emi-data¶

This is documentation for the <emi-data> field referenced in the csv_event_output and event_output documentation.

Possible Signatures
Signature Elements

Possible Signatures ¶

The documentation has the csv_event_output signatures on separate lines for readability. The actual csv_event_output is on a single line.

Condition	CSV Signature	EVT Signature
If the EMI is one-way between transmitter and receiver	<absolute-location-data _xmtr>, <absolute-location-data _rcvr>, <relative-location-data _xmtr->rcvr>, <relative-location-data _rcvr->xmtr>, <beam-data_xmtr>, <beam-data_rcvr>, <other-data>	Xmtr: <absolute-location-data_xmtr> Rcvr: <absolute-location-data_rcvr> Xmtr->Rcvr: <relative-location-data_xmtr->rcvr> Rcvr->Xmtr: <relative-location-data_rcvr->xmtr> XmtrBeam: <beam-data_xmtr> RcvrBeam: <beam-data_rcvr> <other-data>
If the EMI is one-way between receiver and target	<absolute-location-data_rcvr>, <absolute-location-data_tgt>, <relative-location-data_rcvr->tgt>, <relative-location-data_tgt->rcvr>, <beam-data_rcvr>, <other-data>	Rcvr: <absolute-location-data_rcvr> Tgt: <absolute-location-data_tgt> Rcvr->Tgt: <relative-location-data_rcvr->tgt> Tgt->Rcvr: <relative-location-data_tgt->rcvr> RcvrBeam: <beam-data_rcvr> <other-data>
If the EMI is bistatic, two-way between transmitter, receiver, and target	<absolute-location-data_xmtr>, <absolute-location-data_rcvr>, <absolute-location-data_tgt>, <relative-location-data_xmtr->tgt>, <relative-location-data_tgt->xmtr>, <relative-location-data_rcvr->tgt>, <relative-location-data_tgt->rcvr>, <beam-data_xmtr>, <beam-data_rcvr>, <other-data>	Xmtr: <absolute-location-data_xmtr> Rcvr: <absolute-location-data_rcvr> Tgt: <absolute-location-data_tgt> Xmtr->Tgt: <relative-location-data_xmtr->tgt> Tgt->Xmtr: <relative-location-data_tgt->xmtr> Rcvr->Tgt: <relative-location-data_rcvr->tgt> Tgt->Rcvr: <relative-location-data_tgt->rcvr> XmtrBeam: <beam-data_xmtr> RcvrBeam: <beam-data_rcvr> <other-data>
If the EMI is non-bistatic, two-way between transmitter, receiver, and target	<absolute-location-data_xmtr/rcvr>, <absolute-location-data_tgt>, <relative-location-data_{xmtr/rcvr->tgt}>, <relative-location-data_{tgt->xmtr/rcvr}>, <beam-data_xmtr/rcvr>, <beam-data_tgt>, <other-data>	Xmtr/Rcvr: <absolute-location-data_xmtr/rcvr> Tgt: <absolute-location-data_tgt> Xmtr/Rcvr->Tgt: <relative-location-data_{xmtr/rcvr->tgt}> Tgt->Xmtr/Rcvr: <relative-location-data_{tgt->xmtr/rcvr}> XmtrBeam: <beam-data_xmtr/rcvr> RcvrBeam: <beam-data_tgt> <other-data>

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Signature Elements ¶

Expanded Compound Signature Elements¶

Compound signature elements encapsulate related signature elements and appear in bold. These are included to improve readability of the documentation.

