Parameters
OceanRAINW Water Cycle Components. 73 parameters in temporally continuous 1minresolution. The data source discriminates between measured (NAV, MET, ODM), observed (SYN) and calculated parameters (calculated).
# Parameter description OceanRAINW  NAME  Error value  Units  Data source  Format, Algorithm, Metadata, Citation 
01 counter  COUNT    [ ]  calculated 

02 date UT  DATE    UTC  NAV  DDMOYYYY 
03 time UT  TIME    UTC  NAV  HHMM 
04 date local  LDATE    LT  calculated  DDMOYYYY 
05 time local  LTIME    LT  calculated  HHMM 
06 minute of day UT  MDAY    [ ]  calculated  value range 1 to 1440 
07 Julian date  JLD    days  calculated  since 01JAN1994, 00 UTC 
08 Unix epoch timestamp  USEC    s  calculated  seconds since 01JAN1970, 00 UTC 
09 latitude  LAT  99.9999  deg  NAV  degree north from 90 to 90° 
10 longitude  LON  999.9999  deg  NAV  degree east from 180° to 180° 
11 heading  HEAD  99.9  deg  NAV  0° to 360° 
12 air temperature  TAIR  99.9  °C  MET 

13 dewpoint temperature  TDEW  99.9  °C  calculated 

14 bulk water temperature  WATER  99.9  °C  MET 

15 sea surface temperature  SST  99.9  °C  calculated  Donlon et al.^{91} 
16 relative humidity  RH  99  %  MET 

17 specific humidity at sea surface  QS  9.9  g kg^{1}  calculated  Murphy and Coop^{90} 
18 specific air humidity  QA  9.9  g kg^{1}  calculated  Murphy and Coop^{90} 
19 air pressure  MSLP  999.9  hPa  MET  at instrument height 
20 relative wind speed  UREL  9.9  m s^{1}  MET 

21 relative wind direction  RELDIR  99  deg  MET 

22 true wind speed  UTRUE  9.9  m s^{1}  MET 

23 true wind direction  TRUEDIR  99  deg  MET 

24 wind speed in 10 m height  U10  9.9  m s^{1}  calculated  Tennekes^{89} 
25 global radiation  GLORAD  999.9  W m^{2}  MET 

26 visibility  VIS  9999  m  MET 

27 ceiling  CEIL  99999  m  MET 

28 max gusts  UMAX  99.9  m s^{1}  MET 

29 salinity  SAL  99.99  PSU  MET 

30 drag transfer coefficient  CD  99.9  [ ]  calculated  Fairall et al.^{88} 
31 latent heat transfer coefficient  CE  99.9  [ ]  calculated  Fairall et al.^{88} 
32 sensible heat transfer coefficient  CH  99.9  [ ]  calculated  Fairall et al.^{88} 
33 warm layer flag  WLF  3  [ ]  calculated  Fairall et al.^{88} 
34 sensible heat flux  SHF  9999  W m^{2}  calculated  Fairall et al.^{88} 
35 latent heat flux  LHF  9999  W m^{2}  calculated  Fairall et al.^{88} 
36 evaporation E  EVAP  999  mm h^{1}  calculated  Fairall et al.^{88} 
37 freshwater budget EP  BUDG  999  mm h^{1}  calculated  difference of E and P 
38 rain gauge precipitation rate  GAUGE  99.99  mm h^{1}  MET 

39 ww present weather code  WW  99  [ ]  SYN  human weather type observation 
40 W1 past weather code  W1  99  [ ]  SYN  human weather type observation 
41 W2 past weather code  W2  99  [ ]  SYN  human weather type observation 
42 99th percentile particle diameter  PERC  999.99  mm  calculated 

