public bool MoveWest(int distance = 1, MatrixConstraints mb = MatrixConstraints.NONE)
{
if (CanMove(LookWest(distance), mb))
{
//transform.position = LookWest(distance);
return(true);
}
return(false);
}
/// <summary>
/// Returns true if <paramref name="row"/>, <paramref name="col"/>, <paramref name="elev"/> (matrix space) is in the same spot
/// as <paramref name="b"/>.
/// </summary>
/// <param name="row">The row.</param>
/// <param name="col">The col.</param>
/// <param name="elev">The elev.</param>
/// <param name="b">The b.</param>
/// <param name="mb">The mb.</param>
/// <param name="ignoreHeight">if set to <c>true</c> [ignore height].</param>
/// <returns></returns>
public static bool SameSpot(int row, int col, int elev, OmniBehaviour b, MatrixConstraints mb = MatrixConstraints.ALL, bool ignoreHeight = false)
{
return(mb != MatrixConstraints.NONE && (((mb & MatrixConstraints.ROW) == MatrixConstraints.ROW) ? row == b.ROWINDEX : true) && (((mb & MatrixConstraints.COL) == MatrixConstraints.COL) ? col == b.COLINDEX : true) && (((mb & MatrixConstraints.HEIGHT) == MatrixConstraints.HEIGHT) ? (elev == b.HEIINDEX || ignoreHeight) : true));
}
public static bool SameSpot(OmniBehaviour a, OmniBehaviour b, MatrixConstraints mb = MatrixConstraints.ALL, bool ignoreHeight = false)
{
return(mb != MatrixConstraints.NONE && (((mb & MatrixConstraints.ROW) == MatrixConstraints.ROW) ? a.ROWINDEX == b.ROWINDEX : true) && (((mb & MatrixConstraints.COL) == MatrixConstraints.COL) ? a.COLINDEX == b.COLINDEX : true) && (((mb & MatrixConstraints.HEIGHT) == MatrixConstraints.HEIGHT) ? (a.HEIINDEX == b.HEIINDEX || ignoreHeight) : true));
}
public virtual bool CanMove(Vector3 pos, MatrixConstraints mb = MatrixConstraints.NONE)
{
pos = Indexify(pos, indexScale);
return(!Map || mb == MatrixConstraints.NONE || ((!((mb & MatrixConstraints.ROW) == MatrixConstraints.ROW) || pos.x >= 0 && pos.x < Map.Row) && (!((mb & MatrixConstraints.COL) == MatrixConstraints.COL) || pos.z >= 0 && pos.z < Map.Column) && (!((mb & MatrixConstraints.HEIGHT) == MatrixConstraints.HEIGHT) || pos.y >= 0 && pos.y < Map.Height)));
}
public bool CanMoveFree(Vector3 pos, MatrixConstraints mb = MatrixConstraints.NONE)
{
return(CanMove(POS + pos, mb));
}
public bool MoveDown(int distance = 1, MatrixConstraints mb = MatrixConstraints.NONE)
{
return(CanMove(LookDown(distance), mb));
}
public bool MoveSouthWest(int distance = 1, MatrixConstraints mb = MatrixConstraints.NONE)
{
return(CanMove(LookSouthWest(distance), mb));
}
// changing move North changes South
public bool MoveNorthEast(int distance = 1, MatrixConstraints mb = MatrixConstraints.NONE)
{
return(CanMove(LookNorthEast(distance), mb));
}
public bool MoveBackward(int distance = 1, MatrixConstraints mb = MatrixConstraints.NONE)
{
return(CanMove(LookBackward(distance), mb));
}
