explanation if autosched is not scheduling until specified end

CODE/VIE_SCHED/SAT_SCHED/auto_sched.m

@@ -293,6 +293,7 @@
 
                 else % Not enough stations left!
                     flag_next_scan_con = true;
+					fprintf('WARNING: not enough stations left due to slew-time condition\n');
                     break;
                 end % if length(start_jd_list_temp) >= max(2, PARA.MIN_STANUM)
 
@@ -306,6 +307,7 @@
 
                 else % Not enough stations left!
                     flag_next_scan_con = true;
+					fprintf('WARNING: not enough stations left due to arrive-time condition. Consider increasing PARA.MAX_WAIT\n');
                     break;
                 end % if length(start_jd_list_temp) >= max(2, PARA.MIN_STANUM)
 

CODE/VIE_SCHED/SAT_SCHED/create_elevation_plot.m

@@ -21,6 +21,7 @@
 %   - 2016-12-02: A. Hellerschmied: - Adaptive x-tick labels
 %                                   - optionial input arguments to set x-tick units and according interval
 %   - 2017-01-23: A. Hellerschmied: Fixed small bug in defining x-tick separation
+%   - 2018-12-20: A. Corbin       : unnecessary entries in legend removed
 %           
 %
 %   inputs        :
@@ -265,7 +266,7 @@
 
             % Add Title to Plot
             title(['Station: ', stat_data.stat(i_stat).name]);
-            ylabel('El [�]');
+            ylabel('El [deg]');
             % xlabel('Duration [hours]');
 
 
@@ -283,25 +284,25 @@
             for i_sat = 1 : stat_data.number_of_sat
                 % El. Rate
                 if (PARA.PLOT_EL_RATE)
-                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis2_rate = plot(t, exceed_max_axis2_rate(i_sat, :), 'Color', current_color(i_sat,:));
+                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis2_rate = plot(t, exceed_max_axis2_rate(i_sat, :), 'Color', current_color(i_sat,:), 'HandleVisibility','off');
                     set(sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis2_rate, 'Marker', 'd');
                 end
 
                 % Az. Rate
                 if (PARA.PLOT_AZ_RATE)
-                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis1_rate = plot(t, exceed_max_axis1_rate(i_sat, :), 'Color', current_color(i_sat,:));
+                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis1_rate = plot(t, exceed_max_axis1_rate(i_sat, :), 'Color', current_color(i_sat,:), 'HandleVisibility','off');
                     set(sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_max_axis1_rate, 'Marker', 's');
                 end
 
                 % Sun dist.
                 if (PARA.PLOT_SUN_DIST)
-                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_min_sun_dist = plot(t, exceed_min_sun_dist(i_sat, :), 'Color', current_color(i_sat,:));
+                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_min_sun_dist = plot(t, exceed_min_sun_dist(i_sat, :), 'Color', current_color(i_sat,:), 'HandleVisibility','off');
                     set(sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_min_sun_dist, 'Marker', '*');
                 end
 
                 % Axis limits
                 if (PARA.PLOT_AXIS_LIMITS)
-                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_axis_limits = plot(t, exceed_axis_limits(i_sat, :), 'Color', current_color(i_sat,:));
+                    sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_axis_limits = plot(t, exceed_axis_limits(i_sat, :), 'Color', current_color(i_sat,:), 'HandleVisibility','off');
                     set(sched_handles.el_plot.stat(i_stat).sat(i_sat).h_exceed_axis_limits, 'Marker', 'o');
                 end
 
@@ -335,17 +336,17 @@
 
                     % Rise
                     if ~(isempty(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).rise.year))
-                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_rise = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).rise.jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).rise.el, 'CData', current_color(i_sat,:));
+                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_rise = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).rise.jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).rise.el, 'CData', current_color(i_sat,:), 'HandleVisibility','off');
                     end
 
                     % Peak
                     for i_peak = 1 : stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).number_of_peaks
-                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_peak = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).peak(i_peak).jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).peak(i_peak).el, 'CData', current_color(i_sat,:));
+                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_peak = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).peak(i_peak).jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).peak(i_peak).el, 'CData', current_color(i_sat,:), 'HandleVisibility','off');
                     end
 
