PieChart
chartjs: PieChart
Pie chart drawn by the Chart.js library.
Each dataset of a PieChart is a PieData object in its
datasets property.
To view the PieChart object in your web browser, use its
webserve () method. Alternatively, you can generate and/or save to
a file the corresponding HTML code with the htmlstring () and
htmlsave () methods and serve it online through a web server of
your choice.
Each property is documented on its own, as in help PieChart.labels.
See also: PieData, Color, Fill, Html
Source Code: PieChart
The PieChart class contains the following properties:
A character vector defining the name of the Chart in the generated html code.
A cell array containing one or more PieData objects corresponding
to the data input.
A numeric vector or a cellstring array with the data labels defined in labels.
A cell array containing one or more Option and Plugin
objects. Not used at the moment.
The PieChart class offers the following public methods:
PieChart: obj = PieChart (data, labels)
PieChart: obj = PieChart (…, Name, Value)
obj = PieChart (data, labels) returns a
PieChart object, in which data contains the proportional
arc segments and labels contain the labels of each segment.
obj = PieChart (…, Name, Value) returns a
PieChart object with the properties of each dataset specified by
one or more Name, Value pair arguments. Name
can be any property name of a PieData object and Value must
correspond to the data type(s) and values accepted by that property. Type
help PieData for more details on the available properties.
Specifically for the properties that accept a Color object as
their input value, besides the Color object you may also parse to
the PieChart constructor the same values accepted by the
constructor of the Color object. However, if you choose to
manually modify the PieChart’s properties using the dot notation
syntax, then you must assign a Color object to the chosen
property. Type help Color for more details on the available
syntax.
For properties that accept scalar values, you can pass a vector of the same type with each element corresponding to a different dataset. For properties that accept vectors, you can pass a matrix of the same type with each row corresponding to a different dataset. Otherwise, the same property value will be assigned to all datasets available in data. For properties accepting a character vector, you need to pass a cellstring array for multiple datasets, whereas for properties that can take mixed types of scalar values (i.e. either boolean and character vectors), you need to pass a cell array with each element corresponding to a different dataset.