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@vavassor/nws-client
@vavassor/nws-client
RadarStation
Interface RadarStation
Hierarchy
RadarStation
RadarStationJsonLd
Index
Properties
@id
@type
adaptation
elevation
geometry?
id
latency
name
performance
rda
station
Type
time
Zone
Properties
@id
@id
:
string
@type
@type
:
"wx:RadarStation"
adaptation
adaptation
:
{
properties
:
{
ameHorzizontalTestSignalPower
:
QuantitativeValue
;
ameNoiseSourceHorizontalExcessNoiseRatio
:
QuantitativeValue
;
antennaGainIncludingRadome
:
QuantitativeValue
;
cohoPowerAtA1J4
:
QuantitativeValue
;
horizontalReceiverNoiseLongPulse
:
QuantitativeValue
;
horizontalReceiverNoiseShortPulse
:
QuantitativeValue
;
pathLossA6ArcDetector
:
QuantitativeValue
;
pathLossAT4Attenuator
:
QuantitativeValue
;
pathLossHorzontalIFHeliaxTo4AT17
:
QuantitativeValue
;
pathLossIFDBurstAntiAliasFilter
:
QuantitativeValue
;
pathLossIFDRIFAntiAliasFilter
:
QuantitativeValue
;
pathLossTransmitterCouplerCoupling
:
QuantitativeValue
;
pathLossVerticalIFHeliaxTo4AT16
:
QuantitativeValue
;
pathLossWG02HarmonicFilter
:
QuantitativeValue
;
pathLossWG04Circulator
:
QuantitativeValue
;
pathLossWG06SpectrumFilter
:
QuantitativeValue
;
pathLossWaveguideKlystronToSwitch
:
QuantitativeValue
;
pulseWidthTransmitterOutputLongPulse
:
QuantitativeValue
;
pulseWidthTransmitterOutputShortPulse
:
QuantitativeValue
;
staloPowerAtA1J2
:
QuantitativeValue
;
transmitterFrequency
:
QuantitativeValue
;
transmitterPowerDataWattsFactor
:
QuantitativeValue
;
transmitterSpectrumFilterInstalled
:
string
;
}
;
reportingHost
:
string
;
timestamp
:
string
;
}
Type declaration
properties
:
{
ameHorzizontalTestSignalPower
:
QuantitativeValue
;
ameNoiseSourceHorizontalExcessNoiseRatio
:
QuantitativeValue
;
antennaGainIncludingRadome
:
QuantitativeValue
;
cohoPowerAtA1J4
:
QuantitativeValue
;
horizontalReceiverNoiseLongPulse
:
QuantitativeValue
;
horizontalReceiverNoiseShortPulse
:
QuantitativeValue
;
pathLossA6ArcDetector
:
QuantitativeValue
;
pathLossAT4Attenuator
:
QuantitativeValue
;
pathLossHorzontalIFHeliaxTo4AT17
:
QuantitativeValue
;
pathLossIFDBurstAntiAliasFilter
:
QuantitativeValue
;
pathLossIFDRIFAntiAliasFilter
:
QuantitativeValue
;
pathLossTransmitterCouplerCoupling
:
QuantitativeValue
;
pathLossVerticalIFHeliaxTo4AT16
:
QuantitativeValue
;
pathLossWG02HarmonicFilter
:
QuantitativeValue
;
pathLossWG04Circulator
:
QuantitativeValue
;
pathLossWG06SpectrumFilter
:
QuantitativeValue
;
pathLossWaveguideKlystronToSwitch
:
QuantitativeValue
;
pulseWidthTransmitterOutputLongPulse
:
QuantitativeValue
;
pulseWidthTransmitterOutputShortPulse
:
QuantitativeValue
;
staloPowerAtA1J2
:
QuantitativeValue
;
transmitterFrequency
:
QuantitativeValue
;
transmitterPowerDataWattsFactor
:
QuantitativeValue
;
transmitterSpectrumFilterInstalled
:
string
;
}
ame
Horzizontal
Test
Signal
Power
:
QuantitativeValue
ame
Noise
Source
Horizontal
Excess
Noise
Ratio
:
QuantitativeValue
antenna
Gain
Including
Radome
:
QuantitativeValue
coho
Power
At
A1
J4
:
QuantitativeValue
horizontal
Receiver
Noise
