cuFFTAdvisor/generalTransform.cpp at master · HiPerCoRe/cuFFTAdvisor · GitHub

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#include "generalTransform.h"

namespace cuFFTAdvisor {

GeneralTransform::GeneralTransform(int device, int X, int Y, int Z, int N,
                                   Tristate::Tristate isBatched,
                                   Tristate::Tristate isFloat,
                                   Tristate::Tristate isForward,
                                   Tristate::Tristate isInPlace,
                                   Tristate::Tristate isReal)
    : device(device),
      X(X),
      Y(Y),
      Z(Z),
      originalX(X),
      originalY(Y),
      originalZ(Z),
      N(N),
      kernelInvocationX(0),
      kernelInvocationY(0),
      kernelInvocationZ(0),
      isBatched(isBatched),
      isFloat(isFloat),
      isForward(isForward),
      isInPlace(isInPlace),
      isReal(isReal) {}

GeneralTransform::GeneralTransform(int X, int Y, int Z,
                                   const GeneralTransform &tr)
    : device(tr.device),
      X(X),
      Y(Y),
      Z(Z),
      originalX(X),
      originalY(Y),
      originalZ(Z),
      N(tr.N),
      kernelInvocationX(0),
      kernelInvocationY(0),
      kernelInvocationZ(0),
      isBatched(tr.isBatched),
      isFloat(tr.isFloat),
      isForward(tr.isForward),
      isInPlace(tr.isInPlace),
      isReal(tr.isReal) {}

GeneralTransform::GeneralTransform(const GeneralTransform &tr)
    : originalX(tr.originalX),
      originalY(tr.originalY),
      originalZ(tr.originalZ)
      { *this = tr; }

GeneralTransform &GeneralTransform::operator=(const GeneralTransform &tr) {
  if (this != &tr) {
    this->device = tr.device;
    this->X = tr.X;
    this->Y = tr.Y;
    this->Z = tr.Z;
    this->N = tr.N;
    this->isBatched = tr.isBatched;
    this->isFloat = tr.isFloat;
    this->isForward = tr.isForward;
    this->isInPlace = tr.isInPlace;
    this->isReal = tr.isReal;
    this->kernelInvocationX = tr.kernelInvocationX;
    this->kernelInvocationY = tr.kernelInvocationY;
    this->kernelInvocationZ = tr.kernelInvocationZ;
  }
  return *this;
}

}  // namespace cuFFTAdvisor