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Q2015005015300.L1A_SCI.cdl
363 lines (356 loc) · 14.7 KB
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Q2015005015300.L1A_SCI.cdl
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// Contributed by Jessica Hausman <Jessica.K.Hausman AT jpl DOT nasa DOT gov>
netcdf Q2015005015300 {
// global attributes:
:Product\ Name = "Q2015005015300.L1A_SCI" ;
:Title = "Aquarius Level 1A Data" ;
:Data\ Center = "NASA/GSFC Aquarius Data Processing Center" ;
:Mission = "SAC-D Aquarius" ;
:Mission\ Characteristics = "Nominal orbit: inclination=98.0 (Sun-synchronous); node=6PM (ascending); eccentricity=<0.002; altitude=657 km; ground speed=6.825 km/sec" ;
:Sensor = "Aquarius" ;
:Data\ Type = "SCI" ;
:Software\ ID = "1.05" ;
:Processing\ Time = "2015006124942000" ;
:Input\ Files = "Q20150105_095106_T20150105_000500_20150105_020259.AQ_L1A,Q20150105_095106_T20150105_014301_20150105_034058.AQ_L1A,Q20150105_095106_T20150105_032100_20150105_051859.AQ_L1A,Q20150105_043731_T20150105_000500_20150105_020259.AQ_L1A,Q20150105_043731_T20150105_014301_20150105_034058.AQ_L1A,Q20150105_043731_T20150105_032100_20150105_043731.AQ_L1A" ;
:Processing\ Control = "l1amerge_aquarius l1amerge.inputs /data7/sdpsoper/vdc/vpu6/workbuf" ;
:Number\ of\ Beams = 3 ;
:Radiometer\ Polarizations = 4 ;
:Radiometer\ Subcycles = 12 ;
:Radiometer\ Signals\ per\ Subcycle = 5 ;
:Radiometer\ Long\ Accumulations = 8 ;
:Scatterometer\ Polarizations = 6 ;
:Scatterometer\ Subcycles = 8 ;
:Start\ Time = "2015005014301309" ;
:Start\ Year = 2015 ;
:Start\ Day = 5 ;
:Start\ Millisec = 6181309 ;
:End\ Year = 2015 ;
:End\ Day = 5 ;
:End\ Millisec = 13258911 ;
:Orbit\ Start\ Time = "2015005015300000" ;
:Orbit\ Stop\ Time = "2015005033100000" ;
:Number\ of\ Orbit\ Vectors = 120 ;
:Number\ of\ Attitude\ Samples = 887 ;
:Number\ of\ Blocks = 4916 ;
:Number\ of\ RAD\ Frames = 1229 ;
:Number\ of\ ATC\ Frames = 1229 ;
:End\ Time = "2015005034058911" ;
:Product\ Center\ Time = "2015005024200110" ;
:Node\ Crossing\ Time = "2015005021730000" ;
:Orbit\ Number = 19195 ;
:Cycle\ Number = 176 ;
:Pass\ Number = 61 ;
:Orbit\ Node\ Longitude = -123.1856f ;
:Radiometer\ LUTs\ Block\ Count = 4916, 0, 0, 0, 0, 0, 0, 0 ;
:Percent\ Non-default\ Radiometer\ LUTs = 0.f ;
:Missing\ Blocks = 0 ;
group: Block\ Attributes {
dimensions:
phony_dim_0 = 5200 ;
variables:
int atc_frmnum(phony_dim_0) ;
atc_frmnum:long_name = "ATC Frame Number" ;
atc_frmnum:valid_min = 0 ;
atc_frmnum:valid_max = 0 ;
ubyte atc_subframe(phony_dim_0) ;
atc_subframe:long_name = "ATC Sub-Frame Number" ;
atc_subframe:valid_min = 0UB ;
atc_subframe:valid_max = 0UB ;
double blk_sec(phony_dim_0) ;
blk_sec:long_name = "Block time, seconds of day" ;
blk_sec:valid_min = 0. ;
blk_sec:valid_max = 0. ;
blk_sec:units = "seconds" ;
int rad_frmnum(phony_dim_0) ;
