private void AssignColIndex(IAxis axis, SessionColumnCollection collection)
{
AxisType type = axis.AxisType;
switch (type)
{
case AxisType.Month:
{
axis.SessionColIndex = collection.DateIndex;
break;
}
case AxisType.Hour:
{
axis.SessionColIndex = collection.DateIndex;
break;
}
case AxisType.WD:
{
axis.SessionColIndex = collection.WDComp(collection.DataSetStart);
break;
}
case AxisType.WS:
{
axis.SessionColIndex = collection.UpperWSComp(collection.DataSetStart);
break;
}
default:
axis.SessionColIndex = 0;
break;
}
}
private Dictionary <int, Dictionary <double, List <double> > > GetMergeWSParam()
{
Dictionary <int, SessionColumn> colOrder = new Dictionary <int, SessionColumn>();
//assemble parameters for merge ws conditionally
if (_shearFrom.Values.Contains(null))
{
SessionColumn DrvUpperws = (SessionColumn)_collection[_collection.UpperWSComp(_dateStart)];
SessionColumn DrvLowerws = (SessionColumn)_collection[_collection.LowerWSComp(_dateStart)];
colOrder.Add(1, DrvUpperws);
colOrder.Add(2, DrvLowerws);
_shearFrom = colOrder;
}
else
{
colOrder = _shearFrom;
}
Dictionary <int, Dictionary <double, List <double> > > param = new Dictionary <int, Dictionary <double, List <double> > >();
foreach (KeyValuePair <int, SessionColumn> kv in _shearFrom)
{
param.Add(kv.Key, new Dictionary <double, List <double> >()
{
{ kv.Value.Height, WindART.Utils.ExtractDataTableColumn <double>(kv.Value.ColIndex, _collection.Data) }
});
}
return(param);
}
public List <List <SummaryGridColumn> > CreateGrid()
{//get datarange of dataset
_data.Sort = _collection[_collection.DateIndex].ColName;
DateTime startdate = (DateTime)_data[0][_collection.DateIndex];
DateTime enddate = (DateTime)_data[_data.Count - 1][_collection.DateIndex];
//create monthyear axis
_axis = new MonthYearAxis(startdate, enddate);
Console.WriteLine("axis values " + _axis.AxisValues.Length);
List <List <SummaryGridColumn> > workgrid = new List <List <SummaryGridColumn> >();
int upperwscompindex = _collection.UpperWSComp(startdate);
int lowerwscompindex = _collection.LowerWSComp(startdate);
int wdcompindex = _collection.WDComp(startdate);
double uppercompht = _collection[upperwscompindex].getConfigAtDate(startdate).Height;
double lowercompht = _collection[lowerwscompindex].getConfigAtDate(startdate).Height;
List <ISessionColumn> upperwscols = _collection.UpperWSAvgCols(startdate);
List <ISessionColumn> secondwscols = _collection.SecondWSAvgCols(startdate);
SortedDictionary <double, ISessionColumn> wdcols = _collection.GetColumnsByType(SessionColumnType.WDAvg, startdate);
List <double> upperwscomp = new List <double>();
List <double> lowerwscomp = new List <double>();
List <double> wdcomp = new List <double>();
Console.WriteLine("ws column count " + upperwscols.Count);
Console.WriteLine("ws column count " + secondwscols.Count);
Console.WriteLine(" wd column count " + wdcols.Count);
List <List <double> > upperwsColumnValues = new List <List <double> >(upperwscols.Count);
List <List <double> > secondwsColumnValues = new List <List <double> >(secondwscols.Count);
List <List <double> > wdColumnValues = new List <List <double> >(wdcols.Count);
for (int i = 0; i < upperwscols.Count; i++)
{
upperwsColumnValues.Add(new List <double>());
}
for (int i = 0; i < secondwscols.Count; i++)
{
secondwsColumnValues.Add(new List <double>());
}
for (int j = 0; j < wdcols.Count; j++)
{
wdColumnValues.Add(new List <double>());
}
for (int i = 0; i < _axis.AxisValues.Length + 1; i++)
{
//build grid one row at a time
//for each month add a new row
List <SummaryGridColumn> row = new List <SummaryGridColumn>();
//if on first row
if (i == 0)
{
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(null)));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Possible Data Count")));
//fill ws value lists
foreach (ISessionColumn col in upperwscols)
{
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(col.ColName)));
}
