row #,allNotes,template,octet,appliesTo,noteID-PDF,note-GitHub,myComment
1002,(see Code table 1.6),GRIB2_Template_1_0_IdentificationTemplate_en,24,octet,n/a,(see Code table 1.6),
1003,The year can be recovered with the formula: Year (real/decoded) = Year + 10 000 x Offset,GRIB2_Template_1_1_IdentificationTemplate_en,n/a,template,1,n/a,
1004,"Years before year 1 shall be coded as defined in ISO 8601 (year 1 is followed by year 0). If applicable, year -1 or before shall be indicated by setting the most significant bit of octets 13-14 and 24-25 to ""1"" in accordance with Regulation 92.1.5.",GRIB2_Template_1_1_IdentificationTemplate_en,n/a,template,2,n/a,
1005,(see Code table 1.6),GRIB2_Template_1_2_IdentificationTemplate_en,24,octet,n/a,(see Code table 1.6),
1006,The year can be recovered with the formula: Year (real/decoded) = Year + 10 000 x Offset,GRIB2_Template_1_2_IdentificationTemplate_en,n/a,template,1,n/a,
1007,"Years before year 1 shall be coded as defined in ISO 8601 (year 1 is followed by year 0). If applicable, year -1 or before shall be indicated by setting the most significant bit of octets 13-14 and 24-25 to ""1"" in accordance with Regulation 92.1.5.",GRIB2_Template_1_2_IdentificationTemplate_en,n/a,template,2,n/a,
1008,(see Code table 3.2),GRIB2_Template_3_0_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1009,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,39-42,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1010,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,43-46,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1011,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,47-50,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1012,(see Flag table 3.3),GRIB2_Template_3_0_GridDefinitionTemplate_en,55,octet,n/a,(see Flag table 3.3),
1013,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,56-59,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1014,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,60-63,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1015,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,64-67,octet,1,(see Notes 1 and 5),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1016,It is recommended to use unsigned direction increments.,GRIB2_Template_3_0_GridDefinitionTemplate_en,64-67,octet,5,(see Notes 1 and 5),
1017,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_0_GridDefinitionTemplate_en,68-71,octet,1,(see Notes 1 and 5),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1018,It is recommended to use unsigned direction increments.,GRIB2_Template_3_0_GridDefinitionTemplate_en,68-71,octet,5,(see Notes 1 and 5),
1019,(see Flag table 3.4),GRIB2_Template_3_0_GridDefinitionTemplate_en,72,octet,n/a,(flags - see Flag table 3.4),
1020,(These octets are only present for quasi-regular grids as described in Notes 2 and 3),GRIB2_Template_3_0_GridDefinitionTemplate_en,73-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Notes 2 and 3),
1021,"For data on a quasi-regular grid, where all the rows or columns do not necessarily have the same number of grid points, either Ni (octets 31-34) or Nj (octets 35-38) and the corresponding Di (octets 64-67) or Dj (octets 68-71) shall be coded with all bits set to 1 (missing). The actual number of points along each parallel or meridian shall be coded in the octets immediately following the grid definition template (octets [xx+1]-nn), as described in the description of the grid definition section",GRIB2_Template_3_0_GridDefinitionTemplate_en,73-nn,octet,2,(These octets are only present for quasi-regular grids as described in Notes 2 and 3),
1022,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_0_GridDefinitionTemplate_en,73-nn,octet,3,(These octets are only present for quasi-regular grids as described in Notes 2 and 3),
1023,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_0_GridDefinitionTemplate_en,n/a,tbd,4,n/a,
1024,"In most cases, multiplying Ni (octets 31-34) by Nj (octets 35-38) yields the total number of points in the grid. However, this may not be true if bit 8 of the scanning mode flags (octet 72) is set to 1.",GRIB2_Template_3_0_GridDefinitionTemplate_en,n/a,tbd,6,n/a,
1025,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_1_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1026,"Three parameters define a general latitude/longitude coordinate system, formed by a general rotation of the sphere. One choice for these parameters is: (a) The geographic latitude in degrees of the southern pole of the coordinate system, θp for example; (b) The geographic longitude in degrees of the southern pole of the coordinate system, λp for example; (c) The angle of rotation in degrees about the new polar axis (measured clockwise when looking from the southern to the northern pole) of the coordinate system, assuming the new axis to have been obtained by first rotating the sphere through λp degrees about the geographic polar axis, and then rotating through (90 + θp) degrees so that the southern pole moved along the (previously rotated) Greenwich meridian.",GRIB2_Template_3_1_GridDefinitionTemplate_en,n/a,tbd,2,n/a,has non-encoded characters
1027,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_1_GridDefinitionTemplate_en,85-nn,octet,3,n/a,
1028,(These octets are only present for quasi-regular grids as described in Note 3),GRIB2_Template_3_1_GridDefinitionTemplate_en,85-nn,octet,3,(These octets are only present for quasi-regular grids as described in Note 3),references note in different template
1029,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_2_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1030,(These octets are only present for quasi-regular grids as described in Note 3),GRIB2_Template_3_2_GridDefinitionTemplate_en,85-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 3),references note in different template
1031,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_2_GridDefinitionTemplate_en,85-nn,octet,3,(These octets are only present for quasi-regular grids as described in Note 3),"used to reference note in in 3.0, now it's a copy"
1032,"The stretching is defined by three parameters: (a) The latitude in degrees (measured in the model coordinate system) of the ""pole of stretching""; (b) The longitude in degrees (measured in the model coordinate system) of the ""pole of stretching""; and (c) The stretching factor C in units of 10-6 represented as an integer. The stretching is defined by representing data uniformly in a coordinate system with longitude λ and latitude θ1, where: [[enter mathematical formula]] and λ and θ are longitude and latitude in a coordinate system in which the ""pole of stretching"" is the northern pole. C = 1 gives uniform resolution, while C > 1 gives enhanced resolution around the pole of stretching.",GRIB2_Template_3_2_GridDefinitionTemplate_en,n/a,tbd,2,n/a,has non-encoded characters
1033,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_2_GridDefinitionTemplate_en,n/a,tbd,3,n/a,"used to reference note in in 3.0, now it's a copy"
1034,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_3_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1035,"See Note 2 under grid definition template 3.1 - rotated latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_3_GridDefinitionTemplate_en,n/a,tbd,2,n/a,references note in different template
1036,"See Note 2 under grid definition template 3.2 - stretched latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_3_GridDefinitionTemplate_en,n/a,tbd,3,n/a,references note in different template
1037,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_3_GridDefinitionTemplate_en,n/a,tbd,4,n/a,"used to reference note in in 3.0, now it's a copy"
1038,(These octets are only present for quasi-regular grids as described in Note 4),GRIB2_Template_3_3_GridDefinitionTemplate_en,97-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 4),references note in different template
1039,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_3_GridDefinitionTemplate_en,97-nn,octet,4,(These octets are only present for quasi-regular grids as described in Note 4),"used to reference note in in 3.0, now it's a copy"
1040,(see Code table 3.2),GRIB2_Template_3_4_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1041,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_4_GridDefinitionTemplate_en,39-42,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1042,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_4_GridDefinitionTemplate_en,43-46,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1043,(see Flag table 3.3),GRIB2_Template_3_4_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3 and Note 2),
1044,The resolution flags (bits 3-4 of Flag table 3.3) are not applicable.,GRIB2_Template_3_4_GridDefinitionTemplate_en,47,octet,2,(see Flag table 3.3 and Note 2),
1045,(see Flag table 3.4),GRIB2_Template_3_4_GridDefinitionTemplate_en,48,octet,n/a,(flags - see Flag table 3.4),
1046,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_4_GridDefinitionTemplate_en,49-ii,octet,1,(see Notes 1 and 3),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1047,"The list of Ni longitudes and Nj latitudes shall be coded in the octets immediately following the grid definition template in octets 49 to ii and octets ii+1 to jj respectively, where ii = 48 + 4Ni and jj = 48 + 4Ni + 4Nj.",GRIB2_Template_3_4_GridDefinitionTemplate_en,49-ii,octet,3,(see Notes 1 and 3),
1048,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_4_GridDefinitionTemplate_en,(ii+1)-jj,octet,1,(see Notes 1 and 3),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1049,"The list of Ni longitudes and Nj latitudes shall be coded in the octets immediately following the grid definition template in octets 49 to ii and octets ii+1 to jj respectively, where ii = 48 + 4Ni and jj = 48 + 4Ni + 4Nj.",GRIB2_Template_3_4_GridDefinitionTemplate_en,(ii+1)-jj,octet,3,(see Notes 1 and 3),
1050,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_4_GridDefinitionTemplate_en,n/a,tbd,4,n/a,
1051,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_5_GridDefinitionTemplate_en,15-48,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1052,Regulation 92.1.6 applies.,GRIB2_Template_3_5_GridDefinitionTemplate_en,49-52,octet,4,(see Note 4),
1053,Regulation 92.1.6 applies.,GRIB2_Template_3_5_GridDefinitionTemplate_en,53-56,octet,4,(see Note 4),
1054,Regulation 92.1.6 applies.,GRIB2_Template_3_5_GridDefinitionTemplate_en,57-60,octet,4,(see Note 4),
1055,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_5_GridDefinitionTemplate_en,61-ii,octet,1,(see Notes 1 and 3),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1056,For the list of Ni longitude bounds and Nj latitude bounds at the end of the section: ii = 60 + 4Ni and jj = 60 + 4Ni +4Nj,GRIB2_Template_3_5_GridDefinitionTemplate_en,61-ii,octet,3,(see Notes 1 and 3),
1057,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_5_GridDefinitionTemplate_en,(ii+1)-jj,octet,1,(see Notes 1 and 3),modified note
1058,For the list of Ni longitude bounds and Nj latitude bounds at the end of the section: ii = 60 + 4Ni and jj = 60 + 4Ni +4Nj,GRIB2_Template_3_5_GridDefinitionTemplate_en,(ii+1)-jj,octet,3,(see Notes 1 and 3),
1059,"Three parameters define a general latitude/longitude coordinate system, formed by a general rotation of the sphere. One choice for these parameters is: (a) The geographic latitude in degrees of the southern pole of the coordinate system, θp for example; (b) The geographic longitude in degrees of the southern pole of the coordinate system, λp for example; (c) The angle of rotation in degrees about the new polar axis (measured clockwise when looking from the southern to the northern pole) of the coordinate system, assuming the new axis to have been obtained by first rotating the sphere through λp degrees about the geographic polar axis, and then rotating through (90 + θp) degrees so that the southern pole moved along the (previously rotated) Greenwich meridian.",GRIB2_Template_3_5_GridDefinitionTemplate_en,n/a,tbd,2,n/a,has non-encoded characters
1060,(see Code table 3.2),GRIB2_Template_3_10_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1061,(see Flag table 3.3),GRIB2_Template_3_10_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3),
1062,(see Flag table 3.4),GRIB2_Template_3_10_GridDefinitionTemplate_en,60,octet,n/a,(flags - see Flag table 3.4),
1063,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_10_GridDefinitionTemplate_en,65-68,octet,2,(see Note 2),
1064,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_10_GridDefinitionTemplate_en,69-72,octet,2,(see Note 2),
1065,(These octets are only present for quasi-regular grids as described in Notes 2 and 3 of grid definition template 3.1),GRIB2_Template_3_10_GridDefinitionTemplate_en,73-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Notes 2 and 3 of grid definition template 3.1),
1066,"Limited to the range of 0 to 90 degrees; if the angle of orientation of the grid is neither 0 nor 90 degrees, Di and Dj must be equal to each other.",GRIB2_Template_3_10_GridDefinitionTemplate_en,n/a,tbd,1,n/a,
1067,(see Code table 3.2),GRIB2_Template_3_12_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1068,(see Flag table 3.3),GRIB2_Template_3_12_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3),
1069,(see Flag table 3.4),GRIB2_Template_3_12_GridDefinitionTemplate_en,60,octet,n/a,(flags - see Flag table 3.4),
1070,/,GRIB2_Template_3_13_GridDefinitionTemplate_en,/,/,/,/,no notes
1071,(see Code table 3.2),GRIB2_Template_3_20_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1072,(see Flag table 3.3),GRIB2_Template_3_20_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3 and Note 1),
1073,The resolution flags (bits 3-4 of Flag table 3.3) are not applicable.,GRIB2_Template_3_20_GridDefinitionTemplate_en,47,octet,1,(see Flag table 3.3 and Note 1),
1074,LoV is the longitude value of the meridian which is parallel to the y-axis (or columns of the grid) along which latitude increases as the y-coordinate increases (the orientation longitude may or may not appear on a particular grid).,GRIB2_Template_3_20_GridDefinitionTemplate_en,52-55,octet,2,(see Note 2),
1075,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_20_GridDefinitionTemplate_en,56-59,octet,3,(see Note 3),
1076,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_20_GridDefinitionTemplate_en,60-63,octet,3,(see Note 3),
1077,(see Flag table 3.5),GRIB2_Template_3_20_GridDefinitionTemplate_en,64,octet,n/a,(see Flag table 3.5),
1078,(see Flag table 3.4),GRIB2_Template_3_20_GridDefinitionTemplate_en,65,octet,n/a,(see Flag table 3.4),
1079,Bit 2 of the projection flag is not applicable to the polar stereographic projection.,GRIB2_Template_3_20_GridDefinitionTemplate_en,n/a,tbd,4,n/a,
1080,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_20_GridDefinitionTemplate_en,n/a,tbd,5,n/a,
1081,/,GRIB2_Template_3_23_GridDefinitionTemplate_en,/,/,/,/,no notes
1082,(see Code table 3.2),GRIB2_Template_3_30_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1083,(see Flag table 3.3),GRIB2_Template_3_30_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3),
1084,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_30_GridDefinitionTemplate_en,56-59,octet,1,(see Note 1),
1085,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_30_GridDefinitionTemplate_en,60-63,octet,1,(see Note 1),
1086,(see Flag table 3.5),GRIB2_Template_3_30_GridDefinitionTemplate_en,64,octet,n/a,(see Flag table 3.5),
1087,(see Flag table 3.4),GRIB2_Template_3_30_GridDefinitionTemplate_en,65,octet,n/a,(see Flag table 3.4),
1088,"If Latin 1 = Latin 2, then the projection is on a tangent cone.",GRIB2_Template_3_30_GridDefinitionTemplate_en,n/a,tbd,2,n/a,
1089,The resolution flags (bits 3-4 of Flag table 3.3) are not applicable.,GRIB2_Template_3_30_GridDefinitionTemplate_en,n/a,tbd,3,n/a,
1090,LoV is the longitude value of the meridian which is parallel to the y-axis (or columns of the grid) along which latitude increases as the y-coordinate increases (the orientation longitude may or may not appear on a particular grid).,GRIB2_Template_3_30_GridDefinitionTemplate_en,n/a,tbd,4,n/a,
1091,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_30_GridDefinitionTemplate_en,n/a,tbd,5,n/a,
1092,(see Code table 3.2),GRIB2_Template_3_31_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1093,(see Flag table 3.3),GRIB2_Template_3_31_GridDefinitionTemplate_en,47,octet,n/a,(see Flag table 3.3),
1094,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_31_GridDefinitionTemplate_en,56-59,octet,1,(see Note 1),
