public List <ItemPrimitive>[] GroupFunction()
{
List <ItemPrimitive>[] arrayOfItemPrimitives = new List <ItemPrimitive> [analizedTuples[NeededIndex].analizedGroups.Length];
double min = analizedTuples[NeededIndex].min;
double max = analizedTuples[NeededIndex].max;
for (int i = 0; i < analizedTuples[NeededIndex].analizedGroups.Length; i++)
{
List <ItemPrimitive> itemPrimitives = new List <ItemPrimitive>();
for (int h = 0; h < inputHumen.Length; h++)
{
double thisAddress = (double)(h + 1) / analizedTuples[NeededIndex].groupedArray.Length;
double groupMin = (analizedTuples[NeededIndex].analizedGroups[i].min - min) / (max - min);
double groupMax = (analizedTuples[NeededIndex].analizedGroups[i].max - min) / (max - min);
ItemPrimitive itemPrimitive;
if (groupMax >= thisAddress && groupMin <= thisAddress)
{
itemPrimitive = new ItemPrimitive(top + 3, thisAddress);
}
else
{
itemPrimitive = new ItemPrimitive(0, thisAddress);
}
itemPrimitives.Add(itemPrimitive);
}
arrayOfItemPrimitives[i] = itemPrimitives;
}
return(arrayOfItemPrimitives);
}
public List <ItemPrimitive> MedianaFunction()
{
double min = analizedTuples[NeededIndex].min;
double max = analizedTuples[NeededIndex].max;
List <ItemPrimitive> itemPrimitives = new List <ItemPrimitive>();
for (int i = 0; i < analizedTuples[NeededIndex].analizedGroups.Length; i++)
{
double GroupMediana = (analizedTuples[NeededIndex].analizedGroups[i].mediana - min) / (max - min);
ItemPrimitive itemPrimitive = new ItemPrimitive(top + 3, GroupMediana);
itemPrimitives.Add(itemPrimitive);
}
return(itemPrimitives);
}
public Tuple <List <ItemPrimitive>, int> DenseFunction()
{
this.NeededIndex = Array.IndexOf(inputHumen[0].Normalized, inputHumen[0].Normalized.FirstOrDefault(x => x.compoundName == compoundString));
List <ItemPrimitive> itemPrimitives = new List <ItemPrimitive>();
for (int i = 0; i < analizedTuples[NeededIndex].groupedArray.Length; i++)
{
if (top < analizedTuples[NeededIndex].groupedArray[i])
{
top = analizedTuples[NeededIndex].groupedArray[i];
}
ItemPrimitive itemPrimitive = new ItemPrimitive(analizedTuples[NeededIndex].groupedArray[i], (double)(i + 1) / analizedTuples[NeededIndex].groupedArray.Length);
itemPrimitives.Add(itemPrimitive);
}
return(new Tuple <List <ItemPrimitive>, int>(itemPrimitives, top + 3));
}
