6000000000e+01, 9.0000000000e+01, 9.0000000000e+01, 8.0000000000e+01, 7.5000000000e+01, 7.2000000000e+01,
6.4000000000e+01, 6.0000000000e+01, 5.0000000000e+01, 4.5000000000e+01, 4.0000000000e+01, 3.6000000000e+01, 2.7000000000e+01, 2.0000000000e+01
} # unsigned pl
====================== SECTION_4 ( length=9948, padding=0 ) ======================
1-3 section4Length = 9948
4 dataFlag = 14 [00001110]
5-6 binaryScaleFactor = -6
7-10 referenceValue = 160.252
11 bitsPerValue = 13
12-9948 values = (6114,9937) {
1.9907963562e+02, 1.9872026062e+02, 1.9851713562e+02, 1.9839213562e+02, 1.9822026062e+02, 1.9798588562e+02, 1.9770463562e+02, 1.9747026062e+02,
1.9737651062e+02, 1.9740776062e+02, 1.9756401062e+02, 1.9787651062e+02, 1.9839213562e+02, 1.9907963562e+02, 1.9979838562e+02, 2.0034526062e+02,
2.0059526062e+02, 2.0053276062e+02, 2.0015776062e+02, 1.9959526062e+02, 1.9984526062e+02, 1.9959526062e+02, 1.9954838562e+02, 1.9943901062e+02,
1.9940776062e+02, 1.9926713562e+02, 1.9875151062e+02, 1.9789213562e+02, 1.9698588562e+02, 1.9642338562e+02, 1.9637651062e+02, 1.9679838562e+02,
1.9737651062e+02, 1.9782963562e+02, 1.9806401062e+02, 1.9814213562e+02, 1.9843901062e+02, 1.9925151062e+02, 2.0065776062e+02, 2.0222026062e+02,
2.0334526062e+02, 2.0389213562e+02, 2.0420463562e+02, 2.0442338562e+02, 2.0404838562e+02, 2.0265776062e+02, 2.0090776062e+02, 2.0176713562e+02,
2.0101713562e+02, 2.0039213562e+02, 1.9961088562e+02, 1.9925151062e+02, 1.9940776062e+02, 1.9934526062e+02, 1.9872026062e+02, 1.9790776062e+02,
1.9725151062e+02, 1.9670463562e+02, 1.9623588562e+02, 1.9597026062e+02, 1.9595463562e+02, 1.9612651062e+02, 1.9645463562e+02, 1.9692338562e+02,
1.9750151062e+02, 1.9809526062e+02, 1.9845463562e+02, 1.9845463562e+02, 1.9829838562e+02, 1.9837651062e+02, 1.9882963562e+02, 1.9993901062e+02,
2.0181401062e+02, 2.0401713562e+02, 2.0581401062e+02, 2.0700151062e+02, 2.0781401062e+02, 2.0848588562e+02, 2.0926713562e+02, 2.0973588562e+02,
2.0887651062e+02, 2.0640776062e+02, 2.0356401062e+02, 2.0676713562e+02, 2.0443901062e+02, 2.0272026062e+02, 2.0140776062e+02, 2.0081401062e+02,
2.0068901062e+02, 1.9993901062e+02, 1.9834526062e+02, 1.9704838562e+02, 1.9695463562e+02, 1.9770463562e+02, 1.9812651062e+02, 1.9779838562e+02,
1.9726713562e+02, 1.9690776062e+02, 1.9653276062e+02, 1.9626713562e+02
... 6014 more values
} # data_g1simple_packing values
====================== SECTION_5 ( length=4, padding=0 ) ======================
1-4 7777 = 7777

17
data/perf.ksh Executable file
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@ -0,0 +1,17 @@
#!/bin/ksh
file=collection.grib1
#file=exp/performance/16bpv.grib
file=x.grib
set -A versions 1.2.0 1.3.0 1.4.0 1.5.0 1.6.0
for version in ${versions[@]}
do
echo =======================
echo time /usr/local/lib/metaps/lib/grib_api/${version}/bin/grib_dump -O $file
time /usr/local/lib/metaps/lib/grib_api/${version}/bin/grib_dump -O $file 2> /dev/null > /dev/null
echo
done

