//EMPIEZA METODO OBTENERX
//public double terminos(double x, double num_seg, double dof)
public double obtenerX(double pBusc, double dof)
{
CalcularIntegral C = new CalcularIntegral();
double x = 1;
double var = .5;
double num_seg = 10;
double p = C.Integra(x, num_seg, dof);
//while ((p - .00001) != pBusc || (p + .00001) != pBusc || c < 20)
while (Math.Round(p, 5) != pBusc)
{
while(p < pBusc)
{
x = x + var;
p = C.Integra(x, num_seg, dof);
}
if(p > pBusc)
{
var = var/2;
while(p > pBusc)
{
x = x - var;
p = C.Integra(x, num_seg, dof);
}
var = var/2;
}else
{
var = var/2;
}
}
return Math.Round(x, 5);
}
//EMPIEZA METODO OBTENERX
//public double terminos(double x, double num_seg, double dof)
public double obtenerX(double pBusc, double dof)
{
CalcularIntegral C = new CalcularIntegral();
double x = 1;
double var = .5;
double num_seg = 10;
double p = C.Integra(x, num_seg, dof);
//while ((p - .00001) != pBusc || (p + .00001) != pBusc || c < 20)
while (Math.Round(p, 5) != pBusc)
{
while (p < pBusc)
{
x = x + var;
p = C.Integra(x, num_seg, dof);
}
if (p > pBusc)
{
var = var / 2;
while (p > pBusc)
{
x = x - var;
p = C.Integra(x, num_seg, dof);
}
var = var / 2;
}
else
{
var = var / 2;
}
}
return(Math.Round(x, 5));
}
//esta x se calcula con calcular X
//TERMINA METODO CALCULAR YK
//EMPIEZA METODO CALCULAR COLA
public double calcularCola(double x, double numeroDeDatos)
{
CalcularIntegral C = new CalcularIntegral();
double valorP = C.Integra(x, 10, numeroDeDatos - 2);
double cola = (1 - (2 * valorP));
return cola;
}
//TERMINA METODO CALCULAR YK
//EMPIEZA METODO CALCULAR COLA
public double calcularCola(double x, double numeroDeDatos) //esta x se calcula con calcular X
{
CalcularIntegral C = new CalcularIntegral();
double valorP = C.Integra(x, 10, numeroDeDatos - 2);
double cola = (1 - (2 * valorP));
return(cola);
}