Class CS2Projectile

Namespace: ValveResourceFormat.Renderer.Entities
Assembly: Renderer.dll

A thrown CS2 grenade. Created at runtime by the viewmodel rather than from a map, simulated on the entity tick, and drawn through the model and effect nodes it owns.

public sealed class CS2Projectile : BaseEntity

Inheritance

object ← BaseEntity ← CS2Projectile

Inherited Members

BaseEntity.Scene, BaseEntity.RootNode, BaseEntity.Transform, BaseEntity.RigidTransform, BaseEntity.LayerName, BaseEntity.EntitySystem, BaseEntity.Data, BaseEntity.SpawnData, BaseEntity.NameFixup, BaseEntity.Classname, BaseEntity.TargetName, BaseEntity.SpawnFlags, BaseEntity.SpawnTransform, BaseEntity.Owner, BaseEntity.MoveParent, BaseEntity.EntityScale, BaseEntity.ModelName, BaseEntity.Origin, BaseEntity.Angles, BaseEntity.WorldOrigin, BaseEntity.WorldAngles, BaseEntity.Velocity, BaseEntity.AngularVelocity, BaseEntity.NextThink, BaseEntity.MoveDoneTime, BaseEntity.IsRemoved, BaseEntity.Collider, BaseEntity.IsSolid, BaseEntity.IsTrigger, BaseEntity.IsDrawn, BaseEntity.IsCollidable, BaseEntity.TouchingEntities, BaseEntity.HasSpawnFlags<TSpawnFlags>(TSpawnFlags), BaseEntity.Spawn(), BaseEntity.Activate(), BaseEntity.Think(), BaseEntity.RoundStart(), BaseEntity.MoveDone(), BaseEntity.TryGetTouchBounds(out Vector3, out Vector3), BaseEntity.ObjectCaps, BaseEntity.Use(BaseEntity?), BaseEntity.Teleport(Vector3, Vector3?), BaseEntity.AcceptInput(string, EntityInputData), BaseEntity.SetNextThink(float), BaseEntity.SetMoveDoneTime(float), BaseEntity.GetSurfaceVelocity(Vector3), BaseEntity.AngleMod(float)

Constructors

CS2Projectile(EntitySystem, Scene, Model, GrenadeKind, ParticleSystem?, ParticleSystem?)

Creates a grenade projectile and its scene node; put it in the world with .

public CS2Projectile(EntitySystem system, Scene scene, Model model, CS2Projectile.GrenadeKind kind, ParticleSystem? detonationEffect, ParticleSystem? flightEffect = null)

Parameters

system EntitySystem

scene Scene

model Model

kind CS2Projectile.GrenadeKind

detonationEffect ParticleSystem?

flightEffect ParticleSystem?

Fields

HullHalfExtents

The grenade's collision hull half extents.

public static readonly Vector3 HullHalfExtents

Field Value

Vector3

Sounds

Every sound event a grenade can play, for pre-caching.

public static readonly string[] Sounds

Field Value

string[]

Properties

InFlight

Gets whether the grenade is on its way and has not detonated.

public bool InFlight { get; }

Property Value

bool

Kind

Gets which grenade this is.

public CS2Projectile.GrenadeKind Kind { get; }

Property Value

CS2Projectile.GrenadeKind

Live

Gets whether the grenade has been thrown and not finished its effect yet.

public bool Live { get; }

Property Value

bool

Position

Gets the position the grenade is drawn at this frame.

public Vector3 Position { get; }

Property Value

Vector3

Methods

Launch(Vector3, Vector3, BaseEntity?)

Throws (or re-throws, for a pooled instance) the grenade.

public void Launch(Vector3 origin, Vector3 velocity, BaseEntity? thrower)

Parameters

origin Vector3

velocity Vector3

thrower BaseEntity?

PhysicsSimulate(float)

Integrates this tick's movement, advancing by and turning by .

protected override void PhysicsSimulate(float tickInterval)

Parameters

tickInterval float

Remarks

Source 2 does it both ways, chosen per class by . By default the turn goes about the entity's own axes, so a brush authored on its side spins about its own up axis rather than the world's. The doors and other toggle brushes instead add the rate onto the QAngle components, as Source 1 always did. The two only differ for an entity the map already rotated.

SweepHull(PhysicsWorld?, EntitySystem?, Vector3, Vector3)

Sweeps the grenade hull through the world and the brush entities, backing the hit off the surface.

public static Rubikon.TraceResult SweepHull(PhysicsWorld? physics, EntitySystem? entities, Vector3 from, Vector3 to)

Parameters

physics PhysicsWorld?

entities EntitySystem?

from Vector3

to Vector3

Returns

Rubikon.TraceResult