foreach (ISessionColumn col in secondwscols)
{
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(col.ColName)));
}
//fill wd value lists
foreach (KeyValuePair <double, ISessionColumn> kv in wdcols)
{
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(kv.Value.ColName)));
}
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("WD Comp % of recovery")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(uppercompht + "m WS Comp % of recovery")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(uppercompht + "m WS Comp")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(lowercompht + "m WS Comp % of recovery")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(lowercompht + "m WS Comp")));
}
else
{
//populate data
int thismonth = startdate.AddMonths(i - 1).Month;
int thisyear = startdate.AddMonths(i - 1).Year;
Console.WriteLine(" date 1 " + thismonth + @"/" + "01" + @"/" + thisyear + " enddate " + enddate);
if (DateTime.Parse(thismonth + @"/" + "01" + @"/" + thisyear) <= enddate)
{
Console.WriteLine(" this month " + thismonth + " this year " + thisyear);
DataView thisRowsData = FilterRows(thismonth, thisyear);
Console.WriteLine("successfully returned from filter. this row data " + thisRowsData.Count);
double thisval;
foreach (DataRowView drv in thisRowsData)
{
//Console.WriteLine("upper ws " + drv[upperwscompindex]);
if (!double.TryParse(drv[upperwscompindex].ToString(), out thisval))
{
thisval = -9999;
}
upperwscomp.Add(thisval);
//Console.WriteLine("lower ws " + drv[lowerwscompindex]);
if (!double.TryParse(drv[lowerwscompindex].ToString(), out thisval))
{
thisval = -9999;
}
lowerwscomp.Add(thisval);
//Console.WriteLine("wd comp " + drv[wdcompindex]);
if (!double.TryParse(drv[wdcompindex].ToString(), out thisval))
{
thisval = -9999;
}
wdcomp.Add(thisval);
//fill ws value lists
foreach (ISessionColumn col in upperwscols)
{
int thisindex = upperwscols.IndexOf(col);
double parseResult;
if (!double.TryParse(drv[col.ColIndex].ToString(), out parseResult))
{
parseResult = -9999.00;
}
upperwsColumnValues[thisindex].Add(parseResult);
}
foreach (ISessionColumn col in secondwscols)
{
int thisindex = secondwscols.IndexOf(col);
double parseResult;
if (!double.TryParse(drv[col.ColIndex].ToString(), out parseResult))
{
parseResult = -9999.00;
}
secondwsColumnValues[thisindex].Add(parseResult);
}
//fill wd value lists
foreach (KeyValuePair <double, ISessionColumn> kv in wdcols)
{
int thisIndex = wdcols.Keys.ToList().IndexOf(kv.Key);
double parseResult;
if (!double.TryParse(drv[kv.Value.ColIndex].ToString(), out parseResult))
{
parseResult = -9999.00;
}
wdColumnValues[thisIndex].Add(parseResult);
}
}
Console.WriteLine(" filled lists for " + i);
//fill each column of the current row
//must be in exact order as headings above
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(_axis.ReturnAxisValueHeader(i - 1))));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(thisRowsData.Count)));
foreach (List <double> ws in upperwsColumnValues)
{
if (ws.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(ws)));
ws.Clear();
}
}
foreach (List <double> ws in secondwsColumnValues)
{
if (ws.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(ws)));
ws.Clear();
}
}
foreach (List <double> wd in wdColumnValues)
{
if (wd.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(wd)));
wd.Clear();
}
}
if (wdcomp.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(wdcomp)));
}
if (upperwscomp.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(upperwscomp)));
row.Add(new SummaryGridColumn(new AverageGridColumn(upperwscomp)));
}
if (lowerwscomp.DefaultIfEmpty().Count() > 0)
{
row.Add(new SummaryGridColumn(new DataRecoveryRateGridColumn(lowerwscomp)));
row.Add(new SummaryGridColumn(new AverageGridColumn(lowerwscomp)));
}
wdcomp.Clear();
upperwscomp.Clear();
lowerwscomp.Clear();
}
}
Console.WriteLine("adding row " + i);
workgrid.Add(row);
}
return(workgrid);
}