Attributes {
    HDF5_GLOBAL {
        String FileHeader "DOI=10.5067/GPM/IMERG/3B-HH/07;
DOIauthority=http://dx.doi.org/;
DOIshortName=3IMERGHH;
AlgorithmID=3IMERGHH;
AlgorithmVersion=3IMERGH_7.0;
FileName=3B-HHR.MS.MRG.3IMERG.20000601-S000000-E002959.0000.V07B.HDF5;
SatelliteName=MULTI;
InstrumentName=MERGED;
GenerationDateTime=2023-12-13T22:11:06.000Z;
StartGranuleDateTime=2000-06-01T00:00:00.000Z;
StopGranuleDateTime=2000-06-01T00:29:59.999Z;
GranuleNumber=;
NumberOfSwaths=0;
NumberOfGrids=1;
GranuleStart=;
TimeInterval=HALF_HOUR;
ProcessingSystem=PPS;
ProductVersion=V07B;
EmptyGranule=NOT_EMPTY;
MissingData=;
";
        String FileInfo "DataFormatVersion=7e;
TKCodeBuildVersion=0;
MetadataVersion=7e;
FormatPackage=HDF5-1.10.5;
BlueprintFilename=GPM.V7.3IMERGHH.blueprint.xml;
BlueprintVersion=BV_69;
TKIOVersion=3.100;
MetadataStyle=PVL;
EndianType=LITTLE_ENDIAN;
";
    }
    Grid {
        String GridHeader "BinMethod=ARITHMETIC_MEAN;
Registration=CENTER;
LatitudeResolution=0.1;
LongitudeResolution=0.1;
NorthBoundingCoordinate=90;
SouthBoundingCoordinate=-90;
EastBoundingCoordinate=180;
WestBoundingCoordinate=-180;
Origin=SOUTHWEST;
";
        String fullnamepath "/Grid";
    }
    Grid_Intermediate {
    }
    MWprecipitation {
        String DimensionNames "time,lon,lat";
        String Units "mm/hr";
        String units "mm/hr";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "Observed merged microwave precipitation estimate;
                        formerly HQprecipitation";
        String origname "MWprecipitation";
        String fullnamepath "/Grid/Intermediate/MWprecipitation";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    MWobservationTime {
        String DimensionNames "time,lon,lat";
        String Units "minutes";
        String units "minutes";
        Int16 _FillValue -9999;
        String CodeMissingValue "-9999";
        String LongName "
Observed merged microwave observation time after
                        dataset start time;  formerly HQobservationTime
";
        String origname "MWobservationTime";
        String fullnamepath "/Grid/Intermediate/MWobservationTime";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    IRprecipitation {
        String DimensionNames "time,lon,lat";
        String Units "mm/hr";
        String units "mm/hr";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "Infrared precipitation estimate";
        String origname "IRprecipitation";
        String fullnamepath "/Grid/Intermediate/IRprecipitation";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    MWprecipSource {
        String DimensionNames "time,lon,lat";
        Int16 _FillValue -9999;
        String CodeMissingValue "-9999";
        String LongName "Observed merged microwave satellite source;
                        formerly HQprecipSource";
        String origname "MWprecipSource";
        String fullnamepath "/Grid/Intermediate/MWprecipSource";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    IRinfluence {
        String DimensionNames "time,lon,lat";
        Int16 _FillValue -9999;
        String CodeMissingValue "-9999";
        String LongName "
Relative influence of infrared precipitation in the merged
                        microwave-infrared precipitation estimate
";
        String origname "IRinfluence";
        String fullnamepath "/Grid/Intermediate/IRinfluence";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    precipitationUncal {
        String DimensionNames "time,lon,lat";
        String Units "mm/hr";
        String units "mm/hr";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "Merged microwave-infrared 
                        precipitation estimate";
        String origname "precipitationUncal";
        String fullnamepath "/Grid/Intermediate/precipitationUncal";
        String coordinates "Grid_Intermediate_time Grid_Intermediate_lon Grid_Intermediate_lat";
    }
    precipitationQualityIndex {
        String DimensionNames "time,lon,lat";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "
Precipitation quality index; qualitative indicator
                        of skill based on the microwave-infrared merging process
";
        String origname "precipitationQualityIndex";
        String fullnamepath "/Grid/precipitationQualityIndex";
        String coordinates "Grid_time Grid_lon Grid_lat";
    }
    lat_bnds {
        String DimensionNames "lat,latv";