1095,Grid length is in units of 10-3 m at the latitude specified by LaD.,GRIB2_Template_3_31_GridDefinitionTemplate_en,60-63,octet,1,(see Note 1),
1096,(see Flag table 3.5),GRIB2_Template_3_31_GridDefinitionTemplate_en,64,octet,n/a,(see Flag table 3.5),
1097,(see Flag table 3.4),GRIB2_Template_3_31_GridDefinitionTemplate_en,65,octet,n/a,(see Flag table 3.4),
1098,"If Latin 1 = Latin 2, then the projection is on a tangent cone.",GRIB2_Template_3_31_GridDefinitionTemplate_en,n/a,tbd,2,n/a,
1099,The resolution flags (bits 3-4 of Flag table 3.3) are not applicable.,GRIB2_Template_3_31_GridDefinitionTemplate_en,n/a,tbd,3,n/a,
1100,LoV is the longitude value of the meridian which is parallel to the y-axis (or columns of the grid) along which latitude increases as the y-coordinate increases (the orientation longitude may or may not appear on a particular grid).,GRIB2_Template_3_31_GridDefinitionTemplate_en,n/a,tbd,4,n/a,
1101,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_31_GridDefinitionTemplate_en,n/a,tbd,5,n/a,
1102,/,GRIB2_Template_3_33_GridDefinitionTemplate_en,/,/,/,/,no notes
1103,(see Code table 3.2),GRIB2_Template_3_40_GridDefinitionTemplate_en,15,octet,n/a,(see Code table 3.2),
1104,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,39-42,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1105,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,43-46,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1106,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,47-50,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1107,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,51-54,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1108,(see Flag table 3.3),GRIB2_Template_3_40_GridDefinitionTemplate_en,55,octet,n/a,(see Flag table 3.3),
1109,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,56-59,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1110,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,60-63,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1111,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_40_GridDefinitionTemplate_en,64-67,octet,1,(see Notes 1 and 5),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1112,It is recommended to use unsigned direction increments.,GRIB2_Template_3_40_GridDefinitionTemplate_en,64-67,octet,5,(see Notes 1 and 5),
1113,The number of parallels between a pole and the Equator is used to establish the variable (Gaussian) spacing of the parallels; this value must always be given.,GRIB2_Template_3_40_GridDefinitionTemplate_en,68-71,octet,2,(see Note 2),
1114,(see Flag table 3.4),GRIB2_Template_3_40_GridDefinitionTemplate_en,72,octet,n/a,(flags - see Flag table 3.4),
1115,(These octets are only present for quasi-regular grids as described in Note 4),GRIB2_Template_3_40_GridDefinitionTemplate_en,73-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 4),changed to match 1020
1116,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_40_GridDefinitionTemplate_en,73-nn,octet,4,(These octets are only present for quasi-regular grids as described in Note 4),changed to match 1020
1117,"A scaled value of radius of spherical Earth, or major or minor axis of oblate spheroid Earth, is derived by applying the appropriate scale factor to the value expressed in metres.",GRIB2_Template_3_40_GridDefinitionTemplate_en,n/a,tbd,3,n/a,
1118,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_41_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1119,(These octets are only present for quasi-regular grids as described in Note 4),GRIB2_Template_3_41_GridDefinitionTemplate_en,85-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 4),references note in different template
1120,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_41_GridDefinitionTemplate_en,85-nn,octet,4,(These octets are only present for quasi-regular grids as described in Note 4),was: See Note 4 under grid definition template 3.40.
1121,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_41_GridDefinitionTemplate_en,85-nn,octet,4,(These octets are only present for quasi-regular grids as described in Note 4),was: See Note 4 under grid definition template 3.40.
1122,The number of parallels between a pole and the Equator is used to establish the variable (Gaussian) spacing of the parallels; this value must always be given.,GRIB2_Template_3_41_GridDefinitionTemplate_en,n/a,tbd,2,n/a,
1123,"See Note 2 under grid definition template 3.1 - rotated latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_41_GridDefinitionTemplate_en,n/a,tbd,3,n/a,references note in different template
1124,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_42_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1125,(These octets are only present for quasi-regular grids as described in Note 4),GRIB2_Template_3_42_GridDefinitionTemplate_en,85-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 4),references note in different template
1126,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_42_GridDefinitionTemplate_en,85-nn,octet,4,(These octets are only present for quasi-regular grids as described in Note 4),was: See Note 4 under grid definition template 3.40.
1127,The number of parallels between a pole and the Equator is used to establish the variable (Gaussian) spacing of the parallels; this value must always be given.,GRIB2_Template_3_42_GridDefinitionTemplate_en,n/a,tbd,2,n/a,
1128,"See Note 2 under grid definition template 3.2 - stretched latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_42_GridDefinitionTemplate_en,n/a,tbd,3,n/a,references note in different template
1129,"Basic angle of the initial production domain and subdivisions of this basic angle are provided to manage cases where the recommended unit of 10-6 degrees is not applicable to describe the longitudes and latitudes, and direction increments. For these descriptors, the unit is equal to the ratio of the basic angle and the subdivisions number. For ordinary cases, zero and missing values should be coded, equivalent to the respective values of 1 and 106 (10-6 degrees unit).",GRIB2_Template_3_43_GridDefinitionTemplate_en,15-72,octet,1,(see Note 1),"4 permutations of almost exact note beginning with 'basic angle of the initial production..."""
1130,(These octets are only present for quasi-regular grids as described in Note 5),GRIB2_Template_3_43_GridDefinitionTemplate_en,97-nn,octet,n/a,(These octets are only present for quasi-regular grids as described in Note 5),references note in different template
1131,"A quasi-regular grid is only defined for appropriate grid scanning modes. Either rows or columns, but not both simultaneously, may have variable numbers of points or variable spacing. The first point in each row (column) shall be positioned at the meridian (parallel) indicated by octets 47-54. The grid points shall be evenly spaced in latitude (longitude).",GRIB2_Template_3_43_GridDefinitionTemplate_en,97-nn,octet,5,(These octets are only present for quasi-regular grids as described in Note 5),was: See Note 4 under grid definition template 3.40.
1132,The number of parallels between a pole and the Equator is used to establish the variable (Gaussian) spacing of the parallels; this value must always be given.,GRIB2_Template_3_43_GridDefinitionTemplate_en,n/a,tbd,2,n/a,
1133,"See Note 2 under grid definition template 3.1 - rotated latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_43_GridDefinitionTemplate_en,n/a,tbd,3,n/a,references note in different template
1134,"See Note 2 under grid definition template 3.2 - stretched latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_43_GridDefinitionTemplate_en,n/a,tbd,4,n/a,references note in different template
1135,(see Code table 3.6),GRIB2_Template_3_50_GridDefinitionTemplate_en,27,octet,n/a,(see Code table 3.6),
1136,(see Code table 3.7),GRIB2_Template_3_50_GridDefinitionTemplate_en,28,octet,n/a,(see Code table 3.7),
1137,"The pentagonal representation of resolution is general. Some common truncations are special cases of the pentagonal one: Triangular: M = J = K Rhomboidal: K = J + M Trapezoidal: K = J, K > M",GRIB2_Template_3_50_GridDefinitionTemplate_en,n/a,tbd,no id,n/a,
1138,See the Note under grid definition template 3.50 - spherical harmonic coefficients.,GRIB2_Template_3_51_GridDefinitionTemplate_en,n/a,tbd,1,n/a,
1139,"See Note 2 under grid definition template 3.1 - rotated latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_51_GridDefinitionTemplate_en,n/a,tbd,2,n/a,references note in different template
1140,See the Note under grid definition template 3.50 - spherical harmonic coefficients.,GRIB2_Template_3_52_GridDefinitionTemplate_en,n/a,tbd,1,n/a,
1141,"See Note 2 under grid definition template 3.2 - stretched latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_52_GridDefinitionTemplate_en,n/a,tbd,2,n/a,references note in different template
1142,See the Note under grid definition template 3.50 - spherical harmonic coefficients.,GRIB2_Template_3_53_GridDefinitionTemplate_en,n/a,tbd,1,n/a,
1143,"See Note 2 under grid definition template 3.1 - rotated latitude/longitude (or equidistant cylindrical, or Plate Carrée).",GRIB2_Template_3_53_GridDefinitionTemplate_en,n/a,tbd,2,n/a,references note in different template
1144,(see Code table 4.1),GRIB2_Template_4_0_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1145,(see Code table 4.2),GRIB2_Template_4_0_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1146,(see Code table 4.3),GRIB2_Template_4_0_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1147,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_0_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1148,(see Code table 4.4),GRIB2_Template_4_0_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1149,(see Code table 4.5),GRIB2_Template_4_0_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1150,(see Code table 4.5),GRIB2_Template_4_0_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1151,(see Code table 4.1),GRIB2_Template_4_1_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1152,(see Code table 4.2),GRIB2_Template_4_1_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1153,(see Code table 4.3),GRIB2_Template_4_1_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1154,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1155,(see Code table 4.4),GRIB2_Template_4_1_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1156,(see Code table 4.5),GRIB2_Template_4_1_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1157,(see Code table 4.5),GRIB2_Template_4_1_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1158,(see Code table 4.6),GRIB2_Template_4_1_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.6),
1159,(see Code table 4.1),GRIB2_Template_4_2_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1160,(see Code table 4.2),GRIB2_Template_4_2_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1161,(see Code table 4.3),GRIB2_Template_4_2_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1162,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_2_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1163,(see Code table 4.4),GRIB2_Template_4_2_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1164,(see Code table 4.5),GRIB2_Template_4_2_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1165,(see Code table 4.5),GRIB2_Template_4_2_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1166,(see Code table 4.7),GRIB2_Template_4_2_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1167,(see Code table 4.1),GRIB2_Template_4_3_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1168,(see Code table 4.2),GRIB2_Template_4_3_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1169,(see Code table 4.3),GRIB2_Template_4_3_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1170,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_3_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1171,(see Code table 4.4),GRIB2_Template_4_3_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1172,(see Code table 4.5),GRIB2_Template_4_3_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1173,(see Code table 4.5),GRIB2_Template_4_3_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1174,(see Code table 4.7),GRIB2_Template_4_3_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1175,(see Code table 4.8),GRIB2_Template_4_3_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.8),
1176,(see Code table 4.1),GRIB2_Template_4_4_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1177,(see Code table 4.2),GRIB2_Template_4_4_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1178,(see Code table 4.3),GRIB2_Template_4_4_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1179,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_4_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1180,(see Code table 4.4),GRIB2_Template_4_4_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1181,(see Code table 4.5),GRIB2_Template_4_4_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1182,(see Code table 4.5),GRIB2_Template_4_4_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1183,(see Code table 4.7),GRIB2_Template_4_4_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1184,(see Code table 4.8),GRIB2_Template_4_4_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.8),
1185,(see Code table 4.1),GRIB2_Template_4_5_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1186,(see Code table 4.2),GRIB2_Template_4_5_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1187,(see Code table 4.3),GRIB2_Template_4_5_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1188,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_5_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1189,(see Code table 4.4),GRIB2_Template_4_5_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1190,(see Code table 4.5),GRIB2_Template_4_5_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1191,(see Code table 4.5),GRIB2_Template_4_5_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1192,(see Code table 4.9),GRIB2_Template_4_5_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.9),
1193,(see Code table 4.1),GRIB2_Template_4_6_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1194,(see Code table 4.2),GRIB2_Template_4_6_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1195,(see Code table 4.3),GRIB2_Template_4_6_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1196,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_6_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1197,(see Code table 4.4),GRIB2_Template_4_6_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1198,(see Code table 4.5),GRIB2_Template_4_6_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1199,(see Code table 4.5),GRIB2_Template_4_6_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1200,(see Code table 4.1),GRIB2_Template_4_7_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1201,(see Code table 4.2),GRIB2_Template_4_7_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1202,(see Code table 4.3),GRIB2_Template_4_7_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1203,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_7_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1204,(see Code table 4.4),GRIB2_Template_4_7_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1205,(see Code table 4.5),GRIB2_Template_4_7_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1206,(see Code table 4.5),GRIB2_Template_4_7_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1207,This template should not be used. Product definition template 4.0 should be used instead.,GRIB2_Template_4_7_ProductDefinitionTemplate_en,n/a,template,2,n/a,
1208,(see Code table 4.1),GRIB2_Template_4_8_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1209,(see Code table 4.2),GRIB2_Template_4_8_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1210,(see Code table 4.3),GRIB2_Template_4_8_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1211,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_8_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1212,(see Code table 4.4),GRIB2_Template_4_8_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1213,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_8_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1214,(see Code table 4.5),GRIB2_Template_4_8_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1215,(see Code table 4.5),GRIB2_Template_4_8_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1216,(see Code table 4.10),GRIB2_Template_4_8_ProductDefinitionTemplate_en,47,octet,n/a,(see Code table 4.10),
1217,(see Code table 4.11),GRIB2_Template_4_8_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.11),
