public PositionSimulation(ComputeShader compute, VelocityService v, PositionService p)
{
_kernelSimulate = compute.FindKernel(ShaderConst.KERNEL_SIMULATE_POSITION);
_compute = compute;
_velocities = v;
_positions = p;
}
public BoundsChecker(ComputeShader compute, LifeService l, PositionService p)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_CHECK_BOUNDS);
_compute = compute;
_lifes = l;
_positions = p;
}
void Start()
{
Positions = new PositionService(compute, capacity);
Velocities = new VelocityService(compute, capacity);
Lifes = new LifeService(compute, capacity);
Constants = new ConstantService(constants);
VelSimulation = new VelocitySimulation(compute, Velocities);
PosSimulation = new PositionSimulation(compute, Velocities, Positions);
Broadphase = new BroadPhase(compute, computeSort, Lifes, Positions);
ParticleSolver = new ParticleCollisionSolver(compute, Velocities, Positions, Lifes, Broadphase);
BoundsChecker = new BoundsChecker(compute, Lifes, Positions);
Walls = BuildWalls(wallColliders);
WallSolver = new WallCollisionSolver(compute, Velocities, Positions, Walls);
var particles = new GameObject[capacity];
foreach (var p in particlefabs)
{
p.transform.localScale = 2f * constants.radius * Vector3.one;
}
for (var i = 0; i < capacity; i++)
{
particles[i] = particlefabs[Random.Range(0, particlefabs.Length)];
}
Combiner = new MeshCombiner(containerfab);
Combiner.Rebuild(particles);
Combiner.SetParent(transform, false);
UpdateConstantData();
}
public BoundsChecker(ComputeShader compute, LifeService l, PositionService p)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_CHECK_BOUNDS);
_compute = compute;
_lifes = l;
_positions = p;
}
public PositionSimulation(ComputeShader compute, VelocityService v, PositionService p)
{
_kernelSimulate = compute.FindKernel(ShaderConst.KERNEL_SIMULATE_POSITION);
_compute = compute;
_velocities = v;
_positions = p;
}
public WallCollisionSolver(ComputeShader compute, VelocityService v, PositionService p, WallService w)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_SOLVE_WALL_COLLISION);
_compute = compute;
_velocities = v;
_positions = p;
_walls = w;
}
void Start()
{
_positions = new PositionService(compute, capacity);
_velocities = new VelocityService(compute, capacity);
_lifes = new LifeService(compute, capacity);
_velSimulation = new VelocitySimulation(compute, _velocities);
_posSimulation = new PositionSimulation(compute, _velocities, _positions);
}
public WallCollisionSolver(ComputeShader compute, VelocityService v, PositionService p, WallService w)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_SOLVE_WALL_COLLISION);
_compute = compute;
_velocities = v;
_positions = p;
_walls = w;
}
public ParticleCollisionSolver(ComputeShader compute, VelocityService v, PositionService p, LifeService l, ICollisionDetection b)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_SOLVE_PARTICLE_COLLISION);
_compute = compute;
_velocities = v;
_positions = p;
_lifes = l;
_broadphase = b;
}
public ParticleCollisionSolver(ComputeShader compute, VelocityService v, PositionService p, LifeService l, BroadPhase b)
{
_kernel = compute.FindKernel(ShaderConst.KERNEL_SOLVE_PARTICLE_COLLISION);
_compute = compute;
_velocities = v;
_positions = p;
_lifes = l;
_broadphase = b;
}
public PolygonCollisionSolver(ComputeShader c, VelocityService v, PositionService p, LifeService l, PolygonColliderService poly)
{
_compute = c;
_kernel = c.FindKernel(ShaderConst.KERNEL_SOLVE_POLYGON_COLLISION);
_velocities = v;
_positions = p;
_lifes = l;
_polygons = poly;
}
public PolygonCollisionSolver(ComputeShader c, VelocityService v, PositionService p, LifeService l, PolygonColliderService poly)
{
_compute = c;
_kernel = c.FindKernel(ShaderConst.KERNEL_SOLVE_POLYGON_COLLISION);
_velocities = v;
_positions = p;
_lifes = l;
_polygons = poly;
}
public HashService(ComputeShader compute, LifeService l, PositionService p)
{
_compute = compute;
_lifes = l;
_positions = p;
_kernelInitHashes = compute.FindKernel(ShaderConst.KERNEL_INIT_HASHES);
HashData = new int[l.Lifes.count];
Hashes = new ComputeBuffer(l.Lifes.count, Marshal.SizeOf(typeof(int)));
Hashes.SetData(HashData);
}
public HashService(ComputeShader compute, LifeService l, PositionService p)
{
_compute = compute;
_lifes = l;
_positions = p;
_kernelInitHashes = compute.FindKernel(ShaderConst.KERNEL_INIT_HASHES);
HashData = new int[l.Lifes.count];
Hashes = new ComputeBuffer(l.Lifes.count, Marshal.SizeOf(typeof(int)));
Hashes.SetData (HashData);
}
public BroadPhase(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p)
{
var capacity = l.Lifes.count;
_lifes = l;
_positions = p;
_kernelInitYs = compute.FindKernel(ShaderConst.KERNEL_INIT_BROADPHASE);
_kernelSolve = compute.FindKernel (ShaderConst.KERNEL_SOVLE_BROADPHASE);
_compute = compute;
_sort = new BitonicMergeSort(computeSort);
Keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
_ys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(float)));
Bands = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Band)));
}
public BroadPhase(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p)
{
var capacity = l.Lifes.count;
_lifes = l;
_positions = p;
_kernelInitYs = compute.FindKernel(ShaderConst.KERNEL_INIT_BROADPHASE);
_kernelSolve = compute.FindKernel(ShaderConst.KERNEL_SOVLE_BROADPHASE);
_compute = compute;