Field	CSV	EVT
<absolute-location-data>	<platform_type>, <location_LLA>,<location_eci>, <orientation>, <velocity_NED>,<velocity_ECI>, <acceleration_NED>,<acceleration_ECI>	Type: <platform_type> { <location_LLA> \| <location_ECI> } <orientation> <velocity_{(NED \| ECI)}> <acceleration_{(NED \| ECI)}>
<relative-location-data>	<range_m>, <brg_true>,<el_true>, <brg_apparent>,<el_apparent>	Range: <range_km> km (<range_nmi> nm) Brg: <brg_true> El: <el_true> Apparent: Brg: <brg_apparent> El: <el_apparent>
<beam-data>	<brg_{beam point}>,<el_{beam point}>, <az_beam>,<el_beam>, <az_{beam EBS}>,<el_beam>,<omega_A>, <gain>	Brg: <brg_{beam point}> deg El: <el_{beam point}> deg TgtRel Az: <el_beam> deg El: <el_beam> deg EBS Az: <az_{beam EBS}> deg El: <el_{beam EBS}> Omega: <omega_A> deg Gain: <log(gain)> dB
<location_LLA>	<latitude>,<longitude>,<altitude>	LLA: <latitude> <longitude> <altitude> m
<location_ECI>	<\|L\|_ECI>,<u_Lx>,<u_Ly>,<u_Lz>	ECI Location: <\|L\|_ECI> * m [ <u_Lx> <u_Ly> <u_Lz> ]
<orientation>	<heading>,<pitch>,<roll>	Heading: <heading> Pitch: <pitch> Roll: <roll>
<velocity_NED>	<\|v\|_NED>,<u_vN>,<u_vE>,<u_vD>	Speed: <\|v\|_NED> m/s * [ <u_vN> <u_vE> <u_vD> ]
<velocity_ECI>	<\|v\|_ECI>,<u_vx>,<u_vy>,<u_vz>	Speed: <\|v\|_ECI> m/s * [ <u_vx> <u_vy> <u_vz> ]
<acceleration_NED>	<\|a\|_NED>,<u_aN>,<u_aE>,<u_aD>	Acceleration: <\|v\|_NED> m/s2 * [ <u_aN> <u_aE> <u_aD> ]
<acceleration_ECI>	<\|a\|_ECI>,<u_ax>,<u_ay>,<u_az>	Acceleration: <\|a\|_ECI> m/s2 * [ <u_ax> <u_ay> <u_az> ]

<other-data> includes a variety of signature elements. It may be further sub-divided in the future.

Field	CSV	EVT
<other-data>	{ ,<log(signature_radar)>,<signature_radar>,<az_radar>,<el_radar> \| ,,,, } { ,<log(signature_optical)>,<signature_optical>,<az_optical>,<el_optical>, { <reflectivity_optical> } \| ,,,,, } { ,<signature_infrared>,<az_radar>,<el_radar> { ,<I_BR>,<I_CR>,<F_A> \| ,,, } \| ,,,,,, } { { ,<log(F_A)>,<F_A> \| ,, } { ,<log(F⁴_P)>,<F⁴_P>,<F_P> \| ,,, },{ <F_M> } \| ,,,,,, } { ,{ <log(P_T)> },{ <log(P_R)> },{ <log(P_RN)> },{ <log(P_C)> },{ <log(P_I)> } { <emi-component-power-data> \| ,,, },{ <pixel-count> } { ,<log(S/I)>,{ <log(threshold)> } { ,<log(S/N)>,<log(S/(N+C))>,<log(S/(N+C+J))> \| ,,, } \| ,,,,, } \| ,,,,,,,,,,,,,, }, <emi-component-data>,<emi-failures>	{ Radar_Sig: <log(signature_radar)> dBsm (<signature_radar> m^2) Az: <az_radar> deg El: <el_radar> deg } { Optical_Sig: <log(signature_optical)> dBsm (<signature_optical> m^2) Az: <az_optical> deg El: <el_optical> deg Reflectivity: <reflectivity_optical> } { { Infrared_Sig: <signature_infrared> w/sr Az: <az_infrared> deg El: <el_infrared> deg } { Background_radiant_intensity: <I_BR> w/sr Contrast_radiant_intensity: <I_CR> w/sr Transmittance: <F_A> } } { { Absorption_factor: <log(F_A)> dB (<F_A>) } { Propagation_factor_F^4: <log(F⁴_P)> dB (<F⁴_P>) F: <F_P> } { Masking_Factor: <F_M> } } { { Xmtd_Power: <log(P_T)> dBw } { Rcvd_Power: <log(P_R)> dBw } { Rcvr_Noise: <log(P_RN)> dBw } { Clutter_Power: <log(P_C)> dBw } { <Label_{SNR_Int}>: <log(P_I)> dBw } { <emi-component-power-data> } { Pixel_Count: <pixel-count> } { S/I: <log(S/I)> dB { Threshold: <log(threshold)> dB } { S/N: <log(S/N)> dB S/(N+C): <log(S/(N+C))> dB <Label_{SNR_Int}>: <log(S/(N+C+J))> dB } } } <emi-component-data> <emi-failures>

