Changes

A single-frequency SBR analysis is the simplest ray tracing simulation and involves the following steps[[Image:PROP12.png|thumb|350px|EM.Terrano's Simulation Run dialog.]]

# Set the unit of project scene and the A single-frequency of operation. Note that [[EM.Cube]]'s default project unit SBR analysis is millimeter. When working with the [[Propagation Module]], pay attention to the project unit. Radio propagation problems usually require meter, mile or kilometer as the project unit.# Create the blocks and draw the buildings at the desired locations.# Keep the default simplest type of ray domain tracing simulation and accept involves the default global ground or change its material properties.# Define the base sets (at least one for the transmitter and one for the receiver).# Define the transmitter and receiver(s) using the available base sets.# Run the SBR simulation engine.# Visualize the coverage map and plot other data.following steps:

You can access * Set the [[Propagation Module]]'s run dialog by clicking unit of project scene and the '''Run''' [[File:run_iconfrequency of operation.png]] button of Note that the default project unit is '''Simulate Toolbarmillimeter''' . Wireless propagation problems usually require meter, mile or by selecting '''Simulate > Runkilometer as the project unit.* Create the blocks and draw the buildings at the desired locations..''' * Keep the default ray domain and accept the default global ground or using the keyboard shortcut '''Ctrl+R'''change its material properties. When * Define an excitation source and observables for your project.* If you click the '''Run''' buttonintend to use transmitters and receivers in your scene, a new window opens up that reports first define the different stages of required base sets and then define the SBR simulation transmitter and indicates the progress of each stagereceiver sets based on them. After * Run the SBR simulation is successfully completed, a message pops up engine.* Visualize the coverage map and prompts the completion of the processplot other data.

You can access EM.Terrano's Simulation Run dialog by clicking the '''Run''' [[File:PROP12run_icon.png]] Figure 1: [[Propagation Module]]button of the 's Simulation ''Simulate Toolbar''' or by selecting '''Simulate > Run dialog...''' or using the keyboard shortcut {{key|Ctrl+R}}. When you click the {{key|Run}} button, a new window opens up that reports the different stages of the SBR simulation and indicates the progress of each stage. After the SBR simulation is successfully completed, a message pops up and prompts the completion of the process.