14
data/read_any.ok Normal file
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@ -0,0 +1,14 @@
- 1 - ed=1 size= 14156 totalLength= 14156 t regular_gg ml level=1 step=0
- 2 - ed=1 size= 14156 totalLength= 14156 t regular_gg ml level=1 step=0
- 3 - ed=2 size= 1552 totalLength= 1552 10u regular_ll sfc level=10 step=96
- 4 - ed=1 size= 14156 totalLength= 14156 t regular_gg ml level=1 step=0
- 5 - ed=1 size= 14156 totalLength= 14156 t regular_gg ml level=1 step=0
- 6 - ed=2 size= 1552 totalLength= 1552 10u regular_ll sfc level=10 step=96
- 7 - ed=2 size= 1552 totalLength= 1552 10u regular_ll sfc level=10 step=96
- 8 - ed=1 size=15163284 totalLength=15163284 t regular_ll sfc level=0 step=0
- 9 - ed=1 size= 14156 totalLength= 14156 t regular_gg ml level=1 step=0
- 10 - ed=1 size=15163284 totalLength=15163284 t regular_ll sfc level=0 step=0
- 11 - ed=2 size= 1552 totalLength= 1552 10u regular_ll sfc level=10 step=96
- 12 - ed=1 size=15163284 totalLength=15163284 t regular_ll sfc level=0 step=0
- 13 - ed=1 size=11206064 totalLength=11206064 2dsp reduced_ll sfc level=0 step=0
- 14 - ed=1 size=17706816 totalLength=17706816 2dsp reduced_ll sfc level=0 step=0

56
data/ret.sh Executable file
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@ -0,0 +1,56 @@
#!/bin/ksh
set -eu
set -A files \
reduced_latlon_surface.grib1 \
reduced_gaussian_pressure_level.grib1 \
regular_gaussian_pressure_level.grib1 \
reduced_gaussian_model_level.grib1 \
regular_gaussian_model_level.grib1 \
reduced_gaussian_surface.grib1 \
regular_gaussian_surface.grib1 \
regular_latlon_surface.grib1 \
spherical_pressure_level.grib1 \
spherical_model_level.grib1
set -A rets \
"ret,stream=wave,levtype=sfc,param=swh," \
"ret,stream=oper,level=1000,gaussian=reduced,grid=32,param=t," \
"ret,level=1000,gaussian=regular,grid=32,param=t," \
"ret,levtype=ml,level=1,gaussian=reduced,grid=32,param=t," \
"ret,levtype=ml,level=1,gaussian=regular,grid=32,param=t," \
"ret,levtype=sfc,param=2t,gaussian=reduced,grid=32," \
"ret,levtype=sfc,param=2t,gaussian=regular,grid=32," \
"ret,levtype=sfc,param=2t,grid=2/2,area=60/0/0/30," \
"ret,class=od,type=an,stream=da,expver=0001,levtype=pl,levelist=1000,param=130,time=1200,step=00,domain=g,resol=63,param=t," \
"ret,class=od,type=an,stream=da,expver=0001,levtype=ml,levelist=1,param=130,time=1200,step=00,domain=g,resol=63,param=t,"
set -A precision 2 2 2 2 2 2 2 -1 -1 -1
[[ ${#files[@]} -eq ${#rets[@]} ]] && [[ ${#rets[@]} -eq ${#precision[@]} ]]
for (( i=0; i< ${#files[@]}; i++ ))
do
mars << EOF
${rets[i]}
tar="full_${files[i]}"
EOF
p4 edit ${files[i]}
if [[ ${precision[i]} -gt 0 ]]
then
grib_set -r -s bitsPerValue=0,decimalScaleFactor=${precision[i]} full_${files[i]} ${files[i]}
rm -f full_${files[i]}
else
mv full_${files[i]} ${files[i]}
fi
grib_dump ${files[i]} > /dev/null
grib2=`basename ${files[i]} .grib1`.grib2
grib_set -s editionNumber=2 ${files[i]} $grib2
grib_dump ${grib2} > /dev/null
done