1218,(see Code table 4.4),GRIB2_Template_4_8_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.4),
1219,(see Code table 4.4),GRIB2_Template_4_8_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.4),
1220,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_8_ProductDefinitionTemplate_en,55-58,octet,3,(see Notes 3 and 4),
1221,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 48, 60, 72, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_8_ProductDefinitionTemplate_en,55-58,octet,4,(see Notes 3 and 4),
1222,(see Code table 4.1),GRIB2_Template_4_9_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1223,(see Code table 4.2),GRIB2_Template_4_9_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1224,(see Code table 4.3),GRIB2_Template_4_9_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1225,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_9_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1226,(see Code table 4.4),GRIB2_Template_4_9_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1227,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_9_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1228,(see Code table 4.5),GRIB2_Template_4_9_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1229,(see Code table 4.5),GRIB2_Template_4_9_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1230,(see Code table 4.9),GRIB2_Template_4_9_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.9),
1231,(see Code table 4.10),GRIB2_Template_4_9_ProductDefinitionTemplate_en,60,octet,n/a,(see Code table 4.10),
1232,(see Code table 4.11),GRIB2_Template_4_9_ProductDefinitionTemplate_en,61,octet,n/a,(see Code table 4.11),
1233,(see Code table 4.4),GRIB2_Template_4_9_ProductDefinitionTemplate_en,62,octet,n/a,(see Code table 4.4),
1234,(see Code table 4.4),GRIB2_Template_4_9_ProductDefinitionTemplate_en,67,octet,n/a,(see Code table 4.4),
1235,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_9_ProductDefinitionTemplate_en,68-71,octet,3,(see Notes 3 and 4),
1236,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 46, 58, 70, ...). For all but the innermost (last) time range, the next inner range is then processed using these references and forecast times as the initial reference and forecast times.",GRIB2_Template_4_9_ProductDefinitionTemplate_en,68-71,octet,4,(see Notes 3 and 4),
1237,(see Code table 4.1),GRIB2_Template_4_10_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1238,(see Code table 4.2),GRIB2_Template_4_10_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1239,(see Code table 4.3),GRIB2_Template_4_10_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1240,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_10_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1241,(see Code table 4.4),GRIB2_Template_4_10_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1242,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_10_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1243,(see Code table 4.5),GRIB2_Template_4_10_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1244,(see Code table 4.5),GRIB2_Template_4_10_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1245,(see Code table 4.10),GRIB2_Template_4_10_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.10),
1246,(see Code table 4.11),GRIB2_Template_4_10_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.11),
1247,(see Code table 4.4),GRIB2_Template_4_10_ProductDefinitionTemplate_en,50,octet,n/a,(see Code table 4.4),
1248,(see Code table 4.4),GRIB2_Template_4_10_ProductDefinitionTemplate_en,55,octet,n/a,(see Code table 4.4),
1249,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_10_ProductDefinitionTemplate_en,56-59,octet,3,(see Note 3),
1250,This template was not validated at the time of publication and should be used with caution. Please report any use to the WMO Secretariat (Observing and Information Systems Department) to assist for validation.,GRIB2_Template_4_10_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1251,(see Code table 4.1),GRIB2_Template_4_11_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1252,(see Code table 4.2),GRIB2_Template_4_11_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1253,(see Code table 4.3),GRIB2_Template_4_11_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1254,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_11_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1255,(see Code table 4.4),GRIB2_Template_4_11_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1256,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_11_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1257,(see Code table 4.5),GRIB2_Template_4_11_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1258,(see Code table 4.5),GRIB2_Template_4_11_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1259,(see Code table 4.6),GRIB2_Template_4_11_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.6),
1260,(see Code table 4.10),GRIB2_Template_4_11_ProductDefinitionTemplate_en,50,octet,n/a,(see Code table 4.10),
1261,(see Code table 4.11),GRIB2_Template_4_11_ProductDefinitionTemplate_en,51,octet,n/a,(see Code table 4.11),
1262,(see Code table 4.4),GRIB2_Template_4_11_ProductDefinitionTemplate_en,52,octet,n/a,(see Code table 4.4),
1263,(see Code table 4.4),GRIB2_Template_4_11_ProductDefinitionTemplate_en,57,octet,n/a,(see Code table 4.4),
1264,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_11_ProductDefinitionTemplate_en,58-61,octet,3,(see Notes 3 and 4),
1265,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 51, 63, 75, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_11_ProductDefinitionTemplate_en,58-61,octet,4,(see Notes 3 and 4),
1266,(see Code table 4.1),GRIB2_Template_4_12_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1267,(see Code table 4.2),GRIB2_Template_4_12_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1268,(see Code table 4.3),GRIB2_Template_4_12_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1269,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_12_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1270,(see Code table 4.4),GRIB2_Template_4_12_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1271,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_12_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1272,(see Code table 4.5),GRIB2_Template_4_12_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1273,(see Code table 4.5),GRIB2_Template_4_12_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1274,(see Code table 4.7),GRIB2_Template_4_12_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1275,(see Code table 4.10),GRIB2_Template_4_12_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.10),
1276,(see Code table 4.11),GRIB2_Template_4_12_ProductDefinitionTemplate_en,50,octet,n/a,(see Code table 4.11),
1277,(see Code table 4.4),GRIB2_Template_4_12_ProductDefinitionTemplate_en,51,octet,n/a,(see Code table 4.4),
1278,(see Code table 4.4),GRIB2_Template_4_12_ProductDefinitionTemplate_en,56,octet,n/a,(see Code table 4.4),
1279,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_12_ProductDefinitionTemplate_en,57-60,octet,3,(see Notes 3 and 4),
1280,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 50, 62, 74, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_12_ProductDefinitionTemplate_en,57-60,octet,4,(see Notes 3 and 4),
1281,(see Code table 4.1),GRIB2_Template_4_13_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1282,(see Code table 4.2),GRIB2_Template_4_13_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1283,(see Code table 4.3),GRIB2_Template_4_13_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1284,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_13_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1285,(see Code table 4.4),GRIB2_Template_4_13_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1286,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_13_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1287,(see Code table 4.5),GRIB2_Template_4_13_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1288,(see Code table 4.5),GRIB2_Template_4_13_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1289,(see Code table 4.7),GRIB2_Template_4_13_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1290,(see Code table 4.8),GRIB2_Template_4_13_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.8),
1291,(see Code table 4.10),GRIB2_Template_4_13_ProductDefinitionTemplate_en,81,octet,n/a,(see Code table 4.10),
1292,(see Code table 4.11),GRIB2_Template_4_13_ProductDefinitionTemplate_en,82,octet,n/a,(see Code table 4.11),
1293,(see Code table 4.4),GRIB2_Template_4_13_ProductDefinitionTemplate_en,83,octet,n/a,(see Code table 4.4),
1294,(see Code table 4.4),GRIB2_Template_4_13_ProductDefinitionTemplate_en,88,octet,n/a,(see Code table 4.4),
1295,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_13_ProductDefinitionTemplate_en,89-92,octet,3,(see Notes 3 and 4),
1296,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 82, 94, 106,....). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_13_ProductDefinitionTemplate_en,89-92,octet,4,(see Notes 3 and 4),
1297,(see Code table 4.1),GRIB2_Template_4_14_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1298,(see Code table 4.2),GRIB2_Template_4_14_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1299,(see Code table 4.3),GRIB2_Template_4_14_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1300,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_14_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1301,(see Code table 4.4),GRIB2_Template_4_14_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1302,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_14_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1303,(see Code table 4.5),GRIB2_Template_4_14_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1304,(see Code table 4.5),GRIB2_Template_4_14_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1305,(see Code table 4.7),GRIB2_Template_4_14_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.7),
1306,(see Code table 4.8),GRIB2_Template_4_14_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.8),
1307,(see Code table 4.10),GRIB2_Template_4_14_ProductDefinitionTemplate_en,77,octet,n/a,(see Code table 4.10),
1308,(see Code table 4.11),GRIB2_Template_4_14_ProductDefinitionTemplate_en,78,octet,n/a,(see Code table 4.11),
1309,(see Code table 4.4),GRIB2_Template_4_14_ProductDefinitionTemplate_en,79,octet,n/a,(see Code table 4.4),
1310,(see Code table 4.4),GRIB2_Template_4_14_ProductDefinitionTemplate_en,84,octet,n/a,(see Code table 4.4),
1311,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_14_ProductDefinitionTemplate_en,85-88,octet,3,(see Notes 3 and 4),
1312,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 78, 90, 112, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_14_ProductDefinitionTemplate_en,85-88,octet,4,(see Notes 3 and 4),
1313,(see Code table 4.1),GRIB2_Template_4_15_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1314,(see Code table 4.2),GRIB2_Template_4_15_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1315,(see Code table 4.3),GRIB2_Template_4_15_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1316,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_15_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1317,(see Code table 4.4),GRIB2_Template_4_15_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1318,(see Code table 4.5),GRIB2_Template_4_15_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1319,(see Code table 4.5),GRIB2_Template_4_15_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1320,(see Code table 4.10),GRIB2_Template_4_15_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.10),
1321,(see Code table 4.15),GRIB2_Template_4_15_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.15),
1322,(see Code table 4.1),GRIB2_Template_4_20_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1323,(see Code table 4.2),GRIB2_Template_4_20_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1324,(see Code table 4.3),GRIB2_Template_4_20_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1325,(see Code table 4.12),GRIB2_Template_4_20_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.12),
1326,(see Code table 4.13),GRIB2_Template_4_20_ProductDefinitionTemplate_en,33,octet,n/a,(see Code table 4.13),
1327,(see Code table 4.14),GRIB2_Template_4_20_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.14),
1328,(see Code table 4.1),GRIB2_Template_4_30_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1329,(see Code table 4.2),GRIB2_Template_4_30_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1330,(see Code table 4.3),GRIB2_Template_4_30_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1331,This template is deprecated. Template 4.31 should be used instead.,GRIB2_Template_4_30_ProductDefinitionTemplate_en,n/a,template,no id,n/a,
1332,"For ""satellite series of band nb"", ""satellite numbers of band nb"" and ""instrument types of band nb"", it is recommended to encode the values as per BUFR Code tables 0 02 020, 0 01 007 (Common Code table C-5) and 0 02 019 (Common Code table C-8), respectively.",GRIB2_Template_4_30_ProductDefinitionTemplate_en,n/a,tbd,no id,n/a,
1333,(see Code table 4.1),GRIB2_Template_4_31_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1334,(see Code table 4.2),GRIB2_Template_4_31_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1335,(see Code table 4.3),GRIB2_Template_4_31_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1336,"For ""satellite series of band nb"", ""satellite numbers of band nb"" and ""instrument types of band nb"", it is recommended to encode the values as per BUFR Code tables 0 02 020, 0 01 007 (Common Code table C-5) and 0 02 019 (Common Code table C-8), respectively.",GRIB2_Template_4_31_ProductDefinitionTemplate_en,n/a,tbd,no id,n/a,
1337,(see Code table 4.1),GRIB2_Template_4_32_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1338,(see Code table 4.2),GRIB2_Template_4_32_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1339,(see Code table 4.3),GRIB2_Template_4_32_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1340,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_32_ProductDefinitionTemplate_en,15-16,octet,2,(see Note 2),
1341,(see Code table 4.4),GRIB2_Template_4_32_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1342,"For ""satellite series of band nb"", ""satellite numbers of band nb"" and ""instrument types of band nb"", it is recommended to encode the values as per BUFR Code tables 0 02 020, 0 01 007 (Common Code table C-5) and 0 02 019 (Common Code table C-8), respectively.",GRIB2_Template_4_32_ProductDefinitionTemplate_en,n/a,tbd,1,n/a,
1343,(see Code table 4.1),GRIB2_Template_4_33_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1344,(see Code table 4.2),GRIB2_Template_4_33_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1345,(see Code table 4.3),GRIB2_Template_4_33_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1346,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_33_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1347,(see Code table 4.4),GRIB2_Template_4_33_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1348,(see Code table 4.6),GRIB2_Template_4_33_ProductDefinitionTemplate_en,(24+11NB),octet,n/a,(see Code table 4.6),
1349,(see Code table 4.1),GRIB2_Template_4_34_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1350,(see Code table 4.2),GRIB2_Template_4_34_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1351,(see Code table 4.3),GRIB2_Template_4_34_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1352,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_34_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1353,(see Code table 4.4),GRIB2_Template_4_34_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1354,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_34_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1355,(see Code table 4.6),GRIB2_Template_4_34_ProductDefinitionTemplate_en,(24+11NB),octet,n/a,(see Code table 4.6),
1356,(see Code table 4.10),GRIB2_Template_4_34_ProductDefinitionTemplate_en,(39+11NB+12(i-1)),octet,n/a,(see Code table 4.10),
1357,(see Code table 4.11),GRIB2_Template_4_34_ProductDefinitionTemplate_en,(40+11NB+12(i-1)),octet,n/a,(see Code table 4.11),
1358,(see Code table 4.4),GRIB2_Template_4_34_ProductDefinitionTemplate_en,(41+11NB+12(i-1)),octet,n/a,(see Code table 4.4),
1359,(see Code table 4.4),GRIB2_Template_4_34_ProductDefinitionTemplate_en,(46+11NB+12(i-1)),octet,n/a,(see Code table 4.4),
