void TV::Dens_score()
{
//	double step=(x_max-x_min)/ui->num_dots->value();
	double N=ui->num_dots->value();
	double h=ui->H_line->text().toDouble();
	double temp;
	int i,j;
	for (i=0;i<N;i++)
	{
		temp=0;
		for (j=0;j<N;j++)
		{
			if (ui->core_epan->isChecked())
				temp+=Epan_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_exp->isChecked())
				temp+=Exp_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_fisher->isChecked())
				temp+=Fisher_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_koshi->isChecked())
				temp+=Koshi_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_kvadr->isChecked())
				temp+=Kvadr_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_lap->isChecked())
				temp+=Laplas_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_log->isChecked())
				temp+=Log_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_thriang->isChecked())
				temp+=Thriang_core((x_dens[i]-x_dots[j])/h);
			if (ui->core_uniform->isChecked())
				temp+=Uniform_core((x_dens[i]-x_dots[j])/h);
		}
		y_dens_score[i]=(1/(N*h)) * temp;
	}
	dens_score_curve->setData(x_dens,y_dens_score,N);
	dens_score_curve->setVisible(true);
}