public static Table HorizontalTable(DxChartBatch batch, string obj)
{
Table t = new Table();
int numrow = (int)(batch.charts.Count / batch.maxCol) + 1;
int counter = 0;
for (int i = 0; i < numrow; i++)
{
TableRow r = new TableRow();
for (int j = 0; j < batch.maxCol; j++)
{
TableCell c = new TableCell();
bool addcell = true;
if (counter < batch.charts.Count)
{
int newW = Convert.ToInt32(batch.charts[counter].W);
int newH = Convert.ToInt32(batch.charts[counter].H);
DxChart thisdxchart = batch.charts[counter];
if (thisdxchart.chart == null | thisdxchart.chart.Series.Count == 0)
{
addcell = !batch.batchsettings.hideEmptyCharts;
//if we want to hideEmptyCharts (=T, that is Not Show It) then we don't want to add the cell.
//if we don't want to hideEmptyCharts (=F, that is Show It) then we do want to add the cell.
string thisdxchart_info = String.Format("# series={0} # vars={1} emptymsg={2} "
, thisdxchart.chart.Series.Count, batch.batchsettings.numvars.Count, thisdxchart.emptymsg);
PlaceTextInCell(c, thisdxchart_info);
}
else
{
if (obj == "chart")
{
PlaceChartInCell(batch.charts[counter], c, newW, newH);
}
else if (obj == "datatable")
{
PlaceTableInCell(batch.datatables[counter], c);
}
counter++;
}
}
if (addcell)
{
r.Cells.Add(c);
}
}
t.Rows.Add(r);
}
return(t);
}
public static Table VerticalTable(DxChartBatch batch)
{
Table t = new Table();
double dbl_numcol = batch.charts.Count / (batch.maxRow * 1.0);
if (dbl_numcol > 0)
{
int numcol = Convert.ToInt32(Math.Ceiling(dbl_numcol));
int counter = 0;
for (int i = 0; i < batch.maxRow; i++)
{
TableRow r = new TableRow();
for (int j = 0; j < numcol; j++)
{
TableCell c = new TableCell();
bool addcell = true;
int idx = i + (j * batch.maxRow);
if (idx < batch.charts.Count)
{
int newW = Convert.ToInt32(batch.charts[idx].W);
int newH = Convert.ToInt32(batch.charts[idx].H);
if (batch.charts[idx].chart == null | batch.charts[idx].chart.Series.Count == 0)
{
//do nothing, the missing chart and emptymsg is not displayed
addcell = false;
}
else
{
PlaceChartInCell(batch.charts[idx], c, newW, newH);
}
counter++;
}
if (addcell)
{
r.Cells.Add(c);
}
}
t.Rows.Add(r);
}
return(t);
}
else
{
return(null);
}
}
public void PrepareBatch(DxChartBatch batch, DxChartSettings settings)
{
if (batch.charts.Count > 0)
{
batch.maxCol = settings.maxCol;
batch.maxRow = settings.maxRow;
batch.layout = settings.chartlayout;
foreach (DxChart chart in batch.charts)
{
chart.W = settings.W;
chart.H = settings.H;
}
}
}
public static Table UpperTable(DxChartBatch batch)
{
Table t = new Table();
int counter = 0;
int ncols = NCols(batch.charts.Count);
//TableRow headerrow = CreateHeaderRow(title, ncols);
//t.Rows.Add(headerrow);
t.Rows.Add(CreateHeaderRow(batch.vars, ncols));
for (int rows = 0; rows < ncols; rows++)
{
TableRow r = new TableRow();
//add the first column
TableCell c0 = new TableCell();
PlaceTextInCell(c0, batch.vars[rows], true, 12, Color.Gray);
r.Cells.Add(c0);
for (int cols = 0; cols < ncols; cols++)
{
TableCell c = new TableCell();
if (cols == rows)
{
//if(hasAlternateDiag)
//{
// PlaceChartInCell(charts[chartnum], c, W, H, pct);
// chartnum++;
//}
}
else if (cols > rows)
{
PlaceChartInCell(batch.charts[counter], c, batch.charts[counter].W, batch.charts[counter].H, 1.0);
counter++;
}
r.Cells.Add(c);
}