1360,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_34_ProductDefinitionTemplate_en,(47+11NB+12(i-1))-(50+11NB+12(i-1)),octet,3,(see Notes 3 and 4),
1361,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 51, 62, 73, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_34_ProductDefinitionTemplate_en,(47+11NB+12(i-1))-(50+11NB+12(i-1)),octet,4,(see Notes 3 and 4),
1362,(see Code table 4.1),GRIB2_Template_4_35_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1363,(see Code table 4.2),GRIB2_Template_4_35_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1364,(see Code table 4.3),GRIB2_Template_4_35_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1365,(see Code table 4.16),GRIB2_Template_4_35_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.16),
1366,"For ""satellite series of band nb"", ""satellite numbers of band nb"" and ""instrument types of band nb"", it is recommended to encode the values as per BUFR Code tables 0 02 020, 0 01 007 (Common Code table C-5) and 0 02 019 (Common Code table C-8), respectively.",GRIB2_Template_4_35_ProductDefinitionTemplate_en,n/a,tbd,no id,n/a,
1367,(see Code table 4.1),GRIB2_Template_4_40_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1368,(see Code table 4.2),GRIB2_Template_4_40_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1369,(see Code table 4.230),GRIB2_Template_4_40_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1370,(see Code table 4.3),GRIB2_Template_4_40_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.3),
1371,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_40_ProductDefinitionTemplate_en,17-18,octet,no id,(see Note),
1372,(see Code table 4.4),GRIB2_Template_4_40_ProductDefinitionTemplate_en,20,octet,n/a,(see Code table 4.4),
1373,(see Code table 4.5),GRIB2_Template_4_40_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.5),
1374,(see Code table 4.5),GRIB2_Template_4_40_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.5),
1375,(see Code table 4.1),GRIB2_Template_4_41_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1376,(see Code table 4.2),GRIB2_Template_4_41_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1377,(see Code table 4.230),GRIB2_Template_4_41_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1378,(see Code table 4.3),GRIB2_Template_4_41_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.3),
1379,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_41_ProductDefinitionTemplate_en,17-18,octet,no id,(see Note),
1380,(see Code table 4.4),GRIB2_Template_4_41_ProductDefinitionTemplate_en,20,octet,n/a,(see Code table 4.4),
1381,(see Code table 4.5),GRIB2_Template_4_41_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.5),
1382,(see Code table 4.5),GRIB2_Template_4_41_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.5),
1383,(see Code table 4.6),GRIB2_Template_4_41_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.6),
1384,(see Code table 4.1),GRIB2_Template_4_42_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1385,(see Code table 4.2),GRIB2_Template_4_42_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1386,(see Code table 4.230),GRIB2_Template_4_42_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1387,(see Code table 4.3),GRIB2_Template_4_42_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.3),
1388,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_42_ProductDefinitionTemplate_en,17-18,octet,1,(see Note 1),
1389,(see Code table 4.4),GRIB2_Template_4_42_ProductDefinitionTemplate_en,20,octet,n/a,(see Code table 4.4),
1390,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_42_ProductDefinitionTemplate_en,21-24,octet,2,(see Note 2),
1391,(see Code table 4.5),GRIB2_Template_4_42_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.5),
1392,(see Code table 4.5),GRIB2_Template_4_42_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.5),
1393,(see Code table 4.10),GRIB2_Template_4_42_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.10),
1394,(see Code table 4.11),GRIB2_Template_4_42_ProductDefinitionTemplate_en,50,octet,n/a,(see Code table 4.11),
1395,(see Code table 4.4),GRIB2_Template_4_42_ProductDefinitionTemplate_en,51,octet,n/a,(see Code table 4.4),
1396,(see Code table 4.4),GRIB2_Template_4_42_ProductDefinitionTemplate_en,56,octet,n/a,(see Code table 4.4),
1397,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_42_ProductDefinitionTemplate_en,57-60,octet,3,(see Notes 3 and 4),
1398,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 50, 62, 74, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_42_ProductDefinitionTemplate_en,57-60,octet,4,(see Notes 3 and 4),
1399,(see Code table 4.1),GRIB2_Template_4_43_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1400,(see Code table 4.2),GRIB2_Template_4_43_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1401,(see Code table 4.230),GRIB2_Template_4_43_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1402,(see Code table 4.3),GRIB2_Template_4_43_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.3),
1403,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_43_ProductDefinitionTemplate_en,17-18,octet,1,(see Note 1),
1404,(see Code table 4.4),GRIB2_Template_4_43_ProductDefinitionTemplate_en,20,octet,n/a,(see Code table 4.4),
1405,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_43_ProductDefinitionTemplate_en,21-24,octet,2,(see Note 2),
1406,(see Code table 4.5),GRIB2_Template_4_43_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.5),
1407,(see Code table 4.5),GRIB2_Template_4_43_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.5),
1408,(see Code table 4.6),GRIB2_Template_4_43_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.6),
1409,(see Code table 4.10),GRIB2_Template_4_43_ProductDefinitionTemplate_en,52,octet,n/a,(see Code table 4.10),
1410,(see Code table 4.11),GRIB2_Template_4_43_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.11),
1411,(see Code table 4.4),GRIB2_Template_4_43_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.4),
1412,(see Code table 4.4),GRIB2_Template_4_43_ProductDefinitionTemplate_en,59,octet,n/a,(see Code table 4.4),
1413,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_43_ProductDefinitionTemplate_en,60-63,octet,3,(see Notes 3 and 4),
1414,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 53, 65, 77, …). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_43_ProductDefinitionTemplate_en,60-63,octet,4,(see Notes 3 and 4),
1415,(see Code table 4.1),GRIB2_Template_4_44_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1416,(see Code table 4.2),GRIB2_Template_4_44_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1417,(see Code table 4.233),GRIB2_Template_4_44_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1418,(see Code table 4.91),GRIB2_Template_4_44_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1419,(see Code table 4.3),GRIB2_Template_4_44_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.3),
1420,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_44_ProductDefinitionTemplate_en,28-29,octet,1,(see Note 1),
1421,(see Code table 4.4),GRIB2_Template_4_44_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.4),
1422,(see Code table 4.5),GRIB2_Template_4_44_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.5),
1423,(see Code table 4.5),GRIB2_Template_4_44_ProductDefinitionTemplate_en,40,octet,n/a,(see Code table 4.5),
1424,It is recommended not to use this template. PDT 4.48 should be used instead with optical wavelength range set to missing.,GRIB2_Template_4_44_ProductDefinitionTemplate_en,n/a,template,2,n/a,
1425,(see Code table 4.1),GRIB2_Template_4_45_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1426,(see Code table 4.2),GRIB2_Template_4_45_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1427,(see Code table 4.233),GRIB2_Template_4_45_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1428,(see Code table 4.91),GRIB2_Template_4_45_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1429,(see Code table 4.3),GRIB2_Template_4_45_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.3),
1430,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_45_ProductDefinitionTemplate_en,28-29,octet,no id,(see Note),
1431,(see Code table 4.4),GRIB2_Template_4_45_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.4),
1432,(see Code table 4.5),GRIB2_Template_4_45_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.5),
1433,(see Code table 4.5),GRIB2_Template_4_45_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.5),
1434,(see Code table 4.6),GRIB2_Template_4_45_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.6),
1435,(see Code table 4.1),GRIB2_Template_4_46_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1436,(see Code table 4.2),GRIB2_Template_4_46_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1437,(see Code table 4.233),GRIB2_Template_4_46_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1438,(see Code table 4.91),GRIB2_Template_4_46_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1439,(see Code table 4.3),GRIB2_Template_4_46_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.3),
1440,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_46_ProductDefinitionTemplate_en,28-29,octet,1,(see Note 1),
1441,(see Code table 4.4),GRIB2_Template_4_46_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.4),
1442,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_46_ProductDefinitionTemplate_en,32-35,octet,2,(see Note 2),
1443,(see Code table 4.5),GRIB2_Template_4_46_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.5),
1444,(see Code table 4.5),GRIB2_Template_4_46_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.5),
1445,(see Code table 4.10),GRIB2_Template_4_46_ProductDefinitionTemplate_en,60,octet,n/a,(see Code table 4.10),
1446,(see Code table 4.11),GRIB2_Template_4_46_ProductDefinitionTemplate_en,61,octet,n/a,(see Code table 4.11),
1447,(see Code table 4.4),GRIB2_Template_4_46_ProductDefinitionTemplate_en,62,octet,n/a,(see Code table 4.4),
1448,(see Code table 4.4),GRIB2_Template_4_46_ProductDefinitionTemplate_en,67,octet,n/a,(see Code table 4.4),
1449,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_46_ProductDefinitionTemplate_en,68-71,octet,3,(see Notes 3 and 4),
1450,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 61, 72, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_46_ProductDefinitionTemplate_en,68-71,octet,4,(see Notes 3 and 4),
1451,(see Code table 4.1),GRIB2_Template_4_47_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1452,(see Code table 4.2),GRIB2_Template_4_47_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1453,(see Code table 4.3),GRIB2_Template_4_47_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1454,(see Code table 4.233),GRIB2_Template_4_47_ProductDefinitionTemplate_en,13-14,octet,n/a,(see Code table 4.233),
1455,(see Code table 4.91),GRIB2_Template_4_47_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.91),
1456,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_47_ProductDefinitionTemplate_en,28-29,octet,1,(see Note 1),
1457,(see Code table 4.4),GRIB2_Template_4_47_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.4),
1458,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_47_ProductDefinitionTemplate_en,32-35,octet,2,(see Note 2),
1459,(see Code table 4.5),GRIB2_Template_4_47_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.5),
1460,(see Code table 4.5),GRIB2_Template_4_47_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.5),
1461,(see Code table 4.6),GRIB2_Template_4_47_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.6),
1462,(see Code table 4.10),GRIB2_Template_4_47_ProductDefinitionTemplate_en,63,octet,n/a,(see Code table 4.10),
1463,(see Code table 4.11),GRIB2_Template_4_47_ProductDefinitionTemplate_en,64,octet,n/a,(see Code table 4.11),
1464,(see Code table 4.4),GRIB2_Template_4_47_ProductDefinitionTemplate_en,65,octet,n/a,(see Code table 4.4),
1465,(see Code table 4.4),GRIB2_Template_4_47_ProductDefinitionTemplate_en,70,octet,n/a,(see Code table 4.4),
1466,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_47_ProductDefinitionTemplate_en,71-74,octet,3,(see Notes 3 and 4),
1467,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 63, 75, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_47_ProductDefinitionTemplate_en,71-74,octet,4,(see Notes 3 and 4),
1468,(see Code table 4.1),GRIB2_Template_4_48_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1469,(see Code table 4.2),GRIB2_Template_4_48_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1470,(see Common Code table C-14),GRIB2_Template_4_48_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Common Code table C-14),
1471,(see Code table 4.91),GRIB2_Template_4_48_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1472,(see Code table 4.91),GRIB2_Template_4_48_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.91),
1473,(see Code table 4.3),GRIB2_Template_4_48_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.3),
1474,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_48_ProductDefinitionTemplate_en,39-40,octet,no id,(see Note),
1475,(see Code table 4.4),GRIB2_Template_4_48_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.4),
1476,(see Code table 4.5),GRIB2_Template_4_48_ProductDefinitionTemplate_en,47,octet,n/a,(see Code table 4.5),
1477,(see Code table 4.5),GRIB2_Template_4_48_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.5),
1478,(see Code table 4.1),GRIB2_Template_4_49_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1479,(see Code table 4.2),GRIB2_Template_4_49_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1480,(see Common Code table C-14),GRIB2_Template_4_49_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Common Code table C-14),
1481,(see Code table 4.91),GRIB2_Template_4_49_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1482,(see Code table 4.91),GRIB2_Template_4_49_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.91),
1483,(see Code table 4.3),GRIB2_Template_4_49_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.3),
1484,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_49_ProductDefinitionTemplate_en,39-40,octet,no id,(see Note),
1485,(see Code table 4.4),GRIB2_Template_4_49_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.4),
1486,(see Code table 4.5),GRIB2_Template_4_49_ProductDefinitionTemplate_en,47,octet,n/a,(see Code table 4.5),
1487,(see Code table 4.5),GRIB2_Template_4_49_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.5),
1488,(see Code table 4.6),GRIB2_Template_4_49_ProductDefinitionTemplate_en,59,octet,n/a,(see Code table 4.6),
1489,(see Code table 4.1),GRIB2_Template_4_51_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1490,(see Code table 4.2),GRIB2_Template_4_51_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1491,(see Code table 4.3),GRIB2_Template_4_51_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1492,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_51_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1493,(see Code table 4.4),GRIB2_Template_4_51_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1494,(see Code table 4.5),GRIB2_Template_4_51_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1495,(see Code table 4.5),GRIB2_Template_4_51_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1496,(see Code table 4.91),GRIB2_Template_4_51_ProductDefinitionTemplate_en,(37+12(i-1)),octet,n/a,(see Code table 4.91),
1497,(see Code table 4.1),GRIB2_Template_4_53_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1498,(see Code table 4.2),GRIB2_Template_4_53_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2 and Notes 2 and 3),
1499,Only parameters expressing fractions or percentages can be used in this template. Code tables shall state clearly that they are meant to be used in partitioned parameters context.,GRIB2_Template_4_53_ProductDefinitionTemplate_en,11,octet,2,(see Code table 4.2 and Notes 2 and 3),
1500,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_53_ProductDefinitionTemplate_en,11,octet,3,(see Code table 4.2 and Notes 2 and 3),
1501,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_53_ProductDefinitionTemplate_en,12,octet,1,(see Notes 1 and 3),
1502,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_53_ProductDefinitionTemplate_en,12,octet,3,(see Notes 1 and 3),
1503,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_53_ProductDefinitionTemplate_en,13,octet,1,(see Note 1),
1504,(see Code table 4.PTN),GRIB2_Template_4_53_ProductDefinitionTemplate_en,14-(14+2NP-1),octet,n/aa,(see Code table 4.PTN and Note 1),typo?
