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PyQPanda¶
一种功能齐全，运行高效的量子软件开发工具包
QPanda 2是由本源量子开发的开源量子计算框架，它可以用于构建、运行和优化量子算法。
QPanda 2作为本源量子计算系列软件的基础库，为OriginIR、Qurator、量子计算服务提供核心部件。
为了方便用户使用，QPanda 2为用户提供了Python版本的pyQPanda,本使用文档是pyQPanda的 教学文档，如希望学习C++版的QPanda 2，请参考 QPanda使用文档 。
pyqpanda简介
量子操作总结
可视化
模拟器
量子云与真实计算计算服务
量子线路编译
量子线路转译
量子算法组件
API接口
- pyqpanda.pyQPanda
- Classes
- Functions
- Module Contents
AbstractOptimizerAdaGradOptimizerAdamOptimizerAnsatzAnsatzGateAnsatzGateTypeBackendTypeCBitCPUQVMCPUSingleThreadQVMChipIDClassicalConditionClassicalProgCommProtocolConfigComplexVertexSplitMethodDAGNodeTypeDecompositionModeDensityMatrixSimulatorDoubleGateTransferTypeEncodeErrorCodeFusionGateTypeHHLAlgLATEX_GATE_TYPELatexMatrixMPSQVMMomentumOptimizerNodeInfoNodeIterNodeTypeNoiseNoiseModelNoiseQVMOptimizerOptimizerFactoryOptimizerModeOptimizerTypeOriginCMemOriginCollectionOriginQubitPoolPartialAmpQVMPhysicalQubitPilotNoiseParamsProgCountQCircuitQCircuitOPtimizerModeQErrorQGateQITEQIfProgQMachineTypeQMeasureQOperatorQOptimizationResultQPilotOSServiceQProgQProgDAGQProgDAGEdgeQProgDAGVertexQResetQResultQVecQWhileProgQuantumMachineQuantumStateTomographyQubitRMSPropOptimizerSingleAmpQVMSingleGateTransferTypeSparseQVMStabilizerUpdateModeVanillaGradientDescentOptimizerVariationalQuantumCircuitVariationalQuantumGateVariationalQuantumGate_CNOTVariationalQuantumGate_CRVariationalQuantumGate_CRXVariationalQuantumGate_CRYVariationalQuantumGate_CRZVariationalQuantumGate_CUVariationalQuantumGate_CZVariationalQuantumGate_HVariationalQuantumGate_IVariationalQuantumGate_RXVariationalQuantumGate_RYVariationalQuantumGate_RZVariationalQuantumGate_SVariationalQuantumGate_SWAPVariationalQuantumGate_SqiSWAPVariationalQuantumGate_TVariationalQuantumGate_U1VariationalQuantumGate_U2VariationalQuantumGate_U3VariationalQuantumGate_U4VariationalQuantumGate_XVariationalQuantumGate_X1VariationalQuantumGate_YVariationalQuantumGate_Y1VariationalQuantumGate_ZVariationalQuantumGate_Z1VariationalQuantumGate_iSWAPem_methodexpressionhadamard_circuitreal_chip_typevarBARRIER()CNOT()CP()CR()CU()CZ()CreateEmptyCircuit()CreateEmptyQProg()CreateIfProg()CreateWhileProg()Grover()Grover_search()H()HHL_solve_linear_equations()I()MAJ()MAJ2()MS()Measure()OBMT_mapping()P()PMeasure()PMeasure_no_index()QAdd()QAdder()QAdderIgnoreCarry()QComplement()QDiv()QDivWithAccuracy()QDivider()QDividerWithAccuracy()QDouble()QFT()QMul()QMultiplier()QOracle()QPE()QSub()RX()RXX()RY()RYY()RZ()RZX()RZZ()Reset()S()SWAP()Shor_factorization()SqiSWAP()T()Toffoli()U1()U2()U3()U4()UMA()VQG_CNOT_batch()VQG_CU_batch()VQG_CZ_batch()VQG_H_batch()VQG_I_batch()VQG_SWAP_batch()VQG_S_batch()VQG_SqiSWAP_batch()VQG_T_batch()VQG_U1_batch()VQG_U2_batch()VQG_U3_batch()VQG_U4_batch()VQG_X1_batch()VQG_X_batch()VQG_Y1_batch()VQG_Y_batch()VQG_Z1_batch()VQG_Z_batch()VQG_iSWAP_batch()X()X1()Y()Y1()Z()Z1()accumulateProbability()accumulate_probabilities()accumulate_probability()acos()add()all_cut_of_graph()amplitude_encode()apply_QGate()asin()assign()atan()average_gate_fidelity()bin_to_prog()bind_data()bind_nonnegative_data()build_HHL_circuit()cAlloc()cAlloc_many()cFree()cFree_all()cast_qprog_qcircuit()cast_qprog_qgate()cast_qprog_qmeasure()circuit_layer()circuit_optimizer()circuit_optimizer_by_config()comm_protocol_decode()comm_protocol_encode()constModAdd()constModExp()constModMul()convert_binary_data_to_qprog()convert_originir_str_to_qprog()convert_originir_to_qprog()convert_qasm_string_to_qprog()convert_qasm_to_qprog()convert_qprog_to_binary()convert_qprog_to_originir()convert_qprog_to_qasm()convert_qprog_to_quil()cos()count_gate()count_prog_info()count_qgate_num()create_empty_circuit()create_empty_qprog()create_if_prog()create_while_prog()crossEntropy()decompose_multiple_control_qgate()deep_copy()del_weak_edge()del_weak_edge2()del_weak_edge3()destroy_quantum_machine()directly_run()div()dot()draw_qprog_latex()draw_qprog_latex_with_clock()draw_qprog_text()draw_qprog_text_with_clock()dropout()equal()estimate_topology()eval()exp()expMat()expand_linear_equations()fill_qprog_by_I()finalize()fit_to_gbk()flatten()getAllocateCMem()getAllocateQubitNum()get_adjacent_qgate_type()get_all_used_qubits()get_all_used_qubits_to_int()get_allocate_cbits()get_allocate_cmem_num()get_allocate_qubit_num()get_allocate_qubits()get_bin_data()get_bin_str()get_circuit_optimal_topology()get_clock_cycle()get_complex_points()get_double_gate_block_topology()get_matrix()get_prob_dict()get_prob_list()get_qgate_num()get_qprog_clock_cycle()get_qstate()get_sub_graph()get_tuple_list()get_unitary()get_unsupport_qgate_num()getstat()iSWAP()init()init_quantum_machine()inverse()isCarry()is_match_topology()is_supported_qgate_type()is_swappable()iterative_amplitude_estimation()ldd_decompose()log()matrix_decompose()matrix_decompose_paulis()measure_all()mul()originir_to_qprog()pauli_combination_replace()planarity_testing()pmeasure()pmeasure_no_index()poly()print_matrix()prob_run_dict()prob_run_list()prob_run_tuple_list()prog_layer()prog_to_dag()qAlloc()qAlloc_many()qFree()qFree_all()qop()qop_pmeasure()quantum_chip_adapter()quantum_walk_alg()quantum_walk_search()quick_measure()random_qcircuit()random_qprog()recover_edges()remap()replace_complex_points()run_with_configuration()sabre_mapping()sigmoid()sin()softmax()split_complex_points()stack()state_fidelity()sub()sum()tan()to_Quil()to_originir()topology_match()transform_binary_data_to_qprog()transform_originir_to_qprog()transform_qprog_to_binary()transform_qprog_to_originir()transform_qprog_to_quil()transform_to_base_qgate()transfrom_pauli_operator_to_matrix()transpose()validate_double_qgate_type()validate_single_qgate_type()vector_dot()virtual_z_transform()
- pyqpanda.utils
- pyqpanda.Visualization
- Submodules
- pyqpanda.Visualization.bloch
- pyqpanda.Visualization.bloch_plot
- pyqpanda.Visualization.circuit_composer
- pyqpanda.Visualization.circuit_draw
- pyqpanda.Visualization.circuit_info
- pyqpanda.Visualization.circuit_style
- pyqpanda.Visualization.draw_probability_map
- pyqpanda.Visualization.exceptions
- pyqpanda.Visualization.matplotlib_draw
- pyqpanda.Visualization.parameterexpression
- pyqpanda.Visualization.pi_check
- pyqpanda.Visualization.quantum_state_plot
- pyqpanda.Visualization.utils
- Functions
- Package Contents
- Submodules
- pyqpanda.OriginService