| Octet No. | Contents |
|---|---|
| 10 |
Parameter category (see Code table 4.1) |
| 11 |
Parameter number (see Code table 4.2) |
| 12 |
Type of generating process (seeCode table 4.3) |
| 13 |
Background generating process identifier (defined by originating centre) |
| 14 |
Analysis or forecast generating process identifier (defined by originating centre) |
| 15-16 |
Hours of observational data cut-off after reference time (see Note 1) |
| 17 |
Minutes of observational data cut-off after reference time |
| 18 |
Indicator of unit of time range (see Code table 4.4) |
| 19-22 |
Forecast time in units defined by octet 18 |
| 23 |
Type of first fixed surface (see Code table 4.5) |
| 24 |
Scale factor of first fixed surface |
| 25-28 |
Scaled value of first fixed surface |
| 29 |
Type of second fixed surfaced (see Code table 4.5) |
| 30 |
Scale factor of second fixed surface |
| 31-34 |
Scaled value of second fixed surfaces |
| 35-36 |
Year of end of overall time interval |
| 37 |
Month of end of overall time interval |
| 38 |
Day of end of overall time interval |
| 39 |
Hour of end of overall time interval |
| 40 |
Minute of end of overall time interval |
| 41 |
Second of end of overall time interval |
| 42 |
Number of time range |
| The next six entries are repeated NT times nt=1:NT |
|
| 47+(nt-1)*12 |
Type of statistical processing |
| 48+(nt-1)*12 |
Type of time increment |
| 49+(nt-1)*12 |
Indicator of unit for time range |
| (50+(nt-1)*12)-(53+(nt-1)*12) |
Length of time rane |
| 54+(nt-1)*12 |
Indicator of unit for time increment (see Code table 4.4) |
| (55+(nt-1)*12)-(58+(nt-1)*12) |
Time increment |
| End of sequence repeated NT times |
|
| 59+(NT-1)*12 |
Type of ensemble forecast (see Code table 4.6) |
| (60+(NT-1)*12)-(63+(NT-1)*12) |
Number of forecasts in ensemble |
| 64+(NT-1)*12 |
Forecast probability number |
| 65+(NT-1)*12 |
Total number of forecast probabilities |
| 66+(NT-1)*12 |
Probability type (see Code table 4.9) |
| 67+(NT-1)*12 |
Scale factor of lower limit |
| (68+(NT-1)*12)-(71+(NT-1)*12) |
Scaled value of lower limit |
| 72+(NT-1)*12 |
Scale factor of lower limit |
| (73+(NT-1)*12)-(76+(NT-1)*12) |
Scaled value of lower limit |
| 77+(NT-1)*12 |
Type of reference dataset (see Code table 4.100) |
| 78+(NT-1)*12 |
Type of relation to reference dataset (see Code table 4.101) |
| 79+(NT-1)*12 |
Number of additional parameter for reference period - NA (see Note 2) |
| The next two entries are repeated NA times na=0:NA - can be 0 times if no parameters are necessary |
|
| 80+(NT-1)*12+(na-1)*5 |
Scale factor of additional parameter for reference period |
| (81+(NT-1)*12+(na-1)*5)-(84+(NT-1)*12+(na-1)*5) |
Scaled value of additional parameter for reference period |
| End of repeated NA sequence |
|
| (80+(NT-1)*12+NA*5)-(81+(NT-1)*12+NA*5) |
Year of start of reference period |
| 82+(NT-1)*12+NA*5 |
Month of start of reference period |
| 83+(NT-1)*12+NA*5 |
Day of start of reference period |
| 82+(NT-1)*12+NA*5 |
Hour of start of reference period |
| 82+(NT-1)*12+NA*5 |
Minute of start of reference period |
| 82+(NT-1)*12+NA*5 |
Second of start of reference period |
| (87+(NT-1)*12+NA*5)-(90+ (NT-1)*12+NA*5) |
Sample size of reference period |
| 91+(NT-1)*12+NA*5 |
Number of reference period time range - NR (see Note 3) |
| The next three entries are repeated NR times nr=1:NR |
|
| 92+(NT-1)*12+NA*5+(nr-1)*6 |
Type of statistical processing for time range for reference period
(see Code table 4.102) |
| 93+(NT-1)*12+NA*5+(nr-1)*6 |
Indicator of unit of time range for reference period (see Code table 4.4) |
| (94+(NT-1)*12+NA*5+(nr-1)*6)-(97+(NT-1)*12+NA*5+(nr-1)*6) |
Length of time range for reference period |
| End of repeated NR sequence |
|
| 98+(NT-1)*12+NA*5+(nr-1)*6 |
Spatial vicinity type (see Code table 4.103) |
| 99+(NT-1)*12+NA*5+(nr-1)*6 |
Number of spatial vicinity values (NSV) |
| The next entry repeats nsv=1:NSV times |
|
| (100+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6)-(103+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6) |
Spatial vicinity value |
| 104+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6 |
Spatial vicinity processing (see Code table 4.104) |
| (105+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6)-(106+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6) |
Spatial vicinity processing argument 1 (e.g., if previous is quantile) |
| (107+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6)-(108+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6) |
Spatial vicinity processing argument 2 (e.g., if previous is quantile) |
| 109+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6 |
Spatial vicinity missing data (see Code table 4.105) |
| 110+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6 |
Temporal vicinity processing (see Code table 4.104) |
| 111+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6 |
Temporal vicinity unit (see Code table 4.4) |
| (112+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6)-(115+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6) |
Temporal vicinity towards past |
| (116+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6)-(119+(nsv-1)*4+(NT-1)*12+NA*5+(nr-1)*6) |
Temporal vicinity towards future |
| Notes: (1) Hours greater than 65534 will be coded as 65534 (2) See notes under Code table 4.101 for details. (3) 'Number of reference period time range' is used to define an outer and, if needed, one or more inner loops. The outer loop gives the overall date and time range of the reference period and the inner loop(s) specify a sub-period over all time instances defined in the outer loop in terms of the time unit defined by 'Reference period indicator of unit for time increment'. Typically the outer loop defines a number of years and inner loop defines the date and time range within each year: for instance 'every January for 30 years'. |