1505,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_53_ProductDefinitionTemplate_en,14-(14+2NP-1),octet,1,(see Code table 4.PTN and Note 1),
1506,(see Code table 4.PTN),GRIB2_Template_4_53_ProductDefinitionTemplate_en,(14+2NP)-(15+2NP),octet,n/a,(see Code table 4.PTN and Note 3),
1507,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_53_ProductDefinitionTemplate_en,(14+2NP)-(15+2NP),octet,3,(see Code table 4.PTN and Note 3),
1508,(see Code table 4.3),GRIB2_Template_4_53_ProductDefinitionTemplate_en,(16+2NP),octet,n/a,(see Code table 4.3),
1509,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_53_ProductDefinitionTemplate_en,(19+2NP)-(20+2NP),octet,1,(see Note 1),
1510,(see Code table 4.4),GRIB2_Template_4_53_ProductDefinitionTemplate_en,(22+2NP),octet,n/a,(see Code table 4.4),
1511,(see Code table 4.5),GRIB2_Template_4_53_ProductDefinitionTemplate_en,(27+2NP),octet,n/a,(see Code table 4.5),
1512,(see Code table 4.5),GRIB2_Template_4_53_ProductDefinitionTemplate_en,(33+2NP),octet,n/a,(see Code table 4.5),
1513,(see Code table 4.1),GRIB2_Template_4_54_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1514,(see Code table 4.2),GRIB2_Template_4_54_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2 and Notes 2 and 3),
1515,Only parameters expressing fractions or percentages can be used in this template. Code tables shall state clearly that they are meant to be used in partitioned parameters context.,GRIB2_Template_4_54_ProductDefinitionTemplate_en,11,octet,2,(see Code table 4.2 and Notes 2 and 3),
1516,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_54_ProductDefinitionTemplate_en,11,octet,3,(see Code table 4.2 and Notes 2 and 3),
1517,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_54_ProductDefinitionTemplate_en,12,octet,1,(see Notes 1 and 3),
1518,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_54_ProductDefinitionTemplate_en,12,octet,3,(see Notes 1 and 3),
1519,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_54_ProductDefinitionTemplate_en,13,octet,1,(see Note 1),
1520,(see Code table 4.PTN),GRIB2_Template_4_54_ProductDefinitionTemplate_en,14-(14+2NP-1),octet,n/a,(see Code table 4.PTN and Note 1),typo?
1521,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_54_ProductDefinitionTemplate_en,14-(14+2NP-1),octet,1,(see Code table 4.PTN and Note 1),
1522,(see Code table 4.PTN),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(14+2NP)-(15+2NP),octet,n/a,(see Code table 4.PTN and Note 3),typo?
1523,"The word ""fraction"" or the word ""percentage"" has to be explicitly used in the name of the parameter to refer to a normalization term N = 1 in the case of ""fraction"" and N = 100 in the case of percentage.",GRIB2_Template_4_54_ProductDefinitionTemplate_en,(14+2NP)-(15+2NP),octet,3,(see Code table 4.PTN and Note 3),
1524,(see Code table 4.3),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(16+2NP),octet,n/a,(see Code table 4.3),
1525,A single partition with code value PN from the partition set composed by the NP partitions is represented in the template. The code values of the NP partitions are expressed in octets 14 to 14+2NP-1. The NP partitions are linked by the normalization formula stating that the sum of all the NP partitions must be equal to a normalization term (N) on each point of the grid.,GRIB2_Template_4_54_ProductDefinitionTemplate_en,(19+2NP)-(20+2NP),octet,1,(see Note 1),
1526,(see Code table 4.4),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(22+2NP),octet,n/a,(see Code table 4.4),
1527,(see Code table 4.5),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(27+2NP),octet,n/a,(see Code table 4.5),
1528,(see Code table 4.5),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(33+2NP),octet,n/a,(see Code table 4.5),
1529,(see Code table 4.6),GRIB2_Template_4_54_ProductDefinitionTemplate_en,(39+2NP),octet,n/a,(see Code table 4.6),
1530,(see Code table 4.1),GRIB2_Template_4_55_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1531,(see Code table 4.2),GRIB2_Template_4_55_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1532,(see Code table 4.242),GRIB2_Template_4_55_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.242),
1533,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_55_ProductDefinitionTemplate_en,13,octet,1,(see Notes 1 and 2),"very long note, did not include all"
1534,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_55_ProductDefinitionTemplate_en,13,octet,2,(see Notes 1 and 2),
1535,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_55_ProductDefinitionTemplate_en,14,octet,1,(see Notes 1 and 2),"very long note, did not include all"
1536,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_55_ProductDefinitionTemplate_en,14,octet,2,(see Notes 1 and 2),
1537,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_55_ProductDefinitionTemplate_en,15,octet,1,(see Note 1),"very long note, did not include all"
1538,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_55_ProductDefinitionTemplate_en,16,octet,1,(see Note 1),"very long note, did not include all"
1539,(see Code table 4.241),GRIB2_Template_4_55_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.241 and Note 1), code table 4.241 not referenced in manual
1540,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_55_ProductDefinitionTemplate_en,17,octet,1,(see Code table 4.241 and Note 1),"very long note, did not include all"
1541,(see Code table 4.3),GRIB2_Template_4_55_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.3),
1542,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_55_ProductDefinitionTemplate_en,21-22,octet,3,(see Note 3),
1543,(see Code table 4.4),GRIB2_Template_4_55_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.4),
1544,(see Code table 4.5),GRIB2_Template_4_55_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1545,(see Code table 4.5),GRIB2_Template_4_55_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.5),
1546,(see Code table 4.1),GRIB2_Template_4_56_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1547,(see Code table 4.2),GRIB2_Template_4_56_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1548,(see Code table 4.242),GRIB2_Template_4_56_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.242),
1549,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_56_ProductDefinitionTemplate_en,13,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1550,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_56_ProductDefinitionTemplate_en,13,octet,2,(see Notes 1 and 2),
1551,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_56_ProductDefinitionTemplate_en,14,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1552,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_56_ProductDefinitionTemplate_en,14,octet,2,(see Notes 1 and 2),
1553,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_56_ProductDefinitionTemplate_en,15,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1554,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_56_ProductDefinitionTemplate_en,16,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1555,(see Code table 4.241),GRIB2_Template_4_56_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.241 and Note 1),references note in different template
1556,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_56_ProductDefinitionTemplate_en,17,octet,1,(see Code table 4.241 and Note 1),used to be: See Note 1 under product definition template 4.55.
1557,(see Code table 4.3),GRIB2_Template_4_56_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.3),
1558,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_56_ProductDefinitionTemplate_en,21-22,octet,3,(see Note 3),
1559,(see Code table 4.4),GRIB2_Template_4_56_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.4),
1560,(see Code table 4.5),GRIB2_Template_4_56_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1561,(see Code table 4.5),GRIB2_Template_4_56_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.5),
1562,(see Code table 4.1),GRIB2_Template_4_57_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1563,(see Code table 4.2),GRIB2_Template_4_57_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1564,(see Code table 4.230),GRIB2_Template_4_57_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1565,"If Number of modes (N) > 1, then between x N fields with mode number l = 1, …, N define the distribution function. x is the number of variable parameters in the distribution function.",GRIB2_Template_4_57_ProductDefinitionTemplate_en,14-15,octet,1,(see Note 1),
1566,(see Code table 4.240),GRIB2_Template_4_57_ProductDefinitionTemplate_en,18-19,octet,n/a,(see Code table 4.240),
1567,(see Code table 4.3),GRIB2_Template_4_57_ProductDefinitionTemplate_en,21+5Np,octet,n/a,(see Code table 4.3),
1568,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_57_ProductDefinitionTemplate_en,(24+5Np)-(25+5Np),octet,2,(see Note 2),
1569,(see Code table 4.4),GRIB2_Template_4_57_ProductDefinitionTemplate_en,27+5Np,octet,n/a,(see Code table 4.4),
1570,(see Code table 4.5),GRIB2_Template_4_57_ProductDefinitionTemplate_en,32+5Np,octet,n/a,(see Code table 4.5),
1571,(see Code table 4.5),GRIB2_Template_4_57_ProductDefinitionTemplate_en,38+5Np,octet,n/a,(see Code table 4.5),
1572,"For more information, see Part B, GRIB Attachment III.",GRIB2_Template_4_57_ProductDefinitionTemplate_en,n/a,tbd,3,n/a,
1573,(see Code table 4.1),GRIB2_Template_4_58_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1574,(see Code table 4.2),GRIB2_Template_4_58_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1575,(see Code table 4.230),GRIB2_Template_4_58_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1576,"If Number of modes (N) > 1, then between x N fields with mode number l = 1, …, N define the distribution function. x is the number of variable parameters in the distribution function.",GRIB2_Template_4_58_ProductDefinitionTemplate_en,14-15,octet,1,(see Note 1),
1577,(see Code table 4.240),GRIB2_Template_4_58_ProductDefinitionTemplate_en,18-19,octet,n/a,(see Code table 4.240),
1578,(see Code table 4.3),GRIB2_Template_4_58_ProductDefinitionTemplate_en,21+5Np,octet,n/a,(see Code table 4.3),
1579,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_58_ProductDefinitionTemplate_en,(24+5Np)-(25+5Np),octet,2,(see Note 2),
1580,(see Code table 4.4),GRIB2_Template_4_58_ProductDefinitionTemplate_en,27+5Np,octet,n/a,(see Code table 4.4),
1581,(see Code table 4.5),GRIB2_Template_4_58_ProductDefinitionTemplate_en,32+5Np,octet,n/a,(see Code table 4.5),
1582,(see Code table 4.5),GRIB2_Template_4_58_ProductDefinitionTemplate_en,38+5Np,octet,n/a,(see Code table 4.5),
1583,(see Code table 4.6),GRIB2_Template_4_58_ProductDefinitionTemplate_en,44+5Np,octet,n/a,(see Code table 4.6),
1584,"For more information, see Part B, GRIB Attachment III.",GRIB2_Template_4_58_ProductDefinitionTemplate_en,n/a,tbd,3,n/a,
1585,(see Code table 4.1),GRIB2_Template_4_59_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1586,(see Code table 4.2),GRIB2_Template_4_59_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1587,(see Code table 4.242),GRIB2_Template_4_59_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.242),
1588,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_59_ProductDefinitionTemplate_en,13,octet,1,(see Notes 1 and 2),was: See Note 1 under product definition template 4.55.
1589,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_59_ProductDefinitionTemplate_en,13,octet,2,(see Notes 1 and 2),
1590,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_59_ProductDefinitionTemplate_en,14,octet,1,(see Notes 1 and 2),was: See Note 1 under product definition template 4.55.
1591,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_59_ProductDefinitionTemplate_en,14,octet,2,(see Notes 1 and 2),
1592,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_59_ProductDefinitionTemplate_en,15,octet,1,(see Note 1),was: See Note 1 under product definition template 4.55.
1593,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_59_ProductDefinitionTemplate_en,16,octet,1,(see Note 1),was: See Note 1 under product definition template 4.55.
1594,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_59_ProductDefinitionTemplate_en,17,octet,1,(see Note 1),was: See Note 1 under product definition template 4.55.
1595,(see Code table 4.3),GRIB2_Template_4_59_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.3),
1596,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_59_ProductDefinitionTemplate_en,21-22,octet,3,(see Note 3),
1597,(see Code table 4.4),GRIB2_Template_4_59_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.4),
1598,(see Code table 4.5),GRIB2_Template_4_59_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1599,(see Code table 4.5),GRIB2_Template_4_59_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.5),
1600,(see Code table 4.6),GRIB2_Template_4_59_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.6),
1601,(see Code table 4.1),GRIB2_Template_4_60_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1602,(see Code table 4.2),GRIB2_Template_4_60_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1603,(see Code table 4.3),GRIB2_Template_4_60_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1604,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_60_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1605,(see Code table 4.4),GRIB2_Template_4_60_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1606,(see Code table 4.5),GRIB2_Template_4_60_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1607,(see Code table 4.5),GRIB2_Template_4_60_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1608,(see Code table 4.6),GRIB2_Template_4_60_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.6),
1609,This is the date when the reforecast is produced with a particular version of the model.,GRIB2_Template_4_60_ProductDefinitionTemplate_en,38-39,octet,2,(see Note 2),
1610,(see Code table 4.1),GRIB2_Template_4_61_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1611,(see Code table 4.2),GRIB2_Template_4_61_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1612,(see Code table 4.3),GRIB2_Template_4_61_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1613,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_61_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1614,(see Code table 4.4),GRIB2_Template_4_61_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1615,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_61_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1616,(see Code table 4.5),GRIB2_Template_4_61_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1617,(see Code table 4.5),GRIB2_Template_4_61_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1618,(see Code table 4.6),GRIB2_Template_4_61_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.6),
1619,This is the date when the reforecast is produced with a particular version of the model.,GRIB2_Template_4_61_ProductDefinitionTemplate_en,38-39,octet,3,(see Note 3),
1620,(see Code table 4.10),GRIB2_Template_4_61_ProductDefinitionTemplate_en,57,octet,n/a,(see Code table 4.10),
1621,(see Code table 4.11),GRIB2_Template_4_61_ProductDefinitionTemplate_en,58,octet,n/a,(see Code table 4.11),
1622,(see Code table 4.4),GRIB2_Template_4_61_ProductDefinitionTemplate_en,59,octet,n/a,(see Code table 4.4),
1623,(see Code table 4.4),GRIB2_Template_4_61_ProductDefinitionTemplate_en,64,octet,n/a,(see Code table 4.4),
1624,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_61_ProductDefinitionTemplate_en,65-68,octet,4,(see Notes 4 and 5),
1625,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 51, 63, 75, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_61_ProductDefinitionTemplate_en,65-68,octet,5,(see Notes 4 and 5),
1626,(see Code table 4.1),GRIB2_Template_4_62_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1627,(see Code table 4.2),GRIB2_Template_4_62_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1628,(see Code table 4.242),GRIB2_Template_4_62_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.242),
1629,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_62_ProductDefinitionTemplate_en,13,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1630,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_62_ProductDefinitionTemplate_en,13,octet,2,(see Notes 1 and 2),
1631,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_62_ProductDefinitionTemplate_en,14,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1632,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_62_ProductDefinitionTemplate_en,14,octet,2,(see Notes 1 and 2),
1633,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_62_ProductDefinitionTemplate_en,15,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1634,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_62_ProductDefinitionTemplate_en,16,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1635,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_62_ProductDefinitionTemplate_en,17,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1636,(see Code table 4.3),GRIB2_Template_4_62_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.3),
1637,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_62_ProductDefinitionTemplate_en,21-22,octet,3,(see Note 3),
1638,(see Code table 4.4),GRIB2_Template_4_62_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.4),
1639,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_62_ProductDefinitionTemplate_en,25-28,octet,4,(see Note 4),
1640,(see Code table 4.5),GRIB2_Template_4_62_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1641,(see Code table 4.5),GRIB2_Template_4_62_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.5),
1642,(see Code table 4.10),GRIB2_Template_4_62_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.10),
1643,(see Code table 4.11),GRIB2_Template_4_62_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.11),
1644,(see Code table 4.4),GRIB2_Template_4_62_ProductDefinitionTemplate_en,55,octet,n/a,(see Code table 4.4),
1645,(see Code table 4.4),GRIB2_Template_4_62_ProductDefinitionTemplate_en,60,octet,n/a,(see Code table 4.4),
1646,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_62_ProductDefinitionTemplate_en,61-64,octet,5,(see Notes 5 and 6),
1647,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 54, 66, 78, …). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_62_ProductDefinitionTemplate_en,61-64,octet,6,(see Notes 5 and 6),
1648,(see Code table 4.1),GRIB2_Template_4_63_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1649,(see Code table 4.2),GRIB2_Template_4_63_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1650,(see Code table 4.242),GRIB2_Template_4_63_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.242),
1651,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_63_ProductDefinitionTemplate_en,13,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1652,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_63_ProductDefinitionTemplate_en,13,octet,2,(see Notes 1 and 2),
1653,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_63_ProductDefinitionTemplate_en,14,octet,1,(see Notes 1 and 2),used to be: See Note 1 under product definition template 4.55.
