private void SetCellNoneEnterRisksLevel2(int x, int y, CellNode cellNode, CellNode[] nodes, int columns)
{
if (cellNode.ngbrPlayerPawnsCount[0] >= 4)
{
bool NodeIsPlayerPawn(int nodeX, int nodeY)
{
return(nodes[GetCellNodeIndex(nodeX, nodeY, columns)].isPlayerPawn);
}
bool[] ngbrsEnterRisk = cellNode.ngbrsEnterRisk;
for (int i = 4; i < 8; i++)
{
Vector2Int delta = _cellNgbrsDeltaXY[i].Negative();
int signDxDy = Math.Sign(delta.x * delta.y);
ngbrsEnterRisk[i] |=
NodeIsPlayerPawn(x, y - delta.y) &&
NodeIsPlayerPawn(x - delta.x, y) &&
NodeIsPlayerPawn(x - 1, y + signDxDy) &&
NodeIsPlayerPawn(x + 1, y - signDxDy);
}
ngbrsEnterRisk[1] |= ngbrsEnterRisk[7];
ngbrsEnterRisk[3] |= ngbrsEnterRisk[7];
ngbrsEnterRisk[0] |= ngbrsEnterRisk[4];
ngbrsEnterRisk[2] |= ngbrsEnterRisk[4];
ngbrsEnterRisk[1] |= ngbrsEnterRisk[5];
ngbrsEnterRisk[2] |= ngbrsEnterRisk[5];
ngbrsEnterRisk[0] |= ngbrsEnterRisk[6];
ngbrsEnterRisk[3] |= ngbrsEnterRisk[6];
}
}
private List <Vector2Int> CreatePath(CellNode[] nodes, Bounds2Int bounds, Vector2Int begXY, Vector2Int endXY)
{
List <Vector2Int> path = new List <Vector2Int>();
CellNode endNode = nodes[GetCellNodeIndex(endXY, bounds.Size)];
if (begXY != endXY && endNode.distance < float.MaxValue / 2f)
{
//Debug.Log(GetType() + ".GetPath: " + begXY + "->" + endXY);
CellNode begNode = nodes[GetCellNodeIndex(begXY, bounds.Size)];
bool begNodeLocked = begNode.locked;
begNode.locked = false;
Vector2Int nodeXY = endXY;
path.Add(nodeXY);
while (nodeXY != begXY)
{
nodeXY = GetMinDistanceNgbrCellNodeXY(nodes, nodeXY, bounds);
path.Add(nodeXY);
}
if (path.Count > 1)
{
path.RemoveAt(path.Count - 1);
}
for (int i = 0; i < path.Count; i++)
{
path[i] += bounds.Min;
//Debug.Log(GetType() + ".GetPath: " + path[i]);
}
begNode.locked = begNodeLocked;
}
return(path);
}
private static void FillMatrixRowsToWorksheet(WorkbookNode workbook, WfMatrix matrix, bool roleAsPerson)
{
NamedLocationCollection locations = workbook.Names.ToLocations();
locations.SortByColumn();
WorksheetNode worksheet = workbook.Worksheets[GetWorksheet(locations)];
int startRowIndex = GetStartRow(locations);
int currentRowIndex = -1;
foreach (WfMatrixRow matrixRow in matrix.Rows)
{
RowNode row = new RowNode();
if (currentRowIndex == -1)
{
currentRowIndex = startRowIndex + 1;
row.Index = currentRowIndex;
}
foreach (CellLocation location in locations)
{
CellNode cell = new CellNode();
WfMatrixCell mCell = matrixRow.Cells.Find(c => c.Definition.DimensionKey == location.Name);
if (mCell != null)
{
cell.Data.Value = GetCellValue(roleAsPerson, mCell, matrixRow);
}
row.Cells.Add(cell);
}
worksheet.Table.Rows.Add(row);
}
}
private HashSet <Vector2Int> UpdateCellNodes(CellNode[] nodes, Bounds2Int bounds, HashSet <Vector2Int> nodesXY, Vector2Int targetXY,
ref bool targetReached)
{