Long
Pulse
:
QuantitativeValue
horizontal
Receiver
Noise
Short
Pulse
:
QuantitativeValue
path
Loss
A6
Arc
Detector
:
QuantitativeValue
path
LossAT4
Attenuator
:
QuantitativeValue
path
Loss
HorzontalIFHeliax
To4AT17
:
QuantitativeValue
path
LossIFDBurst
Anti
Alias
Filter
:
QuantitativeValue
path
LossIFDRIFAnti
Alias
Filter
:
QuantitativeValue
path
Loss
Transmitter
Coupler
Coupling
:
QuantitativeValue
path
Loss
VerticalIFHeliax
To4AT16
:
QuantitativeValue
path
LossWG02
Harmonic
Filter
:
QuantitativeValue
path
LossWG04
Circulator
:
QuantitativeValue
path
LossWG06
Spectrum
Filter
:
QuantitativeValue
path
Loss
Waveguide
Klystron
To
Switch
:
QuantitativeValue
pulse
Width
Transmitter
Output
Long
Pulse
:
QuantitativeValue
pulse
Width
Transmitter
Output
Short
Pulse
:
QuantitativeValue
stalo
Power
At
A1
J2
:
QuantitativeValue
transmitter
Frequency
:
QuantitativeValue
transmitter
Power
Data
Watts
Factor
:
QuantitativeValue
transmitter
Spectrum
Filter
Installed
:
string
reporting
Host
:
string
timestamp
:
string
elevation
elevation
:
QuantitativeValue
Optional
geometry
geometry
?:
null
|
string
Geometry represented in Well-Known Text (WKT) format.
id
id
:
string
latency
latency
:
{
average
:
QuantitativeValue
;
current
:
QuantitativeValue
;
host
:
string
;
levelTwoLastReceivedTime
:
string
;
max
:
QuantitativeValue
;
maxLatencyTime
:
string
;
reportingHost
:
string
;
}
Type declaration
average
:
QuantitativeValue
current
:
QuantitativeValue
host
:
string
level
Two
Last
Received
Time
:
string
max
:
QuantitativeValue
max
Latency
Time
:
string
reporting
Host
:
string
name
name
:
string
performance
performance
:
{
properties
:
{
azimuthEncoderLight
:
string
;
commandChannel
:
string
;
dynamicRange
:
QuantitativeValue
;
elevationEncoderLight
:
string
;
fuelLevel
:
QuantitativeValue
;
horizontalDeltadBZ0
:
QuantitativeValue
;
horizontalLongPulseNoise
:
QuantitativeValue
;
horizontalNoiseTemperature
:
QuantitativeValue
;
horizontalShortPulseNoise
:
QuantitativeValue
;
linearity
:
number
;
longPulseHorizontaldBZ0
:
QuantitativeValue
;
ntp_status
:
number
;
performanceCheckTime
:
string
;
powerSource
:
string
;
radomeAirTemperature
:
QuantitativeValue
;
receiverBias
:
QuantitativeValue
;
shelterTemperature
:
QuantitativeValue
;
shortPulseHorizontaldBZ0
:
QuantitativeValue
;
transitionalPowerSource
:
string
;
transmitterImbalance
:
QuantitativeValue
;
transmitterLeavingAirTemperature
:
QuantitativeValue
;
transmitterPeakPower
:
QuantitativeValue
;
transmitterRecycleCount
:
number
;
verticalDeltadBZ0
:
QuantitativeValue
;
}
;
reportingHost
:
string
;
timestamp
:
string
;
}
Type declaration
properties
:
{
azimuthEncoderLight
:
string
;
commandChannel
:
string
;
dynamicRange
:
QuantitativeValue
;
elevationEncoderLight
:
string
;
fuelLevel
:
QuantitativeValue
;
horizontalDeltadBZ0
:
QuantitativeValue
;
horizontalLongPulseNoise
:
QuantitativeValue
;
horizontalNoiseTemperature
:
QuantitativeValue
;
horizontalShortPulseNoise
:
QuantitativeValue
;
linearity
:
number
;
longPulseHorizontaldBZ0
:
QuantitativeValue
;
ntp_status
:
number
