public virtual List <List <SummaryGridColumn> > CreateGrid()
{
List <List <SummaryGridColumn> > workgrid = new List <List <SummaryGridColumn> >(_axis.AxisValues.Length);
for (int i = 0; i < _axis.AxisValues.Length + 1; i++)
{
//create a row and add it to the grid
List <SummaryGridColumn> row = new List <SummaryGridColumn>();
string axisheader = " bin ";
if (_axis.AxisType == AxisType.WD || _axis.AxisType == AxisType.WS)
{
axisheader = " bin " + _axis.Incrementor + " deg";
}
//column headings
if (i == 0)
{
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn(_axis.AxisType + axisheader)));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Derived Count")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Upper Count")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Lower Count")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Derived Freq")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Upper Freq")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Lower Freq")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Average of " + _upperwsht + "m WS Comp")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Average of " + _lowerwsht + "m WS Comp")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Average of " + _shearht + "m " + _sheartype)));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Alpha (" + _lowerwsht + "m to " + _upperwsht + "m)")));
row.Add(new SummaryGridColumn(new ExplicitValueGridColumn("Alpha " + _upperwsht + "m to " + _shearht + "m)")));
}
else
{
//filter data for this axis element
List <XbyYCoincidentRow> thisRowsValues = new List <XbyYCoincidentRow>();
//TODO Factor out this to a factory pattern. If its a wind speed axis then filter each avg column by itself
//to provide source numbers for averaging
//*****
//******
thisRowsValues = FilterRows(i - 1);
//fill ws lists
List <double> upperWS = new List <double>(_filtereddata.Count);
List <double> lowerWS = new List <double>(_filtereddata.Count);
List <double> shear = new List <double>(_filtereddata.Count);
if (_axis.AxisType == AxisType.WS)
{
IAxis wsaxis = (WindSpeedAxis)_axis;
double start = wsaxis.GetRange(i - 1, Range.start);
double end = wsaxis.GetRange(i - 1, Range.end);
//use upper ws for counts and frequencies
thisRowsValues = thisRowsValues.Where(c => c.UpperWS >= start & c.UpperWS < end).ToList();
if (thisRowsValues.Count > 0)
{
upperWS = thisRowsValues.Select(c => c.UpperWS).DefaultIfEmpty().ToList();
lowerWS = thisRowsValues.Where(c => c.LowerWS >= start & c.LowerWS < end).Select(c => c.LowerWS).DefaultIfEmpty().ToList();
shear = thisRowsValues.Where(c => c.Shear >= start & c.Shear < end).Select(c => c.Shear).DefaultIfEmpty().ToList();
}
}
else
{
upperWS = thisRowsValues.Where(c => c.UpperWS >= 0).Select(c => c.UpperWS).ToList();
lowerWS = thisRowsValues.Where(c => c.LowerWS >= 0).Select(c => c.LowerWS).ToList();
shear = thisRowsValues.Where(c => c.Shear >= 0).Select(c => c.Shear).ToList();
}
//left axis
row.Add(new SummaryGridColumn(new AxisValueGridColumn(_axis, i - 1)));
// count
row.Add(new SummaryGridColumn(new CountGridColumn(shear.ConvertAll(c => (object)c))));
// count
row.Add(new SummaryGridColumn(new CountGridColumn(upperWS.ConvertAll(c => (object)c))));
// count
row.Add(new SummaryGridColumn(new CountGridColumn(lowerWS.ConvertAll(c => (object)c))));
//prevent div by 0
upperWS.Add(0);
lowerWS.Add(0);
shear.Add(0);
//derived frequency
row.Add(new SummaryGridColumn(new FrequencyGridColumn(shear.Count, _filtereddata.Count)));
//upper frequency
row.Add(new SummaryGridColumn(new FrequencyGridColumn(upperWS.Count, _filtereddata.Count)));
//lower frequency
row.Add(new SummaryGridColumn(new FrequencyGridColumn(lowerWS.Count, _filtereddata.Count)));
//upper ws
row.Add(new SummaryGridColumn(new AverageGridColumn(upperWS)));
//lower ws
row.Add(new SummaryGridColumn(new AverageGridColumn(lowerWS)));
//sheared ws
row.Add(new SummaryGridColumn(new AverageGridColumn(shear)));
//lower alpha
row.Add(new SummaryGridColumn(new AlphaGridColumn(upperWS.Average(), lowerWS.Average(),
_upperwsht, _lowerwsht)));
//"upper alpha
row.Add(new SummaryGridColumn(new AlphaGridColumn(shear.Average(), upperWS.Average(),
_shearht, _upperwsht)));
upperWS.Clear();
lowerWS.Clear();
shear.Clear();
}
workgrid.Add(row);
}
return(workgrid);
}
public Expression <Func <DataRow, bool> > CreateWhereClause(IAxis axis, object Element, int Column)
{
AxisType type = axis.AxisType;
//Console.WriteLine(type);
switch (type)
{
case AxisType.WD:
{
int thisElement = (int)Element;
double xRangeStart = axis.GetRange(thisElement, Range.start);
double xRangeEnd = axis.GetRange(thisElement, Range.end);
// Console.WriteLine(thisElement + " start " + xRangeStart + " end " + xRangeEnd);
// wd directing bins return the target ws values only if not missing
if (thisElement == 0)
{
Expression <Func <DataRow, bool> > result = c => (c.Field <double>(Column) >= xRangeStart && c.Field <double>(Column) <= 360)
| (c.Field <double>(Column) >= 0 && c.Field <double>(Column) < xRangeEnd);
return(result);
}
else
{
Expression <Func <DataRow, bool> > result = c => (c.Field <double>(Column) >= xRangeStart && c.Field <double>(Column) < xRangeEnd);
return(result);
}
}
case AxisType.WS:
{
int thisElement = (int)Element;
double xRangeStart = axis.GetRange(thisElement, Range.start);
double xRangeEnd = axis.GetRange(thisElement, Range.end);
// Console.WriteLine(thisElement + " start " + xRangeStart + " end " + xRangeEnd);
Expression <Func <DataRow, bool> > result = c => (c.Field <double>(Column) >= xRangeStart && c.Field <double>(Column) < xRangeEnd);
return(result);
}
case AxisType.Month:
{
double xVal = axis.GetAxisValue(Element);
Expression <Func <DataRow, bool> > result = c => c.Field <DateTime>(Column).Month == xVal;
return(result);
}
case AxisType.Hour:
{
double xVal = axis.GetAxisValue(Element);
Expression <Func <DataRow, bool> > result = c => c.Field <DateTime>(Column).Hour == xVal;
return(result);
}
default:
{
return(null);
}
}
}