HashSet <Vector2Int> nextNodesXY = new HashSet <Vector2Int>();
//targetReached = false;
Func <CellNode, int, bool> ngbrClosed = null;
if (_cellNodeEnterRiskLevel > 0)
{
ngbrClosed = (ngbrNode, i) => ngbrNode.ngbrsEnterRisk[i];
}
else
{
ngbrClosed = (ngbrNode, i) => false;
}
foreach (var nodeXY in nodesXY)
{
int nodeIndex = GetCellNodeIndex(nodeXY, bounds.Size);
CellNode node = nodes[nodeIndex];
node.@checked = true;
nextNodesXY.Remove(nodeXY);
for (int i = 0; i < _cellNgbrsDeltaXY.Length; i++)
{
Vector2Int ngbrDeltaXY = _cellNgbrsDeltaXY[i];
Vector2Int ngbrXY = nodeXY + ngbrDeltaXY;
if (CellNodeInBounds(ngbrXY, bounds.Size))
{
int ngbrNodeIndex = GetCellNodeIndex(ngbrXY, bounds.Size);
CellNode ngbrNode = nodes[ngbrNodeIndex];
if (!ngbrNode.locked && !ngbrClosed(ngbrNode, i))
{
float delta = ngbrDeltaXY.x == 0 || ngbrDeltaXY.y == 0 ? 1f : SQRT2;
#if LOCKED_CELLS_HEIGHTS
for (int j = 0; j < 3; j++)
{
delta += 1.5f * ngbrNode.lockedNgbrsCount[j] / (8 * (i + 1));
}
#endif
float ngbrDistance = node.distance + delta * 0.25f + ngbrNode.ngbrPlayerPawnsCount[0];
//float ngbrDistance = node.distance + delta;
if ((!ngbrNode.@checked || ngbrDistance < ngbrNode.distance) && !nextNodesXY.Contains(ngbrXY))
{
nextNodesXY.Add(ngbrXY);
}
ngbrNode.distance = Mathf.Min(ngbrNode.distance, ngbrDistance);
#if DEBUG_SHOW_DISTANCES
SetTileMeshText(ngbrXY + bounds.Min, ngbrNode.distance.ToString("F1") + "\n" + ngbrNode.ngbrPlayerPawnsCount[0]);
#endif
if (ngbrXY == targetXY)
{
targetReached = true;
//nextNodesXY.Clear();
//return nextNodesXY;
}
}
}
}
}
return(nextNodesXY);
}
private bool AddToRow(RowNode rowNode, CellNode entryNode)
{
var curr = rowNode.Right;
if (curr == null)
{
rowNode.Right = entryNode;
return(true);
}
var prevOfCurr = curr.Left;
ColumnType entryColumn = entryNode.Value.GetColumn();
ColumnType currColumn;
int comparisonResult;
while (curr != null)
{
currColumn = curr.Value.GetColumn();
comparisonResult = currColumn.CompareTo(entryColumn);
if (comparisonResult == 0)
{
return(false);
}
else if (comparisonResult > 0)
{
var prevNode = curr.Left;
var nextNode = curr;
if (prevNode == null)//El nodo a insertar es first
{
rowNode.Right = entryNode;
entryNode.Left = null;
}
else
{
prevNode.Right = entryNode;
entryNode.Left = prevNode;
}
nextNode.Left = entryNode;
entryNode.Right = nextNode;
return(true);
}
prevOfCurr = curr;
curr = curr.Right;
}
//Como ahora curr es null tenemos que movernos de regreso a su 'prev'
curr = prevOfCurr;
currColumn = curr.Value.GetColumn();
comparisonResult = currColumn.CompareTo(entryColumn);
if (comparisonResult == 0)
{
return(false);
}
curr.Right = entryNode;
entryNode.Left = curr;
return(true);
}
private bool AddToColumn(ColumnNode columnNode, CellNode entryNode)
{
var curr = columnNode.Down;
if (curr == null)
{
columnNode.Down = entryNode;