;
performanceCheckTime
:
string
;
powerSource
:
string
;
radomeAirTemperature
:
QuantitativeValue
;
receiverBias
:
QuantitativeValue
;
shelterTemperature
:
QuantitativeValue
;
shortPulseHorizontaldBZ0
:
QuantitativeValue
;
transitionalPowerSource
:
string
;
transmitterImbalance
:
QuantitativeValue
;
transmitterLeavingAirTemperature
:
QuantitativeValue
;
transmitterPeakPower
:
QuantitativeValue
;
transmitterRecycleCount
:
number
;
verticalDeltadBZ0
:
QuantitativeValue
;
}
azimuth
Encoder
Light
:
string
command
Channel
:
string
dynamic
Range
:
QuantitativeValue
elevation
Encoder
Light
:
string
fuel
Level
:
QuantitativeValue
horizontal
DeltadBZ0
:
QuantitativeValue
horizontal
Long
Pulse
Noise
:
QuantitativeValue
horizontal
Noise
Temperature
:
QuantitativeValue
horizontal
Short
Pulse
Noise
:
QuantitativeValue
linearity
:
number
long
Pulse
HorizontaldBZ0
:
QuantitativeValue
ntp_
status
:
number
performance
Check
Time
:
string
power
Source
:
string
radome
Air
Temperature
:
QuantitativeValue
receiver
Bias
:
QuantitativeValue
shelter
Temperature
:
QuantitativeValue
short
Pulse
HorizontaldBZ0
:
QuantitativeValue
transitional
Power
Source
:
string
transmitter
Imbalance
:
QuantitativeValue
transmitter
Leaving
Air
Temperature
:
QuantitativeValue
transmitter
Peak
Power
:
QuantitativeValue
transmitter
Recycle
Count
:
number
vertical
DeltadBZ0
:
QuantitativeValue
reporting
Host
:
string
timestamp
:
string
rda
rda
:
{
properties
:
{
alarmSummary
:
string
;
averageTransmitterPower
:
QuantitativeValue
;
buildNumber
:
number
;
controlStatus
:
string
;
generatorState
:
string
;
mode
:
string
;
nl2Path
:
string
;
operabilityStatus
:
string
;
reflectivityCalibrationCorrection
:
QuantitativeValue
;
resolutionVersion
:
number
;
status
:
string
;
superResolutionStatus
:
string
;
volumeCoveragePattern
:
string
;
}
;
reportingHost
:
string
;
timestamp
:
string
;
}
Type declaration
properties
:
{
alarmSummary
:
string
;
averageTransmitterPower
:
QuantitativeValue
;
buildNumber
:
number
;
controlStatus
:
string
;
generatorState
:
string
;
mode
:
string
;
nl2Path
:
string
;
operabilityStatus
:
string
;
reflectivityCalibrationCorrection
:
QuantitativeValue
;
resolutionVersion
:
number
;
status
:
string
;
superResolutionStatus
:
string
;
volumeCoveragePattern
:
string
;
}
alarm
Summary
:
string
average
Transmitter
Power
:
QuantitativeValue
build
Number
:
number
control
Status
:
string
generator
State
:
string
mode
:
string
nl2
Path
:
string
operability
Status
:
string
reflectivity
Calibration
Correction
:
QuantitativeValue
resolution
Version
:
number
status
:
string
super
Resolution
Status
:
string
volume
Coverage
Pattern
:
string
reporting
Host
:
string
timestamp
:
string
station
Type
station
Type
:
string
time
Zone
time
Zone
:
string
Settings
Member Visibility
Protected
Private
Inherited
External
Theme
OS
Light
Dark
Modules
@vavassor/nws-
client
Radar
Station
@id
@type
adaptation
elevation
geometry?
id
latency
name
performance
rda
station
Type
time
Zone
Generated using
TypeDoc
Geometry represented in Well-Known Text (WKT) format.