                     % Set
                     if ~(isempty(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).set.year))
-                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_set = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).set.jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).set.el, 'CData', current_color(i_sat,:));
+                        sched_handles.el_plot.stat(i_stat).sat(i_sat).overpass(i_overp).h_set = scatter(stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).set.jd, stat_data.stat(i_stat).sat(i_sat).overpass(i_overp).set.el, 'CData', current_color(i_sat,:), 'HandleVisibility','off');
                     end
 
                 end
@@ -411,7 +412,7 @@
 
     % Add Title an Axes Labels to Plot
     title('Potential observation periods from station network');
-    ylabel('El [�]');
+    ylabel('El [deg]');
 
     % Plot vertical lines and print time tags:
 

CODE/VIE_SCHED/SAT_SCHED/create_skyplot.m

@@ -12,6 +12,7 @@
 %   - 2014-08.28: A. Hellerschmied: plot markers as "timescale" in skyplot. 
 %   - 2015-07-29: A. Hellerschmied: Horizintal mask is plotted additionally to the cut-off elevation
 %   - 2016-12-22, A. Hellerschmied: - PARA.INIT_PROP_INTERVAL in [sec] instead of [min]
+%   - 2018-12-20: A. Corbin       : unnecessary entries in legend removed
 %           
 %
 %   inputs        :
@@ -143,9 +144,9 @@
             % Timescale markers:
             if mod(marker_int_min / prop_int_min, 1) == 0 % plot markers
                 marker_int = marker_int_min / prop_int_min;
-                [h_plot, h_axis, plotted_sats] = skyplot(az_data, el_data, prn, marker_int, line_style);          
+                [h_plot, h_axis, plotted_sats] = skyplot(az_data, el_data, prn, marker_int, line_style);
             else % do not plot time markers
-                [h_plot, h_axis, plotted_sats] = skyplot(az_data, el_data, prn); 
+                [h_plot, h_axis, plotted_sats] = skyplot(az_data, el_data, prn);
             end
 
             % Save handles to structure:
@@ -222,7 +223,7 @@
             end % if flag_plot_h_mask
 
             % Plot:
-            sched_handles.sky_plots(i_stat).h_cut_off_el_marker = line(xx_mask, yy_mask, 'Linestyle', '-.', 'Color', 'red', 'LineWidth', 0.1);
+            sched_handles.sky_plots(i_stat).h_cut_off_el_marker = line(xx_mask, yy_mask, 'Linestyle', '-.', 'Color', 'red', 'LineWidth', 0.1,  'HandleVisibility','off');
 
 
             % ##### Get observation type of the antenna #####
@@ -340,7 +341,7 @@
             xx_pointer_2 = elSpherical_2 .* sin(pointer_az_rad);  
 
             % Plot pointer
-            sched_handles.sky_plots(i_stat).h_az_end_of_last_obs_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], 'color', color_last_scan_end);
+            sched_handles.sky_plots(i_stat).h_az_end_of_last_obs_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], 'color', color_last_scan_end,  'HandleVisibility','off');
 
 
 
@@ -358,7 +359,7 @@
                 xx_pointer_3 = elSpherical_3 .* sin(pointer_az_rad);
 
                 % Plot pointer
-                sched_handles.sky_plots(i_stat).h_el_end_of_last_obs_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', color_last_scan_end);
+                sched_handles.sky_plots(i_stat).h_el_end_of_last_obs_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', color_last_scan_end,  'HandleVisibility','off');
 
             end
 

CODE/VIE_SCHED/SAT_SCHED/update_elevation_plot_pointer.m

@@ -31,6 +31,7 @@
 %   - error_msg           : Error Message (empty, if no errors occured)
 %
 % CHANGES:
+%   - 2018-12-20: A. Corbin       : unnecessary entries in legend removed
 %
 
 function [sched_handles, error_code, error_msg] = update_elevation_plot_pointer(sched_handles, obs_data, plot_opt, t_epoch_jd, PARA, current_station_id_list)
@@ -221,7 +222,7 @@
                 temp = get(gca, 'YLim');
                 y_min = temp(1);
                 y_max = temp(2); 
-                sched_handles.el_plot.stat(i_stat).h_epoch_marker_end_of_last_obs = line([antenna_pos_time_eolo, antenna_pos_time_eolo], [y_min, y_max], 'color', sched_handles.color_markers_end_of_last_scan);
+                sched_handles.el_plot.stat(i_stat).h_epoch_marker_end_of_last_obs = line([antenna_pos_time_eolo, antenna_pos_time_eolo], [y_min, y_max], 'color', sched_handles.color_markers_end_of_last_scan, 'DisplayName', 'end epoch last scan');
             end
 
