Ticket #248: atm20110912_000312_M02_1230427200_N0019_XXXX.cdl

File atm20110912_000312_M02_1230427200_N0019_XXXX.cdl, 7.9 KB (added by Ian Culverwell, 13 years ago)
Line 
1netcdf atm20110912_000312_M02_1230427200_N0019_XXXX {
2dimensions:
3 dim_unlim = UNLIMITED ; // (1 currently)
4 dim_char04 = 5 ;
5 dim_char20 = 21 ;
6 dim_char40 = 41 ;
7 dim_char64 = 65 ;
8 xyz = 3 ;
9 dim_lev1b = 4683 ;
10 dim_lev2a = 932 ;
11variables:
12 char occ_id(dim_unlim, dim_char40) ;
13 occ_id:long_name = "Occultation ID" ;
14 char gns_id(dim_unlim, dim_char04) ;
15 gns_id:long_name = "GNSS satellite ID" ;
16 char leo_id(dim_unlim, dim_char04) ;
17 leo_id:long_name = "LEO satellite ID" ;
18 char stn_id(dim_unlim, dim_char04) ;
19 stn_id:long_name = "Ground station ID" ;
20 double start_time(dim_unlim) ;
21 start_time:long_name = "Starting time for the occultation" ;
22 start_time:units = "seconds since 2000-01-01 00:00:00" ;
23 int year(dim_unlim) ;
24 year:long_name = "Year" ;
25 year:units = "years" ;
26 year:valid_range = 1995, 2099 ;
27 int month(dim_unlim) ;
28 month:long_name = "Month" ;
29 month:units = "months" ;
30 month:valid_range = 1, 12 ;
31 int day(dim_unlim) ;
32 day:long_name = "Day" ;
33 day:units = "days" ;
34 day:valid_range = 1, 31 ;
35 int hour(dim_unlim) ;
36 hour:long_name = "Hour" ;
37 hour:units = "hours" ;
38 hour:valid_range = 0, 23 ;
39 int minute(dim_unlim) ;
40 minute:long_name = "Minute" ;
41 minute:units = "minutes" ;
42 minute:valid_range = 0, 59 ;
43 int second(dim_unlim) ;
44 second:long_name = "Second" ;
45 second:units = "seconds" ;
46 second:valid_range = 0, 59 ;
47 int msec(dim_unlim) ;
48 msec:long_name = "Millisecond" ;
49 msec:units = "milliseconds" ;
50 msec:valid_range = 0, 999 ;
51 int pcd(dim_unlim) ;
52 pcd:long_name = "Product Confidence Data" ;
53 pcd:units = "bits" ;
54 pcd:valid_range = 0, 32767 ;
55 float overall_qual(dim_unlim) ;
56 overall_qual:long_name = "Overall quality" ;
57 overall_qual:units = "percent" ;
58 overall_qual:valid_range = 0., 100. ;
59 double time(dim_unlim) ;
60 time:long_name = "Reference time for the occultation" ;
61 time:units = "seconds since 2000-01-01 00:00:00" ;
62 float time_offset(dim_unlim) ;
63 time_offset:long_name = "Time offset for georeferencing (since start of occ.)" ;
64 time_offset:units = "seconds" ;
65 time_offset:valid_range = 0., 239.999 ;
66 float lat(dim_unlim) ;
67 lat:long_name = "Reference latitude for the occultation" ;
68 lat:units = "degrees_north" ;
69 lat:valid_range = -90., 90. ;
70 float lon(dim_unlim) ;
71 lon:long_name = "Reference longitude for the occultation" ;
72 lon:units = "degrees_east" ;
73 lon:valid_range = -180., 180. ;
74 float undulation(dim_unlim) ;
75 undulation:long_name = "Geoid undulation for the reference coordinate" ;
76 undulation:units = "metres" ;
77 undulation:valid_range = -150., 150. ;
78 double roc(dim_unlim) ;
