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class QPanda::QuantumMachine¶
Overview¶
Abstract quantum machine base classes. More…
Detailed Documentation¶
Abstract quantum machine base classes.
Methods¶
allocateQubitThroughPhyAddress
Parameters:
size_t |
address |
Returns:
QPanda::Qubit * qubit
allocateQubitThroughVirAddress
Parameters:
size_t |
address |
Returns:
QPanda::Qubit * qubit
init
Returns:
void
getStatus
Returns:
directlyRun
Parameters:
QProg& |
quantum program |
Returns:
std::map<std::string, bool>
runWithConfiguration
Parameters:
QProg& |
quantum program |
std::vector<ClassicalCondition>& |
|
rapidjson::Document& |
Returns:
std::map<std::string, Eigen::size_t>
runWithConfiguration
Parameters:
QProg& |
quantum program |
std::vector<ClassicalCondition>& |
|
int |
Returns:
std::map<std::string, Eigen::size_t>
getGateTimeMap
Returns:
std::map<GateType, Eigen::size_t>
finalize
Returns:
void
getQState
Returns:
QStat
getVirtualQubitAddress
Parameters:
Qubit* |
qubit |
Returns:
Eigen::size_t
swapQubitPhysicalAddress
Parameters:
Qubit* |
qubit |
Qubit* |
qubit |
Returns:
bool
To initialize the quantum machine.
Allocate and return a qubit.
allocateQubits
Allocate and run a cbit.
Allocate and run a cbit.
Allocate and return a list of cbits.
Free a qubit.
Gree a list of qubits.
Gree a cbit.
Gree a list of CBits.
getAllocateQubit
getAllocateCMem
setConfigure
Parameters:
const |
Configuration & config |
Returns:
void
qAlloc
Returns:
QPanda::Qubit * qubit
qAllocMany
Parameters:
size_t |
qubit_count |
Returns:
cAlloc
Returns:
cAlloc
Parameters:
size_t |
Returns:
cAllocMany
Parameters:
size_t |
count |
Returns:
std::vector<QPanda::ClassicalCondition> cbit_vec
qFree
Parameters:
Qubit* |
Returns:
void
qFreeAll
Parameters:
QVec& |
Returns:
void
cFree
Parameters:
ClassicalCondition& |
cbit |
Returns:
void
cFreeAll
Parameters:
std::vector<ClassicalCondition |
>& cbit_vec |
Returns:
void
getAllocateQubitNum
Returns:
Eigen::size_t count
getAllocateCMemNum
Returns:
Eigen::size_t count
get allocate qubits
Parameters:
QVec& |
Returns:
size_t allocate qubits size
get allocate cbits
Parameters:
std::vector<ClassicalCondition>& |
Returns:
size_t allocate cbits size
gets the expected value of the Hamiltonian of the circuit
Parameters:
quantum program |
|
QHamiltonian |
hamiltonian |
qubits |
Returns:
double expectation
gets the expected value of the Hamiltonian of the circuit
Parameters:
quantum program |
|
QHamiltonian |
hamiltonian |
qubits |
|
int |
run shots |
Returns:
double expectation