calcul.cpp

{
	T max = (T)constant::MIN_double;

	for (auto &i : input)
		if (i > max)
			max = i;

	return max;
}
template int calcul::vtr_max(vtr<int> const &input);
template double calcul::vtr_max<double>(vtr<double> const &input);

///Finds maximal value contained in the 2d input vector.
///@tparam data type of searched vector
///@param[in] input vector
///@return maximal value
template <typename T>
T calcul::vtr_max(vtr2<T> const &input)
{
	double max = constant::MIN_double;

	for (auto &&i : input)
		for (auto &&j : i)
			if (j > max)
				max = j;

	return max;
}
template double calcul::vtr_max<double>(vtr2<double> const &input);

///Finds maximal value contained in the 3d input vector.
///@param[in] input vector
///@return maximal value
template <typename T>
T calcul::vtr_max(vtr3<T> const &input)
{
	double max = constant::MIN_double;

	for (auto const &i : input) {
		auto tmp = vtr_findMax(i);

		if (tmp > max)
			max = tmp;
	}

	return max;
}

///Finds minimal value contained in the input vector.
///@param[in] input vector
///@return minimal value
template <typename T>
T calcul::vtr_min(vtr<T> const &input)
{
	T min = (T)constant::MAX_double;

	for (auto &i : input)
		if (i < min)
			min = i;

	return min;
}
template double calcul::vtr_min<double>(vtr<double> const &input);

///Finds minimal value contained in the input vector.
///@param[in] input vector
///@return minimal value
template <typename T>
T calcul::vtr_min(vtr2<T> const &input)
{
	double min = constant::MAX_double;

	for (auto const &i : input)
		for (auto const &j : i)
			if (j < min)
				min = j;

	return min;
}
template double calcul::vtr_min<double>(vtr2<double> const &input);