/// <param name="Generate_Grouped_Freq_D">This function will generate mock data for grouped_frequency_data_median List</param>
public async void Generate_Grouped_Freq_D()
{
grouped_frequency_data_median.Clear();
isRandom_GFD = true;
int r1 = 5;
int r2 = 10;
for (int i = 0; i <= 10; i++)
{
if (grouped_frequency_data_median.Count == 0)
{
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f);
obj.CumF = f;
grouped_frequency_data_median.Add(obj);
r1 += 5;
r2 += 5;
}
else
{
int lenght = grouped_frequency_data_median.Count;
GFDDC_Object temp = grouped_frequency_data_median[lenght - 1];
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f);
obj.CumF = temp.CumF + obj.F;
r1 += 5;
r2 += 5;
grouped_frequency_data_median.Add(obj);
}
}
btn_g_f_text = "Reset Data";
StateHasChanged();
}
/// <param name="Add_C_GFDO">This function will add custom variable to List grouped_frequency_data_median </param>
public void Add_C_GFDO()
{
if (grouped_frequency_data_median.Count == 0)
{
GFDDC_Object obj = new GFDDC_Object(range1, range2, f_GFD);
obj.CumF = obj.F;
obj.Id = grouped_frequency_data_median.Count;
grouped_frequency_data_median.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
isCustom_GFD = true;
}
else
{
int lenght = grouped_frequency_data_median.Count;
GFDDC_Object temp = grouped_frequency_data_median[lenght - 1];
double r1 = temp.Range2;
double r2 = r1 + (temp.Range2 - temp.Range1);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f_GFD);
obj.CumF = grouped_frequency_data_median[lenght - 1].CumF + obj.F;
obj.Id = grouped_frequency_data_median.Count;
grouped_frequency_data_median.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
}
isGDF_Calculated = false;
result_GFD = 0;
}
/// <param name="Generate_Grouped_Freq_D">This function will generate mock data for grouped_frequency_data_mode List</param>
public void Generate_Grouped_Freq_D()
{
grouped_frequency_data_mode.Clear();
isRandom_GFD = true;
int r1 = 5;
int r2 = 10;
for (int i = 0; i <= 10; i++)
{
if (grouped_frequency_data_mode.Count == 0)
{
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f);
obj.Id = grouped_frequency_data_mode.Count;
grouped_frequency_data_mode.Add(obj);
r1 += 5;
r2 += 5;
}
else
{
int lenght = grouped_frequency_data_mode.Count;
GFDDC_Object temp = grouped_frequency_data_mode[lenght - 1];
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f);
obj.Id = grouped_frequency_data_mode.Count;
r1 += 5;
r2 += 5;
grouped_frequency_data_mode.Add(obj);
}
}
btn_g_f_text = "Reset Data";
}
/// <param name="Add_C_GFDO">This function will add custom variable to List grouped_frequency_data_mode </param>
public void Add_C_GFDO()
{
if (grouped_frequency_data_mode.Count == 0)
{
GFDDC_Object obj = new GFDDC_Object(range1, range2, f_GFD);
obj.Id = grouped_frequency_data_mode.Count;
grouped_frequency_data_mode.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
isCustom_GFD = true;
}
else
{
int lenght = grouped_frequency_data_mode.Count;
GFDDC_Object temp = grouped_frequency_data_mode[lenght - 1];
double r1 = temp.Range2;
double r2 = r1 + (temp.Range2 - temp.Range1);