1654,"For more information, see Part B, GRIB Attachment IV.",GRIB2_Template_4_63_ProductDefinitionTemplate_en,14,octet,2,(see Notes 1 and 2),
1655,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_63_ProductDefinitionTemplate_en,15,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1656,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_63_ProductDefinitionTemplate_en,16,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1657,"NUT is the number of used different spatial tiles, defining the cover structure of a point. As each of these tiles has one or more different tile attributes A(NAT(ITN)), (ITN=1,…,NUT), for example, (unmodified, snow-covered,…),......",GRIB2_Template_4_63_ProductDefinitionTemplate_en,17,octet,1,(see Note 1),used to be: See Note 1 under product definition template 4.55.
1658,(see Code table 4.3),GRIB2_Template_4_63_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.3),
1659,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_63_ProductDefinitionTemplate_en,21-22,octet,3,(see Note 3),
1660,(see Code table 4.4),GRIB2_Template_4_63_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.4),
1661,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_63_ProductDefinitionTemplate_en,25-28,octet,4,(see Note 4),
1662,(see Code table 4.5),GRIB2_Template_4_63_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1663,(see Code table 4.5),GRIB2_Template_4_63_ProductDefinitionTemplate_en,35,octet,n/a,(see Code table 4.5),
1664,(see Code table 4.6),GRIB2_Template_4_63_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.6),
1665,(see Code table 4.10),GRIB2_Template_4_63_ProductDefinitionTemplate_en,56,octet,n/a,(see Code table 4.10),
1666,(see Code table 4.11),GRIB2_Template_4_63_ProductDefinitionTemplate_en,57,octet,n/a,(see Code table 4.11),
1667,(see Code table 4.4),GRIB2_Template_4_63_ProductDefinitionTemplate_en,58,octet,n/a,(see Code table 4.4),
1668,(see Code table 4.4),GRIB2_Template_4_63_ProductDefinitionTemplate_en,63,octet,n/a,(see Code table 4.4),
1669,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_63_ProductDefinitionTemplate_en,64-67,octet,5,(see Notes 5 and 6),
1670,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 57, 69, 81, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_63_ProductDefinitionTemplate_en,64-67,octet,6,(see Notes 5 and 6),
1671,(see Code table 4.1),GRIB2_Template_4_67_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1672,(see Code table 4.2),GRIB2_Template_4_67_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1673,(see Code table 4.230),GRIB2_Template_4_67_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1674,"If Number of modes (N) > 1, then between x N fields with mode number l = 1, …, N define the distribution function. x is the number of variable parameters in the distribution function.",GRIB2_Template_4_67_ProductDefinitionTemplate_en,14-15,octet,1,(see Note 1),
1675,(see Code table 4.240),GRIB2_Template_4_67_ProductDefinitionTemplate_en,18-19,octet,n/a,(see Code table 4.240 and Note 2),
1676,"For more information, see Part B, GRIB Attachment III.",GRIB2_Template_4_67_ProductDefinitionTemplate_en,18-19,octet,2,(see Code table 4.240 and Note 2),
1677,(see Code table 4.3),GRIB2_Template_4_67_ProductDefinitionTemplate_en,21+5Np,octet,n/a,(see Code table 4.3),
1678,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_67_ProductDefinitionTemplate_en,(24+5Np)-(25+5Np),octet,3,(see Note 3),
1679,(see Code table 4.4),GRIB2_Template_4_67_ProductDefinitionTemplate_en,27+5Np,octet,n/a,(see Code table 4.4),
1680,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_67_ProductDefinitionTemplate_en,(28+5Np)-(31+5Np),octet,4,(see Note 4),
1681,(see Code table 4.5),GRIB2_Template_4_67_ProductDefinitionTemplate_en,32+5Np,octet,n/a,(see Code table 4.5),
1682,(see Code table 4.5),GRIB2_Template_4_67_ProductDefinitionTemplate_en,38+5Np,octet,n/a,(see Code table 4.5),
1683,(see Code table 4.10),GRIB2_Template_4_67_ProductDefinitionTemplate_en,(56+5Np),octet,n/a,(see Code table 4.10),
1684,(see Code table 4.11),GRIB2_Template_4_67_ProductDefinitionTemplate_en,(57+5Np),octet,n/a,(see Code table 4.11),
1685,(see Code table 4.4),GRIB2_Template_4_67_ProductDefinitionTemplate_en,(58+5Np),octet,n/a,(see Code table 4.4),
1686,(see Code table 4.4),GRIB2_Template_4_67_ProductDefinitionTemplate_en,(63+5Np),octet,n/a,(see Code table 4.4),
1687,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_67_ProductDefinitionTemplate_en,(64+5Np)-(67+5Np),octet,5,(see Notes 5 and 6),
1688,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment. For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_67_ProductDefinitionTemplate_en,(64+5Np)-(67+5Np),octet,6,(see Notes 5 and 6),
1689,(see Code table 4.1),GRIB2_Template_4_68_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1690,(see Code table 4.2),GRIB2_Template_4_68_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1691,(see Code table 4.230),GRIB2_Template_4_68_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1692,"If Number of modes (N) > 1, then between x N fields with mode number l = 1, …, N define the distribution function. x is the number of variable parameters in the distribution function.",GRIB2_Template_4_68_ProductDefinitionTemplate_en,14-15,octet,1,(see Note 1),
1693,(see Code table 4.240),GRIB2_Template_4_68_ProductDefinitionTemplate_en,18-19,octet,n/a,(see Code table 4.240 and Note 2),
1694,"For more information, see Part B, GRIB Attachment III.",GRIB2_Template_4_68_ProductDefinitionTemplate_en,18-19,octet,2,(see Code table 4.240 and Note 2),
1695,(see Code table 4.3),GRIB2_Template_4_68_ProductDefinitionTemplate_en,21+5Np,octet,n/a,(see Code table 4.3),
1696,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_68_ProductDefinitionTemplate_en,(24+5Np)-(25+5Np),octet,3,(see Note 3),
1697,(see Code table 4.4),GRIB2_Template_4_68_ProductDefinitionTemplate_en,27+5Np,octet,n/a,(see Code table 4.4),
1698,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_68_ProductDefinitionTemplate_en,(28+5Np)-(31+5Np),octet,4,(see Note 4),
1699,(see Code table 4.5),GRIB2_Template_4_68_ProductDefinitionTemplate_en,32+5Np,octet,n/a,(see Code table 4.5),
1700,(see Code table 4.5),GRIB2_Template_4_68_ProductDefinitionTemplate_en,38+5Np,octet,n/a,(see Code table 4.5),
1701,(see Code table 4.6),GRIB2_Template_4_68_ProductDefinitionTemplate_en,44+5Np,octet,n/a,(see Code table 4.6),
1702,(see Code table 4.10),GRIB2_Template_4_68_ProductDefinitionTemplate_en,(59+5Np),octet,n/a,(see Code table 4.10),
1703,(see Code table 4.11),GRIB2_Template_4_68_ProductDefinitionTemplate_en,(60+5Np),octet,n/a,(see Code table 4.11),
1704,(see Code table 4.4),GRIB2_Template_4_68_ProductDefinitionTemplate_en,(61+5Np),octet,n/a,(see Code table 4.4),
1705,(see Code table 4.4),GRIB2_Template_4_68_ProductDefinitionTemplate_en,(66+5Np),octet,n/a,(see Code table 4.4),
1706,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_68_ProductDefinitionTemplate_en,(67+5Np)-(70+5Np),octet,5,(see Notes 5 and 6),
1707,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment. For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_68_ProductDefinitionTemplate_en,(67+5Np)-(70+5Np),octet,6,(see Notes 5 and 6),
1708,(see Code table 4.1),GRIB2_Template_4_70_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1709,(see Code table 4.2),GRIB2_Template_4_70_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1710,"The input process identifier shall have the value of the ""analysis or forecast process identifier"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_70_ProductDefinitionTemplate_en,12-13,octet,1,(see Note 1),
1711,(see Common Code table C-11),GRIB2_Template_4_70_ProductDefinitionTemplate_en,14-15,octet,n/a,(see Common Code table C-11 and Note 2),
1712,"The input originating centre shall have the value of the ""originating centre"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_70_ProductDefinitionTemplate_en,14-15,octet,2,(see Common Code table C-11 and Note 2),
1713,This identifies which post-processing technique was used. This is defined by the originating centre.,GRIB2_Template_4_70_ProductDefinitionTemplate_en,16,octet,3,(see Note 3),
1714,(see Code table 4.3),GRIB2_Template_4_70_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.3),
1715,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_70_ProductDefinitionTemplate_en,20-21,octet,4,(see Note 4),
1716,(see Code table 4.4),GRIB2_Template_4_70_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.4),
1717,(see Code table 4.5),GRIB2_Template_4_70_ProductDefinitionTemplate_en,28,octet,n/a,(see Code table 4.5),
1718,(see Code table 4.5),GRIB2_Template_4_70_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.5),
1719,(see Code table 4.1),GRIB2_Template_4_71_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1720,(see Code table 4.2),GRIB2_Template_4_71_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1721,"The input process identifier shall have the value of the ""analysis or forecast process identifier"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_71_ProductDefinitionTemplate_en,12-13,octet,1,(see Note 1),
1722,(see Common Code table C-11),GRIB2_Template_4_71_ProductDefinitionTemplate_en,14-15,octet,n/a,(see Common Code table C-11 and Note 2),
1723,"The input originating centre shall have the value of the ""originating centre"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_71_ProductDefinitionTemplate_en,14-15,octet,2,(see Common Code table C-11 and Note 2),
1724,This identifies which post-processing technique was used. This is defined by the originating centre.,GRIB2_Template_4_71_ProductDefinitionTemplate_en,16,octet,3,(see Note 3),
1725,(see Code table 4.3),GRIB2_Template_4_71_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.3),
1726,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_71_ProductDefinitionTemplate_en,20-21,octet,4,(see Note 4),
1727,(see Code table 4.4),GRIB2_Template_4_71_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.4),
1728,(see Code table 4.5),GRIB2_Template_4_71_ProductDefinitionTemplate_en,28,octet,n/a,(see Code table 4.5),
1729,(see Code table 4.5),GRIB2_Template_4_71_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.5),
1730,(see Code table 4.6),GRIB2_Template_4_71_ProductDefinitionTemplate_en,40,octet,n/a,(see Code table 4.6),
1731,(see Code table 4.1),GRIB2_Template_4_72_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1732,(see Code table 4.2),GRIB2_Template_4_72_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1733,"The input process identifier shall have the value of the ""analysis or forecast process identifier"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_72_ProductDefinitionTemplate_en,12-13,octet,1,(see Note 1),
1734,(see Common Code table C-11),GRIB2_Template_4_72_ProductDefinitionTemplate_en,14-15,octet,n/a,(see Common Code table C-11 and Note 2),
1735,"The input originating centre shall have the value of the ""originating centre"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_72_ProductDefinitionTemplate_en,14-15,octet,2,(see Common Code table C-11 and Note 2),
1736,This identifies which post-processing technique was used. This is defined by the originating centre.,GRIB2_Template_4_72_ProductDefinitionTemplate_en,16,octet,3,(see Note 3),
1737,(see Code table 4.3),GRIB2_Template_4_72_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.3),
1738,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_72_ProductDefinitionTemplate_en,20-21,octet,4,(see Note 4),
1739,(see Code table 4.4),GRIB2_Template_4_72_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.4),
1740,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_72_ProductDefinitionTemplate_en,24-27,octet,5,(see Note 5),
1741,(see Code table 4.5),GRIB2_Template_4_72_ProductDefinitionTemplate_en,28,octet,n/a,(see Code table 4.5),
1742,(see Code table 4.5),GRIB2_Template_4_72_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.5),
1743,(see Code table 4.10),GRIB2_Template_4_72_ProductDefinitionTemplate_en,52,octet,n/a,(see Code table 4.10),
1744,(see Code table 4.11),GRIB2_Template_4_72_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.11),
1745,(see Code table 4.4),GRIB2_Template_4_72_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.4),
1746,(see Code table 4.4),GRIB2_Template_4_72_ProductDefinitionTemplate_en,59,octet,n/a,(see Code table 4.4),
1747,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_72_ProductDefinitionTemplate_en,60-63,octet,6,(see Notes 6 and 7),
1748,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 63, 65, 77, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_72_ProductDefinitionTemplate_en,60-63,octet,7,(see Notes 6 and 7),
1749,(see Code table 4.1),GRIB2_Template_4_73_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1750,(see Code table 4.2),GRIB2_Template_4_73_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1751,"The input process identifier shall have the value of the ""analysis or forecast process identifier"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_73_ProductDefinitionTemplate_en,12-13,octet,1,(see Note 1),
1752,(see Common Code table C-11),GRIB2_Template_4_73_ProductDefinitionTemplate_en,14-15,octet,n/a,(see Common Code table C-11 and Note 2),
1753,"The input originating centre shall have the value of the ""originating centre"" of the original GRIB message used as input of the post-processing.",GRIB2_Template_4_73_ProductDefinitionTemplate_en,14-15,octet,2,(see Common Code table C-11 and Note 2),
1754,This identifies which post-processing technique was used. This is defined by the originating centre.,GRIB2_Template_4_73_ProductDefinitionTemplate_en,16,octet,3,(see Note 3),
1755,(see Code table 4.3),GRIB2_Template_4_73_ProductDefinitionTemplate_en,17,octet,n/a,(see Code table 4.3),
1756,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_73_ProductDefinitionTemplate_en,20-21,octet,4,(see Note 4),
1757,(see Code table 4.4),GRIB2_Template_4_73_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.4),
1758,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_73_ProductDefinitionTemplate_en,24-27,octet,5,(see Note 5),
1759,(see Code table 4.5),GRIB2_Template_4_73_ProductDefinitionTemplate_en,28,octet,n/a,(see Code table 4.5),
1760,(see Code table 4.5),GRIB2_Template_4_73_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.5),
