void BucketCommand()
{
Soil soil = gameObject.transform.Find("plant").gameObject.GetComponent <Soil>();
if (PlayerNecessity.Instance.Water != 0 && soil.isDilig())
{
Debug.Log("DILIG!");
soil.Dilig();
PlayerNecessity.Instance.ConsumeWater();
}
else
{
Debug.Log("NOT DILIG!");
// DONT HAVE ENOUGH WATER
}
}
/// <summary>Initialises this instance.</summary>
public void Initialise()
{
foreach (Zone Z in Apsim.ChildrenRecursively(this.Parent, typeof(Zone)))
{
Soil soil = Apsim.Child(Z, typeof(Soil)) as Soil;
if (soil != null)
{
ZoneWaterAndN NewZ = new ZoneWaterAndN();
NewZ.Name = Z.Name;
NewZ.Water = soil.Water;
NewZ.NO3N = soil.NO3N;
NewZ.NH4N = soil.NH4N;
Zones.Add(NewZ);
}
}
}
public void ImproveNutrientInSoil()
{
ISoil soil = new Soil();
INutrient nitrogen = new Nutrient("Nitrogen");
soil.Absorb(nitrogen);
Assert.True(soil.Nourishment(nitrogen) > 0);
soil.Sterilize();
INutrient phosphorus = new Nutrient("Phosphorus");
soil.Absorb(phosphorus);
Assert.True(soil.Nourishment(nitrogen) == 0);
}
public static void WaterContainedPlant(IGameObject obj)
{
if (!(obj is ISoilRug) && !(obj is IPlanterBowl))
{
return;
}
foreach (Slot slot in obj.GetContainmentSlots())
{
Soil soil = obj.GetContainedObject(slot) as Soil;
if (soil != null)
{
soil.OnSprinkled();
}
}
}
public void PullEverything_PotWithFlower_ReturnsCurrentContent()
{
// arrange
var pot = new Pot();
var flower = new Flower(new PlantSource(Plants.Hedera, SeedType.Seedling));
var soil = new Soil("");
new Planting(flower, soil, pot);
// act
var result = pot.PullEverything();
// assert
Assert.AreEqual(flower, result.Item2);
Assert.AreEqual(soil, result.Item1.Item);
}
public void NO3UnitsSet(NUnitsEnum ToUnits, Soil Soil)
{
if (ToUnits != NO3Units)
{
// convert the numbers
if (ToUnits == NUnitsEnum.ppm)
{
NO3 = NO3ppm(Soil);
}
else
{
NO3 = NO3kgha(Soil);
}
NO3Units = ToUnits;
}
}
public void CheckSoil(object sender, EventArgs e)
{
try
{
Soil currentSoil = this.explorerPresenter.ApsimXFile.FindByPath(this.explorerPresenter.CurrentNodePath)?.Value as Soil;
if (currentSoil != null)
{
SoilChecker.CheckWithStandardisation(currentSoil);
explorerPresenter.MainPresenter.ShowMessage("Soil water parameters are valid.", Simulation.MessageType.Information);
}
}
catch (Exception err)
{
explorerPresenter.MainPresenter.ShowError(err);
}
}
public void SetPart_AfterEndEditing_ReduceProportions()
{
// arrange
var soil = new Soil()
{
Soil.Part <Sand>(5), Soil.Part <Turf>(1)
};
// act
soil.EndEdit();
soil.Set <Turf>(5);
// assert
Assert.AreEqual(1, soil.PartsOf <Sand>());
Assert.AreEqual(1, soil.PartsOf <Turf>());
}
public void SetPart_WithPositiveCount_SetParts()
{
// arrange
var soil = new Soil()
{
Soil.Part <Sand>(1), Soil.Part <Turf>(1)
};
// act
soil.Set <Sand>(2);
soil.Set <Turf>(1);
// assert
Assert.AreEqual(2, soil.PartsOf <Sand>());
Assert.AreEqual(1, soil.PartsOf <Turf>());
}
public Soil getSoil(String name)
{
//soil not in DB
if (!soilData.ContainsKey(name))
{
return(null);
}
//soil instance already created
if (soils.ContainsKey(name))
{
return(soils[name]);
}
//create new instance
soils[name] = new Soil(name, this);
return(soils[name]);
}
public SoilViewModel(Soil soil)
{
this.SoilId = soil.SoilId;
this.Name = soil.Name;
this.ShortName = soil.ShortName;
this.Description = soil.Description;
this.DepthLimit = soil.DepthLimit;
this.FarmId = soil.FarmId;
this.Farm = soil.Farm;
this.PositionId = soil.PositionId;
this.TestDate = soil.TestDate;
this.Latitude = soil.Position.Latitude;
this.Longitude = soil.Position.Longitude;
this.Position = soil.Position;
this.Horizonts = soil.HorizonList;
}
/// <summary>
/// Called whenever the control is loaded and made visible.
