The alpha transparency of particles.

Enables or disables alpha application for particles.

Enables or disables color application for particles.

Enables or disables rotation for particles.

Enables or disables shape application for particles.

The bounce factor applied to particles upon collision.

The brightness multiplier applied to particles.

The bumpiness factor applied to particles upon collision.

Enables or disables collision behavior for particles.

The set of tags to ignore during collision detection.

Will choose a random prefab to spawn from this list.

When true the collision prefab will be aligned with the surface it collides with.

If 1 then we'll always spawn a prefab. If 0.5 then we'll spawn a prefab 50% of the time.

We will by default align to the particle's angle, but we can also randomize that.

The radius used for collision detection.

Move this delta constantly. Ignores velocity, collisions and drag.

The damping factor applied to particle velocity over time. This reduces the velocity of particles, simulating resistance or drag.

Delayed particles in the effect. Delayed particles are those that have been emitted but are waiting to be activated based on their start delay.

The chance that a particle will die upon collision.

Will choose a random prefab to spawn from this list.

If 1 then we'll always spawn a prefab. If 0.5 then we'll spawn a prefab 50% of the time.

When true the prefab will be destroyed at the end of the particle's life.

Enables or disables the application of forces to particles.

The direction of the force applied to particles.

The scale of the force applied to each particle. This multiplier determines the intensity of the force applied to particles.

The simulation space in which forces are applied. Forces can be applied in either local space (relative to the emitter) or world space.

The friction factor applied to particles upon collision.

The gradient used to color particles over their lifetime.

The initial velocity of the particle when it is created. This is applied before any forces are applied.

Whether the particle effect has reached its maximum capacity. This is determined by comparing the total particle count to the Sandbox.ParticleEffect.MaxParticles property.

The lifetime of each particle, in seconds.

When 1 particles will be moved in local space relative to the emitter GameObject's transform. This allows particles to be emitted in a local space, like a fire effect that moves with the player, but the particles can slowly move to world space.

The maximum number of particles that can exist in this effect at once.

The size of the largest particle in the effect. This is determined by the maximum scale of any particle along its x, y, or z axis.

Called any time a particle is created.

Called any time a particle is destroyed.

Called after the particles are stepped. This allows custom logic to be executed after the simulation advances.

Called before the particles are stepped. This allows custom logic to be executed before the simulation advances.

Called after each particle is stepped. This provides an opportunity to modify individual particles during the simulation.

The orbital force applied to particles, causing them to rotate around a point.

The pull strength of the orbital force, drawing particles closer to the center.

The bounding box that encompasses all active particles. This is useful for determining the spatial extent of the particle effect.

The total number of particles in the effect, including both active and delayed particles.

Active particles in the effect. Active particles are those currently being simulated and rendered.

Whether the particle simulation is currently paused. When paused, particles will not update their positions, velocities, or other properties.

Per-particle time scale multiplier. Allows each particle to have a unique simulation speed.

The pitch rotation of the particles.

How many seconds to pre-warm this effect by when creating.

The strength of the push force applied to particles upon collision.

The roll rotation of the particles.

The scale of particles.

Which sequence to use.

Increment the sequence time by this much.

Allows control of the sequence time, which spans from 0 to 1 for one loop.

Enables or disables the use of a sheet sequence for particles.

When enabled, snap to the nearest whole frame instead of blending between frames.

The delay before a particle starts after being emitted, in seconds.

Apply an element of random velocity to the particle when it is created, in a random direction.

The stretch factor of particles, affecting their aspect ratio.

Scales the simulation time for this effect.

How time is updated for this effect.

The tint color applied to particles.

Enables or disables the use of prefabs for particles.

The yaw rotation of the particles.