Qt Quick Shapes QML Types | Qt Quick 6.7.0
Description: Provides QML types for drawing stroked and filled shapes.

- Qt 6.7
- Qt Quick
- Qt Quick Shapes QML Types
- Qt 6.7.0 Reference Documentation

# Qt Quick Shapes QML Types

To use the types in this module, import the module with the following line:

     import QtQuick.Shapes

Qt Quick Shapes provides tools for drawing arbitrary shapes in a Qt Quick scene. Shapes can be constructed from basic building blocks like lines and curves that define sub-shapes. The sub-shapes can then be filled with solid colors or gradients, and an outline stroke can be defined.

Qt Quick Shapes also supports higher level path element types, such as text and SVG path descriptions. The currently supported element types is: PathMove, PathLine, PathQuad, PathCubic, PathArc, PathText and PathSvg.

Qt Quick Shapes triangulates the shapes and renders the corresponding triangles on the GPU. Therefore, altering the control points of elements will lead to re-triangulation of the affected paths, at some performance cost. In addition, curves are flattened before they are rendered, so applying a very high scale to the shape may show artifacts where it is visible that the curves are represented by a sequence of smaller, straight lines.

Note: Qt Quick Shapes relies on multi-sampling for anti-aliasing. This can be enabled for the entire application or window using the corresponding settings in QSurfaceFormat. It can also be enabled for only the shape, by setting its layer.enabled property to true and then adjusting the layer.samples property. In the latter case, multi-sampling will not be applied to the entire scene, but the shape will be rendered via an intermediate off-screen buffer.

For further information, the Shapes example shows how to implement different types of shapes, fills and strokes.

ConicalGradient | Conical gradient
LinearGradient | Linear gradient
RadialGradient | Radial gradient
Shape | Renders a path
ShapeGradient | Base type of Shape fill gradients
ShapePath | Describes a Path and associated properties for stroking and filling