return(true);
}
var prevOfCurr = curr.Up;
RowType entryRow = entryNode.Value.GetRow();
RowType currRow;
int comparisonResult;
while (curr != null)
{
currRow = curr.Value.GetRow();
comparisonResult = currRow.CompareTo(entryRow);
if (comparisonResult == 0)
{
return(false);
}
else if (comparisonResult > 0)
{
var prevNode = curr.Up;
var nextNode = curr;
if (prevNode == null)//El nodo a insertar es first
{
columnNode.Down = entryNode;
entryNode.Up = null;
}
else
{
prevNode.Down = entryNode;
entryNode.Up = prevNode;
}
nextNode.Up = entryNode;
entryNode.Down = nextNode;
return(true);
}
prevOfCurr = curr;
curr = curr.Down;
}
//Como ahora curr es null tenemos que movernos de regreso a su 'prev'
curr = prevOfCurr;
currRow = curr.Value.GetRow();
comparisonResult = currRow.CompareTo(entryRow);
if (comparisonResult == 0)
{
return(false);
}
curr.Down = entryNode;
entryNode.Up = curr;
return(true);
}
public CellNode(int x, int y, CellNode dChild, CellNode rChild)
{
X = x;
Y - y;
DChild = dChild;
RChild = rChild;
}
public bool Add(CellType entry)
{
if (entry is null)
{
throw new ArgumentNullException(nameof(entry));
}
var entryRow = entry.GetRow();
var entryColumn = entry.GetColumn();
var matrixRowNode = GetOrAddRowNode(entryRow);
var matrixColumnNode = GetOrAddColumnNode(entryColumn);
var entryNode = new CellNode(entry);
if (!AddToRow(matrixRowNode, entryNode))
{
return(false);
}
if (!AddToColumn(matrixColumnNode, entryNode))
{
return(false);
}
return(true);
}
public void Add(RBTUnit unit)
{
if (_unitToCells.ContainsKey(unit))
{
return;
}
else
{
_unitToCells.Add(unit, new List <CellNode>());
}
var cellIndices = CalcOccupiedCells(unit);
foreach (var cellIndex in cellIndices)
{
var newHead = new CellNode()
{
unit = unit, cellIndex = cellIndex
};
if (_indexToCell.ContainsKey(cellIndex))
{
var prevHead = _indexToCell[cellIndex];
prevHead.previous = newHead;
newHead.next = prevHead;
}
_indexToCell[cellIndex] = newHead;
_unitToCells[unit].Add(newHead);
}
}
private static int GetManhattenDistance(CellNode a_nodeA, CellNode a_nodeB)
{
int x = Mathf.Abs(a_nodeA.GridX - a_nodeB.GridX);
int y = Mathf.Abs(a_nodeA.GridY - a_nodeB.GridY);
return(x + y);
}
private void GenerateHexagonGrid()
{
float offsetX = 0.38f;
float offsetZ = 0.32f;
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
float posX = x * offsetX;
if (y % 2 == 1)
{
posX += offsetX / 2;
}
GameObject _newCell = Instantiate(PrefabCell, new Vector3(posX, 0, y * offsetZ), Quaternion.identity);
CellBase _cell = _newCell.GetComponent <CellBase>();
CellNode _node = new CellNode();
_node.GridX = x;
_node.GridY = y;
_cell.SetNode(_node);
_newCell.transform.parent = ParentForCells;
}
}
}
/// <summary>
/// Generates all nodes that are adjacent to the given node. Nodes re only considered adjacent if they share a pathgroup.
