// active les nouvelles lignes
void ActivateCoord(GridCoord firstCoord, List <GridCoord> line)
{
Debug.Log("size:" + line.Count);
if (line.Count == 0)
{
return;
}
firstCoord.SetOwned();
if (localClient)
{
localClient.CmdSpawnNewPointFX(firstCoord.gameObject);
}
foreach (GridCoord sndCoord in line)
{
if (sndCoord != firstCoord)
{
if (localClient)
{
sndCoord.SetOwned();
//Debug.Log("line drawn");
localClient.CmdCreateNewLine(firstCoord.gameObject, sndCoord.gameObject);
if (sndCoord == endPoint || firstCoord == endPoint)
{
//Debug.Log("hello maggle");
localClient.CmdEndGrid(endPoint.gameObject, cable);
}
}
}
// activation des points entre les 2 points principaux
if (firstCoord.GetPosition().x == sndCoord.GetPosition().x)
{
int x = firstCoord.GetPosition().x;
int lowY = (firstCoord.GetPosition().y < sndCoord.GetPosition().y) ? firstCoord.GetPosition().y : sndCoord.GetPosition().y;
int highY = (firstCoord.GetPosition().y < sndCoord.GetPosition().y) ? sndCoord.GetPosition().y : firstCoord.GetPosition().y;
for (int i = lowY + 1; i < highY; i++)
{
_coordsMatrix[x][i].SetActivated();
}
}
else if (firstCoord.GetPosition().y == sndCoord.GetPosition().y)
{
int y = firstCoord.GetPosition().y;
int lowX = (firstCoord.GetPosition().x < sndCoord.GetPosition().x) ? firstCoord.GetPosition().x : sndCoord.GetPosition().x;
int highX = (firstCoord.GetPosition().x < sndCoord.GetPosition().x) ? sndCoord.GetPosition().x : firstCoord.GetPosition().x;
for (int i = lowX + 1; i < highX; i++)
{
_coordsMatrix[i][y].SetActivated();
}
}
}
}
bool Good(GridCoord coord)
{
if (coord)
{
//Debug.Log("coord");
//Debug.Log("coord: (" + coord.GetPosition().x + "," + coord.GetPosition().y + ")");
//Debug.Log("coord: (" + _coordsMatrix[coord.GetPosition().x][coord.GetPosition().y].GetPosition().x + "," + _coordsMatrix[coord.GetPosition().x][coord.GetPosition().y].GetPosition().y + ")");
//Debug.Log(coord.name + ", " + _coordsMatrix[coord.GetPosition().x][coord.GetPosition().y].name);
if (coord == _coordsMatrix[coord.GetPosition().x][coord.GetPosition().y])
{
//Debug.Log("good position");
if (coord.IsAvailable())
{
//Debug.Log("av");
return(true);
}
}
}
return(false);
}
public void RpcCheckLines(GameObject coord)
{
GridCoord firstCoord = coord.GetComponent <GridCoord>();
List <GridCoord> newPoints = new List <GridCoord>();
if (!startPointDone)
{
if (firstCoord == startPoint)
{
newPoints.Add(firstCoord);
newPoints.Add(startPoint);
startPointDone = true;
currentPoint = firstCoord;
}
}
else
{
if (currentPoint.GetPosition().x == firstCoord.GetPosition().x)
{
int x = currentPoint.GetPosition().x;
int lowY = (firstCoord.GetPosition().y < currentPoint.GetPosition().y) ? firstCoord.GetPosition().y : currentPoint.GetPosition().y;
int highY = (firstCoord.GetPosition().y < currentPoint.GetPosition().y) ? currentPoint.GetPosition().y : firstCoord.GetPosition().y;
bool canAdd = true;
for (int i = lowY + 1; i < highY; i++)
{
if (_coordsMatrix[x][i].isActivated())
{
canAdd = false;
}
}
if (canAdd)
{
newPoints.Add(firstCoord);
newPoints.Add(currentPoint);
currentPoint = firstCoord;
}
}
else if (currentPoint.GetPosition().y == firstCoord.GetPosition().y)
{
int y = currentPoint.GetPosition().y;
int lowX = (firstCoord.GetPosition().x < currentPoint.GetPosition().x) ? firstCoord.GetPosition().x : currentPoint.GetPosition().x;
int highX = (firstCoord.GetPosition().x < currentPoint.GetPosition().x) ? currentPoint.GetPosition().x : firstCoord.GetPosition().x;
bool canAdd = true;
for (int j = lowX + 1; j < highX; j++)
{
if (_coordsMatrix[j][y].isActivated())
{
canAdd = false;
}
}
if (canAdd)
{
newPoints.Add(firstCoord);
newPoints.Add(currentPoint);
currentPoint = firstCoord;
}
}
}
//foreach (GridCoord c in newPoints)
//{
// Debug.Log("(" + c.GetPosition().x + "," + c.GetPosition().y + ")");
//}
ActivateLine(firstCoord, newPoints);
}
// renvoie la liste de points avec lesquels le point coord va former des nouvelles lignes
List <GridCoord> CheckLines(GridCoord firstCoord)
{
List <GridCoord> newPoints = new List <GridCoord>();
if (!startPointDone)
{
Debug.Log("start");
if (firstCoord == startPoint)
{
newPoints.Add(firstCoord);
newPoints.Add(startPoint);
startPointDone = true;
currentPoint = firstCoord;
}
return(newPoints);
}
else
{
if (currentPoint.GetPosition().x == firstCoord.GetPosition().x)
{
int x = currentPoint.GetPosition().x;
int lowY = (firstCoord.GetPosition().y < currentPoint.GetPosition().y) ? firstCoord.GetPosition().y : currentPoint.GetPosition().y;
int highY = (firstCoord.GetPosition().y < currentPoint.GetPosition().y) ? currentPoint.GetPosition().y : firstCoord.GetPosition().y;
bool canAdd = true;
for (int i = lowY + 1; i < highY; i++)
{
if (_coordsMatrix[x][i].isActivated())
{
canAdd = false;
}
}
if (canAdd)
{
newPoints.Add(firstCoord);
newPoints.Add(currentPoint);
currentPoint = firstCoord;
}
}
else if (currentPoint.GetPosition().y == firstCoord.GetPosition().y)
{
int y = currentPoint.GetPosition().y;
int lowX = (firstCoord.GetPosition().x < currentPoint.GetPosition().x) ? firstCoord.GetPosition().x : currentPoint.GetPosition().x;
int highX = (firstCoord.GetPosition().x < currentPoint.GetPosition().x) ? currentPoint.GetPosition().x : firstCoord.GetPosition().x;
bool canAdd = true;
for (int j = lowX + 1; j < highX; j++)
{
if (_coordsMatrix[j][y].isActivated())
{
canAdd = false;
}
}
if (canAdd)
{
newPoints.Add(firstCoord);
newPoints.Add(currentPoint);
currentPoint = firstCoord;
}
}
}
return(newPoints);
}
