public void FrequencyChartDiscete()
{
var f0 = new FieldRange("Data selection", null, _range, false);
var f1 = new FieldRadioBT("Order by", new string[] { "Name", "Freq Asc", "Freq Desc" }, null, 0, true);
new InputBox(_excelapp, "Create frequency chart", f0, f1).Show(delegate {
var rgsel = f0.Value;
var orderByFrequencyAsc = f1.Value == 1;
var orderByFrequencyDesc = f1.Value == 2;
var freq = Frequency.ComputeDisceteFrequencies(rgsel);
if (orderByFrequencyAsc)
freq.SortByFrequenceAsc();
else if (orderByFrequencyDesc)
freq.SortByFrequenceDesc();
var ch = AddColumnClusteredChart(freq.Values, freq.Frequencies, null, "Value", "Frequency");
});
}
public void FrequencyChartContinuous()
{
var f0 = new FieldRange("Data selection", "Data", _range, false);
var f1 = new FieldNumber("Nb of classes", "Number of classes", 10, true);
var f2 = new FieldNumber("Class precision", "Number of digits after the decimal point", 0, 0, 15, true);
new InputBox(_excelapp, "Create frequency chart", f0, f1, f2).Show(delegate {
var rgsel = f0.Value;
var nbClasses = (int)(f1.Value ?? 0);
var precision = (int)(f2.Value ?? 0);
var classes = Frequency.ComputeContinuousFrequencies(rgsel, nbClasses, precision);
var title = "min=" + classes.Min.ToString()
+ " max=" + classes.Max.ToString()
+ " µ=" + Math.Round(classes.Average, 8).ToString()
+ " σ=" + Math.Round(classes.StandardDeviation, 8).ToString();
var ch = AddColumnClusteredChart(classes.Names, classes.Values, title, "Class", "Frequency");
});
}
public void FrequencyTableContinuous()
{
var f0 = new FieldRange("Data selection", "Data", _range, false);
var f1 = new FieldNumber("Nb of classes", "Number of classes", 10, true);
var f2 = new FieldNumber("Class precision", "Number of digits after the decimal point", 0, 0, 15, true);
var inputbox = new InputBox(_excelapp, "Create frequency chart", f0, f1, f2);
inputbox.RestoreSelectionOnExit = false;
inputbox.Show(delegate {
var rgsel = f0.Value;
var nbClasses = (int)(f1.Value ?? 0);
var precision = (int)(f2.Value ?? 0);
var classes = Frequency.ComputeContinuousFrequencies(rgsel, nbClasses, precision);
var nbValues = classes.Values.Length;
var table = new object[nbValues + 1, 2];
table[0, 0] = "Class";
table[0, 1] = "Frequence";
for (int i = 0; i < nbValues; i++) {
table[i + 1, 0] = classes.Names[i];
table[i + 1, 1] = classes.Values[i];
}
AddTableToNewSheet(table);
});
}
public void FrequencyTableDiscete()
{
var f0 = new FieldRange("Data selection", null, _range, false);
var f1 = new FieldRadioBT("Order by", new string[] { "Value", "Freq Asc", "Freq Desc" }, null, 0, true);
var inputbox = new InputBox(_excelapp, "Create frequency chart", f0, f1);
inputbox.RestoreSelectionOnExit = false;
inputbox.Show(delegate {
var rgsel = f0.Value;
var orderByFrequencyAsc = f1.Value == 1;
var orderByFrequencyDesc = f1.Value == 2;
var freq = Frequency.ComputeDisceteFrequencies(rgsel);
if (orderByFrequencyAsc)
freq.SortByFrequenceAsc();
else if (orderByFrequencyDesc)
freq.SortByFrequenceDesc();
var nbValues = freq.Frequencies.Length;
var table = new object[nbValues + 1, 2];
table[0, 0] = "Value";
table[0, 1] = "Frequence";
for (int i = 0; i < nbValues; i++) {
table[i + 1, 0] = freq.Values[i];
table[i + 1, 1] = freq.Frequencies[i];
}
AddTableToNewSheet(table);
});
}