/// <param name="Add_C_GDDO">This function will add Custom Grouped_Discrete_Frequency_Data_Object to the custom list simple_Frequency_Data_Objects</param>
public void Add_C_GDDO()
{
error_GD = "";
if (GDFR1 < GDFR2)
{
Grouped_Discrete_Frequency_Data_Object obj = new Grouped_Discrete_Frequency_Data_Object(GDFF, GDFR1, GDFR2);
obj.Id = grouped_Discrete_Frequency_Data_Objects.Count;
grouped_Discrete_Frequency_Data_Objects.Add(obj);
GDFR1 = GDFR2;
GDFR2 = GDFR2 + obj.Range_1;
GDFF = 0;
isCustom_GDFD = true;
}
else if (GDFR1 == GDFR2)
{
error_GD = "Range 1 cannot equal Range 2!";
}
else
{
error_GD = "Range 1 needs to be higher from Range 2 in previous row!";
}
isCalculated_GFD = false;
fx_d_total = 0;
f_d_total = 0;
CDFDM_Result = 0;
}
/// <param name="Generate_Discrete_Frequency_D">This function will crate mock data for the table</param>
/// <returns>Mock Data</returns>
public void Generate_Discrete_Frequency_D()
{
grouped_Discrete_Frequency_Data_Objects.Clear();
btn_d_f_text = "Reset Data";
int _range1 = 0;
int _range2 = 5;
for (int i = 0; i <= 10; i++)
{
Grouped_Discrete_Frequency_Data_Object obj =
new Grouped_Discrete_Frequency_Data_Object(RandomNumber(20, 200), _range1, _range2);
obj.Id = i;
grouped_Discrete_Frequency_Data_Objects.Add(obj);
_range1 += 5;
_range2 += 5;
}
isRandom_GDFD = true;
isCalculated_GFD = false;
f_d_total = 0;
fx_d_total = 0;
CDFDM_Result = 0;
}
