Function test_Amplitude_encoding4

test/QAlg/Encode.test.cpp:511–546

	return false;
}
static bool test_Amplitude_encoding4()
{
	auto qvm = initQuantumMachine(QMachineType::CPU);
	auto q = qvm->allocateQubits(2);
	auto c = qvm->allocateCBits(2);


	QStat test_qstat{ qcomplex_t(0.406270160898181, 0.0749820103002614),
		qcomplex_t(0.195605655043143, 0.486587726445213),
		qcomplex_t(0.241952125812726, 0.455619712343811),
		qcomplex_t(0.31466450344542, 0.434912822865699) };
	//vector<double>data{ 1,2,3,4,5,6 };
	auto prog = QProg();
	Encode encode_b;
	//encode_b.amplitude_encode_recursive(q, test_qstat);
	encode_b.amplitude_encode_recursive(q, test_qstat);
	prog << encode_b.get_circuit();

	std::cout << prog << std::endl;
	//QCircuit test_cir = amplitude_encode(q, test_qstat);

	//auto prog = QProg();
	//prog << test_cir;
	qvm->directlyRun(prog);
	auto stat = qvm->getQState();

	std::cout << "target_stat:\n" << stat << std::endl;

	destroyQuantumMachine(qvm);

	if (0 == mat_compare(stat, test_qstat, MAX_COMPARE_PRECISION)) {
		return true;
	}

	return false;
}
TEST(Encode_, test1)
{
	bool test_val = false;