/// </summary>
protected override void OnLoad()
{
// We need not just the XML for this profile node but the whole soil XML.
Component SoilComponent = Controller.ApsimData.Find(NodePath).Parent;
if (SoilComponent.Type.ToLower() != "soil")
{
SoilComponent = SoilComponent.Parent;
}
Soil = Soil.Create(SoilComponent.FullXMLNoShortCuts());
Properties.OnLoad(Controller, NodePath, Data.OuterXml);
Properties.OnLoad(Soil);
// Get a component that represents the node we're to
OurComponent = Controller.ApsimData.Find(NodePath);
if (OurComponent.ShortCutTo != null)
{
OurComponent = OurComponent.ShortCutTo;
}
// Call OnLoad in our graph
Graph = new SoilGraphUI();
Graph.Parent = this;
Graph.Visible = true;
Graph.Dock = DockStyle.Fill;
Graph.BringToFront();
// Load in the splitter position.
string SplitterPositionString = Configuration.Instance.Setting("SoilSplitterPosition");
if (SplitterPositionString != "")
{
TopPanel.Height = Convert.ToInt32(SplitterPositionString);
}
// add some extra items to the context menu.
if (Grid.ContextMenuStrip != null && Grid.ContextMenuStrip.Items.Count != 8 &&
(OurComponent.Type == "Water" || OurComponent.Type == "Analysis"))
{
Grid.ContextMenuStrip.Items.Add(new ToolStripSeparator());
ToolStripMenuItem Item = (ToolStripMenuItem)Grid.ContextMenuStrip.Items.Add("Edit Metadata...");
Item.ShortcutKeys = Keys.Control | Keys.M;
Item.Click += new System.EventHandler(OnMetadataClick);
}
panel1.Visible = OurComponent.Type == "Water";
}
/// <summary>
/// Growth depth of roots in this zone
/// </summary>
public void GrowRootDepth()
{
// Do Root Front Advance
int RootLayer = SoilUtilities.LayerIndexOfDepth(Physical.Thickness, Depth);
var rootfrontvelocity = rootFrontVelocity.Value(RootLayer);
double MaxDepth;
double[] xf = null;
if (!IsWeirdoPresent)
{
var soilCrop = Soil.FindDescendant <SoilCrop>(plant.Name + "Soil");
if (soilCrop == null)
{
throw new Exception($"Cannot find a soil crop parameterisation called {plant.Name}Soil");
}
xf = soilCrop.XF;
Depth = Depth + rootfrontvelocity * xf[RootLayer];
MaxDepth = 0;
// Limit root depth for impeded layers
for (int i = 0; i < Physical.Thickness.Length; i++)
{
if (xf[i] > 0)
{
MaxDepth += Physical.Thickness[i];
}
else
{
break;
}
}
}
else
{
Depth = Depth + rootfrontvelocity;
MaxDepth = Physical.Thickness.Sum();
}
// Limit root depth for the crop specific maximum depth
MaxDepth = Math.Min(maximumRootDepth.Value(), MaxDepth);
Depth = Math.Min(Depth, MaxDepth);
RootFront = Depth;
root.RootShape.CalcRootProportionInLayers(this);
}
public Planting(Flower flower, Soil soil, Pot pot)
{
// садить только цветок без горшка в пустой горшок
Contract.Requires <ArgumentException>(flower.GetPot(DateTime.UtcNow) == null);
Contract.Requires <ArgumentException>(pot.GetFlower(DateTime.UtcNow) == null);
Contract.Ensures(pot.GetFlower(this.Date) == flower, "must be planted flower in pot on date of planting");
Contract.Ensures(flower.GetPot(this.Date) == pot, "flower must be in this pot on date of planting");
this.pot = pot;
this.soil = soil;
this.flower = flower;
pot.Events.Add(this);
flower.Events.Add(this);
Debug.WriteLine("{0} planted to {1} with {2}", flower, pot, soil);
}
/// <summary>Sets the sample thickness.</summary>