rad_frmnum:long_name = "Radiometer Frame Number" ;
rad_frmnum:valid_min = 0 ;
rad_frmnum:valid_max = 0 ;
ubyte rad_subframe(phony_dim_0) ;
rad_subframe:long_name = "Radiometer Sub-Frame Number" ;
rad_subframe:valid_max = 0UB ;
rad_subframe:valid_min = 0UB ;
} // group Block\ Attributes
group: Converted\ Telemetry {
dimensions:
phony_dim_1 = 5200 ;
phony_dim_2 = 5 ;
phony_dim_3 = 1300 ;
phony_dim_4 = 17 ;
phony_dim_5 = 4 ;
phony_dim_6 = 7 ;
phony_dim_7 = 12 ;
phony_dim_8 = 13 ;
phony_dim_9 = 38 ;
phony_dim_10 = 14 ;
phony_dim_11 = 8 ;
phony_dim_12 = 21 ;
phony_dim_13 = 23 ;
phony_dim_14 = 30 ;
variables:
float apdu_analog_tlm(phony_dim_1, phony_dim_2) ;
apdu_analog_tlm:long_name = "Aquarius Power Distribution Unit analog telemetry" ;
apdu_analog_tlm:valid_min = 0.f ;
apdu_analog_tlm:valid_max = 0.f ;
float atc_omt1_analog_tlm(phony_dim_3, phony_dim_4) ;
atc_omt1_analog_tlm:long_name = "ATC OMT1 analog telemetry" ;
atc_omt1_analog_tlm:valid_min = 0.f ;
atc_omt1_analog_tlm:valid_max = 0.f ;
ubyte atc_omt1_discrete_tlm(phony_dim_3, phony_dim_4) ;
atc_omt1_discrete_tlm:long_name = "ATC OMT1 discrete telemetry" ;
atc_omt1_discrete_tlm:valid_min = 0UB ;
atc_omt1_discrete_tlm:valid_max = 0UB ;
float atc_omt2_analog_tlm(phony_dim_3, phony_dim_4) ;
atc_omt2_analog_tlm:long_name = "ATC OMT2 analog telemetry" ;
atc_omt2_analog_tlm:valid_min = 0.f ;
atc_omt2_analog_tlm:valid_max = 0.f ;
ubyte atc_omt2_discrete_tlm(phony_dim_3, phony_dim_4) ;
atc_omt2_discrete_tlm:long_name = "ATC OMT2 discrete telemetry" ;
atc_omt2_discrete_tlm:valid_min = 0UB ;
atc_omt2_discrete_tlm:valid_max = 0UB ;
float atc_omt3_analog_tlm(phony_dim_3, phony_dim_4) ;
atc_omt3_analog_tlm:long_name = "ATC OMT3 analog telemetry" ;
atc_omt3_analog_tlm:valid_min = 0.f ;
atc_omt3_analog_tlm:valid_max = 0.f ;
ubyte atc_omt3_discrete_tlm(phony_dim_3, phony_dim_4) ;
atc_omt3_discrete_tlm:long_name = "ATC OMT3 discrete telemetry" ;
atc_omt3_discrete_tlm:valid_min = 0UB ;
atc_omt3_discrete_tlm:valid_max = 0UB ;
float atc_rbe_analog_tlm(phony_dim_3, phony_dim_4) ;
atc_rbe_analog_tlm:long_name = "ATC RBE analog telemetry" ;
atc_rbe_analog_tlm:valid_min = 0.f ;
atc_rbe_analog_tlm:valid_max = 0.f ;
ubyte atc_rbe_discrete_tlm(phony_dim_3, phony_dim_4) ;
atc_rbe_discrete_tlm:long_name = "ATC RBE discrete telemetry" ;
atc_rbe_discrete_tlm:valid_min = 0UB ;
atc_rbe_discrete_tlm:valid_max = 0UB ;
float deploy_analog_tlm(phony_dim_1, phony_dim_5) ;
deploy_analog_tlm:long_name = "Antenna deployment analog telemetry" ;
deploy_analog_tlm:valid_min = 0.f ;
deploy_analog_tlm:valid_max = 0.f ;
int deploy_discrete_tlm(phony_dim_1, phony_dim_6) ;
deploy_discrete_tlm:long_name = "Antenna deployment discrete telemetry" ;
deploy_discrete_tlm:valid_min = 0 ;
deploy_discrete_tlm:valid_max = 0 ;
float dpu_analog_tlm(phony_dim_3, phony_dim_7) ;
