public void CacheParticleData(SpaceSnapshot snapshot)
{
foreach (var particle in snapshot.AllParticles)
{
particleDataCache[particle.Id] = particle.GetParticleData <GravityParticleData>();
}
}
public SpaceSnapshot CreateSpaceSnapshot(List <Particle> particles)
{
var spaceSnapshot = new SpaceSnapshot()
{
AllParticles = particles.ToArray()//particles.Select(x => x.Clone()).ToList()
};
return(spaceSnapshot);
}
public void TestCollisionOverlap()
{
var physicsController = new PhysicsController();
var interactions = new Dictionary <int, ParticleInteraction>();
interactions.Add(1, new ParticleInteraction()
{
GraphDots = new List <Vector2>()
{
new Vector2(0, 1),
new Vector2(8, 0),
new Vector2(16, 1),
new Vector2(32, 0)
}
});
var particleType = new ParticleType(1, interactions, Color.Black);
var particle1 = new Particle(1, particleType, new Vector2());
var particle2 = new Particle(2, particleType, new Vector2());
var spaceSnapshot = new SpaceSnapshot()
{
AllParticles = new List <Particle>()
{
particle1, particle2
}
};
physicsController.UpdateParticle(new ParticleJobSchedule()
{
Particle = particle1,
SpaceSnapshot = spaceSnapshot
});
particle1.Position = particle1.ScheduledPosition;
physicsController.UpdateParticle(new ParticleJobSchedule()
{
Particle = particle2,
SpaceSnapshot = spaceSnapshot
});
Assert.AreNotEqual(particle1.ScheduledPosition, Vector2.Zero);
Assert.AreNotEqual(particle2.ScheduledPosition, Vector2.Zero);
Assert.AreNotEqual(particle1.ScheduledPosition, particle2.ScheduledPosition);
}
public void CacheParticleData(SpaceSnapshot spaceSnapshot)
{
// pass
}
