//---------------------------------------------------------------------
private void MakeAndCheckCohorts(int timestep)
{
// All cohort ages are multiples of 10, and this code requires
// that the given timestep divides 10 evenly (to mimic binning
// process of the initial communities).
Assert.IsTrue(10 % timestep == 0);
isTimestep1 = (timestep == 1);
Landis.Biomass.Cohorts.Initialize(timestep, mockCalculator);
InitialBiomass.Initialize(timestep);
SiteCohorts cohorts = InitialBiomass.MakeBiomassCohorts(ageCohorts,
activeSite,
ComputeInitialBiomass);
CheckCohorts(cohorts[abiebals], abiebalsAges);
CheckCohorts(cohorts[betualle], betualleAges);
}
//---------------------------------------------------------------------
private void InitializeAgeCohorts()
{
abiebalsAges = new List <ushort>(new ushort[] { 30, 40, 50, 150, 170 });
betualleAges = new List <ushort>(new ushort[] { 100, 120, 280, 290 });
// Work with ages from oldest to youngest
abiebalsAges.Sort(Landis.AgeCohort.Util.WhichIsOlder);
betualleAges.Sort(Landis.AgeCohort.Util.WhichIsOlder);
List <AgeCohort.ISpeciesCohorts> speciesCohortList = new List <AgeCohort.ISpeciesCohorts>();
speciesCohortList.Add(new AgeCohort.SpeciesCohorts(abiebals,
abiebalsAges));
speciesCohortList.Add(new AgeCohort.SpeciesCohorts(betualle,
betualleAges));
AgeCohort.SiteCohorts siteCohorts = new AgeCohort.SiteCohorts(speciesCohortList);
ageCohorts = InitialBiomass.SortCohorts(siteCohorts);
}