65
data/sample_grib.txt Normal file
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@ -0,0 +1,65 @@
#------ 1 -------
kindOfProduct = GRIB
editionNumber = 1
#------ section1 -------
gribTablesVersionNo = 128
identificationOfOriginatingGeneratingCentre = 98
generatingProcessIdentifier = 127
gridDefinition = 255
indicatorOfParameter = 129
indicatorOfTypeOfLevel = 100
level = 1000
yearOfCentury = 6
month = 7
day = 30
hour = 12
minute = 0
indicatorOfUnitOfTimeRange = 1
periodOfTime = 0
periodOfTimeIntervals = 0
timeRangeIndicator = 0
numberIncludedInAverage = 0
numberMissingFromAveragesOrAccumulations = 0
centuryOfReferenceTimeOfData = 21
identificationOfOriginatingGeneratingSubCentre = 0
decimalScaleFactor = 0
setLocalDefinition = 0
dataDate = 20060730
dataTime = 1200
marsStartStep = 0
marsEndStep = 0
marsStep = 0
localDefinitionNumber = 1
marsClass = 1
marsType = 2
marsStream = 1025
experimentVersionNumber = 0001
perturbationNumber = 0
numberOfForecastsInEnsemble = 0
spare = 0
#------ section2 -------
nvNumberOfVerticalCoordinateParameters = 0
pvlLocation = 255
dataRepresentationType = 0
latitudeOfFirstGridPointInDegrees = 74
longitudeOfFirstGridPointInDegrees = -27
resolutionAndComponentFlags = 128
ijDirectionIncrementGiven = 1
earthIsOblate = 0
uvRelativeToGrid = 0
latitudeOfLastGridPointInDegrees = 33
longitudeOfLastGridPointInDegrees = 45
iDirectionIncrementInDegrees = 1
jDirectionIncrementInDegrees = 1
scanningMode = 0
PLPresent = 0
PVPresent = 0
missingValue = 9999
#------ section4 -------
dataFlag = 8
numberOfBitsContainingEachPackedValue = 16
sphericalHarmonics = 0
complexPacking = 0
integerPointValues = 0
additionalFlagPresent = 0
#------ section5 -------

0
data/scan_x_regular_gg_5_7_good.dump Normal file
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21
data/scan_x_regular_ll_5_4_good.dump Normal file
View File

@ -0,0 +1,21 @@
Latitude, Longitude, Value
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 24.000 10
19.000 23.000 9
19.000 22.000 8
19.000 21.000 7
19.000 20.000 6
18.000 24.000 15
18.000 23.000 14
18.000 22.000 13
18.000 21.000 12
18.000 20.000 11
17.000 24.000 20
17.000 23.000 19
17.000 22.000 18
17.000 21.000 17
17.000 20.000 16

36
data/scan_x_regular_ll_5_7_good.dump Normal file
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@ -0,0 +1,36 @@
Latitude, Longitude, Value
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 24.000 10
19.000 23.000 9
19.000 22.000 8
19.000 21.000 7
19.000 20.000 6
18.000 24.000 15
18.000 23.000 14
18.000 22.000 13
18.000 21.000 12
18.000 20.000 11
17.000 24.000 20
17.000 23.000 19
17.000 22.000 18
17.000 21.000 17
17.000 20.000 16
16.000 24.000 25
16.000 23.000 24
16.000 22.000 23
16.000 21.000 22
16.000 20.000 21
15.000 24.000 30
15.000 23.000 29
15.000 22.000 28
15.000 21.000 27
15.000 20.000 26
14.000 24.000 35
14.000 23.000 34
14.000 22.000 33
14.000 21.000 32
14.000 20.000 31

33
data/scan_x_regular_ll_8_4_good.dump Normal file
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@ -0,0 +1,33 @@
Latitude, Longitude, Value
20.000 27.000 8
20.000 26.000 7
20.000 25.000 6
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 27.000 16
19.000 26.000 15
19.000 25.000 14
19.000 24.000 13
19.000 23.000 12
19.000 22.000 11
19.000 21.000 10
19.000 20.000 9
18.000 27.000 24
18.000 26.000 23
18.000 25.000 22
18.000 24.000 21
18.000 23.000 20
18.000 22.000 19
18.000 21.000 18
18.000 20.000 17
17.000 27.000 32
17.000 26.000 31
17.000 25.000 30
17.000 24.000 29
17.000 23.000 28
17.000 22.000 27
17.000 21.000 26
17.000 20.000 25

