/// <summary>
/// Builds the simulation using the connected references from the db pick-up
/// </summary>
/// <returns>Returns the initial build of the simulation</returns>
public Simulation BuildSimulation(SimulationAssumptions assumptions)
{
this.SimulationAssumptions = assumptions;
this.Build();
this.Collections.Accounts = null;
this.SimulationAssumptions.Simulation = null;
return(this);
}
/// <summary>
/// Instantiates a Simulation object and saves it
/// </summary>
/// <param name="assumptions">The asumtpions object that underpins the Simulation</param>
/// <param name="collectionsId">The collection that the simulation is being conducted under</param>
public Simulation(SimulationAssumptions assumptions, string collectionsId)
{
assumptions.SimulationAssumptionsId = Guid.NewGuid().ToString();
SimulationAssumptions = assumptions;
SimulationName = assumptions.SimualtionName;
SimulationId = "temp";
CollectionsId = collectionsId;
SimulationId = Save();
}
/// <summary>
/// Return a specific instance of the object
/// </summary>
/// <param name="Id">Id of the instance</param>
public SimulationAssumptions(string Id)
{
using (FinPlannerContext _context = new FinPlannerContext())
{
SimulationAssumptions a = _context.SimulationAssumptions.Find(Id);
SimulationAssumptionsId = a.SimulationAssumptionsId;
NumberOfMonths = a.NumberOfMonths;
Bonus = a.Bonus;
BonusMonth = a.BonusMonth;
BonusAmount = a.BonusAmount;
Increase = a.Increase;
IncreaseMonth = a.IncreaseMonth;
IncreasePercentage = a.IncreasePercentage;
Recurring = a.Recurring;
ChangeDate = a.ChangeDate;
CFClassification = new CFClassification(a.CFClassificationId);
CFClassificationId = a.CFClassificationId;
CFType = new CFType(a.CFTypeId);
CFTypeId = a.CFTypeId;
Type = a.Type;
SimualtionName = a.SimualtionName;
}
}