/// <summary>Checks validity of soil water parameters.
/// This method is called from the Context Menu by Selecting "Check Soil"
/// So you need to standardise it before doing the comparisons</summary>
/// <param name="soilToCheck">The soil to check.</param>
/// <returns>Error messages.</returns>
public static string CheckWithStandardisation(Soil soilToCheck)
{
var soil = Apsim.Clone(soilToCheck) as Soil;
SoilStandardiser.Standardise(soil);
return(Check(soilToCheck, soil));
}
/// <summary>
/// Checks validity of soil parameters. Throws if soil is invalid.
/// Standardises the soil before performing tests.
/// </summary>
/// <param name="soilToCheck">The soil to check.</param>
public static void CheckWithStandardisation(Soil soilToCheck)
{
var soil = Apsim.Clone(soilToCheck) as Soil;
SoilStandardiser.Standardise(soil);
Check(soil);
}
/// <summary>Checks validity of soil water parameters</summary>
/// <param name="soilToCheck">The soil to check.</param>
/// <returns>Error messages.</returns>
public static string Check(Soil soilToCheck)
{
const double min_sw = 0.0;
const double specific_bd = 2.65; // (g/cc)
string Msg = "";
var soil = Apsim.Clone(soilToCheck) as Soil;
SoilStandardiser.Standardise(soil);
foreach (var soilCrop in soilToCheck.Crops)
{
if (soilCrop != null)
{
double[] LL = soilCrop.LL;
double[] KL = soilCrop.KL;
double[] XF = soilCrop.XF;
if (!MathUtilities.ValuesInArray(LL) ||
!MathUtilities.ValuesInArray(KL) ||
!MathUtilities.ValuesInArray(XF))
{
Msg += "Values for LL, KL or XF are missing for crop " + soilCrop.Name + "\r\n";
}
else
{
for (int layer = 0; layer != soil.Thickness.Length; layer++)
{
int RealLayerNumber = layer + 1;
if (KL[layer] == MathUtilities.MissingValue)
{
Msg += soilCrop.Name + " KL value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.GreaterThan(KL[layer], 1, 3))
{
Msg += soilCrop.Name + " KL value of " + KL[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is greater than 1"
+ "\r\n";
}
if (XF[layer] == MathUtilities.MissingValue)
{
Msg += soilCrop.Name + " XF value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.GreaterThan(XF[layer], 1, 3))
{
Msg += soilCrop.Name + " XF value of " + XF[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is greater than 1"
+ "\r\n";
}
if (LL[layer] == MathUtilities.MissingValue)
{
Msg += soilCrop.Name + " LL value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(LL[layer], soil.AirDry[layer], 3))
{
Msg += soilCrop.Name + " LL of " + LL[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is below air dry value of " + soil.AirDry[layer].ToString("f3")
+ "\r\n";
}
else if (MathUtilities.GreaterThan(LL[layer], soil.DUL[layer], 3))
{
Msg += soilCrop.Name + " LL of " + LL[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is above drained upper limit of " + soil.DUL[layer].ToString("f3")
+ "\r\n";
}
}
}
}
}
// Check other profile variables.
for (int layer = 0; layer != soil.Thickness.Length; layer++)
{
double max_sw = MathUtilities.Round(1.0 - soil.BD[layer] / specific_bd, 3);
int RealLayerNumber = layer + 1;
if (soil.AirDry[layer] == MathUtilities.MissingValue)
{
Msg += " Air dry value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.AirDry[layer], min_sw, 3))
{
Msg += " Air dry lower limit of " + soil.AirDry[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is below acceptable value of " + min_sw.ToString("f3")
+ "\r\n";
}
if (soil.LL15[layer] == MathUtilities.MissingValue)
{
Msg += "15 bar lower limit value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.LL15[layer], soil.AirDry[layer], 3))
{
Msg += "15 bar lower limit of " + soil.LL15[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is below air dry value of " + soil.AirDry[layer].ToString("f3")
+ "\r\n";
}
if (soil.DUL[layer] == MathUtilities.MissingValue)
{
Msg += "Drained upper limit value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.DUL[layer], soil.LL15[layer], 3))
{
Msg += "Drained upper limit of " + soil.DUL[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is at or below lower limit of " + soil.LL15[layer].ToString("f3")
+ "\r\n";
}
if (soil.SAT[layer] == MathUtilities.MissingValue)
{
Msg += "Saturation value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.SAT[layer], soil.DUL[layer], 3))
{
Msg += "Saturation of " + soil.SAT[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is at or below drained upper limit of " + soil.DUL[layer].ToString("f3")
+ "\r\n";
}
else if (MathUtilities.GreaterThan(soil.SAT[layer], max_sw, 3))
{
double max_bd = (1.0 - soil.SAT[layer]) * specific_bd;
Msg += "Saturation of " + soil.SAT[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is above acceptable value of " + max_sw.ToString("f3")
+ ". You must adjust bulk density to below " + max_bd.ToString("f3")
+ " OR saturation to below " + max_sw.ToString("f3")
+ "\r\n";
}
if (soil.BD[layer] == MathUtilities.MissingValue)
{
Msg += "BD value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.GreaterThan(soil.BD[layer], 2.65, 3))
{
Msg += "BD value of " + soil.BD[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is greater than the theoretical maximum of 2.65"
+ "\r\n";
}
}
if (soil.Initial.OC.Length == 0)
{
throw new Exception("Cannot find OC values in soil");
}
for (int layer = 0; layer != soil.Thickness.Length; layer++)
{
int RealLayerNumber = layer + 1;
if (soil.Initial.OC[layer] == MathUtilities.MissingValue)
{
Msg += "OC value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.Initial.OC[layer], 0.01, 3))
{
Msg += "OC value of " + soil.Initial.OC[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is less than 0.01"
+ "\r\n";
}
if (soil.Initial.PH[layer] == MathUtilities.MissingValue)
{
Msg += "PH value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.LessThan(soil.Initial.PH[layer], 3.5, 3))
{
Msg += "PH value of " + soil.Initial.PH[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is less than 3.5"
+ "\r\n";
}
else if (MathUtilities.GreaterThan(soil.Initial.PH[layer], 11, 3))
{
Msg += "PH value of " + soil.Initial.PH[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is greater than 11"
+ "\r\n";
}
}
if (!MathUtilities.ValuesInArray(soil.Initial.SW))
{
Msg += "No starting soil water values found.\r\n";
}
else
{
for (int layer = 0; layer != soil.Thickness.Length; layer++)
{
int RealLayerNumber = layer + 1;
if (soil.Initial.SW[layer] == MathUtilities.MissingValue)
{
Msg += "Soil water value missing"
+ " in layer " + RealLayerNumber.ToString() + "\r\n";
}
else if (MathUtilities.GreaterThan(soil.Initial.SW[layer], soil.SAT[layer], 3))
{
Msg += "Soil water of " + soil.Initial.SW[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is above saturation of " + soil.SAT[layer].ToString("f3")
+ "\r\n";
}
else if (MathUtilities.LessThan(soil.Initial.SW[layer], soil.AirDry[layer], 3))
{
Msg += "Soil water of " + soil.Initial.SW[layer].ToString("f3")
+ " in layer " + RealLayerNumber.ToString() + " is below air-dry value of " + soil.AirDry[layer].ToString("f3")
+ "\r\n";
}
}
}
if (!MathUtilities.ValuesInArray(soil.Initial.NO3N))
{
Msg += "No starting NO3 values found.\r\n";
}
if (!MathUtilities.ValuesInArray(soil.Initial.NH4N))
{
Msg += "No starting NH4 values found.\r\n";
}
return(Msg);
}