57
data/scan_x_regular_ll_8_7_good.dump Normal file
View File

@ -0,0 +1,57 @@
Latitude, Longitude, Value
20.000 27.000 8
20.000 26.000 7
20.000 25.000 6
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 27.000 16
19.000 26.000 15
19.000 25.000 14
19.000 24.000 13
19.000 23.000 12
19.000 22.000 11
19.000 21.000 10
19.000 20.000 9
18.000 27.000 24
18.000 26.000 23
18.000 25.000 22
18.000 24.000 21
18.000 23.000 20
18.000 22.000 19
18.000 21.000 18
18.000 20.000 17
17.000 27.000 32
17.000 26.000 31
17.000 25.000 30
17.000 24.000 29
17.000 23.000 28
17.000 22.000 27
17.000 21.000 26
17.000 20.000 25
16.000 27.000 40
16.000 26.000 39
16.000 25.000 38
16.000 24.000 37
16.000 23.000 36
16.000 22.000 35
16.000 21.000 34
16.000 20.000 33
15.000 27.000 48
15.000 26.000 47
15.000 25.000 46
15.000 24.000 45
15.000 23.000 44
15.000 22.000 43
15.000 21.000 42
15.000 20.000 41
14.000 27.000 56
14.000 26.000 55
14.000 25.000 54
14.000 24.000 53
14.000 23.000 52
14.000 22.000 51
14.000 21.000 50
14.000 20.000 49

21
data/scan_x_rotated_ll_5_4_good.dump Normal file
View File

@ -0,0 +1,21 @@
Latitude, Longitude, Value
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 24.000 10
19.000 23.000 9
19.000 22.000 8
19.000 21.000 7
19.000 20.000 6
18.000 24.000 15
18.000 23.000 14
18.000 22.000 13
18.000 21.000 12
18.000 20.000 11
17.000 24.000 20
17.000 23.000 19
17.000 22.000 18
17.000 21.000 17
17.000 20.000 16

36
data/scan_x_rotated_ll_5_7_good.dump Normal file
View File

@ -0,0 +1,36 @@
Latitude, Longitude, Value
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 24.000 10
19.000 23.000 9
19.000 22.000 8
19.000 21.000 7
19.000 20.000 6
18.000 24.000 15
18.000 23.000 14
18.000 22.000 13
18.000 21.000 12
18.000 20.000 11
17.000 24.000 20
17.000 23.000 19
17.000 22.000 18
17.000 21.000 17
17.000 20.000 16
16.000 24.000 25
16.000 23.000 24
16.000 22.000 23
16.000 21.000 22
16.000 20.000 21
15.000 24.000 30
15.000 23.000 29
15.000 22.000 28
15.000 21.000 27
15.000 20.000 26
14.000 24.000 35
14.000 23.000 34
14.000 22.000 33
14.000 21.000 32
14.000 20.000 31

33
data/scan_x_rotated_ll_8_4_good.dump Normal file
View File

@ -0,0 +1,33 @@
Latitude, Longitude, Value
20.000 27.000 8
20.000 26.000 7
20.000 25.000 6
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 27.000 16
19.000 26.000 15
19.000 25.000 14
19.000 24.000 13
19.000 23.000 12
19.000 22.000 11
19.000 21.000 10
19.000 20.000 9
18.000 27.000 24
18.000 26.000 23
18.000 25.000 22
18.000 24.000 21
18.000 23.000 20
18.000 22.000 19
18.000 21.000 18
18.000 20.000 17
17.000 27.000 32
17.000 26.000 31
17.000 25.000 30
17.000 24.000 29
17.000 23.000 28
17.000 22.000 27
17.000 21.000 26
17.000 20.000 25

57
data/scan_x_rotated_ll_8_7_good.dump Normal file
View File

@ -0,0 +1,57 @@
Latitude, Longitude, Value
20.000 27.000 8
20.000 26.000 7
20.000 25.000 6
20.000 24.000 5
20.000 23.000 4
20.000 22.000 3
20.000 21.000 2
20.000 20.000 1
19.000 27.000 16
19.000 26.000 15
19.000 25.000 14
19.000 24.000 13
19.000 23.000 12
19.000 22.000 11
19.000 21.000 10
19.000 20.000 9
18.000 27.000 24
18.000 26.000 23
18.000 25.000 22
18.000 24.000 21
18.000 23.000 20
18.000 22.000 19
18.000 21.000 18
18.000 20.000 17
17.000 27.000 32
17.000 26.000 31
17.000 25.000 30
17.000 24.000 29
17.000 23.000 28
17.000 22.000 27
17.000 21.000 26
17.000 20.000 25
16.000 27.000 40
16.000 26.000 39
16.000 25.000 38
16.000 24.000 37
16.000 23.000 36
16.000 22.000 35
16.000 21.000 34
16.000 20.000 33
15.000 27.000 48
15.000 26.000 47
15.000 25.000 46
15.000 24.000 45
15.000 23.000 44
15.000 22.000 43
15.000 21.000 42
15.000 20.000 41
14.000 27.000 56
14.000 26.000 55
14.000 25.000 54
14.000 24.000 53
14.000 23.000 52
14.000 22.000 51
14.000 21.000 50
14.000 20.000 49

