/// <summary>
/// Counts thermal and fast reactors in database, and adds to BO
/// </summary>
public StatisticsBO SpectrumCount(List <ReactorBO> reactorBOList, StatisticsBO statisticsBO)
{
int thermalCount = default(int);
int fastCount = default(int);
int totalCount = reactorBOList.Count();
if (totalCount > 0)
{
_logger.LogMessage("Info", "Spectrum Count request", MethodBase.GetCurrentMethod().ToString(),
totalCount + " ReactorBOs found in list. Counting thermal and fast reactors in database.");
foreach (ReactorBO reactorBO in reactorBOList)
{
if (reactorBO.IsThermal)
{
thermalCount++;
}
else
{
fastCount++;
}
}
statisticsBO.ThermalCount = thermalCount;
statisticsBO.FastCount = fastCount;
statisticsBO.ReactorCount = totalCount;
}
else
{
_logger.LogMessage("Warning", "Empty list in Spectrum Count", MethodBase.GetCurrentMethod().ToString(),
"No ReactorBOs found in list. Did not count thermal and fast reactors.");
}
return(statisticsBO);
}
public double CalculateEnergyDecrement(int atomicMass)
{
double energyDecrement;
try
{
_logger.LogMessage("Info", "Calculate Energy Decrement request", MethodBase.GetCurrentMethod().ToString(),
"Attempting to calculate Energy Decrement " +
"for atomic mass of " + atomicMass);
energyDecrement = 1D + (Math.Pow((atomicMass - 1D), 2D) / (2D * atomicMass)) * Math.Log((atomicMass - 1D) / (atomicMass + 1D));
_logger.LogMessage("Energy Decrement calculation completed.");
}
catch (Exception ex)
{
_logger.LogMessage(ex, "Fatal");
throw ex;
}
finally { }
return(energyDecrement);
}