/// </summary>
/// <param name="currentNode"></param>
/// <returns></returns>
private List <CellNode> GetValidNeighbors(CellNode currentNode)
{
IRectGrid nodeCell = latticePathData[currentNode.Position.xPos, currentNode.Position.yPos];
int nodePathGroup = nodeCell.PathGroup();
List <CellNode> neighbors = new List <CellNode>();
//left
if (latticePathData[currentNode.Position.xPos, currentNode.Position.yPos, Direction.West].PathGroup() == nodePathGroup)
{
if (currentNode.Position.xPos != 0)
{
var potentialNeighbor = latticePathData[currentNode.Position.xPos - 1, currentNode.Position.yPos];
if (potentialNeighbor.PathGroup() == nodePathGroup)
{
neighbors.Add(new CellNode(new Position(currentNode.Position.xPos - 1, currentNode.Position.yPos), 1 * potentialNeighbor.PathModifier()));
}
}
}
//right
if (latticePathData[currentNode.Position.xPos, currentNode.Position.yPos, Direction.East].PathGroup() == nodePathGroup)
{
if (currentNode.Position.xPos < latticePathData.Width - 1)
{
var potentialNeighbor = latticePathData[currentNode.Position.xPos + 1, currentNode.Position.yPos];
if (potentialNeighbor.PathGroup() == nodePathGroup)
{
neighbors.Add(new CellNode(new Position(currentNode.Position.xPos + 1, currentNode.Position.yPos), 1 * potentialNeighbor.PathModifier()));
}
}
}
//down
if (latticePathData[currentNode.Position.xPos, currentNode.Position.yPos, Direction.South].PathGroup() == nodePathGroup)
{
if (currentNode.Position.yPos != 0)
{
var potentialNeighbor = latticePathData[currentNode.Position.xPos, currentNode.Position.yPos - 1];
if (potentialNeighbor.PathGroup() == nodePathGroup)
{
neighbors.Add(new CellNode(new Position(currentNode.Position.xPos, currentNode.Position.yPos - 1), 1 * potentialNeighbor.PathModifier()));
}
}
}
//up
if (latticePathData[currentNode.Position.xPos, currentNode.Position.yPos, Direction.North].PathGroup() == nodePathGroup)
{
if (currentNode.Position.yPos < latticePathData.Height - 1)
{
var potentialNeighbor = latticePathData[currentNode.Position.xPos, currentNode.Position.yPos + 1];
if (potentialNeighbor.PathGroup() == nodePathGroup)
{
neighbors.Add(new CellNode(new Position(currentNode.Position.xPos, currentNode.Position.yPos + 1), 1 * potentialNeighbor.PathModifier()));
}
}
}
return(neighbors);
}
public void AddChild(int index, CellNode child)
{
if (IsLeaf)
{
children = new CellNode[4];
}
children[index] = child;
child.parent = this;
}
public void ClearMap()
{
for (int y = 0; y < m_height; y++)
{
for (int x = 0; x < m_width; x++)
{
m_cells[WrapX(x), WrapY(y)] = new CellNode(x, y);
}
}
}
void PlacePath()
{
//m_rootNode = m_cellMap.GetCell(0, 0);
m_rootNode = m_cellMap.RandomCell(CellState.EMPTY);
Carve(m_rootNode, 0);
m_rootNode.Reduce(CellState.DOOR);
pathNodes = new List <CellNode>();
m_rootNode.AllChildren(ref pathNodes);
}
public CellNode[] GetImmediateCellNeighbours(int x, int y)
{
CellNode[] neighbours = new CellNode[4];
neighbours[0] = (y >= m_height - 1 && !wrap) ? null : m_cells[WrapX(x), WrapY(y + 1)];
neighbours[1] = (x >= m_width - 1 && !wrap) ? null : m_cells[WrapX(x + 1), WrapY(y)];
neighbours[2] = (y <= 1 && !wrap) ? null : m_cells[WrapX(x), WrapY(y - 1)];
neighbours[3] = (x < 1 && !wrap) ? null : m_cells[WrapX(x - 1), WrapY(y)];
return(neighbours);
}
public void PutCellTriangleIndexesToArray(int beginPosition, int[] triangleArray, int x, int z)
{
CellNode cell = cells [z, x];
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_tl.A).index;
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_tl.C).index;