43 theoretical rain rate disdrometer  TRAIN  99.99  mm h^{1}  calculated  #43 or #44 is identical to #52 
44 theoretical snow rate disdrometer  TSNOW  99.99  mm h^{1}  calculated  #43 or #44 is identical to #52 
45 probability for rain  PRAIN  999.99  [ ]  calculated  value range 0.00 to 1.00 
46 probability for snow  PSNOW  999.99  [ ]  calculated  value range 0.00 to 1.00 
47 probability for mixedphase  PMIX  999.99  [ ]  calculated  value range 0.00 to 1.00 
48 precipitation flag1  FLAG1  9  [ ]  calculated  precipitation type and status 
49 precipitation flag2  FLAG2  99  [ ]  calculated  precipitation classification 
50 number of bins  BINS  99  [ ]  ODM  number of bins 
51 number of particles  NUMS  9999  [ ]  ODM  number of particles 
52 ODM precipitation rate R  PRECIP  99.99  mm h^{1}  calculated  according to #4248 
53 Rayleigh reflectivity Z  REFL  99.99  mm^{6} m^{3}  calculated 

54 10 log R  DBR  99.99  dBR  calculated 

55 10 log Z  DBZ  99.99  dBZ  calculated 

56 relative wind speed  ODMREL  88.88  m s^{1}  ODM  flag1= 4 or 5; missval= 99.99 
57 reference voltage  UREF  88.88  V  ODM  flag1= 4 or 5; missval= 99.99 
58 convective=1 /stratiform=0 index  CONV  9  [ ]  calculated  Thurai et al.^{82}, No* < 1.65 * Dm + 6.35 
59 Intercept of normalized gamma DSD  No*  999.00  mm^{1 }m^{3}  calculated  Testud et al.^{82} 
60 massweighted mean diameter of normalized gamma DSD  Dm  999.00  mm  calculated  Testud et al.^{82} 
61 shape parameter of normalized gamma DSD  mu  999.00  [ ]  calculated  Testud et al.^{82} 
62 median volume diameter of normalized gamma DSD  D0  999.00  mm  calculated  Testud et al.^{82} 
63 DSD mass spectrum standard deviation  sigmam  999.00  mm  calculated  Williams et al.^{84} 
64 Intercept parameter of a standard gamma DSD  N0  999.00  mm^{1 }m^{3}  calculated  Tokay and Short^{83} 
65 Tmatrix simulation of Cband reflectivity from DSD  DBZ_C  999.00  dBZ  calculated  pyTmatrix

66 Tmatrix simulation of Cband differential reflectivity from DSD  ZDR_C  999.00  dB  calculated  pyTmatrix 
67 Tmatrix simulation of Cband specific differential phase from DSD  KDP_C  999.00  deg km^{1}  calculated  pyTmatrix 
68 Tmatrix simulation of Kuband reflectivity from DSD  DBZ_Ku  999.00  dBZ  calculated  pyTmatrix 
69 Tmatrix simulation of Kuband differential reflectivity from DSD  ZDR_Ku  999.00  dB  calculated  pyTmatrix 
70 Tmatrix simulation of Kuband specific differential phase from DSD  KDP_Ku  999.00  deg/km  calculated  pyTmatrix 
71 Tmatrix simulation of Kaband reflectivity from DSD  DBZ_Ka  999.00  dBZ  calculated  pyTmatrix 
72 Tmatrix simulation of Kaband differential reflectivity from DSD  ZDR_Ka  999.00  dB  calculated  pyTmatrix 
73 Tmatrix simulation of Kaband specific differential phase from DSD  KDP_Ka  999.00  deg km^{1}  calculated  pyTmatrix 
OceanRAINM number concentration PSDs (m3 mm1) and OceanRAINR raw PSDs along with and precipitation microphysics and radarrelated parameters. Both files contain 37 parameters in temporally discontinuous 1minresolution for precipitation events only. The data source discriminates between measured (NAV, MET, ODM), observed (SYN) and calculated parameters (calculated). Note, that column 38165 store the 128 values for the PSDs. The first lines in the OceanRAINM files contain a header providing the logscale 128 bin size centers in mm.
# Parameter description OceanRAINM and OceanRAINR  NAME  Error value  Units  Data source  Format, Algorithm, Metadata, Citation 
01 counter  COUNT    [ ]  calculated 

