// TODO SAM 2009-05-08 Evaluate whether to allow passing in max coefficient value for check
/// <summary>
/// Performs specific data checks and returns a list of data that failed the data checks. </summary>
/// <param name="count"> Index of the data vector currently being checked. </param>
/// <param name="dataset"> StateCU dataset currently in memory. </param>
/// <param name="props"> Extra properties to perform checks with. </param>
/// <returns> List of invalid data. </returns>
public virtual StateCU_ComponentValidation validateComponent(StateCU_DataSet dataset)
{
StateCU_ComponentValidation validation = new StateCU_ComponentValidation();
string id = getName(); // Name is used for ID because ID used to be numeric
double[][] kcday = getKcday();
double[][] kcb = getKcb();
// Percent of growth stage
for (int igs = 0; igs < kcday.Length; igs++)
{
for (int ipos = 0; ipos < kcday[igs].Length; ipos++)
{
if ((kcday[igs][ipos] < 0.0) || (kcday[igs][ipos] > 100.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" percent of growth stage (" + kcday[igs][ipos] + ") is invalid.", "Specify as 0 to 100."));
}
if ((kcb[igs][ipos] < 0) || (kcb[igs][ipos] > 3.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" coefficient (" + kcb[igs][ipos] + ") is invalid.", "Specify as 0 to 3.0 (upper limit may vary by location)."));
}
}
}
return(validation);
}
// TODO SAM 2009-05-08 Evaluate whether to allow passing in max coefficient value for check
/// <summary>
/// Performs specific data checks and returns a list of data that failed the data checks. </summary>
/// <param name="count"> Index of the data vector currently being checked. </param>
/// <param name="dataset"> StateCU dataset currently in memory. </param>
/// <param name="props"> Extra properties to perform checks with. </param>
/// <returns> List of invalid data. </returns>
public virtual StateCU_ComponentValidation validateComponent(StateCU_DataSet dataset)
{
StateCU_ComponentValidation validation = new StateCU_ComponentValidation();
string id = getName(); // Name is used for ID because ID used to be numeric
int[] nckca = getNckca();
int[] nckcp = getNckcp();
if (((nckca == null) || (nckca.Length == 0)) && ((nckcp == null) || (nckcp.Length == 0)))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" data are neither specified as day of year or percent of season.", "Specify coefficients for day of year OR percent of season."));
}
else if (((nckca != null) && (nckca.Length > 0)) && ((nckcp != null) && (nckcp.Length > 0)))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" data are specified as day of year and percent of season.", "Specify coefficients for day of year OR percent of season."));
}
else if (isAnnualCrop())
{
// Annual - percent of season
double[] ckca = getCkca();
for (int i = 0; i < nckca.Length; i++)
{
if ((nckca[i] < 0) || (nckca[i] > 100))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" percent of season (" + nckca[i] + ") is invalid.", "Specify as 0 to 100."));
}
if ((ckca[i] < 0) || (ckca[i] > 3.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" coefficient (" + ckca[i] + ") is invalid.", "Specify as 0 to 3.0 (upper limit may vary by location)."));
}
}
}
else
{
// Perennial - day of year
double[] ckcp = getCkcp();
for (int i = 0; i < nckcp.Length; i++)
{
if ((nckcp[i] < 1) || (nckcp[i] > 366))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" day of year (" + nckcp[i] + ") is invalid.", "Specify as 1 to 366."));
}
if ((ckcp[i] < 0) || (ckcp[i] > 3.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" coefficient (" + ckcp[i] + ") is invalid.", "Specify as 0 to 3.0 (upper limit may vary by location)."));
}
}
}
// Check method
int ktsw = getKtsw();
if ((ktsw < 0) || (ktsw > 4))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Crop \"" + id + "\" Blaney-Criddle method (" + ktsw + ") is invalid.", "Specify as 0 to 4 (refer to StateCU documentation)."));
}
return(validation);
}
/// <summary>
/// Performs specific data checks and returns a list of data that failed the data checks. </summary>
/// <param name="dataset"> StateCU dataset currently in memory. </param>
/// <returns> Validation results. </returns>
public virtual StateCU_ComponentValidation validateComponent(StateCU_DataSet dataset)
{
StateCU_ComponentValidation validation = new StateCU_ComponentValidation();
string id = getID();
double latitude = getLatitude();
if (!((latitude >= -90.0) && (latitude <= 90.0)))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" latitude (" + latitude + ") is invalid.", "Specify a latitude -90 to 90."));
}
double elevation = getElevation();
if (!((elevation >= 0.0) && (elevation <= 15000.00)))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" elevation (" + elevation + ") is invalid.", "Specify an elevation 0 to 15000 FT (maximum varies by location)."));
}
string name = getName();
if ((string.ReferenceEquals(name, null)) || name.Trim().Length == 0)
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" name is blank - may cause confusion.", "Specify the station name or use the ID for the name."));
}
string region1 = getRegion1();
if ((string.ReferenceEquals(region1, null)) || region1.Trim().Length == 0)
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" region1 is blank - may cause region lookups to fail for other data.", "Specify as county or other region indicator."));
}
double zh = getZh();
if (!(zh >= 0.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" zh (" + zh + ") is invalid.", "Specify a zh >= 0."));
}
double zm = getZm();
if (!(zm >= 0.0))
{
validation.add(new StateCU_ComponentValidationProblem(this, "Climate station \"" + id + "\" zm (" + zm + ") is invalid.", "Specify a zm >= 0."));
}
return(validation);
}
/// <summary>
/// Performs specific data checks for a component. The
/// intelligence and checks are stored in the component itself. </summary>
/// <param name="data"> List of data objects to check. </param>
/// <returns> List of data that failed the data checks. </returns>
private System.Collections.IList doSpecificDataChecks(IList <StateCU_ComponentValidator> data, PropList props)
{
System.Collections.IList checks = new List <object>();
if (data == null)
{
return(checks);
}
// Check each component object by calling the
// checkComponentData() method. Each component
// needs to implement this method and extend from
// the StateMod_Component interface
StateCU_ComponentValidator comp = null;
for (int i = 0; i < data.Count; i++)
{
comp = data[i];
StateCU_ComponentValidation validation = comp.validateComponent(__dataset);
if (validation.size() > 0)
{
checks.Add(validation.getAll());
}
}
return(checks);
}