        String Units "degrees_north";
        String units "degrees_north";
        String origname "lat_bnds";
        String fullnamepath "/Grid/lat_bnds";
        String coordinates "Grid_lat Grid_latv";
    }
    precipitation {
        String DimensionNames "time,lon,lat";
        String Units "mm/hr";
        String units "mm/hr";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "
Complete merged microwave-infrared (gauge-adjusted)
                        precipitation estimate;  formerly precipitationCal
";
        String origname "precipitation";
        String fullnamepath "/Grid/precipitation";
        String coordinates "Grid_time Grid_lon Grid_lat";
    }
    probabilityLiquidPrecipitation {
        String DimensionNames "time,lon,lat";
        String Units "percent";
        String units "percent";
        Int16 _FillValue -9999;
        String CodeMissingValue "-9999";
        String LongName "
Probability of liquid precipitation;  estimated with
                        a diagnostic parameterization using ancillary data
";
        String origname "probabilityLiquidPrecipitation";
        String fullnamepath "/Grid/probabilityLiquidPrecipitation";
        String coordinates "Grid_time Grid_lon Grid_lat";
    }
    randomError {
        String DimensionNames "time,lon,lat";
        String Units "mm/hr";
        String units "mm/hr";
        Float32 _FillValue -9999.900391;
        String CodeMissingValue "-9999.9";
        String LongName "
Root-mean-square error estimate for 
                        complete merged microwave-infrared (gauge-adjusted)
                        precipitation
";
        String origname "randomError";
        String fullnamepath "/Grid/randomError";
        String coordinates "Grid_time Grid_lon Grid_lat";
    }
    time_bnds {
        String DimensionNames "time,nv";
        String Units "seconds since 1980-01-06 00:00:00 UTC";
        String units "seconds since 1980-01-06 00:00:00 UTC";
        String origname "time_bnds";
        String fullnamepath "/Grid/time_bnds";
        String coordinates "Grid_time Grid_nv";
    }
    lon_bnds {
        String DimensionNames "lon,lonv";
        String Units "degrees_east";
        String units "degrees_east";
        String origname "lon_bnds";
        String fullnamepath "/Grid/lon_bnds";
        String coordinates "Grid_lon Grid_lonv";
    }
    lat {
        String DimensionNames "lat";
        String Units "degrees_north";
        String units "degrees_north";
        String standard_name "latitude";
        String LongName "Latitude at the center of
			0.10 degree grid intervals of latitude
			from -90 to 90.";
        String axis "Y";
        String origname "lat";
        String fullnamepath "/Grid/lat";
        String bounds "Grid_lat_bnds";
    }
    latv {
        String DimensionNames "latv";
        String standard_name "numberlatbnds";
        String LongName "Number of latitude bounds.";
    }
    lon {
        String DimensionNames "lon";
        String Units "degrees_east";
        String units "degrees_east";
        String standard_name "longitude";
        String LongName "Longitude at the center of
			0.10 degree grid intervals of longitude 
			from -180 to 180.";
        String axis "X";
        String origname "lon";
        String fullnamepath "/Grid/lon";
        String bounds "Grid_lon_bnds";
    }
    lonv {
        String DimensionNames "lonv";
        String standard_name "numberlonbnds";
        String LongName "Number of longitude bounds.";
    }
    nv {
        String DimensionNames "nv";
        String standard_name "numbertimebnds";
        String LongName "Number of time bounds.";
    }
    time {
        String DimensionNames "time";
        String Units "seconds since 1980-01-06 00:00:00 UTC";
        String units "seconds since 1980-01-06 00:00:00 UTC";
        String standard_name "time";
        String LongName "
Representative time of data in 
			seconds since 1980-01-06 00:00:00 UTC.
			The calculation of time does not add leap seconds.
			The difference due to leap seconds grows with time 
			and in 2019 is less than 30 seconds.
";
        String axis "T";
        String calendar "julian";
        String origname "time";
        String fullnamepath "/Grid/time";
        String bounds "Grid_time_bnds";
    }
    DODS_EXTRA {
        String Unlimited_Dimension "time";
    }
}