RADAR simulation: calcDiffAngle(a,b) - File Exchange

No BSD License

Highlights from
RADAR simulation

radarSimulation(varargin) RADARSIMULATION M-file for radarSimulation.fig
MTIcalcVelocityFromFourier(en... vel = MTIcalcVelocityFromFourier(energyInFreqRangeCells,ind,freqRes,intermidateFreq,PRI)
analyzBuffer(handles,recieved... function analyzBuffer(handles,recievedSignal,processedRecivedSignal,energyInRangeCells,PWn,Th,rangeCellInd)
analyzBufferWithMTI(handles,r... function analyzBufferWithMTI(handles,recievedSignal,processedRecivedSignal,energyInFreqRangeCells,PWn,Th,freqInRangeCells,PRIn,rangeCellInd);
buildAntenaGain(handles) antenaGain = buildAntenaGain(handles)
calcDiffAngle(a,b) function dAngle = calcDiffAngle(a,b)
changeGuiColors( handles )
createTargetObj( pos, RCS, R,... function target = createTargetObj( pos, RCS, range, plotted, v, angle, clockWise,minAgnel)
createTargets(hObject,handles... handles = createTargets(hObject,handles);
dAngle(a,b)
displayTargets(handles,mode)
h=placeClutter(h,XY) h=placeClutter(h,XY)
handleRadarControlls(handles,... 'persistentDisplay';
plotDistLines(h,fontSize);
plotFOV(handles,t,w,radarSect... this function updates the radar display
plotTarget( target,handles) This function plots a target in the radar display
runRadarSim_v2(handles) function runRadarSim(handles,isAnalyzeBufferMode);
targetsReturn(targets, antena... This function returns the time phase and amplitude of the return signal
View all files

from RADAR simulation by Yonathan Nativ
an early warning RADAR simulation

calcDiffAngle(a,b)

function dAngle = calcDiffAngle(a,b)
% function dAngle = calcDiffAngle(a,b)
% This function calculate the angle diffrence between a & b
% a & b  should be in range of [0 2pi]
% This function don't have any data checks (real-time performance)

dAngle = mod(b-a,2*pi);
dAngle( dAngle > pi ) = dAngle( dAngle > pi ) -2*pi;

Highlights from RADAR simulation

Highlights from
RADAR simulation