Point divide_interval(Interval tmp, Fraction K)
{
Point tmp_point;
Fraction S_lg_X = tmp.getS().getX();
Fraction S_lg_Y = tmp.getS().getY();
Fraction E_lg_X = tmp.getE().getX();
Fraction E_lg_Y = tmp.getE().getY();
Fraction rvec_X = E_lg_X - S_lg_X;
Fraction rvec_Y = E_lg_Y - S_lg_Y;
if(K.lg_u_() + rvec_X.lg_u_() + S_lg_X.lg_l_() > 17 ||
K.lg_l_() + rvec_X.lg_l_() + S_lg_X.lg_u_() > 17 ||
K.lg_u_() + rvec_Y.lg_u_() + S_lg_Y.lg_l_() > 17 ||
K.lg_l_() + rvec_Y.lg_l_() + S_lg_Y.lg_u_() > 17 ||
K.lg_l_() + rvec_X.lg_l_() + S_lg_X.lg_l_() > 18 ||
K.lg_l_() + rvec_Y.lg_l_() + S_lg_Y.lg_l_() > 18)
{
double tmp_x = S_lg_X.numerical() + K.numerical() * (E_lg_X.numerical() - S_lg_X.numerical());
double tmp_y = S_lg_Y.numerical() + K.numerical() * (E_lg_Y.numerical() - S_lg_Y.numerical());
Fraction x_(tmp_x, 17);
Fraction y_(tmp_y, 17);
return tmp_point.upload(x_, y_);
}
else
{
Fraction x = S_lg_X + K * rvec_X;
Fraction y = S_lg_Y + K * rvec_Y;
return tmp_point.upload(x, y);
}
}
Interval::Interval(Interval const &tmp) : s(tmp.getS()), e(tmp.getE())
{
}