/// <param name="swim">The swim model.</param>
/// <param name="thickness">The thickness to change the sample to.</param>
/// <param name="soil">The soil</param>
private static void SetSWIMThickness(Swim3 swim, double[] thickness, Soil soil)
{
foreach (var soluteParameters in soil.FindAllChildren <SwimSoluteParameters>())
{
if (!MathUtilities.AreEqual(thickness, soluteParameters.Thickness))
{
if (soluteParameters.Exco != null)
{
soluteParameters.Exco = MapConcentration(soluteParameters.Exco, soluteParameters.Thickness, thickness, 0.2);
}
if (soluteParameters.FIP != null)
{
soluteParameters.FIP = MapConcentration(soluteParameters.FIP, soluteParameters.Thickness, thickness, 0.2);
}
}
}
}
public override void Cleanup()
{
if (mObjectsToPlant != null)
{
while (mObjectsToPlant.Count > 0)
{
CleanupPlantInstances(mObjectsToPlant[0], Actor, PlantInteractionType);
mObjectsToPlant.RemoveAt(0);
}
}
if (mDummyIk != null)
{
mDummyIk.Destroy();
mDummyIk = null;
}
base.Cleanup();
}
public void CheckSoil(object sender, EventArgs e)
{
Soil currentSoil = Apsim.Get(this.explorerPresenter.ApsimXFile, this.explorerPresenter.CurrentNodePath) as Soil;
if (currentSoil != null)
{
string errorMessages = currentSoil.Check(false);
if (!string.IsNullOrEmpty(errorMessages))
{
explorerPresenter.MainPresenter.ShowError(errorMessages);
}
else
{
explorerPresenter.MainPresenter.ShowMessage("Soil water parameters are valid.", Simulation.MessageType.Information);
}
}
}
public void AddPart_AfterBeginEditing_ChangesProportions()
{
// arrange
var soil = new Soil()
{
Soil.Part <Sand>(1), Soil.Part <Turf>(3)
};
// act
soil.EndEdit();
soil.BeginEdit();
soil.Add <Sand>(2);
// assert
Assert.AreEqual(3, soil[SoilParts.Sand]);
Assert.AreEqual(3, soil[SoilParts.Turf]);
}
private new void OnSimulationCommencing(object sender, EventArgs e)
{
Soil soil = Apsim.Find(this, typeof(Soil)) as Soil;
if (soil == null)
{
throw new Exception("Cannot find soil");
}
if (soil.Crop(Plant.Name) == null && soil.Weirdo == null)
{
throw new Exception("Cannot find a soil crop parameterisation for " + Plant.Name);
}
PlantZone = new ZoneState(Plant, this, soil, 0, InitialDM.Value(), Plant.Population, MaximumNConc.Value());
Zones = new List <ZoneState>();
base.OnSimulationCommencing(sender, e);
}
/// <summary>
/// Update the Soil from Farm Soil List,
/// If do not exists return null
/// </summary>
/// <param name="pName"></param>
/// <param name="pShortName"></param>
/// <param name="pDescription"></param>
/// <param name="pLocation"></param>
/// <param name="pTestDate"></param>
/// <param name="pDepthLimit"></param>
/// <param name="pFarmId"></param>
/// <returns></returns>
public Soil UpdateSoil(String pName, String pShortName, String pDescription, long pPositionId,
DateTime pTestDate, double pDepthLimit, long pFarmId)
{
Soil lReturn = null;
Soil lSoil = new Soil(this.GetNewSoilListId(), pName, pShortName, pDescription, pPositionId, pTestDate, pDepthLimit, pFarmId);
lReturn = ExistSoil(lSoil);
if (lReturn != null)
{
lReturn.Name = pName;
lReturn.Description = pDescription;
lReturn.PositionId = pPositionId;
lReturn.TestDate = pTestDate;
lReturn.DepthLimit = pDepthLimit;
}
return(lReturn);
}
/// <summary>
/// Set the crop values in the table for the specified crop name.
