public MCell(MCell c, bool multiCell = false) : base(c, false)
{
MirroredCell = c.MirroredCell;
MirroredCell.RowIndex = RowIndex + 1;
_CellType = CellType.M;
}
public void AddCellToOptions(Cell c, List <Cell> cells, bool newMultiCellRow)
{
var kCell = c as KCell;
var cCell = c as CCell;
var mCell = c as MCell;
var wCell = c as WCell;
if (kCell != null)
{
KCell kc = new KCell(kCell, newMultiCellRow);
AddOptionCell(kc);
}
else if (cCell != null)
{
List <string> names = cCell.ConnectionInfo.Split(new char[] { '(', ')', '+', '-', '*', '/', '^' }).ToList();
// need for TryParse
double n;
List <string> dependencyNamesPossibleDupes = (from name in names
where name.Length > 0 &&
!double.TryParse(name, out n) // make sure the value isn't a direct value
select name).ToList();
List <string> dependencyNames = dependencyNamesPossibleDupes.Distinct().ToList();
List <Cell> dependencies = new List <Cell>();
foreach (string name in dependencyNames)
{
Cell dependency = cells.First(x => x.Label == name);
if (dependency != null)
{
dependencies.Add(dependency);
}
}
CCell cc = new CCell(cCell, dependencies, newMultiCellRow);
AddOptionCell(cc);
}
else if (mCell != null)
{
MCell mc = new MCell(mCell, newMultiCellRow);
AddOptionCell(mc);
}
else if (wCell != null)
{
WCell wc = new WCell(wCell, newMultiCellRow);
AddOptionCell(wc);
}
}
public List<Cell> ReturnCellsInRow(int rowNumber)
{
List<Cell> cols = new List<Cell>();
int colIndex = 0;
foreach (List<string> l in _parsedFile)
{
MultipleCell multi = null;
// there will be 5 items in each .APP file
if (l.Count != 5) break;
string label = l[0];
string type = l[1];
int digits; // not really necessary for this application, but leaving for reverse compatibility
int.TryParse(l[2], out digits);
int precision;
int.TryParse(l[3], out precision);
string connectionInfo = l[4];
switch (type)
{
// keyboard cell
case "K":
if (MultipleCell.IsMultiCell(label) && cols.OfType<MultipleCell>().ToList().Count > 0) colIndex--;
KCell k = new KCell(label, digits, precision, connectionInfo, rowNumber, colIndex);
if (MultipleCell.IsMultiCell(label))
{
multi = BuildMultipleCell(k, cols);
if(multi != null) cols.Add(multi);
}
else
{
cols.Add(k);
}
break;
// weight cell
case "W":
if (MultipleCell.IsMultiCell(label) && cols.OfType<MultipleCell>().ToList().Count > 0) colIndex--;
WCell w = new WCell(label, digits, precision, connectionInfo, rowNumber, colIndex);
if (MultipleCell.IsMultiCell(label))
{
multi = BuildMultipleCell(w, cols);
if(multi != null) cols.Add(multi);
}
else
{
cols.Add(w);
}
break;
// calculation cell
case "C":
List<string> names =
connectionInfo.Split(new char[] { '(', ')', '+', '-', '*', '/', '^' }).ToList();
// need for TryParse
double n;
List<string> dependencyNamesPossibleDupes = (from name in names
where name.Length > 0 &&
!double.TryParse(name, out n) // make sure the value isn't an integer
select name).ToList();
List<string> dependencyNames = dependencyNamesPossibleDupes.Distinct().ToList();
List<Cell> dependencies = new List<Cell>();
foreach (string name in dependencyNames)
{
Cell dependency = cols.First(x => x.Label == name);
if(dependency != null)
dependencies.Add(dependency);
}
if (MultipleCell.IsMultiCell(label) && cols.OfType<MultipleCell>().ToList().Count > 0) colIndex--;
CCell c = new CCell(label, digits, precision, connectionInfo, rowNumber, colIndex,
dependencies);
if (MultipleCell.IsMultiCell(label))
{
multi = BuildMultipleCell(c, cols);
if(multi != null) cols.Add(multi);
}
else
{
cols.Add(c);
}
break;
// mirror cell
case "M":
// find cell to mirror
var columnToMirror = cols.FirstOrDefault(x => x.Label == connectionInfo);
if (MultipleCell.IsMultiCell(label) && cols.OfType<MultipleCell>().ToList().Count > 0) colIndex--;
