// Description: Array programming for Tuples
// Detail: makeTuple, comparison functions
#ifndef PASTELSYS_TUPLE_TOOLS_H
#define PASTELSYS_TUPLE_TOOLS_H
#include "pastel/sys/mytypes.h"
#include "pastel/sys/tuple.h"
#include <ostream>
namespace Pastel
{
template <typename Type, int N>
std::ostream& operator<<(std::ostream& stream, const Tuple<Type, N>& that);
template <typename Type>
Tuple<Type, 1> makeTuple(
const Type& a);
template <typename Type>
Tuple<Type, 2> makeTuple(
const Type& a, const Type& b);
template <typename Type>
Tuple<Type, 3> makeTuple(
const Type& a, const Type& b, const Type& c);
template <typename Type>
Tuple<Type, 4> makeTuple(
const Type& a, const Type& b, const Type& c, const Type& d);
// Comparison functions
//! Returns 'for all i: that[i] == that[0]'.
template <typename Real, int N>
inline bool allEqual(
const Tuple<Real, N>& that);
//! Returns 'for all i: left[i] == right[i]'.
template <typename Real, int N>
inline bool allEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left[i] == right'.
template <typename Real, int N>
inline bool allEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'for all i: left == right[i]'.
template <typename Real, int N>
inline bool allEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] == right[i]'.
template <typename Real, int N>
inline bool anyEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] == right'.
template <typename Real, int N>
inline bool anyEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'exists i: left == right[i]'.
template <typename Real, int N>
inline bool anyEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] < right[i]'.
template <typename Real, int N>
inline bool anyLess(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left < right[i]'.
template <typename Real, int N>
inline bool anyLess(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] < right'.
template <typename Real, int N>
inline bool anyLess(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'exists i: left[i] > right[i]'.
template <typename Real, int N>
inline bool anyGreater(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left > right[i]'.
template <typename Real, int N>
inline bool anyGreater(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] > right'.
template <typename Real, int N>
inline bool anyGreater(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'exists i: left[i] <= right[i]'.
template <typename Real, int N>
inline bool anyLessEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left <= right[i]'.
template <typename Real, int N>
inline bool anyLessEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] <= right'.
template <typename Real, int N>
inline bool anyLessEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'exists i: left[i] >= right[i]'.
template <typename Real, int N>
inline bool anyGreaterEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left >= right[i]'.
template <typename Real, int N>
inline bool anyGreaterEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'exists i: left[i] >= right'.
template <typename Real, int N>
inline bool anyGreaterEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'for all i: left[i] < right[i]'.
template <typename Real, int N>
inline bool allLess(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left < right[i]'.
template <typename Real, int N>
inline bool allLess(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left[i] < right'.
template <typename Real, int N>
inline bool allLess(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'for all i: left[i] > right[i]'.
template <typename Real, int N>
inline bool allGreater(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left > right[i]'.
template <typename Real, int N>
inline bool allGreater(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left[i] > right'.
template <typename Real, int N>
inline bool allGreater(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'for all i: left[i] <= right[i]'.
template <typename Real, int N>
inline bool allLessEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left <= right[i]'.
template <typename Real, int N>
inline bool allLessEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left[i] <= right'.
template <typename Real, int N>
inline bool allLessEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
//! Returns 'for all i: left[i] >= right[i]'.
template <typename Real, int N>
inline bool allGreaterEqual(
const Tuple<Real, N>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left >= right[i]'.
template <typename Real, int N>
inline bool allGreaterEqual(
const NoDeduction<Real>& left,
const Tuple<Real, N>& right);
//! Returns 'for all i: left[i] >= right'.
template <typename Real, int N>
inline bool allGreaterEqual(
const Tuple<Real, N>& left,
const NoDeduction<Real>& right);
}
#include "pastel/sys/tuple/tuple_tools.hpp"
#endif