verticapy.vDataFrame.pie#
- vDataFrame.pie(columns: str | list[str], method: str = 'count', of: str | None = None, max_cardinality: None | int | tuple = None, h: None | int | tuple = None, chart: PlottingBase | TableSample | Axes | mFigure | Highchart | Highstock | Figure | None = None, categoryorder: Literal['trace', 'category ascending', 'category descending', 'total ascending', 'total descending'] = 'trace', **style_kwargs) PlottingBase | TableSample | Axes | mFigure | Highchart | Highstock | Figure #
Draws the nested pie chart of the input
vDataColumns
.Parameters#
- columns: SQLColumns
list
of thevDataColumns
names.- method: str, optional
The method used to aggregate the data.
- count:
Number of elements.
- density:
Percentage of the distribution.
- mean:
Average of the
vDataColumns
of
.
- min:
Minimum of the
vDataColumns
of
.
- max:
Maximum of the
vDataColumns
of
.
- sum:
Sum of the
vDataColumns
of
.
- q%:
q Quantile of the
vDataColumns
of
(ex: 50% to get the median).
It can also be a cutomized aggregation, for example:
AVG(column1) + 5
- of: str, optional
The
vDataColumns
used to compute the aggregation.- max_cardinality: int | tuple, optional
Maximum number of distinct elements for
vDataColumns
1 and 2 to be used as categorical. For these elements, no ``h is picked or computed. If of type tuple, represents the ‘max_cardinality’ of each column.- h: int | tuple, optional
Interval width of the bar. If empty, an optimized
h
will be computed. If of type tuple, it must represent each column’sh
.- chart: PlottingObject, optional
The chart object to plot on.
- **style_kwargs
Any optional parameter to pass to the plotting functions.
Returns#
- obj
Plotting Object.
Examples#
Note
The below example is a very basic one. For other more detailed examples and customization options, please see Pie Chart
Let’s begin by importing VerticaPy.
import verticapy as vp
Let’s also import numpy to create a dataset.
import numpy as np
Let’s generate a dataset using the following data.
data = vp.vDataFrame( { "gender": ['M', 'M', 'M', 'F', 'F', 'F', 'F'], "grade": ['A','B','C','A','B','B', 'B'], } )
Below are examples of two types of pie plots:
Regular
Nested
data.pie(["grade"])
data.pie(columns = ["grade", "gender"])