public void Update(float deltaTime)
{
_deltaTime2 = deltaTime * deltaTime;
ApplyViscosity(deltaTime);
//Update velocity
UpdateParticleVelocity(deltaTime);
Particles.Rehash();
if (_elasticityEnabled)
{
CalculateElasticity(deltaTime);
}
if (_plasticityEnabled)
{
CalculatePlasticity(deltaTime);
}
DoubleDensityRelaxation();
foreach (Particle particle in Particles)
{
particle.Velocity.Set((particle.Position.X - particle.PreviousPosition.X) / deltaTime, (particle.Position.Y - particle.PreviousPosition.Y) / deltaTime);
ApplyGravity(particle);
WallCollision(particle);
CapVelocity(particle.Velocity);
}
}
public void Update(float deltaTime)
{
if (deltaTime == 0)
{
return;
}
_deltaTime2 = deltaTime * deltaTime;
ApplyViscosity(deltaTime);
//Update velocity
UpdateParticleVelocity(deltaTime);
Particles.Rehash();
if (_elasticityEnabled)
{
CalculateElasticity(deltaTime);
}
if (_plasticityEnabled)
{
CalculatePlasticity(deltaTime);
}
DoubleDensityRelaxation();
for (int i = 0; i < Particles.Count; i++)
{
Particle particle = Particles[i];
particle.Velocity = new Vector2((particle.Position.X - particle.PreviousPosition.X) / deltaTime, (particle.Position.Y - particle.PreviousPosition.Y) / deltaTime);
ApplyGravity(particle);
WallCollision(particle);
CapVelocity(particle.Velocity);
}
}