/// <summary>
/// If a breed has any cohorts, add its column to the master list
/// </summary>
private void SetRuminants()
{
RumIDs = new List <int>();
int col = -1;
foreach (string breed in RumNumbers.ColumnNames)
{
col++;
var n = RumNumbers.GetColData <double>(col);
if (n.Exists(v => v > 0))
{
RumIDs.Add(col);
}
}
}
/// <summary>
/// Model the price of each present cohort for a given breed
/// </summary>
/// <param name="parent"></param>
/// <returns></returns>
public IEnumerable <AnimalPriceGroup> GetAnimalPrices(AnimalPricing parent)
{
List <AnimalPriceGroup> prices = new List <AnimalPriceGroup>();
double sire_price = 0;
int row = -1;
foreach (string cohort in RumNumbers.RowNames)
{
row++;
if (RumNumbers.GetData <double>(row, RumActiveID) != 0)
{
if (!cohort.ToLower().Contains("sire"))
{
sire_price = RumPrices.GetData <double>(row, RumActiveID);
}
var group = new AnimalPriceGroup(parent)
{
Name = cohort,
Value = RumPrices.GetData <double>(row, RumActiveID)
};
// Filter cohort based on gender
group.Add(new RuminantFilter(group)
{
Name = "GenderFilter",
Parameter = 2,
Value = cohort.ToLower().Contains("f") ? "Female" : "Male"
});
// Filter cohort based on age
group.Add(new RuminantFilter(group)
{
Name = "AgeFilter",
Parameter = 3,
Operator = 5,
Value = RumAges.GetData <string>(row, RumActiveID)
});
prices.Add(group);
}
}
parent.SirePrice = sire_price;
return(prices);
}
/// <summary>
/// Model all present cohorts of a given ruminant breed
/// </summary>
public IEnumerable <RuminantTypeCohort> GetCohorts(RuminantInitialCohorts parent)
{
List <RuminantTypeCohort> cohorts = new List <RuminantTypeCohort>();
int row = -1;
foreach (string cohort in RumNumbers.RowNames)
{
row++;
if (RumNumbers.GetData <string>(row, RumActiveID) != "0")
{
// Check gender
int gender = 0;
if (cohort.Contains("F"))
{
gender = 1;
}
// Check suckling
bool suckling = false;
if (cohort.Contains("Calf"))
{
suckling = true;
}
// Check breeding sire
bool sire = false;
if (cohort.Contains("ires"))
{
sire = true;
}
cohorts.Add(new RuminantTypeCohort(parent)
{
Name = cohort,
Gender = gender,
Age = (int)Math.Ceiling(RumAges.GetData <double>(row, RumActiveID)),
Number = (int)Math.Ceiling(RumNumbers.GetData <double>(row, RumActiveID)),
Weight = RumWeights.GetData <double>(row, RumActiveID),
Suckling = suckling,
Sire = sire
});
}
}
return(cohorts);
}