1761,(see Code table 4.6),GRIB2_Template_4_73_ProductDefinitionTemplate_en,40,octet,n/a,(see Code table 4.6),
1762,(see Code table 4.10),GRIB2_Template_4_73_ProductDefinitionTemplate_en,55,octet,n/a,(see Code table 4.10),
1763,(see Code table 4.11),GRIB2_Template_4_73_ProductDefinitionTemplate_en,56,octet,n/a,(see Code table 4.11),
1764,(see Code table 4.4),GRIB2_Template_4_73_ProductDefinitionTemplate_en,57,octet,n/a,(see Code table 4.4),
1765,(see Code table 4.4),GRIB2_Template_4_73_ProductDefinitionTemplate_en,62,octet,n/a,(see Code table 4.4),
1766,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_73_ProductDefinitionTemplate_en,63-66,octet,6,(see Notes 6 and 7),
1767,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 56, 68, 80, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_73_ProductDefinitionTemplate_en,63-66,octet,7,(see Notes 6 and 7),
1768,(see Code table 4.1),GRIB2_Template_4_76_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1769,(see Code table 4.2),GRIB2_Template_4_76_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1770,(see Code table 4.230),GRIB2_Template_4_76_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1771,(see Code table 4.238),GRIB2_Template_4_76_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1772,(see Code table 4.3),GRIB2_Template_4_76_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.3),
1773,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_76_ProductDefinitionTemplate_en,18-19,octet,no id,(see Note),
1774,(see Code table 4.4),GRIB2_Template_4_76_ProductDefinitionTemplate_en,21,octet,n/a,(see Code table 4.4),
1775,(see Code table 4.5),GRIB2_Template_4_76_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.5),
1776,(see Code table 4.5),GRIB2_Template_4_76_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.5),
1777,(see Code table 4.1),GRIB2_Template_4_77_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1778,(see Code table 4.2),GRIB2_Template_4_77_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1779,(see Code table 4.230),GRIB2_Template_4_77_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1780,(see Code table 4.238),GRIB2_Template_4_77_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1781,(see Code table 4.3),GRIB2_Template_4_77_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.3),
1782,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_77_ProductDefinitionTemplate_en,18-19,octet,no id,(see Note),
1783,(see Code table 4.4),GRIB2_Template_4_77_ProductDefinitionTemplate_en,21,octet,n/a,(see Code table 4.4),
1784,(see Code table 4.5),GRIB2_Template_4_77_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.5),
1785,(see Code table 4.5),GRIB2_Template_4_77_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.5),
1786,(see Code table 4.6),GRIB2_Template_4_77_ProductDefinitionTemplate_en,38,octet,n/a,(see Code table 4.6),
1787,(see Code table 4.1),GRIB2_Template_4_78_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1788,(see Code table 4.2),GRIB2_Template_4_78_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1789,(see Code table 4.230),GRIB2_Template_4_78_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1790,(see Code table 4.238),GRIB2_Template_4_78_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1791,(see Code table 4.3),GRIB2_Template_4_78_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.3),
1792,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_78_ProductDefinitionTemplate_en,18-19,octet,1,(see Note 1),
1793,(see Code table 4.4),GRIB2_Template_4_78_ProductDefinitionTemplate_en,21,octet,n/a,(see Code table 4.4),
1794,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_78_ProductDefinitionTemplate_en,22-25,octet,2,(see Note 2),
1795,(see Code table 4.5),GRIB2_Template_4_78_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.5),
1796,(see Code table 4.5),GRIB2_Template_4_78_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.5),
1797,(see Code table 4.10),GRIB2_Template_4_78_ProductDefinitionTemplate_en,50,octet,n/a,(see Code table 4.10),
1798,(see Code table 4.11),GRIB2_Template_4_78_ProductDefinitionTemplate_en,51,octet,n/a,(see Code table 4.11),
1799,(see Code table 4.4),GRIB2_Template_4_78_ProductDefinitionTemplate_en,52,octet,n/a,(see Code table 4.4),
1800,(see Code table 4.4),GRIB2_Template_4_78_ProductDefinitionTemplate_en,57,octet,n/a,(see Code table 4.4),
1801,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_78_ProductDefinitionTemplate_en,58-61,octet,3,(see Notes 3 and 4),
1802,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 51, 63, 75, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_78_ProductDefinitionTemplate_en,58-61,octet,4,(see Notes 3 and 4),
1803,(see Code table 4.1),GRIB2_Template_4_79_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1804,(see Code table 4.2),GRIB2_Template_4_79_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1805,(see Code table 4.230),GRIB2_Template_4_79_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.230),
1806,(see Code table 4.238),GRIB2_Template_4_79_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1807,(see Code table 4.3),GRIB2_Template_4_79_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.3),
1808,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_79_ProductDefinitionTemplate_en,18-19,octet,1,(see Note 1),
1809,(see Code table 4.4),GRIB2_Template_4_79_ProductDefinitionTemplate_en,21,octet,n/a,(see Code table 4.4),
1810,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_79_ProductDefinitionTemplate_en,22-25,octet,2,(see Note 2),
1811,(see Code table 4.5),GRIB2_Template_4_79_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.5),
1812,(see Code table 4.5),GRIB2_Template_4_79_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.5),
1813,(see Code table 4.6),GRIB2_Template_4_79_ProductDefinitionTemplate_en,38,octet,n/a,(see Code table 4.6),
1814,(see Code table 4.10),GRIB2_Template_4_79_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.10),
1815,(see Code table 4.11),GRIB2_Template_4_79_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.11),
1816,(see Code table 4.4),GRIB2_Template_4_79_ProductDefinitionTemplate_en,55,octet,n/a,(see Code table 4.4),
1817,(see Code table 4.4),GRIB2_Template_4_79_ProductDefinitionTemplate_en,60,octet,n/a,(see Code table 4.4),
1818,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_79_ProductDefinitionTemplate_en,61-64,octet,3,(see Notes 3 and 4),
1819,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 54, 66, 78, …). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_79_ProductDefinitionTemplate_en,61-64,octet,4,(see Notes 3 and 4),
1820,(see Code table 4.1),GRIB2_Template_4_80_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1821,(see Code table 4.2),GRIB2_Template_4_80_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1822,(see Common Code table C-14),GRIB2_Template_4_80_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Common Code table C-14),
1823,(see Code table 4.238),GRIB2_Template_4_80_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1824,(see Code table 4.91),GRIB2_Template_4_80_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.91),
1825,(see Code table 4.91),GRIB2_Template_4_80_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.91),
1826,(see Code table 4.3),GRIB2_Template_4_80_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.3),
1827,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_80_ProductDefinitionTemplate_en,40-41,octet,no id,(see Note),
1828,(see Code table 4.4),GRIB2_Template_4_80_ProductDefinitionTemplate_en,43,octet,n/a,(see Code table 4.4),
1829,(see Code table 4.5),GRIB2_Template_4_80_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.5),
1830,(see Code table 4.5),GRIB2_Template_4_80_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.5),
1831,(see Code table 4.1),GRIB2_Template_4_81_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1832,(see Code table 4.2),GRIB2_Template_4_81_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1833,(see Common Code table C-14),GRIB2_Template_4_81_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Common Code table C-14),
1834,(see Code table 4.238),GRIB2_Template_4_81_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1835,(see Code table 4.91),GRIB2_Template_4_81_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.91),
1836,(see Code table 4.91),GRIB2_Template_4_81_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.91),
1837,(see Code table 4.3),GRIB2_Template_4_81_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.3),
1838,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_81_ProductDefinitionTemplate_en,40-41,octet,no id,(see Note),
1839,(see Code table 4.4),GRIB2_Template_4_81_ProductDefinitionTemplate_en,43,octet,n/a,(see Code table 4.4),
1840,(see Code table 4.5),GRIB2_Template_4_81_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.5),
1841,(see Code table 4.5),GRIB2_Template_4_81_ProductDefinitionTemplate_en,54,octet,n/a,(see Code table 4.5),
1842,(see Code table 4.6),GRIB2_Template_4_81_ProductDefinitionTemplate_en,60,octet,n/a,(see Code table 4.6),
1843,(see Code table 4.1),GRIB2_Template_4_82_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1844,(see Code table 4.2),GRIB2_Template_4_82_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1845,(see Code table 4.233),GRIB2_Template_4_82_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1846,(see Code table 2.238),GRIB2_Template_4_82_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 2.238),
1847,(see Code table 4.91),GRIB2_Template_4_82_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.91),
1848,(see Code table 4.3),GRIB2_Template_4_82_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.3),
1849,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_82_ProductDefinitionTemplate_en,29-30,octet,1,(see Note 1),
1850,(see Code table 4.4),GRIB2_Template_4_82_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.4),
1851,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_82_ProductDefinitionTemplate_en,33-36,octet,2,(see Note 2),
1852,(see Code table 4.5),GRIB2_Template_4_82_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.5),
1853,(see Code table 4.5),GRIB2_Template_4_82_ProductDefinitionTemplate_en,43,octet,n/a,(see Code table 4.5),
1854,(see Code table 4.10),GRIB2_Template_4_82_ProductDefinitionTemplate_en,61,octet,n/a,(see Code table 4.10),
1855,(see Code table 4.11),GRIB2_Template_4_82_ProductDefinitionTemplate_en,62,octet,n/a,(see Code table 4.11),
1856,(see Code table 4.4),GRIB2_Template_4_82_ProductDefinitionTemplate_en,63,octet,n/a,(see Code table 4.4),
1857,(see Code table 4.4),GRIB2_Template_4_82_ProductDefinitionTemplate_en,68,octet,n/a,(see Code table 4.4),
1858,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_82_ProductDefinitionTemplate_en,69-72,octet,3,(see Notes 3 and 4),
1859,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 62, 74, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_82_ProductDefinitionTemplate_en,69-72,octet,4,(see Notes 3 and 4),
1860,(see Code table 4.1),GRIB2_Template_4_83_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1861,(see Code table 4.2),GRIB2_Template_4_83_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1862,(see Code table 4.3),GRIB2_Template_4_83_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1863,(see Code table 4.233),GRIB2_Template_4_83_ProductDefinitionTemplate_en,13-14,octet,n/a,(see Code table 4.233),
1864,(see Code table 4.238),GRIB2_Template_4_83_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.238),
1865,(see Code table 4.91),GRIB2_Template_4_83_ProductDefinitionTemplate_en,16,octet,n/a,(see Code table 4.91),
1866,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_83_ProductDefinitionTemplate_en,29-30,octet,1,(see Note 1),
1867,(see Code table 4.4),GRIB2_Template_4_83_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.4),
1868,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_83_ProductDefinitionTemplate_en,33-36,octet,2,(see Note 2),
1869,(see Code table 4.5),GRIB2_Template_4_83_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.5),
1870,(see Code table 4.5),GRIB2_Template_4_83_ProductDefinitionTemplate_en,43,octet,n/a,(see Code table 4.5),
1871,(see Code table 4.6),GRIB2_Template_4_83_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.6),
1872,(see Code table 4.10),GRIB2_Template_4_83_ProductDefinitionTemplate_en,64,octet,n/a,(see Code table 4.10),
1873,(see Code table 4.11),GRIB2_Template_4_83_ProductDefinitionTemplate_en,65,octet,n/a,(see Code table 4.11),
1874,(see Code table 4.4),GRIB2_Template_4_83_ProductDefinitionTemplate_en,66,octet,n/a,(see Code table 4.4),
1875,(see Code table 4.4),GRIB2_Template_4_83_ProductDefinitionTemplate_en,71,octet,n/a,(see Code table 4.4),
1876,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_83_ProductDefinitionTemplate_en,72-75,octet,3,(see Notes 3 and 4),
1877,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 62, 74, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_83_ProductDefinitionTemplate_en,72-75,octet,4,(see Notes 3 and 4),
1878,It is recommended not to use this template. Product definition template 4.84 should be used instead because it contains an additional octet to specify the type of generating process.,GRIB2_Template_4_83_ProductDefinitionTemplate_en,n/a,template,5,(see Note 5),
1879,(see Code table 4.1),GRIB2_Template_4_91_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1880,(see Code table 4.2),GRIB2_Template_4_91_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1881,(see Code table 4.3),GRIB2_Template_4_91_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1882,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_91_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1883,(see Code table 4.4),GRIB2_Template_4_91_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1884,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_91_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1885,(see Code table 4.5),GRIB2_Template_4_91_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1886,(see Code table 4.5),GRIB2_Template_4_91_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1887,(see Code table 4.91),GRIB2_Template_4_91_ProductDefinitionTemplate_en,(37+12(i-1)),octet,n/a,(see Code table 4.91),
