qcircuit.hpp File Reference

#include "qinterface.hpp"
#include <algorithm>
#include <iostream>
#include <iterator>
#include <list>

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Classes
struct	Qrack::QCircuitGate
class	Qrack::QCircuit

Namespaces
	Qrack

Macros
#define	amp_leq_0(x)   (norm(x) <= FP_NORM_EPSILON)
#define	__IS_REAL_1(r)   (abs(ONE_R1 - r) <= FP_NORM_EPSILON)
#define	__IS_SAME(a, b)   (norm((a) - (b)) <= FP_NORM_EPSILON)
#define	__IS_CTRLED_CLIFFORD(top, bottom)
#define	__IS_CLIFFORD_PHASE_INVERT(top, bottom)
#define	__IS_CLIFFORD(mtrx)
#define	__IS_PHASE(mtrx)   (IS_NORM_0(mtrx[1U]) && IS_NORM_0(mtrx[2U]))
#define	__IS_INVERT(mtrx)   (IS_NORM_0(mtrx[0U]) && IS_NORM_0(mtrx[3U]))

Typedefs
typedef std::shared_ptr< QCircuitGate >	Qrack::QCircuitGatePtr
typedef std::shared_ptr< QCircuit >	Qrack::QCircuitPtr

Functions
std::ostream &	Qrack::operator<< (std::ostream &os, const QCircuitGatePtr g)
std::istream &	Qrack::operator>> (std::istream &os, QCircuitGatePtr &g)
std::ostream &	Qrack::operator<< (std::ostream &os, const QCircuitPtr g)
std::istream &	Qrack::operator>> (std::istream &os, QCircuitPtr &g)

Macro Definition Documentation

__IS_CLIFFORD

#define __IS_CLIFFORD

(

mtrx

)

Value:

    ((__IS_PHASE(mtrx) && __IS_CLIFFORD_PHASE_INVERT(mtrx[0], mtrx[3])) ||                                             \
        (__IS_INVERT(mtrx) && __IS_CLIFFORD_PHASE_INVERT(mtrx[1], mtrx[2])) ||                                         \
        ((__IS_SAME(mtrx[0U], mtrx[1U]) || __IS_SAME(mtrx[0U], -mtrx[1U]) ||                                           \
             __IS_SAME(mtrx[0U], I_CMPLX * mtrx[1U]) || __IS_SAME(mtrx[0U], -I_CMPLX * mtrx[1U])) &&                   \
            (__IS_SAME(mtrx[0U], mtrx[2U]) || __IS_SAME(mtrx[0U], -mtrx[2U]) ||                                        \
                __IS_SAME(mtrx[0U], I_CMPLX * mtrx[2U]) || __IS_SAME(mtrx[0U], -I_CMPLX * mtrx[2U])) &&                \
            (__IS_SAME(mtrx[0U], mtrx[3U]) || __IS_SAME(mtrx[0U], -mtrx[3U]) ||                                        \
                __IS_SAME(mtrx[0U], I_CMPLX * mtrx[3U]) || IS_SAME(mtrx[0U], -I_CMPLX * mtrx[3U]))))

__IS_CLIFFORD_PHASE_INVERT

#define __IS_CLIFFORD_PHASE_INVERT	(		top,
			bottom
	)

Value:

    (__IS_SAME(top, bottom) || __IS_SAME(top, -bottom) || __IS_SAME(top, I_CMPLX * bottom) ||                          \
        __IS_SAME(top, -I_CMPLX * bottom))

__IS_CTRLED_CLIFFORD

#define __IS_CTRLED_CLIFFORD	(		top,
			bottom
	)

Value:

    ((__IS_REAL_1(std::real(top)) || __IS_REAL_1(std::imag(bottom))) &&                                                \
        (__IS_SAME(top, bottom) || __IS_SAME(top, -bottom)))

__IS_INVERT

#define __IS_INVERT

(

mtrx

)

(IS_NORM_0(mtrx[0U]) && IS_NORM_0(mtrx[3U]))

__IS_PHASE

#define __IS_PHASE

(

mtrx

)

(IS_NORM_0(mtrx[1U]) && IS_NORM_0(mtrx[2U]))

__IS_REAL_1

#define __IS_REAL_1

(

r

)

(abs(ONE_R1 - r) <= FP_NORM_EPSILON)

__IS_SAME

#define __IS_SAME	(		a,
			b
	)		(norm((a) - (b)) <= FP_NORM_EPSILON)

amp_leq_0

#define amp_leq_0

(

x

)

(norm(x) <= FP_NORM_EPSILON)