public void MalcolmKnappNelder()
{
using Model nelder1 = LandTest.LoadProject(LandTest.GetMalcolmKnappProjectPath(TestConstant.MalcolmKnapp.Nelder1));
ModelTest.VerifyMalcolmKnappResourceUnit(nelder1);
for (int year = 0; year < 26; ++year) // age 25 to 51
{
nelder1.RunYear();
}
ModelTest.VerifyMalcolmKnappClimate(nelder1);
ModelTest.VerifyMalcolmKnappModel(nelder1);
ModelTest.VerifyMalcolmKnappDouglasFir(nelder1);
}
public void MalcolmKnapp16()
{
using Model plot16 = LandTest.LoadProject(LandTest.GetMalcolmKnappProjectPath(TestConstant.MalcolmKnapp.Plot16));
// check soil properties at initial load
ModelTest.VerifyMalcolmKnappResourceUnit(plot16);
// 2019 - 1985 + 1 = 35 years of data available
for (int year = 0; year < 35; ++year)
{
plot16.RunYear();
}
ModelTest.VerifyMalcolmKnappClimate(plot16);
ModelTest.VerifyMalcolmKnappModel(plot16);
ModelTest.VerifyMalcolmKnappDouglasFir(plot16);
}
protected static string GetPacificNorthwestProjectPath(TestContext testContext)
{
return(Path.Combine(LandTest.GetTestProjectDirectoryPath(testContext), "pacificNorthwest.xml"));
}
protected static string GetKalkalpenProjectPath(TestContext testContext)
{
return(Path.Combine(LandTest.GetTestProjectDirectoryPath(testContext), "kalkalpen.xml"));
}
public void MalcolmKnapp14()
{
// spacing trials
using Model plot14 = LandTest.LoadProject(LandTest.GetMalcolmKnappProjectPath(TestConstant.MalcolmKnapp.Plot14));
// check soil properties at initial load
ModelTest.VerifyMalcolmKnappResourceUnit(plot14);
List <float> gppByYear = new();
List <float> nppByYear = new();
List <float> stemVolumeByYear = new();
for (int year = 0; year < 28; ++year)
{
plot14.RunYear();
Assert.IsTrue(plot14.Landscape.ResourceUnits.Count == 1);
float gpp = 0.0F;
float npp = 0.0F;
foreach (ResourceUnitTreeSpecies treeSpecies in plot14.Landscape.ResourceUnits[0].Trees.SpeciesAvailableOnResourceUnit)
{
gpp += treeSpecies.BiomassGrowth.AnnualGpp;
npp += treeSpecies.Statistics.TreeNpp;
}
gppByYear.Add(gpp);
nppByYear.Add(npp);
float volume = 0.0F;
foreach (Trees treesOfSpecies in plot14.Landscape.ResourceUnits[0].Trees.TreesBySpeciesID.Values)
{
for (int treeIndex = 0; treeIndex < treesOfSpecies.Count; ++treeIndex)
{
volume += treesOfSpecies.GetStemVolume(treeIndex);
}
}
stemVolumeByYear.Add(volume);
Assert.IsTrue(plot14.Landscape.ResourceUnits[0].Trees.TreeStatisticsByStandID.Count == 1);
Assert.IsTrue(plot14.Landscape.ResourceUnits[0].Trees.TreeStatisticsByStandID.ContainsKey(14));
}
ModelTest.VerifyMalcolmKnappClimate(plot14);
ModelTest.VerifyMalcolmKnappModel(plot14);
ModelTest.VerifyMalcolmKnappDouglasFir(plot14);
// regex for reformatting copy/paste of values from watch window: "\s+\[\d+]\s+(\d+.\d{1,3})\d*\s+float\r?\n" -> "$1F, "
List <float> nominalGppByYear = new()
{
10.331F, 11.133F, 14.020F, 11.316F, 13.527F, // 0...4
10.526F, 12.332F, 12.791F, 12.987F, 11.235F, // 5...9
11.608F, 10.062F, 11.081F, 9.992F, 12.681F, // 10...14
11.237F, 11.539F, 10.230F, 8.268F, 9.310F, // 15...19
11.888F, 8.964F, 11.145F, 10.091F, 13.221F, // 20...24
10.973F, 12.179F, 12.647F // 25...27
};
List <float> nominalNppByYear = new()
{
13305.625F, 14514.859F, 18456.353F, 15041.932F, 18053.941F,
14110.686F, 16558.890F, 17210.685F, 17502.668F, 15159.530F,
15669.442F, 13588.600F, 14967.475F, 13497.672F, 17130.728F,
15179.787F, 15582.680F, 13804.854F, 11158.202F, 12561.510F,
16028.833F, 12079.922F, 15009.008F, 13583.033F, 17776.400F,
