protected override JobHandle OnUpdate(JobHandle inputDeps)
{
CheckDisposeTempData();
// Compute index
positionsMap = new NativeHashMap <int, int>(m_PowderGroup.Length, Allocator.Temp);
toDeleteEntities = new NativeHashMap <int, int>(Mathf.Max(m_PowderGroup.Length / 10, 64), Allocator.Temp);
m_TempDataAllocated = true;
var computeHashJob = new HashCoordJob()
{
powders = m_PowderGroup.powders,
hashMap = positionsMap
};
var previousJobHandle = computeHashJob.Schedule(m_PowderGroup.Length, 64, inputDeps);
if ((Input.GetMouseButtonDown(0) || Input.GetMouseButton(0)) && PowderGame.IsInWorld(Input.mousePosition))
{
var coord = PowderGame.ScreenToCoord(Input.mousePosition);
var spawnJob = new SpawnJob()
{
hashMap = positionsMap,
coord = coord,
cmdBuffer = m_Barrier.CreateCommandBuffer(),
type = PowderGame.currentPowder,
isPainting = !Input.GetMouseButtonDown(0)
};
previousJobHandle = spawnJob.Schedule(previousJobHandle);
}
// Simulate
if (PowderGame.simulate)
{
var simulateJob = new SimulateJob()
{
powders = m_PowderGroup.powders,
positions = m_PowderGroup.positions,
hashMap = positionsMap,
rand = Rand.Create(),
entities = m_PowderGroup.entities,
cmdBuffer = m_Barrier.CreateCommandBuffer(),
toDeleteEntities = toDeleteEntities
};
previousJobHandle = simulateJob.Schedule(m_PowderGroup.Length, 64, previousJobHandle);
}
var deleteEntitiesJob = new DeleteEntitiesJob()
{
entities = m_PowderGroup.entities,
cmdBuffer = m_Barrier.CreateCommandBuffer(),
toDeleteEntities = toDeleteEntities
};
previousJobHandle = deleteEntitiesJob.Schedule(m_PowderGroup.Length, 64, previousJobHandle);
inputDeps = previousJobHandle;
return(inputDeps);
}
// Update is called once per frame and is needed here to check if the job is finished
void Update()
{
if (myJob != null)
{
if (myJob.Update())
{
// Alternative to the OnFinished callback
finishJob();
myJob = null;
}
}
}
//Doing the work. Creates a new job and runs it.
void prepareAndStartJob()
{
//Showing Loading Indicator
LoadingIndicator.SetActive(true);
//First create a new simulatejob to run this on a seperate thread
myJob = new SimulateJob();
//Now set the "simulator" to the QiskitSimulator. (If UseReal is set to true, a real backend is used, and your Token needs to be provided).
myJob.Simulator = new QiskitSimulator(1000, UseReal, Token);
//Creating a circuit from the red channel of the provided texture (for black and white image any of the 3 color channels is ok).
myJob.Circuit = QuantumImageCreator.GetCircuitDirect(Input, ColorChannel.R);
//applying additional manipulation to the circuit
applyPartialQ(myJob.Circuit, Rotation);
//run the job, meaning start the simulation (or the call to the backend)
myJob.Start();
}
void SimulateJobs()
{
NativeArray <Vector3> vertsNative = new NativeArray <Vector3>(verts, Allocator.TempJob);
var job = new SimulateJob
{
nativeVerts = vertsNative,
multiplier = multiplier,
scale = scale,
flowSpeed = flowSpeed,
time = Time.time
};
var jobHandle = job.Schedule(vertsNative.Length, 250);
jobHandle.Complete();
vertsNative.CopyTo(verts);
GetComponent <MeshFilter>().mesh.vertices = verts;
vertsNative.Dispose();
}
//Doing the work. Creates a new job and runs it.
void prepareAndStartJob()
{
if (DeviceName.Length < 5)
{
DeviceName = "ibmq_16_melbourne";
}
//Showing Loading Indicator
LoadingIndicator.SetActive(true);
//First create a new simulatejob to run this on a seperate thread
myJob = new SimulateJob();
//Now set the "simulator" to the QiskitSimulator. (If UseReal is set to true, a real backend is used, and your Token needs to be provided).
myJob.Simulator = new QiskitSimulator(NumberOfShots, UseReal, Token, DeviceName, DontStartPython, UseInternalDevice);
//Creating a circuit from the red channel of the provided texture (for black and white image any of the 3 color channels is ok).
myJob.Circuit = QuantumImageCreator.GetCircuitDirect(Input, ColorChannel.R);
//applying additional manipulation to the circuit
applyPartialQ(myJob.Circuit, QuantumBlurRotation);
//run the job, meaning start the simulation (or the call to the backend)
myJob.Start();
}