t.Rows.Add(r);
}
return(t);
}
public static Table LayoutBatch(DxChartBatch batch, string obj)
{
if (obj == "datatable")
{
Table t = new Table();
if (batch.layout == DxLayout.Horizontal)
{
t = HorizontalTable(batch, obj);
}
//else if (batch.chartlayout == DxChartLayout.Vertical) t = VerticalTable(batch);
//else if (batch.chartlayout == DxChartLayout.Upper) return UpperTable(batch);
//else if (batch.chartlayout == DxChartLayout.UpperDiag) return UpperDiagTable(batch);
return(t);
}
else
{
return(null);
}
}
//public ChartOutput()
//{
// //
// // TODO: Add constructor logic here
// //
//}
public static Table LayoutBatch(DxChartBatch batch)
{
Table t = new Table();
if (batch.layout == DxLayout.Horizontal)
{
t = HorizontalTable(batch);
}
else if (batch.layout == DxLayout.Vertical)
{
t = VerticalTable(batch);
}
else if (batch.layout == DxLayout.Upper)
{
return(UpperTable(batch));
}
else if (batch.layout == DxLayout.UpperDiag)
{
return(UpperDiagTable(batch));
}
return(t);
}
public static Table HorizontalTable(DxChartBatch batch)
{
return(HorizontalTable(batch, "chart"));
}
public void ProcessOrder(DxChartOrder order)
{
if (order.isOrderFilled) //Already have batches
{
order.batches.Clear();
}
//Skip the_dpdata stuff if _dt is already populated
if (_dt == null)
{
bool hassameworksheet = order.HasSameWorksheet(_dpdata);
if (!hassameworksheet)
{
//Need new DPData
_dataproject.selectedsheet = order.worksheet;
_dpdata = new DPData(_dataproject, order.filter);
}
bool hassamefilter = order.HasSameFilter(_dpdata);
if (!hassamefilter)
{
_dpdata.filter = order.filter;
}
_dt = _dpdata.dt;
}
//Each order will result in a list of batches
//List<DxBatchOcharts> batchlist = new List<DxBatchOcharts>();
List <DxChartBatch> batchlist = new List <DxChartBatch>();
if (order.list_settings != null)
{
foreach (DxChartSettings settings in order.list_settings)
{
#region Histogram
if (settings.outputtype == DxOutputtype.Histogram)
{
DxHistogramSettings mysettings = (DxHistogramSettings)settings;
DxChartBatch batch = new DxChartBatch(mysettings, dt);
PrepareBatch(batch, settings);
batchlist.Add(batch);
}
#endregion
#region Barchart
else if (settings.outputtype == DxOutputtype.Barchart)
{
DxBarchartSettings mysettings = (DxBarchartSettings)settings;
DxChartBatch batch = new DxChartBatch(mysettings, dt);
PrepareBatch(batch, settings);
batchlist.Add(batch);
}
#endregion
#region Scatterplot
else if (settings.outputtype == DxOutputtype.Scatterplot)
{
DxScatterplotSettings mysettings = (DxScatterplotSettings)settings;
if (mysettings.repeatedmeasVarname == "none")
{
//DxChartBatch batch = new DxChartBatch(mysettings, dt);
//PrepareBatch(batch, settings);
//batchlist.Add(batch);
foreach (XYpairType mode in mysettings.xypairtypes)
{
if (mode == XYpairType.AllVars_IgnoreLevelsOfRptMeas)
{
mysettings.current_xypairtype = mode;
//mysettings.maxCol = ncol1;
//mysettings.maxRow = tmpvars.Count;
mysettings.chartlayout = DxLayout.Horizontal;
mysettings.repeatedmeasVarname = "none";
DxChartBatch batch1 = new DxChartBatch(mysettings, dt);
PrepareBatch(batch1, (DxChartSettings)mysettings);
batch1.batchtitle = String.Format("All variables (IGNORE Time/RptMeas)");
batch1.maxCol = batch1.charts.Count;
batchlist.Add(batch1);
}
}
}
else if (mysettings.repeatedmeasVarname != "none")
