public DxScatterplotSettings(DxChartSettings settings)
{
digits_corr = 2;
digits_pvalue = 3;
panevar = "none";
SetOutputtype(DxOutputtype.Scatterplot);
}
public DxBarchart(DxChartSettings settings, DataTable mydt) //, string xvar, string yvar, string titleinput, string colorsby)
{
_settings = settings;
//Color col = _settings.color(0);
CreateBarchart(mydt);
}
public DxBarchart(DxChartSettings settings, DescStats mystats) //, string xvar, string yvar, string titleinput, string colorsby)
{
_settings = settings;
//Color col = _settings.color(0);
CreateBarchart(mystats);
}
//Actogram
public DxChartBatch(DxActogramSettings mysettings, DataTable dt, string title)
{
Initialize();
_batchsettings = (DxChartSettings)mysettings;
outputtype = DxOutputtype.Actogram;
layout = mysettings.chartlayout;
_vars = mysettings.numvars;
DxChart chart = new DxActogram(mysettings, dt);
chart.AddTitles(title);
charts.Add(chart);
//if ( mysettings.panelvar != "variable")
//{
// foreach (string v in _vars)
// {
// mysettings.yaxisvar = v;
// mysettings.seriesby = "id";
// DxChart chart = new DxActogram(mysettings, dt); //: new DxLineplot(mysettings, dt);
// chart.AddTitles(String.Format("{0} {1}", v, title));
// charts.Add(chart);
// }
//}
}
public DxChartOrder(DxChartSettings settings, List <string> myvars)
{
_list_settings = new List <DxChartSettings>()
{
settings
};
vars = myvars;
Initialize();
}
public void AddSettings(DxChartSettings mysettings)
{
_list_settings.Add(mysettings);
if (mysettings.setup_errors != null)
{
this.errors.AddRange(mysettings.setup_errors);
}
}
public DxHistogramSettings(DxChartSettings settings)
{
W = settings.W;
H = settings.H;
//numvars = settings.numvars;
//agevars = settings.agevars;
//if (settings.agevars.Count > 0) numvars.AddRange(settings.agevars);
colors = settings.colors;
SetOutputtype(DxOutputtype.Histogram);
}
//Histogram
public DxChartBatch(DxHistogramSettings mysettings, DataTable dt)
{
Initialize();
_batchsettings = (DxChartSettings)mysettings;
outputtype = DxOutputtype.Histogram;
layout = mysettings.chartlayout;
_vars = mysettings.numvars;
if (mysettings.agevars != null)
{
_vars.AddRange(mysettings.agevars);
}
mysettings.numvars.Remove("id");
if (mysettings.panelvar == "none")
{
foreach (string v in _vars)
{
mysettings.xaxisvar = v;
DxChart chart = new DxHistogram(mysettings, dt, v, 0);
charts.Add(chart);
}
}
else //Yes panels
{
List <string> varnames = new List <string>();
varnames.AddRange(_vars);
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
});
foreach (DataSubset subset in subsets.subsets)
{
foreach (string v in mysettings.numvars)
{
_batchsettings.xaxisvar = v;
DxChart chart = new DxHistogram(mysettings, subset.dt, v, 0);
chart.AddTitles(subset.Cols_and_Vals_ToString());
charts.Add(chart);
}
}
}
}
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;
}
}
}
//Lineplot
public DxChartBatch(DxLineplotSettings mysettings, DataTable dt, string title)
{
Initialize();
_batchsettings = (DxChartSettings)mysettings;
outputtype = DxOutputtype.Lineplot;
layout = mysettings.chartlayout;
_vars = mysettings.numvars;
if (mysettings.agevars != null)
{
_vars.AddRange(mysettings.agevars);
}
if (mysettings.xaxisvar == "variable") //This is just one plot
{
DxChart chart = new DxLineplot(mysettings, dt);
chart.AddTitles(title);
charts.Add(chart);
}
else
{
//Check to see if "variable" is used in color, if not then loop through all the numvars and create a plot for each
if (mysettings.colorvar != "variable" & mysettings.panelvar != "variable")
{
foreach (string v in _vars)
{
if (mysettings.xaxisvar != v) //If y is not the same as x, then continue
{
mysettings.yaxisvar = v;
mysettings.seriesby = "id";
DxChart chart = new DxLineplot(mysettings, dt);
chart.AddTitles(String.Format("{0} {1}", v, title));
charts.Add(chart);
}
}
}
// if variable is used as a color
else
{
DxChart chart = new DxLineplot(mysettings, dt);
chart.AddTitles(title);
charts.Add(chart);
}
}
}
//Barchart
//need to get stats first!
public DxChartBatch(DxBarchartSettings mysettings, DataTable dt)
{
Initialize();
_batchsettings = (DxChartSettings)mysettings;
outputtype = DxOutputtype.Barchart;
layout = mysettings.chartlayout;
_vars = mysettings.numvars;
if (mysettings.agevars != null)
{
_vars.AddRange(mysettings.agevars);
}
mysettings.numvars.Remove("id");
if (mysettings.panelvar == "none")
{
DxBarchart chart = new DxBarchart(mysettings, dt);
charts.Add(chart);
_datatables.Add(chart.statstable.dt);
}
else
{
List <string> grpvarnames = new List <string>();
grpvarnames.Add(mysettings.xaxisvar);
grpvarnames.Add(mysettings.colorvar);
grpvarnames.Add(mysettings.panelvar);
grpvarnames.RemoveAll(item => item == "variable");
grpvarnames.RemoveAll(item => item == "none");
DescStats stats = new DescStats(dt, _vars, grpvarnames);
DxBarchart chart = new DxBarchart(mysettings, stats);
//chart.AddTitles(subset.Cols_and_Vals_ToString());
charts.Add(chart);
//fix?
