Struct ElevationDataBlock 

pub struct ElevationDataBlock {

    pub elevation_angle: u16,
    pub channel_configuration: u8,
    pub waveform_type: u8,
    pub super_resolution_control: u8,
    pub surveillance_prf_number: u8,
    pub surveillance_prf_pulse_count_radial: u16,
    pub azimuth_rate: u16,
    pub reflectivity_threshold: i16,
    pub velocity_threshold: i16,
    pub spectrum_width_threshold: i16,
    pub differential_reflectivity_threshold: i16,
    pub differential_phase_threshold: i16,
    pub correlation_coefficient_threshold: i16,
    pub sector_1_edge_angle: u16,
    pub sector_1_doppler_prf_number: u16,
    pub sector_1_doppler_prf_pulse_count_radial: u16,
    pub supplemental_data: u16,
    pub sector_2_edge_angle: u16,
    pub sector_2_doppler_prf_number: u16,
    pub sector_2_doppler_prf_pulse_count_radial: u16,
    pub ebc_angle: u16,
    pub sector_3_edge_angle: u16,
    pub sector_3_doppler_prf_number: u16,
    pub sector_3_doppler_prf_pulse_count_radial: u16,
    pub reserved: u16,
}

A data block for a single elevation cut.

Fields

elevation_angle: u16

The elevation angle for this cut

channel_configuration: u8

The channel configuration for this cut 0 => Constant Phase 1 => Random Phase 2 => SZ2 Phase

waveform_type: u8

The waveform type for this cut 1 => Contiguous Surveillance 2 => Contiguous Doppler w/ Ambiguity Resolution 3 => Contiguous Doppler w/o Ambiguity Resolution 4 => Batch 5 => Staggered Pulse Pair

super_resolution_control: u8

Super resolution control values for this cut Bit 0: 0.5 degree azimuth Bit 1: 1/4 km reflectivity Bit 2: Doppler to 300 km Bit 3: Dual polarization to 300 km

surveillance_prf_number: u8

The pulse repetition frequency number for surveillance cuts

surveillance_prf_pulse_count_radial: u16

The pulse count per radial for surveillance cuts

azimuth_rate: u16

The azimuth rate of the cut

reflectivity_threshold: i16

Signal to noise ratio (SNR) threshold for reflectivity

velocity_threshold: i16

Signal to noise ratio (SNR) threshold for velocity

spectrum_width_threshold: i16

Signal to noise ratio (SNR) threshold for spectrum width

differential_reflectivity_threshold: i16

Signal to noise ratio (SNR) threshold for differential reflectivity

differential_phase_threshold: i16

Signal to noise ratio (SNR) threshold for differential phase

correlation_coefficient_threshold: i16

Signal to noise ratio (SNR) threshold for correlation coefficitn

sector_1_edge_angle: u16

Sector 1 Azimuth Clockwise Edge Angle (denotes start angle)

sector_1_doppler_prf_number: u16

Sector 1 Doppler PRF Number

sector_1_doppler_prf_pulse_count_radial: u16

Sector 1 Doppler Pulse Count/Radial

supplemental_data: u16

Supplemental Data Bit 0: SAILS Cut Bits 1-3: SAILS Sequence Number Bit 4: MRLE Cut Bits 5-7: MRLE Sequence Number Bit 8: Spare Bit 9: MPDA Cut Bit 10: BASE TILT Cut

sector_2_edge_angle: u16

Sector 2 Azimuth Clockwise Edge Angle (denotes start angle)

sector_2_doppler_prf_number: u16

Sector 2 Doppler PRF Number

sector_2_doppler_prf_pulse_count_radial: u16

Sector 2 Doppler Pulse Count/Radial

ebc_angle: u16

The correction added to the elevation angle for this cut

sector_3_edge_angle: u16

Sector 3 Azimuth Clockwise Edge Angle (denotes start angle)

