class QPanda::QCloudMachine

Overview

Inherited Members

Detailed Documentation

Methods

Init the quantum machine environment.

use this at the begin

Returns:

void

run a measure quantum program

Parameters:

QProg&	the reference to a quantum program
int&	shot
std::map<std::string
double>

Returns:

measure result

run a measure quantum program

Parameters:

QProg&	the reference to a quantum program
int&	shot
std::map<std::string
double>

Returns:

measure result

run a pmeasure quantum program

Parameters:

QProg&	the reference to a quantum program
Qnum	& qubit address vector
std::map<std::string
double>

Returns:

pmeasure result

run a pmeasure quantum program with partial amplitude backend

Parameters:

QProg&	the reference to a quantum program
std::vector<std::string>	& amplitude subset
std::map<std::string
qcomplex_t>

Returns:

pmeasure result

run a pmeasure quantum program with single amplitude backend

Parameters:

QProg&	the reference to a quantum program
std::string	amplitude
qcomplex_t

Returns:

pmeasure result

run a measure quantum program

Parameters:

QProg&	the reference to a quantum program
int&	shot
std::map<std::string
double>

Returns:

measure result

run a measure quantum program

Parameters:

QProg&	the reference to a quantum program
int&	shot
std::map<std::string
double>

Returns:

measure result

get real chip qst matrix

Parameters:

QProg&	the reference to a quantum program
int&	shot
QStat	matrix

Returns:

matrix

get task result

Parameters:

std::string	taskid
CLOUD_QMACHINE_TYPE	type
std::string&	empty taskid

Returns:

string