public Project(string prj) : base(prj)
{
Debug.WriteLine("Information: Intialize ArcSWAT project using " + prj);
if (!IsValid)
{
return;
}
_spatial = new Spatial(Folder + DEFAULT_WATERSHED_FOLDER);
if (!_spatial.IsValid)
{
_isValid = false; _error = _spatial.Error; return;
}
_scenarios = Scenario.FromProjectFolder(Folder + DEFAULT_SCENARIOS_FOLDER, this);
if (_scenarios.Count == 0)
{
_isValid = false; _error = "No Scenarios found!"; return;
}
_observation_daily = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_DAILY);
_observation_monthly = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_MONTHLY);
_observation_yearly = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_YEARLY);
}
public SWATUnitObservationData(SWATUnitColumnYearResult result, ObservationData parent)
{
_parentData = parent;
_id = result.UnitResult.Unit.ID;
_unitType = result.UnitResult.Unit.Type;
_col = result.Column;
_startYear = result.UnitResult.Unit.Scenario.StartYear;
_endYear = result.UnitResult.Unit.Scenario.EndYear;
}
public SWATUnitObservationData(SWATUnitColumnYearResult result, ObservationData parent)
{
_parentData = parent;
_id = result.UnitResult.Unit.ID;
_unitType = result.UnitResult.Unit.Type;
_col = result.Column;
_startYear = result.UnitResult.Unit.Scenario.StartYear;
_endYear = result.UnitResult.Unit.Scenario.EndYear;
}
public SWATUnitObservationData(int id, SWATUnitType unitType,
string dataType,
int startYear, int endYear,
ObservationData parent)
{
_parentData = parent;
_id = id;
_unitType = unitType;
_col = dataType;
_startYear = startYear;
_endYear = endYear;
}
public SWATUnitObservationData(int id, SWATUnitType unitType,
string dataType,
int startYear, int endYear,
ObservationData parent)
{
_parentData = parent;
_id = id;
_unitType = unitType;
_col = dataType;
_startYear = startYear;
_endYear = endYear;
}
public Project(string prj)
: base(prj)
{
Debug.WriteLine("Information: Intialize ArcSWAT project using " + prj);
if (!IsValid) return;
_spatial = new Spatial(Folder + DEFAULT_WATERSHED_FOLDER);
if (!_spatial.IsValid) { _isValid = false; _error = _spatial.Error; return; }
_scenarios = Scenario.FromProjectFolder(Folder + DEFAULT_SCENARIOS_FOLDER,this);
if (_scenarios.Count == 0) { _isValid = false; _error = "No Scenarios found!"; return; }
_observation_daily = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_DAILY);
_observation_monthly = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_MONTHLY);
_observation_yearly = new ObservationData(Folder + DEFAULT_OBSERVATION_DATA_FILE_YEARLY);
}
protected override void read()
{
if (_table != null)
{
return;
}
if (_parentData == null)
{
return;
}
if (_parentData.Observation == null)
{
return;
}
//get table name
//each observed data for one corresponding table in the database
string tableName =
ObservationData.getTableName(_parentData.UnitType, _parentData.ID, _col);
//get filter based on given year
string filter = "";
if (_year > 0) //specific year
{
filter += string.Format("{0} >= '{1}-01-01' and {0} <= '{2}-12-31'", ObservationData.OBSERVATION_COLUMN_DATE, _year - 1, _year); //read two years of data to consider hydrological year
}
else //all years in between start and end year
{
if (_parentData.StartYear > 0)
{
filter += string.Format("{0} >= '{1}-01-01'", ObservationData.OBSERVATION_COLUMN_DATE, _parentData.StartYear);
}
if (_parentData.EndYear > 0)
{
if (filter.Length > 0)
{
filter += " and ";
}
filter += string.Format("{0} <= '{1}-01-01'", ObservationData.OBSERVATION_COLUMN_DATE, _parentData.EndYear);
}
}
if (filter.Length > 0)
{
filter = " where " + filter;
}
DataTable dt = _parentData.Observation.GetDataTable(
string.Format("select * from [{0}] {1}", tableName, filter));
if (dt.Columns.Count == 2)
{
//add a date time column and convert time from text to date
dt.Columns.Add(SWATUnitResult.COLUMN_NAME_DATE, typeof(DateTime));
DateTime d = DateTime.Now;
foreach (DataRow r in dt.Rows)
{
RowItem item = new RowItem(r);
if (DateTime.TryParse(item.getColumnValue_String(0), out d))
{
r[2] = d;
}
}
dt.Columns[1].ColumnName = _col;
_table = dt;
}
}
private void getPerformanceTableForType(int splitYear, bool withSplitYear, DataTable dt, SWATUnitType type, StatisticCompareType statisticType)
{
Dictionary <int, SWATUnit> units = null;
if (type == SWATUnitType.RCH)
{
units = _reaches;
}
else if (type == SWATUnitType.RES)
{
units = _reservoirs;
}
if (units == null)
{
return;
}
StringCollection ids = new StringCollection();
foreach (SWATUnit oneUnit in units.Values)
{
foreach (SWATUnitResult unitResult in oneUnit.Results.Values)
{
foreach (string col in unitResult.Columns)
{
SWATUnitColumnYearResult oneResult = unitResult.getResult(col, -1);
if (oneResult.CompareWithObserved == null)
{
continue;
}
//avoid repeat records, like TSS
string id = string.Format("{0}_{1}_{2}", unitResult.Unit.Type, unitResult.Unit.ID, col);
if (ids.Contains(id))
{
continue;
}
ids.Add(id);
//create a new row
DataRow r = dt.NewRow();
r[0] = unitResult.Unit.Type.ToString();
r[1] = unitResult.Unit.ID;
r[2] = ObservationData.getObservationColumnFromSWAT(col);
double total = oneResult.CompareWithObserved.Statistics.Statistic("", statisticType);
r[3] = Math.Round(total, 4);
if (withSplitYear)
{
double before = ScenarioResultStructure.EMPTY_VALUE;
double after = ScenarioResultStructure.EMPTY_VALUE;
oneResult.CompareWithObserved.Statistics.Statistic(splitYear, statisticType, out before, out after);
r[4] = Math.Round(before, 4);
r[5] = Math.Round(after, 4);
}
dt.Rows.Add(r);
}
}
}
}