protected MatrixElement(MatlabClass matlabClass, IEnumerable <int> dimensions)
{
_matrixTag = new MatrixTag(this);
_classTag = new ClassTag(matlabClass);
_dimensions = new ArrayDimensions(dimensions);
_arrayName = new ArrayName(string.Empty);
HeaderElements = new List <IElement>(new IElement[] { _matrixTag, _classTag, _dimensions, _arrayName });
_contents = new List <IElement>();
}
public MatlabMatrix(IEnumerable <short> data, int[] dimensions, MatlabClass matlabClass = MatlabClass.MxDouble)
: base(matlabClass, dimensions)
{
int product = dimensions.Aggregate(1, (current, dimension) => current * dimension);
if (data.Count() != product)
{
throw new ArgumentException("Data must contain enough entries for all dimensions.");
}
Contents.Add(new ShortBuffer(data));
}
public ClassTag(MatlabClass matlabClass)
{
_matlabClass = matlabClass;
}
public MatlabMatrix(IEnumerable <ushort> data, MatlabClass matlabClass = MatlabClass.MxDouble)
: this(data, new[] { 1, data.Count() }, matlabClass)
{
}
public MatlabMatrix(IEnumerable <SByte> data, MatlabClass matlabClass = MatlabClass.MxInt8)
: this(data, new[] { 1, data.Count() }, matlabClass)
{
}
public MatlabMatrix(IEnumerable <float> data, MatlabClass matlabClass = MatlabClass.MxSingle)
: this(data, new[] { 1, data.Count() }, matlabClass)
{
}
public MatlabMatrix(IEnumerable <uint> data, MatlabClass matlabClass = MatlabClass.MxUint32)
: this(data, new[] { 1, data.Count() }, matlabClass)
{
}
