public void Execute(int index)
{
float cellHeight = Cells[index].Height;
float factor = ShockDataExt.DiminishingFactor(Params, deltaTime);
cellHeight = (factor * cellHeight + Cells[index].AdditionalHeight).ZeroIfSmall();
Cells[index] = ShockwaveData.Create(
Cells[index].Position,
cellHeight,
Cells[index].WaveTime
);
}
public static JobHandle Begin(
NativeArray <ShockwaveData> cells,
ShockMasterParams master,
JobHandle dependency
)
{
var job = new ShockwaveSuperpositionJob()
{
Cells = cells,
Params = master,
deltaTime = Time.deltaTime
};
return(IJobParallelForExtensions.Schedule(
job,
cells.Length,
ShockDataExt.GetInnerLoopCountFromSize(master),
dependency
));
}
public static JobHandle Begin(
ShockwaveData centre,
ShockMasterParams masterParams,
NativeArray <ShockwaveData> cells,
JobHandle dependency
)
{
ShockwaveSimJob job = new ShockwaveSimJob()
{
Cells = cells,
Centre = centre,
Params = masterParams
};
return(IJobParallelForExtensions.Schedule(
job,
cells.Length,
ShockDataExt.GetInnerLoopCountFromSize(masterParams),
dependency
));
}
private void ProcessWithCentre(int index)
{
float2 cellPos = Cells[index].Position;
float distance = ShockDataExt.Distance(cellPos, Centre.Position);
float additionalHeight = Cells[index].AdditionalHeight;
if (distance < Params.InfluenceRadius)
{
additionalHeight = (Centre.Height / (1 + distance)).ZeroIfSmall();
}
Cells[index] =
new ShockwaveData()
{
Position = cellPos,
Height = Cells[index].Height,
WaveTime = Cells[index].WaveTime,
CentreIndex = Cells[index].CentreIndex,
AdditionalHeight = additionalHeight
};
}
