Apply a color to a slice of the pie chart
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Alberto Acri
el 3 de Sept. de 2023
Comentada: Dyuman Joshi
el 8 de Sept. de 2023
I need to apply white color to a slice of the pie chart. I used the following code but it creates the slice in black color even though I applied white color [1 1 1].
number = [78;79;80;81;82;83;84;85;86;87;88]';
value = [4509;5239;6400;9074;11047;13147;15137;13909;6354;1152;183]';
f = figure;
p = pie(value);
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
delete(f)
pcts = regexp(percentValues, '\d*', 'match');
pcts = cellfun(@(x)str2double(x), pcts);
idx = pcts<7;
combine = number(idx);
pctv = pcts(idx);
percentVals = compose(' (%d%%)',pcts(~idx));
percentVals{end+1} = [' (' num2str(sum(pctv)) '%)'];
nrc = compose('%d ', number(~idx)).';
nrc{end+1} = [num2str(combine) ' '];
cattxt = cellfun(@(x,y)cat(2,x,y),nrc, percentVals, 'Unif',0);
pText(numel(cattxt)+1:end) = [];
value2 = [value(~idx) sum(value(idx))];
figure
p = pie(value2);
pPatch = findobj(p, 'Type','Patch');
cm = colormap(turbo(numel(pPatch)));
cm1 = [1 1 1]/255; % white color to a pie slice
cm(end,:) = cm1;
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
for k = 1:numel(cattxt)
pPatch(k).FaceColor = cm(k,:);
pText(k).String = [];
end
legend(cattxt, 'Location','eastoutside','FontSize',12)
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Respuesta aceptada
Dyuman Joshi
el 3 de Sept. de 2023
"I applied white color [1 1 1]."
Your code doesn't match what you say. You have divided the values by 255, which is doesn't correspond to the white color.
(I have not taken a look at the rest of your code)
number = [78;79;80;81;82;83;84;85;86;87;88]';
value = [4509;5239;6400;9074;11047;13147;15137;13909;6354;1152;183]';
f = figure;
p = pie(value);
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
delete(f)
pcts = regexp(percentValues, '\d*', 'match');
pcts = cellfun(@(x)str2double(x), pcts);
idx = pcts<7;
combine = number(idx);
pctv = pcts(idx);
percentVals = compose(' (%d%%)',pcts(~idx));
percentVals{end+1} = [' (' num2str(sum(pctv)) '%)'];
nrc = compose('%d ', number(~idx)).';
nrc{end+1} = [num2str(combine) ' '];
cattxt = cellfun(@(x,y)cat(2,x,y),nrc, percentVals, 'Unif',0);
pText(numel(cattxt)+1:end) = [];
value2 = [value(~idx) sum(value(idx))];
figure
p = pie(value2);
pPatch = findobj(p, 'Type','Patch');
cm = colormap(turbo(numel(pPatch)));
%Corrected value
cm1 = [1 1 1]; % white color to a pie slice
cm(end,:) = cm1;
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
for k = 1:numel(cattxt)
pPatch(k).FaceColor = cm(k,:);
pText(k).String = [];
end
legend(cattxt, 'Location','eastoutside','FontSize',12)
4 comentarios
Dyuman Joshi
el 8 de Sept. de 2023
number = [78;79;80;81;82;83;84;85;86;87;88]';
value = [4509;5239;6400;9074;11047;13147;15137;13909;6354;1152;183]';
f = figure;
p = pie(value);
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
delete(f)
pcts = regexp(percentValues, '\d*', 'match');
pcts = cellfun(@(x)str2double(x), pcts);
idx = pcts<7;
combine = number(idx);
pctv = pcts(idx);
percentVals = compose(' (%d%%)',pcts(~idx));
percentVals{end+1} = [' (' num2str(sum(pctv)) '%)'];
nrc = compose('%d ', number(~idx)).';
nrc{end+1} = [num2str(combine) ' '];
cattxt = cellfun(@(x,y)cat(2,x,y),nrc, percentVals, 'Unif',0);
pText(numel(cattxt)+1:end) = [];
value2 = [value(~idx) sum(value(idx))];
figure
p = pie(value2);
pPatch = findobj(p, 'Type','Patch');
cm = colormap(turbo(numel(pPatch)));
cm1 = [1 1 1];
cm(end,:) = cm1;
pText = findobj(p,'Type','text');
str = [string(number(~idx)) ""];
for k=1:numel(pText)
pText(k).String = str(k);
%%Adjusted font size
pText(k).FontSize = 12;
end
percentValues = get(pText,'String');
for k = 1:numel(cattxt)
pPatch(k).FaceColor = cm(k,:);
end
legend(cattxt, 'Location','eastoutside','FontSize',12)
Más respuestas (1)
MYBLOG
el 3 de Sept. de 2023
Your code is almost correct. Do it like this delete /255 :
number = [78;79;80;81;82;83;84;85;86;87;88]';
value = [4509;5239;6400;9074;11047;13147;15137;13909;6354;1152;183]';
f = figure;
p = pie(value);
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
delete(f)
pcts = regexp(percentValues, '\d*', 'match');
pcts = cellfun(@(x)str2double(x), pcts);
idx = pcts<7;
combine = number(idx);
pctv = pcts(idx);
percentVals = compose(' (%d%%)',pcts(~idx));
percentVals{end+1} = [' (' num2str(sum(pctv)) '%)'];
nrc = compose('%d ', number(~idx)).';
nrc{end+1} = [num2str(combine) ' '];
cattxt = cellfun(@(x,y)cat(2,x,y),nrc, percentVals, 'Unif',0);
pText(numel(cattxt)+1:end) = [];
value2 = [value(~idx) sum(value(idx))];
figure
p = pie(value2);
pPatch = findobj(p, 'Type','Patch');
cm = colormap(turbo(numel(pPatch)));
cm1 = [1 1 1]; % white color to a pie slice
cm(end,:) = cm1;
pText = findobj(p,'Type','text');
percentValues = get(pText,'String');
for k = 1:numel(cattxt)
pPatch(k).FaceColor = cm(k,:);
pText(k).String = [];
end
legend(cattxt, 'Location','eastoutside','FontSize',12)
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