lab5 task1 done, task2 nearly finished

lab_5/task1.m

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+satSim = create_satellite_sim(satConfig, groundStation);
+% viewer = satelliteScenarioViewer(satSim.sc);
+
+sampleTimes = satConfig.startTime:seconds(satConfig.sampleTime):satConfig.stopTime;
+distancesToSat = zeros(size(sampleTimes));
+elevationAnglesToSat = zeros(size(sampleTimes));
+
+progressStartText = "Starting ...";
+f = waitbar(0, progressStartText, "Name", "Task 1");
+
+progressTotal = numel(sampleTimes);
+progressQueue = parallel.pool.DataQueue;
+
+parfor_waitbar(f, progressTotal, progressStartText, true);
+progressListener = afterEach(progressQueue, @(info) parfor_waitbar(f, progressTotal, info, false));
+
+parfor idx = 1:numel(sampleTimes)
+    res = perform_access_analysis(satSim, sampleTimes(idx));
+    distancesToSat(idx) = res.distanceToSatellite;
+    elevationAnglesToSat(idx) = res.elevationAngleToSatellite;
+    send(progressQueue, sprintf("Index %d", idx));
+end
+
+delete(progressListener);
+if ishandle(f)
+    close(f);
+end
+
+figure;
+plot(sampleTimes, distancesToSat);
+grid on;
+xlabel("Time [s]");
+ylabel("Distance to Satellite [m]");
+title("Distance over time plot of satellite pass");
+
+figure;
+plot(sampleTimes, elevationAnglesToSat);
+grid on;
+xlabel("Time [s]");
+ylabel("Elevation angle to satellite [degree]");
+title("Elevation angle over time plot of satellite pass");
+
+accessAnalysisResults.times = sampleTimes;
+accessAnalysisResults.distances = distancesToSat;
+accessAnalysisResults.elevationAngles = elevationAnglesToSat;