//"Hispaniolan pine", "Pine");
//"Nonforest", "Not stocked");
//"Improved pine stock", "Pine");
/// <summary>
/// build up a dataset with code instead of import an SIT formatted dataset
/// </summary>
private static void Method2()
{
string projectPath = @"C:\Program Files (x86)\Operational-Scale CBM-CFS3\Projects\myproject\myproject.mdb";
string dirname = System.IO.Path.GetDirectoryName(projectPath);
if (!System.IO.Directory.Exists(dirname))
{
System.IO.Directory.CreateDirectory(dirname);
}
//when initialize mapping is true, incoming sit
//data must be named exactly as the definitions in the archive index
Sitplugin sitplugin = new Sitplugin(
outputPath: projectPath,
initializeMapping: true);
//define ten year age class size, with 20 values (200 years)
int numAgeClasses = 20;
sitplugin.AddAgeClasses(10, numAgeClasses);
sitplugin.AddClassifier("admin");
sitplugin.AddClassifier("eco");
sitplugin.SetAdminEcoMapping("admin", "eco");
sitplugin.AddClassifier("species");
sitplugin.SetSpeciesClassifier("species");
sitplugin.AddClassifier("group");
sitplugin.AddInventory(
classifierSet: "British Columbia,Pacific Maritime,Spruce,g1",//note exact naming is required when " initializeMapping: true"
age: 100,
area: 10,
spatialReference: 100,
HistoricDisturbance: "Wildfire",
MostRecentDisturbance: "Clearcut harvesting with salvage");
List <double> FakeGrowthCurve = Enumerable.Range(0, numAgeClasses)
.Select(a => 200 / (1 + Math.Exp(-0.5 * (a - numAgeClasses / 2.0)))).ToList();
sitplugin.AddYield(
classifierSet: "British Columbia,Pacific Maritime,Spruce,?",
leadingSpeciesClassifierValue: "Spruce",
values: FakeGrowthCurve);
sitplugin.AddDisturbanceEvent(
classifierSet: "?,?,?,?",//when spatial reference is used, events do not use a classifier set
disturbanceType: "Clearcut harvesting with salvage",
timestep: 100,
target: 5,
targetType: "Area",
spatialReference: 100);
sitplugin.Import();
}
private static void MapSpatialUnits(Sitplugin sitplugin, JToken mappingConfig)
{
if (!Enum.TryParse((string)mappingConfig["mapping_mode"], out SpatialUnitClassifierMode mode))
{
throw new ArgumentException("expected one of the SpatialUnitClassifierMode enum values");
}
switch (mode)
{
case SpatialUnitClassifierMode.JoinedAdminEcoClassifier:
sitplugin.SetSPUMapping((string)mappingConfig["spu_classifier"]);
foreach (var item in mappingConfig["spu_mapping"])
{
sitplugin.MapSpatialUnit(
(string)item["user_spatial_unit"],
(string)item["default_spatial_unit"]["admin_boundary"],
(string)item["default_spatial_unit"]["eco_boundary"]);
}
break;
case SpatialUnitClassifierMode.SeperateAdminEcoClassifiers:
sitplugin.SetAdminEcoMapping(
(string)mappingConfig["admin_classifier"],
(string)mappingConfig["eco_classifier"]);
if (mappingConfig["admin_mapping"] != null)
{
foreach (var item in mappingConfig["admin_mapping"])
{
sitplugin.MapAdminBoundary(
(string)item["user_admin_boundary"],
(string)item["default_admin_boundary"]);
}
}
if (mappingConfig["eco_mapping"] != null)
{
foreach (var item in mappingConfig["eco_mapping"])
{
sitplugin.MapEcoBoundary(
(string)item["user_eco_boundary"],
(string)item["default_eco_boundary"]);
}
}
break;
case SpatialUnitClassifierMode.SingleDefaultSpatialUnit:
sitplugin.SetSingleSpatialUnit((int)mappingConfig["default_spuid"]);
break;
}
}