public NDArray NotEqual(NDArray result, NDArray rhs, NDArray lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "cne", result, rhs, lhs));
}
public NDArray Mod(NDArray result, NDArray rhs, NDArray lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "cmod", result, rhs, lhs));
}
public NDArray LessThan(NDArray result, NDArray rhs, NDArray lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "clt", result, rhs, lhs));
}
public Tensor LessThan(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "clt", result, rhs, lhs));
}
public Tensor NotEqual(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "cne", result, rhs, lhs));
}
public Tensor AddTanh(Tensor result, Tensor x, Tensor y)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "addtanh", result, x, y));
}
public Tensor Mod(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "cmod", result, rhs, lhs));
}
public Tensor SigmoidD(Tensor result, Tensor resW, Tensor resG)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "sigmoidD", result, resW, resG));
}
public Tensor TanhD(Tensor result, Tensor resW, Tensor resG)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "tanhD", result, resW, resG));
}
public Tensor EqualTo(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseOpKernels, "ceq", result, rhs, lhs));
}
public Tensor GreaterOrEqual(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseOpKernels, "cge", result, rhs, lhs));
}
public Tensor Div(Tensor result, Tensor rhs, Tensor lhs)
{
return(ElementwiseTTTOp.Invoke(elementwiseOpKernels, "cdiv", result, rhs, lhs));
}
public Tensor ReluD(Tensor result, Tensor w, Tensor g)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "relud", result, w, g));
}
public Tensor ExpSub2(Tensor result, Tensor x, Tensor y)
{
return(ElementwiseTTTOp.Invoke(elementwiseKernels, "expsub2", result, x, y));
}