21
data/scan_y_regular_ll_5_4_good.dump Normal file
View File

@ -0,0 +1,21 @@
Latitude, Longitude, Value
17.000 20.000 16
17.000 21.000 17
17.000 22.000 18
17.000 23.000 19
17.000 24.000 20
18.000 20.000 11
18.000 21.000 12
18.000 22.000 13
18.000 23.000 14
18.000 24.000 15
19.000 20.000 6
19.000 21.000 7
19.000 22.000 8
19.000 23.000 9
19.000 24.000 10
20.000 20.000 1
20.000 21.000 2
20.000 22.000 3
20.000 23.000 4
20.000 24.000 5

36
data/scan_y_regular_ll_5_7_good.dump Normal file
View File

@ -0,0 +1,36 @@
Latitude, Longitude, Value
14.000 20.000 31
14.000 21.000 32
14.000 22.000 33
14.000 23.000 34
14.000 24.000 35
15.000 20.000 26
15.000 21.000 27
15.000 22.000 28
15.000 23.000 29
15.000 24.000 30
16.000 20.000 21
16.000 21.000 22
16.000 22.000 23
16.000 23.000 24
16.000 24.000 25
17.000 20.000 16
17.000 21.000 17
17.000 22.000 18
17.000 23.000 19
17.000 24.000 20
18.000 20.000 11
18.000 21.000 12
18.000 22.000 13
18.000 23.000 14
18.000 24.000 15
19.000 20.000 6
19.000 21.000 7
19.000 22.000 8
19.000 23.000 9
19.000 24.000 10
20.000 20.000 1
20.000 21.000 2
20.000 22.000 3
20.000 23.000 4
20.000 24.000 5

33
data/scan_y_regular_ll_8_4_good.dump Normal file
View File

@ -0,0 +1,33 @@
Latitude, Longitude, Value
17.000 20.000 25
17.000 21.000 26
17.000 22.000 27
17.000 23.000 28
17.000 24.000 29
17.000 25.000 30
17.000 26.000 31
17.000 27.000 32
18.000 20.000 17
18.000 21.000 18
18.000 22.000 19
18.000 23.000 20
18.000 24.000 21
18.000 25.000 22
18.000 26.000 23
18.000 27.000 24
19.000 20.000 9
19.000 21.000 10
19.000 22.000 11
19.000 23.000 12
19.000 24.000 13
19.000 25.000 14
19.000 26.000 15
19.000 27.000 16
20.000 20.000 1
20.000 21.000 2
20.000 22.000 3
20.000 23.000 4
20.000 24.000 5
20.000 25.000 6
20.000 26.000 7
20.000 27.000 8

57
data/scan_y_regular_ll_8_7_good.dump Normal file
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@ -0,0 +1,57 @@
Latitude, Longitude, Value
14.000 20.000 49
14.000 21.000 50
14.000 22.000 51
14.000 23.000 52
14.000 24.000 53
14.000 25.000 54
14.000 26.000 55
14.000 27.000 56
15.000 20.000 41
15.000 21.000 42
15.000 22.000 43
15.000 23.000 44
15.000 24.000 45
15.000 25.000 46
15.000 26.000 47
15.000 27.000 48
16.000 20.000 33
16.000 21.000 34
16.000 22.000 35
16.000 23.000 36
16.000 24.000 37
16.000 25.000 38
16.000 26.000 39
16.000 27.000 40
17.000 20.000 25
17.000 21.000 26
17.000 22.000 27
17.000 23.000 28
17.000 24.000 29
17.000 25.000 30
17.000 26.000 31
17.000 27.000 32
18.000 20.000 17
18.000 21.000 18
18.000 22.000 19
18.000 23.000 20
18.000 24.000 21
18.000 25.000 22
18.000 26.000 23
18.000 27.000 24
19.000 20.000 9
19.000 21.000 10
19.000 22.000 11
19.000 23.000 12
19.000 24.000 13
19.000 25.000 14
19.000 26.000 15
19.000 27.000 16
20.000 20.000 1
20.000 21.000 2
20.000 22.000 3
20.000 23.000 4
20.000 24.000 5
20.000 25.000 6
20.000 26.000 7
20.000 27.000 8

