:orphan: .. **************************************************************************** .. 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. .. **************************************************************************** .. demo:: comm .. |classification| replace:: Unclassified .. |date| replace:: 2019-08-22 .. |group| replace:: Demos .. |image| replace:: images/comm_demo.png .. |tags| replace:: n/a .. |title| replace:: comm demo .. |startup| replace:: group_comm_example.txt .. |summary| replace:: These demos provide example scenarios that showcase comm capabilities. .. |i| image:: images/comm_demo.png :height: 150 px :width: 118 px .. include:: demo_template.txt | This is a collection of demos that showcase :command:`comm` and other related capabilities. group_comm_example.txt ---------------------- This simple scenario provides an example of transmitting tracks received from off-board platforms to other groups. Scenario: * Platform 1 (p1) is the only platform that has their sensor ON in the simulation * Platform 1 (p1) can communicate tracks to platforms in FIGHTER_GROUP_1 (p1, p2) * Platform 2 (p2) can communicate tracks to platforms in FIGHTER_GROUP_2 (p2, p3) * p1 CANNOT communicate tracks to p3, but must go by way of p2 ad_hoc.txt ---------- | This scenario places ad-hoc enabled platforms randomly in a constrained area, and forms | a network based on rules defined by the ad-hoc protocol. A high velocity ad-hoc enabled | friendly passes through the area to highlight how linkage is created and removed between | members during runtime. An opposing aircraft moves through the area, creating tracks that | are reported through the network based on the resulting network topology. | | Network connections and resulting message transmissions are visualized using :class:`WsfDraw`.