 
@@ -230,7 +231,7 @@
                 temp = get(gca, 'YLim');
                 y_min = temp(1);
                 y_max = temp(2); 
-                sched_handles.el_plot.stat(i_stat).h_epoch_marker_start = line([antenna_pos_time_start, antenna_pos_time_start], [y_min, y_max], 'color', sched_handles.color_markers_scan_start); % error: Vectors must be the same length.
+                sched_handles.el_plot.stat(i_stat).h_epoch_marker_start = line([antenna_pos_time_start, antenna_pos_time_start], [y_min, y_max], 'color', sched_handles.color_markers_scan_start, 'DisplayName', 'start epoch new scan'); % error: Vectors must be the same length.
             end
 
 
@@ -240,15 +241,15 @@
                 temp = get(gca, 'YLim');
                 y_min = temp(1);
                 y_max = temp(2); 
-                sched_handles.el_plot.stat(i_stat).h_epoch_marker_end = line([antenna_pos_time_end, antenna_pos_time_end], [y_min, y_max], 'color', sched_handles.color_markers_scan_end);
+                sched_handles.el_plot.stat(i_stat).h_epoch_marker_end = line([antenna_pos_time_end, antenna_pos_time_end], [y_min, y_max], 'color', sched_handles.color_markers_scan_end, 'DisplayName', 'end epoch new scan');
             end
 
             if flag_update_current_epoch_marker
                 % Draw epoch marker (vertical line) 
                 temp = get(gca, 'YLim');
                 y_min = temp(1);
                 y_max = temp(2); 
-                sched_handles.el_plot.stat(i_stat).h_current_epoch_marker = line([t_epoch_jd, t_epoch_jd], [y_min, y_max], 'color', sched_handles.color_current_epoch_marker);
+                sched_handles.el_plot.stat(i_stat).h_current_epoch_marker = line([t_epoch_jd, t_epoch_jd], [y_min, y_max], 'color', sched_handles.color_current_epoch_marker, 'DisplayName','current epoch');
             end
 
 
@@ -456,4 +457,4 @@
 
 
 
-return
+return

CODE/VIE_SCHED/SAT_SCHED/update_sky_plots.m

@@ -36,6 +36,7 @@
 %   - error_msg           : Error Message (empty, if no errors occured)
 %
 % CHANGES:
+%   - 2018-12-20: A. Corbin       : unnecessary entries in legend removed
 %
 
 function [sched_handles, error_code, error_msg] = update_sky_plots(sched_handles, stat_data, station_id_list, source, PARA, obs_data, flag_plot_sources, jd_current_epoch_marker, flag_observable_quasars_list)
@@ -131,7 +132,7 @@
                         xx = elSpherical .* sin(az * pi/180); 
 
                         % ### Plot marker ###
-                        sched_handles.sky_plots(station_id).sat(i_sat).h_current_epoch_marker = plot(xx', yy', '*', 'color', temp_color, 'MarkerSize', 20); 
+                        sched_handles.sky_plots(station_id).sat(i_sat).h_current_epoch_marker = plot(xx', yy', '*', 'color', temp_color, 'MarkerSize', 20, 'HandleVisibility','off'); 
 
                     else % Satellite is below the cut-off elevation
 
@@ -208,4 +209,4 @@
 
 
 
-return;
+return;

