public Sudoku(Sudoku init)
{
this.sudoku = init.sudoku;
this.hor = init.hor;
this.vert = init.vert;
this.emptyFields = init.emptyFields;
}
public rc_vector <T> add(rc_vector <T> b)
{
for (int i = 0; i < b.size; i++)
{
this.append(b.rowIdx[i], b.colIdx[i]);
}
return(this);
}
public rc_vector <T> convertToRCVector()
{
rc_vector <T> rc = new rc_vector <T>(this.Size, this.RowIdx, this.ColIdx);
rc.Size = this.getSize();
rc.RowIdx = this.RowIdx;
rc.ColIdx = this.ColIdx;
return(rc);
}
rc_vector <int> findEmpyFields(rcv_vector <int> given_)
{
rc_vector <int> empty = new rc_vector <int>();
rc_vector <int> full = new rc_vector <int>();
//implement difference
empty = full.difference(given_.convertToRCVector());
return(empty);
}
public Sudoku(rcv_vector <int> given_, int hor_, int vert_)
{
this.vert = vert_;
this.hor = hor_;
sudoku = new int[hor, vert];
for (int i = 0; i < given_.getSize(); i++)
{
sudoku[given_.getRow(i), given_.getCol(i)] = given_.getItem(i);
}
this.emptyFields = findEmpyFields(given_);
}
static void Main(string[] args)
{
MyClass c1 = new MyClass();
Console.WriteLine($"Hello World! {c1.ReturnMessage()}");
rc_vector <int> vec_1 = new rc_vector <int>();
//vec_1.RowIdx.Add(0);
//vec_1.ColIdx.Add(1);
vec_1.append(0, 0);
vec_1.append(1, 1);
rc_vector <int> vec_2 = new rc_vector <int>();
vec_2.append(0, 0);
vec_1.difference(vec_2);
}
public rc_vector <T> difference(rc_vector <T> subtrahend)
{
List <int> colCandidates = new List <int>();
for (int i = 0; i < subtrahend.size; i++)
{
colCandidates = new List <int>();
colCandidates = this.colIdx.FindAll(s => FindMatchingIndexPred <int>(s, i));
List <int> rowCandidates = new List <int>();
for (int j = 0; j < subtrahend.Size; j++)
{
rowCandidates = colCandidates.FindAll(s => FindMatchingIndexPred <int>(s, j));
//find the indices of these.
}
}
foreach (int i in colCandidates)
{
Console.WriteLine(i);
}
return(new rc_vector <T>());
}
public rc_vector(rc_vector <T> init)
{
this.colIdx = init.colIdx;
this.rowIdx = init.rowIdx;
this.size = init.size;
}