dpu_analog_tlm:long_name = "DPU analog telemetry" ;
dpu_analog_tlm:valid_min = 0.f ;
dpu_analog_tlm:valid_max = 0.f ;
ubyte dpu_status_tlm(phony_dim_3, phony_dim_5, phony_dim_8) ;
dpu_status_tlm:long_name = "DPU discrete telemetry" ;
dpu_status_tlm:valid_min = 0UB ;
dpu_status_tlm:valid_max = 0UB ;
float ext_temp_analog_tlm(phony_dim_1, phony_dim_9) ;
ext_temp_analog_tlm:long_name = "External Temperature Sensor analog telemetry" ;
ext_temp_analog_tlm:valid_min = 0.f ;
ext_temp_analog_tlm:valid_max = 0.f ;
float icds_analog_tlm(phony_dim_1, phony_dim_10) ;
icds_analog_tlm:long_name = "ICDS analog telemetry" ;
icds_analog_tlm:valid_max = 0.f ;
icds_analog_tlm:valid_min = 0.f ;
int icds_discrete_tlm(phony_dim_1, phony_dim_11) ;
icds_discrete_tlm:long_name = "ICDS discrete telemetry" ;
icds_discrete_tlm:valid_min = 0 ;
icds_discrete_tlm:valid_max = 0 ;
ushort radiom_nrt_tlm(phony_dim_3, phony_dim_5, phony_dim_4) ;
radiom_nrt_tlm:long_name = "Radiometer discrete non-real-time telemetry" ;
radiom_nrt_tlm:valid_min = 0US ;
radiom_nrt_tlm:valid_max = 0US ;
float rbe1_analog_tlm(phony_dim_3, phony_dim_12) ;
rbe1_analog_tlm:long_name = "RBE1 analog telemetry" ;
rbe1_analog_tlm:valid_min = 0.f ;
rbe1_analog_tlm:valid_max = 0.f ;
float rbe2_analog_tlm(phony_dim_3, phony_dim_12) ;
rbe2_analog_tlm:long_name = "RBE2 analog telemetry" ;
rbe2_analog_tlm:valid_min = 0.f ;
rbe2_analog_tlm:valid_max = 0.f ;
float rbe3_analog_tlm(phony_dim_3, phony_dim_12) ;
rbe3_analog_tlm:long_name = "RBE3 analog telemetry" ;
rbe3_analog_tlm:valid_max = 0.f ;
rbe3_analog_tlm:valid_min = 0.f ;
float rfe1_analog_tlm(phony_dim_3, phony_dim_13) ;
rfe1_analog_tlm:long_name = "RFE1 analog telemetry" ;
rfe1_analog_tlm:valid_max = 0.f ;
rfe1_analog_tlm:valid_min = 0.f ;
float rfe2_analog_tlm(phony_dim_3, phony_dim_13) ;
rfe2_analog_tlm:long_name = "RFE2 analog telemetry" ;
rfe2_analog_tlm:valid_min = 0.f ;
rfe2_analog_tlm:valid_max = 0.f ;
float rfe3_analog_tlm(phony_dim_3, phony_dim_13) ;
rfe3_analog_tlm:long_name = "RFE3 analog telemetry" ;
rfe3_analog_tlm:valid_min = 0.f ;
rfe3_analog_tlm:valid_max = 0.f ;
float scatter_analog_tlm(phony_dim_1, phony_dim_14) ;
scatter_analog_tlm:long_name = "Scatterometer analog telemetry" ;
scatter_analog_tlm:valid_min = 0.f ;
scatter_analog_tlm:valid_max = 0.f ;
ubyte scatter_discrete_tlm(phony_dim_1, phony_dim_11) ;
scatter_discrete_tlm:long_name = "Scatterometer discrete telemetry" ;
scatter_discrete_tlm:valid_max = 0UB ;
scatter_discrete_tlm:valid_min = 0UB ;
} // group Converted\ Telemetry
group: Navigation {
dimensions:
phony_dim_15 = 937 ;
phony_dim_16 = 3 ;
phony_dim_17 = 125 ;
phony_dim_18 = 4 ;
variables:
double att_ang(phony_dim_15, phony_dim_16) ;
att_ang:long_name = "Spacecraft roll, pitch, yaw" ;
att_ang:valid_min = -180. ;
att_ang:valid_max = 180. ;
att_ang:units = "degrees" ;
