public void Init()
{
core = new SimpleCore();
core.Species = CreateSpeciesDataset();
List <Ecoregions.IParameters> ecoregionParms = new List <Ecoregions.IParameters>();
ecoregionParms.Add(new Ecoregions.Parameters("Ecoregion A", // Name
"ecoregion A", // Description
1, // Map Code,
true)); // Is Active?
ecoregionParms.Add(new Ecoregions.Parameters("Ecoregion D", // Name
"ecoregion D", // Description
2, // Map Code,
true)); // Is Active?
core.Ecoregions = new Ecoregions.Dataset(ecoregionParms);
int A = core.Ecoregions[0].MapCode;
int D = core.Ecoregions[1].MapCode;
int i = -1; // inactive ecoregion
DataGrid <EcoregionCode> ecoregionGrid = new DataGrid <EcoregionCode>(
Data.MakeEcoregionCodes(new int[, ] {
//1 2
{ A, A }, // 1
{ A, A }, // 2
{ A, A }, // 3
{ A, D }, // 4
{ i, D }, // 5
{ D, i } // 6
}));
landscape = new Landscape(ecoregionGrid, blockSize);
core.Landscape = landscape;
core.Ecoregion = landscape.NewSiteVar <IEcoregion>();
foreach (ActiveSite activeSite in landscape)
{
ushort mapCode = (ushort)(ecoregionGrid[activeSite.Location]);
core.Ecoregion[activeSite] = core.Ecoregions.Find(mapCode);
}
// Reproduction.Initialize method accesses the succession
// plug-in's via the age-cohort interfaces. So to avoid an
// exception, we just create an empty landscape cohorts object.
core.SuccessionCohorts = new AgeCohort.LandscapeCohorts(null);
MockSuccession mockSuccessionPlugIn = new MockSuccession(core);
expectedSpecies = new List <ISpecies>(core.Species.Count);
speciesThatReproduce = new List <ISpecies>(core.Species.Count);
actualSpecies_SeedingAlg = new List <ISpecies>(core.Species.Count);
actualSpecies_AddNewCohort = new List <ISpecies>(core.Species.Count);
}
public void Init()
{
core = new SimpleCore();
core.Species = CreateSpeciesDataset();
List<Ecoregions.IParameters> ecoregionParms = new List<Ecoregions.IParameters>();
ecoregionParms.Add(new Ecoregions.Parameters("Ecoregion A", // Name
"ecoregion A", // Description
1, // Map Code,
true)); // Is Active?
ecoregionParms.Add(new Ecoregions.Parameters("Ecoregion D", // Name
"ecoregion D", // Description
2, // Map Code,
true)); // Is Active?
core.Ecoregions = new Ecoregions.Dataset(ecoregionParms);
int A = core.Ecoregions[0].MapCode;
int D = core.Ecoregions[1].MapCode;
int i = -1; // inactive ecoregion
DataGrid<EcoregionCode> ecoregionGrid = new DataGrid<EcoregionCode>(
Data.MakeEcoregionCodes(new int[,]{
//1 2
{ A,A }, // 1
{ A,A }, // 2
{ A,A }, // 3
{ A,D }, // 4
{ i,D }, // 5
{ D,i } // 6
}));
landscape = new Landscape(ecoregionGrid, blockSize);
core.Landscape = landscape;
core.Ecoregion = landscape.NewSiteVar<IEcoregion>();
foreach (ActiveSite activeSite in landscape) {
ushort mapCode = (ushort) (ecoregionGrid[activeSite.Location]);
core.Ecoregion[activeSite] = core.Ecoregions.Find(mapCode);
}
// Reproduction.Initialize method accesses the succession
// plug-in's via the age-cohort interfaces. So to avoid an
// exception, we just create an empty landscape cohorts object.
core.SuccessionCohorts = new AgeCohort.LandscapeCohorts(null);
MockSuccession mockSuccessionPlugIn = new MockSuccession(core);
expectedSpecies = new List<ISpecies>(core.Species.Count);
speciesThatReproduce = new List<ISpecies>(core.Species.Count);
actualSpecies_SeedingAlg = new List<ISpecies>(core.Species.Count);
actualSpecies_AddNewCohort = new List<ISpecies>(core.Species.Count);
}