sector_3_doppler_prf_number: u16

Sector 3 Doppler PRF Number

sector_3_doppler_prf_pulse_count_radial: u16

Sector 3 Doppler Pulse Count/Radial

reserved: u16

Reserved

Implementations

impl ElevationDataBlock

pub fn elevation_angle(&self) -> Angle

The elevation angle for this cut

pub fn elevation_angle_degrees(&self) -> f64

The elevation angle for this cut, in degrees

pub fn channel_configuration(&self) -> ChannelConfiguration

The channel configuration for this cut

pub fn waveform_type(&self) -> WaveformType

The waveform type for this cut

pub fn super_resolution_control_half_degree_azimuth(&self) -> bool

Whether this cut uses super resolution 0.5 degree azimuth

pub fn super_resolution_control_quarter_km_reflectivity(&self) -> bool

Whether this cut uses super resolution 0.25 km reflectivity

pub fn super_resolution_control_doppler_to_300km(&self) -> bool

Whether this cut uses super resolution doppler to 300 km

pub fn super_resolution_control_dual_polarization_to_300km(&self) -> bool

Whether this cut uses super resolution dual polarization to 300km

pub fn azimuth_rate(&self) -> AngularVelocity

The azimuth rate used for this cut

pub fn azimuth_rate_degrees_per_second(&self) -> f64

The azimuth rate used for this cut, in degrees per second

pub fn reflectivity_threshold(&self) -> f64

The reflectivity threshold for this cut

pub fn velocity_threshold(&self) -> f64

The velocity threshold for this cut

pub fn spectrum_width_threshold(&self) -> f64

The spectrum width threshold for this cut

pub fn differential_reflectivity_threshold(&self) -> f64

The differential reflectivity threshold for this cut

pub fn differential_phase_threshold(&self) -> f64

The differential phase threshold for this cut

pub fn correlation_coefficient_threshold(&self) -> f64

The correlation coefficient threshold for this cut

pub fn sector_1_edge_angle(&self) -> Angle

Sector 1 Azimuth Clockwise Edge Angle (denotes start angle)

pub fn sector_1_edge_angle_degrees(&self) -> f64

Sector 1 Azimuth Clockwise Edge Angle (denotes start angle), in degrees

pub fn sector_2_edge_angle(&self) -> Angle

Sector 2 Azimuth Clockwise Edge Angle (denotes start angle)

pub fn sector_2_edge_angle_degrees(&self) -> f64

Sector 2 Azimuth Clockwise Edge Angle (denotes start angle), in degrees

pub fn sector_3_edge_angle(&self) -> Angle

Sector 3 Azimuth Clockwise Edge Angle (denotes start angle)

pub fn sector_3_edge_angle_degrees(&self) -> f64

Sector 3 Azimuth Clockwise Edge Angle (denotes start angle), in degrees

pub fn ebc_angle(&self) -> Angle

The correction added to the elevation angle for this cut

pub fn ebc_angle_degrees(&self) -> f64

The correction added to the elevation angle for this cut, in degrees

pub fn supplemental_data_sails_cut(&self) -> bool

Whether this cut is a SAILS cut

pub fn supplemental_data_sails_sequence_number(&self) -> u8

The SAILS sequence number of this cut

pub fn supplemental_data_mrle_cut(&self) -> bool

Whether this cut is an MRLE cut

pub fn supplemental_data_mrle_sequence_number(&self) -> u8

The MRLE sequence number of this cut

pub fn supplemental_data_mpda_cut(&self) -> bool

Whether this cut is an MPDA cut

pub fn supplemental_data_base_tilt_cut(&self) -> bool

Whether this cut is a BASE TILT cut

Trait Implementations

impl Clone for ElevationDataBlock

fn clone(&self) -> ElevationDataBlock

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ElevationDataBlock

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for ElevationDataBlock

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl PartialEq for ElevationDataBlock

fn eq(&self, other: &ElevationDataBlock) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl StructuralPartialEq for ElevationDataBlock