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- This example demonstrates how to display obstacle loss that happens during radio
- signal propagation. Obstacle loss is twofold: dielectric loss is caused by the
- object's material, reflection loss is caused by entering and leaving the object.
- The ad-hoc wireless network contains 2 nodes. The source node continuously pings
- the destination node through a simple physical wall. Both nodes move up and down
- but they always stay at the opposite sides of the wall.
- When you run the example, the obstacle loss visualizer displays the intersections
- between the radio signal propagation path and the physical object. It also shows
- the face normal vectors for the intersections where the signal enters or leaves
- the object.
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