static void Main(string[] args)
{
string stratName = args.Length < 1 ? "" : args[0];
int gamesToPlay = args.Length < 2 ? 100 : int.Parse(args[1]);
Strategy strat;
switch (stratName)
{
case "-random":
strat = new RandomStrategy();
break;
case "-smart":
strat = new SmartStrategy();
break;
case "-tracking":
strat = new TrackingStrategy();
break;
default:
strat = new RandomStrategy();
break;
}
PlayGames(strat, gamesToPlay);
}
public void SetSeekStrategy(TrackingStrategy trackingStrategy)
{
m_trackingStrategy = trackingStrategy;
}
/// <summary>
/// Sets the tracking strategy of the mailing with the provided id.
/// </summary>
/// <param name="mailingId"></param>
/// <param name="strategy"></param>
/// <returns></returns>
public void SetTrackingStrategy(long mailingId, TrackingStrategy strategy)
{
string body = SerializationUtils <TrackingStrategy> .ToXmlString(strategy, "tracking_strategy");
Post("mailings/" + mailingId.ToString() + "/settings/trackingstrategy", null, body);
}
public ShiftCollection(int aFrameCount, int aMaxTileCountX, int aMaxTileCountY, int aReferenceIndex, TrackingStrategy aStrategy, int aBlockSize, CudaContext ctx)
{
strategy = aStrategy;
referenceIndex = aReferenceIndex;
frameCount = aFrameCount;
if (aBlockSize >= aFrameCount)
{
blockSize = aFrameCount - 1;
}
else
{
blockSize = aBlockSize;
}
blas = new CudaBlas(PointerMode.Device, AtomicsMode.Allowed);
one = 1.0f;
zero = 0.0f;
shiftPairs = new List <ShiftPair>();
int shiftCount = GetShiftCount();
FillShiftPairs();
FillIndexTable();
if (shiftPairs.Count != shiftCount)
{
throw new Exception("Ooups, something went wrong with my math...");
}
shifts = new List <NPPImage_32fC2>(shiftCount);
int[] shiftPitches_h = new int[shiftCount];
CUdeviceptr[] ptrList = new CUdeviceptr[shiftCount];
for (int i = 0; i < shiftCount; i++)
{
NPPImage_32fC2 devVar = new NPPImage_32fC2(aMaxTileCountX, aMaxTileCountY);
shifts.Add(devVar);
shiftPitches_h[i] = devVar.Pitch;
ptrList[i] = devVar.DevicePointer;
}
shiftPitches = shiftPitches_h;
AllShifts_d = new CudaDeviceVariable <float2>(aMaxTileCountX * aMaxTileCountY * shiftCount);
shiftsOneToOne_d = new CudaDeviceVariable <float2>(aMaxTileCountX * aMaxTileCountY * (frameCount - 1));
shifts_d = ptrList;
status = new CudaDeviceVariable <int>(aMaxTileCountX * aMaxTileCountY);
infoInverse = new CudaDeviceVariable <int>(aMaxTileCountX * aMaxTileCountY);
shiftMatrixArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
shiftMatrixSafeArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
matrixSquareArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
matrixInvertedArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
solvedMatrixArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
shiftOneToOneArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
shiftMeasuredArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
shiftOptimArray = new CudaDeviceVariable <CUdeviceptr>(aMaxTileCountX * aMaxTileCountY);
shiftMatrices = new CudaDeviceVariable <float>(aMaxTileCountX * aMaxTileCountY * shiftCount * (frameCount - 1));
shiftSafeMatrices = new CudaDeviceVariable <float>(aMaxTileCountX * aMaxTileCountY * shiftCount * (frameCount - 1));
matricesSquared = new CudaDeviceVariable <float>(aMaxTileCountX * aMaxTileCountY * (frameCount - 1) * (frameCount - 1));
matricesInverted = new CudaDeviceVariable <float>(aMaxTileCountX * aMaxTileCountY * (frameCount - 1) * (frameCount - 1));
solvedMatrices = new CudaDeviceVariable <float>(aMaxTileCountX * aMaxTileCountY * shiftCount * (frameCount - 1));
shiftsOneToOne = new CudaDeviceVariable <float2>(aMaxTileCountX * aMaxTileCountY * (frameCount - 1));
pivotArray = new CudaDeviceVariable <int>(aMaxTileCountX * aMaxTileCountY * (frameCount - 1));
shiftsMeasured = new CudaDeviceVariable <float2>(aMaxTileCountX * aMaxTileCountY * shiftCount);
shiftsOptim = new CudaDeviceVariable <float2>(aMaxTileCountX * aMaxTileCountY * shiftCount);
buffer = new CudaDeviceVariable <byte>(status.SumGetBufferSize());
statusSum = new CudaDeviceVariable <int>(1);
CUmodule mod = ctx.LoadModulePTX("ShiftMinimizerKernels.ptx");
concatenateShifts = new concatenateShiftsKernel(ctx, mod);
separateShifts = new separateShiftsKernel(ctx, mod);
getOptimalShifts = new getOptimalShiftsKernel(ctx, mod);
copyShiftMatrixKernel = new copyShiftMatrixKernel(ctx, mod);
setPointers = new setPointersKernel(ctx, mod);
checkForOutliers = new checkForOutliersKernel(ctx, mod);
transposeShifts = new transposeShiftsKernel(ctx, mod);
setPointers.RunSafe(shiftMatrixArray, shiftMatrixSafeArray, matrixSquareArray, matrixInvertedArray, solvedMatrixArray,
shiftOneToOneArray, shiftMeasuredArray, shiftOptimArray, shiftMatrices, shiftSafeMatrices, matricesSquared,
matricesInverted, solvedMatrices, shiftsOneToOne, shiftsMeasured, shiftsOptim, aMaxTileCountX * aMaxTileCountY, frameCount, shiftCount);
Reset();
}
