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measValues.setPlotMenu(target)
 

classdef c_frequencyPoints < c_measurementdata
    properties
        valuesVector;
      freqVector;
    end
    methods

        function obj = c_frequencyPoints(freqVector, valuesVector, date, description, device, die)
        %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
        %%% constructor
        %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
            obj = obj@c_measurementdata(date, description, device, die);
         obj.valuesVector   = valuesVector;
            obj.freqVector      = freqVector;
      end
     
      function plotFrequencyValues(self, target)
      %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
        %%% plot data
        %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
         axes(target);
         plot(self.freqVector, self.valuesVector);      
         c_measurementdata.setPlotMenu(target) % static
      end
    end
end
 

classdef c_measurementdata %< handle
   properties
      date;         % when measured
      description;   % more info about the data
      device;         % device name
      die;         % name of the measured die
     
   end
   methods (Static = false)
      function obj = c_measurementdata(date, description, device, die)
         switch nargin
            case 0
               obj.date      = '';
               obj.description = '';
               obj.device      = '';
            case 4
               obj.date      = date;
               obj.description = description;
               obj.device      = device;
               obj.die         = die;
         end
      end
      function returnString = getMeasurementInfo(self)
            returnString   = char(   ['Measurement date :        ', self.date,],...
                              ['Measurement device :      ', self.device,],...
                              ['Die Name:                 ', self.die,],...
                              ['Measurement description : ', self.description,]);
      end
   end
   methods (Static = true)
      function setPlotMenu(target)
         axes(target);
         % Define a context menu; it is not attached to anything
         hcmenu = uicontextmenu;        
         h1 = uimenu(hcmenu,'label','LineWidth');            % Make a menu for the lineWidth
         h2 = uimenu(hcmenu,'label','LineStyle');            % Make a menu for the lineStyle
         h3 = uimenu(hcmenu,'label','Extras');               % Make a menu for the extras
         
         
         % Define callbacks for context menu items that change linestyle
         width1   = ['set(gco, ''LineWidth'', 1)'];
         width2   = ['set(gco, ''LineWidth'', 2)'];
         width3   = ['set(gco, ''LineWidth'', 3)'];
         width4   = ['set(gco, ''LineWidth'', 4)'];
         lin1   = ['set(gco, ''LineStyle'', ''--'')'];
         lin2   = ['set(gco, ''LineStyle'', '':'')'];
         lin3   = ['set(gco, ''LineStyle'', ''-'')'];
         extra1   = ['delete(gco)'];
         % Define the context menu items and install their callbacks
         uimenu(h1, 'Label', '1', 'Callback', width1);
         uimenu(h1, 'Label', '2', 'Callback', width2);
         uimenu(h1, 'Label', '3', 'Callback', width3);
         uimenu(h1, 'Label', '4', 'Callback', width4);
         uimenu(h2, 'Label', 'dashed', 'Callback', lin1);
         uimenu(h2, 'Label', 'dotted', 'Callback', lin2);
         uimenu(h2, 'Label', 'solid',  'Callback', lin3);
         uimenu(h3, 'Label', 'DELETE',  'Callback', extra1);
         % Locate line objects
         hlines = findall(target, 'Type','line');
         % Attach the context menu to each line
         for line = 1:length(hlines)
            set(hlines(line),'uicontextmenu',hcmenu)
         end
      end  
   end
end
 

% TESTER der Objectklasse

clc; clear all; clear classes; close all;
clear c_frequencyPoints
clear c_measurementdata

% load('20100729104019_none.mat')

data.frequency      = 100 : 100 : 10000;
data.measValOsci   = rand(1, length(data.frequency)) ;
data.description   = 'TEST';
measValues = c_frequencyPoints(data.frequency, data.measValOsci, '20100729', data.description, 'Tektronix 2012B', 'none');

measValues.getMeasurementInfo

figure;
h = axes; grid on; hold all;
measValues.plotFrequencyValues(h)
%%%%%%%%%%%%%%%%%%%%%%
%%% GEHT NICHT, WARUM?
%%%%%%%%%%%%%%%%%%%%%%
measValues.setPlotMenu(target)