79 roc:long_name = "Radius of curvature for the reference coordinate" ;
80 roc:units = "metres" ;
81 roc:valid_range = 6200000., 6600000. ;
82 float r_coc(dim_unlim, xyz) ;
83 r_coc:long_name = "Centre of curvature for the reference coordinate" ;
84 r_coc:units = "metres" ;
85 r_coc:valid_range = -50000., 50000. ;
86 r_coc:reference_frame = "ECF" ;
87 float azimuth(dim_unlim) ;
88 azimuth:long_name = "GNSS->LEO line of sight angle (from True North) for the reference coordinate" ;
89 azimuth:units = "degrees_T" ;
90 azimuth:valid_range = 0., 360. ;
91 float lat_tp(dim_unlim, dim_lev1b) ;
92 lat_tp:long_name = "Latitudes for tangent points" ;
93 lat_tp:units = "degrees_north" ;
94 lat_tp:valid_range = -90., 90. ;
95 float lon_tp(dim_unlim, dim_lev1b) ;
96 lon_tp:long_name = "Longitudes for tangent points" ;
97 lon_tp:units = "degrees_east" ;
98 lon_tp:valid_range = -180., 180. ;
99 float azimuth_tp(dim_unlim, dim_lev1b) ;
100 azimuth_tp:long_name = "GNSS->LEO line of sight angles (from True North) for tangent points" ;
101 azimuth_tp:units = "degrees" ;
102 azimuth_tp:valid_range = 0., 360. ;
103 double impact_L1(dim_unlim, dim_lev1b) ;
104 impact_L1:long_name = "Impact parameter (L1)" ;
105 impact_L1:units = "metres" ;
106 impact_L1:valid_range = 6200000., 6600000. ;
107 double impact_L2(dim_unlim, dim_lev1b) ;
108 impact_L2:long_name = "Impact parameter (L2)" ;
109 impact_L2:units = "metres" ;
110 impact_L2:valid_range = 6200000., 6600000. ;
111 double impact(dim_unlim, dim_lev1b) ;
112 impact:long_name = "Impact parameter (generic)" ;
113 impact:units = "metres" ;
114 impact:valid_range = 6200000., 6600000. ;
115 double impact_opt(dim_unlim, dim_lev1b) ;
116 impact_opt:long_name = "Impact parameter (optimised)" ;
117 impact_opt:units = "metres" ;
118 impact_opt:valid_range = 6200000., 6600000. ;
119 double bangle_L1(dim_unlim, dim_lev1b) ;
120 bangle_L1:long_name = "Bending angle (L1)" ;
121 bangle_L1:units = "radians" ;
122 bangle_L1:valid_range = -0.001, 0.1 ;
123 double bangle_L2(dim_unlim, dim_lev1b) ;
124 bangle_L2:long_name = "Bending angle (L2)" ;
125 bangle_L2:units = "radians" ;
126 bangle_L2:valid_range = -0.001, 0.1 ;
127 double bangle(dim_unlim, dim_lev1b) ;
128 bangle:long_name = "Bending angle (generic)" ;
129 bangle:units = "radians" ;
130 bangle:valid_range = -0.001, 0.1 ;
131 double bangle_opt(dim_unlim, dim_lev1b) ;
132 bangle_opt:long_name = "Bending angle (optimised)" ;
133 bangle_opt:units = "radians" ;
134 bangle_opt:valid_range = -0.001, 0.1 ;
135 double bangle_L1_sigma(dim_unlim, dim_lev1b) ;
136 bangle_L1_sigma:long_name = "Estimated error (1-sigma) for bending angles (L1)" ;
137 bangle_L1_sigma:units = "radians" ;
138 bangle_L1_sigma:valid_range = 0., 0.01 ;
139 double bangle_L2_sigma(dim_unlim, dim_lev1b) ;
140 bangle_L2_sigma:long_name = "Estimated error (1-sigma) for bending angles (L2)" ;