21
data/scan_y_rotated_ll_5_4_good.dump Normal file
View File

@ -0,0 +1,21 @@
Latitude, Longitude, Value
17.000 20.000 16
17.000 21.000 17
17.000 22.000 18
17.000 23.000 19
17.000 24.000 20
18.000 20.000 11
18.000 21.000 12
18.000 22.000 13
18.000 23.000 14
18.000 24.000 15
19.000 20.000 6
19.000 21.000 7
19.000 22.000 8
19.000 23.000 9
19.000 24.000 10
20.000 20.000 1
20.000 21.000 2
20.000 22.000 3
20.000 23.000 4
20.000 24.000 5

36
data/scan_y_rotated_ll_5_7_good.dump Normal file
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@ -0,0 +1,36 @@
Latitude, Longitude, Value
14.000 20.000 31
14.000 21.000 32
14.000 22.000 33
14.000 23.000 34
14.000 24.000 35
15.000 20.000 26
15.000 21.000 27
15.000 22.000 28
15.000 23.000 29
15.000 24.000 30
16.000 20.000 21
16.000 21.000 22
16.000 22.000 23
16.000 23.000 24
16.000 24.000 25
17.000 20.000 16
17.000 21.000 17
17.000 22.000 18
17.000 23.000 19
17.000 24.000 20
18.000 20.000 11
18.000 21.000 12
18.000 22.000 13
18.000 23.000 14
18.000 24.000 15
19.000 20.000 6
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0.00318564 -0.00697151 -0.00421664 0.00258212 0.00354441 0.00452501 -0.00346964 -0.000856528
0.00369717 0.00120282 -0.00495738 -0.000817395 0.00601194 -5.3111e-05 -0.00551295 -0.00202112
0.00114825 -0.000295829 -0.00854224 -0.000867944 -0.000961033 -0.0033048 -0.00230976 -0.000649937
0.000732746 0.00116258 0.00323804 -0.00420856 -0.000331012 0.00846858 0.00141065 -7.65363e-05
0.00511061 -0.0037566 -0.000728355 0.00568796 0.00349074 -0.00611279 -0.00281329 0.00634092
0.00213905 -0.00128373 0.00417243 -0.00262604 0.00121707 0.00424451 0.00293855 0.000691781
0.000334756 -0.00104229 0.00444104 -0.00330327 -0.00380473 -0.000708117 0.00224295 -0.00577649
-0.00367442 -0.00210708 -0.00325188 -0.000317386 -0.00360035 0.00575674 0.00362187 -0.00733703
-0.000261036 0.00508694 -0.00265619 -0.00566347 0.00464179 0.00189407 -0.00617238 -0.00668738
0.00481546 0.00343095 -0.00665042 -0.00206714 0.00450838 -0.00120059 0.000649174 0.00870124
-0.000111267 -0.0081759 0.00338264 -0.00416897 -0.00211676 0.00180927 -0.000347482 0.00276498
0.0012996 -0.00535555 -0.00449048 0.00343112 0.00152012 -0.000500066 -0.00120488 -0.000507236
0.0043081 -0.00350691 -0.00115674 0.00385674 0.0014045 -0.0123737 0.000821083 0.00324503
-0.000680552 -0.000914579 0.00235912 0.000202517 -0.00288976 0.00211377 0.00280667 -0.000381589
-0.00503539 -0.00457489 -0.00264134 0.00657838 -0.00134429 -0.00145231 -0.0017951 0.00182371
0.0018727 -0.000911072 0.00215373 0.00257286 -0.00231029 -0.00400254 0.000498636 0.00694046
0.000661064 -0.00548284 -0.00131493 0.00979045 0.00127213 -0.00447167 -0.001823 0.00192645
0.000765254 -0.00237488 -0.00140128 0.00386174 0.005079 -0.000603354 -0.0030817 -0.000405708
-0.000563718 0.00282854 0.00145703 -0.00330396 0.000836245 0.00253403 0.000642801 0.00189169
-0.000321591 -0.00293569 -0.000907547 0.00152188 0.00207732 0.00414524 0.00152529 -0.000244837
0.00175141 0.000272431 -0.00363516 -0.00348099 0.00301289 0.00570992 -0.000966353 -0.00600103
0.00311914 0.00250546 -0.00101946 -0.00495093 0.004026 0.00247987 -0.00229415 -0.00494004
0.00035095 0.00374607 -0.00121923 -0.00493001 -0.00261154 -0.000408485 0.00164723 0.000484819
0.00014876 -0.00404211 0.00551885 0.000317814 -0.00473277 -0.00163972 -0.00124841 -0.00159215

4
data/statistics.out.good Normal file
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@ -0,0 +1,4 @@
values=2 2 2 2
max=2 min=2 average=2
values=2 5 2 2
max=5 min=2 average=2.75

