BSI.MACE.Network.DIS Namespace

Simulation Protocol Parameters.

Local representation of a radio.

Event arguements for the ReceivedEntityStatePDU and SentEntityStatePDU events.

Event arguements for the DesignatorPDUReceived and DesignatorPDUSent events.

Event arguements for the DetonationPDUReceived and DetonationPDUSent events.

Event arguements for the ReceivedElectromagneticEmissionPDU and SentElectromagneticEmissionPDU events.

Event arguements for the ReceivedEntityStatePDU and SentEntityStatePDU events.

Event arguements for the FirePDUReceived and FirePDUSent events.

Event arguements for the ReceivedReceiverPDU and SentReceiverPDU events.

Event arguements for the ReceivedSignalPDU and SentSignalPDU events.

Event arguements for the ReceivedStartResumePDU and SentStartResumePDU events.

Event arguements for the ReceivedStopFreezePDU and SentStopFreezePDU events.

Event arguements for the ReceivedTransmitterPDU and SentTransmitterPDU events.

This record specifies the direction, pattern, and polarization of radiation from a radio transmitter’s antenna. The radiation pattern produced by the antenna is defined with respect to a beam coordinate system. The beam coordinate system is a right-handed Cartesian coordinate system with the center of the beam along the x-axis of the system (see Figure 42). In the Transmitter PDU, the origin of the beam coordinate system is specified by the Antenna Location and may also be specified by the Relative Antenna Location fields. The Beam Antenna Pattern record contains the following fields:

Structure that maintains beam related data.

Beam Direction. This structure shall specify the rotation that transforms the reference coordinate system into the beam coordinate system. Either world coordinates or entity coordinates (see 1.6.3) may be used as the reference coordinate system. The reference coordinate system in use shall be specified by the Reference System field of the Beam Antenna Pattern record. The Beam Direction field shall be represented as an Euler Angles record (see 6.2.32).

Description of the beam azimuth or elevation section of this beam.

The Beam Shape Definition PDU defines complex beam shape data. This PDU may be used in conjunction with the Electromagnetic Emission PDU to describe beam shape as azimuth and elevation cross sections.

Track/jam target

Description of a custom lobe for this beam.

Electromagnetic Emission PDU

Emission system structure.

Emitter system description.

Identifier for DIS entities.

Information about a particular entity shall be communicated by issuing an Entity State PDU. See 5.3.2 for specific requirements on the use of the Entity State PDU.

Event ID record.

The Scan Control Data PDU will be used to update beam activity and targeting for Radars that change state, scan pattern, or beam pointing angles at rates too high to be handled by the Electromagnetic Emission PDU.

Dynamic emitter parameters.

JammerEmitterData for jammer report.

DIS False Jammer Target Report.

DIS Jammer Report Record.

Information about the type of modulation used for radio transmission shall be represented by a Modulation Type record. This record uniquely identifies the various sets of signal parameters (i.e., the modulation type) that are used to determine whether two radios may interoperate. The modulation is characterized in a generic fashion by the Spread Spectrum, Major Modulation Type, and Detail filds. The classes of interoperable modulation types are enumerated by the System Þeld. This record shall specify the spread-spectrum usage, major modulation type, detailed information, and system compatibility.

Description of pulse word data in this beam.

A PDU Header record shall be the first part of each PDU excluding a Live Entity (LE) PDU, which has a separate LE PDU Header record (see 9.3.2). IEEE 1278.1-2012.

Polarization vector containing horizontal and vertical magnitudes. By convention, both = 0 indicate no polarization.

The Pulse Table Definition PDU defines complex emitter data. This PDU may be used in conjunction with the Electromagnetic Emission PDU to describe, in detail, precise pulse sequences over time.

DIS Radar Track Report Record.

A scan / track instruction for an emitter's beam for a specific period of time.

Description of a scan vector in this beam.

DIS time strcuture.

TrackData for radar track report.

The Emitter Scan Definition PDU defines any scan pattern at runtime using a common format. This PDU may be used in conjunction with the Electromagnetic Emission PDU to describe, in detail, precise scan motion over time.

False target report victim radar data.

Modulation params for SINCGARS and HQ. See SISO-REF-010

Data structure that requests Viper to load the specified comm plan. DIS Data PDU message ID = 503004

Data structure that allows remote control over Viper. DIS Data PDU message ID = 503003

Data PDU event handler.

Designator PDU event handler.

Electromagnetic Emission PDU event handler.

Fire PDU event handler.

SetData PDU event handler.

Transmitter PDU Antenna Pattern Type

Audio encoding scheme enumeration.

Cross section of beam.

Beam shape types.

Beam function type for Electromagnetic Emissions PDU

6.2.12 Beam Status record (1278.1 - 2012)

Emitter function type for Electromagnetic Emissions PDU

Flags indicate how to interpolate between pulse segments. Linear interpolation is the default (0 value).

Radio Attached Indicator. This field is within the PDU Status field of the PDU Header record.

Radio category from SISO-REF-010-00v20-0

Transmitter PDU cryptographic system used by the radio

Transmitter PDU radio modulation detail for amplitude major modulation.

Transmitter PDU radio modulation detail for amplitude and angle major modulation.

Transmitter PDU radio modulation detail for Amplitude major modulation.

Transmitter PDU radio modulation detail for combination major modulation.

Transmitter PDU radio modulation detail for carrier phase shift major modulation.

Transmitter PDU radio modulation detail for pulse major modulation.

Transmitter PDU radio modulation detail for SATCOM major modulation.

Transmitter PDU radio modulation detail for unmodulated major modulation.

Transmitter PDU input source.

Transmitter PDU radio modulation.

Transmitter PDU radio state mode enumeration.

The 14 least significant bits of the encoding scheme shall represent encoding type when the encoding class is encoded audio.

Transmitter PDU radio system enumeration.

This section specifies the 8-bit enumeration for the Reference System field in the Beam Antenna Pattern record and the Spherical Harmonic Pattern Record in the Transmitter PDU.

Scan control flags

Type of scan vector.

Flags to set for data to be written to the viper radaio.