* '''Angles of Arrival''': These are the Theta and Phi angles of the individual rays received by the selected receiver and saved to the files "SBR_receiver_set_name_ThetaARRIVAL.ANG" and "SBR_receiver_set_name_PhiARRIVAL.ANG". You can plot them in the Data Manager in polar stem charts.
Besides visualizing the coverage map and received rays When you run a frequency or parametric sweep in the [[EM.Cube|EM.CUBE]]'s [[Propagation Module]]Terrano, you can also plot the '''Path Loss''' of all the receivers belonging to a receiver set as well as the '''Power Delay Profile''' tremendous amount of individual receivers. To plot these data, go may be generated. EM.Terrano only stores the '''ObservablesReceived Power''' section of the Navigation Tree and right click on the '''Receivers''' item. From the context menu, select '''Plot Path Loss''' or and '''Plot Power Delay ProfileSNR'''of the selected receiverin ASCII data files called "PREC_i.DAT", respectively"PL_i. The path loss data between the active transmitter DAT" and all the receivers belonging to a receiver set are plotted on a Cartesian graph"SNR_i. The horizontal axis of this graph represents DAT", where is the index of the receiver. Power Delay Profile is a bar chart that plots the power of individual rays received by the currently selected receiver versus their time delay. If there is a line of sight (LOS) between a transmitter and receiver, the LOS ray will have the smallest delay and therefore will appear first set in the bar chartyour scene. Sometimes you may have several rays arriving at a receiver at the same time, i.eThese quantities are tabulated vs. all with the same delay, but with different power levelsweep variable's samples. These will appear as stacked bars You can plot these files in the chartEM.Grid.
[[Image:MORE.png|40px]] Click here to learn more about working with data filed and plotting graphs in [[EM.Cube]]'s '''[[Data_Visualization_and_Processing#Working_with_Data_Files| Data Manager]]'''.