{
List <string> repeatedmeas_levels = dt.AsEnumerable().Select(f => f.Field <string>(mysettings.repeatedmeasVarname)).Distinct().ToList();
List <string> analysisvars = new List <string>();
analysisvars.AddRange(mysettings.numvars);
if (mysettings.agevars != null)
{
analysisvars.AddRange(mysettings.agevars);
}
int n_rptmeas = repeatedmeas_levels.Count;
int n_analysisvars = analysisvars.Count;
int ncol1 = utilStats.TriangleNumber(n_rptmeas);
List <string> tmpvars = mysettings.analysisvars();
List <string> tmpvarsX = mysettings.analysisvarsX();
List <string> tmpvarsY = mysettings.analysisvarsY();
#region Process By Mode
foreach (XYpairType mode in mysettings.xypairtypes)
{
if (mode == XYpairType.AllVars_IgnoreLevelsOfRptMeas)
{
mysettings.current_xypairtype = mode;
//mysettings.maxCol = ncol1;
//mysettings.maxRow = tmpvars.Count;
mysettings.chartlayout = DxLayout.Horizontal;
mysettings.repeatedmeasVarname = "none";
DxChartBatch batch1 = new DxChartBatch(mysettings, dt);
PrepareBatch(batch1, (DxChartSettings)mysettings);
batch1.batchtitle = String.Format("All variables (IGNORE Time/RptMeas)");
batch1.maxCol = batch1.charts.Count;
batchlist.Add(batch1);
}
if (mode == XYpairType.SameVar_AcrossLevelsOfRptMeas)
{
mysettings.current_xypairtype = mode;
mysettings.maxCol = ncol1;
//mysettings.maxRow = tmpvars.Count;
mysettings.chartlayout = DxLayout.Horizontal;
//Loop over vars, make a batch for each one
foreach (string v in tmpvars)
{
mysettings.manualXandYvars = true;
mysettings.xvars = new List <string> {
v
};
mysettings.yvars = new List <string> {
v
};
DxChartBatch batch1 = new DxChartBatch(mysettings, dt);
PrepareBatch(batch1, (DxChartSettings)mysettings);
batch1.batchtitle = String.Format("{0} ACROSS levels of {1}", v, mysettings.repeatedmeasVarname);
batch1.maxCol = batch1.charts.Count;
batchlist.Add(batch1);
}
}
if (mode == XYpairType.DiffVar_WithinLevelsOfRptMeas)
{
//#2 - treat it as square
mysettings.current_xypairtype = mode;
//mysettings.numvars = tmpvars;
mysettings.xvars = null;
mysettings.yvars = null;
mysettings.chartlayout = DxLayout.Upper;
mysettings.maxRow = tmpvars.Count;
List <string> rptmeasLevels = dt.AsEnumerable().Select(f => f.Field <string>(mysettings.repeatedmeasVarname)).Distinct().ToList();
List <string> tmpvars_with_id = new List <string>();
tmpvars_with_id.AddRange(tmpvars);
tmpvars_with_id.Add("id");
DataSubsets dt_rptmeas = new DataSubsets(dt, tmpvars_with_id, mysettings.repeatedmeasVarname);
//Loop across levels of the RptMeas
foreach (DataSubset subset in dt_rptmeas.subsets)
{
DxChartBatch batch2 = new DxChartBatch(mysettings, subset.dt);
PrepareBatch(batch2, (DxChartSettings)mysettings);
batch2.batchtitle = String.Format("Variables WITHIN {0}: {1}", mysettings.repeatedmeasVarname, subset.Vals_ToString());
batch2.maxCol = batch2.charts.Count;
batchlist.Add(batch2);
}
}
if (mode == XYpairType.DiffVar_AcrossLevelsOfRptMeas)
{
//#2 - back to original
mysettings.current_xypairtype = mode;
//mysettings.numvars = tmpvars;
mysettings.xvars = tmpvarsX;
mysettings.yvars = tmpvarsY;
mysettings.manualXandYvars = true;
mysettings.chartlayout = DxLayout.Horizontal;
List <string> rptmeasLevels = dt.AsEnumerable().Select(f => f.Field <string>(mysettings.repeatedmeasVarname))
.Distinct().ToList();
//HERE!!!!