02 date UT  DATE    UTC  NAV  DDMOYYYY 
03 time UT  TIME    UTC  NAV  HHMM 
04 minute of day UT  MDAY    [ ]  calculated  value range 1 to 1440 
05 Julian date  JLD    days  calculated  since 01JAN1994, 00 UTC 
06 Unix epoch timestamp  USEC    s  calculated  seconds since 01JAN1970, 00 UTC 
07 latitude  LAT  99.9999  deg  NAV  degree north from 90 to 90° 
08 longitude  LON  999.9999  deg  NAV  degree east from 180° to 180° 
09 probability for rain  PRAIN  999.99  [ ]  calculated  value range 0.00 to 1.00 
10 probability for snow  PSNOW  999.99  [ ]  calculated  value range 0.00 to 1.00 
11 probability for mixedphase  PMIX  999.99  [ ]  calculated  value range 0.00 to 1.00 
12 precipitation flag1  FLAG1  9  [ ]  calculated  precipitation type and status 
13 precipitation flag2  FLAG2  99  [ ]  calculated  precipitation classification 
14 number of bins  BINS  99  [ ]  ODM  number of bins 
15 number of particles  NUMS  9999  [ ]  ODM  number of particles 
16 ODM precipitation rate R  PRECIP  99.99  mm h^{1}  calculated  according to #4248 
17 Rayleigh reflectivity Z  REFL  99.99  mm^{6} m^{3}  calculated 

18 10 log R  DBR  99.99  dBR  calculated 

19 10 log Z  DBZ  99.99  dBZ  calculated 

20 relative wind speed  ODMREL  88.88  m s^{1}  ODM  flag1= 4 or 5; missval= 99.99 
21 reference voltage  UREF  88.88  V  ODM  flag1= 4 or 5; missval= 99.99 
22 convective=1 /stratiform=0 index  CONV  9  [ ]  calculated  Thurai et al.^{82}, No* < 1.65 * Dm + 6.35 
23 Intercept of normalized gamma DSD  No*  999.00  mm^{1 }m^{3}  calculated  Testud et al.^{82} 
24 massweighted mean diameter of normalized gamma DSD  Dm  999.00  mm  calculated  Testud et al.^{82} 
25 shape parameter of normalized gamma DSD  mu  999.00  [ ]  calculated  Testud et al.^{82} 
26 median volume diameter of normalized gamma DSD  D0  999.00  mm  calculated  Testud et al.^{82} 
27 DSD mass spectrum standard deviation  sigmam  999.00  mm  calculated  Williams et al.^{84} 
28 Intercept parameter of a standard gamma DSD  N0  999.00  mm^{1 }m^{3}  calculated  Tokay and Short^{83} 
29 Tmatrix simulation of Cband reflectivity from DSD  DBZ_C  999.00  dBZ  calculated  pyTmatrix

30 Tmatrix simulation of Cband differential reflectivity from DSD  ZDR_C  999.00  dB  calculated  pyTmatrix 
31 Tmatrix simulation of Cband specific differential phase from DSD  KDP_C  999.00  deg km^{1}  calculated  pyTmatrix 
32 Tmatrix simulation of Kuband reflectivity from DSD  DBZ_Ku  999.00  dBZ  calculated  pyTmatrix 
33 Tmatrix simulation of Kuband differential reflectivity from DSD  ZDR_Ku  999.00  dB  calculated  pyTmatrix 
34 Tmatrix simulation of Kuband specific differential phase from DSD  KDP_Ku  999.00  deg/km  calculated  pyTmatrix 
35 Tmatrix simulation of Kaband reflectivity from DSD  DBZ_Ka  999.00  dBZ  calculated  pyTmatrix 
36 Tmatrix simulation of Kaband differential reflectivity from DSD  ZDR_Ka  999.00  dB  calculated  pyTmatrix 
37 Tmatrix simulation of Kaband specific differential phase from DSD  KDP_Ka  999.00  deg km^{1}  calculated  pyTmatrix 
38165: 128times number concentration PSD  PSD    m^{3} mm^{1}  calculated  OceanRAINM files 
38165: 128times raw particle count PSD  RAW    n  ODM  OceanRAINR files 