CODE/VIE_SCHED/SAT_SCHED/update_sky_plots_pointer.m

@@ -41,6 +41,7 @@
 %   - error_msg           : Error Message (empty, if no errors occured)
 %
 % CHANGES:
+%   - 2018-12-20: A. Corbin       : unnecessary entries in legend removed
 %
 
 function [sched_handles, error_code, error_msg] = update_sky_plots_pointer(sched_handles, station_id_list, obs_data, plot_opt, PARA)
@@ -243,7 +244,9 @@
                 xx_pointer_2 = elSpherical_2 .* sin(pointer_az_rad_eolo); 
 
                 % Plot pointer
-                sched_handles.sky_plots(station_id).h_az_end_of_last_obs_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], 'color', sched_handles.color_markers_end_of_last_scan); 
+                sched_handles.sky_plots(station_id).h_az_end_of_last_obs_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], ...
+                                                                                        'color', sched_handles.color_markers_end_of_last_scan, ...
+                                                                                        'DisplayName','end epoch last scan'); 
 
                 % Update displayed azimuth value:
                 text_antenna_un_az_str_start = sprintf('%5.1f', pointer_az_rad_eolo * 180/pi);
@@ -260,7 +263,7 @@
                     xx_pointer_3 = elSpherical_3 .* sin(pointer_az_rad_eolo);
 
                     % Plot pointer
-                    sched_handles.sky_plots(station_id).h_el_end_of_last_obs_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_end_of_last_scan);
+                    sched_handles.sky_plots(station_id).h_el_end_of_last_obs_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_end_of_last_scan, 'HandleVisibility','off');
 
                     % Update displayed elevation value:
                     text_antenna_el_str_eolo = sprintf('%5.1f', pointer_el_rad_eolo * 180/pi);
@@ -300,7 +303,9 @@
                 xx_pointer_2 = elSpherical_2 .* sin(pointer_az_rad_start); 
 
                 % Plot pointer
-                sched_handles.sky_plots(station_id).h_azimuth_start_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], 'color', sched_handles.color_markers_scan_start); 
+                sched_handles.sky_plots(station_id).h_azimuth_start_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], ...
+                                                                                    'color', sched_handles.color_markers_scan_start, ...
+                                                                                    'DisplayName', 'start epoch new scan'); 
 
                 % Update displayed azimuth value:
                 text_antenna_un_az_str_start = sprintf('%5.1f', pointer_az_rad_start * 180/pi);
@@ -317,7 +322,7 @@
                     xx_pointer_3 = elSpherical_3 .* sin(pointer_az_rad_start);
 
                     % Plot pointer
-                    sched_handles.sky_plots(station_id).h_elevation_start_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_scan_start);
+                    sched_handles.sky_plots(station_id).h_elevation_start_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_scan_start, 'HandleVisibility','off');
 
                     % Update displayed elevation value:
                     text_antenna_el_str_start = sprintf('%5.1f', pointer_el_rad_start * 180/pi);
@@ -355,7 +360,9 @@
                 xx_pointer_2 = elSpherical_2 .* sin(pointer_az_rad_end); 
 
                 % Plot pointer
-                sched_handles.sky_plots(station_id).h_azimuth_end_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], 'color', sched_handles.color_markers_scan_end); 
+                sched_handles.sky_plots(station_id).h_azimuth_end_pointer = line([xx_pointer_1, xx_pointer_2], [yy_pointer_1, yy_pointer_2], ...
+                                                                                  'color', sched_handles.color_markers_scan_end, ...
+                                                                                  'DisplayName', 'end epoch new scan'); 
 
                 % Update displayed azimuth value:
                 text_antenna_un_az_str_end = sprintf('%5.1f', pointer_az_rad_end * 180/pi);
@@ -372,7 +379,7 @@
                     xx_pointer_3 = elSpherical_3 .* sin(pointer_az_rad_end);
 
                     % Plot pointer
-                    sched_handles.sky_plots(station_id).h_elevation_end_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_scan_end);
+                    sched_handles.sky_plots(station_id).h_elevation_end_pointer = plot(xx_pointer_3, yy_pointer_3, 'x', 'color', sched_handles.color_markers_scan_end, 'HandleVisibility','off');
 
                     % Update displayed elevation value:
                     text_antenna_el_str_end = sprintf('%5.1f', pointer_el_rad_end * 180/pi);
@@ -399,4 +406,4 @@
     end % station loop
 
 
-return;
+return;