public void Print()
{
ColumnHeadNode CurrentCHeadNode = StartColumnHeadNode;
RowHeadNode CurrentRowHeadNode = StartRowHeadNode;
int CurrentRows;
int CurrentColumns;
if (FixedNumColumns > 0 || FixedNumRows > 0)
{
CurrentRows = FixedNumRows;
CurrentColumns = FixedNumColumns;
}
else
{
CurrentRows = 1;
CurrentColumns = 1;
while (CurrentRowHeadNode.NextInRow != StartRowHeadNode)
{
CurrentRows++;
CurrentRowHeadNode = (RowHeadNode)CurrentRowHeadNode.NextInRow;
}
while (CurrentCHeadNode.NextInColumn != StartColumnHeadNode)
{
CurrentColumns++;
CurrentCHeadNode = (ColumnHeadNode)CurrentCHeadNode.NextInColumn;
}
}
ValueNode CurrentValueNode;
for (int i = 1; i <= CurrentRows; i++)
{
CurrentRowHeadNode = this.GetRow(i);
for (int j = 1; j <= CurrentColumns; j++)
{
CurrentValueNode = CurrentRowHeadNode.Get(j);
if (CurrentValueNode == null)
{
Console.Write("0 ");
}
else
{
Console.Write(CurrentValueNode.Value + " ");
}
}
Console.WriteLine("");
}
}
public SparseMatrix Transpose()
{
ColumnHeadNode CurrentCHeadNode = StartColumnHeadNode;
RowHeadNode CurrentRowHeadNode = StartRowHeadNode;
int Rows = 1;
int Columns = 1;
while (CurrentRowHeadNode.NextInRow != StartRowHeadNode)
{
Rows++;
CurrentRowHeadNode = (RowHeadNode)CurrentRowHeadNode.NextInRow;
}
while (CurrentCHeadNode.NextInColumn != StartColumnHeadNode)
{
Columns++;
CurrentCHeadNode = (ColumnHeadNode)CurrentCHeadNode.NextInColumn;
}
SparseMatrix NewMatrix = new SparseMatrix(Columns, Rows);
ValueNode CurrentValueNode;
for (int i = 1; i <= Rows; i++)
{
CurrentRowHeadNode = this.GetRow(i);
for (int j = 1; j <= Columns; j++)
{
CurrentValueNode = CurrentRowHeadNode.Get(j);
if (CurrentValueNode != null)
{
NewMatrix.Insert(CurrentValueNode.Row, CurrentValueNode.Column, CurrentValueNode.Value);
}
}
}
return(NewMatrix);
}