/// </summary>
private static void SetCropValues(DataTable Table, string CropName, Soil Soil, int StartRow)
{
if (Soil.CropNames.Contains(CropName, StringComparer.CurrentCultureIgnoreCase))
{
SetDoubleValues(Table, CropName + " ll (mm/mm)", Soil.Crop(CropName).LL, StartRow);
SetCodeValues(Table, CropName + " llCode", Soil.Crop(CropName).LLMetadata, StartRow);
SetDoubleValues(Table, CropName + " kl (/day)", Soil.Crop(CropName).KL, StartRow);
SetDoubleValues(Table, CropName + " xf (0-1)", Soil.Crop(CropName).XF, StartRow);
}
else if (!Table.Columns.Contains(CropName + " ll (mm/mm)"))
{
Table.Columns.Add(CropName + " ll (mm/mm)", typeof(double));
Table.Columns.Add(CropName + " llCode", typeof(string));
Table.Columns.Add(CropName + " kl (/day)", typeof(double));
Table.Columns.Add(CropName + " xf (0-1)", typeof(double));
}
}
/// <summary>Fills in missing values where possible.</summary>
/// <param name="soil">The soil.</param>
public static void FillInMissingValues(Soil soil)
{
AddPredictedCrops(soil);
CheckAnalysisForMissingValues(soil);
var water = soil.FindChild <Physical>();
if (water != null)
{
var crops = water.FindAllChildren <SoilCrop>().Cast <SoilCrop>().ToArray();
foreach (var crop in crops)
{
if (crop.XF == null)
{
crop.XF = MathUtilities.CreateArrayOfValues(1.0, water.Thickness.Length);
crop.XFMetadata = StringUtilities.CreateStringArray("Estimated", water.Thickness.Length);
}
if (crop.KL == null)
{
FillInKLForCrop(crop);
}
CheckCropForMissingValues(crop, soil);
// Modify wheat crop for sub soil constraints.
if (crop.Name.Equals("wheat", StringComparison.InvariantCultureIgnoreCase))
{
ModifyKLForSubSoilConstraints(crop, soil);
}
}
}
var samples = soil.FindAllChildren <Sample>().Cast <Sample>().ToArray();
foreach (Sample sample in samples)
{
CheckSampleForMissingValues(sample, soil);
}
// Make sure there are the correct number of KS values.
