public void MarkGridCell(CellPoint point, SCellValue.ECellContainValues value)
{
if(Grid == null)
Grid = DeserializeGridData(GridAssetData);
InitComponents();
int i = point.x;
int j = point.y;
Color result = EmptyColor;
switch(value)
{
case SCellValue.ECellContainValues.Empty: result = EmptyColor; break;
case SCellValue.ECellContainValues.Obstracle: result = ObstracleColor; break;
case SCellValue.ECellContainValues.Enemy: result = EnemyColor; break;
case SCellValue.ECellContainValues.Player: result = PlayerColor; break;
}
Grid[i,j].CellContainValue= value;
Color[] cl = GridMesh.colors;
for(int q=0; q<Grid[i,j].ConerListVertexIndexes.Length; q++)
{
cl[Grid[i,j].ConerListVertexIndexes[q]] = result;
}
GridMesh.colors = cl;
filter.mesh = GridMesh;
}
public LevelGridComponent.SCellValue[,] DeserializeGridData(TextAsset asset)
{
XmlDocument doc = new XmlDocument();
doc.LoadXml(asset.text);
XmlSerializer serializer = new XmlSerializer(typeof(GridDataSerilizetion));
XmlReader reader = new XmlNodeReader(doc.ChildNodes[1]);
GridDataSerilizetion sr = (GridDataSerilizetion)serializer.Deserialize(reader);
LevelGridComponent.SCellValue[,] resutl = new SCellValue[sr.Height,sr.Widht];
int q=0;
foreach(var a in sr.Cells)
{
SCellValue tmp = new SCellValue();
tmp.CellContainValue = a.CellContainValue;
tmp.ConerListVertexIndexes = (int[]) a.ConerListVertexIndexes.Clone();
resutl[a.X,a.Y]=tmp;
}
return resutl;
}
public void MarkGridCell(Vector3 position, SCellValue.ECellContainValues value)
{
if(Grid == null)
Grid = DeserializeGridData(GridAssetData);
InitComponents();
Vector3 meshPosition = position-transform.position;
int i = Mathf.FloorToInt(meshPosition.x/GridWorldStep);
int j = Mathf.FloorToInt(meshPosition.z/GridWorldStep);
Color result = EmptyColor;
switch(value)
{
case SCellValue.ECellContainValues.Empty: result = EmptyColor; break;
case SCellValue.ECellContainValues.Obstracle: result = ObstracleColor; break;
case SCellValue.ECellContainValues.Enemy: result = EnemyColor; break;
case SCellValue.ECellContainValues.Player: result = PlayerColor; break;
}
Grid[i,j].CellContainValue= value;
Color[] cl = GridMesh.colors;
for(int q=0; q<Grid[i,j].ConerListVertexIndexes.Length; q++)
{
cl[Grid[i,j].ConerListVertexIndexes[q]] = result;
}
GridMesh.colors = cl;
filter.mesh = GridMesh;
}
