Qt Quick Particles QML Types

This QML module contains a particle system for Qt Quick. To use these types, import the module with the following line:

import QtQuick.Particles

For a simple overview of how the system can be used, see Using the Qt Quick Particle System.

For details on the performance characteristics see Qt Quick Particle System Performance.

• Affector: Applies alterations to the attributes of logical particles at any point in their lifetime.

• Age: For altering particle ages.

• AngleDirection: For specifying a direction that varies in angle.

• Attractor: Attracts particles towards a specific point.

• CumulativeDirection: For specifying a direction made of other directions.

• Direction: For specifying a vector space.

• EllipseShape: Represents an ellipse to other particle system elements.

• Emitter: Emits logical particles.

• Friction: For applying friction proportional to the particle's current velocity.

• Gravity: For applying acceleration in an angle.

• GroupGoal: For changing the state of a group of a particle.

• ImageParticle: For visualizing logical particles using an image.

• ItemParticle: For specifying a delegate to paint particles.

• LineShape: Represents a line for affectors and emitters.

• MaskShape: For representing an image as a shape to affectors and emitters.

• Particle: Represents particles manipulated by emitters and affectors.

• ParticleExtruder: For specifying an area for affectors and emitters.

• ParticleGroup: For setting attributes on a logical particle group.

• ParticlePainter: For specifying how to paint particles.

• ParticleSystem: A system which includes particle painter, emitter, and affector types.

• PointDirection: For specifying a direction that varies in x and y components.

• RectangleShape: For specifying an area for affectors and emitter.

• SpriteGoal: For changing the state of a sprite particle.

• TargetDirection: For specifying a direction towards the target point.

• TrailEmitter: Emits logical particles from other logical particles.

• Turbulence: Provides fluid-like forces from a noise image.

• Wander: For applying random particle trajectory.