public bool Push(Sphere Sphere, ref Vector3 Velocity)
{
Vector vector;
if (!this.shape.Shape.Intersects(Sphere))
{
return(false);
}
Facepunch.Geometry.Plane plane = Facepunch.Geometry.Plane.DirectionPoint(this.pushDir0, this.pushPoint0);
Facepunch.Geometry.Plane plane2 = Facepunch.Geometry.Plane.DirectionPoint(this.pushDir1, this.pushPoint1);
float num = plane.DistanceTo(Sphere.Center + ((Facepunch.Geometry.Point)(((Normal)plane.Direction) * Sphere.Radius)));
float num2 = plane2.DistanceTo(Sphere.Center + ((Facepunch.Geometry.Point)(((Normal)plane2.Direction) * Sphere.Radius)));
if (num > num2)
{
vector = (Vector)(((Normal)plane.Direction) * (this.pushSpeed * Time.deltaTime));
}
else
{
vector = (Vector)(((Normal)plane2.Direction) * (this.pushSpeed * Time.deltaTime));
}
Velocity.x += vector.x;
Velocity.y += vector.y;
Velocity.z += vector.z;
return(true);
}
public bool Push(Facepunch.Geometry.Sphere Sphere, ref Vector3 Velocity)
{
Vector vector;
if (!this.shape.Shape.Intersects(Sphere))
{
return(false);
}
Facepunch.Geometry.Plane plane = Facepunch.Geometry.Plane.DirectionPoint(this.pushDir0, this.pushPoint0);
Facepunch.Geometry.Plane plane1 = Facepunch.Geometry.Plane.DirectionPoint(this.pushDir1, this.pushPoint1);
vector = (plane.DistanceTo(Sphere.Center + ((Normal)plane.Direction * Sphere.Radius)) <= plane1.DistanceTo(Sphere.Center + ((Normal)plane1.Direction * Sphere.Radius)) ? (Normal)plane1.Direction * (this.pushSpeed * Time.deltaTime) : (Normal)plane.Direction * (this.pushSpeed * Time.deltaTime));
Velocity.x = Velocity.x + vector.x;
Velocity.y = Velocity.y + vector.y;
Velocity.z = Velocity.z + vector.z;
return(true);
}
