public override bool Equals(object obj)
{
if (obj is Vector5Int)
{
Vector5Int A = (Vector5Int)obj;
if (A.unused != this.unused)
{
return(false);
}
else if (A.largeRow != this.largeRow)
{
return(false);
}
else if (A.largeColumn != this.largeColumn)
{
return(false);
}
else if (A.wonBy != this.wonBy)
{
return(false);
}
else if (A.valid != this.valid)
{
return(false);
}
else
{
return(true);
}
}
else
{
throw new InvalidCastException("The object 'obj' is not castable to the type 'Vector5'");
}
}
public static int Distance(Vector5Int a, Vector5Int b)
{
return((int)Math.Sqrt(((b.unused - a.unused) * (b.unused - a.unused)) +
((b.largeRow - a.largeRow) * (b.largeRow - a.largeRow)) +
((b.largeColumn - a.largeColumn) * (b.largeColumn - a.largeColumn)) +
((b.wonBy - a.wonBy) * (b.wonBy - a.wonBy)) +
((b.valid - a.valid) * (b.valid - a.valid))));
}
public static int Magnitude(Vector5Int a)
{
return((int)Mathf.Sqrt(
Mathf.Pow(a.unused, 2) +
Mathf.Pow(a.largeRow, 2) +
Mathf.Pow(a.largeColumn, 2) +
Mathf.Pow(a.wonBy, 2) +
Mathf.Pow(a.valid, 2)));
}
public static Vector5Int Normalize(Vector5Int a)
{
int Mag = Vector5Int.Magnitude(a);
return(new Vector5Int(
a.unused / Mag,
a.largeRow / Mag,
a.largeColumn / Mag,
a.wonBy / Mag,
a.valid / Mag));
}
public static int Angle(Vector5Int a, Vector5Int b)
{
Vector5Int A = a;
Vector5Int B = b;
A.unused = A.unused % 360;
A.largeRow = A.largeRow % 360;
A.largeColumn = A.largeColumn % 360;
A.wonBy = A.wonBy % 360;
A.valid = A.valid % 360;
B.unused = B.unused % 360;
B.largeRow = B.largeRow % 360;
B.largeColumn = B.largeColumn % 360;
B.wonBy = B.wonBy % 360;
B.valid = B.valid % 360;
if (A.unused > 180)
{
A.unused = -(360 - A.unused);
}
if (A.largeRow > 180)
{
A.largeRow = -(360 - A.largeRow);
}
if (A.largeColumn > 180)
{
A.largeColumn = -(360 - A.largeColumn);
}
if (A.wonBy > 180)
{
A.wonBy = -(360 - A.wonBy);
}
if (A.valid > 180)
{
A.valid = -(360 - A.valid);
}
if (B.unused > 180)
{
B.unused = -(360 - B.unused);
}
if (B.largeRow > 180)
{
B.largeRow = -(360 - B.largeRow);
}
if (B.largeColumn > 180)
{
B.largeColumn = -(360 - B.largeColumn);
}
if (B.wonBy > 180)
{
B.wonBy = -(360 - B.wonBy);
}
if (B.valid > 180)
{
B.valid = -(360 - B.valid);
}
return((int)Mathf.Sqrt(((B.unused - A.unused) * (B.unused - A.unused)) +
((B.largeRow - A.largeRow) * (B.largeRow - A.largeRow)) +
((B.largeColumn - A.largeColumn) * (B.largeColumn - A.largeColumn)) +
((B.wonBy - A.wonBy) * (B.wonBy - A.wonBy)) +
((B.valid - A.valid) * (B.valid - A.valid))));
}
public static int Dot(Vector5Int a, Vector5Int b)
{
return((a.unused * b.unused) + (a.largeRow * b.largeRow) + (a.largeColumn * b.largeColumn) + (a.wonBy * b.wonBy) + (a.valid * b.valid));
}
public static int SqrMagnitude(Vector5Int a)
{
return((int)Mathf.Pow(Vector5Int.Magnitude(a), 2));
}
