private void SetParameters(RuminantType ruminant)
{
List <Tuple <string, string, double> > parameters = new List <Tuple <string, string, double> >()
{
new Tuple <string, string, double>("concep_rate_assym", "ConceptionRateAsymptote", 1),
new Tuple <string, string, double>("concep_rate_coeff", "ConceptionRateCoefficient", 1),
new Tuple <string, string, double>("concep_rate_incpt", "ConceptionRateIntercept", 1),
new Tuple <string, string, double>("birth_SRW", "SRWBirth", 1),
new Tuple <string, string, double>("cashmere_coeff", "CashmereCoefficient", 1),
new Tuple <string, string, double>("Critical_cow_wt", "CriticalCowWeight", 0.01),
new Tuple <string, string, double>("grwth_coeff1", "AgeGrowthRateCoefficient", 1),
new Tuple <string, string, double>("grwth_coeff2", "SRWGrowthScalar", 1),
new Tuple <string, string, double>("intake_coeff", "IntakeCoefficient", 1),
new Tuple <string, string, double>("intake_incpt", "IntakeIntercept", 1),
new Tuple <string, string, double>("IPI_coeff", "InterParturitionIntervalCoefficient", 1),
new Tuple <string, string, double>("IPI_incpt", "InterParturitionIntervalIntercept", 1),
new Tuple <string, string, double>("Joining_age", "MinimumAge1stMating", 1),
new Tuple <string, string, double>("Joining_size", "MinimumSize1stMating", 0.01),
new Tuple <string, string, double>("juvenile_mort_coeff", "JuvenileMortalityCoefficient", 1),
new Tuple <string, string, double>("juvenile_mort_exp", "JuvenileMortalityExponent", 1),
new Tuple <string, string, double>("juvenile_mort_max", "JuvenileMortalityMaximum", 0.01),
new Tuple <string, string, double>("kg_coeff", "EGrowthEfficiencyCoefficient", 1),
new Tuple <string, string, double>("kg_incpt", "EGrowthEfficiencyIntercept", 1),
new Tuple <string, string, double>("kl_coeff", "ELactationEfficiencyCoefficient", 1),
new Tuple <string, string, double>("kl_incpt", "ELactationEfficiencyIntercept", 1),
new Tuple <string, string, double>("km_coeff", "EMaintEfficiencyCoefficient", 1),
new Tuple <string, string, double>("km_incpt", "EMaintEfficiencyIntercept", 1),
new Tuple <string, string, double>("kme", "Kme", 1),
new Tuple <string, string, double>("Milk_Curve_nonsuck", "MilkCurveNonSuckling", 1),
new Tuple <string, string, double>("Milk_Curve_suck", "MilkCurveSuckling", 1),
new Tuple <string, string, double>("Milk_end", "MilkingDays", 30),
new Tuple <string, string, double>("Milk_intake_coeff", "MilkIntakeCoefficient", 1),
new Tuple <string, string, double>("Milk_intake_incpt", "MilkIntakeIntercept", 1),
new Tuple <string, string, double>("Milk_max", "MilkPeakYield", 1),
new Tuple <string, string, double>("Milk_offset_day", "MilkOffsetDay", 1),
new Tuple <string, string, double>("Milk_Peak_day", "MilkPeakDay", 1),
new Tuple <string, string, double>("Mortality_base", "MortalityBase", 0.01),
new Tuple <string, string, double>("protein_coeff", "ProteinCoefficient", 1),
new Tuple <string, string, double>("Rum_gest_int", "GestationLength", 1),
new Tuple <string, string, double>("SRW", "SRWFemale", 1),
new Tuple <string, string, double>("Twin_rate", "TwinRate", 1),
new Tuple <string, string, double>("wool_coeff", "WoolCoefficient", 1)
};
int index = Breeds.IndexOf(ruminant.Breed);
foreach (var parameter in parameters)
{
double value = GetValue <double>(FindFirst(Source, parameter.Item1), index) * parameter.Item3;
ruminant.GetType().GetProperty(parameter.Item2).SetValue(ruminant, value);
}
}
/// <summary>
/// Map the IAT parameters to their CLEM counterpart
/// </summary>
public void SetParameters(RuminantType ruminant)
{
foreach (var map in Maps)
{
// Find the subtable which contains the parameter
var table = this.GetType().GetProperty(map.Table).GetValue(this, null) as SubTable;
// Find the row which contains the parameter (if it exists)
int row = table.RowNames.FindIndex(s => s == map.ParamIAT);
if (row < 0)
{
continue;
}
// Convert the value of the parameter to CLEM
double value = table.GetData <double>(row, RumActiveID) * map.Proportion;
// Set the value of the CLEM parameter
ruminant.GetType().GetProperty(map.ParamCLEM).SetValue(ruminant, value);
}
}