private void InternalInitialize(int iteration, int timestep, EPDistributionProvider provider)
{
this.CheckDisabled();
if (this.m_DistributionTypeId.HasValue)
{
int IterationToUse = iteration;
int TimestepToUse = timestep;
if (this.m_Iteration.HasValue)
{
IterationToUse = this.m_Iteration.Value;
}
if (this.m_Timestep.HasValue)
{
TimestepToUse = this.m_Timestep.Value;
}
this.m_CurrentValue = provider.EPSample(
this.m_DistributionTypeId.Value, this.m_DistributionValue,
this.m_DistributionSD, this.m_DistributionMin, this.m_DistributionMax,
IterationToUse, TimestepToUse, this.m_JurisdictionId);
}
else
{
Debug.Assert(this.m_DistributionValue.HasValue);
this.m_CurrentValue = this.m_DistributionValue.Value;
}
Debug.Assert(this.m_CurrentValue.HasValue);
}
private double InternalSample(int iteration, int timestep, EPDistributionProvider provider, DistributionFrequency frequency)
{
this.CheckDisabled();
if (this.m_DistributionTypeId.HasValue)
{
if (this.m_DistributionFrequency == frequency || this.m_DistributionFrequency == DistributionFrequency.Always)
{
this.m_CurrentValue = provider.EPSample(
this.m_DistributionTypeId.Value, this.m_DistributionValue,
this.m_DistributionSD, this.m_DistributionMin, this.m_DistributionMax,
iteration, timestep, this.m_JurisdictionId);
}
}
Debug.Assert(this.m_CurrentValue.HasValue);
return(this.m_CurrentValue.Value);
}