int att_flags(phony_dim_15) ;
att_flags:long_name = "Attitude flags" ;
att_flags:valid_min = 0 ;
att_flags:valid_max = 0 ;
double att_time(phony_dim_15) ;
att_time:long_name = "Time tag of attitude data" ;
att_time:valid_min = 0. ;
att_time:valid_max = 0. ;
att_time:units = "seconds" ;
double orb_pos(phony_dim_17, phony_dim_16) ;
orb_pos:long_name = "Orbital position vector" ;
orb_pos:valid_min = -7100000. ;
orb_pos:valid_max = 7100000. ;
orb_pos:units = "meters" ;
double orb_time(phony_dim_17) ;
orb_time:long_name = "Time tag of orbit vectors" ;
orb_time:valid_min = 0. ;
orb_time:valid_max = 0. ;
orb_time:units = "seconds" ;
double orb_vel(phony_dim_17, phony_dim_16) ;
orb_vel:long_name = "Orbital velocity vector" ;
orb_vel:valid_min = -7600. ;
orb_vel:valid_max = 7600. ;
orb_vel:units = "meters per second" ;
double quaternion(phony_dim_15, phony_dim_18) ;
quaternion:long_name = "ECI-to-spacecraft quaternion" ;
quaternion:valid_max = 1. ;
quaternion:valid_min = -1. ;
} // group Navigation
group: Raw\ Aquarius\ Data {
dimensions:
phony_dim_19 = 5200 ;
phony_dim_20 = 5 ;
phony_dim_21 = 36 ;
phony_dim_22 = 12 ;
phony_dim_23 = 24 ;
phony_dim_24 = 35 ;
phony_dim_25 = 1300 ;
phony_dim_26 = 4 ;
phony_dim_27 = 3 ;
phony_dim_28 = 8 ;
phony_dim_29 = 10 ;
phony_dim_30 = 50 ;
phony_dim_31 = 2 ;
phony_dim_32 = 6 ;
phony_dim_33 = 37 ;
phony_dim_34 = 70 ;
variables:
ubyte apdu_tlm(phony_dim_19, phony_dim_20) ;
apdu_tlm:long_name = "Aquarius Power Distribution Unit telemetry" ;
apdu_tlm:valid_min = 0UB ;
apdu_tlm:valid_max = 0UB ;
ubyte atc_tlm(phony_dim_19, phony_dim_21) ;
atc_tlm:long_name = "Active Thermal Control Unit telemetry" ;
atc_tlm:valid_min = 0UB ;
atc_tlm:valid_max = 0UB ;
ushort checksum(phony_dim_19) ;
checksum:long_name = "Checksum" ;
checksum:valid_min = 0US ;
checksum:valid_max = 0US ;
ubyte deploy_tlm(phony_dim_19, phony_dim_20) ;
deploy_tlm:long_name = "Antenna deployment telemetry" ;
deploy_tlm:valid_min = 0UB ;
deploy_tlm:valid_max = 0UB ;
int gps_time_tag(phony_dim_19) ;
gps_time_tag:long_name = "Block GPS time tag" ;
gps_time_tag:valid_min = 0 ;
gps_time_tag:valid_max = 0 ;
gps_time_tag:units = "seconds" ;
ubyte icds_status(phony_dim_19, phony_dim_22) ;
icds_status:long_name = "ICDS processing status" ;
icds_status:valid_min = 0UB ;
icds_status:valid_max = 0UB ;
ubyte icds_tlm(phony_dim_19, phony_dim_23) ;
icds_tlm:long_name = "ICDS engineering telemetry" ;
icds_tlm:valid_min = 0UB ;
icds_tlm:valid_max = 0UB ;
ubyte pad(phony_dim_19, phony_dim_24) ;
pad:long_name = "Pad" ;
pad:valid_min = 0UB ;
pad:valid_max = 0UB ;
ushort radiom_cnd(phony_dim_25, phony_dim_26, phony_dim_22, phony_dim_27, phony_dim_26) ;
radiom_cnd:long_name = "Radiometer CND Looks" ;
radiom_cnd:valid_min = 0US ;
radiom_cnd:valid_max = 0US ;
ushort radiom_header(phony_dim_25, phony_dim_26) ;
