/// <summary>
/// <para>Clamps the Vector2Int to the bounds given by min and max.</para>
/// </summary>
/// <param name="min"></param>
/// <param name="max"></param>
public void Clamp(LVector2Int min, LVector2Int max)
{
this.x = LMath.Max(min.x, this.x);
this.x = LMath.Min(max.x, this.x);
this.y = LMath.Max(min.y, this.y);
this.y = LMath.Min(max.y, this.y);
}
public LVector2 Rotate(LFloat deg)
{
var rad = LMath.Deg2Rad * deg;
LFloat cos, sin;
LMath.SinCos(out sin, out cos, rad);
return(new LVector2(x * cos - y * sin, x * sin + y * cos));
}
public LVector3 RotateY(LFloat degree)
{
LFloat s;
LFloat c;
LMath.SinCos(out s, out c, new LFloat(true, degree._val * 31416L / 1800000L));
LVector3 vInt;
vInt._x = (int)(((long)this._x * s._val + (long)this._z * c._val) / LFloat.Precision);
vInt._z = (int)(((long)this._x * -c._val + (long)this._z * s._val) / LFloat.Precision);
vInt._y = 0;
return(vInt.normalized);
}
public void Normalize()
{
long num = (long)(this._x * 100);
long num2 = (long)(this._y * 100);
long num3 = num * num + num2 * num2;
if (num3 == 0L)
{
return;
}
long b = (long)LMath.Sqrt(num3);
this._x = (int)(num * 1000L / b);
this._y = (int)(num2 * 1000L / b);
}
public LVector3 Normalize(LFloat newMagn)
{
long num = (long)(this._x * 100);
long num2 = (long)(this._y * 100);
long num3 = (long)(this._z * 100);
long num4 = num * num + num2 * num2 + num3 * num3;
if (num4 == 0L)
{
return(this);
}
long b = (long)LMath.Sqrt(num4);
long num5 = newMagn._val;
this._x = (int)(num * num5 / b);
this._y = (int)(num2 * num5 / b);
this._z = (int)(num3 * num5 / b);
return(this);
}
public static LVector2 Min(LVector2 a, LVector2 b)
{
return(new LVector2(true, LMath.Min(a._x, b._x), LMath.Min(a._y, b._y)));
}
public void Max(ref LVector2 r)
{
this._x = LMath.Max(this._x, r._x);
this._y = LMath.Max(this._y, r._y);
}