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_tl.B).index;
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_br.B).index;
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_br.C).index;
triangleArray [beginPosition++] = ((IndexedFixedVertex3D)cell.bl_tr_br.A).index;
}
private static WfMatrixRow GenerateMatrixRow(WfMatrix matrix, RowNode rowNode, NamedLocationCollection locations, int index)
{
WfMatrixRow mRow = new WfMatrixRow(matrix);
mRow.RowNumber = index;
int emptyCellCount = 0;
foreach (WfMatrixDimensionDefinition dd in matrix.Definition.Dimensions)
{
CellLocation location = locations[dd.DimensionKey];
CellNode cell = rowNode.GetCellByIndex(location.Column);
WfMatrixCell mCell = new WfMatrixCell(dd);
mCell.StringValue = cell.Data.InnerText.Trim();
mRow.Cells.Add(mCell);
switch (dd.DimensionKey)
{
case "Operator":
mRow.Operator = cell.Data.InnerText;
break;
case "OperatorType":
WfMatrixOperatorType opType = WfMatrixOperatorType.Person;
Enum.TryParse(cell.Data.InnerText, out opType);
mRow.OperatorType = opType;
break;
default:
if (mCell.StringValue.IsNullOrEmpty())
{
emptyCellCount++;
}
break;
}
}
if (emptyCellCount >= matrix.Definition.Dimensions.Count - 2)
{
//如果每一列都为空（不算Operator和OperatorType），那么认为整行都为空
mRow = null;
}
else
{
matrix.Rows.Add(mRow);
}
return(mRow);
}
private void DeleteNode(RowNode rowNode, CellNode cellNode)
{
//Eliminar de fila
var left = cellNode.Left;
var right = cellNode.Right;
if (left == null && right == null)//Es el unico nodo en la fila
{
DeleteRow(rowNode);
}
if (left == null)//curr es first
{
rowNode.Right = right;
}
else
{
left.Right = right;
}
if (right != null)
{
left.Right = right;
}
//Eliminar de columna
var up = cellNode.Up;
var down = cellNode.Down;
if (up == null && down == null) //Es el unico nodo en la fila
{
var columnNode = GetColumnNode(cellNode.Value.GetColumn()); //No se va usar en todos los caso pero igual la vamos a obtener siempre
DeleteColumn(columnNode);
}
if (up == null) //curr es first
{
var columnNode = GetColumnNode(cellNode.Value.GetColumn()); //No se va usar en todos los caso pero igual la vamos a obtener siempre
columnNode.Down = down;
}
else
{
up.Down = down;
}
if (down != null)
{
down.Up = up;
}
}
private void SetCellNodesNgbrPlayerPawnsCount(CellNode[] nodes, Bounds2Int bounds)
{
Vector2Int size = bounds.Size;
int columns = bounds.Size.x;
for (int y = 1; y < size.y - 1; y++)
{
for (int x = 1; x < size.x - 1; x++)
{
CellNode cellNode = nodes[GetCellNodeIndex(x, y, columns)];
if (!cellNode.locked)
{
for (int k = 0; k < 3; k++)
{
cellNode.ngbrPlayerPawnsCount[k] = 0;
int n_even = 2 + 2 * k;
int n_odd = n_even + 1; //3 + 2 * k;
int[] deltaJ = new int[n_odd];
for (int j = 1; j < n_odd - 1; j++)
{
deltaJ[j] = n_even;
}
deltaJ[0] = deltaJ[n_odd - 1] = 1;
//string s = "\n";
int offset = k + 1;
for (int i = 0; i < n_odd; i++)
{
int dy = i - offset;
for (int j = 0; j < n_odd; j += deltaJ[i])
{
int dx = j - offset;
Vector2Int ngbrXY = new Vector2Int(x + dx, y + dy);
//s += "(" + dx + "," + dy + ")";
if (CellNodeInBounds(ngbrXY, bounds.Size))
{
int ngbrNodeIndex = GetCellNodeIndex(ngbrXY, bounds.Size);
CellNode ngbrNode = nodes[ngbrNodeIndex];
cellNode.ngbrPlayerPawnsCount[k] += ngbrNode.isPlayerPawn ? 1 : 0;
}
}
//s += "\n";
}
//Debug.Log(GetType() + "." + s);
}
}
}
}
}
private void CreateCells()
{
this.cells = new CellNode[height, width];
for (int z = 0; z < height; z++)
{
for (int x = 0; x < width; x++)
{
cells [z, x] = new CellNode(
GetVertexForCell(x, z, BOT_LEF),