radiom_header:long_name = "Radiometer block header" ;
radiom_header:valid_min = 0US ;
radiom_header:valid_max = 0US ;
ushort radiom_lavg(phony_dim_25, phony_dim_26, phony_dim_28, phony_dim_27, phony_dim_26) ;
radiom_lavg:long_name = "Radiometer Long Accumulations" ;
radiom_lavg:valid_min = 0US ;
radiom_lavg:valid_max = 0US ;
ubyte radiom_nrt_tlm(phony_dim_25, phony_dim_26, phony_dim_29) ;
radiom_nrt_tlm:long_name = "Radiometer non-real-time telemetry" ;
radiom_nrt_tlm:valid_min = 0UB ;
radiom_nrt_tlm:valid_max = 0UB ;
ubyte radiom_rt_tlm(phony_dim_25, phony_dim_26, phony_dim_30) ;
radiom_rt_tlm:long_name = "Radiometer real-time telemetry" ;
radiom_rt_tlm:valid_min = 0UB ;
radiom_rt_tlm:valid_max = 0UB ;
ushort radiom_signals(phony_dim_25, phony_dim_26, phony_dim_22, phony_dim_20, phony_dim_27, phony_dim_26) ;
radiom_signals:long_name = "Radiometer Antenna Looks" ;
radiom_signals:valid_min = 0US ;
radiom_signals:valid_max = 0US ;
ushort scatter_dc(phony_dim_19, phony_dim_31) ;
scatter_dc:long_name = "Scatterometer DC data" ;
scatter_dc:valid_min = 0US ;
scatter_dc:valid_max = 0US ;
ubyte scatter_headers(phony_dim_19, phony_dim_28) ;
scatter_headers:long_name = "Scatterometer subcycle headers" ;
scatter_headers:valid_min = 0UB ;
scatter_headers:valid_max = 0UB ;
ushort scatter_loop(phony_dim_19, phony_dim_27, phony_dim_32) ;
scatter_loop:long_name = "Scatterometer Loopback Measurements" ;
scatter_loop:valid_min = 0US ;
scatter_loop:valid_max = 0US ;
ushort scatter_pwr(phony_dim_19, phony_dim_28, phony_dim_27, phony_dim_32) ;
scatter_pwr:long_name = "Scatterometer Power" ;
scatter_pwr:valid_min = 0US ;
scatter_pwr:valid_max = 0US ;
ubyte scatter_rfi(phony_dim_19, phony_dim_26) ;
scatter_rfi:long_name = "Scatterometer RFI flags for H-pol" ;
scatter_rfi:valid_min = 0UB ;
scatter_rfi:valid_max = 0UB ;
ubyte scatter_tlm(phony_dim_19, phony_dim_33) ;
scatter_tlm:long_name = "Scatterometer telemetry" ;
scatter_tlm:valid_min = 0UB ;
scatter_tlm:valid_max = 0UB ;
int start_synch(phony_dim_19) ;
start_synch:long_name = "Start-synch word" ;
start_synch:valid_min = 0 ;
start_synch:valid_max = 0 ;
start_synch:units = "dummy" ;
ubyte temp_tlm(phony_dim_19, phony_dim_34) ;
temp_tlm:long_name = "External Temperature Sensors telemetry" ;
temp_tlm:valid_min = 0UB ;
temp_tlm:valid_max = 0UB ;
int time_tag_offset(phony_dim_19) ;
time_tag_offset:long_name = "Block time offset from GPS" ;
time_tag_offset:valid_min = 0 ;
time_tag_offset:valid_max = 0 ;
time_tag_offset:units = "62.5 nanosec units" ;
} // group Raw\ Aquarius\ Data
group: SAC-D\ Telemetry {
dimensions:
phony_dim_35 = 1040 ;
phony_dim_36 = 4000 ;
variables:
ubyte sacd_hkt(phony_dim_35, phony_dim_36) ;
sacd_hkt:long_name = "SAC-D raw housekeeping telemetry blocks" ;
sacd_hkt:valid_min = 0UB ;
sacd_hkt:valid_max = 0UB ;
} // group SAC-D\ Telemetry
}