if (water?.KS != null && water?.KS.Length > 0)
{
water.KS = FillMissingValues(water.KS, water.Thickness.Length, 0.0);
}
}
/// <summary>Sets the sample thickness.</summary>
/// <param name="sample">The sample.</param>
/// <param name="thickness">The thickness to change the sample to.</param>
/// <param name="soil">The soil</param>
private static void SetSampleThickness(Sample sample, double[] thickness, Soil soil)
{
if (!MathUtilities.AreEqual(thickness, sample.Thickness))
{
if (sample.SW != null)
{
sample.SW = MapSW(sample.SW, sample.Thickness, thickness, soil);
}
if (sample.NH4 != null)
{
sample.NH4 = MapConcentration(sample.NH4ppm, sample.Thickness, thickness, 0.2);
sample.NH4Units = Sample.NUnitsEnum.ppm;
}
if (sample.NO3 != null)
{
sample.NO3 = MapConcentration(sample.NO3ppm, sample.Thickness, thickness, 1.0);
sample.NO3Units = Sample.NUnitsEnum.ppm;
}
// The elements below will be overlaid over other arrays of values so we want
// to have missing values (double.NaN) used at the bottom of the profile.
if (sample.CL != null)
{
sample.CL = MapConcentration(sample.CL, sample.Thickness, thickness, double.NaN, allowMissingValues: true);
}
if (sample.EC != null)
{
sample.EC = MapConcentration(sample.EC, sample.Thickness, thickness, double.NaN, allowMissingValues: true);
}
if (sample.ESP != null)
{
sample.ESP = MapConcentration(sample.ESP, sample.Thickness, thickness, double.NaN, allowMissingValues: true);
}
if (sample.OC != null)
{
sample.OC = MapConcentration(sample.OC, sample.Thickness, thickness, double.NaN, allowMissingValues: true);
}
if (sample.PH != null)
{
sample.PH = MapConcentration(sample.PH, sample.Thickness, thickness, double.NaN, allowMissingValues: true);
}
sample.Thickness = thickness;
}
}
public void soilTest()
{
double sand = 17.3;
double limo = 53.9;
double clay = 28.8;
double organicMatter = 4.4;
Horizon lHorizon = new Horizon();
lHorizon.Sand = sand;
lHorizon.Limo = limo;
lHorizon.Clay = clay;
lHorizon.OrganicMatter = organicMatter;
lHorizon.HorizonLayer = "A";
lHorizon.Order = 0;
lHorizon.HorizonLayerDepth = 5.3;
Soil lSoil = new Soil();
lSoil.HorizonList.Add(lHorizon);
double pmp = lSoil.GetPermanentWiltingPoint(5);
double cc = lSoil.GetFieldCapacity(5);
double ad = lSoil.GetAvailableWaterCapacity(5);
//double pmp10 = testSoil.GetPermanentWiltingPoint(10);
double cc10 = lSoil.GetFieldCapacity(10);
//double ad10 = testSoil.GetAvailableWaterCapacity(10);
double pmp0 = lSoil.GetPermanentWiltingPoint(0);
double cc0 = lSoil.GetFieldCapacity(0);
double ad0 = lSoil.GetAvailableWaterCapacity(0);
//RootDeepth between the border (0) and the HorizonDepth
Assert.AreEqual(pmp, 16.002069999999989);
Assert.AreEqual(cc, 34.1726);
Assert.AreEqual(ad, 18.170530000000014);
//RootDeepth outside the horizon
// Assert.AreEqual(pmp10, 0);
Assert.AreEqual(cc10, 34.1726);
// Assert.AreEqual(ad10, 0);
//RootDeepth = 0
Assert.AreEqual(pmp0, 16.002069999999989);
Assert.AreEqual(cc0, 34.1726);
Assert.AreEqual(ad0, 18.170530000000014);
}
/// <summary>Sets the water thickness.</summary>
/// <param name="water">The water.</param>
/// <param name="toThickness">To thickness.</param>
/// <param name="soil">Soil</param>
private static void SetWaterThickness(Water water, double[] toThickness, Soil soil)
{
if (!MathUtilities.AreEqual(toThickness, soil.Thickness))
