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Merge pull request #51 from cedadev/ncas-gen-2.1
Added specs and vocabs for NCAS General 2.1
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{ | ||
"product": [ | ||
"acoustic-backscatter-winds", | ||
"aerosol-backscatter-radial-winds", | ||
"aerosol-backscatter", | ||
"aerosol-concentration", | ||
"aerosol-extinction", | ||
"aerosol-no3-so4-nh3-org-concentration", | ||
"aerosol-optical-depth", | ||
"aerosol-size-distribution", | ||
"boundary-layer-temperature-profiles", | ||
"boundary-layer-thickness-ceilometer", | ||
"boundary-layer-thickness", | ||
"brightness-temperature", | ||
"ch4-co2-h2o-co-concentration", | ||
"ch4-co2-h2o-concentration", | ||
"ch4-concentration", | ||
"ch4-n2o-co-concentration", | ||
"cloud-base", | ||
"cloud-coverage", | ||
"co-concentration", | ||
"co-h2-concentration", | ||
"co2-concentration", | ||
"depolarisation-ratio", | ||
"dew-point", | ||
"flux-components", | ||
"flux-estimates", | ||
"full-troposphere-temperature-profiles", | ||
"h2-concentration", | ||
"halocarbon-concentration", | ||
"image", | ||
"iwv-lwp", | ||
"liquid-water-content", | ||
"mean-co2-h2o", | ||
"mean-winds", | ||
"mean-winds-profile", | ||
"moisture-profiles", | ||
"n2o-concentration", | ||
"n2o-sf6-concentration", | ||
"nh3-concentration", | ||
"no2-concentration", | ||
"nox-noxy-concentration", | ||
"o2-concentration", | ||
"o2n2-concentration-ratio", | ||
"o3-concentration", | ||
"o3-concentration-profile", | ||
"oh-concentration", | ||
"particle-size-distribution", | ||
"particle-size-distribution-cloud", | ||
"peroxyacetyl-nitrate-concentration", | ||
"photolysis-frequencies", | ||
"pm-concentration", | ||
"precipitation", | ||
"present-weather", | ||
"radar", | ||
"radiation", | ||
"radon-concentration", | ||
"radon-radioactivity", | ||
"rain-lwc-velocity-reflectivity", | ||
"sf6-concentration", | ||
"size-concentration-spectra", | ||
"snr-winds", | ||
"so2-concentration", | ||
"soil", | ||
"solar-actinic-flux", | ||
"sonde", | ||
"stability-indices", | ||
"surface-met", | ||
"tgm-concentration", | ||
"voc-concentration" | ||
] | ||
} |
8 changes: 8 additions & 0 deletions
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checksit/vocabs/AMF_CVs/2.1.0/AMF_product_acoustic-backscatter-winds_dimension.json
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{ | ||
"product_acoustic-backscatter-winds_dimension": { | ||
"altitude": { | ||
"length": "<i>", | ||
"units": "m" | ||
} | ||
} | ||
} |
169 changes: 169 additions & 0 deletions
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checksit/vocabs/AMF_CVs/2.1.0/AMF_product_acoustic-backscatter-winds_variable.json
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{ | ||
"product_acoustic-backscatter-winds_variable": { | ||
"altitude": { | ||
"type": "float32", | ||
"dimension": "altitude", | ||
"units": "m", | ||
"standard_name": "altitude", | ||
"long_name": "Geometric height above geoid (WGS84).", | ||
"_FillValue": -1e+20, | ||
"axis": "Z", | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"sound_intensity_level_in_air": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "dB", | ||
"standard_name": "sound_intensity_level_in_air", | ||
"long_name": "Sound Intensity Level in Air", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"wind_speed": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"standard_name": "wind_speed", | ||
"long_name": "Wind Speed", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"wind_from_direction": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "degree", | ||
"standard_name": "wind_from_direction", | ||
"long_name": "Wind From Direction", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"eastward_wind": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"standard_name": "eastward_wind", | ||
"long_name": "Eastward Wind Component (U)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"northward_wind": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"standard_name": "northward_wind", | ||
"long_name": "Northward Wind Component (V)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"upward_air_velocity": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"standard_name": "upward_air_velocity", | ||
"long_name": "Upward Air Velocity (W)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: mean", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"divergence_of_eastward_wind": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"long_name": "Divergence of Eastward Wind Component (Sigma U)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: standard_deviation", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"divergence_of_northward_wind": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"long_name": "Divergence of Northward Wind Component (Sigma V)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: standard_deviation", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"divergence_of_upward_air_velocity": { | ||
"type": "float32", | ||
"dimension": "time, altitude", | ||
"units": "m s-1", | ||
"long_name": "Divergence of Upward Air Velocity (Sigma W)", | ||
"_FillValue": -1e+20, | ||
"valid_min": "<derived from file>", | ||
"valid_max": "<derived from file>", | ||
"cell_methods": "time: standard_deviation", | ||
"coordinates": "latitude longitude" | ||
}, | ||
"qc_flag_mean_winds": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Mean Winds", | ||
"flag_values": "0b, 1b, 2b, 3b, 4b, 5b, 6b", | ||
"flag_meanings": "not_used|good_data|suspect_data_wind_speed_value_outside_operational_range_(0_to_20_m_s-1)|suspect_data_wind_speed_==_0|bad_data_signal_consensus_poor|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