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Conditional Signature Elements¶

<relative-location-data>¶

Field	Condition	Description
<range_unit>	[1]: If the range > 0.0	The distance between the source and destination system (in the specified units, denoted with the subscript).
<brg_true>		The direction based off the true unit vector in azimuth/elevation.
<el_true>
<brg_apparent>	[1]: AND If the earth radius scale != 1.0	The direction based off the apparent unit vector in azimuth/elevation.
<el_true>

<beam-data>¶

Field	Condition	Description
<brg_{beam point}>	[1]: If the gain >= 0.0	The direction the beam is pointing in azimuth/elevation.
<el_{beam point}>
<brg_beam>		The direction of the target with respect to the beam in azimuth/elevation.
<el_beam>
{	[2]: [1] AND If the gain > 0.0
<brg_{beam EBS}>	[2] AND If the antenna is in EBS mode	The direction of the beam with respect to the antenna face in azimuth/elevation.
<el_{beam EBS}>
<omega_A>		The solid angle that the antenna beam makes with the antenna face.
<gain>	[2]	The beam gain.
<log(gain)>
}

<other-data>¶

Field	Condition	Description
<log(signature_radar)>	[1] If the radar signature > 0.0
<signature_radar>
<az_radar>
<el_radar>
<log(signature_optical)>	[2] If the optical signature > 0.0
<signature_optical>
<az_optical>
<el_optical>
<reflectivity_optical>	[2] AND If the optical reflectivity > 0.0
<signature_infrared>	[3] If the infrared signature > 0.0
<az_infrared>
<el_infrared>
<I_BR>	[4] If the signal-to-noise > 0.0
<I_CR>
<I_F>
{	[5] If the absorption factor > 0.0 OR the propagation factor > 0.0 OR 0.0 <= masking factor < 1.0
<log(F_A)>	[5] AND If the absorption factor > 0.0
<F_A>
<log(F⁴_P)>	[5] AND If the propagation factor > 0.0
<F^4⁴_P>
<F_P>
<F_M>	[5] AND If 0.0 <= masking factor < 1.0
}
{	[6] If the transmitted power > 0.0 OR the received power > 0.0 OR the pixel count > 0.0 OR the signal-to-noise > 0.0
<log(P_T)>	[6] AND If the transmitted power > 0.0
<log(P_R)>	[6] AND If the received power > 0.0
<log(P_RN)>	[6] AND If the receiver noise power > 0.0
<log(P_C)>	[6] AND If the clutter power > 0.0
<log(P_I)>	[6] AND If the interference power > 0.0
<emi-component-powers-data>	[7] For each emi-component	Power data associated with specific components. Note Actual output may vary.
<count_pixel>	[8] If the pixel count > 0.0	The approximate number of pixels the target occupies in the image.
<emi-component-data>		Other data associated with specific components. Note Actual output may vary.
<emi-failure>	[9] If any failure occurred	The failure strings, which can be one or more of the following: Xmtr_Range_Limits_Exceeded Rcvr_Range_Limits_Exceeded Xmtr_Altitude_Limits_Exceeded Rcvr_Altitude_Limits_Exceeded Xmtr_Angle_Limits_Exceeded Rcvr_Angle_Limits_Exceeded Xmtr_Masked_By_Horizon Rcvr_Masked_By_Horizon Xmtr_Masked_By_Terrain Rcvr_Masked_By_Terrain Insufficient_Signal

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emi-data¶

Possible Signatures ¶

Signature Elements ¶

Expanded Compound Signature Elements¶

Conditional Signature Elements¶

<relative-location-data>¶

<beam-data>¶

<other-data>¶

Core Apps

Demos

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Warlock

Wizard

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Mover Creator

This Page

emi-data¶

Possible Signatures¶

Signature Elements¶

Expanded Compound Signature Elements¶

Conditional Signature Elements¶

<relative-location-data>¶

<beam-data>¶

<other-data>¶

Possible Signatures ¶

Signature Elements ¶