GFDDC_Object obj = new GFDDC_Object(r1, r2, f_GFD);
obj.Id = grouped_frequency_data_mode.Count;
grouped_frequency_data_mode.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
}
}
public async void Generate_Grouped_Freq_D()
{
grouped_frequency_data_SD.Clear();
isRandom_GFD = true;
int r1 = 5;
int r2 = 10;
for (int i = 0; i <= 10; i++)
{
if (grouped_frequency_data_SD.Count == 0)
{
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object();
obj.Range1 = r1;
obj.Range2 = r2;
obj.F = f;
obj.Id = grouped_frequency_data_SD.Count;
obj.X = (obj.Range1 + obj.Range2) / 2;
obj.Fx = obj.X * obj.F;
obj.FxSquare = obj.X * obj.Fx;
//Adding to totals
totalF_GFD += obj.F;
totalfX_GFD += obj.Fx;
totalfXSquare_GFD += obj.FxSquare;
totalX_GFD += obj.X;
grouped_frequency_data_SD.Add(obj);
}
else
{
int lenght = grouped_frequency_data_SD.Count;
GFDDC_Object temp = grouped_frequency_data_SD[lenght - 1];
double f = RandomNumber(100, 1000);
GFDDC_Object obj = new GFDDC_Object();
obj.Range1 = temp.Range2 + 1;
obj.Range2 += temp.Range2 + 5;
obj.F = f;
obj.Id = grouped_frequency_data_SD.Count;
obj.X = (obj.Range1 + obj.Range2) / 2;
obj.Fx = obj.X * obj.F;
obj.FxSquare = obj.X * obj.Fx;
//Adding to totals
totalF_GFD += obj.F;
totalfX_GFD += obj.Fx;
totalfXSquare_GFD += obj.FxSquare;
totalX_GFD += obj.X;
grouped_frequency_data_SD.Add(obj);
}
}
btn_g_f_text = "Reset Data";
}
public async void Add_C_GFDO()
{
if (grouped_frequency_data_SD.Count == 0)
{
GFDDC_Object obj = new GFDDC_Object(range1, range2, f_GFD);
obj.Id = grouped_frequency_data_SD.Count;
obj.X = obj.Range2 - ((obj.Range2 - obj.Range1) / 2);
obj.Fx = obj.X * obj.F;
obj.FxSquare = obj.X * obj.Fx;
//Adding to totals
totalF_GFD += obj.F;
totalfX_GFD += obj.Fx;
totalfXSquare_GFD += obj.FxSquare;
totalX_GFD += obj.X;
grouped_frequency_data_SD.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
isCustom_GFD = true;
}
else
{
int lenght = grouped_frequency_data_SD.Count;
GFDDC_Object temp = grouped_frequency_data_SD[0];
GFDDC_Object temp2 = grouped_frequency_data_SD[lenght - 1];
double r1 = temp2.Range2 + 1;
double r2 = r1 + (temp.Range2 - temp.Range1) - 1;
GFDDC_Object obj = new GFDDC_Object(r1, r2, f_GFD);
obj.Id = grouped_frequency_data_SD.Count;
obj.X = obj.Range2 - ((obj.Range2 - obj.Range1) / 2);
obj.Fx = obj.X * obj.F;
obj.FxSquare = obj.X * obj.Fx;
//Adding to totals
totalF_GFD += obj.F;
totalfX_GFD += obj.Fx;
totalfXSquare_GFD += obj.FxSquare;
totalX_GFD += obj.X;
grouped_frequency_data_SD.Add(obj);
range1 = 0;
range2 = 0;
f_GFD = 0;
}
}
/// <param name="Calculate_GFDM">This fuction will Calcualte_Grouped Frequency Distribution Median </param>
public void Calculate_GFDM()
{
isGDF_Calculated = true;
int lenght = grouped_frequency_data_median.Count;
halfCUMF = (grouped_frequency_data_median[lenght - 1].CumF) / 2;
int i = 0;
GFDDC_Object temp = grouped_frequency_data_median[i];
while (halfCUMF > grouped_frequency_data_median[i].CumF)
{
temp = grouped_frequency_data_median[i];
i++;
}
CF_prior = temp.CumF;
fM = temp.F;
LM = temp.Range1;
cM = temp.Range2 - temp.Range1;
result_GFD = LM + (((halfCUMF - CF_prior) / fM) * cM);
}