58
data/step.log Normal file
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@ -0,0 +1,58 @@
6 6 6 6 6 0 0 1
0 0 0 0 0 0 0 1
6 6 6 6 6 0 0 1
0 0 0 0 0 0 0 1
6 6 6 6 6 0 0 1
0 0 0 0 0 0 0 1
6 6 6 6 6 0 0 1
1200 1200 1200 1200 200 0 0 11
6 6 6 6 6 0 0 1
1200 1200 1200 1200 200 0 0 11
6 6 6 6 6 0 0 1
1200 1200 1200 1200 200 0 0 11
6 6 6 6 6 0 0 1
600 600 600 600 200 0 0 10
6 6 6 6 6 0 0 1
600 600 600 600 200 0 0 10
6 6 6 6 6 0 0 1
600 600 600 600 200 0 0 10
6 6 6 6 6 0 0 1
6000 6000 6000 6000 250 0 0 2
6 6 6 6 6 0 0 1
6000 6000 6000 6000 250 0 0 2
6 6 6 6 6 0 0 1
6000 6000 6000 6000 250 0 0 2
1536 1536 1536 1536 6 0 10 1
0 0 0 0 0 0 10 1
1536 1536 1536 1536 6 0 10 1
0 0 0 0 0 0 10 1
1536 1536 1536 1536 6 0 10 1
0 0 0 0 0 0 10 1
1536 1536 1536 1536 6 0 10 1
1200 1200 1200 1200 4 176 10 1
1536 1536 1536 1536 6 0 10 1
1200 1200 1200 1200 4 176 10 1
1536 1536 1536 1536 6 0 10 1
1200 1200 1200 1200 4 176 10 1
1536 1536 1536 1536 6 0 10 1
600 600 600 600 2 88 10 1
1536 1536 1536 1536 6 0 10 1
600 600 600 600 2 88 10 1
1536 1536 1536 1536 6 0 10 1
600 600 600 600 2 88 10 1
1536 1536 1536 1536 6 0 10 1
6000 6000 6000 6000 23 112 10 1
1536 1536 1536 1536 6 0 10 1
6000 6000 6000 6000 23 112 10 1
1536 1536 1536 1536 6 0 10 1
6000 6000 6000 6000 23 112 10 1
2400 0-2400 0 2400 0 200 5 12
24 0-24 0 24 0 24 5 1
2400 0-2400 0 2400 0 200 5 12
1200 600-1200 600 1200 50 100 5 12
2400 0-2400 0 2400 0 200 5 12
48 24-48 24 48 24 48 5 1
2400 0-2400 0 2400 0 200 5 12
66 36-66 36 66 36 66 5 1
0 0 0 0 0 0 0 1
6 3-6 3 6 3 6 2 1

131
data/step_grib1.filter Normal file
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@ -0,0 +1,131 @@
set indicatorOfUnitOfTimeRange="h";
set stepUnits="s";
set stepType="instant";
print "--- stepType=[stepType] ---";
set startStep=21600;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set startStep=21600;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set endStep=21600;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepRange="21600";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
transient mytimeRangeIndicator=timeRangeIndicator;
set stepRange="16200";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set timeRangeIndicator=mytimeRangeIndicator;
print "";
set stepUnits="m";
set startStep=28800;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set startStep=28800;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set endStep=28800;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepRange="28800";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";
set stepUnits="s";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="h";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="D";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
write "x.grib";
set stepUnits="m";
set step=225;
print "set stepUnits=m; set step=225;";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set step=240;
print "set step=240;";
set stepUnits="h";
print "set stepUnits=h;";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set mytimeRangeIndicator=timeRangeIndicator;
set step=275;
print "set set step=275;";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set timeRangeIndicator=mytimeRangeIndicator;
print "";
set stepUnits="h";
set indicatorOfUnitOfTimeRange="h";
set step=528;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set startStep=528;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set endStep=528;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepRange="528";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";
set stepUnits="s";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="h";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="D";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";
set stepType="diff";
set stepUnits="h";
print "--- stepType=[stepType] ---";
set stepRange="72-528";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
write "x.grib";
set startStep=72;
set endStep=528;
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";
set stepUnits="s";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="h";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="D";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";
set timeRangeIndicator=10;
set stepUnits="h";
set step=65700;
print "--- stepType=[stepType] ---";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="m";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
set stepUnits="s";
print "stepRange=[stepRange] step=[step] startStep=[startStep] endStep=[endStep] stepUnits=[stepUnits:s]";
print "indicatorOfUnitOfTimeRange=[indicatorOfUnitOfTimeRange:s] timeRangeIndicator=[timeRangeIndicator] P1=[P1] P2=[P2]";
print "";

