protected float DoubleDistribution(float min, float max, float delta, DistributionDelegate method)
{
if (delta != _defaultValue && delta > max - min)
{
Debug.LogError("Overlap is too big. Using default overlap");
delta = _defaultValue;
}
if (delta == _defaultValue)
{
delta = 1;
}
float mean = (max + min) * 0.5f;
_firstOverlap = !_firstOverlap;
if (_firstOverlap)
{
return(method(min, mean + delta, _defaultValue)); // Next(min , mean + delta, _defaultValue);
}
else
{
return(method(mean - delta, max, _defaultValue)); //Next(mean - delta , max ,_defaultValue);
}
}
protected void SetDistributionMethod(Distribution distType)
{
_distType = distType;
switch (distType)
{
case Distribution.Gaussian:
DistributionMethod = new DistributionDelegate(Gaussian);
break;
case Distribution.DoubleGaussian:
DistributionMethod = new DistributionDelegate(DoubleGaussian);
break;
case Distribution.Exponential:
DistributionMethod = new DistributionDelegate(Exponential);
break;
case Distribution.InverseExponential:
DistributionMethod = new DistributionDelegate(InvExponential);
break;
case Distribution.DoubleExponential:
DistributionMethod = new DistributionDelegate(DoubleExponential);
break;
case Distribution.Triangular:
DistributionMethod = new DistributionDelegate(Triangular);
break;
case Distribution.DoubleTriangular:
DistributionMethod = new DistributionDelegate(DoubleTriangular);
break;
default:
break;
}
}
protected void SetDistributionMethod(Distribution distType)
{
_distType = distType;
switch (distType)
{
case Distribution.Gaussian:
DistributionMethod = new DistributionDelegate(Gaussian);
break;
case Distribution.DoubleGaussian:
DistributionMethod = new DistributionDelegate(DoubleGaussian);
break;
case Distribution.Exponential:
DistributionMethod = new DistributionDelegate(Exponential);
break;
case Distribution.InverseExponential:
DistributionMethod = new DistributionDelegate(InvExponential);
break;
case Distribution.DoubleExponential:
DistributionMethod = new DistributionDelegate(DoubleExponential);
break;
case Distribution.Triangular:
DistributionMethod = new DistributionDelegate(Triangular);
break;
case Distribution.DoubleTriangular:
DistributionMethod = new DistributionDelegate(DoubleTriangular);
break;
default:
break;
}
}
protected float DoubleDistribution(float min, float max, float delta, DistributionDelegate method)
{
if(delta != _defaultValue && delta > max - min)
{
Debug.LogError("Overlap is too big. Using default overlap");
delta = _defaultValue;
}
if(delta == _defaultValue)
{
delta = 1;
}
float mean = (max + min) * 0.5f;
_firstOverlap = !_firstOverlap;
if(_firstOverlap)
{
return method(min, mean + delta, _defaultValue);// Next(min , mean + delta, _defaultValue);
}
else
{
return method(mean - delta, max, _defaultValue);//Next(mean - delta , max ,_defaultValue);
}
}