MCell m = new MCell(label, digits, precision, connectionInfo, rowNumber, colIndex, columnToMirror);
if (MultipleCell.IsMultiCell(label))
{
multi = BuildMultipleCell(m, cols);
if(multi != null) cols.Add(multi);
}
else
{
cols.Add(m);
}
break;
// newscreen, for backwards compatibility
case "0":
NewScreen newScreen = new NewScreen(label, digits, precision, connectionInfo, rowNumber, colIndex);
cols.Add(newScreen);
break;
}
colIndex++;
}
return cols;
}
public void AddCellToOptions(Cell c, List<Cell> cells, bool newMultiCellRow)
{
var kCell = c as KCell;
var cCell = c as CCell;
var mCell = c as MCell;
var wCell = c as WCell;
if (kCell != null)
{
KCell kc = new KCell(kCell, newMultiCellRow);
AddOptionCell(kc);
}
else if (cCell != null)
{
List<string> names = cCell.ConnectionInfo.Split(new char[] { '(', ')', '+', '-', '*', '/', '^' }).ToList();
// need for TryParse
double n;
List<string> dependencyNamesPossibleDupes = (from name in names
where name.Length > 0 &&
!double.TryParse(name, out n) // make sure the value isn't a direct value
select name).ToList();
List<string> dependencyNames = dependencyNamesPossibleDupes.Distinct().ToList();
List<Cell> dependencies = new List<Cell>();
foreach (string name in dependencyNames)
{
Cell dependency = cells.First(x => x.Label == name);
if (dependency != null)
dependencies.Add(dependency);
}
CCell cc = new CCell(cCell, dependencies, newMultiCellRow);
AddOptionCell(cc);
}
else if (mCell != null)
{
MCell mc = new MCell(mCell, newMultiCellRow);
AddOptionCell(mc);
}
else if (wCell != null)
{
WCell wc = new WCell(wCell, newMultiCellRow);
AddOptionCell(wc);
}
}
public MCell(MCell c, bool multiCell = false) : base(c, false)
{
MirroredCell = c.MirroredCell;
MirroredCell.RowIndex = RowIndex + 1;
_CellType = CellType.M;
}
public void AddRow()
{
int nextRow = _Cells.Count;
// check each cell
List <Cell> cells = new List <Cell>();
foreach (Cell c in _Cells[nextRow - 1])
{
if (c.CellType == CellType.C)
{
CCell cc = c as CCell;
List <string> names = cc.ConnectionInfo.Split(new char[] { '(', ')', '+', '-', '*', '/', '^' }).ToList();
// need for TryParse
double n;
List <string> dependencyNamesPossibleDupes = new List <string>(); /* = (from name in names
* where name.Length > 0 &&
* !double.TryParse(name, out n) // make sure the value isn't an integer
* select name).ToList(); */
foreach (string name in names)
{
if (name.Length > 0 && !double.TryParse(name, out n))
{
dependencyNamesPossibleDupes.Add(name);
}
}
// quicker way to get distinct values
HashSet <string> dependencyNames = new HashSet <string>(dependencyNamesPossibleDupes);
//List<string> dependencyNames = dependencyNamesPossibleDupes.Distinct().ToList();
List <Cell> dependencies = new List <Cell>();
foreach (string name in dependencyNames)
{
Cell dependency = cells.First(x => x.Label == name);
if (dependency != null)
{
dependencies.Add(dependency);
}
}
CCell copyWithCorrectRow = new CCell(cc, dependencies);
_CalculationCells.Add(copyWithCorrectRow);
cells.Add(copyWithCorrectRow);
}
else if (c.CellType == CellType.W)
{
WCell wc = c as WCell;
cells.Add(new WCell(wc));
}
else if (c.CellType == CellType.K)
{
KCell kc = c as KCell;
KCell kcToAdd = new KCell(kc);
if (kcToAdd.KConnectionType == KConnection.AUTO)
{
kcToAdd.Value = kc.Value + 1;
}
if (kcToAdd.KConnectionType == KConnection.DITTO)
{
kcToAdd.KValue = kc.KValue;
}
cells.Add(kcToAdd);
}
else if (c.CellType == CellType.M)
{
MCell mc = c as MCell;
cells.Add(new MCell(mc));
}
else if (c.CellType == CellType.Multiple)
{
MultipleCell multiple = c as MultipleCell;
cells.Add(new MultipleCell(multiple, cells));
}
else if (c.CellType == CellType.NewScreen)
{
NewScreen ns = c as NewScreen;
cells.Add(new NewScreen(ns));
}
}
_Cells.Add(cells);
}