75
data/step_grib1.log Normal file
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@ -0,0 +1,75 @@
--- stepType=instant ---
stepRange=21600 step=21600 startStep=21600 endStep=21600 stepUnits=s
indicatorOfUnitOfTimeRange=h timeRangeIndicator=0 P1=6 P2=0
stepRange=21600 step=21600 startStep=21600 endStep=21600 stepUnits=s
indicatorOfUnitOfTimeRange=h timeRangeIndicator=0 P1=6 P2=0
stepRange=21600 step=21600 startStep=21600 endStep=21600 stepUnits=s
indicatorOfUnitOfTimeRange=h timeRangeIndicator=0 P1=6 P2=0
stepRange=21600 step=21600 startStep=21600 endStep=21600 stepUnits=s
indicatorOfUnitOfTimeRange=h timeRangeIndicator=0 P1=6 P2=0
stepRange=16200 step=16200 startStep=16200 endStep=16200 stepUnits=s
indicatorOfUnitOfTimeRange=15m timeRangeIndicator=0 P1=18 P2=0
stepRange=28800 step=28800 startStep=28800 endStep=28800 stepUnits=m
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=28800 step=28800 startStep=28800 endStep=28800 stepUnits=m
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=28800 step=28800 startStep=28800 endStep=28800 stepUnits=m
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=28800 step=28800 startStep=28800 endStep=28800 stepUnits=m
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=1728000 step=1728000 startStep=1728000 endStep=1728000 stepUnits=s
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=480 step=480 startStep=480 endStep=480 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
stepRange=20 step=20 startStep=20 endStep=20 stepUnits=D
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=160 P2=0
set stepUnits=m; set step=225;
stepRange=225 step=225 startStep=225 endStep=225 stepUnits=m
indicatorOfUnitOfTimeRange=m timeRangeIndicator=0 P1=225 P2=0
set step=240;
set stepUnits=h;
stepRange=4 step=4 startStep=4 endStep=4 stepUnits=h
indicatorOfUnitOfTimeRange=h timeRangeIndicator=0 P1=4 P2=0
set set step=275;
stepRange=275 step=275 startStep=275 endStep=275 stepUnits=h
indicatorOfUnitOfTimeRange=h timeRangeIndicator=10 P1=1 P2=19
stepRange=528 step=528 startStep=528 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=528 step=528 startStep=528 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=528 step=528 startStep=528 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=528 step=528 startStep=528 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=1900800 step=1900800 startStep=1900800 endStep=1900800 stepUnits=s
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=528 step=528 startStep=528 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
stepRange=22 step=22 startStep=22 endStep=22 stepUnits=D
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=0 P1=176 P2=0
--- stepType=diff ---
stepRange=72-528 step=528 startStep=72 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=5 P1=24 P2=176
stepRange=72-528 step=528 startStep=72 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=5 P1=24 P2=176
stepRange=259200-1900800 step=1900800 startStep=259200 endStep=1900800 stepUnits=s
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=5 P1=24 P2=176
stepRange=72-528 step=528 startStep=72 endStep=528 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=5 P1=24 P2=176
stepRange=3-22 step=22 startStep=3 endStep=22 stepUnits=D
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=5 P1=24 P2=176
--- stepType=instant ---
stepRange=65700 step=65700 startStep=65700 endStep=65700 stepUnits=h
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=10 P1=85 P2=140
stepRange=3942000 step=3942000 startStep=3942000 endStep=3942000 stepUnits=m
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=10 P1=85 P2=140
stepRange=236520000 step=236520000 startStep=236520000 endStep=236520000 stepUnits=s
indicatorOfUnitOfTimeRange=3h timeRangeIndicator=10 P1=85 P2=140

42
data/typeOfProcessedData.ok Normal file
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missing 4g
missing 4g
missing 4g
missing 4g
missing 4g
missing 4g
fc fc
fc fc
fc fc
fc fc
fc fc
fc fc
an an
an an
an an
an an
an an
an an
an an
an an
an an
an an
an an
an an
pf pf
pf pf
pf pf
pf pf
pf pf
pf pf
cf cf
cf cf
cf cf
cf cf
cf cf
cf cf
ep ep
ep ep
ep ep
ep ep
ep ep
ep ep