Making a counter out of cycling data for a quasi-realtime plot

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Caleb 2013-8-6

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此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/84166-making-a-counter-out-of-cycling-data-for-a-quasi-realtime-plot

Consider the following dummy data from testing a battery:

%%Data
  t = 1:1:100; t = t';
  shape = [1 2 3 4 5 5 4 3 2 1]';
  voltage = [shape; shape; shape; shape; shape; shape; shape; shape; shape; shape];
  cycle = 10*ones(10,1);
  intCycle = [1; 2; 3; 4; 5; 6; 7; 8; 9; 10];
%%Quasi-realtime plot
% loop for time-dependent measurements
n = numel(time);
figure, xlim([min(time) max(time)]), ylim([-1.5 5]), xlabel('time (s)'), ylabel('voltage (V)');
hold on
% plot first point
h(1) = plot(time(1), voltage(1));
handles.slider = uicontrol('style', 'slider',...
                           'position', [350 10 200 20], ...
                           'min', 0, 'max', 60, ...
                           'sliderstep',[0.1 0.1], 'value', 10);
slidervalue = get(handles.slider, 'value');
refreshRate = 1/slidervalue;
% loop for cycle-dependent measurements
m = numel(cycle);
figure, xlim([0 numel(cycle)]), ylim([0 max(voltage)]), xlabel('Cycle #'), ylabel('voltage (V)');
hold on
% plot first point
h(2) = plot(intCycle(1), voltage(1));
    set(h(4), 'color', 'magenta');
for i = 1:n-1
      % time dependent
      set(h(1), 'XData', time(1:i), 'YData', voltage(1:i));
      drawnow;
      pause(refreshRate);
          slidervalue = get(handles.slider, 'value');
          refreshRate = 1/slidervalue;
end 
hold off

What I want to do is plot the voltage at the end of each cycle. Each cycle is 10 seconds long in this example, but the cycle length will most likely never be constant, so there needs to be a way (probably within the loop) to check if the time in cycle(i,1) is complete. Once one cycle is complete, I want one data point plotted on the axis in figure 2.

So, the way it should go in this example is that 10 points are plotted with respect to time in figure 1 for every 1 point plotted with respect to cycle in figure 2.