}, | ||
"qc_flag_wind_component_eastward": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Eastward Wind Component (U)", | ||
"flag_values": "0b,1b, 2b, 3b, 4b, 5b", | ||
"flag_meanings": "not_used|good_data|suspect_data_value_outside_operational_range_(-20_m_s-1_to_20_m_s-1)|bad_data_signal_consensus_poor|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
}, | ||
"qc_flag_wind_component_northward": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Northward Wind Component (V)", | ||
"flag_values": "0b,1b, 2b, 3b, 4b, 5b", | ||
"flag_meanings": "not_used|good_data|suspect_data_value_outside_operational_range_(-20_m_s-1_to_20_m_s-1)|bad_data_signal_consensus_poor|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
}, | ||
"qc_flag_wind_component_upward_air_velocity": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Upward Air Velocity (W)", | ||
"flag_values": "0b,1b, 2b, 3b, 4b, 5b", | ||
"flag_meanings": "not_used|good_data|suspect_data_value_outside_operational_range_(-20_m_s-1_to_20_m_s-1)|bad_data_signal_consensus_poor|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
}, | ||
"qc_flag_backscatter": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Backscatter", | ||
"flag_values": "0b,1b, 2b, 3b, 4b, 5b", | ||
"flag_meanings": "not_used|good_data |bad_data_value_outside_operational_range|bad_data_signal_consensus_poor|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
}, | ||
"qc_flag_background_noise": { | ||
"type": "byte", | ||
"dimension": "time, altitude", | ||
"units": "1", | ||
"long_name": "Data Quality flag: Background Noise", | ||
"flag_values": "0b,1b, 2b, 3b, 4b", | ||
"flag_meanings": "not_used|good_data |suspect_data_background_noise_>_2_dB|bad_data_gate_index_exceeds_number_of_measurement_gates_in_use|suspect_data_time_stamp_error" | ||
} | ||
} | ||
} |
12 changes: 12 additions & 0 deletions
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checksit/vocabs/AMF_CVs/2.1.0/AMF_product_aerosol-backscatter-radial-winds_dimension.json
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{ | ||
"product_aerosol-backscatter-radial-winds_dimension": { | ||
"index_of_angle": { | ||
"length": "<i>", | ||
"units": "1" | ||
}, | ||
"index_of_range": { | ||
"length": "<r>", | ||
"units": "1" | ||
} | ||
} | ||
} |
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.../vocabs/AMF_CVs/2.1.0/AMF_product_aerosol-backscatter-radial-winds_global-attributes.json
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{ | ||
"product_aerosol-backscatter-radial-winds_global-attributes": { | ||
"laser_wavelength": { | ||
"global_attribute_id": "laser_wavelength", | ||
"description": "laser wavelength", | ||
"fixed_value": "1550 nm", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"laser_pulse_energy": { | ||
"global_attribute_id": "laser_pulse_energy", | ||
"description": "laser energy", | ||
"fixed_value": "1.0e-05 J", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"pulse_repetition_frequency": { | ||
"global_attribute_id": "pulse_repetition_frequency", | ||
"description": "pulse repetition frequency", | ||
"fixed_value": "15000 s-1", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"pulses_per_ray": { | ||
"global_attribute_id": "pulses_per_ray", | ||
"description": "no pulses averaged to give a ray (500 - 1500)", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "Integer", | ||
"convention_providence": null | ||
}, | ||
"rays_per_point": { | ||
"global_attribute_id": "rays_per_point", | ||
"description": "number of ray averaged to give a measurement", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "Integer", | ||
"convention_providence": null | ||
}, | ||
"lens_diameter": { | ||
"global_attribute_id": "lens_diameter", | ||
"description": "lens diameter", | ||
"fixed_value": "0.08 m", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"beam_divergence": { | ||
"global_attribute_id": "beam_divergence", | ||
"description": "beam divergence", | ||
"fixed_value": "0.00189 degrees", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"pulse_length": { | ||
"global_attribute_id": "pulse_length", | ||
"description": "pulse length", | ||
"fixed_value": "2.0e-07 s", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"sampling_frequency": { | ||
"global_attribute_id": "sampling_frequency", | ||
"description": "digitisation frequency (10, 15, or 50MHz)", | ||
"fixed_value": "1.5e+07 s-1", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"focus": { | ||
"global_attribute_id": "focus", | ||
"description": "focus (300m, 500m, 800m, 1000m, 1250m, 1500m, 1750m, 2000m or Inf)", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"velocity_resolution": { | ||
"global_attribute_id": "velocity_resolution", | ||
"description": "velocity resolution", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"number_of_gates": { | ||
"global_attribute_id": "number_of_gates", | ||
"description": "number of gates", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "Integer", | ||
"convention_providence": null | ||
}, | ||
"gate_length": { | ||
"global_attribute_id": "gate_length", | ||
"description": "gate length", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
}, | ||
"fft_length": { | ||
"global_attribute_id": "fft_length", | ||
"description": "doppler FFT length", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "Integer", | ||
"convention_providence": null | ||
}, | ||
"maximum_range": { | ||
"global_attribute_id": "maximum_range", | ||
"description": "maximum measurement range", | ||
"fixed_value": "", | ||
"compliance_checking_rules": "String: min 3 characters", | ||
"convention_providence": null | ||
} | ||
} | ||
} |
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