public static float GetAverage <T>(this List <T> list, System.Func <T, float> property, AverageType averageType = AverageType.Mean)
{
if (averageType == AverageType.Least)
{
return(list.Min(property));
}
else if (averageType == AverageType.Greatest)
{
return(list.Max(property));
}
else if (averageType == AverageType.Mean)
{
return(list.Average(property));
}
else if (averageType == AverageType.Median)
{
list = list.OrderBy(property).ToList <T>();
if (RMath.Odd(list.Count))
{
//++++++++++++NEEDS TO BE FIXED
//USE System.Func on induvidual value to get property
return(property(list[(int)(Mathf.Ceil(list.Count / 2f) - 1)]));
}
else if (RMath.Even(list.Count))
{
return((
property(list[(list.Count / 2) - 1]) +
property(list[(list.Count / 2) + 1 - 1])
) / 2f);
}
}
else if (averageType == AverageType.Mode)
{
Dictionary <float, int> ocurrances = new Dictionary <float, int>();
foreach (T i in list)
{
if (ocurrances.ContainsKey(property(i)))
{
ocurrances[property(i)] = ocurrances[property(i)] + 1;
}
else
{
ocurrances[property(i)] = 1;
}
}
return(list.Max((f) => ocurrances[property(f)]));
}
else if (averageType == AverageType.Range)
{
return(list.Max(property) - list.Min(property));
}
else if (averageType == AverageType.MidRange)
{
return((list.Min(property) + list.Max(property)) / 2f);
}
return(1f);
}
public Vector2Int(Vector2Float vector2Float)
{
this.x = RMath.SignFloorToInt(vector2Float.x);
this.y = RMath.SignFloorToInt(vector2Float.y);
}
public static float CustomSignCeil(this float f, float increment = 1f, float offset = 0f)
{
return(f.CustomRound((n) => RMath.SignCeil(n), increment, offset));
}
public Vector3Int(Vector3Float vector3Float)
{
this.x = RMath.SignFloorToInt(vector3Float.x);
this.y = RMath.SignFloorToInt(vector3Float.y);
this.z = RMath.SignFloorToInt(vector3Float.z);
}
