public void SetAllEdges(CellCornerState SetState)
{
int Ctr;
for (Ctr = 0; Ctr < cCellVertexes.Count; Ctr++)
{
cCellVertexes[Ctr][0] = SetState;
cCellVertexes[Ctr][(int)cColCount] = SetState;
}
for (Ctr = 0; Ctr <= cColCount; Ctr++)
{
cCellVertexes[0][Ctr] = SetState;
cCellVertexes[(int)cRowCount][Ctr] = SetState;
}
}
public void CellularAutomatonPass(CellCornerState GridEdge, int BirthLimit, int NeighborMinLmit, int NeighborMaxLimit)
{
int ColCtr, RowCtr, NeighborCount;
List <List <CellCornerState> > NewVertexList = new List <List <CellCornerState> >();
List <CellCornerState> NewRow;
for (RowCtr = 0; RowCtr < cCellVertexes.Count; RowCtr++)
{
NewRow = new List <CellCornerState>();
NewVertexList.Add(NewRow);
for (ColCtr = 0; ColCtr < cCellVertexes[RowCtr].Count; ColCtr++)
{
NeighborCount = GetCellSolidNeighborCount(RowCtr, ColCtr, GridEdge);
if (cCellVertexes[RowCtr][ColCtr] == CellCornerState.Solid)
{
if ((NeighborCount < NeighborMinLmit) || (NeighborCount > NeighborMaxLimit))
{
NewRow.Add(CellCornerState.Empty);
}
else
{
NewRow.Add(CellCornerState.Solid);
}
}
else
{
if (NeighborCount > BirthLimit)
{
NewRow.Add(CellCornerState.Solid);
}
else
{
NewRow.Add(CellCornerState.Empty);
}
}
}
}
cCellVertexes = NewVertexList;
HasChanged = true;
}
private int GetCellSolidNeighborCount(int Row, int Col, CellCornerState GridEdge)
{
List <CellCornerState> Neighbors = new List <CellCornerState>();
int ColCtr, RowCtr;
//Generate a list of neighbors
for (ColCtr = -1; ColCtr < 2; ColCtr++)
{
for (RowCtr = -1; RowCtr < 2; RowCtr++)
{
if ((ColCtr == 0) && (RowCtr == 0))
{
continue; //Skip the center, we only want neighbors
}
if ((Row + RowCtr < 0) || (Row + RowCtr > RowCount) || (Col + ColCtr < 0) || (Col + ColCtr > ColumnCount))
{
//Neighbor is outside the grid
Neighbors.Add(GridEdge);
}
else
{
Neighbors.Add(cCellVertexes[Row + RowCtr][Col + ColCtr]);
}
}
}
//Count the solid neighbors
ColCtr = 0;
foreach (CellCornerState CurrVal in Neighbors)
{
if (CurrVal == CellCornerState.Solid)
{
ColCtr++;
}
}
return(ColCtr);
}
private int GetCellSolidNeighborCount(int Row, int Col, CellCornerState GridEdge) {
List<CellCornerState> Neighbors = new List<CellCornerState>();
int ColCtr, RowCtr;
//Generate a list of neighbors
for (ColCtr = -1; ColCtr < 2; ColCtr++) {
for (RowCtr = -1; RowCtr < 2; RowCtr++) {
if ((ColCtr == 0) && (RowCtr == 0)) {
continue; //Skip the center, we only want neighbors
}
if ((Row + RowCtr < 0) || (Row + RowCtr > RowCount) || (Col + ColCtr < 0) || (Col + ColCtr > ColumnCount)) {
//Neighbor is outside the grid
Neighbors.Add(GridEdge);
} else {
Neighbors.Add(cCellVertexes[Row + RowCtr][Col + ColCtr]);
}
}
}
//Count the solid neighbors
ColCtr = 0;
foreach (CellCornerState CurrVal in Neighbors) {
if (CurrVal == CellCornerState.Solid) {
ColCtr++;
}
}
return ColCtr;
}
public void SetAllEdges(CellCornerState SetState) {
int Ctr;
for (Ctr = 0; Ctr < cCellVertexes.Count; Ctr++) {
cCellVertexes[Ctr][0] = SetState;
cCellVertexes[Ctr][(int)cColCount] = SetState;
}
for (Ctr = 0; Ctr <= cColCount; Ctr++) {
cCellVertexes[0][Ctr] = SetState;
cCellVertexes[(int)cRowCount][Ctr] = SetState;
}
}
public void CellularAutomatonPass(CellCornerState GridEdge, int BirthLimit, int NeighborMinLmit, int NeighborMaxLimit) {
int ColCtr, RowCtr, NeighborCount;
List<List<CellCornerState>> NewVertexList = new List<List<CellCornerState>>();
List<CellCornerState> NewRow;
for (RowCtr = 0; RowCtr < cCellVertexes.Count; RowCtr++) {
NewRow = new List<CellCornerState>();
NewVertexList.Add(NewRow);
for (ColCtr = 0; ColCtr < cCellVertexes[RowCtr].Count; ColCtr++) {
NeighborCount = GetCellSolidNeighborCount(RowCtr, ColCtr, GridEdge);
if (cCellVertexes[RowCtr][ColCtr] == CellCornerState.Solid) {
if ((NeighborCount < NeighborMinLmit) || (NeighborCount > NeighborMaxLimit)) {
NewRow.Add(CellCornerState.Empty);
} else {
NewRow.Add(CellCornerState.Solid);
}
} else {
if (NeighborCount > BirthLimit) {
NewRow.Add(CellCornerState.Solid);
} else {
NewRow.Add(CellCornerState.Empty);
}
}
}
}
cCellVertexes = NewVertexList;
HasChanged = true;
}
public void SetCellCornerState(int CornerRow, int CornerColumn, CellCornerState State) {
cCellVertexes[CornerRow][CornerColumn] = State;
HasChanged = true;
}
public void SetCellCornerState(int CornerRow, int CornerColumn, CellCornerState State)
{
cCellVertexes[CornerRow][CornerColumn] = State;
HasChanged = true;
}