//_datatables.Add(chart.statstable.dt);
}
}
public DxChartBatch(DxOutputtype mycharttype, DxChartSettings mysettings)
{
Initialize();
outputtype = mycharttype; //turned on Apr8 2019
_batchsettings = mysettings;
}
//Scatterplot
public DxChartBatch(DxScatterplotSettings mysettings, DataTable dt)
{
Initialize();
_batchsettings = (DxChartSettings)mysettings;
outputtype = DxOutputtype.Scatterplot;
layout = mysettings.chartlayout;
_vars = mysettings.analysisvars();
//Define the sets of scatterplots to create.
//// **** NO REPEATED MEASURES ****
////Square matrix
//if (mysettings.repeatedmeasVarname == "none" & mysettings.analysisvarsX() == mysettings.analysisvarsY())
//{
// XYpairs pairs = new XYpairs(mysettings.analysisvarsX()); //, mysettings.colors[0]);
// foreach (XYpair pair in pairs.pairs)
// {
// DxChart chart = new DxScatterplot(mysettings, dt, pair);
// if(chart.n > 1) charts.Add(chart);
// }
//}
////Rectangle matrix
//else if (mysettings.repeatedmeasVarname == "none" & mysettings.analysisvarsX() != mysettings.analysisvarsY())
//{
// XYpairs pairs = new XYpairs(mysettings.analysisvarsX(), mysettings.analysisvarsY()); //, mysettings.colors[0]);
// if(mysettings.chartlayout == DxLayout.Horizontal)
// {
// mysettings.chartlayout = DxLayout.Vertical;
// mysettings.maxRow = mysettings.analysisvarsY().Count;
// }
// else if (mysettings.chartlayout == DxLayout.Vertical)
// {
// mysettings.chartlayout = DxLayout.Horizontal;
// mysettings.maxCol = mysettings.analysisvarsX().Count;
// }
// foreach (XYpair pair in pairs.pairs)
// {
// DxChart chart = new DxScatterplot(mysettings, dt, pair);
// if (chart.n > 1) charts.Add(chart);
// }
//}
//// **** YES REPEATED MEASURES ****
//else
if (true)
{
//List<string> repeatedmeas_levels = mysettings.rptmeasLevels(dt); //.AsEnumerable().Select(f => f.Field<string>(mysettings.repeatedmeasVarname)).Distinct().ToList();
//List<string> analysisvars = mysettings.analysisvars();
List <string> idvars = new List <string> {
"id"
};
if (mysettings.colorvar != "none")
{
idvars.Add(mysettings.colorvar);
}
if (mysettings.panelvar != "none")
{
idvars.Add(mysettings.panelvar);
}
idvars.Remove(mysettings.repeatedmeasVarname);
List <string> keepvars = new List <string>();
if (mysettings.repeatedmeasVarname != "none")
{
keepvars.Add(mysettings.repeatedmeasVarname);
}
keepvars.AddRange(mysettings.analysisvars());
keepvars.AddRange(idvars);
DataTable dtwide;
if (mysettings.repeatedmeasVarname != "none")
{
// Widen the data using the repeated measure value
DataSubsets subsets = new DataSubsets(dt, keepvars, new List <string> {
mysettings.repeatedmeasVarname
});
dtwide = subsets.FullOuterJoinDataTables(idvars);
}
else
{
dtwide = dt.Copy();
}
List <string> colnames = dtwide.ColumnNames();
XYpairs pairs = new XYpairs(mysettings.analysisvars(), mysettings.rptmeasLevels(dt), mysettings.current_xypairtype);
//pairs.RemoveInverse();
foreach (XYpair pair in pairs.pairs)
{
DxChart chart = new DxScatterplot(mysettings, dtwide, pair);
if (chart.n > 1)
{
charts.Add(chart);
}
//new RowColIndex( )
//chart.rowcolIndex(new
}
}
}
public DxActogramSettings(DxChartSettings settings)
{
SetOutputtype(DxOutputtype.Actogram);
}
public DxActogramSettings(DxChartSettings settings, DxOutputtype myoutputtype)
{
SetOutputtype(myoutputtype);
}
public DxLineplotSettings(DxChartSettings settings)
{
SetOutputtype(DxOutputtype.Lineplot);
}
public DxLineplotSettings(DxChartSettings settings, DxOutputtype myoutputtype)
{
SetOutputtype(myoutputtype);
}