{
bool needToConstrainCropLL = false;
foreach (var cropName in soil.CropNames)
{
var crop = soil.Crop(cropName);
crop.KL = MapConcentration(crop.KL, soil.Thickness, toThickness, MathUtilities.LastValue(crop.KL));
crop.XF = MapConcentration(crop.XF, soil.Thickness, toThickness, MathUtilities.LastValue(crop.XF));
if (crop is SoilCrop)
{
needToConstrainCropLL = true;
var soilCrop = crop as SoilCrop;
soilCrop.LL = MapConcentration(soilCrop.LL, soil.Thickness, toThickness, MathUtilities.LastValue(soilCrop.LL));
}
}
soil.BD = MapConcentration(soil.BD, soil.Thickness, toThickness, MathUtilities.LastValue(soil.BD));
soil.AirDry = MapConcentration(soil.AirDry, soil.Thickness, toThickness, MathUtilities.LastValue(soil.AirDry));
soil.LL15 = MapConcentration(soil.LL15, soil.Thickness, toThickness, MathUtilities.LastValue(soil.LL15));
soil.DUL = MapConcentration(soil.DUL, soil.Thickness, toThickness, MathUtilities.LastValue(soil.DUL));
soil.SAT = MapConcentration(soil.SAT, soil.Thickness, toThickness, MathUtilities.LastValue(soil.SAT));
soil.KS = MapConcentration(soil.KS, soil.Thickness, toThickness, MathUtilities.LastValue(soil.KS));
soil.Thickness = toThickness;
if (needToConstrainCropLL)
{
foreach (ISoilCrop crop in water.Crops)
{
if (crop is SoilCrop)
{
var soilCrop = crop as SoilCrop;
// Ensure crop LL are between Airdry and DUL.
for (int i = 0; i < soilCrop.LL.Length; i++)
{
soilCrop.LL = MathUtilities.Constrain(soilCrop.LL, water.AirDry, water.DUL);
}
}
}
}
}
}
public void AddPart_WithZeroCount_ChangesNothing()
{
// arrange
var soil = new Soil()
{
Soil.Part <Sand>(1)
};
var copy = new Soil()
{
Soil.Part <Sand>(1)
};
// act
soil.Add <Turf>(0);
// assert
Assert.AreEqual(copy, soil);
}
private void button_Click(object sender, RoutedEventArgs e)
{
//add soil
Soil soil = new Soil();
soil.Name = soilNameText.Text;
try
{
MainWindow.channel.AddSoil(soil);
MessageBox.Show(soilNameText.Text + " added!");
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public void NH4UnitsSet(NUnitsEnum ToUnits, Soil Soil)
{
double[] BD = Soil.BDMapped(Thickness);
if (ToUnits != NH4Units)
{
// convert the numbers
if (ToUnits == NUnitsEnum.ppm)
{
NH4 = NH4ppm(Soil);
}
else
{
NH4 = NH4kgha(Soil);
}
NH4Units = ToUnits;
}
}
private void Button_build(object sender, RoutedEventArgs e)
{
IsNumber Isnumber = new IsNumber();
Soil soil = new Soil(id, soilName.Text, soilTemp.Text, soilDiff.Text);
if (Isnumber.isNumber(soilTemp.Text.Trim()) == false || Isnumber.isNumber(soilDiff.Text.Trim()) == false)
{
MessageBox.Show("输入格式有误");
}
else
{
SoilDAL dal = new SoilDAL();
dal.addSoilData(soil);
MessageBox.Show("添加成功");
Close();
}
}
public async Task <IActionResult> DeleteConfirmed(string id)
{
try
{
Soil entity = await db.soil.byIdAsync(id);
await db.soil.deleteAsync(entity);
await writeEventAsync(entity.ToString(), LogEvent.del);
return(RedirectToAction("Index"));
}
catch (Exception ex)
{
await writeExceptionAsync(ex);
return(RedirectToAction("Delete", new { id = id }));
}
}
//Reset
/// <summary>
/// Resets the soil.
/// </summary>
/// <param name="Consts">The consts.</param>
/// <param name="Soil">The soil.</param>
public void ResetSoil(Constants Consts, Soil Soil)
{
Constants = Consts;
UseStartingValuesToInitialise(Soil);
}
/// <summary>
/// Uses the starting values to initialise.
