private void SafetySystem()
{
//1. DEPENDENCIES
//2. COMBINE DEPENDENCIES
//2. READING FROM THE SAME ARRAY IS OK [Read/WriteOnly]
//2. SAFETY OVERRIDE
var powJobA = new PowJob
{
dataSize = dataSize,
dataIn = dataA,
dataOut = dataB
};
JobHandle jobHndlA = powJobA.Schedule();
var powJobB = new PowJob
{
dataSize = dataSize,
dataIn = dataB,
//dataIn = dataA, //also uncomment [READ/WRITE] attributes in the PowJob
dataOut = dataC
};
JobHandle jobHndlB = powJobB.Schedule();
//Dependecy
//JobHandle jobHndlB = powJobB.Schedule(jobHndlA);
JobHandle jobHndl = JobHandle.CombineDependencies(jobHndlA, jobHndlB);
jobHndl.Complete();
}
private void ScheduleSequentialInForLoop()
{
JobHandle jobHandle = default(JobHandle);
for (int i = 0; i < forLoopSchedulesCount; i++)
{
var powJob = new PowJob
{
dataSize = dataIns[i].Length,
dataIn = dataIns[i],
dataOut = dataOuts[i]
};
jobHandle = powJob.Schedule(jobHandle);
}
jobHandle.Complete();
}
private void JobsScheduling()
{
var powJob = new PowJob
{
dataSize = dataSize,
dataIn = dataA,
dataOut = dataB
};
//SINGLE THREADED
// powJob.Run();
JobHandle jobHndl = powJob.Schedule();
jobHndl.Complete();
}
private void ScheduleParallelInForLoop()
{
JobHandle jobHandle = default(JobHandle);
NativeArray <JobHandle> parallelJobHandles = new NativeArray <JobHandle>(forLoopSchedulesCount, Allocator.Temp);
for (int i = 0; i < forLoopSchedulesCount; i++)
{
var powJob = new PowJob
{
dataSize = dataIns[i].Length,
dataIn = dataIns[i],
dataOut = dataOuts[i]
};
parallelJobHandles[i] = powJob.Schedule(jobHandle);
}
jobHandle = JobHandle.CombineDependencies(parallelJobHandles);
parallelJobHandles.Dispose();
jobHandle.Complete();
}
// Update is called once per frame
void Update()
{
var powJob = new PowJob
{
dataSize = dataSize,
dataIn = dataA[READ],
dataOut = dataB[WRITE]
};
powJobHndl = powJob.Schedule();
var addJob = new AddJob
{
dataSize = dataSize,
dataIn = dataB[READ],
dataOut = dataC[WRITE]
};
addJobHndl = addJob.Schedule();
JobHandle.ScheduleBatchedJobs();
}
