| CMakeLists.txt |
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3510 |
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| declarativeabstractrendernode_p.h |
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1778 |
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| declarativeareaseries.cpp |
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| declarativeareaseries_p.h |
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4062 |
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| declarativeaxes.cpp |
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850 |
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| declarativeaxes_p.h |
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| declarativebarseries.cpp |
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| declarativebarseries_p.h |
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| declarativeboxplotseries.cpp |
!
\qmltype BoxSet
\nativetype QBoxSet
\inqmlmodule QtCharts
\brief Represents one item in a box-and-whiskers chart.
A box-and-whiskers item is a graphical representation of a range and three median values
that is constructed from five different values. There are two ways to specify the values.
The first one is by using a constructor or the append() method. The values have to be
specified in the following order: lower extreme, lower quartile, median, upper quartile,
and upper extreme.
The second way is to create an empty BoxSet instance and specify the values using the
setValue() method.
\sa BoxPlotSeries
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| declarativeboxplotseries_p.h |
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5452 |
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| declarativecandlestickseries.cpp |
|
7301 |
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| declarativecandlestickseries_p.h |
|
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| declarativecategoryaxis.cpp |
!
\qmltype CategoryRange
\inqmlmodule QtCharts
\brief Defines a range on a category axis.
The CategoryRange type is used together with the CategoryAxis type to
specify labeled ranges on category axes. The widths of the category ranges
can be specified freely.
\sa CategoryAxis
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3450 |
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| declarativecategoryaxis_p.h |
|
2937 |
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| declarativechart.cpp |
!
\qmltype ChartView
\inqmlmodule QtCharts
\brief Manages the graphical representation of the chart's series, legends,
and axes.
The ChartView type displays different series types as charts.
This example shows how to create a simple line chart:
\image examples_qmlchart2.png {Line chart with a single rising line that
peaks and then levels off}
\snippet qmlchartsgallery/qml/LineSeries.qml 1
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50704 |
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| declarativechart_p.h |
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10486 |
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| declarativechartglobal_p.h |
|
617 |
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| declarativechartnode.cpp |
|
2120 |
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| declarativechartnode_p.h |
|
1152 |
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| declarativeforeigntypes_p.h |
|
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| declarativelineseries.cpp |
|
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| declarativelineseries_p.h |
|
5278 |
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| declarativemargins.cpp |
!
\qmltype Margins
\inqmlmodule QtCharts
\brief Defines margins between the edge of the chart rectangle and the plot
area.
An uncreatable type that is used to define the top, bottom, left, and right
margins. The margins are used for drawing the title, axes, and legend.
\sa {ChartView::margins}{ChartView.margins}
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| declarativemargins_p.h |
|
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| declarativeopenglrendernode.cpp |
|
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| declarativeopenglrendernode_p.h |
|
2940 |
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| declarativepieseries.cpp |
|
4051 |
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| declarativepieseries_p.h |
|
2431 |
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| declarativepolarchart.cpp |
!
\qmltype PolarChartView
\inherits ChartView
\inqmlmodule QtCharts
\brief Presents data in polar charts.
Polar charts present data in a circular graph, where the placement of data
is based on the angle and distance from the center of the graph, the
\e pole.
\image examples_qmlpolarchart1.png {Polar chart with a blue spline and
green scatter series sharing common axes on a circular grid}
A polar chart is a specialization of the ChartView type. It supports line,
spline, area, and scatter series, and all axis types supported by them. Each
axis can be used either as a radial or an angular axis.
The first and last tick mark on an angular ValueAxis are co-located at a
0/360 degree angle.
If the angular distance between two consecutive points in a series is more
than 180 degrees, any direct line connecting the two points becomes
meaningless, and will not be drawn. Instead, a line will be drawn to and
from the center of the chart. Therefore, the axis ranges must be chosen
accordingly when displaying line, spline, or area series.
Polar charts draw all axes of the same orientation in the same position, so
using multiple axes of the same orientation can be confusing, unless the
extra axes are only used to customize the grid. For example, you can display
a highlighted range with a secondary shaded CategoryAxis or provide
unlabeled subticks with a secondary ValueAxis thas has hidden labels.
The following QML code shows how to create a polar chart with a spline and
scatter series and two value axes:
\snippet qmlchartsgallery/qml/TwoSeriesPolar.qml 1
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2128 |
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| declarativepolarchart_p.h |
|
953 |
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| declarativescatterseries.cpp |
|
3283 |
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| declarativescatterseries_p.h |
|
5470 |
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| declarativesplineseries.cpp |
|
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| declarativesplineseries_p.h |
|
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| declarativexypoint.cpp |
!
\qmltype XYPoint
\inqmlmodule QtCharts
\brief Initializes XY-series coordinate data.
The XYPoint type is a convenience type for initializing line, spline, and
scatter series with static coordinate data. To manipulate a series
dynamically, use the data manipulation functions it inherits from the
XYSeries type, instead.
\sa XYSeries, LineSeries, AreaSeries, ScatterSeries, SplineSeries
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| declarativexypoint_p.h |
|
993 |
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| declarativexyseries.cpp |
|
2984 |
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| declarativexyseries_p.h |
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1165 |
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| designer |
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