_sort = new BitonicMergeSort(computeSort);
Keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
_ys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(float)));
Bands = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Band)));
}
public HashGrid(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p, GridService.Grid g)
{
var capacity = l.Lifes.count;
_compute = compute;
_lifes = l;
_positions = p;
_kernelSolve = compute.FindKernel (ShaderConst.KERNEL_SOVLE_COLLISION_DETECTION);
_sort = new BitonicMergeSort(computeSort);
_keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
CollisionData = new Collision[capacity];
Collisions = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Collision)));
_hashes = new HashService(compute, l, p);
_grid = new GridService(compute, g, _hashes);
}
public HashGrid(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p, GridService.Grid g)
{
var capacity = l.Lifes.count;
_compute = compute;
_lifes = l;
_positions = p;
_kernelSolve = compute.FindKernel(ShaderConst.KERNEL_SOVLE_COLLISION_DETECTION);
_sort = new BitonicMergeSort(computeSort);
_keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
CollisionData = new Collision[capacity];
Collisions = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Collision)));
_hashes = new HashService(compute, l, p);
_grid = new GridService(compute, g, _hashes);
}
void Start()
{
capacity = ShaderUtil.PowerOfTwo(capacity);
Positions = new PositionService(compute, capacity);
Velocities = new VelocityService(compute, capacity);
Lifes = new LifeService(compute, capacity);
Constants = new ConstantService(capacity, constants);
VelSimulation = new VelocitySimulation(compute, Velocities, Constants);
PosSimulation = new PositionSimulation(compute, Velocities, Positions);
Collisions = new HashGrid(compute, computeSort, Lifes, Positions, GenerateGrid());
ParticleSolver = new ParticleCollisionSolver(compute, Velocities, Positions, Lifes, Collisions);
BoundsChecker = new BoundsChecker(compute, Lifes, Positions);
Polygons = new PolygonColliderService();
PolygonSolver = new PolygonCollisionSolver(compute, Velocities, Positions, Lifes, Polygons);
var particles = new GameObject[capacity];
foreach (var pfab in particlefabs)
{
pfab.transform.localScale = 2f * constants.radius * Vector3.one;
}
Profiler.BeginSample("Instantiate Particles");
for (var i = 0; i < capacity; i++)
{
var pfab = particlefabs[Random.Range(0, particlefabs.Length)];
particles[i] = (GameObject)Instantiate(pfab, Vector3.zero, Random.rotationUniform);
}
Profiler.EndSample();
Combiner = new MeshCombiner(containerfab);
Combiner.Rebuild(particles);
Combiner.SetParent(transform, false);
for (var i = 0; i < capacity; i++)
{
Destroy(particles[i]);
}
UpdateConstantData();
_initialized = true;
}
void Start()
{
_positions = new PositionService (compute, capacity);
_lifes = new LifeService(compute, capacity);
}
void Start()
{
capacity = ShaderUtil.PowerOfTwo(capacity);
Positions = new PositionService(compute, capacity);
Velocities = new VelocityService(compute, capacity);
Lifes = new LifeService(compute, capacity);
Constants = new ConstantService(capacity, constants);
VelSimulation = new VelocitySimulation(compute, Velocities, Constants);
PosSimulation = new PositionSimulation(compute, Velocities, Positions);
Collisions = new HashGrid(compute, computeSort, Lifes, Positions, GenerateGrid());
ParticleSolver = new ParticleCollisionSolver(compute, Velocities, Positions, Lifes, Collisions);
BoundsChecker = new BoundsChecker(compute, Lifes, Positions);
Polygons = new PolygonColliderService();
PolygonSolver = new PolygonCollisionSolver(compute, Velocities, Positions, Lifes, Polygons);
var particles = new GameObject[capacity];
foreach (var pfab in particlefabs)
pfab.transform.localScale = 2f * constants.radius * Vector3.one;
Profiler.BeginSample("Instantiate Particles");
for (var i = 0; i < capacity; i++) {
var pfab = particlefabs[Random.Range(0, particlefabs.Length)];
particles[i] = (GameObject)Instantiate(pfab, Vector3.zero, Random.rotationUniform);
}
Profiler.EndSample();
Combiner = new MeshCombiner(containerfab);
Combiner.Rebuild(particles);
Combiner.SetParent(transform, false);
for (var i = 0; i < capacity; i++)
Destroy(particles[i]);
UpdateConstantData();
_initialized = true;
}
void Start()
{
Positions = new PositionService(compute, capacity);
Velocities = new VelocityService(compute, capacity);
Lifes = new LifeService(compute, capacity);
Constants = new ConstantService(constants);
VelSimulation = new VelocitySimulation(compute, Velocities);
PosSimulation = new PositionSimulation(compute, Velocities, Positions);
Broadphase = new BroadPhase(compute, computeSort, Lifes, Positions);
ParticleSolver = new ParticleCollisionSolver(compute, Velocities, Positions, Lifes, Broadphase);
BoundsChecker = new BoundsChecker(compute, Lifes, Positions);
Walls = BuildWalls(wallColliders);
WallSolver = new WallCollisionSolver(compute, Velocities, Positions, Walls);
var particles = new GameObject[capacity];
foreach (var p in particlefabs)
p.transform.localScale = 2f * constants.radius * Vector3.one;
for (var i = 0; i < capacity; i++)
particles[i] = particlefabs[Random.Range(0, particlefabs.Length)];
Combiner = new MeshCombiner(containerfab);
Combiner.Rebuild(particles);
Combiner.SetParent(transform, false);
UpdateConstantData();
}