141 bangle_L2_sigma:units = "radians" ;
142 bangle_L2_sigma:valid_range = 0., 0.01 ;
143 double bangle_sigma(dim_unlim, dim_lev1b) ;
144 bangle_sigma:long_name = "Estimated error (1-sigma) for bending angles (generic)" ;
145 bangle_sigma:units = "radians" ;
146 bangle_sigma:valid_range = 0., 0.01 ;
147 double bangle_opt_sigma(dim_unlim, dim_lev1b) ;
148 bangle_opt_sigma:long_name = "Estimated error (1-sigma) for bending angles (optimised)" ;
149 bangle_opt_sigma:units = "radians" ;
150 bangle_opt_sigma:valid_range = 0., 0.01 ;
151 float bangle_L1_qual(dim_unlim, dim_lev1b) ;
152 bangle_L1_qual:long_name = "Bending angle quality value (L1)" ;
153 bangle_L1_qual:units = "percent" ;
154 bangle_L1_qual:valid_range = 0., 100. ;
155 float bangle_L2_qual(dim_unlim, dim_lev1b) ;
156 bangle_L2_qual:long_name = "Bending angle quality value (L2)" ;
157 bangle_L2_qual:units = "percent" ;
158 bangle_L2_qual:valid_range = 0., 100. ;
159 float bangle_qual(dim_unlim, dim_lev1b) ;
160 bangle_qual:long_name = "Bending angle quality value (generic)" ;
161 bangle_qual:units = "percent" ;
162 bangle_qual:valid_range = 0., 100. ;
163 float bangle_opt_qual(dim_unlim, dim_lev1b) ;
164 bangle_opt_qual:long_name = "Bending angle quality value (optimised)" ;
165 bangle_opt_qual:units = "percent" ;
166 bangle_opt_qual:valid_range = 0., 100. ;
167 float alt_refrac(dim_unlim, dim_lev2a) ;
168 alt_refrac:long_name = "Geometric height above geoid for refractivity" ;
169 alt_refrac:units = "metres" ;
170 alt_refrac:valid_range = -1000., 100000. ;
171 float geop_refrac(dim_unlim, dim_lev2a) ;
172 geop_refrac:long_name = "Geopotential height above geoid for refractivity" ;
173 geop_refrac:units = "geopotential metres" ;
174 geop_refrac:valid_range = -1000., 100000. ;
175 double refrac(dim_unlim, dim_lev2a) ;
176 refrac:long_name = "Refractivity" ;
177 refrac:units = "N-units" ;
178 refrac:valid_range = 0., 500. ;
179 double refrac_sigma(dim_unlim, dim_lev2a) ;
180 refrac_sigma:long_name = "Estimated error (1-sigma) for refractivity" ;
181 refrac_sigma:units = "N-units" ;
182 refrac_sigma:valid_range = 0., 50. ;
183 float refrac_qual(dim_unlim, dim_lev2a) ;
184 refrac_qual:long_name = "Quality value for refractivity" ;
185 refrac_qual:units = "percent" ;
186 refrac_qual:valid_range = 0., 100. ;
187
188// global attributes:
189 :title = "ROPP Radio Occultation data" ;
190 :institution = "DMI GRAS SAF; Copyright 2009(C) EUMETSAT" ;
191 :Conventions = "CF-1.0" ;
192 :format_version = "ROPP I/O V1.1" ;
193 :processing_centre = "DMI GRAS SAF; Copyright 2009(C) EUMETSAT" ;
194 :processing_date = "2011-09-12 01:16:32.679" ;
195 :pod_method = "UNDIFFERENCED Dynamical (SST)" ;
196 :phase_method = "ND" ;
197 :bangle_method = "GO" ;
198 :refrac_method = "ABEL" ;
199 :meteo_method = "1DV" ;
200 :thin_method = "UNKNOWN" ;
201 :software_version = "UNKNOWN" ;
202 :_FillValue = -99999000. ;
203}