public void KroneckerProduct(_daMatrix other, _daMatrix result)
{
val.KroneckerProduct(other, result);
}
public void Subtract(double scalar, _daMatrix result)
{
val.Subtract(scalar, result);
}
public void Add(double scalar, _daMatrix result)
{
val.Add(scalar, result);
}
public void SetSubdaMatrix(int rowIndex, int rowLength, int columnIndex, int columnLength, _daMatrix subMatrix)
{
val.SetSubMatrix(rowIndex, rowLength, columnIndex, columnLength, subMatrix);
}
public void Stack(_daMatrix lower, _daMatrix result)
{
val.Stack(lower, result);
}
public void Multiply(_daMatrix other, _daMatrix result)
{
val.Multiply(other, result);
}
public daMatrix PointwiseMultiply(_daMatrix other)
{
return(new daMatrix(val.PointwiseMultiply(other)));
}
public daMatrix DiagonalStack(_daMatrix lower)
{
return(new daMatrix(val.DiagonalStack(lower)));
}
public void DiagonalStack(_daMatrix lower, _daMatrix result)
{
val.DiagonalStack(lower, result);
}
public void CopyTo(_daMatrix target)
{
val.CopyTo(target);
}
public daMatrix(_daMatrix source)
{
this.val = source;
}
public void Append(_daMatrix right, _daMatrix result)
{
val.Append(right, result);
}
public daMatrix Append(_daMatrix right)
{
return(new daMatrix(val.Append(right)));
}
public void Add(_daMatrix other, _daMatrix result)
{
val.Add(other, result);
}
public daMatrix Multiply(_daMatrix other)
{
return(new daMatrix(val.Multiply(other)));
}
public void Divide(double scalar, _daMatrix result)
{
val.Divide(scalar, result);
}
public void Multiply(double scalar, _daMatrix result)
{
val.Multiply(scalar, result);
}
public bool Equals(_daMatrix other)
{
return(val.Equals(other));
}
public void Negate(_daMatrix result)
{
val.Negate(result);
}
public void Gemm(double alpha, double beta, bool transposeA, bool transposeB, _daMatrix a, _daMatrix b)
{
val.Gemm(alpha, beta, transposeA, transposeB, a, b);
}
public void PointwiseMultiply(_daMatrix other, _daMatrix result)
{
val.PointwiseMultiply(other, result);
}
public void GetStrictlyLowerTriangle(_daMatrix result)
{
val.GetStrictlyLowerTriangle(result);
}
public daMatrix Stack(_daMatrix lower)
{
return(new daMatrix(val.Stack(lower)));
}
public void GetUpperTriangle(_daMatrix result)
{
val.GetUpperTriangle(result);
}
public void Subtract(_daMatrix other)
{
val.Subtract(other);
}
//public daMatrix Inverse() { return new daMatrix(val.Inverse()); }
public daMatrix KroneckerProduct(_daMatrix other)
{
return(new daMatrix(val.KroneckerProduct(other)));
}
public void Subtract(_daMatrix other, _daMatrix result)
{
val.Subtract(other, result);
}
public void Add(_daMatrix other)
{
val.Add(other);
}