/// </summary>
/// <param name="Soil">The soil.</param>
private void UseStartingValuesToInitialise(Soil Soil)
{
//Soil Properties (NOT LAYERED)
//*****************************
//! flag to determine if Ks has been chosen for use.
if (Soil.KS == null)
using_ks = false;
else
using_ks = true;
//From "SoilWater" node in the GUI
//-------------------------------
//summer
SummerCona = Soil.SoilWater.SummerCona;
SummerU = Soil.SoilWater.SummerU;
SummerDate = Soil.SoilWater.SummerDate;
//winter
WinterCona = Soil.SoilWater.WinterCona;
WinterU = Soil.SoilWater.WinterU;
WinterDate = Soil.SoilWater.WinterDate;
DiffusConst = Soil.SoilWater.DiffusConst;
DiffusSlope = Soil.SoilWater.DiffusSlope;
Salb = Soil.SoilWater.Salb;
cn2_bare = Soil.SoilWater.CN2Bare;
cn_red = Soil.SoilWater.CNRed;
cn_cov = Soil.SoilWater.CNCov;
slope = Soil.SoilWater.slope;
discharge_width = Soil.SoilWater.discharge_width;
catchment_area = Soil.SoilWater.catchment_area;
if (Double.IsNaN(slope))
slope = 0.0;
if (Double.IsNaN(discharge_width))
discharge_width = 0.0;
if (Double.IsNaN(catchment_area))
catchment_area = 0.0;
max_pond = Soil.SoilWater.max_pond;
//Soil "Profile" (LAYERED)
//************************
int i = 0;
foreach (Layer lyr in this)
{
lyr.number = i + 1;
//From "Water" node in GUI
//-----------------------
lyr.dlayer = Soil.Thickness[i]; //need to set dlayer first so the fractions below can be converted to their mm _dep versions
lyr.bd = Soil.BD[i];
lyr.sat = Soil.SAT[i];
lyr.dul = Soil.DUL[i];
lyr.ll15 = Soil.LL15[i];
lyr.air_dry = Soil.AirDry[i];
if (Soil.KS == null) //can be blank in the node
lyr.ks = 0.0; //turn off but using_ks flag stops this from mattering
else
lyr.ks = Soil.KS[i];
//From "SoilWater" node in the GUI
//-------------------------------
//(Use top level Soil instead of Soil.SoilWater so they are in standard layer thicknesses)
if (Soil.SWCON == null) //can be blank in the node
lyr.SWCON = 0.3;
else
lyr.SWCON = Soil.SWCON[i]; //in standard thickness
if (Soil.KLAT == null) //can be blank in the node
lyr.KLAT = 0.0; //turn off the lateral flow
else
lyr.KLAT = Soil.KLAT[i]; //in standard thickness
//From "InitWater" node or "SoilSample" node
//------------------------------------------
lyr.sw = Soil.InitialWaterVolumetric[i];
i++;
}
}
private bool using_ks; //! flag to determine if Ks has been chosen for use. //sv- set in soilwat2_init() by checking if mwcon exists
#endregion Fields
#region Constructors
//Constructor
/// <summary>
/// Initializes a new instance of the <see cref="SoilWaterSoil"/> class.
/// </summary>
/// <param name="Consts">The consts.</param>
/// <param name="Soil">The soil.</param>
/// <exception cref="System.Exception">Constructor for SoilWaterSoil failed because there are no layers</exception>
public SoilWaterSoil(Constants Consts, Soil Soil)
{
//add all the layers
if (Soil.Thickness != null)
{
layers = new List<Layer>();
for (int i = 0; i < Soil.Thickness.Count(); i++)
{
Layer lyr = new Layer();
layers.Add(lyr);
}
}
else
{
throw new Exception("Constructor for SoilWaterSoil failed because there are no layers");
}
Constants = Consts;
UseStartingValuesToInitialise(Soil);
}