1888,(see Code table 4.10),GRIB2_Template_4_91_ProductDefinitionTemplate_en,(60+12(NC-1)),octet,n/a,(see Code table 4.10),
1889,(see Code table 4.11),GRIB2_Template_4_91_ProductDefinitionTemplate_en,(61+12(NC-1)),octet,n/a,(see Code table 4.11),
1890,(see Code table 4.4),GRIB2_Template_4_91_ProductDefinitionTemplate_en,(62+12(NC-1)),octet,n/a,(see Code table 4.4),
1891,(see Code table 4.4),GRIB2_Template_4_91_ProductDefinitionTemplate_en,(67+12(NC-1)),octet,n/a,(see Code table 4.4),
1892,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_91_ProductDefinitionTemplate_en,(68+12(NC-1))-(71+12(NC-1)),octet,3,(see Notes 3 and 4),
1893,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 62, 74, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_91_ProductDefinitionTemplate_en,(68+12(NC-1))-(71+12(NC-1)),octet,4,(see Notes 3 and 4),
1894,(see Code table 4.1),GRIB2_Template_4_254_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1895,(see Code table 4.2),GRIB2_Template_4_254_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1896,(see Code table 4.1),GRIB2_Template_4_1000_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1897,(see Code table 4.2),GRIB2_Template_4_1000_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1898,(see Code table 4.3),GRIB2_Template_4_1000_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1899,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1000_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1900,(see Code table 4.4),GRIB2_Template_4_1000_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1901,"This template is experimental, was not validated at the time of publication and should be used only for bilateral previously agreed tests.",GRIB2_Template_4_1000_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1902,(see Code table 4.1),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1903,(see Code table 4.2),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1904,(see Code table 4.3),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1905,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1001_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1906,(see Code table 4.4),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1907,(see Code table 4.10),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,27,octet,n/a,(see Code table 4.10),
1908,(see Code table 4.11),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,28,octet,n/a,(see Code table 4.11),
1909,(see Code table 4.4),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.4),
1910,(see Code table 4.4),GRIB2_Template_4_1001_ProductDefinitionTemplate_en,34,octet,n/a,(see Code table 4.4),
1911,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_1001_ProductDefinitionTemplate_en,35-38,octet,2,(see Note 2),
1912,"This template is experimental, was not validated at the time of publication and should be used only for bilateral previously agreed tests.",GRIB2_Template_4_1001_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1913,(see Code table 4.1),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1914,(see Code table 4.2),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1915,(see Code table 4.3),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1916,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1002_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1917,(see Code table 4.4),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1918,(see Code table 4.220),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.220),
1919,(see Code table 4.221),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,24,octet,n/a,(see Code table 4.221),
1920,(see Code table 4.10),GRIB2_Template_4_1002_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.10),
1921,"This template is experimental, was not validated at the time of publication and should be used only for bilateral previously agreed tests.",GRIB2_Template_4_1002_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1922,(see Code table 4.1),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1923,(see Code table 4.2),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1924,(see Code table 4.3),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1925,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1100_ProductDefinitionTemplate_en,15-16,octet,no id,(see Note),
1926,(see Code table 4.4),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1927,(see Code table 4.5),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1928,(see Code table 4.5),GRIB2_Template_4_1100_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1929,"This template is experimental, was not validated at the time of publication and should be used only for bilateral previously agreed tests.",GRIB2_Template_4_1100_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1930,(see Code table 4.1),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1931,(see Code table 4.2),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1932,(see Code table 4.3),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1933,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_1101_ProductDefinitionTemplate_en,15-16,octet,1,(see Note 1),
1934,(see Code table 4.4),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1935,Reference = reference time (section 1) + forecast range (PDT) + offset and increments from reference time (GDT).,GRIB2_Template_4_1101_ProductDefinitionTemplate_en,19-22,octet,2,(see Note 2),
1936,(see Code table 4.5),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1937,(see Code table 4.5),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1938,(see Code table 4.10),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,39,octet,n/a,(see Code table 4.10),
1939,(see Code table 4.11),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,40,octet,n/a,(see Code table 4.11),
1940,(see Code table 4.4),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,41,octet,n/a,(see Code table 4.4),
1941,(see Code table 4.4),GRIB2_Template_4_1101_ProductDefinitionTemplate_en,46,octet,n/a,(see Code table 4.4),
1942,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_1101_ProductDefinitionTemplate_en,47-50,octet,3,(see Note 3),
1943,"This template is experimental, was not validated at the time of publication and should be used only for bilateral previously agreed tests. (Octets 35-50 are very similar to octets 43-58 of product definition template 4.8, but the meaning of some fields differs slightly.)",GRIB2_Template_4_1101_ProductDefinitionTemplate_en,n/a,template,preliminary,n/a,
1944,(see Code table 4.1),GRIB2_Template_4_84_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1945,(see Code table 4.2),GRIB2_Template_4_84_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1946,(see Code table 4.233),GRIB2_Template_4_84_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1947,(see Code table 4.238),GRIB2_Template_4_84_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.238),
1948,(see Code table 4.91),GRIB2_Template_4_84_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.91),
1949,(see Code table 4.3),GRIB2_Template_4_84_ProductDefinitionTemplate_en,26,octet,n/a,(see Code table 4.3),
1950,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_84_ProductDefinitionTemplate_en,29-30,octet,1,(see Note 1),
1951,(see Code table 4.4),GRIB2_Template_4_84_ProductDefinitionTemplate_en,32,octet,n/a,(see Code table 4.4),
1952,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_84_ProductDefinitionTemplate_en,33-36,octet,2,(see Note 2),
1953,(see Code table 4.5),GRIB2_Template_4_84_ProductDefinitionTemplate_en,37,octet,n/a,(see Code table 4.5),
1954,(see Code table 4.5),GRIB2_Template_4_84_ProductDefinitionTemplate_en,43,octet,n/a,(see Code table 4.5),
1955,(see Code table 4.6),GRIB2_Template_4_84_ProductDefinitionTemplate_en,49,octet,n/a,(see Code table 4.6),
1956,(see Code table 4.10),GRIB2_Template_4_84_ProductDefinitionTemplate_en,64,octet,n/a,(see Code table 4.10),
1957,(see Code table 4.11),GRIB2_Template_4_84_ProductDefinitionTemplate_en,65,octet,n/a,(see Code table 4.11),
1958,(see Code table 4.4),GRIB2_Template_4_84_ProductDefinitionTemplate_en,66,octet,n/a,(see Code table 4.4),
1959,(see Code table 4.4),GRIB2_Template_4_84_ProductDefinitionTemplate_en,71,octet,n/a,(see Code table 4.4),
1960,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_84_ProductDefinitionTemplate_en,72-75,octet,3,(see Notes 3 and 4),
1961,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment. For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_84_ProductDefinitionTemplate_en,72-75,octet,4,(see Notes 3 and 4),
1962,(see Code table 4.1),GRIB2_Template_4_85_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1963,(see Code table 4.2),GRIB2_Template_4_85_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1964,(see Code table 4.233),GRIB2_Template_4_85_ProductDefinitionTemplate_en,12-13,octet,n/a,(see Code table 4.233),
1965,(see Code table 4.91),GRIB2_Template_4_85_ProductDefinitionTemplate_en,14,octet,n/a,(see Code table 4.91),
1966,(see Code table 4.3),GRIB2_Template_4_85_ProductDefinitionTemplate_en,25,octet,n/a,(see Code table 4.3),
1967,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_85_ProductDefinitionTemplate_en,28-29,octet,1,(see Note 1),
1968,(see Code table 4.4),GRIB2_Template_4_85_ProductDefinitionTemplate_en,31,octet,n/a,(see Code table 4.4),
1969,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_85_ProductDefinitionTemplate_en,32-35,octet,2,(see Note 2),
1970,(see Code table 4.5),GRIB2_Template_4_85_ProductDefinitionTemplate_en,36,octet,n/a,(see Code table 4.5),
1971,(see Code table 4.5),GRIB2_Template_4_85_ProductDefinitionTemplate_en,42,octet,n/a,(see Code table 4.5),
1972,(see Code table 4.6),GRIB2_Template_4_85_ProductDefinitionTemplate_en,48,octet,n/a,(see Code table 4.6),
1973,(see Code table 4.10),GRIB2_Template_4_85_ProductDefinitionTemplate_en,63,octet,n/a,(see Code table 4.10),
1974,(see Code table 4.11),GRIB2_Template_4_85_ProductDefinitionTemplate_en,64,octet,n/a,(see Code table 4.11),
1975,(see Code table 4.4),GRIB2_Template_4_85_ProductDefinitionTemplate_en,65,octet,n/a,(see Code table 4.4),
1976,(see Code table 4.4),GRIB2_Template_4_85_ProductDefinitionTemplate_en,70,octet,n/a,(see Code table 4.4),
1977,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_85_ProductDefinitionTemplate_en,71-74,octet,3,(see Notes 3 and 4),
1978,"The reference and forecast times are successively set to their initial values plus or minus the increment, as defined by the type of time increment (one of octets 63, 75, ...). For all but the innermost (last) time range, the next inner range is then processed using these reference and forecast times as the initial reference and forecast times.",GRIB2_Template_4_85_ProductDefinitionTemplate_en,71-74,octet,4,(see Notes 3 and 4),
1979,(see Code table 4.1),GRIB2_Template_4_86_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1980,(see Code table 4.2),GRIB2_Template_4_86_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1981,(see Code table 4.3),GRIB2_Template_4_86_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1982,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_86_ProductDefinitionTemplate_en,15-16,octet,1,(1) Hours greater than 65534 will be coded as 65534.,
1983,(see Code table 4.4),GRIB2_Template_4_86_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1984,(see Code table 4.5),GRIB2_Template_4_86_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1985,(see Code table 4.5),GRIB2_Template_4_86_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1986,(see Code table 4.1),GRIB2_Template_4_87_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
1987,(see Code table 4.2),GRIB2_Template_4_87_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
1988,(see Code table 4.3),GRIB2_Template_4_87_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
1989,Hours greater than 65534 will be coded as 65534.,GRIB2_Template_4_87_ProductDefinitionTemplate_en,15-16,octet,1,(1) Hours greater than 65534 will be coded as 65534.,
1990,(see Code table 4.4),GRIB2_Template_4_87_ProductDefinitionTemplate_en,18,octet,n/a,(see Code table 4.4),
1991,The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,GRIB2_Template_4_87_ProductDefinitionTemplate_en,19-22,octet,2,(2) The reference time in section 1 and the forecast time together define the beginning of the overall time interval.,
1992,(see Code table 4.5),GRIB2_Template_4_87_ProductDefinitionTemplate_en,23,octet,n/a,(see Code table 4.5),
1993,(see Code table 4.5),GRIB2_Template_4_87_ProductDefinitionTemplate_en,29,octet,n/a,(see Code table 4.5),
1994,(see Code table 4.10),GRIB2_Template_4_87_ProductDefinitionTemplate_en,51,octet,n/a,(see Code table 4.10),
1995,(see Code table 4.11),GRIB2_Template_4_87_ProductDefinitionTemplate_en,52,octet,n/a,(see Code table 4.11),
1996,(see Code table 4.4),GRIB2_Template_4_87_ProductDefinitionTemplate_en,53,octet,n/a,(see Code table 4.4),
1997,(see Code table 4.4),GRIB2_Template_4_87_ProductDefinitionTemplate_en,58,octet,n/a,(see Code table 4.4),
1998,"An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",GRIB2_Template_4_87_ProductDefinitionTemplate_en,59-62,octet,3,"(3) An increment of zero means that the statistical processing is the result of a continuous (or near-continuous) process, not the processing of a number of discrete samples. Examples of such continuous processes are the temperatures measured by analogue maximum and minimum thermometers or thermographs, and the rainfall measured by rain gauge.",
1999,(see Code table 4.1),GRIB2_Template_4_88_ProductDefinitionTemplate_en,10,octet,n/a,(see Code table 4.1),
2000,(see Code table 4.2),GRIB2_Template_4_88_ProductDefinitionTemplate_en,11,octet,n/a,(see Code table 4.2),
2001,(see Code table 4.3),GRIB2_Template_4_88_ProductDefinitionTemplate_en,12,octet,n/a,(see Code table 4.3),
2002,(see Code table 4.5),GRIB2_Template_4_88_ProductDefinitionTemplate_en,15,octet,n/a,(see Code table 4.5),
2003,(see Code table 4.5),GRIB2_Template_4_88_ProductDefinitionTemplate_en,21,octet,n/a,(see Code table 4.5),
2004,(see Code Table 2.248),GRIB2_Template_4_88_ProductDefinitionTemplate_en,27,octet,n/a,(see Code Table 2.248),
2005,(set to missing if analysis),GRIB2_Template_4_88_ProductDefinitionTemplate_en,36,octet,n/a,"(see Code Table 4.4, set to missing if analysis)",