14749.142F, 16356.83F, 16963.591F
};
List <float> nominalVolumeByYear = new()
{
118.143F, 130.357F, 148.674F, 161.134F, 178.615F,
189.416F, 204.427F, 220.182F, 236.591F, 248.959F,
261.886F, 271.750F, 283.939F, 293.349F, 309.284F,
320.494F, 333.093F, 340.758F, 346.781F, 355.119F,
368.386F, 374.821F, 386.607F, 395.546F, 410.205F,
422.316F, 437.456F, 452.937F
};
ResourceUnitTreeStatisticsWithPreviousYears plotStatistics = (ResourceUnitTreeStatisticsWithPreviousYears)plot14.Landscape.ResourceUnits[0].Trees.TreeStatisticsByStandID[14];
for (int year = 0; year < nominalVolumeByYear.Count; ++year)
{
float gpp = gppByYear[year];
float nominalGpp = nominalGppByYear[year];
float relativeGppError = MathF.Abs(1.0F - gpp / nominalGpp);
float npp = nppByYear[year];
float nominalNpp = nominalNppByYear[year];
float plotNpp = plotStatistics.TreeNppByYear[year];
float relativeNppError = MathF.Abs(1.0F - npp / nominalNpp);
float stemVolume = stemVolumeByYear[year];
float nominalVolume = nominalVolumeByYear[year];
float plotVolume = plotStatistics.LiveStemVolumeByYear[year];
float relativeVolumeError = MathF.Abs(1.0F - stemVolume / nominalVolume);
Assert.IsTrue(relativeGppError < 0.02F, "Expected plot 14 to have a GPP of {0:0.000} kg/m² in simulation year {1} but the projected GPP was {2:0.000} kg/m², a {3:0.0%} difference.", nominalGpp, year, gpp, relativeGppError);
Assert.IsTrue(relativeNppError < 0.02F, "Expected plot 14 to have an NPP of {0:0.000} kg/ha in simulation year {1} but the projected NPP was {2:0.000} kg/ha, a {3:0.0%} difference.", nominalNpp, year, npp, relativeNppError);
Assert.IsTrue(relativeVolumeError < 0.02F, "Expected plot 14 to carry a standing volume of {0:0.000} m³ in simulation year {1} but the projected volume was {2:0.000} m³, a {3:0.0%} difference.", nominalVolume, year, stemVolume, relativeVolumeError);
Assert.IsTrue(npp == plotNpp);
Assert.IsTrue(MathF.Abs(stemVolume - plotVolume) < 0.0001F);
// plot statistics are multiplied by expansion factor obtained from portion of resource unit occupied to obtain per hectare values
if (year == 0)
{
// sanity checks on initial state
Assert.IsTrue(plotStatistics.AverageDbhByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.AverageHeightByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.BasalAreaByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.LeafAreaIndexByYear[year] >= 1.0F);
Assert.IsTrue(plotStatistics.LiveStemVolumeByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.LiveAndSnagStemVolumeByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.TreeNppAbovegroundByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.TreeNppByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.TreeCountByYear[year] == 222.0F);
Assert.IsTrue(plotStatistics.CohortCountByYear[year] == 0);
Assert.IsTrue(plotStatistics.MeanSaplingAgeByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.SaplingNppByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.BranchCarbonByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.BranchNitrogenByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.CoarseRootCarbonByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.CoarseRootNitrogenByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.FineRootCarbonByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.FineRootNitrogenByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.FoliageCarbonByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.FoliageNitrogenByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.RegenerationCarbonByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.RegenerationNitrogenByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.SaplingCountByYear[year] == 0);
