void OnEnable()
{
GetInstances().Add(this);
m_world_data[0].SetDefaultValues();
m_sph_params[0].SetDefaultValues(m_world_data[0].particle_size);
m_world_data[0].num_max_particles = m_max_particles;
m_world_data[0].SetWorldSize(transform.position, transform.localScale,
(uint)m_world_div_x, (uint)m_world_div_y, (uint)m_world_div_z);
m_particles = new MPGPParticle[m_max_particles];
for (int i = 0; i < m_particles.Length; ++i)
{
m_particles[i].hit_objid = -1;
m_particles[i].lifetime = 0.0f;
}
int num_cells = m_world_data[0].world_div_x * m_world_data[0].world_div_y * m_world_data[0].world_div_z;
m_buf_world_data = new ComputeBuffer(1, MPGPWorldData.size);
m_buf_world_idata = new ComputeBuffer(1, MPGPWorldIData.size);
m_buf_world_idata.SetData(m_world_idata);
m_buf_sph_params = new ComputeBuffer(1, MPGPSPHParams.size);
m_buf_cells = new ComputeBuffer(num_cells, MPGPCell.size);
m_buf_particles[0] = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_particles[1] = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_particles[0].SetData(m_particles);
m_buf_particles_to_add = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_imd = new ComputeBuffer(m_max_particles, MPGPParticleIData.size);
m_buf_sort_data[0] = new ComputeBuffer(m_max_particles, MPGPSortData.size);
m_buf_sort_data[1] = new ComputeBuffer(m_max_particles, MPGPSortData.size);
m_bitonic_sort = new MPGPGPUSort();
m_bitonic_sort.Initialize(m_cs_sort);
m_buf_sphere_colliders = new ComputeBuffer(m_max_sphere_colliders, MPGPSphereColliderData.size);
m_buf_capsule_colliders = new ComputeBuffer(m_max_capsule_colliders, MPGPCapsuleColliderData.size);
m_buf_box_colliders = new ComputeBuffer(m_max_box_colliders, MPGPBoxColliderData.size);
m_buf_bp_colliders = new ComputeBuffer(m_max_bp_colliders, MPGPBezierPatchColliderData.size);
m_buf_forces = new ComputeBuffer(m_max_forces, CSForce.size);
}
void OnEnable()
{
GetInstances().Add(this);
m_world_data[0].SetDefaultValues();
m_sph_params[0].SetDefaultValues(m_world_data[0].particle_size);
m_world_data[0].num_max_particles = m_max_particles;
m_world_data[0].SetWorldSize(transform.position, transform.localScale,
(uint)m_world_div_x, (uint)m_world_div_y, (uint)m_world_div_z);
m_particles = new MPGPParticle[m_max_particles];
for (int i = 0; i < m_particles.Length; ++i)
{
m_particles[i].hit_objid = -1;
m_particles[i].lifetime = 0.0f;
}
int num_cells = m_world_data[0].world_div_x * m_world_data[0].world_div_y * m_world_data[0].world_div_z;
m_buf_world_data = new ComputeBuffer(1, MPGPWorldData.size);
m_buf_world_idata = new ComputeBuffer(1, MPGPWorldIData.size);
m_buf_world_idata.SetData(m_world_idata);
m_buf_sph_params = new ComputeBuffer(1, MPGPSPHParams.size);
m_buf_cells = new ComputeBuffer(num_cells, MPGPCell.size);
m_buf_particles[0] = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_particles[1] = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_particles[0].SetData(m_particles);
m_buf_particles_to_add = new ComputeBuffer(m_max_particles, MPGPParticle.size);
m_buf_imd = new ComputeBuffer(m_max_particles, MPGPParticleIData.size);
m_buf_sort_data[0] = new ComputeBuffer(m_max_particles, MPGPSortData.size);
m_buf_sort_data[1] = new ComputeBuffer(m_max_particles, MPGPSortData.size);
m_bitonic_sort = new MPGPGPUSort();
m_bitonic_sort.Initialize(m_cs_sort);
m_buf_sphere_colliders = new ComputeBuffer(m_max_sphere_colliders, MPGPSphereColliderData.size);
m_buf_capsule_colliders = new ComputeBuffer(m_max_capsule_colliders, MPGPCapsuleColliderData.size);
m_buf_box_colliders = new ComputeBuffer(m_max_box_colliders, MPGPBoxColliderData.size);
m_buf_bp_colliders = new ComputeBuffer(m_max_box_colliders, MPGPBezierPatchColliderData.size);
m_buf_forces = new ComputeBuffer(m_max_forces, CSForce.size);
}