GetVertexForCell(x, z, BOT_RIG),
GetVertexForCell(x, z, TOP_LEF),
GetVertexForCell(x, z, TOP_RIG),
cellSize * x, cellSize * z);
}
}
}
private static void FillWorkbook(WfMatrixDefinition definition, WorkbookNode workbook, WfMatrixDefinitionExportOptions options)
{
WorksheetNode worksheet = GetWorksheetFromWorkbook(workbook, options);
worksheet.Names.Clear();
workbook.Names.Clear();
worksheet.Table.Rows[1].Cells.Clear();
int row = options.StartRow;
int column = options.StartColumn;
RowNode titleRow = null;
if (worksheet.Table.Rows.Count > 0)
{
titleRow = worksheet.Table.Rows[1];
}
else
{
titleRow = new RowNode();
worksheet.Table.Rows.Add(titleRow);
}
foreach (WfMatrixDimensionDefinition dd in definition.Dimensions)
{
NamedRangeNode range = new NamedRangeNode();
range.Name = dd.DimensionKey;
range.RefersTo = string.Format("={0}!R{1}C{2}", worksheet.Name, row, column);
workbook.Names.Add(range);
CellNode cell = new CellNode();
cell.Data.Value = dd.Name;
if (options.TitleCellStyleID.IsNotEmpty())
{
cell.StyleID = options.TitleCellStyleID;
}
titleRow.Cells.Add(cell);
column++;
}
}
private CellNode[] CreateCellNodes(Vector2Int begXY, Vector2Int endXY, Bounds2Int bounds,
List <PawnTransition> pawnTransitions, params Transform[] contentContainers)
{
var nodes = new CellNode[bounds.Size.x * bounds.Size.y];
for (int i = 0; i < nodes.Length; i++)
{
nodes[i] = new CellNode();
}
int columns = bounds.Size.x;
int nodeIndex;
foreach (Transform container in contentContainers)
{
bool isPlayerPawnsContainer = container.childCount > 0 && container.GetChild(0).GetComponent <PlayerPawn>();
foreach (Transform child in container)
{
Vector2Int cell = _tilemap.WorldToCell(child.position);
nodeIndex = GetCellNodeIndex(cell - bounds.Min, columns);
nodes[nodeIndex].locked = true;
nodes[nodeIndex].isPlayerPawn = isPlayerPawnsContainer;
}
}
if (pawnTransitions != null)
{
foreach (var pawnTransition in pawnTransitions)
{
nodeIndex = GetCellNodeIndex(pawnTransition.EndCell - bounds.Min, columns);
nodes[nodeIndex].locked = true;
nodeIndex = GetCellNodeIndex(pawnTransition.BegCell - bounds.Min, columns);
nodes[nodeIndex].locked = false;
}
}
CellNode begNode = nodes[GetCellNodeIndex(begXY, columns)];
CellNode endNode = nodes[GetCellNodeIndex(endXY, columns)];
begNode.distance = 0f;
begNode.locked = false;
endNode.locked = false;
SetCellNodesNgbrPlayerPawnsCount(nodes, bounds);
SetCellNodesEnterRisks(nodes, bounds, begXY, endXY);
ResetCellNodesNgbrPlayerPawnsCountAroundTarged(nodes, bounds, endXY, 2);
return(nodes);
}
private SOARolePropertyRow GenerateMatrixRow(SOARole role, RowNode rowNode, NamedLocationCollection locations, int index)
{
SOARolePropertyRow mRow = new SOARolePropertyRow(role);
mRow.RowNumber = index;
int emptyCellCount = 0;
foreach (var row in this.Definition)
{
CellLocation location = locations[row.Name];
CellNode cell = rowNode.GetCellByIndex(location.Column);
SOARolePropertyValue mCell = new SOARolePropertyValue(row);
mCell.Value = cell.Data.InnerText.Trim();
mRow.Values.Add(mCell);
switch (row.Name)
{
case "Operator":
mRow.Operator = cell.Data.InnerText;
break;
case "OperatorType":
SOARoleOperatorType opType = SOARoleOperatorType.User;
Enum.TryParse(cell.Data.InnerText, out opType);
mRow.OperatorType = opType;
break;
default:
if (mCell.Value.IsNullOrEmpty())
{
emptyCellCount++;
}
break;
}
}
role.Rows.Add(mRow);
return(mRow);
}
/// <summary>
/// 填充Excel Xml的标题列
/// </summary>
/// <param name="workbook"></param>
/// <param name="definition"></param>