Assert.IsTrue(plotStatistics.StemCarbonByYear[year] > 0.0F);
Assert.IsTrue(plotStatistics.StemNitrogenByYear[year] > 0.0F);
}
else
{
// sanity checks on growth
int previousYear = year - 1;
Assert.IsTrue(plotStatistics.AverageDbhByYear[year] > plotStatistics.AverageDbhByYear[previousYear]);
Assert.IsTrue(plotStatistics.AverageHeightByYear[year] > plotStatistics.AverageHeightByYear[previousYear]);
Assert.IsTrue(plotStatistics.BasalAreaByYear[year] > 0.95F * plotStatistics.BasalAreaByYear[previousYear]);
Assert.IsTrue(plotStatistics.LeafAreaIndexByYear[year] > 0.95F * plotStatistics.LeafAreaIndexByYear[previousYear]);
Assert.IsTrue(plotStatistics.LiveStemVolumeByYear[year] > 0.95F * plotStatistics.LiveStemVolumeByYear[previousYear]);
Assert.IsTrue(plotStatistics.LiveAndSnagStemVolumeByYear[year] >= 0.95F * plotStatistics.LiveAndSnagStemVolumeByYear[previousYear]);
Assert.IsTrue(plotStatistics.StemCarbonByYear[year] > 0.99F * plotStatistics.StemCarbonByYear[previousYear]);
Assert.IsTrue(plotStatistics.StemNitrogenByYear[year] > 0.99F * plotStatistics.StemNitrogenByYear[previousYear]);
Assert.IsTrue(plotStatistics.TreeCountByYear[year] <= plotStatistics.TreeCountByYear[previousYear]);
Assert.IsTrue(plotStatistics.TreeNppAbovegroundByYear[year] > 0.67F * plotStatistics.TreeNppAbovegroundByYear[previousYear]);
Assert.IsTrue(plotStatistics.TreeNppByYear[year] > 0.75F * plotStatistics.TreeNppByYear[previousYear]);
Assert.IsTrue(plotStatistics.MeanSaplingAgeByYear[year] == 0.0F); // regeneration not enabled
Assert.IsTrue(plotStatistics.RegenerationCarbonByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.RegenerationNitrogenByYear[year] == 0.0F);
Assert.IsTrue(plotStatistics.SaplingNppByYear[year] == 0.0F); // regeneration not enabled
Assert.IsTrue(plotStatistics.SaplingCountByYear[year] == 0);
Assert.IsTrue(plotStatistics.BranchCarbonByYear[year] > 0.95F * plotStatistics.BranchCarbonByYear[previousYear]);
Assert.IsTrue(plotStatistics.BranchNitrogenByYear[year] > 0.95F * plotStatistics.BranchNitrogenByYear[previousYear]);
Assert.IsTrue(plotStatistics.CoarseRootCarbonByYear[year] > 0.95F * plotStatistics.CoarseRootCarbonByYear[previousYear]);
Assert.IsTrue(plotStatistics.CoarseRootNitrogenByYear[year] > 0.95F * plotStatistics.CoarseRootNitrogenByYear[previousYear]);
Assert.IsTrue(plotStatistics.CohortCountByYear[year] == 0); // no saplings at initialization and regeneration not enabled
Assert.IsTrue(plotStatistics.FineRootCarbonByYear[year] > 0.95F * plotStatistics.FineRootCarbonByYear[previousYear]);
Assert.IsTrue(plotStatistics.FineRootNitrogenByYear[year] > 0.95F * plotStatistics.FineRootNitrogenByYear[previousYear]);
Assert.IsTrue(plotStatistics.FoliageCarbonByYear[year] > 0.95F * plotStatistics.FoliageCarbonByYear[previousYear]);
Assert.IsTrue(plotStatistics.FoliageNitrogenByYear[year] > 0.95F * plotStatistics.FoliageNitrogenByYear[previousYear]);
// sanity checks on ranges
Assert.IsTrue(plotStatistics.LiveStemVolumeByYear[year] >= plotStatistics.LiveAndSnagStemVolumeByYear[year]);
Assert.IsTrue((plotStatistics.LeafAreaIndexByYear[year] > 1.0F) && (plotStatistics.LeafAreaIndexByYear[year] < 20.0F));
}
}
}
[TestMethod]
