static public float GetMultiplierFillByMultiplier(this float item, float target, float multiplier)
{
return(Mathq.Pow(
multiplier,
item.GetPowerFillByMultiplier(target, multiplier)
));
}
static public IGrid <T> SoftCircle <T>(int radius, float hardness, float power, Operation <T, float> operation)
{
float transition_interval = 1.0f - hardness;
return(Circle <T>(radius, delegate(float distance) {
float weight = 0.0f;
if (distance <= 1.0f)
{
weight = 1.0f;
if (distance > hardness)
{
float transition_distance = distance - hardness;
float transition_percent = transition_distance / transition_interval;
weight = Mathq.Pow(transition_percent, power).InterpolateWith(1.0f, 0.0f);
}
}
return operation(weight);
}));
}
static public float GetAtPrecision(this float item, int exponent)
{
return(item.GetQuantizedMin((float)Mathq.Pow(10, exponent)));
}
static public decimal GetAtPrecision(this decimal item, int exponent)
{
return(item.GetQuantizedMin((decimal)Mathq.Pow(10, exponent)));
}
static public double GetAtPrecision(this double item, int exponent)
{
return(item.GetQuantizedMin((double)Mathq.Pow(10, exponent)));
}