/// <param name="Add_C_SFDO">This function will add custom variable to List simple_frequency_data_median </param>
public async void Add_C_SFDO()
{
isCustom_SFD = true;
isCalculated_SFD = false;
if (simple_frequency_data_median.Count == 0)
{
SFDDC_Object obj = new SFDDC_Object(x_SFD, f_SFD);
obj.Cumf = obj.F;
obj.Id = simple_frequency_data_median.Count;
simple_frequency_data_median.Add(obj);
x_SFD = 0;
f_SFD = 0;
}
else
{
int lenght = simple_frequency_data_median.Count;
SFDDC_Object obj = new SFDDC_Object(x_SFD, f_SFD);
obj.Cumf = obj.F + simple_frequency_data_median[lenght - 1].Cumf;
obj.Id = simple_frequency_data_median.Count;
simple_frequency_data_median.Add(obj);
x_SFD = 0;
f_SFD = 0;
}
centralItemIdentyfier = 0;
result_x_SFD = 0;
result_SFD = 0;
StateHasChanged();
}
/// <param name="Generate_Simple_Freq_D">This function will generate mock data for simple_frequency_data_median List</param>
public async void Generate_Simple_Freq_D()
{
simple_frequency_data_median.Clear();
for (int i = 0; i <= 10; i++)
{
if (simple_frequency_data_median.Count == 0)
{
SFDDC_Object obj = new SFDDC_Object(0, RandomNumber(1 * 2, 1 * 100));
obj.Cumf = obj.F;
obj.Id = i;
simple_frequency_data_median.Add(obj);
}
else
{
SFDDC_Object obj = new SFDDC_Object(i, RandomNumber(i * 2, i * 100));
obj.Cumf = simple_frequency_data_median[i - 1].Cumf + obj.F;
obj.Id = i;
simple_frequency_data_median.Add(obj);
}
}
centralItemIdentyfier = 0;
result_x_SFD = 0;
result_SFD = 0;
isRandom_SFD = true;
btn_s_f_text = "Reset Data";
isCalculated_SFD = false;
StateHasChanged();
}
/// <param name="Generate_Simple_Freq_D">This function will generate mock data for simple_frequency_data_SD List</param>
protected async void Generate_Simple_Freq_D()
{
simple_frequency_data_SD.Clear();
double total = 0;
for (int i = 1; i <= 10; i++)
{
SFDDC_Object obj = new SFDDC_Object(RandomNumber(1 * 2, 1 * 100));
obj.Id = simple_frequency_data_SD.Count;
total += obj.X;
simple_frequency_data_SD.Add(obj);
}
mean_SFD = total / (simple_frequency_data_SD.Count - 1);
for (int i = 0; i < simple_frequency_data_SD.Count; i++)
{
simple_frequency_data_SD[i].XmMean = Math.Round(simple_frequency_data_SD[i].X - mean_SFD, 2);
simple_frequency_data_SD[i].XmMeanSquare = Math.Round(Math.Pow(simple_frequency_data_SD[i].XmMean, 2), 2);
total_X_SFD += simple_frequency_data_SD[i].X;
}
isRandom_SFD = true;
btn_s_f_text = "Reset Data";
result_object.X = 0;
SFD_SD_isCalc = false;
isCalculated_SFD = false;
}
/// <param name="Add_C_SFDO">This function will add Simple Frequency Distribution Object to simple_frequency_data_SD List</param>
protected async void Add_C_SFDO()
{
isCustom_SFD = true;
total_X_SFD = 0;
mean_SFD = 0;
SFD_SD_isCalc = false;
if (simple_frequency_data_SD.Count == 0)
{
SFDDC_Object obj = new SFDDC_Object(x_SFD);
obj.Id = simple_frequency_data_SD.Count;
obj.XmMean = obj.X;
obj.XmMeanSquare = Math.Pow(obj.X, 2);
simple_frequency_data_SD.Add(obj);
}
else
{
SFDDC_Object obj = new SFDDC_Object(x_SFD);
obj.Id = simple_frequency_data_SD.Count;
simple_frequency_data_SD.Add(obj);
//Calculating mean
//Calculating x - mean
//Calculating (x-mean)^2
for (int i = 0; i < simple_frequency_data_SD.Count; i++)
{
total_X_SFD += simple_frequency_data_SD[i].X;
}
mean_SFD = total_X_SFD / (simple_frequency_data_SD.Count);
for (int i = 0; i < simple_frequency_data_SD.Count; i++)
{
simple_frequency_data_SD[i].XmMean = Math.Round(simple_frequency_data_SD[i].X - mean_SFD, 3);
simple_frequency_data_SD[i].XmMeanSquare = Math.Round(Math.Pow(simple_frequency_data_SD[i].XmMean, 2), 3);
SFD_xmMean_total += Math.Round(simple_frequency_data_SD[i].X - mean_SFD, 3);
SFD_xmMean_total += Math.Round(Math.Pow(simple_frequency_data_SD[i].XmMean, 2), 3);
}
}
isCalculated_SFD = false;
x_SFD = 0;
}
//Declaring variables for Simple Frequency Distibution to Razor
/// <param name="Add_C_SFDO">This function will add custom variable to List simple_frequency_data_mode </param>
public void Add_C_SFDO()
{
isCustom_SFD = true;
SFDDC_Object obj = new SFDDC_Object(x_SFD, f_SFD);
obj.Id = simple_frequency_data_mode.Count;
//Increment Counters
total_F_SFD += obj.F;
total_X_SFD += obj.X;
simple_frequency_data_mode.Add(obj);
x_SFD = 0;
f_SFD = 0;
is_Mode_B_SFD = true;
isCalculated_SFD = false;
result_object.F = 0;
result_object.X = 0;
}
/// <param name="Generate_Simple_Freq_D">This function will generate mock data for </param>
public void Generate_Simple_Freq_D()
{
simple_frequency_data_mode.Clear();
for (int i = 1; i <= 10; i++)
{
SFDDC_Object obj = new SFDDC_Object(i, RandomNumber(1 * 2, 1 * 100));
obj.Id = simple_frequency_data_mode.Count;
//Increment Counters
total_F_SFD += obj.F;
total_X_SFD += obj.X;
simple_frequency_data_mode.Add(obj);
}
isRandom_SFD = true;
is_Mode_B_SFD = true;
isCalculated_SFD = false;
btn_s_f_text = "Reset Data";
result_object.F = 0;
result_object.X = 0;
}
/// <param name="Calc_SFD_Mode">This function will Calcuate Mode for Simple Frequency Distribution </param>
public async void Calc_SFD_Mode()
{
if (simple_frequency_data_mode.Count != 0)
{
int maxOccurence = 0;
for (int i = 0; i < simple_frequency_data_mode.Count; i++)
{
if (simple_frequency_data_mode[i].F > maxOccurence)
{
maxOccurence = simple_frequency_data_mode[i].F;
result_object = simple_frequency_data_mode[i];
}
}
//If there is more than one variable occuring same ammount of times
int counter = 0;
for (int i = 0; i < simple_frequency_data_mode.Count; i++)
{
if (maxOccurence == simple_frequency_data_mode[i].F)
{
counter++;
}
if (counter > 1)
{
is_Mode_B_SFD = false;
is_Mode_SFD = "There is more than one number occuting same ammount of times. Check table for more details.";
}
else
{
is_Mode_B_SFD = true;
}
}
isCalculated_SFD = true;
}
}
