Qt3DExtras.QConeGeometry

The QConeGeometry class allows creation of a cone in 3D space. * * * * * The QConeGeometry class is most commonly used internally by the QConeMesh * but can also be used in custom QGeometryRenderer subclasses. The class * allows for creation of both a cone and a truncated cone. More…

Synopsis

Functions

• def bottomRadius ()

• def hasBottomEndcap ()

• def hasTopEndcap ()

• def indexAttribute ()

• def length ()

• def normalAttribute ()

• def positionAttribute ()

• def rings ()

• def slices ()

• def texCoordAttribute ()

• def topRadius ()

• def updateIndices ()

• def updateVertices ()

Slots

• def setBottomRadius (bottomRadius)

• def setHasBottomEndcap (hasBottomEndcap)

• def setHasTopEndcap (hasTopEndcap)

• def setLength (length)

• def setRings (rings)

• def setSlices (slices)

• def setTopRadius (topRadius)

Signals

• def bottomRadiusChanged (bottomRadius)

• def hasBottomEndcapChanged (hasBottomEndcap)

• def hasTopEndcapChanged (hasTopEndcap)

• def lengthChanged (length)

• def ringsChanged (rings)

• def slicesChanged (slices)

• def topRadiusChanged (topRadius)

Detailed Description

* * * *

class PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry([parent=None])

Parameters

parent – QNode

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.bottomRadius()

Return type

float

See also

setBottomRadius()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.bottomRadiusChanged(bottomRadius)

Parameters

bottomRadius – float

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.hasBottomEndcap()

Return type

bool

See also

setHasBottomEndcap()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.hasBottomEndcapChanged(hasBottomEndcap)

Parameters

hasBottomEndcap – bool

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.hasTopEndcap()

Return type

bool

See also

setHasTopEndcap()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.hasTopEndcapChanged(hasTopEndcap)

Parameters

hasTopEndcap – bool

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.indexAttribute()

Return type

QAttribute

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.length()

Return type

float

See also

setLength()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.lengthChanged(length)

Parameters

length – float

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.normalAttribute()

Return type

QAttribute

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.positionAttribute()

Return type

QAttribute

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.rings()

Return type

int

See also

setRings()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.ringsChanged(rings)

Parameters

rings – int

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setBottomRadius(bottomRadius)

Parameters

bottomRadius – float

See also

bottomRadius()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setHasBottomEndcap(hasBottomEndcap)

Parameters

hasBottomEndcap – bool

See also

hasBottomEndcap()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setHasTopEndcap(hasTopEndcap)

Parameters

hasTopEndcap – bool

See also

hasTopEndcap()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setLength(length)

Parameters

length – float

See also

length()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setRings(rings)

Parameters

rings – int

See also

rings()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setSlices(slices)

Parameters

slices – int

See also

slices()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.setTopRadius(topRadius)

Parameters

topRadius – float

See also

topRadius()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.slices()

Return type

int

See also

setSlices()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.slicesChanged(slices)

Parameters

slices – int

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.texCoordAttribute()

Return type

QAttribute

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.topRadius()

Return type

float

See also

setTopRadius()

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.topRadiusChanged(topRadius)

Parameters

topRadius – float

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.updateIndices()

Updates indices based on geometry properties.

PySide2.Qt3DExtras.Qt3DExtras.QConeGeometry.updateVertices()

Updates vertices based on geometry properties.