Qt 5.6 | Qt Quick | QML Types | PathCubic QML Type

Qt 5.6.3 Reference Documentation

# PathCubic QML Type

Defines a cubic Bezier curve with two control points More...

Import Statement: | import QtQuick 2.5

- List of all members, including inherited members

## Properties

- control1X : real
- control1Y : real
- control2X : real
- control2Y : real
- relativeControl1X : real
- relativeControl1Y : real
- relativeControl2X : real
- relativeControl2Y : real
- relativeX : real
- relativeY : real
- x : real
- y : real

## Detailed Description

The following QML produces the path shown below:

      Path {
          startX: 20; startY: 0
          PathCubic {
              x: 180; y: 0
              control1X: -10; control1Y: 90
              control2X: 210; control2Y: 90
          }
      }

See also Path, PathQuad, PathLine, PathArc, PathCurve, and PathSvg.

## Property Documentation

control1X : real

Defines the position of the first control point.

control1Y : real

Defines the position of the first control point.

control2X : real

Defines the position of the second control point.

control2Y : real

Defines the position of the second control point.

relativeControl1X : real

Defines the positions of the control points relative to the curve's start.

If both a relative and absolute control position are specified for a control point's axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative control1 x and an absolute control1 y.

See also control1X, control1Y, control2X, and control2Y.

relativeControl1Y : real

Defines the positions of the control points relative to the curve's start.

If both a relative and absolute control position are specified for a control point's axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative control1 x and an absolute control1 y.

See also control1X, control1Y, control2X, and control2Y.

relativeControl2X : real

Defines the positions of the control points relative to the curve's start.

If both a relative and absolute control position are specified for a control point's axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative control1 x and an absolute control1 y.

See also control1X, control1Y, control2X, and control2Y.

relativeControl2Y : real

Defines the positions of the control points relative to the curve's start.

If both a relative and absolute control position are specified for a control point's axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative control1 x and an absolute control1 y.

See also control1X, control1Y, control2X, and control2Y.

relativeX : real

Defines the end point of the curve relative to its start.

If both a relative and absolute end position are specified for a single axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative x and an absolute y.

See also x and y.

relativeY : real

Defines the end point of the curve relative to its start.

If both a relative and absolute end position are specified for a single axis, the relative position will be used.

Relative and absolute positions can be mixed, for example it is valid to set a relative x and an absolute y.

See also x and y.

x : real

Defines the end point of the curve.

See also relativeX and relativeY.

y : real

Defines the end point of the curve.

See also relativeX and relativeY.