/// <param name="propertySheetName"></param>
private static void FillWorkSheetTitle(WorkbookNode workbook, SOARolePropertyDefinitionCollection definition, string propertySheetName)
{
WorksheetNode worksheet = GetWorksheetFromWorkbook(workbook, propertySheetName);
worksheet.Names.Clear();
workbook.Names.Clear();
worksheet.Table.Rows[1].Cells.Clear();
int row = 3;
int column = 1;
RowNode titleRow = null;
if (worksheet.Table.Rows.Count > 0)
{
titleRow = worksheet.Table.Rows[1];
}
else
{
titleRow = new RowNode();
worksheet.Table.Rows.Add(titleRow);
}
foreach (SOARolePropertyDefinition dd in definition)
{
NamedRangeNode range = new NamedRangeNode();
range.Name = dd.Name;
range.RefersTo = string.Format("={0}!R{1}C{2}", worksheet.Name, row, column);
workbook.Names.Add(range);
CellNode cell = new CellNode();
cell.Data.Value = dd.Description.IsNotEmpty() ? dd.Description : dd.Name;
cell.StyleID = "s17";
titleRow.Cells.Add(cell);
column++;
}
}
void Start()
{
float xInitialOffset = 0.455f;
float yInitialOffset = -0.307f;
float xOffset = 0.8895f;
float yOffset = -0.578f;
grid = new CellNode[gridHeight][];
for (int i = 0; i < gridHeight; i++)
{
grid[i] = new CellNode[gridWidth];
for (int j = 0; j < gridWidth; j++)
{
grid[i][j] = (Instantiate(cellPrefab, new Vector3(transform.position.x + xInitialOffset + xOffset * j, transform.position.y + yInitialOffset + yOffset * i, transform.position.z - 0.00001f), transform.rotation, transform) as GameObject).GetComponent <CellNode>();
}
}
}
public int[][] Solve()
{
var start = new CellNode()
{
RowConstraints = RowRules,
ColumnConstraints = ColRules,
Current = new Cell(0, 0, 0),
Previous = Enumerable.Empty <Cell>(),
Seed = new Seed(_size),
Size = _size
};
var solution = start.Solve();
if (solution.Count() > 0)
{
return(GetSolution(solution));
}
return(null);
}
void GenerateGride()
{
float nodeRaduis = nodeDiameter / 2f;
grid = new CellNode[gridSizeX, gridSizeY];
Vector3 baseButtomLeft = transform.right * (-gridSizeX * nodeRaduis) + transform.forward * (-gridSizeY * nodeRaduis);
for (int y = 0; y < gridSizeY; y++)
{
for (int x = 0; x < gridSizeX; x++)
{
float pointX = baseButtomLeft.x + (x * nodeDiameter) + (nodeRaduis);
float pointZ = baseButtomLeft.z + (y * nodeDiameter) + (nodeRaduis);
Vector3 pointPos = new Vector3(pointX, 0, pointZ);
grid[x, y] = new CellNode()
{
isWalkable = true, gridX = x, gridY = y, worldPoint = pointPos
};
}
}
}
private Vector2Int GetMinDistanceNgbrCellNodeXY(CellNode[] nodes, Vector2Int nodeXY, Bounds2Int bounds)
{
float minDistance = float.MaxValue;
Vector2Int minDistNgbrXY = default;
foreach (var ngbrDeltaXY in _cellNgbrsDeltaXY)
{
Vector2Int ngbrXY = nodeXY + ngbrDeltaXY;
if (CellNodeInBounds(ngbrXY, bounds.Size))
{
int ngbrNodeIndex = GetCellNodeIndex(ngbrXY, bounds.Size);
CellNode ngbrNode = nodes[ngbrNodeIndex];
if (!ngbrNode.locked && ngbrNode.distance < minDistance)
{
minDistance = ngbrNode.distance;
minDistNgbrXY = ngbrXY;
}
}
}
//Debug.Log(GetType() + ".GetMinDistanceCellNodeNgbrXY: " + minDistNgbrXY);
return(minDistNgbrXY);
}
private void ResetCellNodesNgbrPlayerPawnsCountAroundTarged(CellNode[] nodes, Bounds2Int bounds, Vector2Int endXY, int offset)
{
int columns = bounds.Size.x;
for (int y = endXY.y - offset; y <= endXY.y + offset; y++)
{
for (int x = endXY.x - offset; x <= endXY.x + offset; x++)
{
if (CellNodeInBounds(x, y, bounds.Size))
{
CellNode cellNode = nodes[GetCellNodeIndex(x, y, columns)];
if (!cellNode.locked)
{
for (int k = 0; k < 3; k++)
{
cellNode.ngbrPlayerPawnsCount[k] = 0;
}
}
}
}
}
}