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lab1/sensors/radar/blue_a2a_radar.txt
2025-09-12 15:20:28 +08:00

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# ****************************************************************************
# CUI
#
# The Advanced Framework for Simulation, Integration, and Modeling (AFSIM)
#
# The use, dissemination or disclosure of data in this file is subject to
# limitation or restriction. See accompanying README and LICENSE for details.
# ****************************************************************************
###############################################################################
#
# File: blue_a2a_radar.txt
#
# ***** NOTICE *****
#
# This definition is not intended to be representive of the real system.
# Some undefined characteristics of the system have been provided so the
# achieved performance matches the values defined in the noted references.
#
# Reference: unknown
#
# June 08: added to file repository
#
# UNCLASSIFIED
###############################################################################
#
# Includes:
# antenna_pattern : receive/transmit pattern
# sensor :
# slew_mode
# mode_template: basic sensor specification
# transmitter : uses predefined antenna pattern , power, & frequency
# receiver : not specified
# range_product (equivalent on_m2_detect_range is provided)
# report info
# mode details for 120X10, 40X20, 20X15_BALL, & 20X15
# these use the data in the mode template and provide a place to
# edit various parameters such as:
# range_product, azimuth_field_of_view & elevation_field_of_view
# alpha/beta filter
#
# Minimum Additional data needed in user's file
# Specify the location and orientation of the sensor on the platform .
# (e.g., location 0.0 0.0 -30 m)
# Specify pitch of plane for antenna rotation (default = 0)
# (e.g., pitch 0 deg)
#
###############################################################################
#
# SNIPPET: example of how this sensor could be included in a simulation
#
#---*---*---
# Define a platform that contains the sensor
# BLUE_MULTIROLE_FIGHTER_1_BASELINE contains mover, signatures, dimensions, etc.
#---*---*---
// include_once blue_a2a_radar.txt
//
// ... simulation setup & initialization commands
//
// platform sensor_platform BLUE_MULTIROLE_FIGHTER_1_BASELINE
// heading 180.0 deg
// side red
// start_time 0.0000000000 sec
// // subsonic cruise at far less than max ceiling
// route
// position 06:56:24n 117:11:16e altitude 6000 m msl
// speed 600 knots
// position 08:21:12n 117:11:16e altitude 6000 m msl
// speed 600 knots
// end_route
//
// add sensor gen_radar BLUE_A2A_RADAR
// on
// debug
// end_sensor
// end_platform
#---*---*---
# Define a target
#---*---*---
// platform_type UAV_TYPE WSF_PLATFORM
// icon predator # or: Global_Hawk, predator, ucav, UCAV_Navy
// side blue
// category catUAV
//
// radar_signature ONE_M_SQUARED_RADAR_SIGNATURE
// optical_signature ONE_M_SQUARED_OPTICAL_SIGNATURE
//
// mover WSF_AIR_MOVER
// roll_rate_limit 1 rad/sec
// default_linear_acceleration 1.0 g
// default_radial_acceleration 6.5 g
// default_climb_rate 17.3 fps
// maximum_speed 130.0 knots
// maximum_altitude 15000 ft
// minimum_altitude 50 ft
// maximum_linear_acceleration 8 g
// end_mover
//
// end_platform_type
#
###############################################################################
#-- Basic Antenna pattern
antenna_pattern BLUE_A2A_RADAR_ANTENNA_PATTERN
inline_table db
#-- The 1st is the number of azimuths and the 2nd is the number of elevations
4 2
-1.0 1.0
-5.0 5.0 5.0
-1.5 35.0 35.0
1.5 35.0 35.0
5.0 5.0 5.0
end_inline_table
end_antenna_pattern
#-- BLUE_MULTIROLE_FIGHTER_1 Sensor specification
sensor BLUE_A2A_RADAR WSF_RADAR_SENSOR
#-- Platform Part Commands
off # default
no_debug # default
#-- Articulated Part Commands
# Slew mode and limits, yaw, pitch, & roll info goes here
slew_mode azimuth
#-- Sensor Level Commands
show_calibration_data # display radar characteristics
#-- Detection Scheduling Commands
# none at this time
mode_template
#-- Beam Commands
transmitter
frequency 9.6 ghz
power 2.0 MW
antenna_pattern BLUE_A2A_RADAR_ANTENNA_PATTERN
end_transmitter
receiver
end_receiver
range_product 201.8 dBsm # ~59.9 nm
// one_m2_detect_range 59.9 nm
#-- Detection Scheduling Commands
//frame_time 0.1 sec
frame_time 0.5 sec
#-- Track Formation Commands
reports_location
reports_velocity
end_mode_template
mode 120X10
azimuth_field_of_view -60.0 deg 60.0 deg
elevation_field_of_view -5.0 deg 5.0 deg
range_product 194.4 dBsm # ~39.1 nm
// one_m2_detect_range 39.1 nm
transmitter
power 2.3 MW
end_transmitter
end_mode
mode 40X20
azimuth_field_of_view -20.0 deg 20.0 deg
elevation_field_of_view -10.0 deg 10.0 deg
range_product 198.7 dBsm # ~50.1 nm
//one_m2_detect_range 50.1 nm
end_mode
mode 20X15_BALL
azimuth_field_of_view -10.0 deg 10.0 deg
elevation_field_of_view -7.5 deg 7.5 deg
end_mode
mode 20X15
azimuth_field_of_view -10.0 deg 10.0 deg
elevation_field_of_view -7.5 deg 7.5 deg
end_mode
#-- Track Filter Commands
filter WSF_ALPHA_BETA_FILTER
alpha 0.4
beta 0.1
end_filter
end_sensor