void UpdateKernelParams()
{
m_texture_needs_update = true;
m_particle_num = MPAPI.mpGetNumParticles(GetContext());
MPKernelParams p = MPAPI.mpGetKernelParams(GetContext());
p.world_center = transform.position;
p.world_size = transform.localScale;
p.world_div_x = m_world_div_x;
p.world_div_y = m_world_div_y;
p.world_div_z = m_world_div_z;
p.active_region_center = transform.position + m_active_region_center;
p.active_region_extent = m_active_region_extent;
p.solver_type = (int)m_solver;
p.enable_interaction = m_enable_interaction ? 1 : 0;
p.enable_colliders = m_enable_colliders ? 1 : 0;
p.enable_forces = m_enable_forces ? 1 : 0;
p.id_as_float = m_id_as_float ? 1 : 0;
p.timestep = Time.deltaTime * m_timescale;
p.damping = m_damping;
p.advection = m_advection;
p.pressure_stiffness = m_pressure_stiffness;
p.scaler = m_coord_scale;
p.particle_size = m_particle_size;
p.max_particles = m_max_particle_num;
MPAPI.mpSetKernelParams(GetContext(), ref p);
}
void UpdateKernelParams()
{
MPKernelParams p = MPAPI.mpGetKernelParams();
p.WorldCenter = transform.position;
p.WorldSize = transform.localScale;
p.WorldDiv_x = divX;
p.WorldDiv_y = divY;
p.WorldDiv_z = divZ;
p.enableInteractions = enableInteractions ? 1 : 0;
p.enableColliders = enableColliders ? 1 : 0;
p.enableForces = enableForces ? 1 : 0;
p.SolverType = (int)solverType;
p.LifeTime = particleLifeTime;
p.Timestep = Time.deltaTime * timeScale;
p.Decelerate = deceleration;
p.PressureStiffness = pressureStiffness;
p.WallStiffness = wallStiffness;
p.Scaler = coordScale;
p.ParticleSize = particleSize;
p.MaxParticles = maxParticleNum;
MPAPI.mpSetKernelParams(ref p);
}