for (int i = 0; i < (rptmeasLevels.Count - 1); i++)
{
for (int j = i + 1; j < rptmeasLevels.Count; j++)
{
DataView dv = new DataView(dt); // dt.AsDataView();
dv.RowFilter = String.Format("{0} IN ('{1}','{2}')", mysettings.repeatedmeasVarname, rptmeasLevels[i], rptmeasLevels[j]);
DataTable dt_sub = dv.ToTable();
if (dt_sub.Rows.Count > 1)
{
DxChartBatch batch3 = new DxChartBatch(mysettings, dt_sub);
PrepareBatch(batch3, (DxChartSettings)mysettings);
batch3.batchtitle = String.Format("Variables ACROSS {0}:{1} & {2}", mysettings.repeatedmeasVarname, rptmeasLevels[i], rptmeasLevels[j]);
batch3.maxCol = batch3.charts.Count;
batchlist.Add(batch3);
}
}
}
}
}
}
#endregion
}
#endregion
#region Actogram
else if (settings.outputtype == DxOutputtype.Actogram)
{
DxActogramSettings mysettings = (DxActogramSettings)settings;
mysettings.outputtype = DxOutputtype.Actogram;
List <string> varnames = new List <string>()
{
"id"
};
varnames.AddRange(mysettings.numvars);
varnames.Add(mysettings.xaxisvar);
varnames.Add(mysettings.colorvar);
varnames.RemoveAll(item => item == "variable");
varnames.RemoveAll(item => item == "none");
DataSubsets subsets = new DataSubsets(dt, varnames, new List <string> {
mysettings.panelvar
});
DxChartBatch batch2 = new DxChartBatch(DxOutputtype.Actogram, mysettings);
foreach (DataSubset subset in subsets.subsets)
{
mysettings.date_txt = subset.dt.AsEnumerable().Min(f => f.Field <string>("report_date"));
DxChartBatch subbatch = new DxChartBatch(mysettings, subset.dt, subset.Cols_and_Vals_ToString());
foreach (DxChart sub in subbatch.charts)
{
batch2.charts.Add(sub);
}
}
PrepareBatch(batch2, mysettings);
batchlist.Add(batch2);
}
#endregion
#region Lineplot
else if (settings.outputtype == DxOutputtype.Lineplot)
{
DxLineplotSettings mysettings = (DxLineplotSettings)settings;
//NO Panels
if (mysettings.panelvar == "none" | mysettings.panelvar == "variable")
{
DxChartBatch batch1 = new DxChartBatch(mysettings, dt, " ");
PrepareBatch(batch1, settings);
batchlist.Add(batch1);
}
else
{
List <string> varnames = new List <string>()
{
"id"
};
varnames.AddRange(mysettings.numvars);
varnames.Add(mysettings.xaxisvar);
varnames.Add(mysettings.colorvar);
varnames.RemoveAll(item => item == "variable");
varnames.RemoveAll(item => item == "none");
DataSubsets subsets = new DataSubsets(dt, varnames, new List <string> {
mysettings.panelvar
});
DxChartBatch batch2 = new DxChartBatch(DxOutputtype.Lineplot, mysettings);
batch2.vars = mysettings.numvars;
foreach (DataSubset subset in subsets.subsets)
{
DxChartBatch subbatch = new DxChartBatch(mysettings, subset.dt, subset.Cols_and_Vals_ToString());
foreach (DxChart sub in subbatch.charts)
{
batch2.charts.Add(sub);
}
}
PrepareBatch(batch2, mysettings);
batchlist.Add(batch2);
}
}
#endregion
}
}
order.batches.AddRange(batchlist);
//The invoice serves as a table of contents for what was actually created
order.PrepareInvoice();
}