public override Tensor Evaluate(Tensor writeTarget)
{
using (var rhs = right.Evaluate(null))
{
return(evaluate(writeTarget, left.Evaluate(), rhs));
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
using (var lhs = left.Evaluate(null))
{
return(evaluate(writeTarget, lhs, right.Evaluate()));
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
using (var s = src.Evaluate(null))
{
return(evaluate(writeTarget, s));
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
using (var s = src.Evaluate(null))
using (var m1Val = m1.Evaluate(null))
using (var m2Val = m2.Evaluate(null))
{
return(Ops.Addmm(writeTarget, beta, s, alpha, m1Val, m2Val));
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
if (writeTarget != null)
{
throw new InvalidOperationException("Cannot Select directly into another tensor");
}
using (var s = src.Evaluate(null))
{
return(evaluate(s));
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
using (var srcVal = src.Evaluate(null))
{
if (writeTarget == null)
{
writeTarget = new Tensor(srcVal.Allocator, type, srcVal.Sizes);
}
Ops.Copy(writeTarget, srcVal);
return(writeTarget);
}
}
/// <summary>
/// Evaluates the specified write target.
/// </summary>
/// <param name="writeTarget">The write target.</param>
/// <returns>Tensor.</returns>
public override Tensor Evaluate(Tensor writeTarget)
{
using (var srcVal = src.Evaluate(null))
{
if (writeTarget == null)
{
writeTarget = new Tensor(allocator, srcVal.ElementType, srcVal.Shape);
}
Ops.Copy(writeTarget, srcVal);
return(writeTarget);
}
}
public override Tensor Evaluate(Tensor writeTarget)
{
using (var s = src.Evaluate(null))
using (var i = indices.Evaluate(null))
{
if (!writeTarget.Equals(s))
{
Ops.Copy(writeTarget, s);
}
Ops.ScatterFill(writeTarget, value.Evaluate(), dimension, i);
}
return(writeTarget);
}
public Tensor Evaluate()
{
return(expression.Evaluate(null));
}
