public static GridPos RotateGridPos(GridPos oriGP, GridPosR.Orientation orientation)
{
switch (orientation)
{
case GridPosR.Orientation.Up:
{
return(oriGP);
}
case GridPosR.Orientation.Right:
{
return(new GridPos(oriGP.z, -oriGP.x));
}
case GridPosR.Orientation.Down:
{
return(new GridPos(-oriGP.x, -oriGP.z));
}
case GridPosR.Orientation.Left:
{
return(new GridPos(-oriGP.z, oriGP.x));
}
}
return(new GridPos(0, 0));
}
public void Rotate()
{
GridPosR.Orientation newOri = GridPosR.RotateOrientationClockwise90(InventoryItem.GridPos_Matrix.orientation);
GridPosR newGPR = new GridPosR(InventoryItem.GridPos_Matrix.x, InventoryItem.GridPos_Matrix.z, newOri);
InventoryItem.SetGridPosition(newGPR);
}
public static GridPosR.OrientationFlag ToFlag(this GridPosR.Orientation ori)
{
switch (ori)
{
case GridPosR.Orientation.Up:
{
return(GridPosR.OrientationFlag.Up);
}
case GridPosR.Orientation.Down:
{
return(GridPosR.OrientationFlag.Down);
}
case GridPosR.Orientation.Left:
{
return(GridPosR.OrientationFlag.Left);
}
case GridPosR.Orientation.Right:
{
return(GridPosR.OrientationFlag.Right);
}
}
return(0);
}
private void Rotate()
{
if (!InventoryItem.ItemContentInfo.Rotatable)
{
return;
}
GridPosR.Orientation newOri = GridPosR.RotateOrientationClockwise90(InventoryItem.GridPos_Matrix.orientation);
InventoryItem.GridPos_Matrix = new GridPosR(InventoryItem.GridPos_Matrix.x, InventoryItem.GridPos_Matrix.z, newOri);
SetVirtualGridPos(InventoryItem.GridPos_World);
dragStartLocalPos += new Vector2(InventoryItem.BoundingRect.x_min * UIInventory.GridSize, -InventoryItem.BoundingRect.z_min * UIInventory.GridSize) - RectTransform.anchoredPosition;
RefreshView();
}
public static List <GridPos3D> TransformOccupiedPositions_XZ(GridPosR.Orientation orientation, List <GridPos3D> ori_OccupiedPositions)
{
List <GridPos3D> res = new List <GridPos3D>();
foreach (GridPos3D oriGP in ori_OccupiedPositions)
{
GridPos temp_rot = GridPos.RotateGridPos(new GridPos(oriGP.x, oriGP.z), orientation);
GridPos3D final = new GridPos3D(temp_rot.x, oriGP.y, temp_rot.z);
res.Add(final);
}
return(res);
}
public void SetConnection(GridPosR.OrientationFlag adjacentConnection, GridPosR.OrientationFlag diagonalConnection)
{
foreach (GridPosR.Orientation orientation in Enum.GetValues(typeof(GridPosR.Orientation)))
{
MainImageBorders[(int)orientation].enabled = !adjacentConnection.HasFlag(orientation.ToFlag());
GridPosR.Orientation next = GridPosR.RotateOrientationClockwise90(orientation);
if (!adjacentConnection.HasFlag(orientation.ToFlag()) && !adjacentConnection.HasFlag(next.ToFlag()))
{
SideImageBorders[((int)orientation) * 2].enabled = false;
SideImageBorders[((int)orientation) * 2 + 1].enabled = false;
}
else if (adjacentConnection.HasFlag(orientation.ToFlag()) && adjacentConnection.HasFlag(next.ToFlag()))
{
if (diagonalConnection.HasFlag(orientation.ToFlag()))
{
SideImageBorders[((int)orientation) * 2].enabled = false;
SideImageBorders[((int)orientation) * 2 + 1].enabled = false;
}
else
{
SideImageBorders[((int)orientation) * 2].enabled = true;
SideImageBorders[((int)orientation) * 2 + 1].enabled = true;
}
}
else
{
if (adjacentConnection.HasFlag(orientation.ToFlag()))
{
SideImageBorders[((int)orientation) * 2].enabled = true;
SideImageBorders[((int)orientation) * 2 + 1].enabled = false;
}
else
{
SideImageBorders[((int)orientation) * 2].enabled = false;
SideImageBorders[((int)orientation) * 2 + 1].enabled = true;
}
}
}
}
public void Initialize()
{
Orientation = GridPosR.GetGridPosByLocalTrans(transform, ConfigManager.GridSize).orientation;
}
