internal void AddTransitionSpatialInitiationMultiplier(TransitionSpatialInitiationMultiplier multiplier)
{
if (multiplier.TransitionMultiplierTypeId != this.m_TransitionMultiplierTypeId)
{
throw new ArgumentException("The transition multiplier type is not correct.");
}
this.m_TransitionSpatialInitiationMultipliers.Add(multiplier);
}
private double GetTransitionSpatialInitiationMultiplier(Cell cell, int transitionGroupId, int iteration, int timestep)
{
if (this.m_TransitionSpatialInitiationMultipliers.Count == 0)
{
return(1.0);
}
Debug.Assert(this.m_TransitionMultiplierTypes.Count > 0);
double Product = 1.0;
foreach (TransitionMultiplierType tmt in this.m_TransitionMultiplierTypes)
{
if (tmt.TransitionSpatialInitiationMultiplierMap != null)
{
TransitionSpatialInitiationMultiplier tsmr = tmt.TransitionSpatialInitiationMultiplierMap.GetMultiplier(
transitionGroupId, iteration, timestep);
if (tsmr != null)
{
//Using a single instance of each uniquely named TSIM raster
Debug.Assert(this.m_TransitionSpatialInitiationMultiplierRasters.ContainsKey(tsmr.FileName));
if (this.m_TransitionSpatialInitiationMultiplierRasters.ContainsKey(tsmr.FileName))
{
StochasticTimeRaster rastMult = this.m_TransitionSpatialInitiationMultiplierRasters[tsmr.FileName];
double spatialMult = rastMult.DblCells[cell.CollectionIndex];
//Test for NODATA_VALUE
if (spatialMult < 0.0 | MathUtils.CompareDoublesEqual(spatialMult, rastMult.NoDataValue, double.Epsilon))
{
spatialMult = 1.0;
}
Product *= spatialMult;
}
}
}
}
return(Product);
}